Gradient heating and cooling adjuvant therapy system for cold

Abstract

A gradient heating and cooling adjuvant therapy system for a cold comprises a hot water tank, a cold water tank, a temperature regulation tank, a mixer, a compressor, a water storage tank, a nebulizer, an ice pillow, spray nozzles, a retractable inflating therapy chamber, a plastic isolation pocket and a retractable inflating air stool. A therapy method adopting the gradient heating and cooling adjuvant therapy system comprises the following steps: a single chip microcomputer is used for automatic control, cold water and hot water are adopted for gradient cooling and heating, whole-body circulated spraying is performed through the plastic pocket, and the water temperature is increased or decreased by one degree from high to low or from low to high at certain time interval. For treating heat symptoms, due to large body surface area and rapid cooling, the body temperature is decreased gradually in a warm cool environment according to a physical heat conduction principle; for treating cold symptoms, wind cold can be repelled effectively by heat produced through gradient heating of warm water, and quick recovery from the cold is realized. The gradient heating and cooling adjuvant therapy system has the advantages that the treatment effect is good, the system is convenient to use, a traditional physical therapy is inherited, and popularization and application are facilitated. The system can be also extended to treat other diseases.

Description

technical field [0001] The invention relates to a physical therapy device, in particular to a cold auxiliary treatment device used in a hospital. Background technique [0002] Flu is a kind of commonly encountered diseases, frequently-occurring disease, according to statistics, the average per person suffers from about two colds every year. Because the cause of a cold is mainly related to changes in external temperature, that is to say, changes in cold and heat have a great impact on the immune system of the human body. Therefore, the method of treating a cold should also start with the temperature and take the opposite treatment method. That is to say: if it is cold, it will be hot, and if it is hot, it will be cold. [0003] Because children's immune systems are underdeveloped, they are more susceptible to respiratory infections with inflammation of the trachea and lungs. Because Shanghai flu is mostly a viral infection, Western medicine currently treats various clinica...

AI Technical Summary

Problems solved by technology

2. It is inconvenient to clean and disinfect. Everyone must be disinfected after treatment, which affects the continuity of treatment and the economic benefits of the hospital.

3. The treatment cabin is too large and needs to be used in a fixed position, which is not convenient for storage and movement

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