Intelligent cleaning disinfector

Abstract

The invention discloses an intelligent cleaning disinfector which comprises a cleaning cabinet and an air-drying disinfecting cabinet which are connected successively. Lifting adjusting devices are arranged in the cleaning cabinet and the air-drying disinfecting cabinet; a water spraying device, a microwave device and a cleaning roller device are arranged in the cleaning cabinet; a to-be-cleaned apparatus inlet is formed in the bottom of the cleaning cabinet; a cleaned apparatus outlet is formed in the top of the cleaning cabinet; an air-drying device and a disinfecting device are arranged in the air-drying disinfecting cabinet; a to-be-air-dried apparatus inlet is formed in the top of the air-drying disinfecting cabinet; the to-be-air-dried apparatus inlet communicates to the cleaned apparatus outlet; and a disinfected apparatus outlet is formed in the bottom of the air-drying disinfecting cabinet. The intelligent cleaning disinfector has the advantages of being simple to operate, small in occupied area, good in cleaning and disinfecting effect, low in labor cost and high in working efficiency.

Description

technical field [0001] The invention belongs to the technical field of cleaning machinery, and more specifically relates to an intelligent cleaning and disinfection machine. Background technique [0002] In the traditional cleaning machines currently on the market, the first step usually needs to be soaked in detergent for deep soaking, and then manually sorted and placed on the machine for washing. It is completed by the assembly line. After the first step is sprayed with water, the second step is to air dry. The third step is manual picking. The traditional cleaning machine is bulky, and the water spraying on the assembly line also wastes water resources. In the previous steps, the cleaning pool was used to mix cleaning materials and deep soaking, and then manually salvaged and placed from the cleaning pool, which made the manual workload heavy. [0003] However, existing factories basically use pipeline-type cleaning machines, which are large in size and take up a lot of...

AI Technical Summary

Problems solved by technology

The size of the traditional cleaning machine is huge, and the water spraying on the assembly line also wastes water resources. The previous step uses a cleaning pool to mix cleaning materials and deep soaking, and then manually salvages and places them from the cleaning pool, which makes the manual workload heavy.

[0003] However, existing factories basically use pipeline-type cleaning machines, which are large in size and take up a lot of space. Most of them are based on cleaning. Other tasks (such as air-drying, disinfection, wiping, placement, etc.) High, and a large amount of materials are required for the manufacture of such machine products, which increases the purchase and transportation costs of buyers

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