Improved electric mosquito swatter

Abstract

The present invention relates to the field of household daily use, in particular to an improved electric mosquito swatter, comprising a swatter body, a handle and a protective collar, the handle is a Y-shaped handle, and the handle includes a first power switch, a first switch , a second power switch, a second switch, a first switch indicator light, a second switch indicator light and a storage battery, the beat body includes a first beat body and a second beat body, and an installation groove is provided on the protective sleeve ring, Two buckles are provided on the front and rear sides of the protective collar respectively, the racket body is put into the installation groove, and the protective collar is snapped onto the racket body through the buckles. The setting of the second clapper body increases the beating area of ​​the clapper body, and it is easy to beat mosquitoes that stay or linger in dead corners such as side walls, roof surfaces, or angles between side walls and roof surfaces. The protection ring and the clapper cover can effectively prevent electric shock caused by accidentally touching the switch. The design of double switches reduces the possibility of unintentional electric shock and ensures the safety of users.

Description

technical field [0001] The invention relates to the field of household daily use, in particular to an improved electric mosquito swatter. Background technique [0002] In daily life, the existing electric mosquito swatters are all badminton racket-type pen-hold grips. When mosquitoes stay or hover on the side wall, the roof surface or the angle between the side wall and the roof surface, the electric mosquito swatter can’t hit them with the pen-hold grip. In the dead corner, mosquitoes are often allowed to escape, resulting in a long time of chasing and beating; in the existing technology, because the high-voltage power grid is charged, different anti-shock structures are used to avoid the situation of being electrocuted, but The existing anti-shock structure is relatively complicated, and the anti-shock effect is poor, and electric shocks often occur. Contents of the invention [0003] The invention provides an improved electric mosquito swatter with comprehensive functi...

AI Technical Summary

Problems solved by technology

[0002] In daily life, the existing electric mosquito swatters are all badminton racket-type pen-hold grips. When mosquitoes stay or hover on the side wall, the roof surface or the angle between the side wall and the roof surface, the electric mosquito swatter can’t hit them with the pen-hold grip. In the dead corner, mosquitoes are often allowed to escape, resulting in a long time of chasing and beating; in the existing technology, because the high-voltage power grid is charged, different anti-shock structures are used to avoid the situation of being electrocuted, but The existing anti-shock structure is relatively complicated, and the anti-shock effect is poor, and the situation of being electrocuted often occurs

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