Protective equipment batch disinfection device with inflatable tent disinfection cabin

Abstract

The invention relates to a protective equipment batch disinfection device with an inflatable tent disinfection cabin, a chlorine dioxide generating device and an inflatable air pump are arranged in a front side case, the inflatable tent disinfection cabin is arranged in a rear side case, and the inflatable air pump is connected with an inflation / deflation port of the tent disinfection cabin through an air column inflation port in a back plate of the front side case. And an outlet of a reaction cavity ventilation pipeline of the chlorine dioxide generation device is connected with a cabin body air inlet of the tent disinfection cabin. The front side case and the rear side case are integrally designed, miniaturization and compact integration of all functional modules are achieved, the main body is folded into an integral case set, and transportation and rapid deployment are facilitated. After being unfolded, the gas chlorine dioxide generating device is connected with the flexible tent disinfection cabin, so that the gas chlorine dioxide is circularly prepared on site to disinfect and sterilize medical protective clothing, goggles, protective head covers and the like in the tent disinfection cabin in batches, and safe and repeated utilization is realized. Meanwhile, the adsorption device and the fresh air module are arranged in the device, and the functions of adsorption, safe discharging and the like are achieved.

Description

technical field [0001] The invention relates to the technical field of disinfection equipment, in particular to a batch disinfection device for protective equipment with an inflatable tent disinfection cabin. Background technique [0002] The gaseous chlorine dioxide disinfection equipment existing on the market is often only an independent disinfection equipment, which does not have an integrated integrated design, does not have an integrated disinfection cabin, and cannot complete the disinfection work independently. Compatible with the use of the cabin. In addition, the existing gaseous chlorine dioxide disinfection equipment on the market rarely has stand-alone adsorption equipment, is not equipped with gaseous chlorine dioxide monitoring devices at the same time, does not have an integrated integrated design, and cannot realize gaseous chlorine dioxide automatic adsorption control and concentration monitoring. [0003] Secondly, the large-scale disinfection equipment ...

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Problems solved by technology

[0002] The gaseous chlorine dioxide disinfection equipment existing on the market is often only an independent disinfection equipment, which does not have an integrated integrated design, does not have an integrated disinfection cabin, and cannot complete the disinfection work independently. Compatible with the use of

In addition, the existing gaseous chlorine dioxide disinfection equipment on the market rarely has stand-alone adsorption equipment, is not equipped with gaseous chlorine dioxide monitoring devices at the same time, does not have an integrated integrated design, and cannot realize gaseous chlorine dioxide automatic adsorption control and concentration monitoring

[0003] Secondly, the large-scale disinfection equipment that exists on the market can only be placed in a fixed position or place for disinfection work. It does not have the ability to quickly deploy and expand the device as a whole, and does not have chlorine dioxide fumigation and disinfection after disinfection. The rapid deployment of the disinfection cabin can realize the rapid deployment of the integrated integrated disinfection equipment that can be disinfected in batches

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