CN103957035A - Data acquisition and transmission device for sports equipment and sports data processing method - Google Patents
Data acquisition and transmission device for sports equipment and sports data processing method Download PDFInfo
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- CN103957035A CN103957035A CN201410185539.9A CN201410185539A CN103957035A CN 103957035 A CN103957035 A CN 103957035A CN 201410185539 A CN201410185539 A CN 201410185539A CN 103957035 A CN103957035 A CN 103957035A
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Abstract
The invention discloses a data acquisition and transmission device for sports equipment. The device comprises a Bluetooth module, a master control module, a sensor module, a power module and a voltage conversion module, wherein the Bluetooth module, the master control module, the sensor module, the power module and the voltage conversion module are installed on the sports equipment. The sensor module is used for accurately converting change of a surrounding magnetic field into change of an electrical signal and then transmitting the change of the electrical signal to the master control module when the surrounding magnetic field changes. The master control module is used for coordinating work of all the modules and is specifically used for agreeing with the Bluetooth module on transportation protocols, acquiring rotation speed information from the sensor module, packaging the rotation speed information into a data package and sending the data package to a mobile phone end through the Bluetooth module. The Bluetooth module is used for transmitting the rotation speed information measured by the sensor module to the mobile phone end of a user. The power module is used for providing supply voltages for all the modules. The voltage conversion module is used for guaranteeing accurate power supply to all the modules. The device can acquire and transmit data conveniently and accurately without being carried along by a user, and the user can learn the automatic sports condition comprehensively and accurately.
Description
Technical field
The present invention relates to a kind of a kind of exercise data acquisition transmitting device that the present invention relates to, especially a kind of sports apparatus data acquisition transmitting device and exercise data processing method, belong to data acquisition transmission technique field.
Background technology
Along with the development of human health cause, people more and more pay attention to the Collection and analysis of exercise data.Yet the exercise data on various body-building instruments but can easily not gather merger, be therefore difficult to understand body builder's moving situation and then customize suitable exercise program by data.In addition,, when doing health consultation, doctor or coach are also difficult to provide instruction targetedly based on various exercise datas.
Existing sports apparatus data acquisition transmitting device only has simple note step function, and must carry mobile phone so that statistical counting while requiring user's walking.Once mobile phone just cannot record from body.And carrying mobile phone is very inconvenient when the motions such as treadmill or bicycle, and due to reasons such as mobile phone sensitivity and data processing algorithms, record very inaccurate.Therefore, studying a kind of equipment without carrying, can gather and transmit exercise data on various sports apparatuses is a technical problem urgently to be resolved hurrily.
Summary of the invention
The object of the invention is to: the problem existing for above-mentioned prior art, propose a kind of sports apparatus data acquisition transmitting device without carrying, can realize convenient accurately collection transmission, provide the processing method of the exercise data gathering accordingly simultaneously.
In order to reach above object, sports apparatus data acquisition transmitting device of the present invention, comprises bluetooth module, main control module, sensor assembly, the power module being arranged on sports apparatus and turns die block; Wherein:
Sensor assembly, for when its surrounding magnetic field changes, is translated into the variation of the signal of telecommunication exactly, is then transferred to main control module; Main control module is for coordinating the work between modules, comprise and bluetooth module agreement host-host protocol, make communication to reduce to greatest extent transmission error rates, also comprise from sensor assembly and obtain rotary speed information, and be packaged into packet, by bluetooth module, be sent to mobile phone terminal; Bluetooth module is transferred to user mobile phone end for the rotary speed information that sensor assembly is recorded, and mobile phone terminal sends instruction by bluetooth module to main control module; Power module is in order to provide supply power voltage to each module; Turn die block for being responsible for the accurate power supply of all modules;
The model of main control module is STC89C52RC, its pin 35 and 44 is connected to power supply signal 5V, its pin 22 is connected to GND network, its pin 20 and 21 is connected to the two ends of crystal oscillator Y1, crystal oscillator Y1 two ends are respectively by capacitor C 3 and C4 ground connection, its pin 14 is connected to the electrical signal of sensor assembly, its pin 11 is connected to the pin 1 of bluetooth module through voltage transformation module, its pin 13 is connected to the pin 3 of power module, its pin 10 is connected with GND network through resistance R 4, through electrochemical capacitor C5, be connected with power supply signal 5V simultaneously, all the other pins are unsettled, power module adopts Micro USB interface, have 4 pins, pin 1 is connected to power supply signal 5V, and pin 2 is connected to the RX pin 11 of main control module STC89C52RC, pin 3 is connected to the TX pin 13 of main control module STC89C52RC, and pin 4 is linked into GND network, sensor assembly is that Hall element model is OH44E, and its pin 1 is connected to power supply signal 5V, and pin 3 is connected to GND network, and pin 2 is connected to the pin 14 of main control module STC89C52RC, between pin 1 and pin 2, is connected to resistance R 5, turn die block and comprise boost module and voltage reduction module, boost module is the common-collector amplifier that triode PNP8550 is barricaded as, the base stage connecting resistance R2 of triode PNP8550, and collector electrode connects GND network, after emitter series resistance R3, meets power supply signal 5V, voltage reduction module mixes filter capacitor C1 by voltage stabilizing chip AMS1117-3.3V and C2 forms, the pin 1 of voltage stabilizing chip AMS1117-3.3V connects the negative pole of filter capacitor C2 and receives GND network simultaneously, the positive pole that the pin 3 of voltage stabilizing chip AMS1117-3.3V meets filter capacitor C2 connects and meets power supply signal 5V simultaneously, the positive pole that meets filter capacitor C1 after the pin 4 series connection pins 2 of voltage stabilizing chip AMS1117-3.3V, the negative pole of filter capacitor C1 is received GND network, bluetooth module model is RG-BLE-12, the base stage that is connected to the triode PNP8550 that boost module has after its pin 1 series resistance R2 turns 5V through 3.3V and boosts, and the emitter of the triode PNP8550 having by boost module is connected to the RX pin 11 of main control module STC89C52RC, the pin 2 of bluetooth module RG-BLE-12 connects the TX pin 13 of main control module STC89C52RC, the pin 7 of bluetooth module RG-BLE-12, 8, 13, 14, 23, 24 and 26 are connected to GND network, the pin 12 of bluetooth module RG-BLE-12 is connected to the pin 2 that 5V is turned to the voltage stabilizing chip AMS1117-3.3V of 3.3V.
The method that the sports apparatus data that more than device collects are processed, the method obtains by the mobile phone of Quick Response Code identification module, bluetooth link block, blue-teeth data read module and wireless data delivery module is housed the exercise data that sports apparatus data acquisition transmitting device gathers, and carries out according to the following steps data processing:
(i) configure baud rate and the timer of main control module communication serial port, so that and bluetooth proper communication, connect after bluetooth, send initialization information to bluetooth module, bluetooth module receives information, and by its Tx pin by command the Rx pin to main control module, main control module checks whether the form of the data that obtain meets after receiving instruction, do not meet and return to ERROR, meet initialization and store corresponding data and send to mobile phone terminal to internal storage or by the data in internal storage, initialization is laggard enters major cycle, when magnetisable material is near Hall element, the pin 3 of Hall element can produce a pulse, send into afterwards the middle fracture of main control module, main control module responds interruption immediately, counter adds one, when sending, obtains after data command whole mobile phone terminal, bluetooth module receives instruction, and by its Tx pin by command the Rx pin to main control module, main control module responds interruption immediately, judgement data format, if correct, just the Rx pin of bluetooth module will be transferred to by TX pin after count value packing, bluetooth module is issued mobile phone terminal by the count value after packing again, meanwhile main control module counter O reset, if format error, returns to error,
(ii) on sports apparatus, paste two bit codes, the Quick Response Code identification module identification having by mobile phone is attached to after two bit codes on sports apparatus, mobile phone has the bluetooth module that bluetooth equipment link block is mounted on the sports apparatus data acquisition transmitting device on sports apparatus, after Bluetooth matching success, opens as carried out the transmission of exercise data;
If (iii) user selects to stop body-building, mobile phone sends the main control module instruction that quits work by bluetooth, and main control module stops counting work, and is connected with mobile phone terminal disconnection bluetooth;
If (iv) user continues body-building after selecting to have a rest, main control module stops sending data to mobile phone terminal, when health and fitness facilities works on again, mobile phone terminal sends prompting and whether continues to record exercise data, if body-building apparatus is taken by others at user's rest period, user can initiatively arrange whether stop monitor stopping counting; If user selects to continue body-building, the instruction that works on of mobile phone terminal notice main control module allows main control module continue counting;
If (v) user continues body-building after selecting to have a rest, body-building apparatus is taken by others' barcode scanning, by bluetooth, sends the main control module instruction that quits work, and allows main control module stop counting work, and sports apparatus data acquisition transmitting device and others' mobile phone are from being dynamically connected;
If (vi) user movement state changes, mobile phone terminal sends not response in time of prompting user, in main control module, continue record data but do not upload to cell-phone customer terminal, until responding prompting, user according to user's prompting, judges whether by main control module transfer of data to mobile phone terminal, as user selects to exit main control module, not need to transmit data to cell-phone customer terminal again;
(vii) as bluetooth exceeds join domain, main control module stops mileage record and transfer of data automatically.
The technical scheme that the present invention further limits is:
Aforesaid sports apparatus data acquisition transmitting device, wherein bluetooth module while compatible bluetooth 2.0 and bluetooth 4.0, can support at present the mobile phone model of the overwhelming majority on the market.
Aforesaid sports apparatus data acquisition transmitting device, the model of wherein stating crystal oscillator is 22.1184MHz.
Aforesaid sports apparatus data acquisition transmitting device, wherein filter capacitor C1, C2 and C5 are 10uF, capacitor C 3 and C4 are 30pF; Described R2, R3 and R5 are 1 K Ω.
The method of aforesaid sports apparatus data processing, wherein mobile phone terminal by the data that collect with the automatic buffer memory of form of file to mobile phone memory block, in data buffer storage content, require containing free mileage, the necessary field of step number and type.
The method of aforesaid sports apparatus data processing wherein has or not continuous signal and two modes of speed rapid drawdown to judge whether user stops body-building in sometime.
The invention has the beneficial effects as follows: the present invention gathers exercise data by the exercise data acquisition module being arranged on sports apparatus, without carrying, just can realize the convenient transmission that accurately gathers, and transfer data to user mobile phone by data transmission module, and exercise data is processed, make user can understand comprehensively and accurately automatic moving situation.The present invention turns die block and comprises boost module and voltage reduction module, accurately powers to all modules.Exercise data acquisition module of the present invention is supported multi-motion apparatus, without change sports apparatus self physical structure and circuit design can with sports equipment seamless combination.The present invention opens mobile phone and mobile phone and exercise data acquisition module can be dynamically connected certainly by sweeping Quick Response Code, without manual Bluetooth matching, easy to use.
Accompanying drawing explanation
Fig. 1 is module connection layout of the present invention.
Fig. 2 is circuit connection diagram of the present invention.
Embodiment
embodiment 1
The present embodiment is sports apparatus data acquisition transmitting device, and its module connects as shown in Figure 1, comprises bluetooth module, main control module, sensor assembly, the power module being arranged on sports apparatus and turns die block; Wherein: sensor assembly, for when its surrounding magnetic field changes, is translated into the variation of the signal of telecommunication exactly, is then transferred to main control module; Main control module is for coordinating the work between modules, comprise and bluetooth module agreement host-host protocol, make communication to reduce to greatest extent transmission error rates, also comprise from sensor assembly and obtain rotary speed information, and be packaged into packet, by bluetooth module, be sent to mobile phone terminal; Bluetooth module is transferred to user mobile phone end for the rotary speed information that sensor assembly is recorded, and mobile phone terminal sends instruction by bluetooth module to main control module; Power module is in order to provide supply power voltage to each module; Turn die block for being responsible for the accurate power supply of all modules.
The circuit of the present embodiment connects as shown in Figure 2, the model of main control module is STC89C52RC, its pin 35 and 44 is connected to power supply signal 5V, its pin 22 is connected to GND network, its pin 20 and 21 is connected to the two ends of crystal oscillator Y1, the model of crystal oscillator is 22.1184MHz, crystal oscillator Y1 two ends are respectively by capacitor C 3 and C4 ground connection, its pin 14 is connected to the electrical signal of sensor assembly, its pin 11 is connected to the pin 1 of bluetooth module through voltage transformation module, its pin 13 is connected to the pin 3 of power module, its pin 10 is connected with GND network through resistance R 4, through electrochemical capacitor C5, be connected with power supply signal 5V simultaneously, all the other pins are unsettled, power module adopts Micro USB interface, have 4 pins, pin 1 is connected to power supply signal 5V, and pin 2 is connected to the RX pin 11 of main control module STC89C52RC, pin 3 is connected to the TX pin 13 of main control module STC89C52RC, and pin 4 is linked into GND network, sensor assembly is that Hall element model is OH44E, and its pin 1 is connected to power supply signal 5V, and pin 3 is connected to GND network, and pin 2 is connected to the pin 14 of main control module STC89C52RC, between pin 1 and pin 2, is connected to resistance R 5, turn die block and comprise boost module and voltage reduction module, boost module is the common-collector amplifier that triode PNP8550 is barricaded as, the base stage connecting resistance R2 of triode PNP8550, and collector electrode connects GND network, after emitter series resistance R3, meets power supply signal 5V, described voltage reduction module mixes filter capacitor C1 by voltage stabilizing chip AMS1117-3.3V and C2 forms, the pin 1 of voltage stabilizing chip AMS1117-3.3V connects the negative pole of filter capacitor C2 and receives GND network simultaneously, the positive pole that the pin 3 of voltage stabilizing chip AMS1117-3.3V meets filter capacitor C2 connects and meets power supply signal 5V simultaneously, the positive pole that meets filter capacitor C1 after the pin 4 series connection pins 2 of voltage stabilizing chip AMS1117-3.3V, the negative pole of filter capacitor C1 is received GND network, bluetooth module model is RG-BLE-12, bluetooth module is compatible bluetooth 2.0 and bluetooth 4.0 simultaneously, can support the current mobile phone model of the overwhelming majority on the market, the base stage that is connected to the triode PNP8550 that boost module has after its pin 1 series resistance R2 turns 5V through 3.3V and boosts, and the emitter of the triode PNP8550 having by boost module is connected to the RX pin 11 of main control module STC89C52RC, the pin 2 of bluetooth module RG-BLE-12 connects the TX pin 13 of main control module STC89C52RC, the pin 7 of bluetooth module RG-BLE-12, 8, 13, 14, 23, 24 and 26 are connected to GND network, the pin 12 of bluetooth module RG-BLE-12 is connected to the pin 2 that 5V is turned to the voltage stabilizing chip AMS1117-3.3V of 3.3V.In above circuit, capacitor C 1, C2 and C5 are 10uF, and capacitor C 3 and C4 are 30pF; Described R2, R3 and R5 are 1 K Ω.
embodiment 2
The present embodiment is the processing of the exercise data that collects of embodiment 1 sports apparatus data acquisition transmitting device, handset processes software comprises Quick Response Code identification module, bluetooth link block, blue-teeth data read module, wireless data delivery module, user opens process software and is attached to after two bit codes on sports apparatus by the identification of Quick Response Code identification module, and the bluetooth equipment link block on mobile phone just can be dynamically connected Bluetooth of mobile phone and the Bluetooth transmission equipment being arranged on sports apparatus certainly.After Bluetooth matching success, mileage and the step number (account form of step number is the distance of mileage/paces) of once running collected and calculated to client by beginning event and the End Event of monitor; User, stop body-building, when path measuring apparatus quits work, mobile phone terminal App will point out user whether to stop body-building, and user can select to stop body-building or have a rest rear continuation.Prompting need to have prompting frame during user and with the tinkle of bells and vibration prompting, concrete steps are:
(i) workflow: circuit powers on, and configures baud rate and the timer of main control module communication serial port, so that and bluetooth proper communication.Terminal connects after bluetooth, send initialization information to bluetooth module, bluetooth module receives information, and by Tx pin by command the 3.0Rx pin to main control module, main control module checks whether the form of the data that obtain meets after receiving instruction, do not meet and return to ERROR, meet initialization and store corresponding data and send to terminal to internal storage or by the data in internal storage.Initialization is laggard enters major cycle, waits for interruption (3.2 pins of main control module) and serial communication terminal (the 3.0RX pin of main control module and 3.1TX pin) that Hall element transmits.When magnetisable material is near Hall element, 3 pin of Hall element can produce a pulse, send into afterwards the middle fracture of 3.2 pins of main control module, and main control module responds interruption immediately, and counter adds one.When sending, terminal obtains after data command, bluetooth module receives instruction, and by Tx pin by command the 3.0Rx pin to main control module, main control module responds interruption immediately, judgement data format, just will be transferred to the Rx pin of bluetooth module if correct by 3.1TX pin after count value packing, bluetooth module is issued terminal by the count value after packing again, meanwhile main control module counter O reset, if error is returned in format error.
(ii) on sports apparatus, paste two bit codes, the Quick Response Code identification module identification having by mobile phone is attached to after two bit codes on sports apparatus, mobile phone has the bluetooth module that bluetooth equipment link block is mounted on the sports apparatus data acquisition transmitting device on sports apparatus, after Bluetooth matching success, opens as carried out the transmission of exercise data;
If (iii) user selects to stop body-building, mobile phone sends the main control module instruction that quits work by bluetooth, and main control module stops counting work, and is connected with mobile phone terminal disconnection bluetooth;
If (iv) user continues body-building after selecting to have a rest, main control module stops sending data to mobile phone terminal, when health and fitness facilities works on again, mobile phone terminal sends prompting and whether continues to record exercise data, if body-building apparatus is taken by others at user's rest period, user can initiatively arrange whether stop monitor stopping counting; If user selects to continue body-building, the instruction that works on of mobile phone terminal notice main control module allows main control module continue counting;
If (v) user continues body-building after selecting to have a rest, body-building apparatus is taken by others' barcode scanning, by bluetooth, sends the main control module instruction that quits work, and allows main control module stop counting work, and sports apparatus data acquisition transmitting device and others' mobile phone are from being dynamically connected;
If (vi) user movement state changes, mobile phone terminal sends not response in time of prompting user, in main control module, continue record data but do not upload to cell-phone customer terminal, until responding prompting, user according to user's prompting, judges whether by main control module transfer of data to mobile phone terminal, as user selects to exit main control module, not need to transmit data to cell-phone customer terminal again;
(vii) as bluetooth exceeds join domain, main control module stops mileage record and transfer of data automatically.
Mobile phone terminal by the data that collect with the automatic buffer memory of form of file to mobile phone memory block.In data buffer storage content, require containing free mileage, step number, the necessary field such as type.The data that cell-phone customer terminal can real time record single-chip microcomputer transmits, and show in real time motion mileage, motion step number by computing, energy consumption is on user's mobile phone screen.
By (can import default time interval data into during initialization) in sometime, have or not two modes of continuous signal and speed rapid drawdown to judge whether user stops body-building.Bluetooth disconnection after exceeding the stipulated time (go beyond the scope etc.) after, path measuring apparatus is wanted to stop counting work.User according to system suggestion selects or oneself is responsible for and selects to exit.
In addition to the implementation, the present invention can also have other execution modes.All employings are equal to the technical scheme of replacement or equivalent transformation formation, all drop on the protection range of requirement of the present invention.
Claims (7)
1. a sports apparatus data acquisition transmitting device, comprises bluetooth module, main control module, sensor assembly, the power module being arranged on sports apparatus and turns die block; It is characterized in that:
Described sensor assembly, for when its surrounding magnetic field changes, is translated into the variation of the signal of telecommunication exactly, is then transferred to main control module; Described main control module is for coordinating the work between modules, comprise and bluetooth module agreement host-host protocol, make communication to reduce to greatest extent transmission error rates, also comprise from sensor assembly and obtain rotary speed information, and be packaged into packet, by bluetooth module, be sent to mobile phone terminal; Described bluetooth module is transferred to user mobile phone end for the rotary speed information that sensor assembly is recorded, and mobile phone terminal sends instruction by bluetooth module to main control module; Described power module is in order to provide supply power voltage to each module; The described die block that turns is for being responsible for the accurate power supply of all modules;
The model of described main control module is STC89C52RC, its pin 35 and 44 is connected to power supply signal 5V, its pin 22 is connected to GND network, its pin 20 and 21 is connected to the two ends of crystal oscillator Y1, described crystal oscillator Y1 two ends are respectively by capacitor C 3 and C4 ground connection, its pin 14 is connected to the electrical signal of sensor assembly, its pin 11 is connected to the pin 1 of bluetooth module through voltage transformation module, its pin 13 is connected to the pin 3 of power module, its pin 10 is connected with GND network through resistance R 4, through electrochemical capacitor C5, be connected with power supply signal 5V simultaneously, all the other pins are unsettled,
Described power module adopts Micro USB interface, have 4 pins, pin 1 is connected to power supply signal 5V, and pin 2 is connected to the RX pin 11 of main control module STC89C52RC, pin 3 is connected to the TX pin 13 of main control module STC89C52RC, and pin 4 is linked into GND network;
Described sensor assembly is that Hall element model is OH44E, and its pin 1 is connected to power supply signal 5V, and pin 3 is connected to GND network, and pin 2 is connected to the pin 14 of main control module STC89C52RC, between pin 1 and pin 2, is connected to resistance R 5;
The described die block that turns comprises boost module and voltage reduction module, described boost module is the common-collector amplifier that triode PNP8550 is barricaded as, the base stage connecting resistance R2 of described triode PNP8550, collector electrode connects GND network, after emitter series resistance R3, meets power supply signal 5V; Described voltage reduction module mixes filter capacitor C1 by voltage stabilizing chip AMS1117-3.3V and C2 forms, the pin 1 of described voltage stabilizing chip AMS1117-3.3V connects the negative pole of filter capacitor C2 and receives GND network simultaneously, the positive pole that the pin 3 of described voltage stabilizing chip AMS1117-3.3V meets filter capacitor C2 connects and meets power supply signal 5V simultaneously, the positive pole that meets filter capacitor C1 after the pin 4 series connection pins 2 of described voltage stabilizing chip AMS1117-3.3V, the negative pole of described filter capacitor C1 is received GND network;
Described bluetooth module model is RG-BLE-12, the base stage that is connected to the triode PNP8550 that described boost module has after its pin 1 series resistance R2 turns 5V through 3.3V and boosts, and the emitter of the triode PNP8550 having by described boost module is connected to the RX pin 11 of main control module STC89C52RC, the pin 2 of bluetooth module RG-BLE-12 connects the TX pin 13 of main control module STC89C52RC, the pin 7 of bluetooth module RG-BLE-12, 8, 13, 14, 23, 24 and 26 are connected to GND network, the pin 12 of bluetooth module RG-BLE-12 is connected to the pin 2 that 5V is turned to the voltage stabilizing chip AMS1117-3.3V of 3.3V.
2. sports apparatus data acquisition transmitting device as claimed in claim 1, is characterized in that: described bluetooth module is compatible bluetooth 2.0 and bluetooth 4.0 simultaneously.
3. sports apparatus data acquisition transmitting device as claimed in claim 1, is characterized in that: the model of described crystal oscillator is 22.1184MHz.
4. sports apparatus data acquisition transmitting device as claimed in claim 1, is characterized in that: described filter capacitor C1, C2 and C5 are 10uF, and capacitor C 3 and C4 are 30pF; Described R2, R3 and R5 are 1 K Ω.
5. the method that the sports apparatus data that described in pair claim 1, device collects are processed, the method obtains by the mobile phone of Quick Response Code identification module, bluetooth link block, blue-teeth data read module and wireless data delivery module is housed the exercise data that sports apparatus data acquisition transmitting device gathers, and carries out according to the following steps data processing:
(i) configure baud rate and the timer of main control module communication serial port, so that and bluetooth proper communication, connect after bluetooth, send initialization information to bluetooth module, bluetooth module receives information, and by its Tx pin by command the Rx pin to main control module, main control module checks whether the form of the data that obtain meets after receiving instruction, do not meet and return to ERROR, meet initialization and store corresponding data and send to mobile phone terminal to internal storage or by the data in internal storage, initialization is laggard enters major cycle, when magnetisable material is near Hall element, the pin 3 of Hall element can produce a pulse, send into afterwards the middle fracture of main control module, main control module responds interruption immediately, counter adds one, when sending, obtains after data command whole mobile phone terminal, bluetooth module receives instruction, and by its Tx pin by command the Rx pin to main control module, main control module responds interruption immediately, judgement data format, if correct, just the Rx pin of bluetooth module will be transferred to by TX pin after count value packing, bluetooth module is issued mobile phone terminal by the count value after packing again, meanwhile main control module counter O reset, if format error, returns to error,
(ii) on sports apparatus, paste two bit codes, the Quick Response Code identification module identification having by mobile phone is attached to after two bit codes on sports apparatus, mobile phone has the bluetooth module that bluetooth equipment link block is mounted on the sports apparatus data acquisition transmitting device on sports apparatus, after Bluetooth matching success, opens as carried out the transmission of exercise data;
If (iii) user selects to stop body-building, mobile phone sends the main control module instruction that quits work by bluetooth, and main control module stops counting work, and is connected with mobile phone terminal disconnection bluetooth;
If (iv) user continues body-building after selecting to have a rest, main control module stops sending data to mobile phone terminal, when health and fitness facilities works on again, mobile phone terminal sends prompting and whether continues to record exercise data, if body-building apparatus is taken by others at user's rest period, user can initiatively arrange whether stop monitor stopping counting; If user selects to continue body-building, the instruction that works on of mobile phone terminal notice main control module allows main control module continue counting;
If (v) user continues body-building after selecting to have a rest, body-building apparatus is taken by others' barcode scanning, by bluetooth, sends the main control module instruction that quits work, and allows main control module stop counting work, and sports apparatus data acquisition transmitting device and others' mobile phone are from being dynamically connected;
If (vi) user movement state changes, mobile phone terminal sends not response in time of prompting user, in main control module, continue record data but do not upload to cell-phone customer terminal, until responding prompting, user according to user's prompting, judges whether by main control module transfer of data to mobile phone terminal, as user selects to exit main control module, not need to transmit data to cell-phone customer terminal again;
(vii) as bluetooth exceeds join domain, main control module stops mileage record and transfer of data automatically.
6. the method for sports apparatus data processing as claimed in claim 5, it is characterized in that: mobile phone terminal by the data that collect with the automatic buffer memory of form of file to mobile phone memory block, in data buffer storage content, require containing free mileage, the necessary field of step number and type.
7. the method for sports apparatus data processing as claimed in claim 5, is characterized in that: in sometime, have or not continuous signal and two modes of speed rapid drawdown to judge whether user stops body-building.
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| CN107065684A (en) * | 2017-05-23 | 2017-08-18 | 东北大学 | The communication-cooperation apparatus and system of experiment is controlled for movable body |
| CN107469281A (en) * | 2017-08-24 | 2017-12-15 | 武汉新英赛健康科技有限公司 | A kind of intelligent body-building equipment and its data transfer control method |
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| CN111899141A (en) * | 2017-03-07 | 2020-11-06 | 北京青橙信息技术有限公司 | Intelligent terminal for managing motion data |
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| CN107065684B (en) * | 2017-05-23 | 2019-02-15 | 东北大学 | Communication-cooperation apparatus and system for movable body control experiment |
| CN107469281A (en) * | 2017-08-24 | 2017-12-15 | 武汉新英赛健康科技有限公司 | A kind of intelligent body-building equipment and its data transfer control method |
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