CN111013086A

CN111013086A - A human body balance evaluation training system

Info

Publication number: CN111013086A
Application number: CN201911367866.5A
Authority: CN
Inventors: 施宏
Original assignee: NANJING CALOW REHABILITATION MEDICAL ENGINEERING CO LTD
Current assignee: NANJING CALOW REHABILITATION MEDICAL ENGINEERING CO LTD
Priority date: 2019-12-26
Filing date: 2019-12-26
Publication date: 2020-04-17

Abstract

The invention provides a human body balance evaluation training system, including measurement equipment, a software platform and a database, the software platform is respectively connected with the measurement equipment and the database; the measurement equipment includes an evaluation module and a training module, and the evaluation module is used for the evaluation of the lower limbs and the whole body of the human body. The left and right center of gravity and the response time are evaluated and the data is transmitted to the software platform. The training module includes the left and right center of gravity and the front and rear center of gravity training modes; the software platform includes a display layer, a logic layer and a data layer. The display layer is used to display the measurement equipment. Data and related operations. The logic layer is used to process the data received from the measuring equipment and the data obtained from the database, and perform different operations on the data of the measuring equipment according to different display needs. The data layer is used to receive the data of the measuring equipment. Real-time data, and sub-package the received real-time data to obtain the final display data.

Description

Human body balance evaluation training system

Technical Field

The invention relates to the technical field of human body balance ability evaluation and training, in particular to a human body balance evaluation training system.

Background

At present, the domestic balance evaluation system has single function and poor interactivity, and cannot evaluate the reaction time of a patient; there is no complete user management system, no targeted training module, or the training mode is not novel, and the participation of personnel cannot be improved.

Disclosure of Invention

The invention aims to provide a human body balance evaluation training system which can completely evaluate the balance of people and provide a targeted training module through evaluation.

The invention provides the following technical scheme:

a human body balance evaluating and training system comprises measuring equipment, a software platform and a database, wherein the software platform is respectively connected with the measuring equipment and the database;

the measuring equipment comprises an evaluating module and a training module, wherein the evaluating module is used for evaluating the left and right gravity centers and the front and back gravity centers of the lower limbs, the whole body of the trunk and the reaction time of the human body and transmitting data to the software platform, and the training module comprises a left and right gravity center and front and back gravity center training mode; the software platform comprises a display layer, a logic layer and a data layer, wherein the display layer is used for displaying data and related operations of the measuring equipment, the logic layer is used for processing the data received from the measuring equipment and the data obtained from the database and carrying out different operations on the data of the measuring equipment according to different display requirements, the data layer is used for receiving real-time data of the measuring equipment and carrying out sub-packaging processing on the received real-time data, and the required data is extracted through a packet header of the real-time data and the number of bytes of data of each packet to obtain final display data.

Preferably, the reaction time refers to the time difference between the instruction being seen and the reaction being made by an evaluator being evaluated.

Preferably, the evaluation module displays the evaluation data on the display layer in a curve form in real time.

Preferably, the training module includes a plurality of training games, training games include single straight way, two straight ways, single bend, two bends, skiing and pick up the apple, single straight way two straight ways single bend with skiing is equallyd divide into simple mode, moderate mode and difficult mode, training games are used for guiding personnel to initiatively carry out the skew training of focus.

Preferably, the display layer comprises a user management module, the evaluation module, the training module, a historical data display module and a report printing module.

Preferably, when the module is evaluated, the logic layer is used for displaying real-time evaluation data through a curve and observing the shift condition of the gravity center; in the training module, the logic layer performs data interaction with a FLASH module loaded through a COM component.

Preferably, the data interaction is performed in a callback function and Socket manner.

Preferably, the simple mode, the medium mode, and the difficult mode are determined according to an offset amount of a center of gravity, the simple mode is set to have a maximum offset amount of the center of gravity, and the medium mode is set to have a center offset amount between the simple mode and the difficult mode.

Preferably, the data layer is communicated with the measuring equipment by adopting an RS232 communication interface, the transmission baud rate is 115200, the transmission rate is 50 milliseconds, and each packet of data comprises two groups of sensor data.

The invention has the beneficial effects that: the system has a complete user management system, and can completely evaluate the balance of personnel, including the reaction time of the personnel; through evaluation, a targeted training module is provided and is presented in an animation mode, and the user training process is completely in a game mode to improve the enthusiasm and the participation of the user.

Drawings

The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:

FIG. 1 is a block diagram of the structural system of the present invention.

Detailed Description

As shown in fig. 1, a human balance evaluating and training system includes a measuring device, a software platform and a database, wherein the software platform is respectively connected with the measuring device and the database;

the measuring equipment comprises an evaluating module and a training module, wherein the evaluating module is used for evaluating the left and right gravity centers, the front and back gravity centers and the reaction time of the lower limbs and the whole body of the trunk of the human body and transmitting the data to the software platform, and the reaction time refers to evaluating the time difference from the instruction to the reaction of an evaluating person;

the training module comprises a left gravity center training mode, a right gravity center training mode, a front gravity center training mode and a rear gravity center training mode, specifically, the training module comprises a plurality of training games, each training game comprises a single straight path, a double straight path, a single curve path, a double curve path, skiing and apple picking, the single straight path, the double straight path, the single curve path, the double curve path and skiing are divided into a simple mode, a medium mode and a difficult mode, the training games are used for guiding personnel to actively carry out gravity center offset training, wherein the simple mode, the medium mode and the difficult mode are determined according to the gravity center offset, the gravity center offset set by the simple mode is the largest, and the center offset set by the medium mode is located between the simple;

the software platform comprises a display layer, a logic layer and a data layer, wherein the display layer is used for displaying data and related operations of the measuring equipment, and comprises a user management module, an evaluation module, a training module, a historical data display module and a report printing module;

the logic layer is used for processing data received from the measuring equipment and data obtained from the database and performing different operations on the data of the measuring equipment according to different display requirements, wherein when the module is evaluated, the logic layer is used for displaying real-time evaluation data through a curve and observing the shift condition of the gravity center; in the training module, a logic layer carries out data interaction with a FLASH module loaded by a COM component, and the data interaction adopts a callback function and a Socket mode;

the data layer is used for receiving real-time data of the measuring equipment and communicating with the measuring equipment by adopting an RS232 communication interface, wherein the baud rate is 115200, the transmission rate is 50 milliseconds for one packet of data, each packet of data comprises two groups of sensor data, and the high sensing rate means high response speed; and the data layer performs packet processing on the received real-time data, extracts the required data through the packet head of the real-time data and the number of bytes of the data of each packet, and obtains final display data.

The system has a complete user management system, and can completely evaluate the balance of personnel, including the reaction time of the personnel; through evaluation, a targeted training module is provided and is presented in an animation mode, and the user training process is completely in a game mode to improve the enthusiasm and the participation of the user.

Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that changes may be made in the embodiments and/or equivalents thereof without departing from the spirit and scope of the invention. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. a human body balance evaluation training system, is characterized in that, comprises measuring equipment, software platform and database, and described software platform is respectively connected with described measuring equipment and described database;

The measurement device includes an evaluation module and a training module, the evaluation module is used to evaluate the left and right and front and rear centers of gravity of the lower limbs, the trunk and the whole body, as well as the reaction time, and transmit the data to the software platform, and the training module includes: Left and right center of gravity and front and rear center of gravity training mode; the software platform includes a presentation layer, a logic layer and a data layer, the presentation layer is used to display the data of the measurement equipment and related operations, and the logic layer is used to process data from the measurement The data received by the device and the data obtained from the database, and different operations are performed on the data of the measurement device according to different display needs, and the data layer is used to receive the real-time data of the measurement device, and The received real-time data is subjected to sub-packet processing, and the required data is extracted through the packet header of the real-time data and the number of data bytes in each packet to obtain final display data.

2 . The human body balance evaluation training system according to claim 1 , wherein the reaction time refers to evaluating the time difference between the evaluator seeing the instruction and responding. 3 .

3 . The human body balance evaluation training system according to claim 1 , wherein the evaluation module displays its evaluation data on the display layer in real time in the form of a curve. 4 .

4. A human body balance evaluation training system according to claim 1, wherein the training module includes several training games, and the training games include single straight, double straight, single curve, double curve, skiing And picking up apples, the single straight, the double straight, the single curve, the double curve and the skiing are divided into simple mode, medium mode and difficult mode, and the training game is used to guide personnel to take the initiative. Offset training for the center of gravity.

5 . The human body balance evaluation training system according to claim 1 , wherein the display layer comprises a user management module, the evaluation module, the training module, a historical data display module and a report printing module. 6 .

6. A human body balance evaluation training system according to claim 1, wherein, in the evaluation module, the logic layer is used to display real-time evaluation data through a curve, and observe the deviation of the center of gravity; In the training module, the logic layer performs data interaction with the FLASH module loaded through the COM component.

7 . The human body balance evaluation training system according to claim 6 , wherein the data interaction is performed by means of a callback function and a socket. 8 .

8. The human body balance evaluation training system according to claim 4, wherein the simple mode, the medium mode and the difficult mode are determined according to the offset of the center of gravity, and the simple mode is set The center of gravity offset is the largest, and the center offset of the medium mode setting is between the easy mode and the hard mode.

9. A human body balance evaluation training system according to claim 1, characterized in that, the data layer communicates with the measuring device using an RS232 communication interface, the transmission baud rate is 115200, and the transmission rate is 50 milliseconds Packet data, each packet of the data contains two sets of sensor data.