Portable Mosquito Killer with Adjustable Range of Use and Anti-Electric Shock

Abstract

A portable anti-mosquito device that can adjust the scope of use and prevent electric shock; it is characterized in that: the portable anti-mosquito device includes four suspension units and an electric shock unit, and each suspension unit includes an inner telescopic tube, a sleeve The outer telescopic tubes and positioning parts on the inner telescopic tubes, the inner telescopic tubes of each suspension unit can slide relative to the outer telescopic tubes, so the user can adjust the four suspension units according to the needs The length, to correspond to the space settings of different sizes. The electric shock unit includes a plurality of electric shock coils, each electric shock coil can allow current to pass through, and has a plurality of conductive segments spaced along the left and right directions and with an uninsulated surface, and a plurality of electrically conductive segments respectively connected to the conductive segments and coated with insulation on the surface. layer of insulation. The insulating section can prevent the user from being shocked by electric shock due to accidental touch.

Description

technical field [0001] The invention relates to a mosquito killing device, in particular to a portable mosquito killing device with adjustable application range and electric shock prevention. Background technique [0002] It is known that most of the previous anti-mosquito technologies are passive, such as mosquito swatters, mosquito lamps, and mosquito trapping technologies using biological characteristics; The efficacy of mosquitoes is limited; the mosquito trapping lamp uses the phototaxis principle of mosquitoes, and uses the suction force of electrodes or fans to trap and catch mosquitoes, but it ignores the theory of species evolution, and the current mosquitoes are almost non-photorepellent mosquitoes, making the mosquito repelling lamp device form It is the same as empty setting; trapping with mosquito biological characteristics is the same as mosquito trap lamp, which also has only short-term effect. In recent years, some companies have applied for patents on elect...

AI Technical Summary

Problems solved by technology

In recent years, some companies have applied for patents on electric mosquito windows (doors) by taking advantage of the characteristics of mosquitoes that follow humans in and out of the house and tend to heat and light. However, these devices do not take into account the high-voltage electric shock caused by unintentional touches by users. Although electric shock is not harmful to people, the fear of electric shock has caused doubts about the design

In addition, there are several specifications of windows and doors, and the known electric mosquito windows (doors) cannot be installed in spaces of different sizes, so it is necessary to wait for some time for the manufacturer to customize them. Many problems limit the electric mosquito The popularity of windows (doors)

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