CN105498188B - A kind of sports monitoring device - Google Patents

Abstract

The invention discloses a sports activity monitoring device, comprising a camera, a vital sign collection module, a motion state collection module, a man-machine operation module, a central processing unit, a three-dimensional effect generation module, a physical fitness evaluation module, a body state evaluation module, a voice module, Virtual sensors, virtual actuators, timing modules. The present invention monitors the athlete's body and movement conditions through different sensors with a Beidou module, and simulates the monitored data through a three-dimensional model, so that the monitor can monitor, data analyze and evaluate the movement process more comprehensively and accurately. At the same time, the whole monitoring process has its own physical fitness and physical condition evaluation function, which can avoid the overwork of athletes and make the monitoring data more intuitive; through the design of the voice module, all the monitored data can be played by voice. You can also choose to play and preview according to your needs, which can greatly facilitate the use of users.

Description

A sports activity monitoring device

technical field

The invention relates to the field of sports activity monitoring, in particular to a sports activity monitoring device.

Background technique

Physical activity is important to maintaining a healthy lifestyle and is a source of entertainment for many people. Some individuals prefer to participate in team sports, such as soccer or basketball, while others prefer to participate in individual sports, such as running or skiing. Whether the activity is a group or individual activity, it is common for people to participate in competitive events such as soccer games or running races, as well as more informal training sessions such as conducting soccer drills or interval sprints.

Many existing fitness monitoring devices are not portable and thus not suitable for providing monitoring in many real-world competitive or training events. Even portable ones are often too heavy, or lack sufficient battery and/or processing power, to be used for extended periods of time under rigorous competition or training conditions. Furthermore, while some existing fitness monitoring devices are capable of relatively simple performance measurements, such as an individual's current heart rate or total steps taken during an activity, more advanced measurements are often not available or accurate. Finally, performance feedback provided to individuals through existing devices often does not provide quick, accurate, insightful information that allows them to easily compare with past performance, develop strategies for improving future performance, visualize performance, or select new training Scheme or sports equipment.

There is a need for a new physical activity monitoring method and system with improved performance, thereby providing individuals participating in physical activity with better tools for assessing their activity.

Contents of the invention

In order to solve the above problems, the present invention provides a sports activity monitoring device, which monitors the athlete's body and sports conditions through different sensors with a Beidou module, and simulates the monitored data through a three-dimensional model, so that the monitor can be more comprehensive. , accurate monitoring, data analysis and evaluation of the exercise process, and at the same time, the entire monitoring process has its own physical fitness and physical condition evaluation function, which can avoid the overwork of athletes and make the monitoring data more intuitive; through the design of the voice module, All the monitored data can be played by voice, and the playback preview can also be selected according to the needs, which can greatly facilitate the use of users; and the data during the entire monitoring process can be shared.

In order to achieve the above object, the technical scheme that the present invention takes is:

A physical activity monitoring device comprising:

The camera is used to shoot the whole movement process, send it to the central processing unit through the communication module, and send it to the database for storage;

The vital sign collection module is equipped with a Beidou module, which is used to collect the vital sign data of the human body during exercise, and send it to the central processing unit through the communication module, and send it to the database for storage;

Motion state acquisition module, built-in Beidou module collects the motion state data of the human body during exercise through the accelerometer, gyroscope and magnetometer set in the belt shell, sends it to the central processing unit through the Beidou module, and sends it to the database for storage;

The man-machine operation module is used to input data related to the monitored sports activities and sports personnel, and sends these data to the central processing unit; it is used to input data calling commands and related control commands;

The central processing unit is used to receive the data collected by the camera, the vital sign collection module, the motion state collection module and the relevant data input by the man-machine operation module, and send these data to the physical fitness evaluation module, the physical state evaluation module and the voice module, and Convert these data into a data format that can be recognized by the 3D effect generation module and send it to the 3D effect generation module; it is used to call the command according to the information input by the man-machine operation module, call the corresponding data from the database, and send the called data to It is displayed on the display screen; it is used to add users, delete users, modify passwords and manage rights; it is used to send control commands to the corresponding modules according to the control commands input by the man-machine operation module;

The 3D effect generation module covers various motion forms to form images, and describes them in detail, and is used to generate 3D models in real time according to the data sent by the central processing unit;

The physical fitness evaluation module is used to receive the data sent by the central processing unit, evaluate the physical fitness according to the preset algorithm, send the evaluation results to the database for storage, and send them to the display screen for display;

The body state evaluation module is used to receive the data sent by the central processor, and evaluate the body state according to the preset algorithm, and send the evaluation results to the database for storage, send them to the display screen for display, and send them to the alarm module. When the set value is set, the alarm module sends out an audible and visual alarm;

The voice module is used to convert the received data sent by the central processing unit into audio data through the conversion module for playing;

Virtual sensors are used to insert various types of logic units in the 3D model to directly obtain the corresponding results or information, and are designed corresponding to the sensor positions in the vital sign collection module and the motion state collection module;

The virtual actuator is used to drive the virtual sensor to move in the 3D model according to the position information sent by the Beidou module after establishing a relationship with the virtual sensor;

The timing module is used to record the timing of the entire movement process, and when the set value is reached, the alarm module sends out an alarm sound.

Preferably, the vital sign collection module includes a finger cot-type photoelectric sensor that is placed where the thumb is, and a temperature sensor and a pulse sensor that are worn on the wrist.

Preferably, the virtual sensors include general virtual sensors and special virtual sensors.

Preferably, the virtual actuators include virtual unit actuators, virtual characteristic actuators and virtual load actuators.

Preferably, it also includes a data sharing module, which is used to realize data sharing in the database in a wireless way, and the wireless way can be Bluetooth transmission.

Preferably, several display screens are also included for displaying various collected data, model data generated by the three-dimensional effect generating module, and data input and invoked by the man-machine operation module, wherein each display screen is used for Show different data.

Preferably, the voice module is connected with a language unit for selecting different languages for playback as required.

Preferably, the vital sign data includes data detected by relevant sensors and coordinate information and time information of each data; the motion state data includes data detected by relevant sensors and coordinate information and time information of each data.

Preferably, both the physical fitness assessment module and the physical state assessment module are connected to an algorithm database for storing various algorithms related to physical fitness assessment and physical state assessment. When performing physical fitness assessment and physical state assessment, users can Algorithm selection is carried out through the man-machine operation module.

Preferably, the algorithm database is connected with an update module for updating data in the algorithm database.

The present invention has the following beneficial effects:

Monitor the athlete's body and movement conditions through different sensors with Beidou module, and simulate the monitored data through a three-dimensional model, so that the monitor can monitor, analyze and evaluate the movement process more comprehensively and accurately. At the same time, the whole The built-in physical fitness and physical condition evaluation function in the monitoring process can avoid the overwork of athletes and make the monitoring data more intuitive; through the design of the voice module, all the monitored data can be played by voice, or can be The selection of playing and previewing according to the needs can greatly facilitate the use of users; and the data in the whole monitoring process can be shared.

Description of drawings

Fig. 1 is a system block diagram of a sports activity monitoring device according to an embodiment of the present invention.

Detailed ways

In order to make the objects and advantages of the present invention clearer, the present invention will be further described in detail below in conjunction with the examples. It should be understood that the specific embodiments described here are only used to explain the present invention, not to limit the present invention.

As shown in Figure 1, an embodiment of the present invention provides a sports activity monitoring device, including

The camera is used to shoot the whole movement process, send it to the central processing unit through the communication module, and send it to the database for storage;

The vital sign collection module is equipped with a Beidou module, which is used to collect the vital sign data of the human body during exercise, and send it to the central processing unit through the communication module, and send it to the database for storage;

Motion state acquisition module, built-in Beidou module collects the motion state data of the human body during exercise through the accelerometer, gyroscope and magnetometer set in the belt shell, sends it to the central processing unit through the Beidou module, and sends it to the database for storage;

The man-machine operation module is used to input data related to the monitored sports activities and sports personnel, and sends these data to the central processing unit; it is used to input data calling commands and related control commands;

The central processing unit is used to receive the data collected by the camera, the vital sign collection module, the motion state collection module and the relevant data input by the man-machine operation module, and send these data to the physical fitness evaluation module, the physical state evaluation module and the voice module, and Convert these data into a data format that can be recognized by the 3D effect generation module and send it to the 3D effect generation module; it is used to call the command according to the information input by the man-machine operation module, call the corresponding data from the database, and send the called data to It is displayed on the display screen; it is used to add users, delete users, modify passwords and manage rights; it is used to send control commands to the corresponding modules according to the control commands input by the man-machine operation module;

The 3D effect generation module covers various motion forms to form images, and describes them in detail, and is used to generate 3D models in real time according to the data sent by the central processing unit;

The physical fitness evaluation module is used to receive the data sent by the central processing unit, evaluate the physical fitness according to the preset algorithm, send the evaluation results to the database for storage, and send them to the display screen for display;

The body state evaluation module is used to receive the data sent by the central processor, and evaluate the body state according to the preset algorithm, and send the evaluation results to the database for storage, send them to the display screen for display, and send them to the alarm module. When the set value is set, the alarm module sends out an audible and visual alarm;

The voice module is used to convert the received data sent by the central processing unit into audio data through the conversion module for playing;

Virtual sensors are used to insert various types of logic units in the 3D model to directly obtain the corresponding results or information, and are designed corresponding to the sensor positions in the vital sign collection module and the motion state collection module;

The virtual actuator is used to drive the virtual sensor to move in the 3D model according to the position information sent by the Beidou module after establishing a relationship with the virtual sensor;

The timing module is used to record the timing of the entire movement process, and when the set value is reached, the alarm module sends out an alarm sound.

The vital signs collection module includes a finger cuff photoelectric sensor that is placed where the thumb is, and a temperature sensor and a pulse sensor that are worn on the wrist.

The virtual sensors include general virtual sensors and special virtual sensors.

The virtual actuators include virtual unit actuators, virtual characteristic actuators and virtual load actuators.

It also includes a data sharing module, which is used to realize data sharing in the database in a wireless manner.

It also includes several display screens for displaying various collected data, model data generated by the three-dimensional effect generating module, and data input and invoked by the man-machine operation module.

The voice module is connected with a language unit, which is used to select different languages for playing as required.

The vital sign data includes data detected by relevant sensors, coordinate information and time information of each data; motion state data includes data detected by relevant sensors, coordinate information and time information of each data.

Both the physical fitness assessment module and the physical state assessment module are connected to an algorithm database for storing various algorithms related to physical fitness assessment and physical state assessment. When performing physical fitness assessment and physical state assessment, users can use man-machine The operation module selects the algorithm.

The algorithm database is connected with an update module for updating data in the algorithm database.

This specific implementation uses different sensors with Beidou modules to monitor the athletes' bodies and sports conditions, and simulates the monitored data through a three-dimensional model, so that monitors can monitor, data analyze and evaluate the sports process more comprehensively and accurately At the same time, the whole monitoring process has its own physical fitness and physical condition evaluation function, which can avoid the overwork of athletes and make the monitoring data more intuitive; through the design of the voice module, all the monitored data can be played by voice , You can also choose to play and preview according to your needs, which can greatly facilitate the use of users; and the data in the entire monitoring process can be shared.

The above is only a preferred embodiment of the present invention, it should be pointed out that for those of ordinary skill in the art, without departing from the principle of the present invention, some improvements and modifications can also be made, and these improvements and modifications should also be It is regarded as the protection scope of the present invention.

Claims (10)

1. a kind of sports monitoring device, which is characterized in that including：

Camera is sent to central processing unit, and be sent to number for being filmed entire motion process by communication module It is stored according to library；

Vital sign acquisition module, inside sets big dipper module, and vital sign data when movement for acquiring human body passes through communication Module is sent to central processing unit, and is sent to database and is stored；

Motion state acquisition module inside sets big dipper module and passes through the accelerometer, gyroscope and the magnetometer that are arranged in waistband shell Acquire human body motion state data during exercise, central processing unit be sent to by big dipper module, and be sent to database into Row storage；

Human-machine operation module, for input with monitored sports and the relevant data of players, and by these data It is sent to central processing unit；For input data call instruction and relevant control command；

Central processing unit, for receive camera, vital sign acquisition module, the collected data of motion state acquisition module with And human-machine operation module input related data, by these data be sent to physical efficiency evaluation module, physical condition evaluation module and Voice module, and convert the data into the data format that 3-D effect generation module can identify and be sent to 3-D effect life At module；Information call instruction for being inputted according to human-machine operation module is called corresponding data from database, and will be adjusted Data are sent to display screen and are shown；For adding user, deleting user, password modification and rights management；For root According to the control command that human-machine operation module inputs, it is sent to corresponding module；

3-D effect generation module is covered various forms of motion composition images, and is portrayed in detail, for according to central processing The data that device is sent, generate threedimensional model in real time；

Physical efficiency evaluation module, the data for receiving central processing unit transmission, and carry out strength situation according to preset algorithm Assessment, and assessment result transmission data library is stored, it is sent to display screen and is shown；

Physical condition evaluation module, the data for receiving central processing unit transmission, and carry out body shape according to preset algorithm The assessment of state, and assessment result transmission data library is stored, it is sent to display screen and is shown, be sent to alarm module, Once more than the numerical value of setting, alarm module sends out sound-light alarm；

Voice module, for being carried out the data conversion that the central processing unit received is sent at audio data by conversion module It plays；

Virtual-sensor all types of reaches the mesh for directly acquiring corresponding result or information for being inserted into the three-dimensional model Target logic unit, design corresponding with the sensing station-in vital sign acquisition module and motion state acquisition module；

Virtual actuator, for after virtual-sensor opening relationships, being driven according to the location information that big dipper module is sent virtual Sensor is moved in the three-dimensional model；

Timing module, the timing for recording entire motion process send out alarm when reaching setting value by alarm module.

2. a kind of sports monitoring device according to claim 1, which is characterized in that the vital sign acquisition module Finger cot type photoelectric sensor including being sleeved on thumb present position, the temperature sensor being worn in wrist and pulse sensing Device.

3. a kind of sports monitoring device according to claim 1, which is characterized in that the virtual-sensor includes logical With virtual-sensor and particular virtual sensor.

4. a kind of sports monitoring device according to claim 1, which is characterized in that the virtual actuator includes void Quasi-simple member actuator, virtual characteristics actuator and Virtual Load actuator.

5. a kind of sports monitoring device according to claim 1, which is characterized in that further include data sharing module, For wirelessly realizing the data sharing in database.

6. a kind of sports monitoring device according to claim 1, which is characterized in that further include several display screens, use In showing various collected data, model data and human-machine operation module input that 3-D effect generation module is generated and The data of calling.

7. a kind of sports monitoring device according to claim 1, which is characterized in that the voice module is connected with one Linguistic unit, for selecting different language to play out as needed.

8. a kind of sports monitoring device according to claim 1, which is characterized in that the vital sign data includes The coordinate information and temporal information of data and each data detected by related sensor；Motion state data includes correlation The coordinate information and temporal information of data and each data detected by sensor.

9. a kind of sports monitoring device according to claim 1, which is characterized in that the physical efficiency evaluation module and body Body state estimation module is respectively connected with an algorithm data-base, various relevant with physical efficiency assessment and physical condition assessment for storing Algorithm, when carrying out physical efficiency assessment and physical condition assessment, user can carry out the selection of algorithm by human-machine operation module.

10. a kind of sports monitoring device according to claim 9, which is characterized in that the algorithm data-base connection There is a update module, the update for carrying out data in algorithm data-base.