Negative pressure disinfection mixing treatment device for shelter hospital

Abstract

The invention provides a negative-pressure disinfection mixing treatment device for a shelter hospital, which is characterized in that a T-shaped channel with a sliding cavity is arranged in a stirring rotating shaft, an extrusion pipe is communicated with the T-shaped channel with the sliding cavity, the extrusion pipe is connected to the stirring rotating shaft, an extrusion one-way valve is arranged in the extrusion pipe, blades are arranged on eccentric wheels, the eccentric wheels are vertically and symmetrically connected to an output shaft of a double-shaft motor, the double-shaft motor is arranged in a base with a sliding rod, the output shaft of the double-shaft motor is rotationally connected with the base with the sliding rod, the base with the sliding rod is connected with a piston, the base with the sliding rod and the piston are both in sliding connection with the T-shaped channel with the sliding cavity, the base with the sliding rod is sleeved with a first spring, a pipe with a push-down blade is communicated with the T-shaped channel with the sliding cavity, the pipe with the push-down blade is connected with the stirring rotating shaft, a suction one-way valve is arranged in the pipe with the push-down blade, a liquid outlet channel is arranged on a mixing machine shell and enables the mixing machine shell to be communicated with a liquid outlet box, and the disinfection mixed liquid with the good mixing degree is manufactured on the premise that the flowing efficiency is not affected.

Description

technical field [0001] The invention relates to a disinfection treatment device, in particular to a negative pressure disinfection mixing treatment device for shelter hospitals. Background technique [0002] During the transmission and treatment of major infectious diseases, patients need to be isolated and treated. For example, during the new crown pneumonia epidemic, if there are too many patients, it is necessary to establish a shelter hospital to isolate the patients separately. This kind of shelter ward needs to be treated with negative pressure. For air treatment in the patient's room, the air sucked by negative pressure needs to be sterilized, so there is a large demand for disinfectants. The mixing efficiency of traditional disinfectant mixing equipment cannot be applied to this large amount of disinfectant. And when disinfecting the air, most of them use the spray method, which consumes a huge amount of disinfectant, so a negative pressure disinfection mixing treatm...

AI Technical Summary

Problems solved by technology

[0002] During the transmission and treatment of major infectious diseases, patients need to be isolated and treated. For example, during the new crown pneumonia epidemic, if there are too many patients, it is necessary to establish a shelter hospital to isolate the patients separately. This kind of shelter ward needs to be treated with negative pressure. For air treatment in the patient's room, the air sucked by negative pressure needs to be sterilized, so there is a large demand for disinfectants. The mixing efficiency of traditional disinfectant mixing equipment cannot be applied to this large amount of disinfectant. And when disinfecting the air, most of them use the spray method, which consumes a huge amount of disinfectant, so a negative pressure disinfection mixing treatment device for shelter hospitals was invented.

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