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【中文】无线连接方法、设备组、系统及存储介质
【EN】Wireless connection method, equipment group, system and storage medium

申请(专利)号:CN201910154404.9国省代码:上海 31
申请(专利权)人:【中文】展讯通信(上海)有限公司【EN】Zhanxun Communication (Shanghai) Co., Ltd.
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摘要:
【中文】本发明提供一种无线连接方法、设备组、系统及存储介质。本发明提供一种无线连接方法,包括:无线收发设备组通过设备组标识与数据源设备建立双向连接,所述无线收发设备组包括至少两个无线收发设备,所述无线收发设备组配置有所述设备组标识,所述设备组标识用于标识所述无线收发设备组。本发明提供的无线连接方法,通过为无线收发设备组配置设备组标识之后,利用该设备组标识来与外界的数据源设备建立双向连接,从而使得数据源数据同步至无线收发设备组中的无线收发设备,以实现无线收发设备组的组内无线收发设备的数据同步。
【EN】Paragraph:The present invention provides a kind of wireless connection method, equipment group, system and storage medium.The present invention provides a kind of wireless connection method, it include: that wireless transmitting-receiving equipments group is bi-directionally connected by equipment group mark and data-source device foundation, the wireless transmitting-receiving equipments group includes at least two wireless transmitting-receiving equipments, the wireless transmitting-receiving equipments group is identified configured with the equipment group, and the equipment group mark is for identifying the wireless transmitting-receiving equipments group.Wireless connection method provided by the invention, after for wireless transmitting-receiving equipments group configuration equipment group mark, it is identified using the equipment group to be bi-directionally connected with extraneous data-source device foundation, so that data source data is synchronized to the wireless transmitting-receiving equipments in wireless transmitting-receiving equipments group, the data of wireless transmitting-receiving equipments are synchronous in the group to realize wireless transmitting-receiving equipments group.

主权项:
【中文】1.一种无线连接方法,其特征在于,包括: 无线收发设备组通过设备组标识与数据源设备建立双向连接,所述无线收发设备组包括至少两个无线收发设备,所述无线收发设备组配置有所述设备组标识,所述设备组标识用于标识所述无线收发设备组。【EN】1. a kind of wireless connection method characterized by comprising


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说明书

【中文】

无线连接方法、设备组、系统及存储介质

技术领域

本发明涉及电子技术领域,尤其涉及一种无线连接方法、设备组、系统及存储介质。

背景技术

在无线设备的数据收发系统中,可实现数据源设备与不同形式的无线收发设备之间的数据交换。

目前,随着用户需求的提高,数据源设备连接的无线收发设备也逐渐从单无线收发设备转向双无线收发设备甚至是多无线收发设备。而对于在许多应用场景中,需要将数据源设备的数据同步至多个无线收发设备,其中,例如,针对音频数据源设备与无线音频设备组之间的数据传输,就涉及了无线音频设备组内的各个无线音频设备组之间音乐与语音同步的问题。

发明内容

本发明提供一种无线连接方法、设备组、系统及存储介质,以解决将数据源设备的数据同步至多个无线收发设备的技术问题。

第一方面,本发明提供一种无线连接方法,包括:

无线收发设备组通过设备组标识与数据源设备建立双向连接,所述无线收发设备组包括至少两个无线收发设备,所述无线收发设备组配置有所述设备组标识,所述设备组标识用于标识所述无线收发设备组。

在一种可能的设计中,所述无线收发设备组中的任意两个无线收发设备之间通过预设的物理标识进行连接,其中,根据预设的空口协议对所述设备组标识以及所述物理标识进行分时使用。

在一种可能的设计中,在所述无线收发设备组通过设备组标识与数据源设备建立双向连接之前,还包括:

至少两个无线收发设备进行配对,以构建所述无线收发设备组,并配置所述无线收发设备组的所述设备组标识。

在一种可能的设计中,所述配置所述无线收发设备组的所述设备组标识,包括:

根据预设编址规则配置所述无线收发设备组的所述设备组标识。

在一种可能的设计中,在所述配置所述无线收发设备组的所述设备组标识之后,还包括:

所述无线收发设备组中的各无线收发设备存储所述设备组标识。

在一种可能的设计中,在无线收发设备组通过设备组标识与数据源设备建立双向连接之后,还包括:

新增无线收发设备与所述无线收发设备组中任意一个无线收发设备进行配对;

配对的无线收发设备将所述设备组标识同步至所述新增无线收发设备,以将所述新增无线收发设备添加至所述无线收发设备组。

在一种可能的设计中,所述无线收发设备组中的无线收发设备之间通过无线链路进行连接。

在一种可能的设计中,所述无线收发设备组中的无线收发设备之间通过所述无线链路进行双向或者单向数据传输。

在一种可能的设计中,所述无线收发设备组通过设备组标识与数据源设备建立双向连接,包括:

所述无线收发设备组中的第一无线收发设备通过所述设备组标识与所述数据源设备建立第一双向连接。

在一种可能的设计中,在所述无线收发设备组中的第一无线收发设备通过所述设备组标识与所述数据源设备建立第一双向连接之后,还包括:

所述第一无线收发设备将所述第一双向连接的链路信息同步至所述无线收发设备组中的第二无线收发设备,以使所述第二无线收发设备与所述数据源设备建立第二双向连接。

在一种可能的设计中,所述无线收发设备组通过设备组标识与数据源设备建立双向连接之后,还包括:

所述无线收发设备组接收所述数据源设备的数据源数据;

所述无线收发设备组中的无线收发设备向所述数据源设备传输数据。

在一种可能的设计中,所述无线收发设备组中的无线收发设备向所述数据源设备传输数据,包括:

所述无线收发设备组中的无线收发设备根据预设反馈方式向所述数据源设备传输数据。

在一种可能的设计中,所述传输数据包括接收成功应答数据或者未接收成功应答数据。

在一种可能的设计中,在所述无线收发设备组中的无线收发设备向所述数据源设备传输数据之后,还包括:

所述无线收发设备组中的第一无线收发设备与所述第二无线收发设备进行数据信息确认;

若所述第二无线收发设备未成功接收数据源数据,则所述第二无线收发设备向所述第一无线收发设备发起重传请求,以使所述第一无线收发设备根据预设响应规则确定是否向所述第二无线收发设备重传所述数据源数据;

或者,

若所述第一无线收发设备未成功接收数据源数据,则所述第一无线收发设备向所述第二无线收发设备发起重传请求,以使所述第二无线收发设备根据预设响应规则确定是否向所述第一无线收发设备重传所述数据源数据。

在一种可能的设计中,所述无线收发设备组中未成功接收所述数据源数据的无线收发设备增大发射功率。

在一种可能的设计中,无线收发设备组通过设备组标识与数据源设备建立双向连接之后,还包括:

所述无线收发设备组以及所述数据源设备之间同步控制数据。

在一种可能的设计中,所述双向连接为基于蓝牙协议的双向连接。

在一种可能的设计中,所述无线收发设备为蓝牙音频设备。

在一种可能的设计中,所述蓝牙音频设备为蓝牙耳机或蓝牙音响。

第二方面,本发明还提供一种无线收发设备组,包括:至少两个无线收发设备;

所述无线收发设备组通过设备组标识与数据源设备建立双向连接,所述无线收发设备组配置有所述设备组标识,所述设备组标识用于标识所述无线收发设备组。

在一种可能的设计中,所述无线收发设备组中的任意两个无线收发设备之间通过预设的物理标识进行连接,其中,根据预设的空口协议对所述设备组标识以及所述物理标识进行分时使用。

在一种可能的设计中,至少两个无线收发设备进行配对,以构建所述无线收发设备组,并配置所述无线收发设备组的所述设备组标识。

在一种可能的设计中,根据预设编址规则为所述无线收发设备组配置所述设备组标识。

在一种可能的设计中,所述无线收发设备组中的各无线收发设备存储所述设备组标识。

在一种可能的设计中,所述的无线收发设备组,还包括:新增无线收发设备;

所述新增无线收发设备与所述无线收发设备组中任意一个无线收发设备进行配对,其中,配对的无线收发设备将所述设备组标识同步至所述新增无线收发设备,以将所述新增无线收发设备添加至所述无线收发设备组。

在一种可能的设计中,所述无线收发设备组中的无线收发设备之间通过无线链路进行连接。

在一种可能的设计中,所述无线收发设备组中的无线收发设备之间通过所述无线链路进行双向或者单向数据传输。

在一种可能的设计中,所述无线收发设备组中的第一无线收发设备通过所述设备组标识与所述数据源设备建立第一双向连接。

在一种可能的设计中,所述第一无线收发设备将所述第一双向连接的链路信息同步至所述无线收发设备组中的第二无线收发设备,以使所述第二无线收发设备与所述数据源设备建立第二双向连接。

在一种可能的设计中,所述无线收发设备组中的无线收发设备接收所述数据源设备的数据源数据;

所述无线收发设备组中的无线收发设备向所述数据源设备传输数据。

在一种可能的设计中,所述无线收发设备组中的无线收发设备根据预设反馈方式向所述数据源设备传输数据。

在一种可能的设计中,所述传输数据包括接收成功应答数据或者未接收成功应答数据。

在一种可能的设计中,所述无线收发设备组中的第一无线收发设备与所述第二无线收发设备进行数据信息确认;

若所述第二无线收发设备未成功接收数据源数据,则所述第二无线收发设备向所述第一无线收发设备发起重传请求,以使所述第一无线收发设备根据预设响应规则确定是否向所述第二无线收发设备重传所述数据源数据;

或者,

若所述第一无线收发设备未成功接收数据源数据,则所述第一无线收发设备向所述第二无线收发设备发起重传请求,以使所述第二无线收发设备根据预设响应规则确定是否向所述第一无线收发设备重传所述数据源数据。

在一种可能的设计中,所述无线收发设备组中未成功接收所述数据源数据的无线收发设备增大发射功率。

在一种可能的设计中,所述无线收发设备组以及所述数据源设备之间同步控制数据。

在一种可能的设计中,所述双向连接为基于蓝牙协议的双向连接。

在一种可能的设计中,所述无线收发设备为蓝牙音频设备。

在一种可能的设计中,所述蓝牙音频设备为蓝牙耳机或蓝牙音响。

第三方面,本发明还提供一种无线收发系统,包括:数据源设备以及无线收发设备组;

所述无线收发设备组包括至少两个无线收发设备;

所述无线收发设备组通过设备组标识与所述数据源设备建立双向连接,所述无线收发设备组配置有所述设备组标识,所述设备组标识用于标识所述无线收发设备组。

在一种可能的设计中,所述无线收发设备组中的任意两个无线收发设备之间通过预设的物理标识进行连接,其中,根据预设的空口协议对所述设备组标识以及所述物理标识进行分时使用。

在一种可能的设计中,至少两个无线收发设备进行配对,以构建所述无线收发设备组,并配置所述无线收发设备组的所述设备组标识。

在一种可能的设计中,根据预设编址规则为所述无线收发设备组配置所述设备组标识。

在一种可能的设计中,所述无线收发设备组中的各无线收发设备存储所述设备组标识。

在一种可能的设计中,所述的无线收发系统,还包括:新增无线收发设备;

所述新增无线收发设备与所述无线收发设备组中任意一个无线收发设备进行配对,其中,配对的无线收发设备将所述设备组标识同步至所述新增无线收发设备,以将所述新增无线收发设备添加至所述无线收发设备组。

在一种可能的设计中,所述无线收发设备组中的无线收发设备之间通过无线链路进行连接。

在一种可能的设计中,所述无线收发设备组中的无线收发设备之间通过所述无线链路进行双向或者单向数据传输。

在一种可能的设计中,所述无线收发设备组中的第一无线收发设备通过所述设备组标识与所述数据源设备建立第一双向连接。

在一种可能的设计中,所述第一无线收发设备将所述第一双向连接的链路信息同步至所述无线收发设备组中的第二无线收发设备,以使所述第二无线收发设备与所述数据源设备建立第二双向连接。

在一种可能的设计中,所述无线收发设备组中的无线收发设备接收所述数据源设备的数据源数据;

所述无线收发设备组中的无线收发设备向所述数据源设备传输数据。

在一种可能的设计中,所述无线收发设备组中的无线收发设备根据预设反馈方式向所述数据源设备传输数据。

在一种可能的设计中,所述传输数据包括接收成功应答数据或者未接收成功应答数据。

在一种可能的设计中,所述无线收发设备组中的第一无线收发设备与所述第二无线收发设备进行数据信息确认;

若所述第二无线收发设备未成功接收数据源数据,则所述第二无线收发设备向所述第一无线收发设备发起重传请求,以使所述第一无线收发设备根据预设响应规则确定是否向所述第二无线收发设备重传所述数据源数据;

或者,

若所述第一无线收发设备未成功接收数据源数据,则所述第一无线收发设备向所述第二无线收发设备发起重传请求,以使所述第二无线收发设备根据预设响应规则确定是否向所述第一无线收发设备重传所述数据源数据。

在一种可能的设计中,所述无线收发设备组中未成功接收所述数据源数据的无线收发设备增大发射功率。

在一种可能的设计中,所述无线收发设备组以及所述数据源设备之间同步控制数据。

在一种可能的设计中,所述双向连接为基于蓝牙协议的双向连接。

在一种可能的设计中,所述无线收发设备为蓝牙音频设备。

在一种可能的设计中,所述蓝牙音频设备为蓝牙耳机或蓝牙音响。

第四方面,本发明还提供一种计算机可读存储介质,包括:指令,当其在第四方面中所述的无线收发设备组上运行时,使得所述无线收发设备组执行如第一方面中所述的无线连接方法。

本发明提供一种无线连接方法、设备组、系统及存储介质,通过建立无线收发设备组,并为该无线收发设备组配置设备组标识,以使得外界的数据源设备与无线收发设备组通过该设备组标识建立双向连接,通过数据源设备与无线收发设备组之间的双向连接,即可使得数据源数据同步至无线收发设备组中的无线收发设备,从而可以实现无线收发设备组的组内无线收发设备的数据同步,并且,由于无线收发设备组中的无线收发设备是通过统一的设备组标识与数据源设备进行双向连接的,因此,无线收发设备组的组内每个无线收发设备具备地位对等的特性,当组内任意一个无线收发设备发生连接失效时,并不会影响组内其他无线收发设备与数据源设备之间的通信连接,此外,还可以使得组内的每个无线收发设备的功耗也更为均衡。

附图说明

为了更清楚地说明本发明实施例或现有技术中的技术方案,下面将对实施例或现有技术描述中所需要使用的附图作一简单地介绍,显而易见地,下面描述中的附图是本发明的一些实施例,对于本领域普通技术人员来讲,在不付出创造性劳动性的前提下,还可以根据这些附图获得其他的附图。

图1为本发明根据一示例性实施例示出的无线收发设备组的结构示意图;

图2为本发明根据一示例性实施例示出的无线连接方法的应用场景示意图;

图3为本发明根据一示例性实施例示出的无线连接方法的流程示意图;

图4为本发明根据一示例性实施例示出的无线连接方法的一种通信场景示意图;

图5为本发明根据一示例性实施例示出的无线连接方法的另一种通信场景示意图;

图6为本发明根据一示例性实施例示出的无线连接方法的再一种通信场景示意图;

图7为无线收发设备组与数据源设备之间的数据传输时序示意图;

图8为本发明根据一示例性实施例示出的无线连接方法中无线收发设备组设备扩展示意图;

图9为本发明根据一示例性实施例示出的无线连接系统的结构示意图。

具体实施方式

为使本发明实施例的目的、技术方案和优点更加清楚,下面将结合本发明实施例中的附图,对本发明实施例中的技术方案进行清楚、完整地描述,显然,所描述的实施例是本发明一部分实施例,而不是全部的实施例。基于本发明中的实施例,本领域普通技术人员在没有作出创造性劳动前提下所获得的所有其他实施例,都属于本发明保护的范围。

本发明的说明书和权利要求书及上述附图中的术语“第一”、“第二”、“第三”、“第四”等(如果存在)是用于区别类似的对象,而不必用于描述特定的顺序或先后次序。应该理解这样使用的数据在适当情况下可以互换,以便这里描述的本发明的实施例,例如,能够以除了在这里图示或描述的那些以外的顺序实施。此外,术语“包括”和“具有”以及他们的任何变形,意图在于覆盖不排他的包含,例如,包含了一系列步骤或单元的过程、方法、系统、产品或设备不必限于清楚地列出的那些步骤或单元,而是可包括没有清楚地列出的或对于这些过程、方法、产品或设备固有的其它步骤或单元。

下面以具体的实施例对本发明的技术方案以及本申请的技术方案如何解决上述技术问题进行详细说明。下面这几个具体的实施例可以相互结合,对于相同或相似的概念或过程可能在某些实施例中不再赘述。下面将结合附图,对本发明的实施例进行描述。

图1为本发明根据一示例性实施例示出的无线收发设备组的结构示意图,图2为本发明根据一示例性实施例示出的无线连接方法的应用场景示意图。如图1-图2所示,本实施例提供的无线连接方法应用于无线收发设备组10,其中,该无线收发设备组包括至少两个无线收发设备,例如,可以为第一无线收发设备101以及第二无线收发设备102,并且无线收发设备组10内的无线收发设备之间通过第一无线链路104进行通信连接,值得说明地,无线收发设备组内的无线收发设备之间的通信连接可以为双向,也可以为单向,在本实施例中不做具体限定。此外,值得理解地,对于上述的无线收发设备可以是根据标准无线协议进行通信的无线收发设备,其中,该标准无线协议可以为蓝牙协议或者是Wifi协议,在本实施例中,并不对其无线协议的具体形式进行限定。为了能够对本实施例提供的无线连接方法的应用场景进行具体的说明,可以以标准无线协议可以为蓝牙协议进行举例说明,此处,无线收发设备则可以为蓝牙收发设备,更为具体的,可以为蓝牙音频设备,例如,蓝牙耳机、蓝牙音响等设备。

针对上述现有技术中存在的各个问题,本实施例提供的一种无线连接方法,首先,建立无线收发设备组10,然后,为该无线收发设备组10配置设备组标识103,值得理解地是,设备组标识103用于标识无线收发设备组10,其中,对于设备组标识103可以为通信地址,并且设备组标识103可以理解为无线收发设备组10的公共物理媒体访问控制地址(MediaAccess Control Address,简称MAC地址),而外界的数据源设备20与无线收发设备组10之间则是通过该设备组标识103建立双向连接,例如,该双向连接可以为基于蓝牙协议的双向连接。接着,通过数据源设备20与无线收发设备组10之间的双向连接,即可将数据源数据同步至无线收发设备组10中的无线收发设备,从而可以实现无线收发设备组10的组内无线收发设备的数据同步,并且,由于无线收发设备组10中的无线收发设备是通过统一的设备组标识103与数据源设备20进行双向连接的,因此,对于无线收发设备组10组内的每个无线收发设备具备地位对等的特性,例如,当组内任意一个无线收发设备发生连接失效时,并不会影响组内其他无线收发设备与数据源设备之间的通信连接,并且由于组内每个无线收发设备地位对等,因此每个无线收发设备的功耗也同样会较为平均。

可选地,无线收发设备组10中的任意两个无线收发设备之间通过预设的物理标识进行连接,例如,第一无线收发设备101与第二无线收发设备102之间是通过预设在各自中的物理标识进行连接的,值得理解地,对于物理标识可以为物理地址,例如,可以为MAC地址,此外,可以根据预设的空口协议实现对设备组标识和物理标识的分时使用。

随着技术的发展,目前蓝牙音频设备逐渐从单音频设备转向至双音频设备甚至多音频设备,例如,对于蓝牙耳机,目前出现了多种形式的对耳形式的蓝牙耳机。请继续参照图1,其中,蓝牙耳机通常包括第一蓝牙耳机和第二耳机,可以分别对应本实施例中的第一无线收发设备以及第二无线收发设备。具体的,对于对耳形式的蓝牙耳机的实现方式,通常存在以下两种实现方式:

在一种方式中,选取对耳形式的蓝牙耳机中的一个耳机作为固定主耳耳机,而另一耳机作为固定副耳耳机,其中,主耳耳机承担与数据源设备之间的通信交互,可见,这种方式的主耳耳机的负荷过重,主耳副耳负荷不均,导致主耳耳机的电量容易耗尽。

又或者,将对耳形式的蓝牙耳机中的两个耳机通过MAC地址分别与数据源设备建立标准蓝牙连接,然后数据源设备分别将数据信息发送给两个耳机,可见,在该实现方式中,数据源设备,例如智能手机,需要进行数据信息双发,将会占用了双倍的蓝牙时间,而在复杂环境,通常没有很多的时间片用于进行重传,或者在智能手机WIFI和蓝牙共存的场景下,同样没有很多的时间片用于重传。

可以继续以无线收发设备组10为对耳形式的蓝牙耳机为例对本实施例提供的无线连接方法的原理进行说明。可以将对耳形式的蓝牙耳机的两个耳机建立为无线收发设备组,并为其分配统一的设备组标识,其中,对耳蓝牙耳机的两个耳机建立无线收发设备组的步骤可以是在耳机出厂配对时完成,也可以是在用户通过后期的配对设备进行配对,而设备组标识则是可以通过蓝牙核心规范进行生成的,其中,根据蓝牙核心规范生成蓝牙通信地址的方式为本领域的常规技术手段,在本实施例中不再进行赘述,此外,该设备组标识还可以根据实际需求根据其他规范进行生成,因此,在本实施例中并不对设备组标识生成规则进行具体限定。而当蓝牙耳机与智能终端(其中,智能终端可以为智能手机,MP3,笔记本电脑以及任意可以作为音源的蓝牙数据源设备)进行连接后,在进行音乐同步时,智能手机向设备组标识发送音频数据,而蓝牙耳机的两个耳机可以通过分别监听智能手机与设备组标识之间的音频链路来获取音频数据。相比于现有技术,应用了本实施例方法的蓝牙耳机的两个耳机负荷近似,且功耗更为平均,并且对于数据源设备也无需进行数据多发操作,此外,对于先建立无线收发设备组,然后为其分配统一的设备组标识的形式,可以使得对耳形式的蓝牙耳机的两个耳机具备地位对等的特性,例如,当任意一个蓝牙耳机发生连接失效时,并不会影响另一个蓝牙耳机与数据源设备之间的通信连接,并且,也可以使得无线收发设备组具有更好的设备扩展特性,例如,可以根据不同的场景将现有两个耳机成组的方式扩展至更多数量的耳机成组的方式,可以理解地,在本实施例中并不对无线收发设备组10中所包括的无线收发设备的数量进行具体限定。此外,由于无线收发设备组10中的无线收发设备是通过统一的设备组标识103与数据源设备20进行双向连接的,因此,对于无线收发设备组10的组内每个无线收发设备具备地位对等的特性,例如,当组内任意一个无线收发设备发生连接失效时,并不会影响组内其他无线收发设备与数据源设备之间的通信连接,并且由于组内每个无线收发设备具备地位对等,每个无线收发设备的功耗也同样会较为平均。

此外,无线收发设备组10还可以为配对的蓝牙音响,其实现原理与上述的对耳形式的蓝牙耳机相类似,在本实施例中不再进行赘述。

图3为本发明根据一示例性实施例示出的无线连接方法的流程示意图。如图3所示,本实施例提供的无线连接方法,包括:

步骤301、至少两个无线收发设备进行配对,以构建无线收发设备组,并配置无线收发设备组的设备组标识。

具体的,多个无线收发设备可以是在出厂时进行配对以构建无线收发设备组,也可以是用户通过后期的配对设备对多个无线收发设备进行配对以构建无线收发设备组。值得理解地是,对于无线收发设备组的构建方式,在本实施例中不进行具体限定,只需保证在进行配对之后,能够为无线收发设备组配置设备组标识,并且该设备组标识能够用于与外部数据源设备建立双向连接即可。在一种可能的实现方式中,上述的设备组标识可以为通信地址,具体的,可以是根据预设编址规则来对无线收发设备组的设备组标识进行配置。

其中,可以以对耳形式的蓝牙耳机为例,可以将对耳形式的蓝牙耳机的两个耳机建立成无线收发设备组,其中,对耳蓝牙耳机的两个耳机建立无线收发设备组的步骤可以是在耳机出厂配对时完成的,也可以是在用户通过后期的配对设备进行配对的,而设备组标识可以是通过蓝牙核心规范进行生成的,而根据蓝牙核心规范生成蓝牙通信地址的方式为本领域的常规技术手段,在本实施例中不再进行赘述,此外,该设备组标识还可以根据实际需求根据其他规范进行生成,在本实施例中并不对设备组标识生成规则进行具体限定。

此外,在无线收发设备组建立之后,无线收发设备组中的各无线收发设备还可以对设备组标识进行存储。

步骤302、无线收发设备组中的第一无线收发设备通过设备组标识与数据源设备建立第一双向连接。

在形成无线收发设备组之后,数据源设备就可以通过获取设备组标识来与无线收发设备组建立连接。图4为本发明根据一示例性实施例示出的无线连接方法的一种通信场景示意图,如图4所示,无线收发设备组10中的无线收发设备已经存储有设备组标识103,在具体的连接过程中,是先通过无线收发设备组10中的其中一个无线收发设备,例如第一无线收发设备101,与数据源设备20建立第一双向连接,即无线收发设备组10中的第一无线收发设备101通过设备组标识103与数据源设备20通过第二无线链路105进行双向数据传输。值得理解地,选取无线收发设备组10中的第一无线收发设备101先与数据源设备20建立连接可以是根据组内每个无线收发设备的当前状态来进行确定,例如,可以是选取电量最为充沛的无线收发设备,或者还可以是选取信号强度最强的无线收发设备,在本实施例中,并不对先与数据源设备建立连接的无线收发设备选取原则进行具体限定。

可以以对耳形式的蓝牙耳机为例进行说明,在两个蓝牙耳机形成对耳蓝牙耳机之后,智能终端就可以通过获取设备组标识来与对耳蓝牙耳机建立连接。对耳蓝牙耳机中的蓝牙耳机中已经存储有设备组标识,在具体的连接中,则是先通过对耳蓝牙耳机中的其中一个蓝牙耳机,例如第一蓝牙耳机,与智能终端建立第一双向连接,即对耳蓝牙耳机中的第一蓝牙耳机通过设备组标识与智能终端通过第二无线链路进行双向数据传输。值得理解地,选取对耳蓝牙耳机中的第一蓝牙耳机先与智能终端建立连接可以是根据组内每个蓝牙耳机的当前状态来进行确定,例如,可以是选取电量最为充沛的蓝牙耳机,或者还可以是选取信号强度最强的蓝牙耳机进行先行连接,而在本实施例中并不对先与智能终端建立连接的蓝牙耳机的选取原则进行具体限定。

步骤303、第一无线收发设备将第一双向连接的链路信息同步至无线收发设备组中的第二无线收发设备,以使第二无线收发设备与数据源设备建立第二双向连接。

在第一无线收发设备101通过设备组标识103与数据源设备20建立第一双向连接之后,还可以进一步地将第一双向连接的链路信息通过第一无线链路104同步至无线收发设备组10中的第二无线收发设备102,以使第二无线收发设备102与数据源设备建立第二双向连接,即无线收发设备组10中的第二无线收发设备102通过设备组标识103与数据源设备20通过第三无线链路106进行双向数据传输。

可以继续以对耳形式的蓝牙耳机为例进行说明,在第一蓝牙耳机通过设备组标识与智能终端建立第一双向连接之后,还可以进一步地将第一双向连接的链路信息通过第一无线链路同步至对耳蓝牙耳机中的第二蓝牙耳机中,以使第二蓝牙耳机与智能终端建立第二双向连接,即对耳蓝牙耳机中的第二蓝牙耳机通过设备组标识与数据源设备通过第三无线链路进行双向数据传输。

步骤304、无线收发设备组接收数据源设备的数据源数据。

在无线收发设备组10通过设备组标识103与数据源设备20建立双向连接之后,数据源设备20即可向无线收发设备组10对应的设备组标识103发送数据源数据201,其中,值得理解地,该数据源数据201可以为音频数据、视频数据以及文本数据等,在本实施例中并不对数据源数据的具体形式进行限定,例如,当无线收发设备为蓝牙音频设备时,则数据源数据可以对应为音频数据。

值得理解地,在一种可能的实现方式中,第一无线收发设备101与第二无线收发设备102可以是通过分别监听数据源设备20发送至设备组标识103的数据源数据201来获取数据。

可以继续以对耳形式的蓝牙耳机为例进行说明,在对耳蓝牙耳机通过设备组标识与智能终端建立双向连接之后,智能终端即可向对耳蓝牙耳机所对应的设备组标识发送音频数据。在一种可能的实现方式中,第一蓝牙耳机与第二蓝牙耳机可以是通过分别监听智能终端发送至设备组标识的音频数据来获取数据。

此外,为了使得对耳蓝牙耳机的两个蓝牙耳机能够进行音频的同步播放,还可以在音频数据中设置时间标签,以使得两个蓝牙耳机根据时间标签同时播放相同的音频数据。

步骤305、无线收发设备组中的无线收发设备向数据源设备传输数据。

而在无线收发设备组10接收数据源设备20的数据源数据201之后,无线收发设备组10中的无线收发设备,例如,第一无线收发设备组101以及第二无线收发设备组102还可以分别向数据源设备20进行传输数据107。

可选地,上述的传输数据107可以包括接收成功应答数据或者未接收成功应答数据。例如,当无线收发设备成功接收数据源数据201时,可以向数据源设备20返回接收成功应答数据,其中,成功应答数据可以为确认数据(Acknowledgement,简称ACK),而当无线收发设备未能成功接收数据源数据201时,可以向数据源设备20返回未接收成功应答数据,其中,未接收成功应答数据可以为否定应答数据(Negative Acknowledgment,简称NACK)。值得说明地,无线收发设备组10中的无线收发设备还可以根据实际的工况需求,向数据源设备20返回其他数据,而对于数据源设备的具体形式在本实施例中不做具体限定。

可以继续以对耳形式的蓝牙耳机为例进行说明,在对耳蓝牙耳机中的蓝牙耳机成功接收音频数据时,可以向智能终端返回接收成功应答数据,而当无线收发设备未能成功接收音频数据时,可以向智能终端返回未接收成功应答数据。值得说明地,无线收发设备组10中的无线收发设备还可以根据实际的工况需求,向数据源设备20返回其他数据,而对于数据源设备的具体形式在本实施例中不做具体限定。

图5为本发明根据一示例性实施例示出的无线连接方法的另一种通信场景示意图,如图5所示,无线收发设备组10中的某个无线收发设备可能会出现数据丢包的情况,而一旦错过了接收的时间节点,数据源设备20则不会重新再发送该数据源数据201,为了避免无线收发设备组10内无线收发设备数据丢包引起的各个无线收发设备中的数据不对称。还可以在无线收发设备组10接收数据源数据201之后,进行组内的数据信息确认,例如,可以为无线收发设备组10中的第一无线收发设备101与第二无线收发设备102进行数据信息确认,例如可以是确认第一无线收发设备101与第二无线收发设备102的数据包数量是否相同,但是,对于具体的确认方式,在本实施例中不做具体限定。

若当第二无线收发设备102未成功接收数据源数据201时,则第二无线收发设备102向第一无线收发设备101发起重传请求1041,以使第一无线收发设备101根据预设响应规则确定是否向第二无线收发设备102进行数据重传1042。此外,若第一无线收发设备101未成功接收数据源数据201,同理,也可以是第一无线收发设备101向第二无线收发设备102发起重传请求,以使第二无线收发设备102根据预设响应规则确定是否向第一无线收发设备101重传数据源数据。

此处可以继续以对耳形式的蓝牙耳机为例进行说明,若第二蓝牙耳机未成功接收音频数据时,则第二蓝牙耳机向第一蓝牙耳机发起重传请求,以使第一蓝牙耳机根据预设响应规则确定是否向第二蓝牙耳机进行数据重传。此外,若第一蓝牙耳机未成功接收音频数据,同样,也可以是第一蓝牙耳机向第二蓝牙耳机发起重传请求,以使第二蓝牙耳机根据预设响应规则确定是否向第一蓝牙耳机重传音频数据。

图6为本发明根据一示例性实施例示出的无线连接方法的再一种通信场景示意图,如图6所示,当无线收发设备组10中的某个无线收发设备发生异常,例如,可以是第一无线收发设备101出现故障或者是掉电,则此时,第一无线收发设备101与数据源设备20之间传输异常,并且第一无线收发设备101与第二无线收发设备102之间同样传输异常,但是,由于无线收发设备组10中的无线收发设备是通过统一的设备组标识103与数据源设备20进行双向连接的,因此无线收发设备组10的组内每个无线收发设备具备地位对等的特性,当组内任意一个无线收发设备发生连接失效时,并不会影响组内其他无线收发设备与数据源设备20之间的通信连接。

图7为无线收发设备组与数据源设备之间的数据传输时序示意图。如图7所示,时隙N与时隙N+1为相邻的两个时隙,每个相邻的时隙间均存在一个数据收发事件。请继续参照图4,第二无线链路105用于第一无线收发设备101与数据源设备20之间实现双向数据传输,同理,第三无线链路106用于第二无线收发设备102与数据源设备20之间实现双向数据传输。

对于事件401,在时隙N,第一无线收发设备101与第二无线收发设备102均错过了接收数据源数据201,在时隙N+1,第一无线收发设备101与第二无线收发设备102均未向数据源设备20反馈数据。

对于事件402,在时隙N,第一无线收发设备101错过了接收数据源数据201,而第二无线收发设备102成功接收了数据源数据201,在时隙N+1,第一无线收发设备101与第二无线收发设备102均未向数据源设备20反馈数据。

对于事件403,在时隙N,第一无线收发设备101错过了接收数据源数据201,而第二无线收发设备102接收数据源数据201失败,在时隙N+1,第一无线收发设备101未向数据源设备20反馈数据,而第二无线收发设备102向数据源设备20返回未接收成功应答数据。

对于事件404,在时隙N,第一无线收发设备101接收数据源数据201失败,在时隙N+1,第二无线收发设备102错过了接收数据源数据201,在时隙N+1,第一无线收发设备101向数据源设备20返回未接收成功应答数据,而第二无线收发设备102未向数据源设备20反馈数据。

对于事件405,在时隙N,第一无线收发设备101与第二无线收发设备102均接收数据源数据201失败,在时隙N+1,第一无线收发设备101与第二无线收发设备102均向数据源设备20返回未接收成功应答数据。

对于事件406,在时隙N,第一无线收发设备101接收数据源数据201失败,而第二无线收发设备102成功接收数据源数据201,在时隙N+1,第一无线收发设备101向数据源设备20返回未接收成功应答数据,而第二无线收发设备102未向数据源设备20反馈数据。

对于事件407,在时隙N,第一无线收发设备101与第二无线收发设备102均成功接收数据源数据201,在时隙N+1,第一无线收发设备101向数据源设备20返回接收成功应答数据,而第二无线收发设备102未向数据源设备20反馈数据。

对于事件408,在时隙N,第一无线收发设备101成功接收数据源数据201,而第二无线收发设备102错过了接收数据源数据201,在时隙N+1,第一无线收发设备101向数据源设备20返回接收成功应答数据,而第二无线收发设备102未向数据源设备20反馈数据。

对于事件409,在时隙N,第一无线收发设备101成功接收数据源数据201,第二无线收发设备102接收数据源数据201失败,在时隙N+1,第一无线收发设备101向数据源设备20返回接收成功应答数据,而第二无线收发设备102向数据源设备20返回未接收成功应答数据。

此外,为了提高未接收成功应答数据的传输成功率,还可以对无线收发设备组中未成功接收数据源数据的无线收发设备增大发射功率。

此外,为了实现对无线收发设备组10与数据源设备20的协同控制,在无线收发设备组10通过设备组标识103与数据源设备20建立双向连接之后,还可以在无线收发设备组10以及数据源设备20之间进行控制数据的同步。

可以继续以对耳形式的蓝牙耳机为例进行说明,上述的控制数据可以是在进行歌曲播放时的播放或者暂停命令,而当用户在智能终端或者对耳蓝牙耳机上触发播放或者暂停命令时,在对耳蓝牙耳机以及智能终端之间均可以进行控制数据的同步,从而实现对耳蓝牙耳机与智能终端的协同控制。

在本实施例中,通过建立无线收发设备组,并为该无线收发设备组配置设备组标识,以使得外界的数据源设备与无线收发设备组通过该设备组标识建立双向连接,通过数据源设备与无线收发设备组之间的双向连接,即可使得数据源数据同步至无线收发设备组中的无线收发设备,从而可以实现无线收发设备组的组内无线收发设备的数据同步,并且,由于无线收发设备组中的无线收发设备是通过统一的设备组标识与数据源设备进行双向连接的,因此,对于无线收发设备组组内的每个无线收发设备具备地位对等的特性,当组内任意一个无线收发设备发生连接失效时,并不会影响组内其他无线收发设备与数据源设备之间的通信连接,此外,还可以使得组内的每个无线收发设备的功耗也更为均衡。

图8为本发明根据一示例性实施例示出的无线连接方法中无线收发设备组设备扩展示意图。如图8所示,基于上述的实施例,为了使得无线收发设备组在设备数量上具有更加优异的扩展性,例如,可以将无线收发设备组从两个无线收发设备方便地扩展至更多数量,从而可以设置无线收发设备加入已构建的无线收发设备组的机制。具体的,当第一无线收发设备101与第二无线收发设备102已经构成了无线收发设备组10时,新增无线收发设备108与无线收发设备组10中任意一个无线收发设备建立通信连接,则将设备组标识103同步至新增无线收发设备108中,并将新增无线收发设备108添加至无线收发设备组10。具体的,当新增无线收发设备108与无线收发设备组10中的任意无线收发设备通过预设条件进行认证之后,例如可以为预设标准无线协议或者预设私有协议认证,即可加入无线收发设备组10,并获得设备组标识103。

可选地,对于无线收发设备组10中的已配对的无线收发设备可以将设备组标识103通过广播方式或者无线连接链路的方式同步至新增无线收发设备108中,对于上述的无线连接链路,可以是通过蓝牙或者WIFI等方式实现的,在本实施例中不做具体限定。

为了能够对本实施例所提供的无线连接方法的扩展性进行说明,可以通过结合一个具体的应用场景,例如多人音频会议场景进行详细阐述。在一定范围的办公区域内,可以为每个员工配置一对蓝牙耳机,并且将所有的蓝牙耳机进行无线收发设备组的构建,形成会议音频设备组,然后通过一个智能终端,例如智能手机,即可实现通过一台智能终端即可实现多人会议功能。并且,当新的蓝牙耳机需要加入会议音频设备组时,只需要通过预设条件进行认证加入会议音频设备组即可,可见,会议音频设备组还具备方便的设备扩展性能。

继续参照图1,本实施例还提供一种无线收发设备组10,包括:至少两个无线收发设备;

所述无线收发设备组10通过设备组标识103与数据源设备建立双向连接,所述无线收发设备组10配置有所述设备组标识103,所述设备组标识103用于标识所述无线收发设备组10。

在一种可能的设计中,所述无线收发设备组中的任意两个无线收发设备之间通过预设的物理标识进行连接,其中,根据预设的空口协议对所述设备组标识以及所述物理标识进行分时使用。

在一种可能的设计中,至少两个无线收发设备进行配对,以构建所述无线收发设备组10,并配置所述无线收发设备组10的所述设备组标识103。

在一种可能的设计中,根据预设编址规则为所述无线收发设备组10配置所述设备组标识103。

在一种可能的设计中,所述无线收发设备组10中的各无线收发设备存储所述设备组标识103。

在一种可能的设计中,所述无线收发设备组10,还包括:新增无线收发设备;

所述新增无线收发设备与所述无线收发设备组10中任意一个无线收发设备进行配对,其中,配对的无线收发设备将所述设备组标识103同步至所述新增无线收发设备,以将所述新增无线收发设备添加至所述无线收发设备组10。

在一种可能的设计中,所述无线收发设备组10中的无线收发设备之间通过无线链路进行连接。

在一种可能的设计中,所述无线收发设备组10中的无线收发设备之间通过所述无线链路进行双向或者单向数据传输。

在一种可能的设计中,所述无线收发设备组10中的第一无线收发设备101通过所述设备组标识103与所述数据源设备建立第一双向连接。

在一种可能的设计中,所述第一无线收发设备101将所述第一双向连接的链路信息同步至所述无线收发设备组10中的第二无线收发设备102,以使所述第二无线收发设备102与所述数据源设备建立第二双向连接。

在一种可能的设计中,所述无线收发设备组10中的无线收发设备接收所述数据源设备的数据源数据;

所述无线收发设备组10中的无线收发设备向所述数据源设备传输数据。

在一种可能的设计中,所述无线收发设备组10中的无线收发设备根据预设反馈方式向所述数据源设备传输数据。

在一种可能的设计中,所述传输数据包括接收成功应答数据或者未接收成功应答数据。

在一种可能的设计中,所述无线收发设备组10中的第一无线收发设备101与所述第二无线收发设备102进行数据信息确认;

若所述第二无线收发设备102未成功接收数据源数据,则所述第二无线收发设备102向所述第一无线收发设备101发起重传请求,以使所述第一无线收发设备101根据预设响应规则确定是否向所述第二无线收发设备102重传所述数据源数据;

或者,

若所述第一无线收发设备101未成功接收数据源数据,则所述第一无线收发设备101向所述第二无线收发设备102发起重传请求,以使所述第二无线收发设备102根据预设响应规则确定是否向所述第一无线收发设备101重传所述数据源数据。

在一种可能的设计中,所述无线收发设备组中未成功接收所述数据源数据的无线收发设备增大发射功率。

在一种可能的设计中,所述无线收发设备组10以及所述数据源设备之间同步控制数据。

在一种可能的设计中,所述双向连接为基于蓝牙协议的双向连接。

在一种可能的设计中,所述无线收发设备为蓝牙音频设备。

在一种可能的设计中,所述蓝牙音频设备为蓝牙耳机或蓝牙音响。

上述实施例提供的无线收发设备组,可用于执行上述方法实施例提供的方法,具体实现方式和技术效果类似,这里不再赘述。

此外,图9为本发明根据一示例性实施例示出的无线连接系统的结构示意图。如图9所示,本实施例提供的一种无线收发系统,包括:数据源设备20以及无线收发设备组10;

所述无线收发设备组10包括至少两个无线收发设备;

所述无线收发设备组10通过设备组标识103与所述数据源设备20建立双向连接,所述无线收发设备组10配置有所述设备组标识103,所述设备组标识103用于标识所述无线收发设备组10。

在一种可能的设计中,所述无线收发设备组中的任意两个无线收发设备之间通过预设的物理标识进行连接,其中,根据预设的空口协议对所述设备组标识以及所述物理标识进行分时使用。

在一种可能的设计中,至少两个无线收发设备进行配对,以构建所述无线收发设备组10,并配置所述无线收发设备组10的所述设备组标识103。

在一种可能的设计中,根据预设编址规则为所述无线收发设备组10配置所述设备组标识103。

在一种可能的设计中,所述无线收发设备组10中的各无线收发设备存储所述设备组标识103。

在一种可能的设计中,所述无线收发系统,还包括:新增无线收发设备;

所述新增无线收发设备与所述无线收发设备组10中任意一个无线收发设备进行配对,其中,配对的无线收发设备将所述设备组标识103同步至所述新增无线收发设备,以将所述新增无线收发设备添加至所述无线收发设备组10。

在一种可能的设计中,所述无线收发设备组10中的无线收发设备之间通过无线链路进行连接。

在一种可能的设计中,所述无线收发设备组10中的无线收发设备之间通过所述无线链路进行双向或者单向数据传输。

在一种可能的设计中,所述无线收发设备组10中的第一无线收发设备101通过所述设备组标识103与所述数据源设备20建立第一双向连接。

在一种可能的设计中,所述第一无线收发设备101将所述第一双向连接的链路信息同步至所述无线收发设备组10中的第二无线收发设备102,以使所述第二无线收发设备102与所述数据源设备20建立第二双向连接。

在一种可能的设计中,所述无线收发设备组10中的无线收发设备接收所述数据源设备20的数据源数据;

所述无线收发设备组10中的无线收发设备向所述数据源设备20传输数据。

在一种可能的设计中,所述无线收发设备组10中的无线收发设备根据预设反馈方式向所述数据源设备20传输数据。

在一种可能的设计中,所述传输数据包括接收成功应答数据或者未接收成功应答数据。

在一种可能的设计中,所述无线收发设备组10中的第一无线收发设备101与所述第二无线收发设备102进行数据信息确认;

若所述第二无线收发设备102未成功接收数据源数据,则所述第二无线收发设备102向所述第一无线收发设备101发起重传请求,以使所述第一无线收发设备101根据预设响应规则确定是否向所述第二无线收发设备102重传所述数据源数据;

或者,

若所述第一无线收发设备101未成功接收数据源数据,则所述第一无线收发设备101向所述第二无线收发设备102发起重传请求,以使所述第二无线收发设备102根据预设响应规则确定是否向所述第一无线收发设备101重传所述数据源数据。

在一种可能的设计中,所述无线收发设备组中未成功接收所述数据源数据的无线收发设备增大发射功率。

在一种可能的设计中,所述无线收发设备组10以及所述数据源设备20之间同步控制数据。

在一种可能的设计中,所述双向连接为基于蓝牙协议的双向连接。

在一种可能的设计中,所述无线收发设备为蓝牙音频设备。

在一种可能的设计中,所述蓝牙音频设备为蓝牙耳机或蓝牙音响。

本发明实施例还提供一种计算机可读存储介质,包括:指令,当其在上述实施例提供的无线收发设备组上运行时,使得无线收发设备组执行上述任意方法实施例。

其中,计算机可读介质包括计算机存储介质和通信介质,其中通信介质包括便于从一个地方向另一个地方传送计算机程序的任何介质。存储介质可以是通用或专用计算机能够存取的任何可用介质。一种示例性的存储介质耦合至处理器,从而使处理器能够从该存储介质读取信息,且可向该存储介质写入信息。当然,存储介质也可以是处理器的组成部分。处理器和存储介质可以位于应用专用集成电路(ASIC)中。另外,该应用专用集成电路可以位于用户设备中。当然,处理器和存储介质也可以作为分立组件存在于通信设备中。

最后应说明的是:以上各实施例仅用以说明本发明的技术方案,而非对其限制;尽管参照前述各实施例对本发明进行了详细的说明,本领域的普通技术人员应当理解:其依然可以对前述各实施例所记载的技术方案进行修改,或对其中部分或全部技术特征进行等同替换;而这些修改或替换,并不使相应技术方案的本质脱离本发明各实施例技术方案的范围。

【EN】

Wireless connection method, equipment group, system and storage medium

Technical field

The present invention relates to electronic technology fields more particularly to a kind of wireless connection method, equipment group, system and storage to be situated between

Matter.

Background technique

In the data receiving-transmitting system of wireless device, it can be achieved that data-source device and various forms of wireless transmitting-receiving equipments it

Between data exchange.

Currently, the wireless transmitting-receiving equipments of data-source device connection are also gradually from single wireless receipts with the raising of user demand

It sends out equipment and turns to the even more wireless transmitting-receiving equipments of double wireless transmitting-receiving equipments.And in many application scenarios, needing to count

Multiple wireless transmitting-receiving equipments are synchronized to according to the data of source device, wherein for example, setting for audio data source device with wireless audio

Data transmission between standby group, has related to music and voice between each wireless audio devices group in wireless audio devices group

Synchronous problem.

Summary of the invention

The present invention provides a kind of wireless connection method, equipment group, system and storage medium, to solve data-source device

Data are synchronized to the technical issues of multiple wireless transmitting-receiving equipments.

In a first aspect, the present invention provides a kind of wireless connection method, comprising:

Wireless transmitting-receiving equipments group is identified by equipment group and is bi-directionally connected with data-source device foundation, the wireless transmitting-receiving equipments group packet

At least two wireless transmitting-receiving equipments are included, the wireless transmitting-receiving equipments group is identified configured with the equipment group, the equipment group mark

For identifying the wireless transmitting-receiving equipments group.

In a kind of possible design, pass through between any two wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group

Preset physical label is attached, wherein is identified according to preset air protocol to the equipment group and the physics mark

Know and carries out timesharing use.

In a kind of possible design, established by equipment group mark with data-source device in the wireless transmitting-receiving equipments group

Before being bi-directionally connected, further includes:

At least two wireless transmitting-receiving equipments are matched, and to construct the wireless transmitting-receiving equipments group, and configure the wireless receiving and dispatching

The equipment group of equipment group identifies.

In a kind of possible design, the equipment group mark of the configuration wireless transmitting-receiving equipments group, comprising:

The equipment group mark of the wireless transmitting-receiving equipments group is configured according to default addressing rule.

In a kind of possible design, after the equipment group mark of the configuration wireless transmitting-receiving equipments group,

Further include:

Each wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group store the equipment group mark.

In a kind of possible design, wireless transmitting-receiving equipments group identified by equipment group establish with data-source device it is two-way

After connection, further includes:

Newly-increased wireless transmitting-receiving equipments are matched with any one wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group;

Equipment group mark is synchronized to the newly-increased wireless transmitting-receiving equipments by the wireless transmitting-receiving equipments of pairing, will be described newly-increased

Wireless transmitting-receiving equipments are added to the wireless transmitting-receiving equipments group.

In a kind of possible design, pass through Radio Link between the wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group

It is attached.

In a kind of possible design, by described wireless between the wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group

Link carries out two-way or one-way data transfer.

In a kind of possible design, the wireless transmitting-receiving equipments group is established by equipment group mark with data-source device double

To connection, comprising:

The first wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group pass through equipment group mark and the data-source device

First is established to be bi-directionally connected.

In a kind of possible design, the first wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group are set by described

Standby group mark and the data-source device establish first be bi-directionally connected after, further includes:

The link information that described first is bi-directionally connected is synchronized to the wireless transmitting-receiving equipments group by first wireless transmitting-receiving equipments

In the second wireless transmitting-receiving equipments so that second wireless transmitting-receiving equipments and the data-source device establish the second two-way company

It connects.

In a kind of possible design, the wireless transmitting-receiving equipments group is established by equipment group mark with data-source device double

To after connection, further includes:

The wireless transmitting-receiving equipments group receives the data source data of the data-source device;

Wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group transmit data to the data-source device.

In a kind of possible design, wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group are to the data-source device

Transmit data, comprising:

Wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group transmit number to the data-source device according to default feedback system

According to.

In a kind of possible design, the transmission data are including receiving successful respond data or not receiving successful respond

Data.

In a kind of possible design, the wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group are set to the data source

After standby transmission data, further includes:

The first wireless transmitting-receiving equipments and second wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group carry out data information

Confirmation;

If second wireless transmitting-receiving equipments are not successfully received data source data, second wireless transmitting-receiving equipments are to described

One wireless transmitting-receiving equipments initiate retransmission request, so that first wireless transmitting-receiving equipments are determined whether according to default rule of response

Second wireless transmitting-receiving equipments retransmit the data source data;

Alternatively,

If first wireless transmitting-receiving equipments are not successfully received data source data, first wireless transmitting-receiving equipments are to described

Two wireless transmitting-receiving equipments initiate retransmission request, so that second wireless transmitting-receiving equipments are determined whether according to default rule of response

First wireless transmitting-receiving equipments retransmit the data source data.

In a kind of possible design, the wireless of the data source data is not successfully received in the wireless transmitting-receiving equipments group

Transceiver increases transmission power.

In a kind of possible design, wireless transmitting-receiving equipments group establishes two-way company with data-source device by equipment group mark

After connecing, further includes:

Synchronously control data between the wireless transmitting-receiving equipments group and the data-source device.

It is described to be bi-directionally connected as being bi-directionally connected based on Bluetooth protocol in a kind of possible design.

In a kind of possible design, the wireless transmitting-receiving equipments are Bluetooth audio equipment.

In a kind of possible design, the Bluetooth audio equipment is bluetooth headset or Bluetooth audio device.

Second aspect, the present invention also provides a kind of wireless transmitting-receiving equipments groups, comprising: at least two wireless transmitting-receiving equipments;

The wireless transmitting-receiving equipments group is identified by equipment group and is bi-directionally connected with data-source device foundation, the wireless transmitting-receiving equipments

Group is identified configured with the equipment group, and the equipment group mark is for identifying the wireless transmitting-receiving equipments group.

In a kind of possible design, pass through between any two wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group

Preset physical label is attached, wherein is identified according to preset air protocol to the equipment group and the physics mark

Know and carries out timesharing use.

In a kind of possible design, at least two wireless transmitting-receiving equipments are matched, and are set with constructing the wireless receiving and dispatching

Standby group, and configure the equipment group mark of the wireless transmitting-receiving equipments group.

It is that the wireless transmitting-receiving equipments group configures the equipment group according to default addressing rule in a kind of possible design

Mark.

In a kind of possible design, each wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group store the equipment group

Mark.

In a kind of possible design, the wireless transmitting-receiving equipments group, further includes: newly-increased wireless transmitting-receiving equipments;

The newly-increased wireless transmitting-receiving equipments are matched with any one wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group,

In, equipment group mark is synchronized to the newly-increased wireless transmitting-receiving equipments by the wireless transmitting-receiving equipments of pairing, will be described newly-increased

Wireless transmitting-receiving equipments are added to the wireless transmitting-receiving equipments group.

In a kind of possible design, pass through Radio Link between the wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group

It is attached.

In a kind of possible design, by described wireless between the wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group

Link carries out two-way or one-way data transfer.

In a kind of possible design, the first wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group pass through the equipment

Group mark is established first with the data-source device and is bi-directionally connected.

In a kind of possible design, the link information that first wireless transmitting-receiving equipments are bi-directionally connected described first is same

The second wireless transmitting-receiving equipments into the wireless transmitting-receiving equipments group are walked, so that second wireless transmitting-receiving equipments and the data

Source device is established second and is bi-directionally connected.

In a kind of possible design, the wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group receive the data source and set

Standby data source data;

Wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group transmit data to the data-source device.

In a kind of possible design, the wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group are according to default feedback system

Data are transmitted to the data-source device.

In a kind of possible design, the transmission data are including receiving successful respond data or not receiving successful respond

Data.

The first wireless transmitting-receiving equipments and second nothing in a kind of possible design, in the wireless transmitting-receiving equipments group

Line transceiver carries out data information confirmation;

If second wireless transmitting-receiving equipments are not successfully received data source data, second wireless transmitting-receiving equipments are to described

One wireless transmitting-receiving equipments initiate retransmission request, so that first wireless transmitting-receiving equipments are determined whether according to default rule of response

Second wireless transmitting-receiving equipments retransmit the data source data;

Alternatively,

If first wireless transmitting-receiving equipments are not successfully received data source data, first wireless transmitting-receiving equipments are to described

Two wireless transmitting-receiving equipments initiate retransmission request, so that second wireless transmitting-receiving equipments are determined whether according to default rule of response

First wireless transmitting-receiving equipments retransmit the data source data.

In a kind of possible design, the wireless of the data source data is not successfully received in the wireless transmitting-receiving equipments group

Transceiver increases transmission power.

In a kind of possible design, synchronously control number between the wireless transmitting-receiving equipments group and the data-source device

According to.

It is described to be bi-directionally connected as being bi-directionally connected based on Bluetooth protocol in a kind of possible design.

In a kind of possible design, the wireless transmitting-receiving equipments are Bluetooth audio equipment.

In a kind of possible design, the Bluetooth audio equipment is bluetooth headset or Bluetooth audio device.

The third aspect, the present invention also provides a kind of wireless transceiver systems, comprising: data-source device and wireless transmitting-receiving equipments

Group;

The wireless transmitting-receiving equipments group includes at least two wireless transmitting-receiving equipments;

The wireless transmitting-receiving equipments group is identified by equipment group and is bi-directionally connected with data-source device foundation, the wireless receiving and dispatching

Equipment group is identified configured with the equipment group, and the equipment group mark is for identifying the wireless transmitting-receiving equipments group.

In a kind of possible design, pass through between any two wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group

Preset physical label is attached, wherein is identified according to preset air protocol to the equipment group and the physics mark

Know and carries out timesharing use.

In a kind of possible design, at least two wireless transmitting-receiving equipments are matched, and are set with constructing the wireless receiving and dispatching

Standby group, and configure the equipment group mark of the wireless transmitting-receiving equipments group.

It is that the wireless transmitting-receiving equipments group configures the equipment group according to default addressing rule in a kind of possible design

Mark.

In a kind of possible design, each wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group store the equipment group

Mark.

In a kind of possible design, the wireless transceiver system, further includes: newly-increased wireless transmitting-receiving equipments;

The newly-increased wireless transmitting-receiving equipments are matched with any one wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group,

In, equipment group mark is synchronized to the newly-increased wireless transmitting-receiving equipments by the wireless transmitting-receiving equipments of pairing, will be described newly-increased

Wireless transmitting-receiving equipments are added to the wireless transmitting-receiving equipments group.

In a kind of possible design, pass through Radio Link between the wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group

It is attached.

In a kind of possible design, by described wireless between the wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group

Link carries out two-way or one-way data transfer.

In a kind of possible design, the first wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group pass through the equipment

Group mark is established first with the data-source device and is bi-directionally connected.

In a kind of possible design, the link information that first wireless transmitting-receiving equipments are bi-directionally connected described first is same

The second wireless transmitting-receiving equipments into the wireless transmitting-receiving equipments group are walked, so that second wireless transmitting-receiving equipments and the data

Source device is established second and is bi-directionally connected.

In a kind of possible design, the wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group receive the data source and set

Standby data source data;

Wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group transmit data to the data-source device.

In a kind of possible design, the wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group are according to default feedback system

Data are transmitted to the data-source device.

In a kind of possible design, the transmission data are including receiving successful respond data or not receiving successful respond

Data.

The first wireless transmitting-receiving equipments and second nothing in a kind of possible design, in the wireless transmitting-receiving equipments group

Line transceiver carries out data information confirmation;

If second wireless transmitting-receiving equipments are not successfully received data source data, second wireless transmitting-receiving equipments are to described

One wireless transmitting-receiving equipments initiate retransmission request, so that first wireless transmitting-receiving equipments are determined whether according to default rule of response

Second wireless transmitting-receiving equipments retransmit the data source data;

Alternatively,

If first wireless transmitting-receiving equipments are not successfully received data source data, first wireless transmitting-receiving equipments are to described

Two wireless transmitting-receiving equipments initiate retransmission request, so that second wireless transmitting-receiving equipments are determined whether according to default rule of response

First wireless transmitting-receiving equipments retransmit the data source data.

In a kind of possible design, the wireless of the data source data is not successfully received in the wireless transmitting-receiving equipments group

Transceiver increases transmission power.

In a kind of possible design, synchronously control number between the wireless transmitting-receiving equipments group and the data-source device

According to.

It is described to be bi-directionally connected as being bi-directionally connected based on Bluetooth protocol in a kind of possible design.

In a kind of possible design, the wireless transmitting-receiving equipments are Bluetooth audio equipment.

In a kind of possible design, the Bluetooth audio equipment is bluetooth headset or Bluetooth audio device.

Fourth aspect, the present invention also provides a kind of computer readable storage mediums, comprising: instruction, when it is in fourth aspect

Described in wireless transmitting-receiving equipments group on when running so that the wireless transmitting-receiving equipments group executes the nothing as described in first aspect

Line connection method.

The present invention provides a kind of wireless connection method, equipment group, system and storage medium, by establishing wireless transmitting-receiving equipments

Group, and equipment group mark is configured for the wireless transmitting-receiving equipments group, so that extraneous data-source device and wireless transmitting-receiving equipments group

It is established and is bi-directionally connected by equipment group mark, by being bi-directionally connected between data-source device and wireless transmitting-receiving equipments group, i.e.,

Data source data may make to be synchronized to the wireless transmitting-receiving equipments in wireless transmitting-receiving equipments group, so as to realize wireless transmitting-receiving equipments

The data of wireless transmitting-receiving equipments are synchronous in the group of group, also, since the wireless transmitting-receiving equipments in wireless transmitting-receiving equipments group are to pass through

What unified equipment group mark was bi-directionally connected with data-source device, it is therefore, each wireless in the group of wireless transmitting-receiving equipments group

Transceiver has the characteristic of status equity, can't shadow when organizing interior any one wireless transmitting-receiving equipments generation Joint failure

The communication connection in group between other wireless transmitting-receiving equipments and data-source device is rung, further, it is also possible to make each nothing in group

The power consumption of line transceiver is also more balanced.

Detailed description of the invention

In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below

There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is this hair

Bright some embodiments for those of ordinary skill in the art without any creative labor, can be with

It obtains other drawings based on these drawings.

Fig. 1 is the structural schematic diagram of present invention wireless transmitting-receiving equipments group shown according to an exemplary embodiment;

Fig. 2 is the application scenarios schematic diagram of present invention wireless connection method shown according to an exemplary embodiment;

Fig. 3 is the flow diagram of present invention wireless connection method shown according to an exemplary embodiment;

Fig. 4 is a kind of communication scenes schematic diagram of present invention wireless connection method shown according to an exemplary embodiment;

Fig. 5 is another communication scenes schematic diagram of present invention wireless connection method shown according to an exemplary embodiment;

Fig. 6 is another communication scenes schematic diagram of present invention wireless connection method shown according to an exemplary embodiment;

Data transmission time sequence schematic diagram of the Fig. 7 between wireless transmitting-receiving equipments group and data-source device;

Fig. 8 is that wireless transmitting-receiving equipments group device extension is shown in present invention wireless connection method shown according to an exemplary embodiment

It is intended to;

Fig. 9 is the structural schematic diagram of present invention wireless connection system shown according to an exemplary embodiment.

Specific embodiment

In order to make the object, technical scheme and advantages of the embodiment of the invention clearer, below in conjunction with the embodiment of the present invention

In attached drawing, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiment is

A part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art

Every other embodiment obtained without creative efforts, shall fall within the protection scope of the present invention.

Description and claims of this specification and term " first ", " second ", " third ", " in above-mentioned attached drawing

The (if present)s such as four " are to be used to distinguish similar objects, without being used to describe a particular order or precedence order.It should manage

The data that solution uses in this way are interchangeable under appropriate circumstances, so as to the embodiment of the present invention described herein, for example, can be with

Sequence other than those of illustrating or describing herein is implemented.In addition, term " includes " and " having " and their times

What is deformed, it is intended that cover it is non-exclusive include, for example, contain the process, method of a series of steps or units, system,

Product or equipment those of are not necessarily limited to be clearly listed step or unit, but may include be not clearly listed or for

The intrinsic other step or units of these process, methods, product or equipment.

How to be solved with technical solution of the specific embodiment to technical solution of the present invention and the application below above-mentioned

Technical problem is described in detail.These specific embodiments can be combined with each other below, for the same or similar concept

Or process may repeat no more in certain embodiments.Below in conjunction with attached drawing, the embodiment of the present invention is described.

Fig. 1 is the structural schematic diagram of present invention wireless transmitting-receiving equipments group shown according to an exemplary embodiment, and Fig. 2 is this

Invent the application scenarios schematic diagram of wireless connection method shown according to an exemplary embodiment.As Figure 1-Figure 2, this implementation

The wireless connection method that example provides is applied to wireless transmitting-receiving equipments group 10, wherein the wireless transmitting-receiving equipments group includes at least two

Wireless transmitting-receiving equipments for example, can be the first wireless transmitting-receiving equipments 101 and the second wireless transmitting-receiving equipments 102, and be wirelessly received

It is communicatively coupled, is worth explanatorily, wirelessly by the first Radio Link 104 between wireless transmitting-receiving equipments in hair equipment group 10

The communication connection between wireless transmitting-receiving equipments in transceiver group can be two-way, or it is unidirectional, in the present embodiment

It is not specifically limited.In addition, being worth understanding ground, above-mentioned wireless transmitting-receiving equipments can be and carried out according to standard wireless protocol

The wireless transmitting-receiving equipments of communication, wherein the standard wireless protocol can be Bluetooth protocol either Wifi agreement, in the present embodiment

In, the concrete form of its wireless protocols is not defined.In order to wireless connection method provided in this embodiment

Application scenarios are specifically described, and can be illustrated with standard wireless protocol for Bluetooth protocol, herein, wirelessly

Transceiver then can be bluetooth transceiver, can be Bluetooth audio equipment, for example, bluetooth headset, bluetooth more specifically

The equipment such as sound equipment.

For above-mentioned each problem existing in the prior art, a kind of wireless connection method provided in this embodiment, firstly,

Wireless transmitting-receiving equipments group 10 is established, then, equipment group mark 103 is configured for the wireless transmitting-receiving equipments group 10, is worth being appreciated that,

Equipment group mark 103 is for identifying wireless transmitting-receiving equipments group 10, wherein and it can be mailing address for equipment group mark 103, and

And equipment group mark 103 can be understood as the public physical medium accessing to control address (Media of wireless transmitting-receiving equipments group 10

Access Control Address, abbreviation MAC Address), and extraneous data-source device 20 and wireless transmitting-receiving equipments group 10 it

Between be then establish to be bi-directionally connected by equipment group mark 103, for example, this be bi-directionally connected can be for based on the two-way of Bluetooth protocol

Connection.It then, can be same by data source data by being bi-directionally connected between data-source device 20 and wireless transmitting-receiving equipments group 10

The wireless transmitting-receiving equipments into wireless transmitting-receiving equipments group 10 are walked, are wirelessly received in the group so as to realize wireless transmitting-receiving equipments group 10

The data for sending out equipment are synchronous, also, since the wireless transmitting-receiving equipments in wireless transmitting-receiving equipments group 10 are by unified equipment group

What mark 103 was bi-directionally connected with data-source device 20, therefore, for wireless receipts each of in 10 groups of wireless transmitting-receiving equipments group

Hair equipment has the characteristic of status equity, for example, when organizing interior any one wireless transmitting-receiving equipments generation Joint failure, it can't

Communication connection in influence group between other wireless transmitting-receiving equipments and data-source device, and set due to organizing interior each wireless receiving and dispatching

Standby status equity, therefore the power consumption of each wireless transmitting-receiving equipments similarly can more be averaged.

Optionally, pass through preset physical label between any two wireless transmitting-receiving equipments in wireless transmitting-receiving equipments group 10

It is attached, for example, being by being preset in respectively between the first wireless transmitting-receiving equipments 101 and the second wireless transmitting-receiving equipments 102

Physical label be attached, be worth understanding ground, can be physical address for physical label, for example, can for MAC

Location, furthermore, it is possible to realize that the timesharing to equipment group mark and physical label uses according to preset air protocol.

With the development of technology, at present Bluetooth audio equipment gradually from single audio frequency equipment be diverted to dual-audio device even it is more

Audio frequency apparatus, for example, occurring the bluetooth headset to ear form of diversified forms at present for bluetooth headset.Please continue to refer to

Fig. 1, wherein bluetooth headset generally includes the first bluetooth headset and the second earphone, can respectively correspond first in the present embodiment

Wireless transmitting-receiving equipments and the second wireless transmitting-receiving equipments.Specifically, for the implementation of the bluetooth headset to ear form, usually

There are following two implementations:

In a kind of mode, chooses to be used as an earphone in the bluetooth headset of ear form and fix main ear earphone, and another ear

Machine is as fixed auricular appendage earphone, wherein main ear earphone undertakes the communication interaction between data-source device, it is seen then that this mode

Main ear earphone overload, main ear auricular appendage load is uneven, and the electricity of main ear earphone is caused to be easy to exhaust.

Or two earphones in the bluetooth headset to ear form are built with data-source device respectively by MAC Address

The quasi- bluetooth connection of day-mark, then data information is sent to two earphones respectively by data-source device, it is seen then that in the implementation

In, data-source device, such as smart phone needs to carry out the double hairs of data information, it will occupy double Bluetooth time, and

Complex environment, usually not many timeslices are used to be retransmitted, or in the scene of smart phone WIFI and Bluetooth coexistence

Under, also without many timeslices for retransmitting.

It can continue so that wireless transmitting-receiving equipments group 10 is to the bluetooth headset of ear form as an example to nothing provided in this embodiment

The principle of line connection method is illustrated.Two earphones of the bluetooth headset to ear form can be established as wireless transmitting-receiving equipments

Group, and identified for the equipment group of its distributing uniform, wherein wireless transmitting-receiving equipments group is established to two earphones of ear bluetooth headset

Step, which can be, to be completed in earphone factory with clock synchronization, is also possible to match in user by the paired device in later period, and is set

Standby group mark can then be generated by bluetooth core specification, wherein generate Bluetooth communication according to bluetooth core specification

The mode of address is ordinary skill in the art means, is no longer repeated in the present embodiment, in addition, equipment group mark is also

It can be generated according to actual needs according to other specifications, therefore, equipment group not identified generate rule in the present embodiment

Then specifically limited.And when (wherein, intelligent terminal can be smart phone, MP3, notebook for bluetooth headset and intelligent terminal

Computer and arbitrarily can be used as the blue-teeth data source device of source of sound) be attached after, when carrying out synchronous music, smart phone

It is identified to equipment group and sends audio data, and two earphones of bluetooth headset can be by monitoring smart phone and equipment group respectively

Voice frequency link between mark obtains audio data.Compared with the prior art, the bluetooth headset of the present embodiment method is applied

Two earphone loads it is approximate, and power consumption is more average, and for data-source device without carrying out the multiple operation of data, this

Outside, for first establishing wireless transmitting-receiving equipments group, the form then identified for the equipment group of its distributing uniform can make to ear shape

Two earphones of the bluetooth headset of formula have the characteristic of status equity, for example, when Joint failure occurs for any one bluetooth headset

When, it will not influence the communication connection between another bluetooth headset and data-source device, also, it is also possible that wireless receiving and dispatching

Equipment group has better device extension characteristic, for example, can be according to different scenes will now there are two the groups of modes of earphone

Extend to the groups of mode of greater number of earphone, it is possible to understand that ground, in the present embodiment not to wireless transmitting-receiving equipments group 10

In the quantity of included wireless transmitting-receiving equipments specifically limited.Further, since the wireless receipts in wireless transmitting-receiving equipments group 10

Hair equipment is to be bi-directionally connected by unified equipment group mark 103 with data-source device 20, therefore, for wireless receiving and dispatching

Each wireless transmitting-receiving equipments have the characteristic of status equity in the group of equipment group 10, for example, when any one wireless receiving and dispatching in group

When Joint failure occurs for equipment, the communication connection in group between other wireless transmitting-receiving equipments and data-source device will not influence,

And since each wireless transmitting-receiving equipments have status equity in organizing, the power consumption of each wireless transmitting-receiving equipments similarly can more be put down

?.

In addition, wireless transmitting-receiving equipments group 10 can also be the Bluetooth audio device of pairing, realization principle and above-mentioned to ear shape

The bluetooth headset of formula is similar, is no longer repeated in the present embodiment.

Fig. 3 is the flow diagram of present invention wireless connection method shown according to an exemplary embodiment.Such as Fig. 3 institute

Show, wireless connection method provided in this embodiment, comprising:

Step 301, at least two wireless transmitting-receiving equipments are matched, and to construct wireless transmitting-receiving equipments group, and configure wireless receiving and dispatching

The equipment group of equipment group identifies.

It is matched when leaving the factory specifically, multiple wireless transmitting-receiving equipments can be to construct wireless transmitting-receiving equipments group,

It can be user to match multiple wireless transmitting-receiving equipments by the paired device in later period to construct wireless transmitting-receiving equipments group.Value

It must be appreciated that, for the building mode of wireless transmitting-receiving equipments group, in the present embodiment without specifically limiting, need to only guarantee

After being matched, can for wireless transmitting-receiving equipments group configure equipment group mark, and the equipment group mark can be used in outside

Data-source device foundation in portion's is bi-directionally connected.In one possible implementation, above-mentioned equipment group mark can be logical

Believe address, is configured specifically, can be according to default addressing rule come the equipment group mark to wireless transmitting-receiving equipments group.

Wherein it is possible to by taking the bluetooth headset to ear form as an example, it can be by two earphones of the bluetooth headset to ear form

It is created as wireless transmitting-receiving equipments group, wherein the step of establishing wireless transmitting-receiving equipments group to two earphones of ear bluetooth headset can be with

It is to complete in earphone factory with clock synchronization, is also possible to be matched in user by the paired device in later period, and equipment group

Mark can be to be generated by bluetooth core specification, and the mode of Bluetooth communication address is generated according to bluetooth core specification

It for ordinary skill in the art means, is no longer repeated in the present embodiment, in addition, equipment group mark can also be according to reality

Border demand is generated according to other specifications, is not limited specifically equipment group mark create-rule in the present embodiment.

In addition, after the foundation of wireless transmitting-receiving equipments group, each wireless transmitting-receiving equipments in wireless transmitting-receiving equipments group can be with

Equipment group mark is stored.

The first wireless transmitting-receiving equipments in step 302, wireless transmitting-receiving equipments group are identified by equipment group and data-source device

First is established to be bi-directionally connected.

After forming wireless transmitting-receiving equipments group, data-source device can by obtain equipment group mark come with wirelessly receive

Hair equipment group establishes connection.Fig. 4 is a kind of communication field of present invention wireless connection method shown according to an exemplary embodiment

Scape schematic diagram, as shown in figure 4, the wireless transmitting-receiving equipments in wireless transmitting-receiving equipments group 10 have been stored with equipment group mark 103,

It is the one of wireless transmitting-receiving equipments first passed through in wireless transmitting-receiving equipments group 10, such as the first nothing in specific connection procedure

Line transceiver 101 is established first with data-source device 20 and is bi-directionally connected, i.e., first in wireless transmitting-receiving equipments group 10 is wirelessly received

It sends out equipment 101 and bidirectional data transfers is carried out by the second Radio Link 105 with data-source device 20 by equipment group mark 103.

It is worth understanding ground, chooses first establish with data-source device 20 of the first wireless transmitting-receiving equipments 101 in wireless transmitting-receiving equipments group 10 and connect

Connecing, which can be according to the current state of each wireless transmitting-receiving equipments in organizing, is determined, for example, it may be choosing electricity the most

Abundant wireless transmitting-receiving equipments, or can also be and choose the strongest wireless transmitting-receiving equipments of signal strength, in the present embodiment, and

The wireless transmitting-receiving equipments selection principle for not establishing connection with data-source device to elder generation is specifically limited.

Can be illustrated by taking the bluetooth headset to ear form as an example, two bluetooth headsets formed to ear bluetooth headset it

Afterwards, intelligent terminal can establish connection with to ear bluetooth headset by obtaining equipment group mark.To in ear bluetooth headset

Equipment group mark has been stored in bluetooth headset, in specific connection, then be first pass through in ear bluetooth headset wherein

One bluetooth headset, such as the first bluetooth headset are established first with intelligent terminal and are bi-directionally connected, i.e., in ear bluetooth headset

One bluetooth headset carries out bidirectional data transfers by the second Radio Link with intelligent terminal by equipment group mark.It is worth understanding

Ground, selection are first established connection with intelligent terminal to the first bluetooth headset in ear bluetooth headset and be can be according to each bluetooth in organizing

The current state of earphone is determined, for example, it may be choosing electricity bluetooth headset the most abundant, or can also be choosing

It takes the strongest bluetooth headset of signal strength to be connected in advance, and connection is not established to elder generation and intelligent terminal in the present embodiment

The selection principle of bluetooth headset specifically limited.

The link information that first is bi-directionally connected is synchronized to wireless transmitting-receiving equipments group by step 303, the first wireless transmitting-receiving equipments

In the second wireless transmitting-receiving equipments be bi-directionally connected so that the second wireless transmitting-receiving equipments establish second with data-source device.

First is established with data-source device 20 by equipment group mark 103 in the first wireless transmitting-receiving equipments 101 to be bi-directionally connected

Later, the link information that first is bi-directionally connected further can also be synchronized to wireless receiving and dispatching by the first Radio Link 104

The second wireless transmitting-receiving equipments 102 in equipment group 10, so that the second wireless transmitting-receiving equipments 102 establish second pair with data-source device

To connection, i.e., the second wireless transmitting-receiving equipments 102 in wireless transmitting-receiving equipments group 10 pass through equipment group mark 103 and data-source device

20 carry out bidirectional data transfers by third Radio Link 106.

It can continue to be illustrated by taking the bluetooth headset to ear form as an example, be identified in the first bluetooth headset by equipment group

With intelligent terminal establish first be bi-directionally connected after, the link information that can also further be bi-directionally connected first passes through first

Wireless link synchronization is into the second bluetooth headset in ear bluetooth headset, so that the second bluetooth headset and intelligent terminal establish the

Two are bi-directionally connected, i.e., to the second bluetooth headset in ear bluetooth headset by equipment group mark with data-source device by third without

Wired link carries out bidirectional data transfers.

Step 304, wireless transmitting-receiving equipments group receive the data source data of data-source device.

After wireless transmitting-receiving equipments group 10 is bi-directionally connected by equipment group mark 103 with the foundation of data-source device 20, number

103 can be identified to the corresponding equipment group of wireless transmitting-receiving equipments group 10 according to source device 20 and send data source data 201, wherein value

It must understand ground, which can be for audio data, video data and text data etc., in the present embodiment simultaneously

The concrete form of data source data is not defined, for example, when wireless transmitting-receiving equipments are Bluetooth audio equipment, then data source

Data can correspond to audio data.

It is worth understanding ground, in one possible implementation, the first wireless transmitting-receiving equipments 101 are set with the second wireless receiving and dispatching

It can be for 102 and the data source data 201 of equipment group mark 103 be sent to by monitored data source device 20 respectively to obtain number

According to.

It can continue to be illustrated by taking the bluetooth headset to ear form as an example, ear bluetooth headset is being identified by equipment group

After being bi-directionally connected with intelligent terminal foundation, intelligent terminal can send sound to identifying to equipment group corresponding to ear bluetooth headset

Frequency evidence.In one possible implementation, the first bluetooth headset and the second bluetooth headset can be by monitoring intelligence respectively

Energy terminal is sent to the audio data of equipment group mark to obtain data.

It, can be in addition, in order to enable two bluetooth headsets to ear bluetooth headset are able to carry out being played simultaneously for audio

Time tag is set in audio data, so that two bluetooth headsets play identical audio number according to time tag simultaneously

According to.

Wireless transmitting-receiving equipments in step 305, wireless transmitting-receiving equipments group transmit data to data-source device.

And after the data source data 201 that wireless transmitting-receiving equipments group 10 receives data-source device 20, wireless transmitting-receiving equipments

Wireless transmitting-receiving equipments in group 10, for example, the first wireless transmitting-receiving equipments group 101 and the second wireless transmitting-receiving equipments group 102 may be used also

To carry out transmission data 107 to data-source device 20 respectively.

Optionally, above-mentioned transmission data 107 may include receiving successful respond data or not receiving successful respond number

According to.For example, can return and be received successfully to data-source device 20 when wireless transmitting-receiving equipments successful data reception source data 201

Reply data, wherein successful respond data can be confirmation data (Acknowledgement, abbreviation ACK), and ought wirelessly receive

Hair equipment fails when receiving data source data 201, can return to data-source device 20 and not receive successful respond data,

In, not receiving successful respond data can be negative response data (Negative Acknowledgment, abbreviation NACK).Value

It obtains explanatorily, the wireless transmitting-receiving equipments in wireless transmitting-receiving equipments group 10 can also be set according to actual duty requirements to data source

Standby 20 return to other data, and the concrete form of data-source device is not specifically limited in the present embodiment.

Can continue to be illustrated by taking the bluetooth headset to ear form as an example, to the bluetooth headset in ear bluetooth headset at

When function receives audio data, it can be returned to intelligent terminal and receive successful respond data, and when wireless transmitting-receiving equipments fail

When receiving audio data, it can be returned to intelligent terminal and not receive successful respond data.It is worth explanatorily, wireless transmitting-receiving equipments group

Wireless transmitting-receiving equipments in 10 can also return to other data to data-source device 20 according to actual duty requirements, and for

The concrete form of data-source device is not specifically limited in the present embodiment.

Fig. 5 is another communication scenes signal of present invention wireless connection method shown according to an exemplary embodiment

Figure, as shown in figure 5, some wireless transmitting-receiving equipments in wireless transmitting-receiving equipments group 10 are it is possible that the case where data packetloss, and

Once missing received timing node, data-source device 20 will not then retransmit the data source data 201 again, in order to avoid

Data in wireless transmitting-receiving equipments group 10 in each wireless transmitting-receiving equipments caused by wireless transmitting-receiving equipments data packetloss are asymmetric.Also

The data information confirmation in group can be carried out, for example, can be with after wireless transmitting-receiving equipments group 10 receives data source data 201

For in wireless transmitting-receiving equipments group 10 the first wireless transmitting-receiving equipments 101 and the second wireless transmitting-receiving equipments 102 carry out data information it is true

Recognize, for example, can be confirmation the first wireless transmitting-receiving equipments 101 and the second wireless transmitting-receiving equipments 102 data packet number whether phase

Together, still, it for specific validation testing, is not specifically limited in the present embodiment.

If when the second wireless transmitting-receiving equipments 102 are not successfully received data source data 201, the second wireless transmitting-receiving equipments

102 initiate retransmission request 1041 to the first wireless transmitting-receiving equipments 101, so that the first wireless transmitting-receiving equipments 101 are according to default response

Rule determines whether that the second wireless transmitting-receiving equipments 102 carry out data and retransmit 1042.In addition, if the first wireless transmitting-receiving equipments 101

It is not successfully received data source data 201, similarly, is also possible to the first wireless transmitting-receiving equipments 101 to the second wireless transmitting-receiving equipments 102

Retransmission request is initiated, so that the second wireless transmitting-receiving equipments 102 determine whether that the first wireless receiving and dispatching is set according to default rule of response

Standby 101 retransmit data source data.

It can continue to be illustrated by taking the bluetooth headset to ear form as an example herein, if the second bluetooth headset is not successfully received

When audio data, then the second bluetooth headset initiates retransmission request to the first bluetooth headset, so that the first bluetooth headset is according to default

Rule of response determines whether that the second bluetooth headset carries out data re-transmission.In addition, if the first bluetooth headset is not successfully received audio

Data, equally, be also possible to the first bluetooth headset to the second bluetooth headset initiate retransmission request so that the second bluetooth headset according to

Default rule of response determines whether the first bluetooth headset retransmission of audio data.

Fig. 6 is another communication scenes signal of present invention wireless connection method shown according to an exemplary embodiment

Figure, as shown in fig. 6, some wireless transmitting-receiving equipments in wireless transmitting-receiving equipments group 10 are abnormal, for example, it may be the first nothing

Line transceiver 101 breaks down or power down, then at this point, between the first wireless transmitting-receiving equipments 101 and data-source device 20

Transmission abnormality, and same transmission abnormality between the first wireless transmitting-receiving equipments 101 and the second wireless transmitting-receiving equipments 102, still, by

Wireless transmitting-receiving equipments in wireless transmitting-receiving equipments group 10 are to be carried out by unified equipment group mark 103 with data-source device 20

It is bi-directionally connected, therefore each wireless transmitting-receiving equipments have the characteristic of status equity in the group of wireless transmitting-receiving equipments group 10, work as group

When Joint failure occurs for any one interior wireless transmitting-receiving equipments, it will not influence other wireless transmitting-receiving equipments in group and set with data source

Communication connection between standby 20.

Data transmission time sequence schematic diagram of the Fig. 7 between wireless transmitting-receiving equipments group and data-source device.As shown in fig. 7, when

Gap N and time slot N+1 is two adjacent time slots, there is a data transmit-receive event between each adjacent time slot.Continuing with ginseng

According to Fig. 4, the second Radio Link 105 is used to realize that bi-directional data passes between the first wireless transmitting-receiving equipments 101 and data-source device 20

Defeated, similarly, third Radio Link 106 is for realizing bi-directional data between the second wireless transmitting-receiving equipments 102 and data-source device 20

Transmission.

For event 401, in time slot N, the first wireless transmitting-receiving equipments 101 are missed with the second wireless transmitting-receiving equipments 102

Data source data 201 is received, in time slot N+1, the first wireless transmitting-receiving equipments 101 and the second wireless transmitting-receiving equipments 102 are not to number

According to 20 feedback data of source device.

For event 402, in time slot N, the first wireless transmitting-receiving equipments 101, which miss, receives data source data 201, and second

Wireless transmitting-receiving equipments 102 have been properly received data source data 201, in time slot N+1, the first wireless transmitting-receiving equipments 101 and the second nothing

Line transceiver 102 is not to 20 feedback data of data-source device.

For event 403, in time slot N, the first wireless transmitting-receiving equipments 101, which miss, receives data source data 201, and second

Wireless transmitting-receiving equipments 102 receive data source data 201 and fail, and in time slot N+1, the first wireless transmitting-receiving equipments 101 are not to data source

20 feedback data of equipment, and the second wireless transmitting-receiving equipments 102 do not receive successful respond data to the return of data-source device 20.

For event 404, in time slot N, the first wireless transmitting-receiving equipments 101 receive data source data 201 and fail, in time slot N+

1, the second wireless transmitting-receiving equipments 102, which miss, receives data source data 201, in time slot N+1, the first wireless transmitting-receiving equipments 101 to

The return of data-source device 20 does not receive successful respond data, and the second wireless transmitting-receiving equipments 102 are not fed back to data-source device 20

Data.

For event 405, in time slot N, the first wireless transmitting-receiving equipments 101 and the second wireless transmitting-receiving equipments 102 receive number

Fail according to source data 201, in time slot N+1, the first wireless transmitting-receiving equipments 101 and the second wireless transmitting-receiving equipments 102 are to data source

The return of equipment 20 does not receive successful respond data.

For event 406, in time slot N, the first wireless transmitting-receiving equipments 101 receive data source data 201 and fail, and the second nothing

102 successful data reception source data 201 of line transceiver, in time slot N+1, the first wireless transmitting-receiving equipments 101 are to data-source device

20 returns do not receive successful respond data, and the second wireless transmitting-receiving equipments 102 are not to 20 feedback data of data-source device.

For event 407, in time slot N, the first wireless transmitting-receiving equipments 101 successfully connect with the second wireless transmitting-receiving equipments 102

Data source data 201 is received, in time slot N+1, the first wireless transmitting-receiving equipments 101 return to data-source device 20 and receive successful respond number

According to, and the second wireless transmitting-receiving equipments 102 are not to 20 feedback data of data-source device.

For event 408, in time slot N, 101 successful data reception source data 201 of the first wireless transmitting-receiving equipments, and the second nothing

Line transceiver 102, which misses, receives data source data 201, and in time slot N+1, the first wireless transmitting-receiving equipments 101 are set to data source

Standby 20 return to reception successful respond data, and the second wireless transmitting-receiving equipments 102 are not to 20 feedback data of data-source device.

For event 409, in time slot N, 101 successful data reception source data 201 of the first wireless transmitting-receiving equipments, second is wireless

Transceiver 102 receives data source data 201 and fails, and in time slot N+1, the first wireless transmitting-receiving equipments 101 are to data-source device 20

It returns and receives successful respond data, and the second wireless transmitting-receiving equipments 102 do not receive successful respond number to the return of data-source device 20

According to.

In addition, in order to improve the transmission success rate for not receiving successful respond data, it can also be in wireless transmitting-receiving equipments group

The wireless transmitting-receiving equipments for being not successfully received data source data increase transmission power.

In addition, being set to realize the Collaborative Control to wireless transmitting-receiving equipments group 10 and data-source device 20 in wireless receiving and dispatching

It, can also be in wireless transmitting-receiving equipments group after standby group 10 is bi-directionally connected by equipment group mark 103 with the foundation of data-source device 20

The synchronization of control data is carried out between 10 and data-source device 20.

It can continue to be illustrated by taking the bluetooth headset to ear form as an example, above-mentioned control data, which can be, to be sung

Song play when broadcasting perhaps pause command and when user intelligent terminal or on ear bluetooth headset triggering play or temporarily

When stopping order, in the synchronization to can carry out control data between ear bluetooth headset and intelligent terminal, to realize to ear

The Collaborative Control of bluetooth headset and intelligent terminal.

In the present embodiment, by establishing wireless transmitting-receiving equipments group, and equipment group mark is configured for the wireless transmitting-receiving equipments group

Know, is bi-directionally connected so that extraneous data-source device is established with wireless transmitting-receiving equipments group by equipment group mark, passes through number

According to being bi-directionally connected between source device and wireless transmitting-receiving equipments group, that is, data source data may make to be synchronized to wireless transmitting-receiving equipments group

In wireless transmitting-receiving equipments, the data of wireless transmitting-receiving equipments are synchronous in the group so as to realize wireless transmitting-receiving equipments group, also,

Since the wireless transmitting-receiving equipments in wireless transmitting-receiving equipments group are two-way by unified equipment group mark and data-source device progress

Connection, therefore, have the characteristic of status equity for each wireless transmitting-receiving equipments in wireless transmitting-receiving equipments group group, when in group

When Joint failure occurs for any one wireless transmitting-receiving equipments, other wireless transmitting-receiving equipments and data-source device in group will not influence

Between communication connection, further, it is also possible to make the power consumption of each wireless transmitting-receiving equipments in group also more balanced.

Fig. 8 is that wireless transmitting-receiving equipments group equipment expands in present invention wireless connection method shown according to an exemplary embodiment

It shows and is intended to.As shown in figure 8, the above embodiments are based on, in order to enable wireless transmitting-receiving equipments group has more on number of devices

Add excellent scalability, for example, wireless transmitting-receiving equipments group can be readily extended to from two wireless transmitting-receiving equipments most

Amount, so as to which the mechanism that the wireless transmitting-receiving equipments group constructed is added in wireless transmitting-receiving equipments is arranged.Specifically, it is wireless to work as first

When transceiver 101 and the second wireless transmitting-receiving equipments 102 have constituted wireless transmitting-receiving equipments group 10, wireless transmitting-receiving equipments are increased newly

108 establish communication connection with any one wireless transmitting-receiving equipments in wireless transmitting-receiving equipments group 10, then equipment group mark 103 is synchronous

Into newly-increased wireless transmitting-receiving equipments 108, and newly-increased wireless transmitting-receiving equipments 108 are added to wireless transmitting-receiving equipments group 10.Specifically,

When newly-increased wireless transmitting-receiving equipments 108 are recognized with any wireless transmitting-receiving equipments in wireless transmitting-receiving equipments group 10 by preset condition

It after card, such as can be authenticated for preset standard wireless protocols or default proprietary protocol, wireless transmitting-receiving equipments group can be added

10, and obtain equipment group mark 103.

Optionally, the wireless transmitting-receiving equipments matched in wireless transmitting-receiving equipments group 10 can be identified equipment group

103 are synchronized in newly-increased wireless transmitting-receiving equipments 108 by way of broadcast mode or wireless connection link, for above-mentioned nothing

Line connecting link can be and be realized by modes such as bluetooth or WIFI, is not specifically limited in the present embodiment.

It is illustrated in order to the scalability to wireless connection method provided by the present embodiment, it can be by combining one

A specific application scenarios, such as more people's audio conferencing scenes are described in detail.It, can be in a certain range of Administrative Area

For each employee setup a pair of bluetooth headset, and all bluetooth headsets are carried out to the building of wireless transmitting-receiving equipments group, is formed

Conference audio equipment group can be realized then by an intelligent terminal, such as smart phone through an intelligent terminal

Realize multi-person conference function.Also, when new bluetooth headset needs to be added conference audio equipment group, it is only necessary to by presetting item

Part carries out certification and conference audio equipment group is added, it is seen then that conference audio equipment group is also equipped with convenient device extension performance.

With continued reference to Fig. 1, the present embodiment also provides a kind of wireless transmitting-receiving equipments group 10, comprising: at least two wireless receiving and dispatchings

Equipment;

The wireless transmitting-receiving equipments group 10 is bi-directionally connected by equipment group mark 103 and data-source device foundation, the wireless receipts

Equipment group 10 is sent out configured with equipment group mark 103, the equipment group mark 103 is used to identify the wireless transmitting-receiving equipments group

10。

In a kind of possible design, pass through between any two wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group

Preset physical label is attached, wherein is identified according to preset air protocol to the equipment group and the physics mark

Know and carries out timesharing use.

In a kind of possible design, at least two wireless transmitting-receiving equipments are matched, and are set with constructing the wireless receiving and dispatching

Standby group 10, and configure the equipment group mark 103 of the wireless transmitting-receiving equipments group 10.

It is that the wireless transmitting-receiving equipments group 10 configures the equipment according to default addressing rule in a kind of possible design

Group mark 103.

In a kind of possible design, each wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group 10 store the equipment

Group mark 103.

In a kind of possible design, the wireless transmitting-receiving equipments group 10, further includes: newly-increased wireless transmitting-receiving equipments;

The newly-increased wireless transmitting-receiving equipments are matched with any one wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group 10,

Wherein, equipment group mark 103 is synchronized to the newly-increased wireless transmitting-receiving equipments by the wireless transmitting-receiving equipments of pairing, will be described

Newly-increased wireless transmitting-receiving equipments are added to the wireless transmitting-receiving equipments group 10.

In a kind of possible design, pass through radio chains between the wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group 10

Road is attached.

In a kind of possible design, pass through the nothing between the wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group 10

Wired link carries out two-way or one-way data transfer.

In a kind of possible design, the first wireless transmitting-receiving equipments 101 in the wireless transmitting-receiving equipments group 10 pass through institute

Equipment group mark 103 is stated to establish first with the data-source device and be bi-directionally connected.

In a kind of possible design, the link that first wireless transmitting-receiving equipments 101 are bi-directionally connected described first is believed

The second wireless transmitting-receiving equipments 102 being synchronized in the wireless transmitting-receiving equipments group 10 are ceased, so that second wireless transmitting-receiving equipments

102, which establish second with the data-source device, is bi-directionally connected.

In a kind of possible design, the wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group 10 receive the data source

The data source data of equipment;

Wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group 10 transmit data to the data-source device.

In a kind of possible design, the wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group 10 are according to default feedback side

Formula transmits data to the data-source device.

In a kind of possible design, the transmission data are including receiving successful respond data or not receiving successful respond

Data.

In a kind of possible design, the first wireless transmitting-receiving equipments 101 in the wireless transmitting-receiving equipments group 10 with it is described

Second wireless transmitting-receiving equipments 102 carry out data information confirmation;

If second wireless transmitting-receiving equipments 102 are not successfully received data source data, second wireless transmitting-receiving equipments 102 to

First wireless transmitting-receiving equipments 101 initiate retransmission request, so that first wireless transmitting-receiving equipments 101 are advised according to default response

Then determine whether that second wireless transmitting-receiving equipments 102 retransmit the data source data;

Alternatively,

If first wireless transmitting-receiving equipments 101 are not successfully received data source data, first wireless transmitting-receiving equipments 101 to

Second wireless transmitting-receiving equipments 102 initiate retransmission request, so that second wireless transmitting-receiving equipments 102 are advised according to default response

Then determine whether that first wireless transmitting-receiving equipments 101 retransmit the data source data.

In a kind of possible design, the wireless of the data source data is not successfully received in the wireless transmitting-receiving equipments group

Transceiver increases transmission power.

In a kind of possible design, synchronously control between the wireless transmitting-receiving equipments group 10 and the data-source device

Data.

It is described to be bi-directionally connected as being bi-directionally connected based on Bluetooth protocol in a kind of possible design.

In a kind of possible design, the wireless transmitting-receiving equipments are Bluetooth audio equipment.

In a kind of possible design, the Bluetooth audio equipment is bluetooth headset or Bluetooth audio device.

Wireless transmitting-receiving equipments group provided by the above embodiment can be used for executing the method for above method embodiment offer, tool

Body implementation is similar with technical effect, and which is not described herein again.

In addition, Fig. 9 is the structural schematic diagram of present invention wireless connection system shown according to an exemplary embodiment.Such as figure

Shown in 9, a kind of wireless transceiver system provided in this embodiment, comprising: data-source device 20 and wireless transmitting-receiving equipments group 10;

The wireless transmitting-receiving equipments group 10 includes at least two wireless transmitting-receiving equipments;

The wireless transmitting-receiving equipments group 10 is bi-directionally connected by equipment group mark 103 and the data-source device 20 foundation, described

Wireless transmitting-receiving equipments group 10 is used to identify the wireless receiving and dispatching configured with equipment group mark 103, the equipment group mark 103

Equipment group 10.

In a kind of possible design, pass through between any two wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group

Preset physical label is attached, wherein is identified according to preset air protocol to the equipment group and the physics mark

Know and carries out timesharing use.

In a kind of possible design, at least two wireless transmitting-receiving equipments are matched, and are set with constructing the wireless receiving and dispatching

Standby group 10, and configure the equipment group mark 103 of the wireless transmitting-receiving equipments group 10.

It is that the wireless transmitting-receiving equipments group 10 configures the equipment according to default addressing rule in a kind of possible design

Group mark 103.

In a kind of possible design, each wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group 10 store the equipment

Group mark 103.

In a kind of possible design, the wireless transceiver system, further includes: newly-increased wireless transmitting-receiving equipments;

The newly-increased wireless transmitting-receiving equipments are matched with any one wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group 10,

Wherein, equipment group mark 103 is synchronized to the newly-increased wireless transmitting-receiving equipments by the wireless transmitting-receiving equipments of pairing, will be described

Newly-increased wireless transmitting-receiving equipments are added to the wireless transmitting-receiving equipments group 10.

In a kind of possible design, pass through radio chains between the wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group 10

Road is attached.

In a kind of possible design, pass through the nothing between the wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group 10

Wired link carries out two-way or one-way data transfer.

In a kind of possible design, the first wireless transmitting-receiving equipments 101 in the wireless transmitting-receiving equipments group 10 pass through institute

Equipment group mark 103 is stated to establish first with the data-source device 20 and be bi-directionally connected.

In a kind of possible design, the link that first wireless transmitting-receiving equipments 101 are bi-directionally connected described first is believed

The second wireless transmitting-receiving equipments 102 being synchronized in the wireless transmitting-receiving equipments group 10 are ceased, so that second wireless transmitting-receiving equipments

102, which establish second with the data-source device 20, is bi-directionally connected.

In a kind of possible design, the wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group 10 receive the data source

The data source data of equipment 20;

Wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group 10 transmit data to the data-source device 20.

In a kind of possible design, the wireless transmitting-receiving equipments in the wireless transmitting-receiving equipments group 10 are according to default feedback side

Formula transmits data to the data-source device 20.

In a kind of possible design, the transmission data are including receiving successful respond data or not receiving successful respond

Data.

In a kind of possible design, the first wireless transmitting-receiving equipments 101 in the wireless transmitting-receiving equipments group 10 with it is described

Second wireless transmitting-receiving equipments 102 carry out data information confirmation;

If second wireless transmitting-receiving equipments 102 are not successfully received data source data, second wireless transmitting-receiving equipments 102 to

First wireless transmitting-receiving equipments 101 initiate retransmission request, so that first wireless transmitting-receiving equipments 101 are advised according to default response

Then determine whether that second wireless transmitting-receiving equipments 102 retransmit the data source data;

Alternatively,

If first wireless transmitting-receiving equipments 101 are not successfully received data source data, first wireless transmitting-receiving equipments 101 to

Second wireless transmitting-receiving equipments 102 initiate retransmission request, so that second wireless transmitting-receiving equipments 102 are advised according to default response

Then determine whether that first wireless transmitting-receiving equipments 101 retransmit the data source data.

In a kind of possible design, the wireless of the data source data is not successfully received in the wireless transmitting-receiving equipments group

Transceiver increases transmission power.

In a kind of possible design, synchronous control between the wireless transmitting-receiving equipments group 10 and the data-source device 20

Data processed.

It is described to be bi-directionally connected as being bi-directionally connected based on Bluetooth protocol in a kind of possible design.

In a kind of possible design, the wireless transmitting-receiving equipments are Bluetooth audio equipment.

In a kind of possible design, the Bluetooth audio equipment is bluetooth headset or Bluetooth audio device.

The embodiment of the present invention also provides a kind of computer readable storage medium, comprising: instruction, when it is mentioned in above-described embodiment

When being run in the wireless transmitting-receiving equipments group of confession, so that wireless transmitting-receiving equipments group executes above-mentioned any means embodiment.

Wherein, computer-readable medium includes computer storage media and communication media, and wherein communication media includes being convenient for

From a place to any medium of another place transmission computer program.Storage medium can be general or specialized computer

Any usable medium that can be accessed.A kind of illustrative storage medium is coupled to processor, to enable a processor to from this

Read information, and information can be written to the storage medium.Certainly, storage medium is also possible to the composition portion of processor

Point.Pocessor and storage media can be located in application specific integrated circuit (ASIC).In addition, the application specific integrated circuit can

To be located in user equipment.Certainly, pocessor and storage media can also be used as discrete assembly and be present in communication equipment.

Finally, it should be noted that the above embodiments are only used to illustrate the technical solution of the present invention., rather than its limitations;To the greatest extent

Pipe present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that: its according to

So be possible to modify the technical solutions described in the foregoing embodiments, or part of or all technical features are carried out etc.

With replacement;And these modifications or substitutions, technical solution of various embodiments of the present invention that it does not separate the essence of the corresponding technical solution

Range.

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