Hollow type electric energy storage light controller

Abstract

The invention relates to a photoelectric induction controller, in particular to a photoelectric controller which adopts a hollow structure, can collect and store electric energy, and automatically turns on and off current according to the intensity of external light. The product consists of three modules: collector, base, and circuit, including middle shrapnel, end shrapnel, switch dial, hexagonal copper sleeve, wire collection post, hoop pressure screw, collector plate, conductive wire buckle, box seat Twenty-five parts such as hoop, dimming cap, etc., and nineteen such as phototransistor TV2, transformer E, diode VD1, relay K, integrated block IC, capacitor C3, battery GD, trimming resistor RP2, resistor R1, and potentiometer RP1 This component overcomes the defects of strong dependence, weak current collection and narrow adaptability of the known photoelectric sensor controller, and forms a light control device with the characteristics of extensive current collection, stable connection, flexible use, and strong adaptability. , the product of the present invention is elegant in appearance, firm and durable in structure, broad in market space, and has high practical value and economic added value.

Description

technical field [0001] The invention relates to a photoelectric induction controller, in particular to a photoelectric controller which adopts a hollow structure, can collect and store electric energy, and automatically turns on and off current according to the intensity of external light. Background technique [0002] The light controller described in this article, also known as "electro-optic sensor controller", refers to a current control device that can automatically switch on and off the current and adjust the output current according to the intensity of the external light. The electro-optic sensor controller has a very wide range of uses in real work and life. In addition to the function of automatically disconnecting the current when the ambient light is bright and automatically turning on when the ambient light is dim, it can also achieve a relatively high output current intensity. The purpose of stable and relatively balanced ambient brightness, and can save energy,...

AI Technical Summary

Problems solved by technology

[0008] The purpose of the present invention is to overcome the shortcomings of the current known photoelectric sensor controllers, such as strong dependence, weak current collection, single function, and poor adaptability, and provide the public with a unique photoelectric controller device

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