CN205656750U - Motion monitor terminal - Google Patents
Motion monitor terminal Download PDFInfo
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- CN205656750U CN205656750U CN201620481374.4U CN201620481374U CN205656750U CN 205656750 U CN205656750 U CN 205656750U CN 201620481374 U CN201620481374 U CN 201620481374U CN 205656750 U CN205656750 U CN 205656750U
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Abstract
The utility model provides a motion monitor terminal, realizes gathering and take notes information such as sportsman's state, position, acceleration, rhythm of the heart in real time when basketball or football to go out through wireless transmitting, thereby make things convenient for coach to carry out analysis and aassessment to sportsman's information. It includes main processing module, storage module, wireless communication module, GPS beidou positioning module, power management module, USB interface module and wireless locating module etc, main processing module gathers information such as sportsman's state, acceleration, rhythm of the heart by acceleration sensor, direction sensor, magnetic induction sensor, bluetooth module in real time, write in storage module into after handling, information is launched for the wireless removal communication base in outside by wireless communication module after main processing module handles simultaneously. The utility model discloses a sensor technology, detection technique, radio transmission technology etc. Can carry out real -time supervision to information such as the speed of basketball or football person's athletic training in -process, acceleration, angular speed, direction, rhythms of the heart.
Description
Technical field
The invention belongs to sports monitoring application, be specifically related to a kind of movement monitoring terminal.
Background technology
Basketball or football, be an extensive sports item, has high intensity, the distinguishing feature of big load in active procedure,
Ask athlete during the games, by playing individual and collective's entirety technique and tactics ability and level, reach the purpose defeated one's opponents.Therefore, how
Improve overall technology ability by the systematic training of science, be to improve basketball or football entirety technique and tactics ability and the pass of athlete's special ability
Key.For how quantifying basketball or football exercise intensity and this core training problem of load, currently without effective and reasonable solution.
In the world, by different special equipment athletic training quantified and analysis becomes a kind of inexorable trend.At home, by
In country in early days in sports industry insufficient investment, athletic training often judges by couch's eyes one-pen widely, it is impossible to accurately judge
The currently practical state of athlete, is unfavorable for that athletic performance promotes and training effect assessment；Along with the development of sports industry obtain country each
The great attention of aspect, and the fast development of science and technology, the research and development of domestic high-tech sporting equipment are in acceleration pursuit state, particularly to fortune
Mobilize training information collection, record and analyze and gradually come into one's own.
Summary of the invention
The purpose of this utility model is to be through developing method and the equipment thereof of a kind of movement monitoring, it is achieved when basketball or football, real
Time gather and record the information such as athlete's state, position, acceleration, heart rate, and gone out by wireless transmit, thus facilitate couch to athlete
Information is analyzed and assesses, and formulates special training plan, improves training effect.
For achieving the above object, this utility model is by the following technical solutions:
The equipment of a kind of movement monitoring, is movement monitoring terminal, and it includes that main processing block, memory module, wireless communication module, the GPS/ Big Dipper position
Module, power management module, acceleration transducer, direction sensor, magnetic induction sensor, Signal-regulated kinase, bluetooth module, USB interface
Module and wireless locating module；Wherein memory module, wireless communication module, GPS/ Big Dipper locating module, power management module, Signal-regulated kinase,
Bluetooth module, usb interface module, wireless locating module are connected with main processing block, acceleration transducer, direction sensor, magnetic induction sensing
Device is connected with Signal-regulated kinase, and bluetooth module is connected with outside heart rate acquisition module, and usb interface module is logical when equipment storage data derive
Crossing USB cable to be connected with external analysis terminal, wireless communication module is wirelessly connected with outside mobile radio communication base station；
Described GPS/ Big Dipper locating module, is used for obtaining athletic real-time longitude, latitude and velocity information, obtains GPS/ big dipper clock simultaneously
Information, and it is sent to main processing block；
Described bluetooth module, for outside, heart rate sensor sets up communication connection, receives the heart rate information of outside heart rate sensor transmission and is sent to main
Processing module；
Described acceleration transducer, is used for gathering athletic acceleration information and being sent to Signal-regulated kinase；
Described direction sensor, is used for gathering athletic angular velocity information and being sent to Signal-regulated kinase；
Described magnetic induction sensor, is used for gathering athletic direction of action information and being sent to Signal-regulated kinase；
Described Signal-regulated kinase, for entering acceleration sensor outputs signals, direction sensor output signal, magnetic induction sensor output signal
Row amplifies, filters and after secondary amplification compensation deals, be sent to main processing block；
Described main processing block, for receiving GPS/ Big Dipper locating module, bluetooth module, the signal of Signal-regulated kinase transmission and processing, warp
Data write memory module after process, is sent the information collected to outside mobile radio communication base station by wireless communication module simultaneously；
Described memory module, the collection initial data during storing Athletes and device parameter configuration information；
Described usb interface module, being used for storing data derives；
Described wireless locating module, for sending real-time positioning pulse signal to outside locating module；
Described power management module, powers for device interior each modular power source power supply management, battery；
Described wireless communication module, is used for receiving main processing block and sends data, and be sent to outside mobile radio communication base station.
Described movement monitoring terminal, is a kind of Miniaturized portable equipment, it is possible to be fixed on certain position of human body by arm straps or braces.
Described wireless communication module, the antenna of wireless locating module are built-in aerial；Described wireless communication module antenna uses PCB layout,
Described wireless locating module uses ceramic antenna.
Described power management module, comprises battery, corona discharge management；Wherein battery is powered for equipment, and corona discharge management is for equipment
Each module discharge controls and management.
Described acceleration transducer uses 3-axis acceleration sensor, measures the acceleration of human motion space vector, can be anti-according to this acceleration
Athlete is answered to accelerate speed；Described direction sensor uses three-axis gyroscope；Described magnetic induction sensor uses three axle magnetic induction sensors.
Use this utility model of technique scheme, it has the advantage that
(1) present invention uses sensor technology, heart rate detection technology, Radio Transmission Technology, location technology etc., it is possible to basketball or football player
Sport training process in speed, acceleration, angular velocity, direction, move distance, the information such as heart rate monitors in real time；
(2) present invention uses portable set, can facilitate and be fixed on certain position of human body by arm straps or braces.
Accompanying drawing explanation
Fig. 1 is the structure chart of the present invention.
Fig. 2 is the data acquisition process flow chart of the present invention.
Fig. 3 is that the data of the present invention derive flow chart.
Detailed description of the invention
Below in conjunction with accompanying drawing, detailed description of the invention of the present utility model is described in further detail.But this utility model not merely limits
In these embodiments.
Unless the context clearly requires otherwise, otherwise the similar word such as entire disclosure and " including " " the comprising " in claims should be construed to bag
The implication contained rather than exclusive or exhaustive implication；It is to say, be the implication of " including but not limited to ".
In description of the present utility model, except as otherwise noted, " multiple " are meant that two or more.
As it is shown in figure 1, this motion monitoring device specifically include that main processing block 101, acceleration transducer 102, direction sensor 103,
Magnetic induction sensor 104, Signal-regulated kinase 105, bluetooth module 106, power management module 107, memory module 108, GPS/ Big Dipper communication
Module 109, usb interface module 110, wireless locating module 111 and wireless communication module 112；
Described memory module 108, wireless communication module 112, GPS/ Big Dipper locating module 109, power management module 107, Signal-regulated kinase 105,
Bluetooth module 106, usb interface module 110, wireless locating module 111 are connected with main processing block 101, acceleration transducer 102, direction
Sensor 103, magnetic induction sensor 104 are connected with Signal-regulated kinase 105, bluetooth module 106 wirelessly with outside heart rate collection
Module is connected, and usb interface module 110 is connected with external analysis terminal by USB cable when equipment storage data derive, wireless telecommunications mould
Block 112 is wirelessly connected with outside mobile radio communication base station；
Described acceleration transducer 102, the acceleration signal during obtaining training athlete in real time, and send to Signal-regulated kinase 105；
Described direction sensor 103, the angular velocity signal during obtaining training athlete in real time, and send to Signal-regulated kinase 105；
Described magnetic induction sensor 104, is used for gathering athletic direction of action information and being sent to Signal-regulated kinase 105；
Described Signal-regulated kinase 105, for transmitting signal, direction sensor transmission signal, magnetic induction sensor collection letter by acceleration transducer
Number it is amplified, filters and after secondary amplifies compensation deals, and be sent to main processing block 101；
Described main processing block 101, for receiving GPS/ Big Dipper locating module 109, bluetooth module 106, the letter of Signal-regulated kinase 105 transmission
Number and process, after treatment data write memory module 108；Meanwhile, main processing block 101 data after treatment pass through wireless communication module
The information collected is sent to outside mobile radio communication base station by 112；
Described GPS/ Big Dipper locating module 109, is used for obtaining athletic real-time longitude, latitude and velocity information, when obtaining the GPS/ Big Dipper simultaneously
Clock information, and it is sent to main processing block；
Described memory module 108, the collection initial data during storing Athletes and device parameter configuration information；
Described USB interface mould, 110, being used for storing data derives and equipment charge；
Described wireless locating module 111, for sending real-time positioning pulse signal to outside locating module；
Described bluetooth module 106, for outside, heart rate sensor sets up communication connection, receives the heart rate information of outside heart rate sensor transmission and sends
To main processing block；
Described power management module 107, powers for device interior each modular power source power supply management, battery；
Described wireless communication module 112, is used for receiving main processing block 101 and sends Data Concurrent and give outside mobile radio communication base station.
Described movement monitoring terminal, is a kind of Miniaturized portable equipment, it is possible to be fixed on certain position of human body by arm straps or braces.
Described wireless communication module 112, the antenna of wireless locating module 111 are built-in aerial；Described wireless communication module antenna uses PCB
Wiring, described wireless locating module uses ceramic antenna.
Described power management module 107, comprises battery, corona discharge management；Wherein battery is powered for equipment, and corona discharge management is used for
The each module discharge of equipment controls and management.
Described acceleration transducer 102 uses 3-axis acceleration sensor, measures the acceleration of human motion space vector, according to this acceleration
Athlete can be reacted and accelerate speed；Described direction sensor 103 uses three-axis gyroscope；Described magnetic induction sensor 104 uses three axle magnetic induction to pass
Sensor.
As in figure 2 it is shown, a kind of method of movement monitoring, it comprises the steps of:
1., athletic acceleration information, angular velocity information and direction of motion information are gathered by acceleration transducer, direction sensor, magnetic induction sensor,
It is then fed into Signal-regulated kinase to process；Athlete's heart rate information that heart rate sensor gathers is obtained by bluetooth module；By wireless location mould
Block obtains berth's information；
2., send into Signal-regulated kinase information, through signal amplification, Filtering Processing, obtain actual acceleration information and angular velocity information；
3., process by main processing block to gathering acceleration information, angular velocity information, direction of motion information and berth's information, and with GPS/
On the basis of Big Dipper locating module obtains the equipment time, to the information of collection plus writing memory module after timestamp；Main processing block is believed after treatment simultaneously
Breath transmission, to wireless communication module, will be transmitted to outside mobile radio communication base station by wireless communication module；
4., memory module write data, be forwarded to external analysis terminal by main processing block through usb interface module；
5., power management module, determined by Athletes state, control each modular power source and power.
In step 1, described acceleration transducer, direction sensor, magnetic induction sensor, by being fixed on athlete by motion monitoring device
Some position, obtains actuating signal during training athlete；Described bluetooth module, by setting up communication connection with heart rate sensor built Bluetooth module,
After manually arranging, during use, carry out automatic matching between equipment；Described wireless locating module, is set up by real-time and outside location equipment and communicates
Connect, obtain device location information.
In step 2, described Signal-regulated kinase, reception acceleration signal, angular velocity signal, direction signal are amplified, then by filtering
Wave circuit is filtered gathering interference signal, after filtered rear signal carries out secondary reduction processing and amplifying, sends into main processing block and processes.
In step 3, described main processing block, according to receiving acceleration signal, angular velocity signal, calculate athlete described in the training process
Acceleration rate information over time；According to acceleration rate information over time described during described player motion, determine athlete
The initial time of action, the deadline of action；According to direction of motion signal, determine player motion direction；Obtain according to GPS/ Big Dipper locating module
The time reference information taken, determines the athletic motion related information of current time；According to berth's signal, acceleration signal, angular velocity letter
Number, direction of motion signal, comprehensively analyze and determine athlete's displacement and load；Described wireless communication module and outside mobile radio communication base station it
Between use 802.15.4 communications protocol carry out communication.
In step 4, described memory module, it is used for storing main processing block write initial data；When movement monitoring terminal and outside mobile wireless
During communication base station broken communication connection, memory module storage data import to analysing terminal by USB interface.
In step 5, described power management module, including battery and power management；Described battery is for the power supply of equipment；Described power management,
One is that the acceleration information gathered according to athlete determines whether athlete is in training state, and whether is in physical training condition according to athlete,
Control the output of each road power supply of power module, reached training and equipment economize on electricity combines purpose；Two is that power management module monitors battery electricity in real time
Amount information, when battery level information is less than setting lower alarm threshold value, points out audible and visual alarm automatically, automatically cuts off power supply output during less than ultimate value.
As it is shown on figure 3, it is that external analysis terminal sends query statement 301, and it is laggard that main processing block receives query statement that data derive flow process
Row data process 302, open data communication between data storage 303 and analysing terminal and are connected, and the data of movement monitoring terminal storage derive to analyzing
Terminal.
The present invention uses sensor technology, heart rate detection technology, Radio Transmission Technology, location technology etc., it is possible to basketball or football player
Sport training process in speed, acceleration, angular velocity, direction, move distance, the information such as heart rate monitors in real time.
The present invention uses portable set, can facilitate and be fixed on certain position of human body by arm straps or braces.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, to those skilled in the art, the present invention
Can there be various change and change.All any modification, equivalent substitution and improvement etc. made within spirit and principles of the present invention, should be included in
Within protection scope of the present invention.
Claims (5)
1. a movement monitoring terminal, it is characterized in that, it includes main processing block, memory module, wireless communication module, GPS/ Big Dipper locating module, power management module, acceleration transducer, direction sensor, magnetic induction sensor, Signal-regulated kinase, bluetooth module, usb interface module and wireless locating module；Wherein memory module, wireless communication module, GPS/ Big Dipper locating module, power management module, Signal-regulated kinase, bluetooth module, usb interface module, wireless locating module are connected with main processing block, acceleration transducer, direction sensor, magnetic induction sensor are connected with Signal-regulated kinase, bluetooth module is connected with outside heart rate acquisition module, usb interface module is connected with external analysis terminal by USB cable when equipment storage data derive, and wireless communication module is wirelessly connected with outside mobile radio communication base station；
Described GPS/ Big Dipper locating module, is used for obtaining athletic real-time longitude, latitude and velocity information, obtains GPS/ big dipper clock information simultaneously, and be sent to main processing block；
Described bluetooth module, for outside, heart rate sensor sets up communication connection, receives the heart rate information of outside heart rate sensor transmission and is sent to main processing block；
Described acceleration transducer, is used for gathering athletic acceleration information and being sent to Signal-regulated kinase；
Described direction sensor, is used for gathering athletic angular velocity information and being sent to Signal-regulated kinase；
Described magnetic induction sensor, is used for gathering athletic direction of action information and being sent to Signal-regulated kinase；
Described Signal-regulated kinase, for being amplified acceleration sensor outputs signals, direction sensor output signal, magnetic induction sensor output signal, filter and after secondary amplification compensation deals, be sent to main processing block；
Described main processing block, for receiving GPS/ Big Dipper locating module, bluetooth module, the signal of Signal-regulated kinase transmission and processing, the memory module of data write after treatment, is sent the information collected to outside mobile radio communication base station by wireless communication module simultaneously；
Described memory module, the collection initial data during storing Athletes and device parameter configuration information；
Described usb interface module, being used for storing data derives；
Described wireless locating module, for sending real-time positioning pulse signal to outside locating module；
Described power management module, powers for device interior each modular power source power supply management, battery；
Described wireless communication module, is used for receiving main processing block and sends data, and be sent to outside mobile radio communication base station.
2. according to movement monitoring terminal a kind of described in claim 1, it is characterised in that: described movement monitoring terminal, is a kind of Miniaturized portable equipment, it is possible to be fixed on certain position of human body by arm straps or braces.
3. according to movement monitoring terminal a kind of described in claim 1, it is characterised in that: described wireless communication module, the antenna of wireless locating module are built-in aerial；Described wireless communication module antenna uses PCB layout, and described wireless locating module uses ceramic antenna.
4. according to movement monitoring terminal a kind of described in claim 1, it is characterised in that: described power management module, comprise battery, corona discharge management；Wherein battery is powered for equipment, and corona discharge management controls for each module discharge of equipment and management.
5. according to movement monitoring terminal a kind of described in claim 1, it is characterised in that: described acceleration transducer uses 3-axis acceleration sensor, measures the acceleration of human motion space vector, can react athlete according to this acceleration and accelerate speed；Described direction sensor uses three-axis gyroscope；Described magnetic induction sensor uses three axle magnetic induction sensors.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620481374.4U CN205656750U (en) | 2016-05-24 | 2016-05-24 | Motion monitor terminal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620481374.4U CN205656750U (en) | 2016-05-24 | 2016-05-24 | Motion monitor terminal |
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| Publication Number | Publication Date |
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| CN205656750U true CN205656750U (en) | 2016-10-19 |
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| CN201620481374.4U Expired - Fee Related CN205656750U (en) | 2016-05-24 | 2016-05-24 | Motion monitor terminal |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106714303A (en) * | 2017-03-06 | 2017-05-24 | 成都球记科技有限公司 | Intelligent football data collection system |
| CN106693341A (en) * | 2016-12-06 | 2017-05-24 | 北京体育大学 | Novel aerobic swim endurance training system |
-
2016
- 2016-05-24 CN CN201620481374.4U patent/CN205656750U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106693341A (en) * | 2016-12-06 | 2017-05-24 | 北京体育大学 | Novel aerobic swim endurance training system |
| CN106693341B (en) * | 2016-12-06 | 2019-06-25 | 北京体育大学 | A kind of swimming Aerobic endurance training system |
| CN106714303A (en) * | 2017-03-06 | 2017-05-24 | 成都球记科技有限公司 | Intelligent football data collection system |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161019 |
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| CF01 | Termination of patent right due to non-payment of annual fee |