Graphene steam sterilizer

Abstract

The invention discloses a graphene steam sterilizer. The graphene steam sterilizer comprises a shell, a sterilizing device, a control circuit board and a power supply device, wherein the sterilizing device comprises a solution bottle, a first sterilizing assembly and a second sterilizing assembly; the first sterilizing assembly comprises a heat conduction pipe, a graphene heating coating and a first water pump; and the second sterilizing assembly comprises a second spray head and a second water pump. The graphene heating coating is electrified to heat, so the heat conduction pipe is rapidly heated; the solution bottle is detachably installed on the shell, and a function selection switch enables the control circuit to switch a working mode; when the first sterilizing assembly works, the control circuit board controls the first water pump to be started, the first water pump pumps liquid in the solution bottle into an inner cavity of the heat conduction pipe, and then steam is generated; and when the second sterilizing assembly works, the control circuit board controls the second water pump to start, and the second water pump pumps a solution to the second spray head and sends out atomized sterilizing spray. The graphene steam sterilizer is is light in structure, convenient to use, rapid in temperature rise, uniform in heating temperature distribution, good in steam effect, high in heat energy conversion efficiency, and safe and energy-saving to use.

Description

technical field [0001] The invention relates to the technical field of electronic products, in particular to a graphene steam sterilizer. Background technique [0002] Common disinfection methods include chemical disinfection and physical disinfection. However, due to the lack of corresponding knowledge and unskilled operation skills when ordinary consumers carry out chemical disinfection, not only the disinfection effect is not good, but also safety accidents are prone to occur. In daily disinfection, due to the lack of special For disinfection equipment, when physical methods are used for disinfection, the disinfection work is cumbersome and inefficient, and it is not easy to carry out. Therefore, there is a steam sterilizer that uses high-temperature steam for disinfection in the prior art. [0003] However, the steam sterilizers in the prior art have slow heating, poor steam effect or high price, complex and bulky structure, poor operation experience, and the types of ba...

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Problems solved by technology

[0002] Common disinfection methods include chemical disinfection and physical disinfection. However, due to the lack of corresponding knowledge and unskilled operation skills when ordinary consumers carry out chemical disinfection, not only the disinfection effect is not good, but also safety accidents are prone to occur. In daily disinfection, due to the lack of special Disinfection equipment, when using physical methods to sterilize, the disinfection work is cumbersome and inefficient, and it is not easy to carry out, so there is a steam sterilizer that uses high-temperature steam for disinfection in the prior art

[0003] However, the steam sterilizers in the prior art have slow heating, poor steam effect or high price, complex and bulky structure, poor operation experience, and the types of bacteria and viruses that can be effectively sterilized, and the types of items that can be sterilized are all limited. Features that are not suitable for daily disinfection use

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