Mounting structure of ceiling-mounted flat-emitting ultraviolet sterilizer

Abstract

The invention relates to a mounting structure of a ceiling-mounted flat-emitting ultraviolet sterilizer. The mounting structure comprises a top hanging plate, the lower part of the top hanging plate is connected with the ceiling-mounted flat-emitting ultraviolet sterilizer, and the top of the ceiling-mounted flat-emitting ultraviolet sterilizer is provided with a sterilizer top plate; the top hanging plate is provided with a transverse flanging and a clamping hook; the sterilizer top plate is provided with a mounting port, a mounting bayonet and a mounting edge clamping groove; the clamping hook of the top hanging plate is clamped in the sterilizer top plate mounting bayonet, and the transverse flanging of the top hanging plate is clamped in the mounting edge clamping groove of the sterilizer top plate. The mounting structure of the ceiling-mounted flat-emitting ultraviolet sterilizer is suitable for places such as pulmonary tuberculosis rooms, highly infectious wards, operating rooms,ICU wards and consulting rooms of medical institutions; moreover, indoor air disinfection under the condition of existence of people or absence of people can be met, and the mounting structure of theceiling-mounted flat-emitting ultraviolet sterilizer is particularly suitable for disinfection of passages and long and narrow wards and has the advantages of high sterilization efficiency, wide sterilization range and high installation efficiency.

Description

technical field [0001] The invention relates to an air sterilizer, in particular to an installation structure of a ceiling-mounted flat-shot ultraviolet sterilizer for indoor narrow and long passages, and is especially suitable for the disinfection of tuberculosis and highly infectious wards. Background technique [0002] Ultraviolet air sterilizer is a machine that uses ultraviolet rays to sterilize and sterilize air. Ultraviolet radiation disinfection is one of the main measures for the prevention and control of tuberculosis and highly infectious diseases, and it is a commonly used air disinfection method in tuberculosis clinics and wards. Traditional UV air sterilizers have the following disadvantages: [0003] 1. Since the traditional direct ultraviolet radiation has a better sterilization effect but will burn the skin and eyes, the only way to disinfect the room is to turn on the ultraviolet lamp when no one is in the room. [0004] 2. The traditional ultraviolet air ...

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Problems solved by technology

[0003] 1. Since the traditional direct ultraviolet radiation has a better sterilization effect but will burn the skin and eyes, the only way to disinfect the room is to turn on the ultraviolet lamp when no one is in the room.

[0004] 2. The traditional ultraviolet air sterilizer is equipped with ultraviolet light tubes, which are mostly passive sterilization by circulating air when working. The air is sucked into the machine and sterilized by ultraviolet radiation and then blown out. Due to the fast flow rate and short irradiation time, the sterilization efficiency of one cycle is low. At the same time The air that has not been inhaled cannot be disinfected, resulting in uneven disinfection. According to regulations, the indoor air must be circulated more than 8 times through the circulating air to finally kill the germs. However, for tuberculosis and highly infectious diseases, the circulating air is too high. It is easy to cause the spread of bacteria in the air, and it may have caused cross-infection in the process of 8 cycles

[0005] 3. The existing upper-layer ultraviolet sterilizer is a sterilizer suitable for hospitals and public places. There is a one-way ultraviolet radiation window on the side, which is installed on the upper side of the side wall and irradiated to the upper indoor space for sterilization, and the sterilization effect is better. , but the machine can only be installed on the side wall for one-way irradiation. When installing in corridors and passages, due to the narrow space, it is installed behind the side wall and the distance to the opposite wall is very short, while the distance of the sterilizer along the length of the corridor The side can not be irradiated, and the sterilization space is very limited. One sterilizer can only cover a 3-4 meter long channel, which is extremely inefficient and wastes a lot

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