Electromagnetic charge-sensitive electronic mosquito swatter
A technology of charge induction and electric mosquito swatter, which is applied in applications, electrical components, and adjustment of electric variables, etc., can solve problems such as user safety hazards, user fatigue, and risk factors, so as to improve the effect of electric mosquitoes, use safety, and avoid mutual interference Effect
Pending Publication Date: 2019-04-02
FOSHAN SHUNDE LEXUEER ELECTRICAL APPLIANCE CO LTD
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Problems solved by technology
[0002] The opening keys of existing electric mosquito swatters include ordinary button type and single-key capacitive touch type. The common button type is prone to poor contact and fatigue, while the single-key capacitive touch type is easy to trigger and output high voltage at will. There are great potential safety hazards for children’s users; in addition, mice or other animals are touched by the opening button of the electric mosquito swatter, which has unpredictable risk factors; in addition, the traditional electric mosquito swatter, whether it is a button or a single button The capacitive touch type is installed on a certain position of the handle of the electric mosquito swatter. When a mosquito approaches the human body, the user needs to spend time looking for the key position, but the opportunity to slap the mosquito is fleeting, which greatly affects the user's use effect
Method used
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[0023] The present invention will be further described below in conjunction with accompanying drawing and embodiment:
[0024] See Figure 1-2 As shown, an electromagnetic charge induction electric mosquito swatter includes a charging and discharging circuit 1, a boost circuit 3 and a central control circuit 4, the charging and discharging circuit 1 provides the required power for the boost circuit 3, and it is characterized in that Including electromagnetic charge space scanning circuit 5, and gate circuit 6, said gate circuit 6 is connected between electromagnetic charge space scanning circuit 5 and central control circuit 4, so that electromagnetic charge space scanning circuit 5 senses that people hold electric mosquito When the holding signal is taken, the holding signal is converted into a starting signal by the gate circuit 6 and sent to the central control circuit 4, and the charging and discharging circuit 1 is driven by the central control circuit 4 to provide power ...
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The invention discloses an electromagnetic charge-sensitive electronic mosquito swatter, comprising a charging-discharging circuit, a voltage stabilizing circuit, a boost circuit and a central controlcircuit. The charging-discharging circuit provides power which the boost circuit requires. The electromagnetic charge-sensitive electronic mosquito swatter is characterized by also comprising an electromagnetic charge space scanning circuit and a gate circuit; the gate circuit is connected between the electromagnetic charge space scanning circuit and the central control circuit in across manner,so that when the electromagnetic charge space scanning circuit senses a holding signal of a human hand holding the swatter, the holding signal is converted into a startup signal through the gate circuit and transmitted to the central control circuit; the central control circuit drives the charging-discharging circuit to power the boost circuit. The electromagnetic charge-sensitive electronic mosquito swatter has the advantages of good convenience and safety of use and good electric shocking effect.
Description
technical field [0001] The invention relates to the technical field of electric mosquito swatters, in particular to an electromagnetic charge induction electric mosquito swatter. Background technique [0002] The opening keys of existing electric mosquito swatters include ordinary button type and single-key capacitive touch type. The common button type is prone to poor contact and fatigue, while the single-key capacitive touch type is easy to trigger and output high voltage at will. There are great potential safety hazards for children’s users; in addition, mice or other animals are touched by the opening button of the electric mosquito swatter, which has unpredictable risk factors; in addition, the traditional electric mosquito swatter, whether it is a button or a single button The capacitive touch type is installed on a certain position of the handle of the electric mosquito swatter. When a mosquito approaches the human body, the user needs to spend time looking for the ke...
Claims
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IPC IPC(8): A01M3/02G05B19/042
CPCA01M3/025G05B19/0423H02M3/33523H02M3/3381G05F1/10H05B39/00H02M3/338
Inventor 廖宝珠
Owner FOSHAN SHUNDE LEXUEER ELECTRICAL APPLIANCE CO LTD