Intelligent spine corrector self-adaptive circuit

Abstract

An intelligent spine corrector self-adaptive circuit comprises a pressure detection module, a system control module and a pressure control module, the pressure detection module is connected with the system control module, the system control module is connected with the pressure control module, and the system control module comprises a switching circuit driven by a user and a micro-control system. The pressure detection module and the switching circuit are respectively connected with the micro-control system so as to process a pressure signal of the pressure detection module and a switching signal of the switching circuit, the micro-control system is connected with the pressure control module so as to control the pressure of the pressure control module, and the micro-control system adopts an STM32 chip. By adopting the intelligent spine corrector self-adaptive circuit based STM32, rotation control of the motor is achieved through monitoring and intelligent management and control of the pressure sensor, then the pressure is controlled, and the function of spine correction is achieved.

Description

technical field [0001] The invention belongs to the field of medical devices, and relates to an adaptive control technology of an intelligent spine corrector, in particular to an adaptive circuit of an intelligent spine corrector. Background technique [0002] Traditional spine correctors cannot accurately guarantee the pressure during correction. At present, it is mainly to use manpower to tighten the rope of the spine corrector to provide the pressure required for correction. Therefore, when a patient needs spinal correction, the use of the spinal corrector is an extremely time-consuming and labor-intensive process: first, professional medical staff are needed to help the patient wear the spinal corrector; second, the user cannot accurately judge The current pressure cannot be adjusted according to the actual situation. [0003] For spinal correction, the current spinal corrector that is helpful for spinal correction, such as application number 201821322040.8, can realize...

AI Technical Summary

Problems solved by technology

[0002] The traditional spine corrector cannot accurately guarantee the pressure during correction. At present, it is mainly to use manpower to tighten the rope of the spine corrector to provide the pressure required for correction

Therefore, when a patient needs spinal correction, the use of the spinal corrector is an extremely time-consuming and labor-intensive process: first, professional medical staff are needed to help the patient wear the spinal corrector; second, the user cannot accurately judge The current pressure cannot be adjusted according to the actual situation

[0003] For spinal correction, the current spinal corrector that is helpful for spinal correction, such as application number 201821322040.8, can realize: it can help patients to perform a certain degree of spinal correction, but the specific control of the correction pressure cannot be accurately controlled, and the pressure is too large is still too small to get an accurate answer, making accurate pressure control difficult

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