High-temperature disinfection cabinet

Abstract

The invention provides a high-temperature disinfection cabinet comprising a cabinet body and a heat-insulation door; the upper part of a front-side heat-insulation door is designed with an extending end, and the lower part of the extending end is designed with an operation surface tilted forward; the operation surface is provided with a control panel and a digital display screen; the cabinet body is internally provided with a hot air circulating device; the hot air circulating device adopts a corrugated heater for heating; heated air performs air flow circulation in the cabinet body through an air pump and an air pipe. The operation surface of the high-temperature disinfection cabinet is designed on the upper part of the cabinet body, is beautiful in model, and is safer. The corrugated heater can emit light waves to kill bacteria while heating, and the air pump and the air pipe can make the hot air circularly flow up and down in the cabinet body, so that the heating speed in the cabinet body is fast, the temperature is uniform, the high temperature sterilization effect is better, and the efficiency is higher.

Description

technical field [0001] The invention relates to the technical field of kitchen utensils, in particular to a high-temperature disinfection cabinet. Background technique [0002] After the tableware is used, a large amount of bacteria and viruses will remain on it, and it is difficult to completely remove it even after cleaning. Therefore, the tableware needs to be disinfected after cleaning. This disinfection treatment is usually done using a disinfection cabinet. Traditional disinfection cabinets use ozone disinfection or a combination of ozone and ultraviolet rays to sterilize. These disinfection cabinets are completed at low temperature when they work, and the sterilization is not complete. They can only kill intestinal bacteria, such as Escherichia coli , Staphylococcus aureus, etc. Although high-temperature disinfection can kill most bacteria and viruses, it has high requirements for the insulation materials used, which are difficult to meet with ordinary insulation ma...

AI Technical Summary

Problems solved by technology

Traditional disinfection cabinets use ozone disinfection or a combination of ozone and ultraviolet rays to sterilize. These disinfection cabinets are completed at low temperature when they work, and the sterilization is not complete. They can only kill intestinal bacteria, such as Escherichia coli , Staphylococcus aureus, etc.

Although high-temperature disinfection can kill most bacteria and viruses, it has high requirements for the insulation materials used, which are difficult to meet with ordinary insulation materials; these materials must also have the effect of fire prevention and flame retardancy, and the price is relatively high, making the whole The price of high-temperature disinfection tableware is relatively high. When the parts made of these insulation materials are assembled and used, gaps are likely to occur at the joints, which affects the use effect, and at the same time causes the high temperature of the external panel to burn the user.

Although simple high-temperature disinfection can kill most bacteria and viruses very well, some high-temperature-resistant bacteria or viruses can still survive

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