Intelligent burning-preventive electronic deinsectization lamp control circuit

Abstract

The invention provides an intelligent burning-preventive electronic deinsectization lamp control circuit which comprises a rectifier module, a booster module and an adjusting control module. The rectifier module comprises a rectifier diode Dm, an input end of the rectifier diode Dm is connected with a power source while an output end of the same is connected with the adjusting control module, and the adjusting control module comprises a three-end voltage-stabilizing integrated chip IC2 and a time-base integrated chip IC1. The circuit comprises the rectifier module, the booster module and the adjusting control module, the adjusting control module comprises the three-end voltage-stabilizing integrated chip IC2 and the time-base integrated chip IC1, stability of voltage in the circuit is realized by utilizing the three-end voltage-stabilizing integrated chip, and the voltage in the circuit is adjusted by utilizing the time-base integrated chip, so that the circuit has good intelligent burning-preventive effect. In addition, the circuit has high adjusting capability, and voltage fluctuation time duration with a positive-negative 5V deviation range does not exceed 0.3s.

Description

technical field [0001] The patent application of the present invention relates to the fields of bioengineering and electronic technology, in particular to an electronic pest control lamp, specifically to a control circuit of an intelligent anti-burning electronic pest control lamp. Background technique [0002] As we all know, many mosquitoes have phototaxis and odortaxis. Using electronic lamps to eliminate pests is a very well-known technology. There are also many electronic insect repellents on the market. Most of them use high-voltage electrodes. When mosquitoes and moths touch After reaching the high-voltage electrode, it was instantly electrocuted to death. However, the common problem of the electronic pest control lamp is that after a period of use, the internal circuit and electrical components are burned out. After analysis, it is found that the main reasons are as follows: When encountering Larger moths enter the high-voltage electrodes. Although the moths can be e...

AI Technical Summary

Problems solved by technology

[0002] As we all know, many mosquitoes have phototaxis and odortaxis. Using electronic lamps to eliminate pests is a very well-known technology. There are also many electronic insect repellents on the market. Most of them use high-voltage electrodes. When mosquitoes and moths touch After reaching the high-voltage electrode, it was instantly electrocuted to death. However, the common problem of the electronic pest control lamp is that after a period of use, the internal circuit and electrical components are burned out. After analysis, it is found that the main reasons are as follows: When encountering Larger moths enter the high-voltage electrodes. Although the moths can be electrocuted instantly, the dead bodies of the moths are still adsorbed on the high-voltage electrodes, and the electronic pest control lamps still release high voltage. Uninterrupted discharge for a long time, so it is easy to burn the equipment, and cannot achieve the effect of killing insects. In addition, when a short circuit is caused by external factors, the existing insect killing lamp cannot analyze whether it is a short circuit or flying insects enter the high-voltage electrode, resulting in a circuit breaker. The medium current and voltage are unstable, and it is easy to burn the chip or circuit

Images