Inflatable negative pressure isolated transferring cabin and use method thereof

Abstract

The invention relates to the field of clinical medical equipment and discloses an inflatable negative pressure isolated transferring cabin which comprises a cabin body and function modules, wherein the cabin body is provided with an air inlet and an exhaust hole; an exhaust tube is connected with the exhaust hole; the function modules comprise a circuit control board, a negative pressure sensor and an inflation exhaust motor driving circuit; the circuit control board, the negative pressure sensor and the inflation exhaust motor driving circuit form a control loop; the negative pressure sensoris arranged in the cabin body; and the inflation exhaust motor driving circuit controls on / off of the exhaust tube. Air introduced into the cabin body can be efficiently filtered through an air filtering and sterilization module, and air discharged outside the cabin body can be efficiently filtered and sterilized with ultraviolet rays, so that related emission standards can be met. The cabin can be compressed and folded into a small size in volume, is controlled within 25Kg in weight, is convenient to configure in ambulances, outpatient emergency treatments, ICUs (intensive care units), and the like, is particularly used for transferring acute infectious patients, and is particularly applicable to large-scale rapid transferring of infected people with biochemical protection in battlefieldoperation situations.

Description

technical field [0001] The invention relates to an isolation transfer cabin, in particular to an inflatable negative pressure isolation transfer cabin and a usage method thereof. Background technique [0002] Respiratory tract infectious diseases refer to infectious diseases caused by the invasion of pathogens from the human body's nasal cavity, throat, trachea and bronchi and other respiratory infections. The prevalence of infectious diseases must have three links, namely, the source of infection, the route of transmission, and the susceptible. In the infection and prevalence of diseases, if we can completely cut off one of the links, we can prevent the occurrence and prevalence of this kind of infectious diseases. Respiratory infectious diseases can be transmitted through droplets and contact. Some pathogens can spread freely in the air and float in the air. Therefore, isolation is required to prevent virus transmission when infectious patients change or transfer wards. ...

AI Technical Summary

Problems solved by technology

However, because the existing isolation equipment (such as isolation stretchers, etc.) needs to be assembled on site and is time-consuming, or the size is large after storage, it is inconvenient to place in the limited space of the ambulance, or the weight and volume are relatively large when used between various departments in the hospital. Large, not conducive to fast response

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