CN2138379Y

CN2138379Y - Multifunctional light controller

Info

Publication number: CN2138379Y
Application number: CN 92236745
Authority: CN
Inventors: 朱志武
Original assignee: Individual
Current assignee: Individual
Priority date: 1992-10-24
Filing date: 1992-10-24
Publication date: 1993-07-14
Anticipated expiration: 2002-10-24

Abstract

The utility model relates to a multifunctional light controller, which is composed of a casing, a control circuit device, a magnetic switch, a photoresistor, a transfer switch and a delay interrupt button. The control circuit device is composed of a delay relay circuit constituted by one CB555 integrated circuit, an optical control circuit, a magnetic circuit, a normally light-off circuit, a normally light-on circuit, a manual circuit, a delay interrupt circuit and an eliminator power circuit. The multifunctional light controller has the advantage of simultaneous adjustment to the illuminating requirements of the normal on and normal off of illuminating lights, optical control, delay control of opening and closing door, manual delay control, manual interrupt of automatic delay, etc. Beside, the utility model has the advantages of small size, low cost and multiple functions.

Description

Multifunctional light controller

The utility model belongs to the circuit arrangement of electric light source, and it relates to a kind of structure of lighting lamp controller.

Existing lighting lamp controller function singleness, 88205045U patent as the CN2033966 bulletin, by gate controlled switch, brightness discriminating switch circuit, time control circuit is formed, only possess the temporary bright function of darkness gate, can not the adaptating lighting lamp often open, often close, manually time-delay, light-operated, door switch control time-delay, door not during the frequent switch of the manual time-delay control during switch and door illuminating lamp do not controlled and be subjected to manually to cut off many-sided requirement such as illumination in manually time-delay control, the automatic time delay by door.

The purpose of this utility model provides a kind of Multi-functional Lighting lamp controller, particularly has a multi-functional lighting lamp controller by what electronic device was formed.Overcome the deficiency of above-mentioned existing lighting lamp controller.The lighting requirement that adapts to multitude of different ways.

The purpose of this utility model is achieved in that

A kind of Multi-functional Lighting lamp controller, forms by the control circuit device in the housing (1), housing, the magnetic switch (2) beyond the housing, it is characterized in that case panel be equipped with photoresistance cell (3), function switch (4), manually delay time button (5), delay time and cut off button (6); The time delay relay circuit that its control circuit device is made of a CB555 integrated circuit, light-operated circuit, magnetic control circuit, often close circuit for lamp, often turn on light circuit, manual circuit, circuit is cut off in time-delay and rectification power circuit is formed; The automatic control circuit that composes in parallel by light-operated circuit and magnetic control circuit; The stiff end O that is installed in the function switch on the panel connects integrated circuit (IC) pin two and the manual circuit in the time delay relay circuit; Function switch movable end L, M, N, connect normal circuit for lamp, automatic control circuit, the normal circuit of turning on light of closing respectively; The integrated circuit (IC) pin 4 in the circuit connection time delay relay circuit is cut off in time-delay; Rectification power circuit is connected power supply with each circuit.

The time delay relay circuit that is made of a CB555 integrated circuit is to connect the time delay resistance R1 on the pin 6 and 7,8 of integrated circuit (IC) and the delay capacitor C2 that is connected on its pin 6 and 7,1 forms the trigger-type monostable circuit with the anti-interference capacitor C4 that is connected on its pin 5; Be connected the time delay relay circuit that relay J on the pin 3, sustained diode 2 are formed, the integrated circuit (IC) pin two connects on the change over switch K1-0.

The automatic control circuit that is composed in parallel by light-operated circuit and magnetic control circuit is by resistance R 4, tongue tube K2, the magnetic control circuit that is composed in series, connect again behind the light-operated circuit of being made up of photo resistance RG in parallel potentiometer R6, resistance R 5 forms its points of common connection linkage function translation function K switch 1-M.

The normal circuit for lamp that closes is made of resistance R 3 connection integrated circuit (IC) pins 8 and function switch K1-L.

The circuit of often turning on light constitutes by connecting integrated circuit (IC) pin one and function switch K1-N.

One of being composed in parallel by manual time-delay button AN1 and anti-interference capacitor C3 of manual circuit is connected on function translation function K switch 1-0 and the integrated circuit (IC) pin two, and the other end connects on the integrated circuit (IC) pin one and constitutes.

Time-delay is cut off circuit and is cut off button AN2 and form by being connected on the integrated circuit (IC) pin 4,1 time-delay.

Rectification power circuit is made up of the secondary series diode D1 shunt capacitance C1 of transformer B, is circuit supply.

The utility model has the advantages that: can the simultaneous adaptation illuminating lamp often open, often close, the lighting requirement of manually cutting off etc. in light-operated, the switch door time-delay control, manually time-delay control, automatic time delay.Only adopt an integrated circuit to form different various control circuit respectively, volume is little, and cost is low, realizes that function is many.

Fig. 1 is a Multi-functional Lighting lamp controller contour structures schematic diagram

Fig. 2 is a Multi-functional Lighting lamp controller circuit block diagram

Fig. 3 is Multi-functional Lighting lamp controller circuit theory diagrams

Below in conjunction with the description of drawings most preferred embodiment:

A kind of housing by plastic production (1), case panel are equipped with photoresistance cell (3), function switch (4), manually delay time button (5), time-delay cut off button (6); The outer magnetic switch of being made up of tongue tube and magnet (2) of housing is contained in respectively on door and the doorframe.Control circuit device in the housing is by a CB555 integrated circuit (IC) and be connected its pin 6 and 7, time delay resistance R1 on 8 and be connected its pin 6 and 7, delay capacitor C2 on 1 and the anti-interference capacitor C4 that is connected on its pin 5 form the trigger-type monostable circuit, when appearring in the integrated circuit (IC) pin two, negative pulse triggers the monostable circuit upset, enter temporary stable state, integrated circuit (IC) pin 3 output high level, be connected the relay J on the pin 3 with it, the relay J adhesive of the time delay relay circuit that sustained diode 2 is formed, electric light is bright, after time delay resistance R1 and capacitor C 2 time-delays, integrated circuit (IC) pin 3 becomes low level, relay J is opened, and electric light goes out.The integrated circuit (IC) pin two connects on the change over switch K1-0.The automatic control circuit that is composed in parallel by light-operated circuit and magnetic control circuit is by resistance R 4, tongue tube K2, the magnetic control circuit that is composed in series, connect again behind the light-operated circuit of being made up of photo resistance RG in parallel potentiometer R6, resistance R 5 forms its points of common connection linkage function translation function K switch 1-M.The normal circuit for lamp that closes is made of resistance R 3 connection integrated circuit (IC) pins 8 and function switch K1-L.Being connected on the function switch K1-N of short circuit integrated circuit (IC) pin one at the circuit of often turning on light; One of the manual circuit that is composed in parallel by manual time-delay button AN1 and anti-interference capacitor C3 is connected on function translation function K switch 1-0 and the integrated circuit (IC) pin two, and the other end connects on the integrated circuit (IC) pin one; Cutting off time-delay that button AN2 forms by time-delay cuts off circuit and is connected on the integrated circuit (IC) pin 4,1.The rectification power circuit of being made up of transformer B, diode D1, capacitor C 1 is a circuit supply.

Function 1 is not turned off the light by the time-delay of often turning off the light and manually turn on light of door switch control automatically: 1-0 is connected with K1-L when the translation function K switch, press manual time-delay button AN1, trigger the monostable circuit upset when negative pulse appears in the integrated circuit (IC) pin two, enter temporary stable state, integrated circuit (IC) pin 3 output high level, be connected the relay J adhesive on its pin 3, electric light is bright, and after time delay resistance R1 and capacitor C 2 time-delays, integrated circuit (IC) pin 3 becomes low level, relay J is opened, and electric light goes out.

Function 2 is often turned on light: when translation function K switch 1-0 is connected with K1-N, the integrated circuit (IC) pin two is clamped at low level, the monostable circuit upset enters temporary stable state, integrated circuit (IC) pin 3 output high level, when monostable circuit is returned to stable state, because the integrated circuit (IC) pin two is clamped at low level all the time, a series of square wave of integrated circuit (IC) pin 3 outputs, its frequency is very big, foot makes the relay J adhesive all the time that is connected on its pin 3, electric light Chang Liang.

Function 3 darknesses are opened the door and are turned on light automatically and delay time and turn off the light: when translation function K switch 1-0 is connected with K1-M, as light when more intense, photo resistance RG resistance is less, no matter the magnetic switch K2 state of gate is how at this moment, resistance R 5, the resistance of R6 series connection is greater than photo resistance RG resistance, the integrated circuit (IC) pin two is in high potential, integrated circuit (IC) pin 3 low levels, not adhesive of relay J, electric light does not work.When light is more weak, photo resistance RG resistance is very big, if door is closed magnetic switch K2 at closure state, photo resistance RG and resistance R 4 parallel resistor values are less than resistance R 5, the resistance of R6 series connection, the integrated circuit (IC) pin two still is in high potential, integrated circuit (IC) pin 3 low levels, not adhesive of relay J, electric light does not work.When light is more weak, if opening magnetic switch K2, door is in open state, photo resistance RG resistance is very big, the resistance value of photo resistance RG is greater than R5, the resistance of R6 series connection, and the integrated circuit (IC) pin two is in electronegative potential, integrated circuit (IC) pin 3 high level, then relay J adhesive, electric light is bright, when door is closed magnetic switch K2 not only but also got back to closure state, after time delay resistance R1 and capacitor C 2 time-delays, integrated circuit (IC) pin 3 becomes low level, and relay J is opened, and electric light goes out.

Function 4 darknesses are not opened the door, and manually turning on light delays time turns off the light automatically: 1-0 is connected with K1-M when the translation function K switch, when not opening the door, as long as when pressing manual time-delay button AN1, resistance R 5, the resistance of R6 series connection is by short circuit, the integrated circuit (IC) pin two negative pulse occurs and triggers the monostable circuit upset, enter temporary stable state, integrated circuit (IC) pin 3 output high level are connected the relay J adhesive on its pin 3, and electric light is bright, after time delay resistance R1 and capacitor C 2 time-delays, integrated circuit (IC) pin 3 becomes low level, and relay J is opened, and electric light goes out.

Cutting off during function 5 is turned on light and delayed time: in manual time-delay and automatic time delay process, when pressing button AN2, low level appears in integrated circuit (IC) pin 4, the temporary stable state that has entered is directly got back to stable state, integrated circuit (IC) pin 3 output low levels, the relay J that is connected on its pin 3 is opened, and electric light goes out.

Claims

1, a kind of Multi-functional Lighting lamp controller, forms by the control circuit device in the housing (1), housing, the magnetic switch (2) beyond the housing, it is characterized in that case panel be equipped with photoresistance cell (3), function switch (4), manually delay time button (5), delay time and cut off button (6); The time delay relay circuit that its control circuit device is made of a CB555 integrated circuit, light-operated circuit, magnetic control circuit, often close circuit for lamp, often turn on light circuit, manual circuit, circuit is cut off in time-delay and rectification power circuit is formed; The automatic control circuit that light-operated circuit and magnetic control circuit compose in parallel; The stiff end O that is installed in the function switch on the panel connects integrated circuit (IC) pin two and the manual circuit in the time delay relay circuit; Function switch movable end L, M, N, connect normal circuit for lamp, automatic control circuit, the normal circuit of turning on light of closing respectively; The integrated circuit (IC) pin 4 in the circuit connection time delay relay circuit is cut off in time-delay; Rectification power circuit is connected power supply with each circuit.

2, Multi-functional Lighting lamp controller according to claim 1 is characterized in that its time delay relay circuit that is made of a CB555 integrated circuit is to connect the time delay resistance R1 on the pin 6 and 7,8 of integrated circuit (IC) and the delay capacitor C2 that is connected on its pin 6 and 7,1 forms the trigger-type monostable circuit with the anti-interference capacitor C4 that is connected on its pin 5; Be connected the time delay relay circuit that relay J on the pin 3, sustained diode 2 are formed, the integrated circuit (IC) pin two connects on the change over switch K1-0.

3, Multi-functional Lighting lamp controller according to claim 1, it is characterized in that by the automatic control circuit that light-operated circuit and magnetic control circuit compose in parallel be by resistance R 4, tongue tube K2, the magnetic control circuit that is composed in series, connect again behind the light-operated circuit of being made up of photo resistance RG in parallel potentiometer R6, resistance R 5 forms its points of common connection linkage function translation function K switch 1-M.

4, Multi-functional Lighting lamp controller according to claim 1 is characterized in that its normal circuit for lamp that closes is made of resistance R 3 connection integrated circuit (IC) pins 8 and function switch K1-L.

5, Multi-functional Lighting lamp controller according to claim 1 is characterized in that its circuit of often turning on light constitutes by connecting integrated circuit (IC) pin one and function switch K1-N.

6, Multi-functional Lighting lamp controller according to claim 1, it is characterized in that one that its manual circuit composes in parallel by manual time-delay button AN1 and anti-interference capacitor C3 is connected on function translation function K switch 1-0 and the integrated circuit (IC) pin two, the other end connects on the integrated circuit (IC) pin one and constitutes.

7, Multi-functional Lighting lamp controller according to claim 1 is characterized in that its time-delay cuts off circuit and cut off button AN2 and constitute by being connected on the integrated circuit (IC) pin 4,1 time-delay.

8, Multi-functional Lighting lamp controller according to claim 1 is characterized in that its rectification power circuit is made up of the secondary series diode D1 shunt capacitance C1 of transformer B, is circuit supply.