High-power ultraviolet terminal disinfection purifier

Abstract

The invention relates to a high-power ultraviolet terminal disinfection purifier. The high-power ultraviolet terminal disinfection purifier comprises a machine base provided with a fixing base. A high-power ultraviolet irradiation assembly is arranged on the fixing base. A fixing top cover is arranged on the top of the high-power ultraviolet irradiation assembly. A filter barrel is arranged in thehigh-power ultraviolet irradiation assembly. A fixing end cover is arranged above the fixing top cover. An upper ultraviolet modulator tube is arranged on the fixing end cover. The high-power ultraviolet irradiation assembly comprises a plurality of high-power ultraviolet modulator tubes which are annularly arranged in an array manner. The upper end and the lower end of each high-power ultraviolet modulator tube are fixed to an upper rotation base and a lower rotation base correspondingly. A reflection cover is arranged on one side of each high-power ultraviolet modulator tube, wherein the upper end and the lower end of reflection cover are connected with the corresponding upper rotation base and the corresponding lower rotation base correspondingly. The lower rotation bases correspondingto all the high-power ultraviolet modulator tubes synchronously act. The high-power ultraviolet terminal disinfection purifier has the advantages that intelligent high-power rapid starting is achieved, sterilization is efficient, and meanwhile upper reflection dynamic disinfection and air purification are achieved.

Description

technical field [0001] The invention relates to a high-power ultraviolet terminal disinfection purifier, which belongs to the field of medical disinfection equipment. Background technique [0002] At present, infectious diseases spread quickly and widely, especially in hospitals where the sources of infection are concentrated. Infectious diseases that spread through the air and surfaces seriously threaten the health of high-risk groups, especially medical staff. At present, most hospitals and others adopt the sterilization method of direct irradiation of ultraviolet light to sterilize the indoor air and the surface of objects. Since the traditional direct irradiation of ultraviolet light will burn the skin and eyes, the personnel must leave the scene during the disinfection work of such products. However, for patients in the operating room, ICU, isolation ward, etc., the time between multiple transfers is limited, and it is impossible for medical staff to leave for a long ti...

AI Technical Summary

Problems solved by technology

However, for patients in the operating room, ICU, isolation ward, etc., the time between multiple transfers is limited, and it is impossible for medical staff to leave for a long time. At present, the dynamic air disinfection machine widely used in clinical practice can only disinfect indoor air, and it needs to be cycled repeatedly. It takes several times to achieve a certain effect, and the long time period cannot meet the current clinical needs at all.

It is effective to sterilize the indoor air and the surface of objects by using ultraviolet direct irradiation sterilization method. However, it takes about five minutes for the traditional ultraviolet sterilizer to reach the maximum value of ultraviolet radiation illuminance after starting, and then continue to work under this irradiation intensity. It takes at least ten minutes to meet the current indoor terminal disinfection and purification, so there is a defect that the sterilization cycle is long. If the medical staff leave for a long time, the overall work efficiency will be greatly reduced, and medical resources such as the operating room will be wasted. In addition, the existing ultraviolet radiation The range is not wide, and there is a large backlight blind area, which affects the sterilization effect

And the single function can not solve the pollution of indoor air and the high rate of resurrection of indoor germs after shutdown

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