Industrial lamp holder, water-cooled pulse sterilization system and water-cooled pulse sterilization method

Abstract

The invention belongs to the technical field of pulse sterilizing, and provides an industrial lamp head, a water cooling type pulse sterilizing system and a water cooling type pulse sterilizing system. The industrial lamp head comprises a high-voltage pulse lamp, an outer tube, a reflective surface, a water through groove, a base, an electrode mounting base and high voltage-resistant insulation electrode mounting boxes, wherein the high voltage-resistant insulation electrode mounting boxes comprise a first high voltage-resistant insulation electrode mounting box and a second high voltage-resistant insulation electrode mounting box; a first electrode mounting base is positioned in the first high voltage-resistant insulation electrode mounting box, and is respectively communicated with a first end of the high-voltage pulse lamp and a high-voltage connecting port of a first lamp head; the first high voltage-resistant insulation electrode mounting box is positioned at a first end of the base, and a first end of the outer pipe is fixedly arranged on the first high voltage-resistant insulation electrode mounting box. The industrial lamp head, the water cooling type pulse sterilizing system and the water cooling type pulse sterilizing method have the advantages that the bacteria can be safely and efficiently killed, and the sustained effective energy supply and suitable temperature environment are guaranteed.

Description

technical field [0001] The invention relates to the technical field of pulse sterilization, in particular to an industrial lamp holder, a water-cooled pulse sterilization system and a water-cooled pulse sterilization method. Background technique [0002] Most of the existing surface sterilization methods are to use chemical agents for disinfection treatment, or to use mercury lamps for ultraviolet irradiation. Although chemical agents have a wide range of bactericidal effects, they can kill bacterial propagules, spores, fungi, protozoa and some viruses. However, the toxicity of the chemical preparation itself is relatively strong, and there will be residues after use, which is harmful to the human body. Moreover, the process of using chemical preparations is cumbersome, and most of the disinfection objects need to be treated or post-treated, which consumes a lot of manpower, material resources and financial resources. In addition, chemical agents are not very effective aga...

AI Technical Summary

Problems solved by technology

However, the toxicity of the chemical preparation itself is relatively strong, and there will be residues after use, which is harmful to the human body

Moreover, the process of using chemical preparations is cumbersome, and most of the disinfection objects need to be treated or post-treated, which consumes a lot of manpower, material resources and financial resources

In addition, chemical agents are not very effective against some stubborn bacteria

[0003] For the ultraviolet disinfection and sterilization method of mercury lamps, because the mercury lamps used are harmful substances, mercury lamps will cause great harm to the human body after being damaged, and there is a great risk. Disinfection and sterilization are not thorough enough, some germs are easy to repeat, and the ability to sterilize some unique and stubborn germs is poor

At the same time, mercury lamps require a long service time and high cost, and their application on high-speed assembly lines is limited.

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