CN103134520A - Pedometer equipment supporting automatic micro-blog data synchronization and synchronization method of pedometer equipment - Google Patents

Pedometer equipment supporting automatic micro-blog data synchronization and synchronization method of pedometer equipment Download PDF

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CN103134520A
CN103134520A CN2013100724047A CN201310072404A CN103134520A CN 103134520 A CN103134520 A CN 103134520A CN 2013100724047 A CN2013100724047 A CN 2013100724047A CN 201310072404 A CN201310072404 A CN 201310072404A CN 103134520 A CN103134520 A CN 103134520A
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pedometer
module
microprocessor
gsm
connected
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CN2013100724047A
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Chinese (zh)
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沈盟
潘日劲
阮明浩
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南京中科盟联信息科技有限公司
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Priority to CN2013100724047A priority Critical patent/CN103134520A/en
Publication of CN103134520A publication Critical patent/CN103134520A/en

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Abstract

The invention relates to pedometer equipment, and in particular relates to the pedometer equipment which is provided with a built-in transmission module and supports automatic micro-blog data synchronization and a synchronization method of the pedometer equipment. The pedometer equipment comprises a pedometer part and a cloud platform part, wherein the pedometer part comprises a pedometer body, a subscriber identity module (SIM) card, a micro processor, a gravity acceleration sensor, a display device, a global system for mobile communication (GSM)/general packet radio service (GPRS) module, a storage module and a functional key; the cloud platform part comprises a cloud server and a micro-blog terminal; the SIM card, the micro processor, the gravity acceleration sensor, the display device, the GSM/GPRS module and the storage module are arranged in the pedometer body; the functional key is arranged on the pedometer body; the input end of the gravity acceleration sensor and the input end of the micro processor are respectively connected with the functional key; the input end of the storage module is connected with the output end of the micro processor; the input end of the display device is connected with the output end of the micro processor; and the SIM card is connected with the GSM/GPRS module.

Description

一种支持自动微博数据同步的计步器设备及其同步方法技术领域[0001] 本发明涉及一种计步器设备,特别是一种带有内置传输模块并支持自动微博数据同步的计步器设备及其同步方法。 An automatic synchronization data support Twitter pedometer device and a synchronization method Field [0001] The present invention relates to a pedometer device, in particular a module with a built-in transmission and supports automatic data synchronization count Twitter step synchronization method and apparatus. 背景技术[0002] 随着社会的发展,计步器设备已经逐渐成为人们随身携带的物品。 [0002] With the development of society, pedometer device has gradually become a carry-on items. 目前,现有计步器是通过获取用户的重力加速度信号,进一步通过处理分析重力加速度信号得到相应步数、路程和热量消耗数据,进一步将结果显示在显示器上,进一步将近期结果存储以便查询或者通过线缆、无线蓝牙、无线wifi传输到外部设备。 Currently, the conventional pedometer is a gravitational acceleration signal by obtaining a user, the corresponding number of steps is further processed by the signal analyzing gravitational acceleration, distance and calories burned, further results on the display, to store the results of the recent further query or transmitting to the external device through a cable, wireless Bluetooth, wireless wifi. [0003] 然而现有计步器自身的数据存储能力有限,当需要长期存储数据时,则需要通过线缆与外部设备连接,将数据传输至外部设备,而线缆属于易失品,且连接不方便,使用效率比较低;当需要长期存储数据时,则需要通过无线蓝牙或无线wifi与外部设备连接,受距离的限制,不能随时随地上传用户的运动成果。 [0003] However, the conventional pedometer their limited data storage capacity, when the need to store data, the need to connect a cable to an external device, the data transmitted to the external apparatus, and the volatile products belonging to the cable and connector inconvenient, efficiency is relatively low; when you need long-term storage of data, you need to connect via a wireless Bluetooth or wireless wifi with external devices, limited by distance, users can not upload the results of sports anytime, anywhere. 发明内容[0004] 本发明的目的是针对上述不足之处,提供一种支持自动微博数据同步的计步器设备及其同步方法,采用内嵌传输模块,将存储在存储模块中的运动数据通过GSM/GPRS模块上传到云服务器,云服务器将运动成果数据同步到用户微博终端,从而增加了运动的娱乐性与日志记录作用,极大限度提升运动互动性与备忘性。 [0004] The present invention is directed to the above-described shortcomings, to provide an automatic Twitter pedometer device and a data synchronization method for synchronizing support, using the embedded transmission module, the motion data in the storage module uploaded to the cloud server via GSM / GPRS module, the cloud server data synchronized to the outcome of the motion Weibo user terminal, thereby increasing the role of entertainment and sports logging, which greatly limits the lifting movement and interaction of the memo. [0005] 微博(MiciOBlog)是一种新型的网络发布平台,备受人们青睐,逐渐成为许多人生活方式不可或缺的部分。 [0005] microblogging (MiciOBlog) is a new web publishing platform, much the people of all ages, many people gradually become an integral part of life. 随时随地将用户运动成果上传至云服务器,并同步刷新微博,不但能即时反应用户运动状态,更能为用户做好运动情况日志记录,集娱乐性与实用性为一体,极大提闻了用户体验。 Whenever and wherever the user when results uploaded to the cloud server, and synchronize the refresh microblogging, not only instant response user motion, better for users to log movement, entertainment and practicality as a whole, to mention a great smell user experience. [0006] 一种支持自动微博数据同步的计步器设备及其同步方法是采取以下技术方案实现的: 一种支持自动微博数据同步的计步器设备包括计步器部分和云平台部分,所述计步器部分包括计步器本体、SM卡、微处理器、重力加速度传感器、显示器、GSM/GPRS模块、存储模块和功能按键;所述云平台部分包括云服务器和微博终端;所述SIM卡、微处理器、重力加速度传感器、显示器、GSM/GPRS模块和存储模块设置在计步器本体内;所述功能按键设置在计步器本体上,控制该计步器设备的启动和停止;重力加速度传感器的输出端与微处理器的输入端相连;微处理器的输入端与功能按键相连;存储模块与微处理器相连;显示器的输入端与微处理器的输出端相连;所述SM卡与GSM/GPRS模块相连;GSM/GPRS模块通过UART串行总线与微处理器相连。 [0006] An automatic support Twitter pedometer device and a data synchronization method for synchronizing take the following technical solution: the micro-blog an automatic data synchronization pedometer pedometer device support portion comprises a platform portion and a cloud the pedometer pedometer comprises a body portion, SM card, a microprocessor, a gravitational acceleration sensor, a display, GSM / GPRS module, a storage module and a function key; cloud platform portion comprises said cloud server Twitter and the terminal; the SIM card, a microprocessor, a gravitational acceleration sensor, a display, GSM / GPRS module and a memory module disposed on the body of the pedometer; a pedometer function keys disposed on the body, the control device starts the pedometer and stopping; output connected to the input terminal of the gravitational acceleration sensor and a microprocessor; the microprocessor connected to the input of a function key; and a storage module coupled to the microprocessor; input connected to the output terminal of the display and a microprocessor; SM card and the GSM / GPRS module is connected; GSM / GPRS module via the UART serial bus connected to the microprocessor. [0007] 所述的显示器采用IXD显示器。 Said display [0007] The display IXD. [0008] 所述的SIM卡采用中国移动或中国联通的通用型SIM卡。 [0008] The use of the SIM card or China Mobile China Unicom Universal SIM card. [0009] 所述的微处理器采用市售的MSP430处理器。 [0009] using a commercially available microprocessor of the MSP430 processor. [0010] 所述的计步器本体为腕式、臂式和腰式。 [0010] The pedometer body is a wrist, arm and waist formula. [0011] 工作原理:一种支持自动微博数据同步的计步器设备工作时,重力加速度传感器采集用户运动时的重力加速度信号数据,并将该信号数据通过IIC串行总线传输到微处理器,由微处理器对重力加速度信号数据进行重采样、滤波等预处理后,通过峰值检测方法判别运动步数,同时计算出路程和热量消耗等参数,将结果传输到存储模块进行存储,并将结果传输到显示器进行显示。 [0011] Principle: When micro-blog data for supporting automatic work apparatus pedometer synchronization signal gravitational acceleration of gravity sensors collect data user motion, and the IIC data signal transmitted through the serial bus to the microprocessor after re-sampling, pre-filtering the data signal by the microprocessor to gravitational acceleration, it is determined by the number of steps moving peak detection method, while the calorie consumption is calculated from the parameters and the results are transmitted to the storage module for storage, and result is transmitted to the display for display. 微处理器中的固定时间定时器产生中断后,存储在存储模块中当天的运动数据通过GSM/GPRS模块上传到云服务器,云服务器将运动成果同步到用户微博终端。 After the microprocessor fixed timer interrupt is generated, stored in the memory module motion data of the day uploaded to the cloud server via GSM / GPRS module, the cloud server sports achievements microblogging synchronized to the user terminal. [0012] 一种支持自动微博数据同步的计步器设备的同步方法,包括如下步骤: O按下功能按键,启动计步器设备; 2)重力加速度传感器采集用户运动时的重力加速度信号数据,并将该信号数据通过IIC串行总线传输到微处理器; 3)微处理器对重力加速度信号数据进行重采样、滤波等预处理后,通过峰值检测方法判别运动步数,同时计算出路程和热量消耗等参数,将结果传输到存储模块进行存储,并将结果传输到显示器进行显示; 4)微处理器中的固定时间定时器产生中断后,存储在存储模块中当天的运动数据通过GSM/GPRS模块上传到云服务器,云服务器将运动成果同步到用户微博终端。 [0012] A method for automatically synchronizing data synchronization Twitter pedometer for supporting apparatus, comprising the steps of: O function keys is pressed, the device starts pedometer; 2) gravitational acceleration the accelerometer signal data acquired during the movement of the user and IIC data signal transmitted through the serial bus to a microprocessor; 3) signals the microprocessor gravitational acceleration data resampling, filtering after pretreatment, the number of steps is determined by the movement peak detection method, while the calculated distance and calorie consumption parameters, the results transmitted to the storage module for storage, display and transmission of the results to be displayed; 4) in a fixed timer microprocessor interrupt is generated, the motion data stored in the storage module day by GSM / GPRS module is uploaded to the cloud server, the cloud server to synchronize the movement of the results of micro-blog user terminal. [0013] 一种支持自动微博数据同步的计步器设备以现有计步器为基础,在计步器部分增加与微处理器相连、实现数据长距离无线数据传输的GSM/GPRS模块,将数据传输到云服务器进行数据管理,同时将运动成果同步到用户微博。 [0013] A support for automatic data synchronization Twitter pedometer pedometer based on existing equipment, increase the portion connected with the pedometer in the microprocessor, data long-distance wireless data transmission GSM / GPRS module, to transfer data to the cloud server for data management, while the results will be synchronized to the motion of the user microblogging. 具备以下优点: (O由于采用了GSM/GPRS模块无线将数据传输到云服务器,因此可以在云服务器存储大量数据,针对用户的运动参数进行动态曲线图表显示和分析。[0014] (2)由于采用了GSM/GPRS模块无线将数据传输到云服务器,因此可以随时随地自动将运动成果上传,不受距离和时间限制,极大提升用户体验。[0015] (3)由于采用了GSM/GPRS模块将数据传输到云服务器,同时自动进行微博数据同步,增加了运动的娱乐性与日志记录作用,极大限度提升运动互动性与备忘性。附图说明[0016] 以下将结合附图对本发明作进一步说明: 图1是本发明的工作原理框图。具体实施方式[0017] 参照附图1,本发明一种支持自动微博数据同步的计步器设备包括计步器部分和云平台部分,所述计步器部分包括计步器本体、SIM卡、微处理器、重力加速度传感器、显示器、GSM/GPRS模块、存储模 Has the following advantages:. (O thanks to the GSM / GPRS module for wireless data transmission to the cloud server, therefore, dynamic curve graph display and analysis of the motion parameters of the user in the cloud server storing a large amount of data [0014] (2) Since the using a GSM / GPRS wireless module transmits the data to the cloud server, when results can be automatically uploaded from anywhere, without limitation distance and time, greatly enhance the user experience. [0015] (3) Since GSM / GPRS module to transfer data to the cloud server Twitter while automatic data synchronization, the entertainment and increased logging action movement, which greatly limits the lifting movement and interaction of the memo. BRIEF DESCRIPTION [0016] hereinafter, the present dRAWINGS invention is further illustrated: FIG. 1 is a block diagram of the embodiment of the present invention DETAILED DESCRIPTION [0017] Referring to Figure 1, the present invention provides a micro-blog support automatic data synchronization portion and a pedometer device comprises a pedometer cloud platform portion. the pedometer pedometer comprises a body portion, SIM card, a microprocessor, a gravitational acceleration sensor, a display, GSM / GPRS module, memory module 和功能按键;所述云平台部分包括云服务器和微博终端;所述SM卡、微处理器、重力加速度传感器、显示器、GSM/GPRS模块和存储模块设置在计步器本体内;所述功能按键设置在计步器本体上,控制该计步器设备的启动和停止;重力加速度传感器的输出端与微处理器的输入端相连;微处理器的输入端与功能按键相连;存储模块与微处理器相连;显不器的输入端与微处理器的输出端相连;所述SIM卡与GSM/GPRS模块相连;GSM/GPRS模块通过UART串行总线与微处理器相连。[0018] 所述的显示器采用IXD显示器。[0019] 所述的计步器本体为腕式、臂式和腰式。[0020] 一种支持自动微博数据同步的计步器设备的同步方法,包括如下步骤: O按下功能按键,启动计步器设备; 2)重力加速度传感器采集用户运动时的重力加速度信号数据,并将该信号数据通过IIC串行总线传输到微处理 And function keys; platform portion comprises said cloud and the cloud server Twitter terminal; the SM card, a microprocessor, a gravitational acceleration sensor, a display, GSM / GPRS module and a memory module disposed on the body of the pedometer; the function button provided on the body of the pedometer, the pedometer start and stop control device; an output terminal connected to the input of a gravitational acceleration sensor and a microprocessor; the microprocessor connected to the input of a function key; micro memory module coupled to the processor; an input terminal connected to the output of the filter is not significant and a microprocessor; connected to the SIM card and the GSM / GPRS module; GSM / GPRS module via the UART serial bus connected to the microprocessor [0018] a. IXD display using a display [0019] the pedometer body is a wrist, arm and waist of formula [0020] a method for automatically synchronizing data synchronization pedometer Twitter support device, comprising the steps of: O function keys is pressed, the device starts pedometer; 2) gravitational acceleration the accelerometer signal data acquired during the movement of the user, and the IIC data signal transmitted through the serial bus to the microprocessor 器; 3)微处理器对重力加速度信号数据进行重采样、滤波等预处理后,通过峰值检测方法判别运动步数,同时计算出路程和热量消耗等参数,将结果传输到存储模块进行存储,并将结果传输到显示器进行显示; 4)微处理器中的固定时间定时器产生中断后,存储在存储模块中当天的运动数据通过GSM/GPRS模块上传到云服务器,云服务器将运动成果同步到用户微博终端。 ; A 3) of the gravitational acceleration microprocessor resamples the data signal, pre-filtering, peak detection method is determined by the number of movement steps, at the same time the calculated distance and calorie consumption parameters, the transfer result to the storage module for storage, and the results transmitted to a display for displaying; 4) in a fixed timer microprocessor interrupt is generated, stored in the storage module to upload the motion data by the day GSM / GPRS module to the server cloud, the cloud server to synchronize the motion results Weibo user terminal. [0021] 下面以臂式计步器为例进行说明。 [0021] In the following an example will be described pedometer arm. [0022] 使用过程开始时,将计步器本体佩戴在用户上臂,通过功能按键启动计步器,用户即可开始运动计步监测。 When [0022] using the process starts, the pedometer body worn on the user arm, by starting pedometer function keys, the user can start monitoring the motion pedometer. 计步器通过重力加速度传感器采集用户运动时的运动信号,通过IIC串行总线把数据传输到微处理器,经过处理计算求得步数、距离和热量消耗;通过SPI接口把结果存储到存储模块,同时在显示器上以图文形式显示结果动态变化的结果;运动结束时,最终结果存储在存储模块并在显示器上显示最终运动结果。 Pedometer collected by the accelerometer when the motion signal motion of the user, via the IIC serial bus data to the microprocessor, is obtained through the process of calculating the number of steps, distance and calories; SPI interface the result in the storage module while displaying the results of dynamic change results in graphic form on the display; end of the movement, and displays the final results are stored on the display of a final motion results in the storage module. 运动结束后自动产生请求,将运动结果通过GSM/GPRS模块发送到云服务器,然后云服务器对用户数据进行管理、分析、处理等操作,同时将本次运动结果通过云服务器同步到微博终端。 Automatically generated after exercise request, the motion results sent via GSM / GPRS module to the cloud server and a cloud server user data management, analysis, processing and other operations while this movement results cloud server synchronizing Twitter terminal. [0023] 以上所述仅是本发明的实施方式之一,应当指出,对于本技术领域的普通技术人员来说,在不脱离本发明原理的前提下,还可以做出若干改进和润饰,这些改进和润饰也应视为本发明的保护范围。 [0023] The above embodiment is merely one embodiment of the present invention, it should be noted that those of ordinary skill in the art, in the present invention without departing from the principles of the premise, can make various improvements and modifications of these improvements and modifications should also be regarded as the protection scope of the present invention.

Claims (4)

1.一种支持自动微博数据同步的计步器设备,其特征在于:包括计步器部分和云平台部分,所述计步器部分包括计步器本体、SIM卡、微处理器、重力加速度传感器、显示器、GSM/GPRS模块、存储模块和功能按键;所述云平台部分包括云服务器和微博终端;所述SIM卡、微处理器、重力加速度传感器、显示器、GSM/GPRS模块和存储模块设置在计步器本体内;所述功能按键设置在计步器本体上,控制该计步器设备的启动和停止;重力加速度传感器的输入端、微处理器的输入端分别与功能按键相连;存储模块的输入端与微处理器的输出端相连;显示器的输入端与微处理器的输出端相连;所述SM卡与GSM/GPRS模块相连;GSM/GPRS模块通过UART串行总线与微处理器相连。 An automatic support Twitter pedometer data synchronization apparatus comprising: a platform portion pedometer portion and a cloud, the pedometer main body portion comprises a pedometer, SIM cards, microprocessor, gravity an acceleration sensor, a display, GSM / GPRS module, a storage module and a function key; cloud platform portion comprises said cloud server Twitter and a terminal; the SIM card, a microprocessor, a gravitational acceleration sensor, a display, GSM / GPRS module and a storage the body module is provided pedometer; a pedometer function keys disposed on the body, controlling start and stop of the pedometer device; end of the accelerometer input terminal of the microprocessor are connected with a function key ; output of the input module and a microprocessor coupled to memory; input connected to the output terminal of the display and a microprocessor; SM card is connected with the GSM / GPRS module; GSM / GPRS module via the UART serial bus and micro The processor is connected.
2.根据权利要求1所述的一种支持自动微博数据同步的计步器设备,其特征在于:所述的显不器米用IXD显不器。 The kind of support Twitter automatic data synchronization pedometer apparatus according to claim 1, wherein: said device is not significantly meters with IXD is not significant.
3.根据权利要求1所述的一种支持自动微博数据同步的计步器设备,其特征在于:所述的计步器本体为腕式、臂式和腰式。 3. A method according to claim 1, said support Twitter automatic data synchronization pedometer device, wherein: said body is a pedometer wrist, arm and waist formula.
4.权利要求1所述的一种支持自动微博数据同步的计步器设备的同步方法,其特征在于,包括如下步骤: O按下功能按键,启动计步器设备; 2)重力加速度传感器采集用户运动时的重力加速度信号数据,并将该信号数据通过IIC串行总线传输到微处理器; 3)微处理器对重力加速度信号数据进行重采样、滤波等预处理后,通过峰值检测方法判别运动步数,同时计算出路程和热量消耗参数,将结果传输到存储模块进行存储,并将结果传输到显示器进行显示; 4)微处理器中的固定时间定时器产生中断后,存储在存储模块中当天的运动数据通过GSM/GPRS模块上传到云服务器,云服务器将运动成果同步到用户微博终端。 2) gravitational acceleration sensor; O function keys is pressed, start pedometer apparatus: one of said synchronization method of claim 1 Twitter automatic data synchronization pedometer device support, characterized in that it comprises the steps of gravitational acceleration data acquisition signal the user motion, and the IIC data signal transmitted through the serial bus to a microprocessor; 3) signals the microprocessor gravitational acceleration data resampling, filtering pretreated by peak detection method Distinguishing number of steps, and calculates the distance and calorie consumption parameters, the results transmitted to the storage module for storage, display and transmission of the results to be displayed; 4) in a fixed timer microprocessor interrupt is generated, stored in the memory module day motion data uploaded to the cloud server via GSM / GPRS module, the cloud server sports achievements microblogging synchronized to the user terminal.
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