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CN108337668B - A bluetooth tag configurator - Google Patents

A bluetooth tag configurator Download PDF

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CN108337668B
CN108337668B CN201810205179.2A CN201810205179A CN108337668B CN 108337668 B CN108337668 B CN 108337668B CN 201810205179 A CN201810205179 A CN 201810205179A CN 108337668 B CN108337668 B CN 108337668B
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configuration
parameter
bluetooth
label
configurator
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CN108337668A (en
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魏温典
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Huazhong University of Science and Technology
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/08—Configuration management of networks or network elements
    • H04L41/0803—Configuration setting
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K19/00—Record carriers for use with machines and with at least a part designed to carry digital markings
    • G06K19/06—Record carriers for use with machines and with at least a part designed to carry digital markings characterised by the kind of the digital marking, e.g. shape, nature, code
    • G06K19/067—Record carriers with conductive marks, printed circuits or semiconductor circuit elements, e.g. credit or identity cards also with resonating or responding marks without active components
    • G06K19/07—Record carriers with conductive marks, printed circuits or semiconductor circuit elements, e.g. credit or identity cards also with resonating or responding marks without active components with integrated circuit chips
    • G06K19/0723—Record carriers with conductive marks, printed circuits or semiconductor circuit elements, e.g. credit or identity cards also with resonating or responding marks without active components with integrated circuit chips the record carrier comprising an arrangement for non-contact communication, e.g. wireless communication circuits on transponder cards, non-contact smart cards or RFIDs
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K19/00—Record carriers for use with machines and with at least a part designed to carry digital markings
    • G06K19/06—Record carriers for use with machines and with at least a part designed to carry digital markings characterised by the kind of the digital marking, e.g. shape, nature, code
    • G06K19/067—Record carriers with conductive marks, printed circuits or semiconductor circuit elements, e.g. credit or identity cards also with resonating or responding marks without active components
    • G06K19/07—Record carriers with conductive marks, printed circuits or semiconductor circuit elements, e.g. credit or identity cards also with resonating or responding marks without active components with integrated circuit chips
    • G06K19/073—Special arrangements for circuits, e.g. for protecting identification code in memory
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L1/00—Arrangements for detecting or preventing errors in the information received
    • H04L1/004—Arrangements for detecting or preventing errors in the information received by using forward error control
    • H04L1/0056—Systems characterized by the type of code used
    • H04L1/0061—Error detection codes
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/08—Configuration management of networks or network elements
    • H04L41/0803—Configuration setting
    • H04L41/0806—Configuration setting for initial configuration or provisioning, e.g. plug-and-play
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/08—Configuration management of networks or network elements
    • H04L41/0866—Checking the configuration

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
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  • Microelectronics & Electronic Packaging (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Theoretical Computer Science (AREA)
  • Computer Security & Cryptography (AREA)
  • General Engineering & Computer Science (AREA)
  • Mobile Radio Communication Systems (AREA)

Abstract

本发明公开了一种蓝牙标签配置器，包括：与蓝牙标签通过URAT接口连接，以对蓝牙标签进行有线配置的有线连接模块、与蓝牙标签通过蓝牙协议配对，以对蓝牙标签进行无线配置的无线连接模块、输出当前配置的蓝牙标签的各项参数，并显示已配置的蓝牙标签数目以及配置结果的输出显示模块、在蓝牙标签配置器周围产生电力磁场覆盖范围的电磁铁模块以及在与蓝牙标签通过有线连接模块进行有线连接时，对蓝牙标签进行有线连接配置，或者，在蓝牙标签置于由电磁铁模块产生的电力磁场覆盖的范围内时，对蓝牙标签进行无线连接配置的处理器。通过本发明可以根据不同环境快速准确的实现对蓝牙标签的工作参数进行配置，提高生产效率、节省人力成本。

The invention discloses a bluetooth label configuration device, comprising: a wired connection module connected with a bluetooth label through a URAT interface to configure the bluetooth label in a wired manner; Connect the module, output the parameters of the currently configured Bluetooth tags, and display the number of configured Bluetooth tags and the output display module of the configuration results, the electromagnet module that generates electric magnetic field coverage around the Bluetooth tag configurator, and the bluetooth tag A processor for performing wired connection configuration on the Bluetooth tag when the wired connection is made through the wired connection module, or performing wireless connection configuration on the Bluetooth tag when the Bluetooth tag is placed within the range covered by the electric magnetic field generated by the electromagnet module. The invention can quickly and accurately configure the working parameters of the bluetooth tag according to different environments, thereby improving production efficiency and saving labor costs.

Description

一种蓝牙标签配置器A bluetooth tag configurator

技术领域technical field

本发明属于通信领域，更具体地，涉及一种蓝牙标签配置器。The invention belongs to the communication field, and more specifically relates to a bluetooth label configurator.

背景技术Background technique

随着信息化和各种智能终端设备的深入发展，人员及资产定位的需求持续升温，位置服务领域的应用需求也呈现指数化增长。蓝牙标签是一种常见的定位标签设备，由于其数据稳定性好、传播距离远和超长的续航能力，在室内定位和大型仓库内物资定位等场景中得到大量的运用。如何根据不同环境快速准确的实现对蓝牙标签的工作参数进行配置，提高生产效率、节省人力成本，是目前亟需解决的技术问题。With the in-depth development of informatization and various intelligent terminal devices, the demand for personnel and asset positioning continues to heat up, and the application demand in the field of location services has also shown exponential growth. Bluetooth tag is a common positioning tag device. Due to its good data stability, long transmission distance and long battery life, it has been widely used in indoor positioning and material positioning in large warehouses. How to quickly and accurately configure the working parameters of Bluetooth tags according to different environments, improve production efficiency, and save labor costs is a technical problem that needs to be solved urgently.

发明内容Contents of the invention

针对现有技术的以上缺陷或改进需求，本发明提供了一种蓝牙标签配置器，由此解决如何根据不同环境快速准确的实现对蓝牙标签的工作参数进行配置，提高生产效率、节省人力成本的技术问题。In view of the above defects or improvement needs of the prior art, the present invention provides a Bluetooth tag configurator, thereby solving the problem of how to quickly and accurately configure the working parameters of the Bluetooth tag according to different environments, improve production efficiency, and save labor costs. technical problem.

为实现上述目的，本发明提供了一种蓝牙标签配置器，包括：有线连接模块、无线连接模块、输出显示模块、电磁铁模块以及处理器；To achieve the above object, the present invention provides a Bluetooth tag configurator, comprising: a wired connection module, a wireless connection module, an output display module, an electromagnet module and a processor;

所述有线连接模块，用于与蓝牙标签通过URAT接口连接，以对蓝牙标签进行有线配置；The wired connection module is used to connect with the bluetooth tag through the URAT interface, so as to configure the bluetooth tag by wire;

所述无线连接模块，用于与蓝牙标签通过蓝牙协议配对，以对蓝牙标签进行无线配置；The wireless connection module is used to pair with the Bluetooth tag through the Bluetooth protocol, so as to wirelessly configure the Bluetooth tag;

所述输出显示模块，用于输出当前配置的蓝牙标签的各项参数，并显示已配置的蓝牙标签数目以及配置结果；The output display module is used to output the parameters of the currently configured bluetooth tags, and display the number of configured bluetooth tags and configuration results;

所述电磁铁模块，用于在所述蓝牙标签配置器周围产生电力磁场覆盖范围；The electromagnet module is used to generate an electric magnetic field coverage around the Bluetooth tag configurator;

所述处理器，用于在与蓝牙标签通过所述有线连接模块进行有线连接时，对蓝牙标签进行有线连接配置，或者，在蓝牙标签置于由所述电磁铁模块产生的电力磁场覆盖的范围内时，通过所述无线连接模块实现与蓝牙标签的配对，对蓝牙标签进行无线连接配置。The processor is configured to perform wired connection configuration on the Bluetooth tag when the wired connection is made with the Bluetooth tag through the wired connection module, or, when the Bluetooth tag is placed in the range covered by the electric magnetic field generated by the electromagnet module When it is inside, the pairing with the Bluetooth tag is realized through the wireless connection module, and the wireless connection configuration is performed on the Bluetooth tag.

优选地，所述处理器对蓝牙标签进行有线连接配置的过程为：Preferably, the process of configuring the wired connection of the Bluetooth tag by the processor is as follows:

由所述无线连接模块中的射频模块向蓝牙标签发送设备ID配置指令、设备ID参数和CRC16校验值，以使蓝牙标签在接收到配置指令及配置参数后，启动标签配置功能将配置参数写入设备ID参数地址，写入完成后，蓝牙标签从设备ID参数地址读取设备ID并返回给所述蓝牙标签配置器，由所述蓝牙标签配置器判断蓝牙标签的配置是否成功，若成功进行下一步配置，若配置失败，则由所述射频模块继续发送设备ID配置指令及设备参数，若超过若干次配置失败，则判定该蓝牙标签配置出错，并结束配置；The radio frequency module in the wireless connection module sends a device ID configuration command, a device ID parameter and a CRC16 check value to the Bluetooth tag, so that the Bluetooth tag starts the tag configuration function and writes the configuration parameter after receiving the configuration command and the configuration parameter. Enter the device ID parameter address. After the writing is completed, the Bluetooth tag reads the device ID from the device ID parameter address and returns it to the Bluetooth tag configurator. The Bluetooth tag configurator judges whether the configuration of the Bluetooth tag is successful. Next step configuration, if configuration fails, then continue to send device ID configuration instruction and device parameter by described radio frequency module, if exceeding several configurations and fail, then judge that this bluetooth label configuration is wrong, and end configuration;

所述射频模块发送身份ID配置指令、身份ID参数和CRC16校验值，以使蓝牙标签在接收到配置指令及配置参数后，启动标签配置功能将配置参数写入身份ID参数地址，写入完成后，由蓝牙标签从身份ID参数地址读取身份ID并返回给所述蓝牙标签配置器，由所述蓝牙标签配置器判断蓝牙标签的配置是否成功，若成功进行下一步配置，若配置失败，则由所述射频模块继续发送身份ID配置指令及设备参数，若超过若干次配置失败，则判定蓝牙标签配置出错，并结束配置；The radio frequency module sends the identity ID configuration instruction, the identity ID parameter and the CRC16 check value, so that after the Bluetooth tag receives the configuration instruction and the configuration parameter, it starts the tag configuration function and writes the configuration parameter into the identity ID parameter address, and the writing is completed Afterwards, the bluetooth tag reads the identity ID from the identity ID parameter address and returns to the bluetooth tag configurator, and the bluetooth tag configurator judges whether the configuration of the bluetooth tag is successful, if the next step is configured successfully, if the configuration fails, Then continue to send identity ID configuration order and equipment parameter by described radio frequency module, if exceed several times configuration failure, then judge bluetooth tag configuration error, and end configuration;

由所述射频模块发送广播参数配置指令、广播配置参数和CRC16校验值，以使蓝牙标签在接收到配置指令及配置参数后，启动标签配置功能将配置参数写入广播参数地址，写入完成后，由蓝牙标签从广播参数地址读取广播参数并返回给所述蓝牙标签配置器，由所述蓝牙标签配置器判断蓝牙标签的配置是否成功，若成功进行下一步配置，若配置失败，则由所述射频模块继续发送广播参数配置指令及广播参数，若超过若干次配置失败，则判定该蓝牙标签配置出错，并结束配置；The radio frequency module sends the broadcast parameter configuration command, the broadcast configuration parameter and the CRC16 check value, so that after the Bluetooth tag receives the configuration command and the configuration parameter, it starts the tag configuration function and writes the configuration parameter into the broadcast parameter address, and the writing is completed Afterwards, the bluetooth tag reads the broadcast parameters from the broadcast parameter address and returns them to the bluetooth tag configurator, and the bluetooth tag configurator judges whether the configuration of the bluetooth tag is successful, if the next step is configured successfully, if the configuration fails, then The radio frequency module continues to send broadcast parameter configuration instructions and broadcast parameters. If the configuration fails for more than a few times, it is determined that the Bluetooth tag configuration is wrong, and the configuration is terminated;

由所述射频模块发送加速度计配置指令、加速度计配置参数和CRC16校验值，以使蓝牙标签在接收到配置指令及配置参数，启动标签配置功能将配置参数写入加速度计参数地址，写入完成后，由蓝牙标签从加速度计参数地址读取加速度计参数并返回给所述蓝牙标签配置器，由所述蓝牙标签配置器判断配置是否成功，若成功进行下一步配置，若配置失败，则由所述射频模块继续发送加速度计参数配置指令及加速度计参数，若超过若干次配置失败，则判定该标签配置出错，并结束配置；The radio frequency module sends the accelerometer configuration instruction, the accelerometer configuration parameter and the CRC16 check value, so that the bluetooth tag receives the configuration instruction and the configuration parameter, starts the tag configuration function, writes the configuration parameter into the accelerometer parameter address, writes After completion, the accelerometer parameters are read from the accelerometer parameter address by the bluetooth tag and returned to the bluetooth tag configurator, and the bluetooth tag configurator judges whether the configuration is successful, if the next step is configured successfully, if the configuration fails, then The radio frequency module continues to send the accelerometer parameter configuration instruction and the accelerometer parameter, if more than a few configuration failures, it is determined that the label configuration is wrong, and the configuration is terminated;

由所述射频模块发送密钥配置指令、密钥配置参数和CRC16校验值，以使所述蓝牙标签在接收到配置指令及配置参数后，启动标签配置功能将配置参数写入密钥参数地址，写入完成后，由蓝牙标签从密钥参数地址读取密钥参数并返回给所述蓝牙标签配置器，由所述蓝牙标签配置器判断配置是否成功，若成功进行下一步配置，若配置失败，则由所述射频模块继续发送密钥参数配置指令及加速度计参数，若超过若干次配置失败，则判定该标签配置出错，并结束配置。The radio frequency module sends the key configuration command, the key configuration parameter and the CRC16 check value, so that after the Bluetooth tag receives the configuration command and configuration parameters, it starts the tag configuration function and writes the configuration parameters into the key parameter address , after the writing is completed, the bluetooth tag reads the key parameter from the key parameter address and returns it to the bluetooth tag configurator, and the bluetooth tag configurator judges whether the configuration is successful. If it fails, the radio frequency module will continue to send key parameter configuration instructions and accelerometer parameters. If the configuration fails for more than a few times, it will be determined that the tag configuration is wrong and the configuration will end.

优选地，所述处理器对蓝牙标签进行无线连接配置的过程为：Preferably, the process for the processor to configure the wireless connection to the Bluetooth tag is:

将蓝牙标签放置到所述蓝牙标签配置器磁场范围内，实现所述蓝牙标签配置器与蓝牙标签的无线配对连接；Place the Bluetooth tag within the magnetic field range of the Bluetooth tag configurator to realize the wireless pairing connection between the Bluetooth tag configurator and the Bluetooth tag;

由所述射频模块发送设备ID配置指令、设备ID参数和CRC16校验值，以使蓝牙标签在接收到配置指令及配置参数后，启动标签配置功能将配置参数写入设备ID参数地址，写入完成后，由蓝牙标签从设备ID参数地址读取设备ID并返回给所述蓝牙标签配置器，由所述蓝牙标签配置器判断配置是否成功，若成功进行下一步配置，若配置失败，则由所述射频模块继续发送设备ID配置指令及设备参数，若超过若干次配置失败，则判定该标签配置出错，并结束配置；The device ID configuration command, device ID parameter and CRC16 check value are sent by the radio frequency module, so that after the Bluetooth tag receives the configuration command and configuration parameters, it starts the tag configuration function and writes the configuration parameters into the device ID parameter address, writes After completion, the device ID is read from the device ID parameter address by the Bluetooth tag and returned to the Bluetooth tag configurator, and the Bluetooth tag configurator judges whether the configuration is successful. If the next step is configured successfully, if the configuration fails, the The radio frequency module continues to send device ID configuration instructions and device parameters. If the configuration fails for more than a few times, it is determined that the tag configuration is wrong, and the configuration is terminated;

由所述射频模块发送身份ID配置指令、身份ID参数和CRC16校验值，以使所述蓝牙标签在接收到配置指令及配置参数后，启动标签配置功能将配置参数写入身份ID参数地址，写入完成后，由蓝牙标签从身份ID参数地址读取身份ID并返回给所述蓝牙标签配置器，由所述蓝牙标签配置器判断配置是否成功，若成功进行下一步配置，若配置失败，则由所述射频模块继续发送身份ID配置指令及设备参数，若超过若干次配置失败，则判定该标签配置出错，并结束配置；The radio frequency module sends the ID configuration instruction, the ID parameter and the CRC16 check value, so that the Bluetooth tag starts the tag configuration function after receiving the configuration instruction and the configuration parameter, and writes the configuration parameter into the ID parameter address, After the writing is completed, the bluetooth tag reads the identity ID from the identity ID parameter address and returns it to the bluetooth tag configurator, and the bluetooth tag configurator judges whether the configuration is successful, if the next step is configured successfully, if the configuration fails, The radio frequency module continues to send identity ID configuration instructions and device parameters. If the configuration fails for more than a few times, it is determined that the tag configuration is wrong, and the configuration is terminated;

由所述射频模块发送广播参数配置指令、广播配置参数和CRC16校验值，以使所述蓝牙标签在接收到配置指令及配置参数后，启动标签配置功能将配置参数写入广播参数地址，写入完成后，由蓝牙标签从广播参数地址读取广播参数并返回给所述蓝牙标签配置器，由所述蓝牙标签配置器判断配置是否成功，若成功进行下一步配置，若配置失败，则由所述射频模块继续发送广播参数配置指令及广播参数，若超过若干次配置失败，则判定该标签配置出错，并结束配置；The radio frequency module sends the broadcast parameter configuration command, the broadcast configuration parameter and the CRC16 check value, so that the Bluetooth tag starts the tag configuration function after receiving the configuration command and the configuration parameter, writes the configuration parameter into the broadcast parameter address, writes After the input is completed, the Bluetooth tag reads the broadcast parameters from the broadcast parameter address and returns them to the Bluetooth tag configurator, and the Bluetooth tag configurator judges whether the configuration is successful. If the next step is configured successfully, if the configuration fails, the The radio frequency module continues to send broadcast parameter configuration instructions and broadcast parameters. If the configuration fails for more than a few times, it is determined that the label configuration is wrong, and the configuration is ended;

由所述射频模块发送加速度计配置指令、加速度计配置参数和CRC16校验值，以使所述蓝牙标签在接收到配置指令及配置参数后，启动标签配置功能将配置参数写入加速度计参数地址，写入完成后，由蓝牙标签从加速度计参数地址读取加速度计参数并返回给所述蓝牙标签配置器，由所述蓝牙标签配置器判断配置是否成功，若成功进行下一步配置，若配置失败，则继续发送加速度计参数配置指令及加速度计参数，若超过若干次配置失败，则判定该标签配置出错，并结束配置；The radio frequency module sends the accelerometer configuration instruction, the accelerometer configuration parameter and the CRC16 check value, so that the Bluetooth tag starts the tag configuration function after receiving the configuration instruction and the configuration parameter, and writes the configuration parameter into the accelerometer parameter address After the writing is completed, the Bluetooth tag reads the accelerometer parameters from the accelerometer parameter address and returns them to the Bluetooth tag configurator, and the Bluetooth tag configurator judges whether the configuration is successful. If it fails, it will continue to send accelerometer parameter configuration commands and accelerometer parameters. If the configuration fails for more than a few times, it will determine that the tag configuration is wrong and end the configuration;

由所述射频模块发送密钥配置指令、密钥配置参数和CRC16校验值，以使所述蓝牙标签在接收到配置指令及配置参数后，启动标签配置功能将配置参数写入密钥参数地址，写入完成后，由蓝牙标签从密钥参数地址读取密钥参数并返回给所述蓝牙标签配置器，由所述蓝牙标签配置器判断配置是否成功，若成功进行下一步配置，若配置失败，则由所述射频模块继续发送密钥参数配置指令及加速度计参数，若超过若干次配置失败，则判定该标签配置出错，并结束配置。The radio frequency module sends the key configuration command, the key configuration parameter and the CRC16 check value, so that after the Bluetooth tag receives the configuration command and configuration parameters, it starts the tag configuration function and writes the configuration parameters into the key parameter address , after the writing is completed, the bluetooth tag reads the key parameter from the key parameter address and returns it to the bluetooth tag configurator, and the bluetooth tag configurator judges whether the configuration is successful. If it fails, the radio frequency module will continue to send key parameter configuration instructions and accelerometer parameters. If the configuration fails for more than a few times, it will be determined that the tag configuration is wrong and the configuration will end.

优选地，所述蓝牙标签配置器的配置方式包括自动配置和手动配置，在手动配置时，手动配置特定的身份ID、设备ID、设备广播参数、加速度计配置参数和密钥参数，在自动配置时，由所述蓝牙标签配置器自动配置身份ID、设备ID、设备广播参数、加速度计配置参数和密钥参数。Preferably, the configuration mode of the Bluetooth tag configurator includes automatic configuration and manual configuration. In manual configuration, specific identity ID, device ID, device broadcast parameters, accelerometer configuration parameters and key parameters are manually configured. In automatic configuration , the Bluetooth tag configurator automatically configures the identity ID, device ID, device broadcast parameters, accelerometer configuration parameters and key parameters.

总体而言，通过本发明所构思的以上技术方案与现有技术相比，能够取得下列有益效果：Generally speaking, compared with the prior art, the above technical solutions conceived by the present invention can achieve the following beneficial effects:

(1)批量生产时，本发明的配置器可与蓝牙标签通过UART接口连接，设置默认功能参数，可选择自动或手动，实现为每个标签配置默认参数并分配固定的设备ID；(1) During batch production, the configurator of the present invention can be connected with the Bluetooth tag through the UART interface, and the default function parameters can be set, which can be selected automatically or manually, so that each tag can be configured with default parameters and assigned a fixed device ID;

(2)根据不同应用场景的特定参数需求，在本发明的配置器上设定相应参数，启动配置器的电磁铁模块，选择自动配置模式，将标签放置于配置器的磁场中，将对每个标签进行自动配置，实现为每个标签分配设备ID与身份ID。(2) According to the specific parameter requirements of different application scenarios, set corresponding parameters on the configurator of the present invention, start the electromagnet module of the configurator, select the automatic configuration mode, and place the label in the magnetic field of the configurator, and each Each tag is automatically configured to assign a device ID and an identity ID to each tag.

附图说明Description of drawings

图1是本发明实施例公开的一种蓝牙标签自动配置器的结构示意图。Fig. 1 is a schematic structural diagram of a bluetooth tag automatic configurator disclosed in an embodiment of the present invention.

具体实施方式Detailed ways

为了使本发明的目的、技术方案及优点更加清楚明白，以下结合附图及实施例，对本发明进行进一步详细说明。应当理解，此处所描述的具体实施例仅仅用以解释本发明，并不用于限定本发明。此外，下面所描述的本发明各个实施方式中所涉及到的技术特征只要彼此之间未构成冲突就可以相互组合。In order to make the object, technical solution and advantages of the present invention more clear, the present invention will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the present invention, not to limit the present invention. In addition, the technical features involved in the various embodiments of the present invention described below can be combined with each other as long as they do not constitute a conflict with each other.

本发明提供了一种蓝牙标签自动配置器，主要包括蓝牙模块、处理器、射频RF模块、电磁铁模块和输出显示模块等模块组成，其中蓝牙模块的主芯片为DA14583芯片，处理器的主控芯片为STM32L051芯片，处理器自带UART串口通信单元，显示模块采用COG液晶-JM12864C08，电磁铁模块采用板载电磁铁。本发明通过UART接口连接或无线配对方式与蓝牙标签进行连接，对蓝牙标签的各项功能参数(设备ID、身份ID、加速度计运动阈值参数、加速度计静止阈值参数、周期性广播频率及时长、运动广播频率及时长、静止广播频率及时长等参数)进行配置。首先，在标签批量生产时，本发明可对标签的初始化参数进行自动配置。实现为每个标签分配固定的设备ID与身份ID；其次，在不同应用场景下，根据特定参数需求，在本发明上设定相应参数。具体操作如下：启动电磁铁模块，选择自动配置模式，将标签放置于配置器的磁场中，对每个标签进行自动配置，实现为每个标签分配固定的设备ID与身份ID。The invention provides a bluetooth tag automatic configurator, which mainly includes a bluetooth module, a processor, a radio frequency RF module, an electromagnet module, an output display module and other modules, wherein the main chip of the bluetooth module is a DA14583 chip, and the main control of the processor The chip is STM32L051 chip, the processor comes with a UART serial communication unit, the display module uses COG liquid crystal-JM12864C08, and the electromagnet module uses an on-board electromagnet. The present invention is connected with the bluetooth tag through the UART interface connection or wireless pairing mode, and the various functional parameters of the bluetooth tag (equipment ID, identity ID, accelerometer motion threshold parameter, accelerometer static threshold parameter, periodic broadcast frequency and duration, Sports broadcast frequency and duration, static broadcast frequency and duration and other parameters) are configured. Firstly, the present invention can automatically configure the initialization parameters of the labels when the labels are produced in batches. Realize assigning a fixed device ID and identity ID to each tag; secondly, in different application scenarios, according to specific parameter requirements, set corresponding parameters in the present invention. The specific operation is as follows: start the electromagnet module, select the automatic configuration mode, place the tag in the magnetic field of the configurator, and automatically configure each tag to achieve a fixed device ID and identity ID for each tag.

如图1所示是本发明实施例公开的一种蓝牙标签自动配置器的结构示意图，包括：有线连接模块、无线连接模块、输出显示模块、电磁铁模块以及处理器；As shown in Figure 1, it is a schematic structural diagram of a Bluetooth tag automatic configurator disclosed in an embodiment of the present invention, including: a wired connection module, a wireless connection module, an output display module, an electromagnet module and a processor;

有线连接模块，用于与蓝牙标签通过URAT接口连接，以对蓝牙标签进行有线配置；The wired connection module is used to connect with the bluetooth tag through the URAT interface to configure the bluetooth tag by wire;

无线连接模块，用于与蓝牙标签通过蓝牙协议配对，以对蓝牙标签进行无线配置；The wireless connection module is used to pair with the Bluetooth tag through the Bluetooth protocol, so as to wirelessly configure the Bluetooth tag;

输出显示模块，用于输出当前配置的蓝牙标签的各项参数，并显示已配置的蓝牙标签数目以及配置结果；The output display module is used to output the parameters of the currently configured Bluetooth tags, and display the number of configured Bluetooth tags and configuration results;

电磁铁模块，用于在蓝牙标签配置器周围产生电力磁场覆盖范围；An electromagnet module for generating an electric magnetic field coverage around the Bluetooth tag configurator;

处理器，用于在与蓝牙标签通过有线连接模块进行有线连接时，对蓝牙标签进行有线连接配置，或者，在蓝牙标签置于由电磁铁模块产生的电力磁场覆盖的范围内时，通过无线连接模块实现与蓝牙标签的配对，对蓝牙标签进行无线连接配置。The processor is used for performing wired connection configuration on the Bluetooth tag when the wired connection is made with the Bluetooth tag through the wired connection module, or, when the Bluetooth tag is placed within the range covered by the electric magnetic field generated by the electromagnet module, through a wireless connection The module realizes the pairing with the Bluetooth tag, and configures the wireless connection of the Bluetooth tag.

在有线连接下，蓝牙标签配置器与蓝牙标签通过UART连接，在蓝牙标签配置器设定起始设备ID和身份ID，选择自动配置方式，蓝牙标签配置器通过UART发送标签配置指令，标签进入配置状态，当蓝牙标签配置器接收到自检标签返回的配置开始指令，开始发送配置指令及参数。Under the wired connection, the Bluetooth tag configurator and the Bluetooth tag are connected through UART, set the initial device ID and identity ID in the Bluetooth tag configurator, select the automatic configuration mode, the Bluetooth tag configurator sends the tag configuration command through UART, and the tag enters the configuration state, when the Bluetooth tag configurator receives the configuration start command returned by the self-test tag, it starts to send configuration commands and parameters.

蓝牙标签配置器每次发送配置指令和配置参数都进行CRC16校验计算，并将计算值写入配置参数里边，保证数据在传播过程中的正确性，标签接收到配置指令和配置参数后先对参数CRC16校验计算，若校验通过，标签启动相应的配置程序：The Bluetooth tag configurator performs CRC16 check calculation every time it sends configuration instructions and configuration parameters, and writes the calculated value into the configuration parameters to ensure the correctness of the data in the transmission process. After receiving the configuration instructions and configuration parameters, the tag first Parameter CRC16 check calculation, if the check is passed, the tag starts the corresponding configuration program:

具体地，处理器对蓝牙标签进行有线连接配置的过程为：Specifically, the process for the processor to configure the wired connection to the Bluetooth tag is:

由无线连接模块中的射频模块向蓝牙标签发送设备ID配置指令、设备ID参数(包括广播是否加密指令)和CRC16校验值，以使蓝牙标签在接收到配置指令及配置参数后，启动标签配置功能将配置参数写入设备ID参数地址，写入完成后，蓝牙标签从设备ID参数地址读取设备ID并返回给蓝牙标签配置器，由蓝牙标签配置器判断蓝牙标签的配置是否成功，若成功进行下一步配置，若配置失败，则由射频模块继续发送设备ID配置指令及设备参数，若超过若干次配置失败，则判定该蓝牙标签配置出错，并结束配置；The radio frequency module in the wireless connection module sends the device ID configuration command, device ID parameters (including broadcast encryption instruction) and CRC16 check value to the Bluetooth tag, so that the Bluetooth tag starts tag configuration after receiving the configuration command and configuration parameters The function writes the configuration parameters into the device ID parameter address. After the writing is completed, the Bluetooth tag reads the device ID from the device ID parameter address and returns it to the Bluetooth tag configurator. The Bluetooth tag configurator judges whether the configuration of the Bluetooth tag is successful. If successful Proceed to the next step of configuration. If the configuration fails, the RF module will continue to send device ID configuration instructions and device parameters. If the configuration fails for more than a few times, it will be determined that the Bluetooth tag configuration is wrong and the configuration will end;

由射频模块发送身份ID配置指令、身份ID参数和CRC16校验值，以使蓝牙标签在接收到配置指令及配置参数后，启动标签配置功能将配置参数写入身份ID参数地址，写入完成后，由蓝牙标签从身份ID参数地址读取身份ID并返回给蓝牙标签配置器，由蓝牙标签配置器判断蓝牙标签的配置是否成功，若成功进行下一步配置，若配置失败，则由射频模块继续发送身份ID配置指令及设备参数，若超过若干次配置失败，则判定蓝牙标签配置出错，并结束配置；The RF module sends the ID configuration command, the ID parameter and the CRC16 check value, so that after the Bluetooth tag receives the configuration command and configuration parameters, it starts the tag configuration function and writes the configuration parameters into the ID parameter address. After the writing is completed , the bluetooth tag reads the identity ID from the identity ID parameter address and returns it to the bluetooth tag configurator, and the bluetooth tag configurator judges whether the configuration of the bluetooth tag is successful. Send the identity ID configuration command and device parameters. If the configuration fails for more than a few times, it will be determined that the Bluetooth tag configuration is wrong and the configuration will end;

由射频模块发送广播参数配置指令、广播配置参数和CRC16校验值，以使蓝牙标签在接收到配置指令及配置参数后，启动标签配置功能将配置参数写入广播参数地址，写入完成后，由蓝牙标签从广播参数地址读取广播参数并返回给蓝牙标签配置器，由蓝牙标签配置器判断蓝牙标签的配置是否成功，若成功进行下一步配置，若配置失败，则由射频模块继续发送广播参数配置指令及广播参数，若超过若干次配置失败，则判定该蓝牙标签配置出错，并结束配置；The radio frequency module sends broadcast parameter configuration instructions, broadcast configuration parameters and CRC16 check values, so that after the Bluetooth tag receives the configuration instructions and configuration parameters, it starts the tag configuration function and writes the configuration parameters into the broadcast parameter address. After the writing is completed, The Bluetooth tag reads the broadcast parameters from the broadcast parameter address and returns them to the Bluetooth tag configurator. The Bluetooth tag configurator judges whether the configuration of the Bluetooth tag is successful. If the configuration is successful, the next step is configured. If the configuration fails, the radio frequency module continues to send the broadcast. Parameter configuration instructions and broadcast parameters, if the configuration fails for more than a few times, it will be determined that the configuration of the Bluetooth tag is wrong, and the configuration will end;

由射频模块发送加速度计配置指令、加速度计配置参数和CRC16校验值，以使蓝牙标签在接收到配置指令及配置参数，启动标签配置功能将配置参数写入加速度计参数地址，写入完成后，由蓝牙标签从加速度计参数地址读取加速度计参数并返回给蓝牙标签配置器，由蓝牙标签配置器判断配置是否成功，若成功进行下一步配置，若配置失败，则由射频模块继续发送加速度计参数配置指令及加速度计参数，若超过若干次配置失败，则判定该标签配置出错，并结束配置；The radio frequency module sends the accelerometer configuration command, the accelerometer configuration parameter and the CRC16 check value, so that the Bluetooth tag receives the configuration command and configuration parameters, starts the tag configuration function, and writes the configuration parameters into the accelerometer parameter address. After the writing is completed , the Bluetooth tag reads the accelerometer parameters from the accelerometer parameter address and returns them to the Bluetooth tag configurator. The Bluetooth tag configurator judges whether the configuration is successful. If the configuration is successful, the next step is configured. If the configuration fails, the radio frequency module continues to send the acceleration. If the configuration command of the meter parameter and the accelerometer parameter exceed several times, it will be determined that the label configuration is wrong, and the configuration will end;

由射频模块发送密钥配置指令、密钥配置参数和CRC16校验值，以使蓝牙标签在接收到配置指令及配置参数后，启动标签配置功能将配置参数写入密钥参数地址，写入完成后，由蓝牙标签从密钥参数地址读取密钥参数并返回给蓝牙标签配置器，由蓝牙标签配置器判断配置是否成功，若成功进行下一步配置，若配置失败，则由射频模块继续发送密钥参数配置指令及加速度计参数，若超过若干次配置失败，则判定该标签配置出错，并结束配置。The radio frequency module sends the key configuration command, key configuration parameters and CRC16 check value, so that after the Bluetooth tag receives the configuration command and configuration parameters, it starts the tag configuration function and writes the configuration parameters into the key parameter address, and the writing is completed Finally, the Bluetooth tag reads the key parameter from the key parameter address and returns it to the Bluetooth tag configurator. The Bluetooth tag configurator judges whether the configuration is successful. If the key parameter configuration command and the accelerometer parameter fail to be configured more than several times, it will be determined that the tag configuration is wrong, and the configuration will end.

以上配置步骤都配置成功，则该检标签配置成功，标签配置器自动修改身份ID和设备ID参数，并保持其他参数不变，标签配置器继续通过UART发送标签配置指令，等待下一个连接的标签返回配置开始指令，自动进行配置(配置用时200ms)；The above configuration steps are all configured successfully, then the detection tag configuration is successful, the tag configurator automatically modifies the identity ID and device ID parameters, and keeps other parameters unchanged, the tag configurator continues to send tag configuration instructions through UART, and waits for the next connected tag Return to the configuration start command and configure automatically (configuration takes 200ms);

若选择手动配置，则可对一些特殊标签手动配置特定的身份ID、设备ID、设备广播参数、加速度计配置参数和密钥参数，设置好参数后，点击配置，标签配置器按上述步骤进行配置。If you choose manual configuration, you can manually configure specific IDs, device IDs, device broadcast parameters, accelerometer configuration parameters, and key parameters for some special tags. After setting the parameters, click Configure, and the tag configurator will configure according to the above steps .

在蓝牙标签配置器上设定起始设备ID、身份ID和其他各项配置参数进行设置，蓝牙标签配置器通过电力磁场模块产生磁场，倘若将蓝牙标签放置到蓝牙标签配置器磁场范围内，蓝牙标签配置器将与蓝牙标签通过无线配对方式连接。若选择自动配置方式，蓝牙标签配置器通过无线发送标签配置指令，标签进入配置状态，当蓝牙标签配置器接收到自检标签返回的配置开始指令，开始发送配置指令及参数。Set the initial device ID, identity ID and other configuration parameters on the Bluetooth tag configurator. The Bluetooth tag configurator generates a magnetic field through the power magnetic field module. If the Bluetooth tag is placed within the magnetic field range of the Bluetooth tag configurator, the Bluetooth The tag configurator will connect with the Bluetooth tag through wireless pairing. If the automatic configuration mode is selected, the Bluetooth tag configurator sends the tag configuration command wirelessly, and the tag enters the configuration state. When the Bluetooth tag configurator receives the configuration start command returned by the self-test tag, it starts to send the configuration command and parameters.

蓝牙标签配置器每次发送配置指令和配置参数都进行CRC16校验计算，并将计算值写入配置参数里边，保证数据在传播过程中的正确性，标签接收到配置指令和配置参数后先对参数CRC16校验计算，若校验通过，标签启动相应的配置程序，具体地，处理器对蓝牙标签进行无线连接配置的过程为：The Bluetooth tag configurator performs CRC16 check calculation every time it sends configuration instructions and configuration parameters, and writes the calculated value into the configuration parameters to ensure the correctness of the data in the transmission process. After receiving the configuration instructions and configuration parameters, the tag first The parameter CRC16 is checked and calculated. If the check is passed, the tag starts the corresponding configuration program. Specifically, the process for the processor to configure the wireless connection of the Bluetooth tag is as follows:

将蓝牙标签放置到所述蓝牙标签配置器磁场范围内，实现所述蓝牙标签配置器与蓝牙标签的无线配对连接；Place the Bluetooth tag within the magnetic field range of the Bluetooth tag configurator to realize the wireless pairing connection between the Bluetooth tag configurator and the Bluetooth tag;

由所述射频模块发送设备ID配置指令、设备ID参数(包括广播是否加密指令)和CRC16校验值，以使蓝牙标签在接收到配置指令及配置参数后，启动标签配置功能将配置参数写入设备ID参数地址，写入完成后，由蓝牙标签从设备ID参数地址读取设备ID并返回给蓝牙标签配置器，由蓝牙标签配置器判断配置是否成功，若成功进行下一步配置，若配置失败，则由射频模块继续发送设备ID配置指令及设备参数，若超过若干次配置失败，则判定该标签配置出错，并结束配置；The radio frequency module sends the device ID configuration command, the device ID parameter (including whether the broadcast is encrypted or not) and the CRC16 check value, so that after the Bluetooth tag receives the configuration command and configuration parameters, it starts the tag configuration function and writes the configuration parameters Device ID parameter address. After the writing is completed, the Bluetooth tag reads the device ID from the device ID parameter address and returns it to the Bluetooth tag configurator. The Bluetooth tag configurator judges whether the configuration is successful. If it is successful, proceed to the next step of configuration. If the configuration fails , the RF module will continue to send device ID configuration commands and device parameters. If the configuration fails for more than a few times, it will determine that the tag configuration is wrong and end the configuration;

由射频模块发送身份ID配置指令、身份ID参数和CRC16校验值，以使蓝牙标签在接收到配置指令及配置参数后，启动标签配置功能将配置参数写入身份ID参数地址，写入完成后，由蓝牙标签从身份ID参数地址读取身份ID并返回给蓝牙标签配置器，由蓝牙标签配置器判断配置是否成功，若成功进行下一步配置，若配置失败，则由射频模块继续发送身份ID配置指令及设备参数，若超过若干次配置失败，则判定该标签配置出错，并结束配置；The RF module sends the ID configuration command, the ID parameter and the CRC16 check value, so that after the Bluetooth tag receives the configuration command and configuration parameters, it starts the tag configuration function and writes the configuration parameters into the ID parameter address. After the writing is completed , the bluetooth tag reads the identity ID from the identity ID parameter address and returns it to the bluetooth tag configurator, and the bluetooth tag configurator judges whether the configuration is successful, if it succeeds in the next step of configuration, if the configuration fails, the radio frequency module continues to send the identity ID If configuration instructions and device parameters fail for more than a few times, it will be determined that the label configuration is wrong and the configuration will end;

由射频模块发送广播参数配置指令、广播配置参数和CRC16校验值，以使蓝牙标签在接收到配置指令及配置参数后，启动标签配置功能将配置参数写入广播参数地址，写入完成后，由蓝牙标签从广播参数地址读取广播参数并返回给蓝牙标签配置器，由蓝牙标签配置器判断配置是否成功，若成功进行下一步配置，若配置失败，则由射频模块继续发送广播参数配置指令及广播参数，若超过若干次配置失败，则判定该标签配置出错，并结束配置；The radio frequency module sends broadcast parameter configuration instructions, broadcast configuration parameters and CRC16 check values, so that after the Bluetooth tag receives the configuration instructions and configuration parameters, it starts the tag configuration function and writes the configuration parameters into the broadcast parameter address. After the writing is completed, The Bluetooth tag reads the broadcast parameters from the broadcast parameter address and returns them to the Bluetooth tag configurator. The Bluetooth tag configurator judges whether the configuration is successful. If the next step of configuration is successful, if the configuration fails, the radio frequency module continues to send the broadcast parameter configuration command. and broadcast parameters, if the configuration fails for more than a few times, it will be determined that the tag configuration is wrong, and the configuration will end;

由射频模块发送加速度计配置指令、加速度计配置参数和CRC16校验值，以使蓝牙标签在接收到配置指令及配置参数后，启动标签配置功能将配置参数写入加速度计参数地址，写入完成后，由蓝牙标签从加速度计参数地址读取加速度计参数并返回给蓝牙标签配置器，由蓝牙标签配置器判断配置是否成功，若成功进行下一步配置，若配置失败，则继续发送加速度计参数配置指令及加速度计参数，若超过若干次配置失败，则判定该标签配置出错，并结束配置；The radio frequency module sends the accelerometer configuration command, the accelerometer configuration parameter and the CRC16 check value, so that after the Bluetooth tag receives the configuration command and configuration parameters, it starts the tag configuration function and writes the configuration parameters into the accelerometer parameter address, and the writing is completed Afterwards, the Bluetooth tag reads the accelerometer parameters from the accelerometer parameter address and returns them to the Bluetooth tag configurator. The Bluetooth tag configurator judges whether the configuration is successful. If the configuration succeeds, proceed to the next step. If the configuration fails, continue to send the accelerometer parameters. If configuration instructions and accelerometer parameters fail for more than a few times, it will be determined that the label configuration is wrong and the configuration will end;

由射频模块发送密钥配置指令、密钥配置参数和CRC16校验值，以使蓝牙标签在接收到配置指令及配置参数后，启动标签配置功能将配置参数写入密钥参数地址，写入完成后，由蓝牙标签从密钥参数地址读取密钥参数并返回给蓝牙标签配置器，由蓝牙标签配置器判断配置是否成功，若成功进行下一步配置，若配置失败，则由射频模块继续发送密钥参数配置指令及加速度计参数，若超过若干次配置失败，则判定该标签配置出错，并结束配置。The radio frequency module sends the key configuration command, key configuration parameters and CRC16 check value, so that after the Bluetooth tag receives the configuration command and configuration parameters, it starts the tag configuration function and writes the configuration parameters into the key parameter address, and the writing is completed Finally, the Bluetooth tag reads the key parameter from the key parameter address and returns it to the Bluetooth tag configurator. The Bluetooth tag configurator judges whether the configuration is successful. If the key parameter configuration command and the accelerometer parameter fail to be configured more than several times, it will be determined that the tag configuration is wrong, and the configuration will end.

以上配置步骤都配置成功，则该蓝牙标签配置成功，标签配置器自动修改身份ID和设备ID参数，并保持其他参数不变，标签配置器继续通过UART发送标签配置指令，等待下一个连接的标签返回配置开始指令，自动进行配置(配置用时200ms)；If the configuration steps above are successful, the Bluetooth tag configuration is successful. The tag configurator automatically modifies the identity ID and device ID parameters, and keeps other parameters unchanged. The tag configurator continues to send tag configuration commands through UART, waiting for the next connected tag Return to the configuration start command and configure automatically (configuration takes 200ms);

若选择手动配置，则可对一些特殊标签手动配置特定的身份ID、设备ID、设备广播参数、加速度计配置参数和密钥参数，设置好参数后，点击配置，标签配置器按上述步骤进行配置。If you choose manual configuration, you can manually configure specific IDs, device IDs, device broadcast parameters, accelerometer configuration parameters, and key parameters for some special tags. After setting the parameters, click Configure, and the tag configurator will configure according to the above steps .

本领域的技术人员容易理解，以上所述仅为本发明的较佳实施例而已，并不用以限制本发明，凡在本发明的精神和原则之内所作的任何修改、等同替换和改进等，均应包含在本发明的保护范围之内。It is easy for those skilled in the art to understand that the above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. Any modifications, equivalent replacements and improvements made within the spirit and principles of the present invention, All should be included within the protection scope of the present invention.

Claims (3)

1. a kind of Bluetooth label configurator characterized by comprising wired connection module is wirelessly connected module, output display mould Block, electromagnet module and processor；
The wired connection module, for being connect with Bluetooth label by URAT interface, to carry out wired configuration to Bluetooth label；
The wireless connection module, for being matched with Bluetooth label by Bluetooth protocol, to carry out radio configuration to Bluetooth label；
The output display module for exporting the parameters for the Bluetooth label being currently configured, and shows configured bluetooth Number of tags and configuration result；
The electromagnet module, for generating electric power magnetic field coverage area around the Bluetooth label configurator；
The processor is used for when carrying out wired connection by the wired connection module with Bluetooth label, to Bluetooth label Wired connection configuration is carried out, alternatively, being placed in the range of the electric power magnetic field covering generated by the electromagnet module in Bluetooth label When interior, the pairing with Bluetooth label is realized by the wireless connection module, wireless connection configuration is carried out to Bluetooth label；
The processor carries out the process for being wirelessly connected configuration to Bluetooth label are as follows:
Bluetooth label is placed into the Bluetooth label configurator magnetic field range, realizes the Bluetooth label configurator and bluetooth The wireless pairing of label connects；
By it is described wireless connection module in radio-frequency module sending device ID configuration-direct, device id parameter and CRC16 check value, So that Bluetooth label after receiving configuration-direct and configuration parameter, starts label configuration feature for configuration parameter write device ID Argument address after the completion of write-in, reads device id from device id argument address by Bluetooth label and returns to the Bluetooth label Configurator judges whether configuration succeeds by the Bluetooth label configurator, if successfully carrying out next step configuration, if configuration failure, Sending device ID configuration-direct and device parameter are then continued by the radio-frequency module, if determining more than configuration failure several times Label configuration error, and terminate to configure；
Identity ID configuration-direct, identity ID parameter and CRC16 check value are sent by the radio-frequency module, so that the Bluetooth label After receiving configuration-direct and configuration parameter, identity ID argument address is written in configuration parameter by starting label configuration feature, is write After the completion of entering, identity ID is read from identity ID argument address by Bluetooth label and returns to the Bluetooth label configurator, by institute It states Bluetooth label configurator and judges whether configuration succeeds, if next step configuration is successfully carried out, if configuration failure, by the radio frequency Module continues to send identity ID configuration-direct and device parameter, if determining that the label configures more than configuration failure several times Mistake, and terminate to configure；
Broadcast parameter configuration-direct, broadcast configuration parameter and CRC16 check value are sent by the radio-frequency module, so that the bluetooth For label after receiving configuration-direct and configuration parameter, broadcast parameter address is written in configuration parameter by starting label configuration feature, After the completion of write-in, broadcast parameter is read from broadcast parameter address by Bluetooth label and returns to the Bluetooth label configurator, by The Bluetooth label configurator judges whether configuration succeeds, and is penetrated if configuration failure by described if successfully carrying out next step configuration Frequency module continues to send broadcast parameter configuration-direct and broadcast parameter, if determining that the label is matched more than configuration failure several times Error is set, and terminates to configure；
Accelerometer disposition instruction, accelerometer disposition parameter and CRC16 check value are sent by the radio-frequency module, so that described For Bluetooth label after receiving configuration-direct and configuration parameter, starting label configuration feature joins configuration parameter write-in accelerometer Number address after the completion of write-in, reads accelerometer parameter from accelerometer argument address by Bluetooth label and returns to the indigo plant Tooth label configurator judges whether configuration succeeds by the Bluetooth label configurator, if successfully carrying out next step configuration, if configuration Failure then continues to send the instruction of accelerometer parameter configuration and accelerometer parameter, if determining more than configuration failure several times Label configuration error, and terminate to configure；
Cipher key configuration instruction, cipher key configuration parameter and CRC16 check value are sent by the radio-frequency module, so that the Bluetooth label After receiving configuration-direct and configuration parameter, key parameter address, write-in is written in configuration parameter by starting label configuration feature After the completion, key parameter is read from key parameter address by Bluetooth label and return to the Bluetooth label configurator, by described Bluetooth label configurator judges whether configuration succeeds, if next step configuration is successfully carried out, if configuration failure, by the radio frequency mould Block continues to send key parameter configuration-direct and accelerometer parameter, if determining that the label is matched more than configuration failure several times Error is set, and terminates to configure.
2. Bluetooth label configurator according to claim 1, which is characterized in that the processor has Bluetooth label The process of line connection configuration are as follows:
From it is described wireless connection module in radio-frequency module to Bluetooth label sending device ID configuration-direct, device id parameter and CRC16 check value, so that Bluetooth label, after receiving configuration-direct and configuration parameter, starting label configuration feature joins configuration Number write device ID argument address, after the completion of write-in, Bluetooth label reads device id from device id argument address and returns to institute Bluetooth label configurator is stated, judges whether the configuration of Bluetooth label succeeds by the Bluetooth label configurator, if successfully carrying out down The configuration of one step continues sending device ID configuration-direct and device parameter by the radio-frequency module if configuration failure, if if being more than Dry configuration failure then determines Bluetooth label configuration error, and terminates to configure；
Identity ID configuration-direct, identity ID parameter and CRC16 check value are sent by the radio-frequency module, so that Bluetooth label is connecing After receiving configuration-direct and configuration parameter, identity ID argument address is written in configuration parameter by starting label configuration feature, has been written Cheng Hou reads identity ID from identity ID argument address by Bluetooth label and returns to the Bluetooth label configurator, by the indigo plant Tooth label configurator judges whether the configuration of Bluetooth label succeeds, if next step configuration is successfully carried out, if configuration failure, by institute It states radio-frequency module to continue to send identity ID configuration-direct and device parameter, if determining bluetooth mark more than configuration failure several times Label configuration error, and terminate to configure；
Broadcast parameter configuration-direct, broadcast configuration parameter and CRC16 check value are sent by the radio-frequency module, so that Bluetooth label After receiving configuration-direct and configuration parameter, broadcast parameter address, write-in is written in configuration parameter by starting label configuration feature After the completion, broadcast parameter is read from broadcast parameter address by Bluetooth label and return to the Bluetooth label configurator, by described Bluetooth label configurator judges whether the configuration of Bluetooth label succeeds, if successfully carrying out next step configuration, if configuration failure, by The radio-frequency module continues to send broadcast parameter configuration-direct and broadcast parameter, if being more than that configuration failure, judgement should several times Bluetooth label configuration error, and terminate to configure；
Accelerometer disposition instruction, accelerometer disposition parameter and CRC16 check value are sent by the radio-frequency module, so that bluetooth Label is receiving configuration-direct and configuration parameter, and starting label configuration feature is by configuration parameter write-in accelerometer parameter Location after the completion of write-in, reads accelerometer parameter from accelerometer argument address by Bluetooth label and returns to the bluetooth mark Configurator is signed, judges whether configuration succeeds by the Bluetooth label configurator, if successfully carrying out next step configuration, if configuration is lost It loses, is then continued to send the instruction of accelerometer parameter configuration and accelerometer parameter by the radio-frequency module, if being more than to match several times It sets unsuccessfully, then determines label configuration error, and terminate to configure；
Cipher key configuration instruction, cipher key configuration parameter and CRC16 check value are sent by the radio-frequency module, so that the Bluetooth label After receiving configuration-direct and configuration parameter, key parameter address, write-in is written in configuration parameter by starting label configuration feature After the completion, key parameter is read from key parameter address by Bluetooth label and return to the Bluetooth label configurator, by described Bluetooth label configurator judges whether configuration succeeds, if next step configuration is successfully carried out, if configuration failure, by the radio frequency mould Block continues to send key parameter configuration-direct and accelerometer parameter, if determining that the label is matched more than configuration failure several times Error is set, and terminates to configure.
3. Bluetooth label configurator according to claim 1 or 2, which is characterized in that the Bluetooth label configurator is matched Setting mode includes automatically configuring and manual configuration, and in manual configuration, the specific identity ID of manual configuration, device id, equipment are wide Parameter, accelerometer disposition parameter and key parameter are broadcast, when automatically configuring, body is automatically configured by the Bluetooth label configurator Part ID, device id, device broadcasts parameter, accelerometer disposition parameter and key parameter.
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