CN203816132U - Sports information monitoring system - Google Patents
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- CN203816132U CN203816132U CN201420013540.9U CN201420013540U CN203816132U CN 203816132 U CN203816132 U CN 203816132U CN 201420013540 U CN201420013540 U CN 201420013540U CN 203816132 U CN203816132 U CN 203816132U
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Abstract
The utility model discloses a sports information monitoring system. The sports information monitoring system comprises a sports information acquiring device, and a plurality of portable fitness devices that are in wireless connection with the sports information acquiring device; the portable fitness devices are electronic rope skipping fitness devices, comprising rod-like housings; a rotating head is arranged at the front end of each housing; a power module, a data processing circuit connected with the power module, a rotating detecting circuit and an acceleration sensor are arranged in each housing, wherein the rotating detecting circuit and the acceleration sensor are connected with the data processing circuit; a sensing signal detected by the accelerator sensor is converted into a pulse signal, and then the data processing circuit is used to count the pulse signal of the accelerator sensor as well as count the rotation in rope skidding of the rotating detecting circuit. The sports information monitoring system further comprises a wireless communication module that is connected with the data processing circuit. With the adoption of the sports information monitoring system, the plurality of portable fitness devices worn by a user can be acquired based on time division or on real time, thus reaching the purpose of monitoring during and after acquiring the sport amount. The sports information monitoring system can be widely applied to schools, troops and enterprises and public institutions to effectively monitor the sports information of special groups.
Description
Technical field
The utility model relates to a kind of information monitoring system, more particularly refers to a kind of movable information monitoring system.
Background technology
In prior art, school or some other team or enterprises and institutions (such as being engaged in the enterprise of Health management service), need to monitor effectively to the amount of exercise of specific crowd, to reach the object of the fitness that improves this Team Member.For example, along with the requirement of state education department to physique constitution of students, various kinds of schools has increased the examination project of fitness student.
But, in prior art, lacking one measure effectively, can monitor anywhere or anytime people's amount of exercise.Because people's motion mode and run duration and sports center all can not suffer restraints, once suffer restraints, this monitor mode is just difficult to effectively be applied.
In order to reach the effective monitoring of the motion (or being called body-building) to specific crowd, reach the object of the fitness that improves this type of crowd, be necessary to develop a kind of monitoring system easy to use.
Utility model content
The purpose of this utility model is to overcome the defect of prior art, and a kind of movable information monitoring system is provided.
For achieving the above object, the utility model is by the following technical solutions:
Movable information monitoring system, comprises motion information acquisition device, and the compact fitness facilities of several and the wireless connections of motion information acquisition device, and described compact fitness facilities is electronic skipping rope exercise gymnastic device; Described electronic skipping rope exercise gymnastic device comprises bar-shaped housing, and the front end of housing is provided with swivel head; The data processing circuit that is provided with power module in described housing, is connected with power module, and the rotation detection circuit and the acceleration transducer that are connected with data processing circuit; The transducing signal that described acceleration transducer detects is converted to pulse signal, the rotation counting that data processing circuit is counted and rotation detection circuit is skipped rope the pulse signal of acceleration transducer; Also comprise the wireless communication module being connected with data processing circuit; The data processing unit that described motion information acquisition device comprises power module, is connected with power module, described data processing unit is also connected with wireless communication module.
Its further technical scheme is: the wireless communication module of the wireless communication module of described motion information acquisition device and electronic skipping rope exercise gymnastic device is private radio communication module, comprises 2.4G wireless module and/or RFID module.
Its further technical scheme is: the wireless communication module of the wireless communication module of described motion information acquisition device and electronic skipping rope exercise gymnastic device is public mobile communication module, is GSM communication module, WCDMA module or CDMA module.
Its further technical scheme is: described electronic skipping rope exercise gymnastic device also comprises the pulse transducer being connected with data processing circuit; Described pulse transducer is located at the position that on housing, human body can contact, or described pulse transducer is fixed on the ring bodies inner side of being located at wrist place, and described ring bodies is electrically connected by the data processing circuit of flexible wire and housing.
Its further technical scheme is: the data processing circuit of described electronic skipping rope exercise gymnastic device comprises the setting value of two acceleration sensing signals, comprises acceleration sensing signal sets value and running acceleration transducer setting value on foot; When the analog signal that described acceleration transducer detects is greater than on foot acceleration sensing signal sets value, data processing circuit is converted to the pulse signal walking road counting statistics of going forward side by side to being greater than on foot the transducing signal of acceleration sensing signal sets value; When the analog signal that described acceleration transducer detects is greater than running transducing signal setting value, data processing circuit is converted to pulse signal and the counting statistics of running to the transducing signal that is greater than running acceleration sensing signal sets value.
Its further technical scheme is: described motion information acquisition device is provided with the network adapter being connected with internet, and described motion information acquisition device is provided with the network service module for public access.
Its further technical scheme is: also comprise the webserver being connected with movable information communication, the described webserver is provided with the network adapter being connected with internet.
The utility model adopts such movable information method for supervising, user is with oneself with compact fitness facilities, compact fitness facilities collects user's amount of exercise data timesharing or sends in real time motion information acquisition device, inquiry is by being connected in the intelligent terminal of internet, with the network service module of registered user or visitor's health access web server or motion information acquisition device, inquiry user's amount of exercise data.
Its further technical scheme is: also comprise the amount of exercise detection method of compact fitness facilities, this detection method comprises one or two or more kinds in A method, B method, C method;
Described A method is portable detection method, and data processing circuit carries out motion counting statistics to the transducing signal of acceleration transducer, comprises running type motion counting and the formula times of exercise of walking; Described B method is aerobic exercise detection method, data processing circuit is aerobic exercise to the transducing signal of acceleration transducer at more than 120 times motion recording per minute, and record time and the times of exercise of this aerobic exercise, when aerobic exercise does not reach setting-up time, send alarm signal; Described C method is rope skipping detection method, and data processing circuit is added up the rotary speed of rotation counting circuit, when rotary speed be greater than per minute when more than 10 times, and the time exceed more than 2 minutes, be recorded as the motion counting of rope skipping.Wherein, described amount of exercise detection method is further comprising the steps of: user inputs to the parameter of individual height and body weight in the data processing circuit of electronic skipping rope exercise gymnastic device, data processing circuit carries out computing to carrying out between the times of exercise detecting and parameter by common-used formula, obtains the energy consumption data of each motion.
The utility model beneficial effect is compared with prior art: several compact fitness facilitieses that the utility model adopts motion information acquisition device to wear with oneself the user in certain special group carry out timesharing or real-time collection, and the amount of exercise that reaches them gathers and gather monitoring object afterwards.The utility model can be widely used in school, army and enterprises and institutions, carries out the effective monitoring of movable information for specific crowd.Compact fitness facilities wherein has additional the acceleration transducer being connected with data processing circuit in housing, make housing as Handle of skipping rope in the time that user carries, the health that can simultaneously detect user moves, such as walking and running, detect user's amount of exercise with this, and then user's amount of exercise is added up and managed.Be particularly suitable for detection and the management of the personal information of student's physical training aspect.Can also further adopt pulse transducer, user's heart rate is detected, changes in heart rate when detection user moves, can carry out aerobic exercise detection to user.Can also further increase satellite positioning module, other staff via satellite locating module search the position at user place.
Below in conjunction with the drawings and specific embodiments, the utility model is further described.
Brief description of the drawings
Fig. 1 is the block diagram of the utility model movable information monitoring system specific embodiment;
Fig. 2 is the circuit block diagram of the motion information acquisition device in embodiment illustrated in fig. 1;
Fig. 3 is the circuit theory diagrams (core of governor circuit) of the motion information acquisition device specific embodiment of the utility model movable information monitoring system;
Fig. 4 is the circuit theory diagrams (peripheral part of governor circuit) of the motion information acquisition device specific embodiment of the utility model movable information monitoring system;
Fig. 5 is the circuit theory diagrams (wireless communication module part) of the motion information acquisition device specific embodiment of the utility model movable information monitoring system;
Fig. 6 is the circuit theory diagrams (power module part) of the motion information acquisition device specific embodiment of the utility model movable information monitoring system;
Fig. 7 is the circuit theory diagrams (mixed-media network modules mixed-media part) of the motion information acquisition device specific embodiment of the utility model movable information monitoring system;
Fig. 8 is the stereogram of the compact fitness facilities specific embodiment in the utility model movable information monitoring system;
Fig. 9 is and the shape assumption diagram of the another one Handle of skipping rope matching embodiment illustrated in fig. 8;
Figure 10 is the circuit block diagram of compact fitness facilities embodiment illustrated in fig. 8;
Figure 11 is the circuit theory diagrams (mainly comprising the major parts such as microcontroller, memory, acceleration transducer and 2.4G wireless module and power module) of the compact fitness facilities of another embodiment of the utility model movable information monitoring system;
Emphasis student movement statistical analysis display interface schematic diagram (walking analysis part) in Figure 12 A the utility model movable information monitoring system specific embodiment when customer access network server;
Emphasis student movement statistical analysis display interface schematic diagram (running analysis part) in Figure 12 B the utility model movable information monitoring system specific embodiment when customer access network server;
Emphasis student movement statistical analysis display interface schematic diagram (rope skipping analysis part) in Figure 12 C the utility model movable information monitoring system specific embodiment when customer access network server;
Emphasis student movement statistical analysis display interface schematic diagram (motion analysis part) in Figure 12 D the utility model movable information monitoring system specific embodiment when customer access network server;
Emphasis student movement statistical analysis display interface schematic diagram (walking period analysis part) in Figure 12 E the utility model movable information monitoring system specific embodiment when customer access network server;
Emphasis student movement statistical analysis display interface schematic diagram (the period analysis part of running) in Figure 12 F the utility model movable information monitoring system specific embodiment when customer access network server;
Emphasis student movement statistical analysis display interface schematic diagram (rope skipping period analysis part) in Figure 12 G the utility model movable information monitoring system specific embodiment when customer access network server;
Emphasis student movement statistical analysis display interface schematic diagram (movement slot analysis part) in Figure 12 H the utility model movable information monitoring system specific embodiment when customer access network server.
Reference numeral
10 housing 20 swivel heads
31 power module 32 data processing circuits
321 microcontroller 322 memories
33 rotation detection circuit 34 acceleration transducers
35 wireless communication module 41 mobile communication modules
42 display screen 43 buttons
44 sound pick-up 46 satellite positioning module
47 pulse transducer 45 loudspeakers
80 data processing unit 801 processors
802 memory 803 display screens
804 keyboard 81 power modules
82 mixed-media network modules mixed-media 83 wireless communication modules
90 compact fitness facilities 91 motion information acquisition devices
92 data center 95 internet
93 webserver 941 inquiry terminal machines
942 mobile phone 943 panel computers
944 notebook computer 945 PC computers
Detailed description of the invention
In order to more fully understand technology contents of the present utility model, below in conjunction with specific embodiment, the technical solution of the utility model is further introduced and explanation, but be not limited to this.
The embodiment of the utility model movable information monitoring system as shown in Figure 1, comprise several compact fitness facilitieses 90, and the motion information acquisition device 91(being connected with these compact fitness facilities 90 wireless telecommunications is such as being located at the doorway of school), the wireless communication range (such as entering in school) that the compact fitness facilities 90 of carrying as user (such as student) enters motion information acquisition device 91, the compact fitness facilities 90(that student wears is with it also a kind of Multifunctional jump rope handle), the movable information of state-of-the-art record (also can be called exercise data) can be sent to motion information acquisition device 91, motion information acquisition device 91 sends each student's movable information the data center 92 of school again, data center 92 is sent to movable information the webserver 93 again, the webserver 93 is wherein connected in internet in real time, inquiry can pass through intelligent terminal (such as inquiry terminal machine 941, mobile phone 942, panel computer 943, notebook computer 944 or PC computer 945 etc.), enter the motion information data storehouse of the webserver with registered user's identity or visitor's identity, carry out relevant data query, realize the momental effective monitoring to student, and then can urge student to enter effective physical training, to improve fitness.
Shown in Fig. 1 is only the application example of a school, and it is special wireless communication mode that motion information acquisition device and compact fitness facilities adopt, the wireless communication mode customizing by using the demand of object, can adopt 2.4G wireless communication module and/or the in-plant induction type RFID module (passive type structure) that can reach 100-300 rice wireless communication distance.
When an administrative region is (such as Yi Ge county, an or city, an or province, an even country) while there are several schools, each school is at least provided with a motion information acquisition device, the motion information acquisition device of each school carries out data by the data wire of internet with the webserver and is connected, and realizes the monitoring of the students' of whole administrative region movable information.
In other embodiment, the data center of single applying unit (such as same school) and motion information acquisition device can be to be integral type structure, be that motion information acquisition device is realized by an industrial computer or PC, thousands of tens thousand of students' amount of exercise stored simultaneously.Can also in motion information acquisition device, be provided with network service module, realize the function of the webserver, together with being located at the webserver by motion information acquisition device, the formula that becomes one structure.
When the utility model is applied to health control enterprise or life insurance company's (customer service that this type of applying unit is for they, region is unrestricted) time, the place that user does not fix, this applied environment, need to adopt public wireless communication mode between compact fitness facilities and motion information acquisition device, it is the mobile communication module that existing mobile phone adopts, realizing user by public wireless communication networks (is compact fitness facilities, sense terminals) with data center's (being the collecting terminal of movable information, director server) between data communication.
As shown in Figure 2, the motion information acquisition device that the utility model adopts mainly comprises power module 81, the data processing unit 80(being connected with power module 81 mainly comprises processor 801 and memory 802), also comprise that the mixed-media network modules mixed-media 82(that is connected with data processing unit 80 realizes and being connected of the webserver), wireless communication module 83(realization is connected with the wireless telecommunications of several compact fitness facilitieses), and peripheral equipment (such as display screen 803 and keyboard 804).
Fig. 3 is the core circuit theory diagrams of the governor circuit of motion information acquisition device specific embodiment, and DSPIC24HJ256GP210 chip is wherein processor.Fig. 4 is the peripheral part circuit theory diagrams of the governor circuit of motion information acquisition device specific embodiment, and JLX240160G chip is wherein LCD driver module, and CP2102 chip is USB communication module, and W25Q32FV chip is memory.Fig. 5 is the wireless communication module partial circuit schematic diagram of motion information acquisition device specific embodiment, and RFX2401C chip is wherein ZigBee wireless module, and BK2423 chip is 2.4G wireless module.Fig. 6 is the power module partial circuit schematic diagram of motion information acquisition device specific embodiment.Fig. 7 is the mixed-media network modules mixed-media partial circuit schematic diagram of the utility model motion information acquisition device specific embodiment, and RJ45 is wherein network interface, and NEBOARD_SOP28 chip is mixed-media network modules mixed-media.
When the utility model is used for student movement information monitoring system of school, be called again student movement intellectual analysis supervisory systems.By electronic intelligence skip rope student in running body-building apparatus (being compact fitness facilities) the acquisition units time rope skipping number of times and running step number and consume caloric quantity, and data are preserved.When in the region that student covers by wireless information collection terminal, this wireless information collection terminal can be used data the storage in the meeting of mobile interaction platform technology automatic acquisition electronic intelligence rope skipping running body-building apparatus to be uploaded in Internet of Things server (being the webserver), system adopts data engine and data mining technology, application visualized data parser makes administrative staff arrive each class, grade and whole school's student movement statistical information by Network Capture, and can carry out information inquiry by computer and mobile phone etc.Major function and feature have following some:
1, the amount of exercise of the rope skipping to user's any time and road-work, consumption calorie, burning fat etc. gather, add up, supervise and analyze;
2, can adopt the state-of-the-art mobile interaction platform technology in unique world and technology of Internet of things;
3, do not need user carry out any complex operations and only need be used in conjunction with and can complete all functions;
4, use computer, mobile phone, iPad, terminating machine to surf the Net in any place and inquire about user's the amount of exercise in any run duration and other statistics;
5, according to different rights on-line monitoring student movement data message, and realize statistics and the monitoring of carrying out student movement performance comprehensively;
6, adopt data engine and data mining technology, application visualized data parser is added up each student's movable information and Physical Health Status;
7, make student strengthen the interest of sports and rudimentary knowledge, basic skills and the effective ways that attraction, grasp science are taken exercise;
8, can utilize this platform development to complete the collection of relevant to student safe, healthy, trace, the rate of attendance etc. data.
As shown in Figure 8 and Figure 9, the compact fitness facilities (a kind of with Multifunctional jump rope handle) that the utility model movable information monitoring system adopts, comprise that bar-shaped housing 10(is the shell of Handle of skipping rope), the front end of housing 10 is provided with swivel head 20(for hitching rope, form a pair ofly with another one Handle of skipping rope, user can carry out rope skipping); The data processing circuit 32 that is provided with power module 31 in housing 10, is connected with power module 31, and the rotation detection circuit 33 and the acceleration transducer 34 that are connected with data processing circuit 32; The transducing signal that acceleration transducer 34 detects is converted to pulse signal, and (this signal conversion can be realized by the compare instruction in microcontroller or comparison circuit, the comparison circuit that also can be formed by comparator, the analog signal directly acceleration transducer being collected is changed), the rotation counting that data processing circuit 32 is counted and rotation detection circuit 33 is skipped rope the pulse signal of acceleration transducer 34.
The memory 322 that data processing circuit 32 comprises microcontroller 321 and connects with microcontroller 321; Rotation detection circuit 33 comprises that rotation counting sensor is (not shown, can be Hall element, tongue tube or other position sensor), rotation counting sensor is positioned at swivel head the inner, the inner of swivel head is at least provided with a test point corresponding with rotation counting sensing station, for generation of the induced signal of rotation.
Also comprise the wireless communication module 35 being connected with data processing circuit 32, wireless communication module 35 and motion information acquisition device (not shown, an other equipment); In the present embodiment, what the wireless communication module of employing adopted is 2.4G wireless module (for 300 meters with interior wireless telecommunications), also can adopt the RFID module (for 100mm with interior closely induction type wireless telecommunications) of passive type.Wireless communication module is producer oneself configuration, and its object is to realize the data communication between movable information monitoring system and harvester, and user's movable information is sent to harvester, is resent to the webserver.
This is to utilize public communication networks also to comprise the mobile communication module 41(that is connected with data processing circuit 32, it is mobile communication network, on Handle of skipping rope, insert the Mobile phone card of SIM and so on, can be used as a mobile phone uses), display screen 42, button 43, sound pick-up 44, and loudspeaker 45 (can also increase receiver); Mobile communication module 41 is GSM communication module, WCDMA module or CDMA module.
Can further include the satellite positioning module 46 being connected with data processing circuit 32, satellite positioning module 46 is the Big Dipper module and/or GPS module, where related personnel can arrive user in by this module searches, and locating module carries out measurements and calculations to user's displacement via satellite.
Also further comprise the pulse transducer 47 being connected with data processing circuit 32; Pulse transducer 47 is located at the position that on housing 10, human body can contact.
Wherein, in the microcontroller of data processing circuit, be provided with the setting value of two acceleration sensing signals, comprise acceleration sensing signal sets value and running acceleration transducer setting value on foot; When the analog signal that acceleration transducer detects is greater than on foot acceleration sensing signal sets value, data processing circuit is converted to the pulse signal walking road counting statistics of going forward side by side to being greater than on foot the transducing signal of acceleration sensing signal sets value; When the analog signal that described acceleration transducer detects is greater than running transducing signal setting value, data processing circuit is converted to pulse signal and the counting statistics of running to the transducing signal that is greater than running acceleration sensing signal sets value.Also, user's activity hour (transducing signal is also little), calculates by walking, and activity large (transducing signal is also large) calculates by running.
The utility model adopts such movable information method for supervising, user is with oneself with compact fitness facilities, compact fitness facilities collects user's amount of exercise data timesharing or sends in real time motion information acquisition device, inquiry is by being connected in the intelligent terminal of internet, with the network service module of registered user or visitor's health access web server or motion information acquisition device, inquiry user's amount of exercise data.
Also comprise the amount of exercise detection method of compact fitness facilities, this detection method comprises one or two or more kinds in A method, B method, C method;
A method is portable detection method, and data processing circuit carries out motion counting statistics to the transducing signal of acceleration transducer, comprises running type motion counting and the formula times of exercise of walking;
B method is aerobic exercise detection method, data processing circuit is aerobic exercise to the transducing signal of acceleration transducer at more than 120 times motion recording per minute, and record time and the times of exercise of this aerobic exercise, when aerobic exercise does not reach setting-up time, send alarm signal;
C method is rope skipping detection method, and data processing circuit is added up the rotary speed of rotation counting circuit, when rotary speed be greater than per minute when more than 10 times, and the time exceed more than 2 minutes, be recorded as the motion counting of rope skipping.
Wherein, amount of exercise detection method is further comprising the steps of: user inputs to the parameter of individual height and body weight in the data processing circuit of electronic skipping rope exercise gymnastic device, data processing circuit carries out computing to carrying out between the times of exercise detecting and parameter by common-used formula, obtains the energy consumption data of each motion.
In embodiment as shown in figure 11, microcontroller is EFM32TG822 cake core, the memory 322 connecting with microcontroller 321; Acceleration transducer is KXTJ2 cake core; Memory is 24C256 cake core, and wireless module is the 2.4G module of nRF24L01P type.Being described as follows of concrete operations and setting:
1, internal clocking is set: load onto battery LCD display and show year (as 2013), revise the current time (being that rotation detection circuit can be used as a kind of knob, input control signal) by rotating rotary head.Set time flicking function key and entered setting month, the moon shows (as 12) on the LCD display left side, revises current month by rotating rotary head.Flicking function key enters setting day again, and day demonstration (as 01) on the right of LCD display was worked as the day before yesterday by the amendment of rotation rotary head.Flicking function key enters and sets hour again, hour shows on the LCD display left side (as 12), by rotating rotary head when amendment.Flicking function key enters setting minute again, and minute demonstration (as 01) on the right of LCD display, by rotating rotary head amendment minute.Flicking function has been built clock setting and has been entered meter step mode again.Again load onto as modification time again please unload battery, carry out the 1st step.
2, the pattern of walking: 24 hours whole days detect the step number of walking automatically.
3, running modes: in the time that you start to run, system can automatic decision be running state the storage of meter step.
4, rope skipping pattern: whipping rope enters rope skipping pattern automatically.If all do not skip rope and automatically switch to step function again for 15 seconds.
5, data inspection method: can circulate and select to check the total step number (as P:88888) of running last running step number (as P:88888), today, the skip rope number of turns (as T:88888), today skip rope number of total coils (as T:88888), heat exhaustion today sum (as R:88888) unit kilocalorie, the total distance of mileage today (as L:88888) unit rice for the last time by touching function key.
6, data storage: this equipment can be preserved 60 days above rope skipping and step count data.
7, transfer of data: when this equipment (being fitness equipment) approaches the range of receiving of sport and body-building intellectual analysis supervisory systems collector (being motion information acquisition device), can automatically upload record data to collector and empty equipment records.
8, network transmission: sport and body-building intellectual analysis supervisory systems collector transmits all data automatically to network database servers.The head of a family or teacher can log in appointed website inquiry student movement information by data terminal, mobile phone, panel computer, notebook computer.
9, sport and body-building intellectual analysis supervisory systems collector: power supply 12V, full-automatic modulation receives the data of rope skipping running body-building apparatus.
Environment for use: temperature range-30 DEG C～70 DEG C.
In other embodiment, pulse transducer also can be fixed on the ring bodies inner side of being located at wrist place, and ring bodies is electrically connected (realizing the electric connection of pulse transducer and data processing circuit) by the data processing circuit of flexible wire and housing.In other embodiment, can also be provided with in the rear end of housing LED lamp and the collector lens that is positioned at LED lamp outside.Make the utility model can become a kind of flashlight, the illumination under night or dark surrounds.In other embodiment, also can only be provided with these two important module of rotation detection circuit and acceleration transducer, and not need mobile call function, do not need satellite positioning functions yet, do not need the measuring ability of arteries and veins yet.
Compact fitness facilities has additional the acceleration transducer being connected with data processing circuit in housing, make housing as Handle of skipping rope in the time that user carries, the health that can simultaneously detect user moves, such as walking and running, detect user's amount of exercise with this, and then user's amount of exercise is added up and managed.Be particularly suitable for detection and the management of the personal information of student's physical training aspect.Can also further adopt pulse transducer, user's heart rate is detected, changes in heart rate when detection user moves, can carry out aerobic exercise detection to user.Can also further increase satellite positioning module, other staff via satellite locating module search the position at user place.
Above-mentionedly only further illustrate technology contents of the present utility model with embodiment; so that reader is easier to understand; but do not represent that embodiment of the present utility model only limits to this, any technology of doing according to the utility model is extended or recreation, is all subject to protection of the present utility model.Protection domain of the present utility model is as the criterion with claims.
Claims (7)
1. movable information monitoring system, is characterized in that comprising motion information acquisition device, and the compact fitness facilities of several and the wireless connections of motion information acquisition device, and described compact fitness facilities is electronic skipping rope exercise gymnastic device; Described electronic skipping rope exercise gymnastic device comprises bar-shaped housing, and the front end of housing is provided with swivel head; The data processing circuit that is provided with power module in described housing, is connected with power module, and the rotation detection circuit and the acceleration transducer that are connected with data processing circuit; The transducing signal that described acceleration transducer detects is converted to pulse signal, the rotation counting that data processing circuit is counted and rotation detection circuit is skipped rope the pulse signal of acceleration transducer; Also comprise the wireless communication module being connected with data processing circuit; The data processing unit that described motion information acquisition device comprises power module, is connected with power module, described data processing unit is also connected with wireless communication module.
2. movable information monitoring system according to claim 1, is characterized in that the wireless communication module of described motion information acquisition device and the wireless communication module of electronic skipping rope exercise gymnastic device are private radio communication module.
3. movable information monitoring system according to claim 1, is characterized in that the wireless communication module of described motion information acquisition device and the wireless communication module of electronic skipping rope exercise gymnastic device are public mobile communication module.
4. movable information monitoring system according to claim 1, is characterized in that described electronic skipping rope exercise gymnastic device also comprises the pulse transducer being connected with data processing circuit; Described pulse transducer is located at the position that on housing, human body can contact, or described pulse transducer is fixed on the ring bodies inner side of being located at wrist place, and described ring bodies is electrically connected by the data processing circuit of flexible wire and housing.
5. movable information monitoring system according to claim 1, it is characterized in that the data processing circuit of described electronic skipping rope exercise gymnastic device is provided with the setting value of two acceleration sensing signals, comprise acceleration sensing signal sets value and running acceleration transducer setting value on foot; When the analog signal that described acceleration transducer detects is greater than on foot acceleration sensing signal sets value, data processing circuit is converted to the pulse signal walking road counting statistics of going forward side by side to being greater than on foot the transducing signal of acceleration sensing signal sets value; When the analog signal that described acceleration transducer detects is greater than running transducing signal setting value, data processing circuit is converted to pulse signal and the counting statistics of running to the transducing signal that is greater than running acceleration sensing signal sets value.
6. movable information monitoring system according to claim 1, is characterized in that described motion information acquisition device is provided with the network adapter being connected with internet, and described motion information acquisition device is provided with the network service module for public access.
7. movable information monitoring system according to claim 1, characterized by further comprising the webserver being connected with movable information communication, and the described webserver is provided with the network adapter being connected with internet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420013540.9U CN203816132U (en) | 2014-01-09 | 2014-01-09 | Sports information monitoring system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420013540.9U CN203816132U (en) | 2014-01-09 | 2014-01-09 | Sports information monitoring system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103691102A (en) * | 2014-01-09 | 2014-04-02 | 林培林 | Exercise information monitoring system and method thereof |
| CN108653974A (en) * | 2018-05-11 | 2018-10-16 | 珠海云麦科技有限公司 | A kind of intelligence rope skipping with data analysis |
| CN113035315A (en) * | 2021-01-22 | 2021-06-25 | 浙江工业大学 | Children's intelligence rope skipping interactive system based on many terminals |
-
2014
- 2014-01-09 CN CN201420013540.9U patent/CN203816132U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103691102A (en) * | 2014-01-09 | 2014-04-02 | 林培林 | Exercise information monitoring system and method thereof |
| CN108653974A (en) * | 2018-05-11 | 2018-10-16 | 珠海云麦科技有限公司 | A kind of intelligence rope skipping with data analysis |
| CN113035315A (en) * | 2021-01-22 | 2021-06-25 | 浙江工业大学 | Children's intelligence rope skipping interactive system based on many terminals |
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| TR01 | Transfer of patent right |
Effective date of registration: 20181029 Address after: 518000 Guangdong Shenzhen Baoan District Fuyong street new and community industrial North District 28, seventh floor. Patentee after: Shenzhen Peilin Sports Technology Co.,Ltd. Address before: 518000 Guangdong Shenzhen Baoan District Fuyong street new and community industrial North District 28, seventh floor. Patentee before: Lin Peilin |
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Granted publication date: 20140910 |
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