Electric mosquito swatter with power generation achieved manually

Abstract

The invention relates to an electric mosquito swatter with power generation achieved manually. The electric mosquito swatter comprises a swatter surface(1) and a swatter handle (2) connected with the swatter surface (1), wherein a storage battery (7) and a switch (8) are arranged on the swatter handle (2), the storage battery (7) is communicated with the swatter surface (1) through a wire to form a grid, and the switch (8) controls the current between the storage battery (7) and the swatter surface (1); a power generation device is arranged on the swatter handle (2) and comprises a pressing part (5) arranged on one side of the swatter handle (2), a gear (4) and an electric generator (6), the gear (4) and the electric generator (6) are arranged inside the swatter handle (2), a rack meshed with the gear is arranged at one end of the pressing part, the pressing part (5) drives the gear (4) to rotate through the rack, the input end of the electric generator (6) is connected with the gear (4), and the output end of the electric generator (6) is connected with the storage battery (7). The electric mosquito swatter with power generation achieved manually can get rid of the independence on alternating currents, save electric energy and improve the using efficiency when used outdoors.

Description

technical field [0001] The invention relates to an electric mosquito swatter, in particular to an electric mosquito swatter with manual power generation, which belongs to the field of daily necessities. Background technique [0002] Summer is the season of high incidence of mosquito breeding, and the harm of mosquitoes to people makes people hard to guard against, so it causes a lot of troubles to people. Facing the attack of mosquitoes, people have developed various anti-weapons to protect the safety of their bodies, such as mosquito swatters. The traditional mosquito swatter is composed of a bat face and a handle, which has a single structure, and the attack force of the racket face is small, so that mosquitoes can escape easily. Subsequently, people combined electric energy with the mosquito swatter to develop an electric mosquito swatter. The handle is provided with a battery and a switch. After being connected to the AC, the electric energy is stored in the battery, a...

AI Technical Summary

Problems solved by technology

After being connected to the AC, the electric energy is stored in the battery, and the switch can be turned on during use to energize the racket surface to form a power grid, thereby shocking the mosquitoes flying to the racket surface. This structure enhances the aggressiveness and improves the efficiency of killing mosquitoes. However, there are also some problems at the same time. Its dependence on AC power is greatly increased. When there is no charging or no power supply outdoors, the electric mosquito swatter does not have enough power to cause low efficiency, unable to kill mosquitoes, and fails to timely Supplementary electric energy, inconvenient to carry, thus failed to prevent the attack of mosquitoes

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