ZMTPA-Ⅱ

Description of the measurement model:

L*W*H: 30*25*15cm

ZMTPA-Ⅱ Massage Manipulation Parameter Measuring System/Tui Na Manipulation Parameter Measuring Instrument/Tui Na Manipulation Parameter Measuring Model is a high-tech product developed by combining traditional Chinese massage with modern computer technology. The measuring instrument can measure the parameters of the dynamic characteristics of massage manipulations, and conduct quantitative and objective research, thus changing the traditional teaching mode of massage manipulations and overcoming the subjectivity and randomness of teachers in teaching and demonstration. After the mechanical signals of massage manipulation are processed into the computer through the force measuring platform and A/D conversion card, the computer will process, measure, process, analyze, print, store, reproduce and other all the obtained data with a series of functions.

The teaching system of massage manipulation consists of:

ZMTPA-II Tuina Manipulation Parameter Determination System/Tui Na Manipulation Parameter Determination Instrument/Tui Na Manipulation Parameter Determination Model is an instrument for measuring the dynamic characteristics of tuina manipulation, including hardware and software. The hardware consists of a force measuring platform, an A/D conversion card and a computer. The software will analyze and manage all captured data, output and print the results.

The main functions and features of the TCM massage model:

A. Mechanical signal acquisition of massage manipulation

In the ZMTPA-II massage manipulation parameter measurement system/massage manipulation parameter measuring instrument/massage manipulation parameter measurement model, there are respectively equipped with strain sensors that can identify the forces in three directions: up and down, left and right, and front and back, which can sense changes in tiny forces. . Therefore, this force measuring platform expresses the force of massage manipulation from three-dimensional space, and fully reflects the vector characteristics of force. These sensing signals are converted into voltage changes, amplified by the dynamic resistance strain gauge, and then converted into digital signals by the A/D conversion card and input into the computer.

B. Data Analysis Management System

(1) Main features

1. Based on the WIN95/98 platform, the hardware configuration is 586 computers, the memory is at least 64M, the hard disk is more than 600M, and the display memory is more than 32M.

2. With the help of WINDOWS interface features, the selection and operation of each main function is simple and easy.

3. The system has complete functions: different user interface, data acquisition, data editing, data analysis, data management, result printing, etc.

4. Intelligent function prompts guide users to operate the system.

5. Various functions are easy to operate, just need a mouse to complete.

6. There is an expert database, and the information used is true and reliable.

(2) Main functions

1. Different operation interface (including: administrator user, ordinary user, individual user)

2. Personal user management, in the manager user interface, you can add or delete personal users and method types, and you can create personal passwords.

3. Data acquisition (sample frequency, operator, technique type, operation time).

4. Data editing (data selection, data clipping)

5. Data analysis (three-dimensional pressure curve, resultant force action point trajectory, trajectory area ratio, force concentration ratio, average period, average period error, standard error level).

6. Data management (data addition and deletion, classification, result printing, etc.).

7. Quick help function.

Note: The computer is self-configured or assigned