Isolated disinfection and washing integrated machine

Abstract

The invention discloses an isolation disinfection and washing integrated machine. The isolation disinfection and washing integrated machine comprises a frame, an inner roller and an outer roller; a clothes inlet door and a panel with a controller are installed at the front end of the outer roller, a clothes outlet door is installed at the rear end of the outer roller, and a door lock device and atravel switch are arranged on the front side wall, provided with the clothes inlet door, of the outer roller and the rear side wall, provided with the clothes outlet door, of the outer roller respectively; a water inlet pipe with a water inlet electromagnetic valve is arranged on the outer roller, a drainage electric valve is arranged at the bottom of the outer roller, and an automatic liquid preparation box for adding a detergent, a disinfectant and a neutralizer into the inner roller is installed in the frame; the controlled ends of the water inlet electromagnetic valve, the drainage electric valve and the automatic liquid distribution box are connected with the controller; and a fixing mechanism for keeping the outer roller and the frame relatively static during transportation is arranged between the bottom of the outer roller and the bottom of the frame. According to the isolation disinfection and washing integrated machine, the functional requirements for disinfection, washing, isolation, sewage disposal, convenient transportation and the like of the equipment in the field battle and infectious disease epidemic treatment process can be met.

Description

technical field [0001] The invention relates to the technical field of washing devices, in particular to an integrated disinfection and washing machine. Background technique [0002] In field operations and emergency treatment of infectious diseases, it is often necessary to effectively and thoroughly disinfect and wash non-disposable textiles, and to perform harmless treatment of the resulting medical sewage to avoid pollution to the environment. However, due to the limitation of the characteristics of field operations, personnel and equipment are constantly moving, so it is required that the disinfection and washing equipment must have the characteristics of being portable and convenient to move, and be able to dispose of the medical sewage generated by disinfection and washing in time to reduce secondary pollution. pollution and damage to the environment; similarly, during the outbreak of infectious diseases, because the patients are too scattered and the number of patien...

AI Technical Summary

Problems solved by technology

Disinfection with ethylene oxide can treat large quantities of contaminated textiles, and is suitable for fixed use in hospitals, but it has the following disadvantages in wartime and emergency rescue situations: 1) The equipment is bulky and not suitable for movement; 2) Epoxy Ethane is a highly toxic substance and needs to be decomposed after it is used for sterilization. This process takes 24 hours, which takes a long time and is not fast; 3) The gas discharged after decomposing ethylene oxide is harmful, and a separate exhaust gas needs to be installed. Air ducts, etc. These factors make the ethylene oxide disinfection method unsuitable for the disinfection of textiles in field operations and emergency rescue situations

However, the traditional washing machine does not have the functions of disinfection and sewage treatment, and the washing system of the washing machine and the frame are usually connected by a suspension damping system for shock absorption to avoid high-frequency and high-amplitude shaking of the overall frame by the washing system, but For the transportation of the washing machine, this kind of connection is easy to cause damage to the vibration damping system and other systems; in addition, the existing washing machines have only one clothes inlet and outlet, and the clothes before washing and the clothes after washing are all placed through the same inlet and outlet. In and out, it is easy to cause cross-infection; therefore, the use of ordinary washing machines cannot meet the requirements for equipment in field operations and the treatment of infectious diseases

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