Gravity-free suspension treatment system

Abstract

The invention relates to a gravity-free suspension treatment system which comprises three parts, namely a treatment instrument, a treatment device and a control system. The gravity-free suspension treatment system is characterized in that the treatment instrument and the treatment device constitute a main structure of the treatment system together and are connected with the control system to constitute a complete and intelligent sterile isolation, treatment space and gravity-free suspension treatment integration structure; the treatment instrument consists of an ozone fog generating device, an absorption and decomposition device and a handheld therapeutic equipment; the treatment device is composed of a bed body, a therapeutic chamber and a gravity-free suspension bed; the control system is composed of a control panel, a treatment instrument controller, a treatment device controller and a line controller / remote controller. According to the gravity-free suspension treatment system, ozone fog and gravity-free suspension bed treatment and an automatic control technology are integrated, and brand-new sterile isolation and gravity-free suspension treatment can be performed on patients with body surface wounds such as extensive burn, so that great progress of a technology for treating body surface wounds such as extensive burn and upgrading of innovative clinical treatment equipment are realized.

Description

technical field [0001] The invention relates to a medical device, in particular to an energy-saving, environment-friendly, high-intelligence, and widely-used device that is mainly used for comprehensive treatment and treatment such as wound cleaning, isolation, heat preservation, anti-infection, and turning over of patients with large area burns and other body surface trauma. Innovative body surface trauma treatment equipment with many advantages. Background technique [0002] In recent years, with the introduction of foreign countries and the great improvement of the production capacity of domestic medical devices, the equipment for the treatment of body surface trauma such as burns (scalds) in our country has made great progress. At the same time, due to the advancement of my country's reform and opening up and modernization, the contradictions between the rapid growth of infrastructure, the number of enterprises, energy consumption and new product launches and the lag of ...

AI Technical Summary

Problems solved by technology

[0003] 1. A large number of foreign high-end and high-priced medical equipment has entered urban medical institutions (an imported suspension burn treatment bed with a single function can be bought for 500,000 yuan), which not only leads to a large loss of foreign exchange for the country, but also the general public is still in a situation where medical treatment is expensive and expensive. difficult embarrassing situation;

[0004] 2. Although there are many types of body surface trauma treatment equipment developed and imitated in China, most of them have single function, unstable performance, low price, low-grade repetition, low degree of information automation, and it is difficult to compete with world powers;

[0008] 1. The function is single, and most of them only perform a single treatment, and the patient needs to be moved many times, which not only increases the medical labor time, but also causes great pain to the patient;

[0009] 2) High energy consumption and low environmental protection, waste of electricity and water, increase treatment costs, and increase the economic burden of patients;

[0010] 3) There are many types and large volumes, which occupy a lot of medical space and cause serious waste of medical resources;

[0011] 4) The high price is not conducive to the widespread application of primary medical units;

[0012] 5) Due to technical reasons, the limitations of ozone in the treatment of body surface trauma (ozone water washing, bathing wounds, ward air disinfection and purification, etc.) have not yet been broken through

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