Novel concealed anti-static and damp-proof device for laboratory

Abstract

The invention provides a novel concealed anti-static and damp-proof device for a laboratory, and relates to the field of static electricity prevention and damp prevention of the laboratory. The novelconcealed anti-static and damp-proof device for the laboratory comprises a first graphite cover plate, a second graphite cover plate, a graphite base plate, a first small electric fan, a second smallelectric fan, a graphite rod, a screw, a first extension surface, a second extension surface, a third extension surface, a fourth extension surface, a first screw hole, a second screw hole, a third screw hole, a fourth screw hole, a first sliding rod, a second sliding rod, a first sliding track, a second sliding track, a third sliding track, a fourth sliding track, a first wire outlet hole, a second wire outlet hole and a graphite rod connecting hole. The novel concealed anti-static and damp-proof device for the laboratory has the beneficial effects that static electricity can be prevented effectively, ventilation property of experimental articles and appliances can further be maintained quite well, therefore, the problem that the laboratory is damp is solved, moreover, a table plate can be concealed, and only needs to be mounted on the surface layer of an experimental table, it almost seems to be part of the experimental table, and extra space is not required.

Description

technical field [0001] The invention relates to the field of anti-static and anti-humidity, in particular to a novel concealed laboratory anti-static and anti-humidity device. Background technique [0002] In daily life, as long as two objects with different materials are in contact with each other, static electricity will be generated after separation, and the problem of humidity is ubiquitous, especially when doing experiments in the laboratory, the problem of static electricity and humidity has always plagued the majority of scientific researchers , How to prevent static electricity and moisture without hindering the experiment (that is, enough concealment) is a common concern of everyone. Preventing static electricity is not only for safety, but also for the purpose of improving product quality , the humidity problem also seriously affects the experiment. The humidity will not only affect the experimental results, but also damage the experimental items. In the final anal...

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Problems solved by technology

[0002] In daily life, as long as two objects with different materials are in contact with each other, static electricity will be generated after separation, and the problem of humidity is ubiquitous, especially when doing experiments in the laboratory, the problem of static electricity and humidity has always plagued the majority of scientific researchers , How to prevent static electricity and moisture without hindering the experiment (that is, enough concealment) is a common concern of everyone. Preventing static electricity is not only for safety, but also for the purpose of improving product quality , the humidity problem also seriously affects the experiment. The humidity will not only affect the experimental results, but also damage the experimental items. In the final analysis, the humidity problem lies in the lack of ventilation, especially in places where the laboratory is not open; There are many reasons for static electricity problems, such as contact electrification, friction electrification, induction electrification, etc.

[0003] At present, the cost of moisture-proof and anti-static devices on the market is high, the volume is large, and it is very obvious to be placed in the laboratory. This is very embarrassing for the limited space of the laboratory, so there is an urgent need for a sufficiently concealed, and A device that can effectively prevent static electricity and humidity in the laboratory

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