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Electrical appliance combined device for killing beriberi fungi without any chemicals or medicine

A technology of combining devices and chemicals, applied in the field of electrochemistry, can solve problems such as undiscovered introductions or products, short lifespan, inability to effectively utilize hydroxyl radicals, etc.

Inactive Publication Date: 2018-12-18
李树华 +2
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0011] (2) Although hydroxyl radicals have extremely strong and rapid ability to kill fungi, their lifespan is very short, especially in aqueous solution, and water is an essential basic condition for the production of hydroxyl radicals
But the ensuing problem is that a series of technical parameters between the geometric dimensions of the feet or other limbs and the conductivity of tap water, the safety voltage, and the intensity of hydroxyl radicals are difficult to take into account with conventional and traditional methods;
[0013] (4) According to multiple searches, no literature and papers with reference or reference value were found, nor were relevant introductions or products found
As long as the infected skin is placed outside the range of hydroxyl free radical accumulation area, the fleeting hydroxyl free radicals are impossible to act on the infected bacteria on human skin, and the immersion type cannot effectively use hydroxyl free radicals;
[0014] It is a great pity that the most powerful, most environmentally friendly, safe and cheap hydroxyl radical has not received due attention in the medical field

Method used

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  • Electrical appliance combined device for killing beriberi fungi without any chemicals or medicine
  • Electrical appliance combined device for killing beriberi fungi without any chemicals or medicine
  • Electrical appliance combined device for killing beriberi fungi without any chemicals or medicine

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Embodiment Construction

[0161] Many aspects of the specific implementation have been introduced in detail in the summary of the invention, and this part is appropriately simplified.

[0162] (1) The electrodes of the first group of electrolytic cells are hybrid three-dimensional electrodes: In addition to the conventional two parallel cathode and anode electrodes, the electrodes of the first group of electrolysis cells also have parallel cathode and anode electrodes. The three-dimensional anode is composed of conductive particles that can change shape according to the shape of the toe seam, and the flat cathode is perpendicular to the horizontal cathode plate. The main purpose of using three-dimensional electrodes here is not to increase the specific surface area and improve the generation efficiency of hydroxyl radicals. Unlike the continuous generation of sewage in wastewater treatment, the number of fungi infected on the skin is limited, and the sterilization process takes a short time. The reprod...

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Abstract

An electrical appliance combined device for killing beriberi fungi without any chemicals or medicine is provided and the equipment and processes belong to the electrochemical field. The oxidation potential of hydroxyl radical and other active oxygen produced by direct current electrolysis of tap water below 36V is as high as 2.8 V, which is very close to the strongest oxidant (fluorine, 2.87 V) innature, and has very strong broad-spectrum oxidative bactericidal action. The combined device comprises seven groups of electrolytic cells with different structures and functions, and takes tap wateras raw material, and does not need any chemicals and medicine in the sterilization process. It is green, environmentally friendly, safe, convenient, efficient and cheap. There is a high efficiency type for medical institutions and a common type and a simple type for family and personal use. In addition to killing fungi, bacteria and viruses infected with human feet and other skin parts, the device can also sterilize all daily necessities that can be washed (or soaked), and has the functions of degrading pesticide residues of melons, fruits, vegetables and meat, antibiotics and clenbuterol residues.

Description

1. Technical field [0001] The basic working principle of the present invention is: make water molecule (H 2 O) ionization produces active oxygen components such as hydroxyl radicals (-OH) with strong oxidative and bactericidal effects, and its equipment and working principles belong to the category of electrochemistry; 2. Background technology [0002] The production of environmentally friendly fungicides with strong oxidizing properties through electrolysis devices has been widely recognized and applied in the industry. [0003] Ozone is an allotrope of oxygen with the molecular formula O 3 , Oxidation potential 2.07V, is a strong oxidant, the oxidation and sterilization of ozone aqueous solution is particularly strong and rapid. Electrolysis is one of the important methods to generate ozone, and an appropriate amount of ozone is a safe, cheap and efficient bactericidal disinfectant; [0004] Water containing trace sodium chloride is electrolyzed under the action of dire...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A61H35/00
CPCA61H35/006A61H33/005A61H2201/0115A61H2205/12
Inventor 李树华刘朝刚李越
Owner 李树华