Biaxial movement platform for preventing cervical spondylosis

Abstract

The invention discloses a biaxial movement platform for preventing cervical spondylosis and belongs to the field of auxiliary medical instruments. The biaxial movement platform mainly solves the technical problems that equipment for preventing cervical spondylosis is monotonous in movement and low in stroke ratio, and autonomous adjustment cannot be achieved. The biaxial movement platform comprises a vertical movement platform, a horizontal movement platform and a machine vision system; a built-in motor of the vertical movement platform drives multi-stage lead screw transmission systems located at the four corners of a base to rotate through a worm gear, a synchronous belt pulley and a synchronous belt, so that a computer displayer moves up and down. The horizontal movement platform drivesthe synchronous belt pulley through the motor, and the synchronous belt drives a trapezoidal lead screw to move, so that the computer displayer moves left and right. The machine vision system includes an industrial camera and a calculation plate. The calculation plate controls a platform body to move up and down and move left and right according to calculated head movement posture, so that the cervical vertebra of a computer operator is relaxed to the maximize degree during work, and therefore the effect of preventing cervical spondylosis is achieved.

Description

technical field [0001] The invention belongs to the technical field of auxiliary medical devices, in particular to a biaxial motion platform for preventing cervical spondylosis. Background technique [0002] The survey found that there are a large number of national civil servants and employees of enterprises and institutions among patients with cervical spondylosis. According to statistics, about 81.6% of these people who use computers for more than 4 hours a day have cervical spine problems that seriously affect their quality of life and work. efficiency. [0003] At present, domestic scientific research institutes are conducting relevant research on the prevention of cervical spondylosis, such as application number 201310507192.0, an automatic control mobile platform for preventing cervical spondylosis, and application number 201110112446.X, an automatic control lifting platform for preventing cervical spondylosis. The above two platforms for preventing cervical spondylo...

AI Technical Summary

Problems solved by technology

The above two platforms for preventing cervical spondylosis have the following disadvantages: ①It can only realize a single movement of the human head;

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