Novel solar mobile phone sterilizer with charging and bluetooth functions

Abstract

The invention relates to a novel solar mobile phone sterilizer with charging and bluetooth functions. The sterilizer comprises a sterilizer body, a power supply interface, a switch, an upper cover with a reflector, a cover opening buckle, a foot pad, a solar receiving module, a UV (ultraviolet) lamp, a control circuit board, a bluetooth module, a speaker, a microphone, a USB (universal serial bus) standard socket, a lithium battery and a reflector, wherein the power supply interface, the cover opening buckle, the USB standard socket are arranged at one side of the sterilizer body; the switch and the upper cover with the reflector are arranged on the sterilizer body; the foot pad is arranged at the bottom of the sterilizer body; the solar receiving module is arranged on the upper cover with the reflector; the UV lamp is arranged at one side inside the sterilizer body; the control circuit board, the bluetooth module, the speaker, the microphone and the reflector are embedded inside the sterilizer body; the lithium battery is arranged inside the sterilizer body, and is connected to the control circuit board. The novel solar mobile phone sterilizer is energy-saving and environment-friendly, and convenient to use and carry, and has the functions of charging and receiving calls by bluetooth.

Description

technical field [0001] The invention relates to a sterilizer, in particular to a new solar cell phone sterilizer with charging and bluetooth functions. Background technique [0002] Smartphones are the most important communication tools in our daily life. Today’s mobile phones use touch screens as standard equipment, making everyone use mobile phones to surf the Internet for chatting and office work. It will also inevitably lead to contamination of the surface of the mobile phone body and the breeding of a large number of bacteria. When people's hands, face and ears touch the mobile phone, these bacteria and viruses will be stained on the skin of the human body, causing adverse skin reactions or diseases, especially when talking on the mobile phone, these bacteria or viruses can easily pass through the mouth If it enters the body, it will bring harm to our body. If it has charging and Bluetooth functions, we can also answer the phone when we are disinfecting the mobile phone...

AI Technical Summary

Problems solved by technology

[0002] Smartphones are the most important communication tools in our daily life. Today’s mobile phones use touch screens as standard equipment, making everyone use mobile phones to surf the Internet for chatting and office work. It will also inevitably lead to contamination of the surface of the mobile phone body and the breeding of a large number of bacteria. When people's hands, face and ears touch the mobile phone, these bacteria and viruses will be stained on the skin of the human body, causing adverse skin reactions or diseases, especially when talking on the mobile phone, these bacteria or viruses can easily pass through the mouth If it enters the body, it will bring harm to our body. If it has charging and Bluetooth functions, we can also answer the phone when we are disinfecting the mobile phone, which will improve the practical value, and the existing products are all powered by external power sources. It is extremely inconvenient to move and use anywhere at any time, but most of the sterilizers now have serious ultraviolet loss during disinfection, and the light is parallel, and the surface of the object far away from the ultraviolet emission point basically cannot achieve the disinfection effect. Repeatedly reflect the ultraviolet light to the objects that need to be disinfected, the same power, but the disinfection effect will be directly improved, and each surface can get the same disinfection effect

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