Electric mosquito swatter with induction type child lock

Abstract

The invention discloses an electric mosquito swatter with an induction type child lock. The electric mosquito swatter with the induction type child lock comprises an electric mosquito swatter body; the electric mosquito swatter body has a racket rod used for being held by a hand; a first touch sensor is arranged at the upper part of the racket rod; a second touch sensor is arranged at the lower part of the racket rod; a main control module and a main circuit module are arranged in the electric mosquito swatter body; the main circuit module realizes normal working of the electric mosquito swatter body; both the first touch sensor and the second touch sensor are electrically connected with the input end of the main control module; the output end of the main control module is electrically connected with the main circuit module; children have small hands; in a condition that the electric mosquito swatter is held by one hand, the product cannot be electrified due to the fact that the firsttouch sensor and the second touch sensor cannot be contacted at the same time; therefore, while touching the electric mosquito swatter body, the other hand also cannot be electrified; the first touchsensor and the second touch sensor can be contacted at the same time only when the electric mosquito swatter is held by two hands at the same time; the electric mosquito swatter body can be electrified; but, the small hands cannot be electrified; and simultaneously, mosquitoes can be killed.

Description

technical field [0001] The invention relates to the technical field of electric mosquito swatters, in particular to an electric mosquito swatter with an inductive child lock. Background technique [0002] Because most of the electric mosquito swatters on the market adopt a single start-up trigger method, which does not have good safety performance, and because unscrupulous merchants control production costs, there are many product defects, and the quality of quality control cannot be guaranteed, which will lead to the following disadvantages: 1. A single switch or button is often used to trigger the electric mosquito swatter. When people, especially children, pregnant women or the elderly use the electric mosquito swatter, it may cause accidental contact and cause electric shock; 2. Although the current of the electric mosquito swatter is small, the instantaneous voltage is as high as Thousand volts, without a reliable self-locking link may cause leakage and cause harm; 3. I...

AI Technical Summary

Problems solved by technology

[0002] Because most of the electric mosquito swatters on the market adopt a single start-up trigger method, which does not have good safety performance, and because unscrupulous merchants control production costs, there are many product defects, and the quality of quality control cannot be guaranteed, which will lead to the following disadvantages: 1. A single switch or button is often used to trigger the electric mosquito swatter. When people, especially children, pregnant women or the elderly use the electric mosquito swatter, it may cause accidental contact and cause electric shock; 2. Although the current of the electric mosquito swatter is small, the instantaneous voltage is as high as Thousand volts, without a reliable self-locking link may cause leakage and cause harm; 3. It will cause physical or even mental impact on the person who is electrocuted; 4. Because the existing electric mosquito swatter has a single trigger method and uses It lacks convenience and increases the difficulty of use

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