Hip curved surface measuring and normal pressurizing diagnosing and treating system

Abstract

The invention provides a hip curved surface measuring and normal pressurizing diagnosing and treating system which comprises multiple hip curved surface pressure sensing devices, multiple press converting devices, multiple mechanical-electric converting devices and controllers. The hip curved surface pressure sensing devices under acting force of a hip are in vertical motion to generate displacement so as to sense normal acting force of a hip curved surface border and shape of a hip curved surface, the pressure converting devices are used for converting vertical motion of the hip curved surface pressure sensing devices into rotating motion, the mechanical-electric converting devices realize conversion from mechanical signals of rotating motion of the pressure converting devices to electric signals, each control device comprises an auxiliary control module and is used for collecting the electric signals and processing the same to acquire height values of the hip curved surface sensing devices so as to demodulate to acquire acting force applied on the hip curved surface sensing devices, combining with ultrasonic detection for diagnosis, controlling the diagnosing and treating system to apply corresponding pressure on a hip affected part of a patient and acquiring an individualized hip pressure distribution model graph so as to provide data support for subsequent treatment.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to an automatic hip surface measurement and normal pressure diagnosis and treatment system. Background technique [0002] Sinus fistula lesions exist in various diseases within the scope of TCM surgery, such as sinus fistula formed by various congenital abnormalities, skin infectious diseases, diabetic gangrene, anal fistula, plasma cell mastitis and other diseases. With the development of surgery in western medicine, the difficulty and complexity of various operations are getting higher and higher, and due to the expansion of the scope of surgical treatment, the number of patients receiving surgical treatment in western medicine has increased significantly; and with the widespread use of antibiotics, resistance There are more and more antibacterial bacteria, so once the wound is infected after the operation, it will lead to the complication of sinus fistula. Sinus tracts and fistula...

AI Technical Summary

Problems solved by technology

For example: 1. It is not easy to quantify the magnitude, direction and action time of the pressure per unit area during cotton pad compression therapy, but these factors significantly affect the effectiveness of the method

2. Due to the pleomorphic direction of the complex sinus fistula, the effect of cotton pad compression on different parts and different shapes of sinus fistula sore cavity has different effects

3. There is no objective quantitative standard for the size of the sore cavity of sinus fistula, the amount of local secretions, viscosity, and color, so the timing of cotton pad compression treatment cannot be uniformly judged

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