Energy-storage photoelectric induction controller

Abstract

The invention relates to a photoelectric controller, in particular to a power supply controller which can be charged for storing energy, and can induct and supply power according to an illumination degree. The controller consists of three modules, namely a base, a circuit and a top box, and comprises nineteen components such as a box seat, a hoop sleeve, a dimming cap, a switch pressure block, a middle elastic piece, a side elastic piece, a box cover and a switch shifting block, and nineteen elements such as an optical transistor TV2, a resistor R3, a trimming resistor RP2, an integrated circuit (IC), a relay K, a transformer E, a diode VD1, a capacitor C1, a potentiometer RP1, a transistor TV1 and a storage battery GD. An electric induction power supply device which supplies power stably and durably, is flexible in use, attractive and elegant, exquisite and durable in structure, simple and convenient in operation, wide in applicability, and high in application value and added economic value, can be widely used in the working environments such as plains, mountain areas, hills and plateaus, and meets the use requirements of enterprises and public institutions such as factories, organizations, shops and schools and families.

Description

technical field [0001] The invention relates to a photoelectric controller, in particular to a power controller capable of charging and storing energy and inductively supplying power according to the intensity of light. Background technique [0002] The photoelectric sensor controller described in this article is mainly used in lighting control circuits such as street lights, spotlights, bonfire lights, cabin lights, table lamps, house lights, car lights, emergency lights, etc., which can make the electric light source automatically When it is off, it will start automatically when the ambient light is dim, so as to save energy and improve the light environment. Currently known photoelectric sensor controllers generally have the following defects: [0003] ⑴ Rely on external power supply. At present, most of the known photoelectric sensor controllers do not have power storage devices and can only operate on external mains power; when the mains power is disconnected, the pho...

AI Technical Summary

Problems solved by technology

[0007] The purpose of the present invention is to overcome the shortcomings of the current known photoelectric induction controllers such as single function and poor adaptability, and provide the public with a unique energy storage photoelectric induction control device

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