CN105973294A - Information collection analysis method and system for primary and high school student middle-distance race - Google Patents
Information collection analysis method and system for primary and high school student middle-distance race Download PDFInfo
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Abstract
The present invention provides a complete solution scheme for improving coaches and students' training efficiency, improving a training method and enhancing the training effect. The system comprises the following steps: 1) logging the sensor information and student information in a database management module; 2) completing the distribution of a sensor in a registering module, and opening a serial port; 3) checking today meteorology and the weather pollution case in a China meteorology module, and determining whether the training is performed or not; 4) clicking collection starting in an environment information acquisition module to obtain atmosphere parameters; 5) clicking starting of a race in a motion information monitoring module, and monitoring the athlete's motion case; 6) clicking monitoring starting in a physical efficiency monitoring module to monitor the athlete's physical efficiency parameter changing case; and 7) retrieving and displaying the students' historical motion information according to the students' names and dates in a motion score analysis module. The information collection analysis system for primary and high school student middle-distance race solves the problem that coaches are difficult to dynamically monitor the middle school students' motion information and physical efficiency information in real time in the middle school student motion in the daily life, and is a complete solution scheme for enhancing coaches and students' training efficiency, improving the training method and improving the training effect.
Description
Technical field
The present invention relates to the communications field, particularly relate to students in middle and primary schools' middle-distance race analysis of information collection communication
Field.
Background technology
Sensor monitoring technology is the basic means obtaining real time data, protects at commercial production, environment
Protect, deathtrap signals collecting, the field such as medical diagnosis have important using value.WPF
(Windows Presentation Foundation) be Microsoft release based on Windows Vista
User interface frame, belong to a part of .NET Framework 3.0, at follow-up .NET
Framework version is all supported.It provide unified programming model, language and framework, very
Just accomplishing the work of separating interface designer and developer；It provide brand-new many simultaneously
Media interactive user graphical interfaces.
Along with the development of society, improving constantly of quality of life, health, motion are increasingly by people
Attention.Especially in the case of earth environment pollutes aggravation, the motion that middle school student are healthy shows
Particularly important.But only have single parameter acquisition unit on market, if daily middle school teaching
Middle physical stamina test needs gather many kinds of parameters simultaneously, analyzes atmospheric condition if appropriate for motion,
And the physical ability parameter information of student during running, then need to carry a large amount of heavy equipment, and
Analyzing very complicated, add substantial amounts of work to couch, training effectiveness is low, training effect
The poorest.Therefore a set of collection atmospheric parameter Real-time Collection analysis, weather forecast, physical ability information it are badly in need of in fact
Time gather monitoring analyze and movable information Real-time Collection analyze in one integrated facility and system,
For improving couch and the training effectiveness of student, improve training method, improve training effect and provide
Total solution.
Summary of the invention
For the single existence of sensor in the market, collection analysis many kinds of parameters heaviness inconvenience simultaneously,
Adding substantial amounts of work to couch, training effectiveness is low, the problem of training effect's difference, the present invention
Purpose be to provide a set of collection atmospheric parameter Real-time Collection analysis, weather forecast, physical ability information real
Time gather monitoring analyze and movable information Real-time Collection analyze in one students in middle and primary schools' middle-distance race information
Acquisition analysis system；For improving couch and the training effectiveness of student, improve training method, improve
Training effect provides total solution.
The present invention provides a kind of students in middle and primary schools' middle-distance race information acquisition and analysis system method, it is characterised in that
The method comprises the following steps:
1) each sensor assembly is connected to atmospheric parameter harvester main body, according to respective mode
Start, automatic network-building；
2) PC sends information gathering order by USB wireless transceiver to each sensor；
3) geographical position acquisition module gathers satellite-signal, is transmitted to closest routing module,
Routing module is transmitted to USB wireless transceiver；
4) signal collected is transmitted to USB via atmospheric parameter harvester main body by each sensor
Wireless transceiver；
5) system reads the data that USB wireless transceiver receives, according to respective command format,
Carrying out resolving, classifying, atmospheric parameter is stored in data base, by the geographical location information that separates according to
NEMA0183 agreement is further resolved, and is converted into concrete geo-location parameter and is stored in data
Storehouse；
6) by treated air-derived information, input system, to temperature, humidity, air pressure,
Illumination, wind speed, wind direction carry out real-time dynamic window monitoring；
7) by treated geographical location information, input system, can be at Bingmaps map etc.
In service, dynamic display student movement track, monitoring window can be presented at monitoring window simultaneously and move
State draw time m-velocity image, time m-range image, distance-velocity image；
8) storage historic training data, retrospective analysis student's historical movement achievement are read.
Preferably, wherein, atmospheric parameter harvester main body and each sensor are by Wi-Fi certainly
Networking.
Preferably, wherein, described geographical position acquisition module uses the Big Dipper+GPS dual-mode navigation module
ATGM331C1, uses the bimodulus locating module of dual pathways radio frequency chip, uses the encapsulation of 28pin stamp,
Complete upgrading ATGM330B, supports single system location and the dual system connection of BD2, GPS, GLONASS
Close location, and after collecting signal, automatically according to balancing energy wireless sensor network short path
Routing algorithm EB-SPR finds routing node, forwards the information collected.
Preferably, described USB wireless transceiver module uses ZigBee-network, based on
The low-power consumption LAN protocol of IEEE802.15.4 standard, utilizes ZigBee-network to provide the user nothing
Line data-transformation facility.
Preferably, carry out data preliminary classification, then carry out geographical position according to NEMA0183 agreement
Information analysis.
Preferably, the geographic location signal got is shown dynamically according to latitude and longitude value
In Bingmaps Map Services, form movement locus.
The present invention also provides for a kind of students in middle and primary schools' middle-distance race information acquisition and analysis system, it is characterised in that
System includes atmospheric parameter harvester main body, USB radio receiving transmitting module, launches routing module, physical ability
Information monitoring module and data visualized operation system, described atmospheric parameter harvester main body is by environment
Parameter sensors forms, and described atmospheric parameter harvester main body and described transmitting routing module can receive
By the signal of described environmental parameter sensor Real-time Collection, and it is sent to described USB wireless receiving and dispatching mould
Block；Complete the collection to desired parameters by described USB radio receiving transmitting module, and transfer back to PC.
Preferably, wherein, described environmental parameter sensor is by temperature acquisition sensor, humidity sensor
One or more sensors composition in device, baroceptor, illuminance transducer, anemoclinograph.
Preferably, wherein, atmospheric parameter harvester main body acquisition precision reaches less than 5 meters, signal
Transmitting range is more than 1 kilometer.
Preferably, wherein, temperature acquisition transducer range is 40-80 DEG C, resolving power 0.1 DEG C, essence
Spend ± 0.4 DEG C；The range of humidity sensor is 0-100%RH, resolving power 0.1%RH, precision ± 3.O%RH；
The range of baroceptor is 300-11OOhPa, resolving power 0.01hPa, maximum error ± 4hPa,
Standard error ± 0.5hPa；The range of illuminance transducer is O-200000Lx, resolving power: 1Lx；Wind
The wind speed range of speed anemoscope is O-30m/s, resolving power 0.1m/s, and the range of angle is 0-360 degree,
Resolving power 5 °.
Preferably, wherein, described physical ability information monitoring modular by body temperature trans, pressure transducer,
One or more sensors composition in pulse transducer, heartbeat sensor.
Students in middle and primary schools' middle-distance race information acquisition and analysis system of the present invention, solves sensor on market
Single existence, the problem that collection analysis many kinds of parameters heaviness is inconvenient simultaneously, adopt according to atmospheric parameter
Collection sensor, geographical position acquisition module, Real-time Collection and pass back PC be analyzed process, greatly
Facilitate greatly the pollution condition of P.E. teacher's analysis environments in physical education, if be suitable for motion；Learn
Raw physical ability real-time change situation, to carry out the training of adaptation；Parameter acquisition in student's middle-distance race,
The analysis contrast of achievement.With existing single-sensor, method is compared, and has light and handy, convenient,
The advantages such as information visualization, for improving couch and the training effectiveness of student, improve training method,
Improve training effect and provide total solution.
Accompanying drawing explanation
Fig. 1 is grid organization chart；
Fig. 2 is system frame structure figure；
Fig. 3 A, Fig. 3 B are product accessories figure；
Fig. 4 is atmospheric parameter harvester assembling figure；
Fig. 5 is geographical position harvester assembling figure；
Fig. 6 is USB wireless transceiver assembling figure；
Fig. 7 is atmospheric parameter collector status display lamp schematic diagram；
Fig. 8 is geographical position collector status display lamp schematic diagram；
Detailed description of the invention
The present invention provides a kind of students in middle and primary schools' middle-distance race information acquisition and analysis system method, it is characterised in that
The method comprises the following steps:
1) each sensor assembly is connected to atmospheric parameter harvester main body, according to respective mode
Start, automatic network-building；
2) PC sends information gathering order by USB wireless transceiver to each sensor；
3) geographical position acquisition module gathers satellite-signal, is transmitted to closest routing module,
Routing module is transmitted to USB wireless transceiver；
4) signal collected is transmitted to USB via atmospheric parameter harvester main body by each sensor
Wireless transceiver；
5) system reads the data that USB wireless transceiver receives, according to respective command format,
Carrying out resolving, classifying, atmospheric parameter is stored in data base, by the geographical location information that separates according to
NEMA0183 agreement is further resolved, and is converted into concrete geo-location parameter and is stored in data
Storehouse；
6) by treated air-derived information, input system, to temperature, humidity, air pressure,
Illumination, wind speed, wind direction carry out real-time dynamic window monitoring；
7) by treated geographical location information, input system, in Bingmaps Map Services
On, Dynamic Announce student movement track, monitoring window m-velocity image when dynamically drawing, time m-
Range image, distance-velocity image；
8) reading database store historical data, retrospective analysis student's historical movement achievement.
Preferably, wherein, atmospheric parameter harvester main body and each sensor are by Wi-Fi certainly
Networking.
Preferably, wherein, described geographical position acquisition module uses the Big Dipper+GPS dual-mode navigation module
ATGM331C1, uses the bimodulus locating module of dual pathways radio frequency chip, uses the encapsulation of 28pin stamp,
Complete upgrading ATGM330B, supports single system location and the dual system connection of BD2, GPS, GLONASS
Close location, and after collecting signal, automatically according to balancing energy wireless sensor network short path
Routing algorithm EB-SPR finds routing node, forwards the information collected.
Preferably, described USB wireless transceiver module uses ZigBee-network, based on
The low-power consumption LAN protocol of IEEE802.15.4 standard, utilizes ZigBee-network to provide the user nothing
Line data-transformation facility.
Preferably, carry out data preliminary classification, then carry out geographical position according to NEMA0183 agreement
Information analysis.
Preferably, the geographic location signal got is shown dynamically according to latitude and longitude value
In Bingmap Map Services, form movement locus.
Concrete, this method comprises the following steps:
1) USB radio receiving transmitting module is received geographical position acquisition module data, various atmospheric parameter
Acquisition module data carry out data stripping, obtain various concrete data；
2) data being stripped out are resolved according to NEMA0183 agreement, draw parsing data；
3) wherein, the air-derived information being stripped out, it is stored in data base in real time and is stored in chained list confession in real time
System is called at any time.Further, set up monitoring window with the form of dynamic variation diagram, and with compass
Form real-time exhibition；Wherein, dynamic variation diagram can be temperature dynamic variation diagram, and humidity is dynamic
Variation diagram, the dynamic variation diagram of pressure, the dynamic variation diagram of illumination, the dynamic variation diagram of wind speed, wind direction moves
The combination of any one or more of state variation diagram；
4) geographical location information parsed, is stored in data base in real time and is stored in chained list in real time for system
System calls at any time.Further, by loading BingMaps map, according to latitude and longitude information, in real time
The movement locus of display middle school student.And m-speed dynamically monitors window when setting up, time m-distance move
State monitoring window, distance-speed dynamically monitors window.
5) resolve physical ability parameter information, be stored in data base in real time and be stored in chained list in real time for system at any time
Use.Further, set up with the form of dynamic variation diagram and monitor window: the dynamic variation diagram of body temperature,
The dynamic variation diagram of blood pressure, the dynamic variation diagram of pulse, the dynamic variation diagram of heart beating；
6) data being deposited in data base are managed；
7) data being stored according to data base, it is provided that assay surface, for inquiring about the historical movement of student
Information, and contrast displaying analysis.
8) the weather information api interface issued by the Central Meteorological Observatory, obtains real-time weather information,
Polluted information, it is provided that to P.E. teacher's reference, whether move with decision-making.
The present invention also provides for a kind of students in middle and primary schools' middle-distance race information acquisition and analysis system, it is characterised in that
System includes atmospheric parameter harvester main body, USB radio receiving transmitting module, launches routing module, physical ability
Information monitoring module and data visualized operation system, described atmospheric parameter harvester main body is by environment
Parameter sensors forms, and described atmospheric parameter harvester main body and described transmitting routing module can receive
By the signal of described environmental parameter sensor Real-time Collection, and it is sent to described USB wireless receiving and dispatching mould
Block；Complete the collection to desired parameters by described USB radio receiving transmitting module, and transfer back to PC.
Preferably, wherein, described environmental parameter sensor is by temperature acquisition sensor, humidity sensor
One or more sensors composition in device, baroceptor, illuminance transducer, anemoclinograph.
Preferably, wherein, atmospheric parameter harvester main body acquisition precision reaches less than 5 meters, signal
Transmitting range is more than 1 kilometer.
Preferably, wherein, temperature acquisition transducer range is 40-80 DEG C, resolving power 0.1 DEG C, essence
Spend ± 0.4 DEG C；The range of humidity sensor is 0-100%RH, resolving power 0.1%RH, precision ± 3.O%RH；
The range of baroceptor is 300-11OOhPa, resolving power 0.01hPa, maximum error ± 4hPa,
Standard error ± 0.5hPa；The range of illuminance transducer is O-200000Lx, resolving power: 1Lx；Wind
The wind speed range of speed anemoscope is O-30m/s, resolving power 0.1m/s, and the range of angle is 0-360 degree,
Resolving power 5 °.
Preferably, wherein, described physical ability information monitoring modular by body temperature trans, pressure transducer,
One or more sensors composition in pulse transducer, heartbeat sensor.
Concrete, native system includes with lower module:
1) atmospheric parameter harvester main body, acquisition precision reaches below 5m, and signal transmitting range reaches
To more than 1 kilometer, highly sensitive, the time of recapturing is short, low in energy consumption；
2) temperature acquisition sensor: range-40-80 DEG C, resolving power 0.1 DEG C, precision ± 0.4 DEG C,
Response time is short, low in energy consumption；Humidity sensor: range 0-100%RH, resolving power 0.1%RH, essence
Degree ± 3.O%RH, response time is short, low in energy consumption；Baroceptor: range 300-11OOhPa, point
Distinguishing power 0.01hPa, maximum error ± 4hPa, standard error ± 0.5hPa, response time is short, power consumption
Low；Illuminance transducer: range O-200000Lx, resolving power: 1Lx；Anemoclinograph: range:
Wind speed: O-30m/s, resolving power, 0.1m/s.Angle: 0-360 degree, resolving power, 5 °；
3) USB radio receiving transmitting module, possesses highly sensitive signal transmitting and receiving antenna, possesses Windows
7 operating systems, the PC of .net4.0 framework.
4) wherein atmospheric parameter harvester main body, launch routing module and can receive temperature sensor, wet
Degree sensor, baroceptor, anemoclinograph, the signal of optical sensor Real-time Collection, and
It is sent to USB radio receiving transmitting module；
5) physical ability information monitoring modular, at least by body temperature trans, pressure transducer, pulse sensing
One or more sensors composition in device, heartbeat sensor.
6) complete the collection to desired parameters by USB radio receiving transmitting module, and transfer back to PC.
7) data visualization operating system, system frame structure figure is as shown in Figure 2.
More specifically, students in middle and primary schools' middle-distance race information acquisition and analysis system of the present invention, for improving religion
Practice member and the training effectiveness of student, improve training method, improve training effect and provide complete solution
Certainly scheme.The concrete measure taked is: 1) use the Big Dipper+GPS dual-mode navigation module ATGM331C1,
Use the high sensitivity bimodulus locating module of dual pathways radio frequency chip, use the encapsulation of 28pin stamp,
Complete upgrading ATGM330B, less size, less power consumption.Support BD2, GPS, GLONASS
Single system location and dual system co-located, high sensitivity :-160dBm, power consumption: 200mW is (double
Mould is followed the tracks of continuously and positions), support immunity mode, possess capacity of resisting disturbance.
Technical specification:
Table 1 geographical position acquisition module
2) atmospheric parameter harvester main body.Technical specification:
Table 2 atmospheric parameter acquisition module
3) air data transducer module.Technical specification:
Table 3 air data transducer module
4) data acquisition: use AT+UCAST order, sends request to harvester, and reception is adopted
The return information of storage.
When<DSA16>=0000 (i.e. atmospheric parameter harvester),<DATA>can be values below:
1, Temperature numerical: T is obtained
Commands in return<DATA>: T=<temperature value>0
<temperature value>unit: DEG C
2, humidity: H is obtained
Commands in return<DATA>: H=<humidity value>0
<humidity value>unit: %RH
3, air pressure numerical value: P is obtained
Commands in return<DATA>: P=<atmospheric pressure value>0
<atmospheric pressure value>unit: Pa
4, illumination numerical value: I is obtained
Commands in return<DATA>: I=<brightness value>0
<brightness value>unit: lx
5, wind speed and direction: W is obtained
Commands in return<DATA>: W=<air speed value>,<direction>,<deviation angle>0
<air speed value>unit: m/s
<direction>: E/S/W/N
<deviation angle>unit: °
When<DSA16>=1000 (i.e. geographical position harvester),<DATA>can be values below:
1, navigation information: N is obtained
Commands in return<DATA>: N=<latitude>,<N/S>,<longitude>,<E/W>,<data have
Effect > 0
<data are effective>: A (data are effective)/V (data invalid)
2, date: D is obtained
Commands in return<DATA>: N=<second timesharing>,<day month year>0
* return value is 0 time zone time
5) assembling of hardware:
Product accessories is as shown in Fig. 3 A, B；
Assembling product: gather network by atmospheric parameter harvester main body, geographical position harvester, USB
Wireless transceiver three part forms.Each product equipment is assembled with reference to Fig. 4.
As spider need to be coordinated to use, can first harvester main body be fixed on spider, the spiral shell of main body
Hole is suitable for the center bolt of 5/8 inch (M16).
By M16 draw ring through the circular hole of optical sensor carriage center, screw in atmospheric parameter harvester
In the screw of the heart；Anemoclinograph is inserted the groove on support；Connect bar antenna；Connect temperature
Humidity sensor, baroceptor, anemoclinograph, the plug of optical sensor.I.e. complete big
The assembling of gas parameter acquisition unit.
Geographical position harvester as shown in Figure 5 assembles, and GPS active antenna is connected to geographical position
Put the antennal interface of acquisition module.I.e. complete the assembling of geographical position harvester.
USB wireless transceiver assembles as shown in Figure 6, and bar antenna is connected to USB wireless module
Antennal interface, i.e. complete the assembling of geographical position harvester.USB wireless transceiver is connected to carry
For USB Host Interface Host equipment.Select corresponding driving journey is installed according to host operating system
Sequence.
Operation instruction: atmospheric parameter harvester, geographical position harvester and USB wireless transceiver use
The connected mode of wireless network realizes communication each other.After device power, can actively search for it
His network equipment, it is achieved MANET.Under different electromagnetic environments, networking required time has one
Fixed difference.Suggestion is according to atmospheric parameter harvester, USB wireless transceiver, geographical position harvester
Order open device power supply (DPS).User sends order via main frame to USB wireless transceiver, thus
Obtain the duty of wireless transceiver or access the atmospheric parameter collection accessed in wireless network
Device and geographical position harvester.Each harvester can read different sensors and by data according to order
Back to USB wireless transceiver.Thus user can obtain real-time collection data on main frame.
Atmospheric parameter harvester has 3 status indicator lamps, in use shown in lexical or textual analysis Fig. 7.
Wherein,
Status indicator lamp:
Flicker frequency 2s/ time: electricity is normal
Flicker frequency 1s/ time: electricity is low
Long-term flicker: network
Short bright flicker: network
Communication display lamp:
Flicker: receive wireless network order
Collection display lamp:
Flicker: reading sensing data
Geographical position harvester has 2 status indicator lamps, and in use lexical or textual analysis is as shown in Figure 8.
Wherein,
Status indicator lamp:
Flicker frequency 2s/ time: electricity is normal
Flicker frequency 1s/ time: electricity is low
Long-term flicker: network
Short bright flicker: network
Communication display lamp:
Flicker: receive wireless network order
Charging: atmospheric parameter harvester and geographical position harvester all use built-in 4.2V lighium polymer
Battery.Supporting lithium cell charging power supply must be used during equipment charge.By lithium cell charging power supply
Being connected to 220V alternating current power supply, its green indicating lamp is lighted.Output it the charging of end access device
Input interface, display lamp becomes redness and the most charges.When display lamp recovers green, charging is
Complete.The entire charge cycle of atmospheric parameter harvester is about at 8-10 hour.Geographical position harvester
Entire charge cycle about at 2-3 hour.During to geographical station acquisition device charging, charging should be used
Patchcord adaptation charging input interface.Device power supply (DPS) switch is kept to be closed during suggestion charging.
6) software programming: on Windows X64 PC, installs Microsoft Visual Studio
2010, use .Net4.0 framework, the WPF technology using interface representability stronger writes software.
Above example, is only technical characteristic and the embodiment of the explanation present invention, its objective is to be to make
Person skilled in art will appreciate that present disclosure and is embodied as.Thus, all according to this
The conversion made of design of invention and modification, be all contained in scope of the presently claimed invention, depend on
Patent Law is filed an application.
Claims (10)
1. students in middle and primary schools' middle-distance race information acquisition and analysis system method, it is characterised in that the method
Comprise the following steps:
1) each sensor assembly is connected to atmospheric parameter harvester main body, according to respective mode
Start, automatic network-building；
2) PC sends information gathering order by USB wireless transceiver to each sensor；
3) geographical position acquisition module gathers satellite-signal, is transmitted to closest routing module,
Routing module is transmitted to USB wireless transceiver；
4) signal collected is transmitted to USB via atmospheric parameter harvester main body by each sensor
Wireless transceiver；
5) system reads the data that USB wireless transceiver receives, according to respective command format,
Carrying out resolving, classifying, atmospheric parameter is stored in data base, by the geographical location information that separates according to
NEMAO183 agreement is further resolved, and is converted into concrete geo-location parameter and is stored in data
Storehouse；
6) by treated air-derived information, input system, to temperature, humidity, air pressure,
Illumination, wind speed, wind direction carry out real-time dynamic window monitoring；
7) by treated geographical location information, input system, in Bingmaps Map Services
On, Dynamic Announce student movement track, monitoring window m-velocity image when dynamically drawing, time m-
Range image, distance-velocity image；
8) reading database store historical data, retrospective analysis student's historical movement achievement.
The most the method for claim 1, wherein atmospheric parameter harvester main body and each biography
Sensor passes through Wi-Fi MANET.
The most described geographical position acquisition module uses north
Bucket+GPS dual-mode navigation module ATGM331C1, uses the bimodulus locating module of dual pathways radio frequency chip,
Use the encapsulation of 28pin stamp, complete upgrading ATGM330B, support BD2, GPS, GLONASS
Single system location and dual system co-located, and after collecting signal, automatically according to balancing energy
Wireless sensor network Short path routing algorithm EB-SPR finds routing node, forwards the letter collected
Breath.
4. the method as described in claim 1-3, described USB wireless transceiver module uses ZigBee
Network, low-power consumption LAN protocol based on IEEE802.15.4 standard, utilize ZigBee-network
Provide the user wireless data transmission function.
5. the method for claim 1, carries out data preliminary classification, then according to GPSO183
Agreement carries out geographical location information parsing.
6. the method for claim 1, by the geographic location signal that gets according to longitude and latitude
Value shows in Bingmap Map Services dynamically, forms movement locus.
7. students in middle and primary schools' middle-distance race information acquisition and analysis system, it is characterised in that system includes
Atmospheric parameter harvester main body, USB radio receiving transmitting module, transmitting routing module, physical ability information monitoring
Module and data visualized operation system, described atmospheric parameter harvester main body is by environment parameter sensing
Device forms, and described atmospheric parameter harvester main body and described transmitting routing module can receive by described ring
The signal of border parameter sensors Real-time Collection, and it is sent to described USB radio receiving transmitting module；Pass through
Described USB radio receiving transmitting module completes the collection to desired parameters, and transfers back to PC.
8. system as claimed in claim 7, wherein, described environmental parameter sensor is adopted by temperature
In collection sensor, humidity sensor, baroceptor, illuminance transducer, anemoclinograph one
Plant or above sensor composition.
9. system as claimed in claim 8, wherein, temperature acquisition transducer range is 40-80 DEG C,
Resolving power 0.1 DEG C, precision ± 0.4 DEG C；The range of humidity sensor is 0-100%RH, resolving power
0.1%RH, precision ± 3.0%RH；The range of baroceptor is 300-1100hPa, resolving power
0.01hPa, maximum error ± 4hPa, standard error ± 0.5hPa；The range of illuminance transducer is
0-200000Lx, resolving power: 1Lx；The wind speed range of anemoclinograph is 0-30m/s, resolving power
0.1m/s, the range of angle is 0-360 degree, resolving power 5 °.
10. as claimed in claim 7 or 8 system, wherein, described physical ability information monitoring modular by
One or more in body temperature trans, pressure transducer, pulse transducer, heartbeat sensor pass
Sensor forms.
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| CN107612985A (en) * | 2017-09-06 | 2018-01-19 | 浙江大学 | A kind of city acousto-optic contamination monitoring system and method based on arrowband Internet of Things |
| CN109033986A (en) * | 2018-06-30 | 2018-12-18 | 惠州学院 | The autonomous physical efficiency collecting training data method and apparatus of university student |
| CN109509125A (en) * | 2018-10-29 | 2019-03-22 | 广州精天信息科技有限公司 | A kind of intelligent administration of physical education method and system based on big data cloud platform |
| CN110392338A (en) * | 2019-08-30 | 2019-10-29 | 罗旻 | A kind of APP remote auto acquisition objective body longitude and latitude system |
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| CN107612985B (en) * | 2017-09-06 | 2020-11-03 | 浙江大学 | Urban acousto-optic pollution monitoring system and method based on narrow-band Internet of things |
| CN109033986A (en) * | 2018-06-30 | 2018-12-18 | 惠州学院 | The autonomous physical efficiency collecting training data method and apparatus of university student |
| CN109509125A (en) * | 2018-10-29 | 2019-03-22 | 广州精天信息科技有限公司 | A kind of intelligent administration of physical education method and system based on big data cloud platform |
| CN109509125B (en) * | 2018-10-29 | 2023-11-17 | 广东精天科技有限公司 | Intelligent physical education management method and system based on big data cloud platform |
| CN110392338A (en) * | 2019-08-30 | 2019-10-29 | 罗旻 | A kind of APP remote auto acquisition objective body longitude and latitude system |
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