Thermotherapy box structure and hydrogen thermotherapy device

Abstract

The invention belongs to the technical field of thermotherapy instrument equipment. A thermotherapy box structure comprises a box as well as a gas gathering cover and a lifting unit which are arrangedin the box, wherein the lifting unit drives the gas gathering cover to do lifting movement in the box; and a thermotherapy space is formed in the box at the lower part of the gas gathering cover. A hydrogen thermotherapy device comprises the thermotherapy box structure, a hydrogen production device, a negative-ion generation device, a heating device and tourmaline, wherein a gas outlet of the hydrogen production device communicates with the inside of the box; and the negative-ion generation device is arranged in the box; the tourmaline is laid at the bottom of the box or/and on the side wallof the box. The overall structure is reasonable in design, by arrangement of the gas gathering cover and the lifting unit, lifting of the gas gathering cover can be adjusted according to different shapes of human bodies, the molecular concentration of corresponding different sections in a respiration process is controlled, and the thermotherapy effect is effectively guaranteed.

Description

technical field [0001] The invention belongs to the technical field of thermotherapy equipment, and in particular relates to a thermotherapy box structure and a hydrogen thermotherapy device. Background technique [0002] Hyperthermia means "high fever" or "overheating." Hyperthermia, also known as fumigation, is a branch of external Chinese medicine therapy. With the rapid development of science and technology, negative oxygen ions, hydrogen, infrared phototherapy and other beneficial physiological effects on the human body are constantly being discovered and applied, and their combination with hyperthermia can achieve good treatment for related diseases Effect. [0003] Hydrogen gas has a small molecular weight, high penetrability, strong rapid dispersion ability, and can freely and quickly diffuse to all parts of the body. Hydrogen is the smallest antioxidant substance (0.74 Angstroms) in the universe, and its mass is only 1 / 11 of that of air. Due to the extremely sma...

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Problems solved by technology

[0006] ① The density of gas molecules such as hydrogen, negative oxygen ions, and drugs is different. When a certain concentration value needs to be reached and evenly distributed in a certain space, it cannot be achieved.

[0007] ②In a certain height range of the sealed box, it is difficult to achieve the corresponding concentration of certain gas molecules, which often leads to the escape of a large number of effective molecules, which cannot be effectively controlled, serious waste of resources, and even unreasonable concentration, resulting in ineffective or counterproductive

[0008] ③ The equipment structure has poor adaptability and cannot satisfy groups of different shapes, because the layering height of gas molecules is uncontrollable, resulting in large differences in the effects achieved by groups of different shapes

[0009] ④ Poor adjustability, difficult equipment turnover, and rapid assembly and disassembly cannot be achieved, so it is difficult to meet the application of special groups and cannot meet the needs of different groups

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