CN2452239Y - Multifunction automatic controller for school public electrical appliances - Google Patents
Multifunction automatic controller for school public electrical appliances Download PDFInfo
- Publication number
- CN2452239Y CN2452239Y CN 00244910 CN00244910U CN2452239Y CN 2452239 Y CN2452239 Y CN 2452239Y CN 00244910 CN00244910 CN 00244910 CN 00244910 U CN00244910 U CN 00244910U CN 2452239 Y CN2452239 Y CN 2452239Y
- Authority
- CN
- China
- Prior art keywords
- light
- circuit
- resistance
- relay
- operated
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Circuit Arrangement For Electric Light Sources In General (AREA)
Abstract
The utility model relates to a multi-function automatic controller for school public electrical appliances, which comprises a power supply circuit 1 which is connected with a time controller 2 of a microcomputer and a multi-path actuator 5. The utility model is characterized in that a temperature-controlled and light-controlled detection circuit 3 is connected with a multi-path time-controlled, light-controlled and temperature-controlled recombination circuit 4; a panel and a back board of a machine shell are provided with a control key of a switch and light-emitting diodes; the temperature-controlled and light-controlled detection circuit 3 comprises an operational amplification block LM 324 and peripheral elements thereof; the utility model also comprises a stand-by power supply detection circuit 6 and an automatic blanking circuit 7 which have the function of power down prevention; the model of the time controller of the microcomputer is PIC 1 6 C 5 7 C. The utility model can carry out fully automatic control to classroom lights, bedroom lights, road lights, ceiling fans and the broadcast playing.
Description
The utility model relates to the public electrical equipment multifunctional automatic controller of school, relate in particular to a kind of micro-computer technology, light-operated technology, temperature control technology of integrating, respectively or the full-automatic control equipment of Combination Control high-power electric appliance with time control, three kinds of modes of light-operated, temperature control.
Prior art: the microcomputer time control equipment of the only useful single-chip microcomputer design of the control of the public electrical equipment of school at present, as the automatic ringing device, multichannel time controller etc. can only be realized public electrical equipment such as classroom lamp, ceiling fan, street lamp are carried out timing switch, and its weak point is:
1, daytime can not be with the variation automatic switch classroom lamp of available light.
2, the street lamp that will close the late into the night as classroom corridor lamp switching time sooner or later, needs to adjust with seasonal variations.
3, classroom ceiling fan or air-conditioning are carried out time control, can only realize that high temperature season gives ceiling fan or air-conditioning power supply at school in the time, low temperature season is cancelled corresponding program again.Can not realize that the variations in temperature when per controls.
4, the middle school junior three that has or Senior Three will go up a joint self-study at night more, unified switch classroom lamp inconvenience.
The purpose of this utility model is to provide a kind of and realizes to high-power public electrical equipment such as classroom's lamp, ceiling fan, street lamp with time control, light-operated, three kinds of modes of temperature control respectively or the public electrical equipment multifunctional automatic controller of school of Combination Control.
Technical scheme is as follows:
See Fig. 1, the public electrical equipment multifunctional automatic controller of school comprises: power circuit connects microcomputer time controller, multichannel actuator and casing, and its feature comprises:
Power circuit 1 lead-out terminal connects microcomputer time controller 2, temperature control, light-operated testing circuit 3, multichannel time control, light-operated, temperature control reorganization circuit 4 and multichannel actuator 5 respectively;
8 road time switchs instruction d1-d8 that microcomputer time controller 2 is set is connected to multichannel time control, light-operated, temperature control reorganization circuit 4 by output;
The street lamp optically-controlled signal end D3 of temperature control, light-operated testing circuit 3, classroom lamp optically-controlled signal end D1, ceiling fan temperature signal end D2 are connected to multichannel time control, light-operated, temperature control reorganization circuit 4;
Multichannel time control, light-operated, temperature control reorganization circuit 4 comprise: the relay K 1-K9 a plurality of mixing in place respectively, amplification, drive circuit or amplification, drive circuit, and 8 road time switchs instruction d1-d8 connects a plurality of mixing, amplification, drive circuit or amplification, drive circuit respectively; Connect a plurality of instructions again and mix AND circuit; Connect again
And operating key and each light-emitting diode of switch be set on the panel of casing and backboard.The convenient adjustment.
Advantage of the present utility model is as follows:
1, carry out time set with microcomputer, change is convenient, can be according to school's daily schedule and classroom, the automatic open and close 1-2 road of bright and dark light degree fluorescent lamp, and the second the tunnel can use for the many last joint self-study at night of graduating class.
2, at school in the time, can be according to the automatic open and close 1-2 road of the height of temperature classroom ceiling fan or air-conditioning.
3, morning and evening automatic switch student dormitory lamp.
4, can close the latter's the late into the night according to the light power in the morning or close, open street lamp and the street lamp that will close the late into the night at night evening automatically, ETAD expected time of arrival and departure sets up on their own.
5, get up morning, do exercises, break is when doing exercises, and can connect the broadcasting equipment power supply automatically.
6, time control partly is accurate to branch, and month error was less than 10 seconds, and light-operated sensitivity and ceiling fan are opened temperature and all can conveniently be adjusted.
7, the student is when the school, can use the festivals or holidays switches to turn off all the other controlled electrical equipment except that street lamp.
8, use the utility model after, thoroughly eliminated the manual control switch unon time and the error that causes once in a while, the study that makes the student is regularization more.The phenomenon that is not related to electricity wastings such as classroom lamp, the slow pass of street lamp in morning, ceiling fan commentaries on classics all night the late into the night is stopped fully.
Description of drawings: Fig. 1: circuit block diagram of the present utility model.Fig. 2: power circuit 1 of the present utility model, light-operated, temperature control testing circuit 2 and multichannel time control, light-operated, temperature control reorganization circuit 4 and multichannel actuator 5 circuit theory diagrams.Fig. 3: microcomputer time controller 2 circuit theory diagrams of the present utility model.Fig. 4: housing face-plate figure of the present utility model.Fig. 5: shell backboard figure of the present utility model.
Embodiment:
K1, K2, K9 often drive the low-voltage direct relay for two touching among Fig. 2, and K3-K8 often drives the low-voltage direct relay for singly touching, and K10 is the low-voltage direct relay that one group of normally-open normally-close transfer contact is arranged.
Table 1: the public list of appliances of each A.C. contactor control of the present utility model among Fig. 2.
| Wire size | 1 | ?2 | ?3 | ?4 | ?5 | ?6 | ?7 | ?8 |
| A.C. contactor | KM1 | ?KM2 | ?KM3 | ?KM4 | ?KM5 | ?KM6 | ?KM7 | |
| Controlled electrical equipment | The 1 road classroom lamp | The 2 road classroom lamp | The 1 tunnel classroom ceiling fan | The 2 tunnel classroom ceiling fan | The student dormitory lamp | Studio's public address equipment | The street lamp that will close the late into the night | The all night street lamp |
Fig. 2, temperature control, light-operated testing circuit 3 comprise: the street lamp light-operated circuit that amplifier piece LM324 and peripheral cell thereof are formed, classroom lamp light-operated circuit, ceiling fan temperature control circuit, wherein: connect photodiode UD1, capacitor C 8, resistance R 5,4 pin of LM324, resistance R 8, R9, R12, R13 by regulator block 7812 outputs, obtain voltage; Potentiometer W1, resistance R 6, R10, R14 ground connection, photodiode UD2, thermistor Rt ground connection, 9,10, the 11 pin ground connection of LM324;
The street lamp light-operated circuit comprises: resistance R 5, R6 connect 5 pin, and resistance R 7 connects 5 pin and 7 pin, and capacitor C 8 connects 6 pin, and photodiode UD1, resistance R 4 connect 6 pin, potentiometer W1 connecting resistance R4; Signal output part is 7 pin, i.e. D3;
The classroom lamp light-operated circuit comprises: resistance R 9, R10 connect 2 pin, and resistance R 8 meets potentiometer W2, and capacitor C 9 is in parallel with photodiode UD2, and resistance R 11 connects 1 pin, 3 pin, and potentiometer W2 connecting resistance R11 and photodiode UD2, signal output part are 1 pin, i.e. D1;
The ceiling fan temperature control circuit comprises: resistance R 13, R14 connect 12 pin, and resistance R 12 meets potentiometer W3, and thermistor Rt connects 13 pin, resistance R 15 connects 12,14 pin, and potentiometer W3 meets thermistor Rt, and signal output part is 14 pin, i.e. D2;
Fig. 2 has the stand-by power supply testing circuit 6 of anti-lost electro ultrafiltration in the power circuit 1; See Fig. 3, automatic blanking circuit 7 is arranged in the microcomputer time controller 2;
The stand-by power supply testing circuit 6 of anti-lost electro ultrafiltration comprises: relay K 10 and test button SB1 are series in the power circuit 1 between the diode VD3 and ground, the transfer contact of relay K 10 connects with diode VD6 in the power circuit 1, the moving contact of relay K 10 connects battery G positive pole, battery G minus earth, relay K 10 normally open contacts connect LED 2 and resistance R 3, the other end ground connection of R3, resistance R 2 are connected in parallel on K10 and decide between contact and the ground;
See Fig. 3, blanking circuit 7 comprises automatically: resistance R 33 left ends are linked to regulator block 7805 outputs, and the R33 right-hand member connects triode VT10 base stage, and triode VT10 emitter connects R35, triode VT10 collector electrode joining power VCC.
Among Fig. 3, the model of microcomputer time controller is PIC16C57C, and 8 outputs of microcomputer time controller are RB0-RB7, connect the d1-d8 each point respectively.Button SB2, SB3, SB4 that the time of setting is arranged, each pin connecting resistance R34-R52 of RC0-RC7, the 6-9 pin meets HIC, HI, MN, the MI of charactron 8, resistance R 47-R52 ground connection, resistance R 39-R46 meets charactron a-g.
Multichannel time control, light-operated, temperature control reorganization circuit 4 comprise:
Relay K 1-K10 goes up the termination positive source, diode VD7-VD16 is connected in parallel on each relay K 1-K10 coil two ends respectively, LED 3-LED13, respectively be parallel on the coil of relay K 1-K10 more respectively after corresponding current-limiting resistance R16-R23 connects;
Relay K 1-K9 lower end connects the collector electrode of triode VT1-VT9 respectively, and the emitter of triode VT1-VT3, VT6, VT7 meets switch S A2, the grounded emitter of triode VT8, VT9;
D1 meets diode VD17, and d2 meets diode VD18, and back connecting resistance R24 connects triode VT1 base stage again;
D3 meets diode VD19, and d4 meets diode VD20, back connecting resistance R25, after connect triode VT2 base stage;
Diode VD19 meets diode VD21, and diode VD17 meets diode VD22, back connecting resistance R26, after connect triode VT3 base stage;
Connect triode VT4 base stage behind the light-operated instruction of the classroom lamp D1 connecting resistance R27;
Temperature control instruction D2 connecting resistance R28, after connect triode VT5 base stage, VT4, VT5 emitter are succeeded the contact of electrical equipment K3, another contact of K3 meets switch S A2;
D5 connecting resistance R29, after connect triode VT6 base stage;
D6 meets diode VD23, and d7 meets connecting resistance R30 behind diode, the VD24, connects triode VT7 base stage again;
D8 connecting resistance R31, after connect triode VT8 base stage;
Street lamp optically-controlled signal D3 connecting resistance R32, after connect triode VT9 base stage;
Another of relay K 4 gets an electric shock and also succeeds the contact K2-1 of electrical equipment K2, connects output terminals A 2, meets A.C. contactor KM2 again;
The contact of electrical equipment K8 is succeeded in the K9-2 lower end, contact of relay K 9, meets A.C. contactor KM6 after connecing output terminals A 7;
The lower end of the contact K9-2 of relay K 9 connects output terminals A 8 again, meets A.C. contactor KM7 again;
The other end N of another termination 220V of A.C. contactor KM1-KM7;
The public electrical equipment multifunctional automatic controller output terminals A 1-A8 of school links to each other with each A.C. contactor line bag respectively by plug-in unit XP with 8 core cables.
See Fig. 4, be provided with on the panel: charactron display window, indicator light: classroom lamp 1, classroom ceiling fan 1, light-operated, temperature control, classroom lamp 2, classroom ceiling fan 2, student dormitory lamp, street lamp, studio, street lamp all night; In function key, time, adjusted, divide and adjust; Holiday switch, checkout button, stand-by power supply indicator light, mains switch.
See Fig. 5, be provided with on the backboard: adjustment, temperature indication, the light-operated adjusting in classroom, light-operated indication, the light-operated adjusting of street lamp, light-operated indication, light-operated probe, temperature probe, accessory power outlet, external electric supply socket.
Narrate the operation principle of each several part below respectively.
Power circuit 1: see Fig. 1,2, closed mains switch SA1, civil power is after power transformer T step-down,, power to each relay K 1-K10 and relevant drive circuit, each road output indicator LED3-LED13 after capacitor C 1 filtering through diode VD2, VD3 full-wave rectification by secondary pair of 12V AC Windings.By providing stable 12V voltage to amplifier integrated package LM324 after the filtering once more through VD1 halfwave rectifier, C2 filtering, regulator block 7812 voltage stabilizings, C3, C4 by secondary 18V winding.Again by regulator block 7805 voltage stabilizings, diode VD4, VD5, VD6 step-down, obtain stable 3V voltage after capacitor C 6, the C7 filtering to microcomputer PIC power supply, the normally-closed contact that passes through relay K 10 is to stand-by power supply G simultaneously, and stand-by power supply G is in series by two joint rechargeable batteries.Press checkout button SB1, relay K 10 adhesives, the anodal 3V voltage that provides with civil power of battery G is provided in its transfer contact, and connect with the LED 2 of little resistance resistance R 2 and band current-limiting resistance R3, battery G passes through resistance R 2 with bigger current discharge, if this moment, LED2 was still brighter, illustrate that battery G also has electricity can continue to use.If LED2 is luminous faint, prompting should have been changed reserve battery G.During mains failure, relay K 10 is failure to actuate, and it is inoperative to press checkout button SB1, and when having prevented power failure, the battery G that detection was used for a long time, internal resistance increases is under the condition of heavy-current discharge, and end is pressed to decline to a great extent the interior set program of microcomputer is lost.F is a protective tube, and piezo-resistance RV works to absorb the power surge electric current.
Microcomputer time controller 2:
Microcomputer time controller shown in Figure 3 is No. 8 timers that the PIC series monolithic designs, by its three button SB2 function key, SB3 time adjust, SB4 divides adjustment, every road can be provided with 2 periods every day and promptly 2 open 2 and close regularly, method to set up is omitted, 8 road timer output end d1-d8 are picked out by the RB interface, when wherein having one the tunnel to reach the service time of setting, and the output high level, otherwise when reaching the shut-in time of setting, be output as zero.
In former No. 8 timers, what go here and there between resistance R 35 upper ends and VCC is a single-pole single-throw(SPST blanking switcher, during power failure, must artificial disconnect this switch, charactron be extinguished prolonging the service time of reserve battery, during incoming call, by artificial closed this switch of palpus, make charactron recover to show, very inconvenient.
Now this switch is replaced with a triode BT10 and a resistance R 33, and make the R33 left end receive 7805 outputs, just constituted automatic blanking switcher.During power failure, VT10 ends because of triode, and charactron extinguishes, and during incoming call, V10 obtains enough base currents and saturation conduction by resistance R 33, and charactron recovers to show automatically.Like this, display screen has played the effect of power supply indicator again, so has saved power supply indicator on the panel.
Among Fig. 2, light-operated and temperature control testing circuit 3:
The street lamp light-operated circuit:
12V voltage is after R5, R6 dividing potential drop, make 5 pin of amplifier piece LM324 obtain reference voltage V 5, at dark, shine that the light on the photodiode UD1 weakens gradually in the street lamp photosensitive probe, make photodiode UD1 backward resistance value increase gradually, and then make with it the voltage of getting on the resistance R 4 of series connection and the potentiometer W1, the voltage V6 that promptly is added on the same amplifier of LM324 unit 6 pin reduces gradually, when light is attenuated to when making V6＜V5, LM324 the 7th pin is a D3 output high level; Otherwise morning, at day the reverse resistance of photodiode UD1 reduced gradually, and V6 is raise gradually, and when B6＞V5, LM324 the 7th pin is the D3 output low level; Regulator potentiometer W1 or change the lighting angle of light-operated probe all can adjust the sensitivity of street lamp light-controller, makes it morning just seeing clearly when walking, and just turns off street lamp automatically.
The classroom lamp light-operated circuit:
12V voltage obtains reference voltage V 2 after R9, R10 dividing potential drop, be added on 2 pin of amplifier piece LM324, and daytime is when the light deepening, the reverse resistance of photodiode UD2 that is loaded in the photosensitive probe increases, the 3 pin current potential V3 of amplifier LM324 are raise, and when V3＞V2,1 pin is a D1 output high level; Otherwise when daytime, light was enough bright, 1 pin was the D1 output low level; Start to control sensitivity and can or change the realization of photosensitive probe lighting angle by regulator potentiometer W2.On two photodiodes capacitor C 8, C9 in parallel can eliminate or reduce moment light and change the interference that causes.
The ceiling fan temperature control circuit:
Reference voltage V 12 on 12 pin of DM324 is obtained by resistance R 13, R14 dividing potential drop, Rt is a NTC high sensitivity temperature sensor, be connected in the outer temp probe of machine with shielding conductor, when room temperature rises to uniform temperature, because the Rt resistance reduces, when making the 13 pin current potential V13 of amplifier LM324 drop to less than V12, amplifier 14 pin are D2 output high level, otherwise, when room temperature is reduced to a certain degree, amplifier 14 pin are the D2 output low level, and ceiling fan is opened temperature and can be realized by regulator potentiometer W3.
Resistance R 7, R11, R15 are respectively the negative feedback resistor of 3 groups of amplifiers, work to stablize 3 groups of amplifier work.
Multichannel time control, light-operated, temperature control reorganization circuit 4 and actuator 5:
At ordinary times, holiday, switch S A2 closure made each road power connection at the relay K 1 that only is subjected to time control, K2, K3, K6, K7 place.
The output d1 of No. 8 timers, d2 two-way are synthetic one the tunnel by diode VD17, VD18, put through the suction of resistance R 24, triode VT1 control relay K1, make K1 become the control element of multipotency switch 4 times every day; In like manner, d3, d4 two-way are synthetic one the tunnel by diode VD19, VD20, make K2 also become the control element of multipotency switch 4 times every day; The switch command of d1, d2 and d3, d4 two-way is again respectively by diode VD22, VD21 synthetic a tunnel, suction through resistance R 26, triode VT3 control relay K3 is put, make among the d1-d4 four tunnel, when having any one the tunnel to open, all energy adhesives of K3, its electric shock makes the circuit energized at relay K 4, K5 place, enters operating state; Otherwise when d1--d4 four tunnel did not all open, K3 discharged, and relay K 4, K5 are quit work.
At school in the time, in d1, d2 road or d3, the d4 road, always have one the road or two-way open, therefore, K1, K2, K3 are in attracting state, its contact K1-1, K1-2, K2-1, K2-2, K3 are all closed.
When early, evening at dark, when daytime, light was dark, the high level of amplifier LM324 first pin output makes relay K 4 adhesives through resistance R 27, triode VT4, its contact is connected the wire loop of A.C. contactor KM1, KM2, A.C. contactor KM1, KM2 adhesive simultaneously, 2 road classroom lamps are turned on simultaneously; On daytime, amplifier LM324 first pin is output as zero to turning on light when illumination when light is bright, and relay K 4 discharges, and A.C. contactor KM1, KM2 dead electricity also and then discharge, and 2 road classroom lamps extinguish simultaneously;
In summer, when temperature is raised to when fan of need holding funeral rites, LM324 the 14th pin output high level makes relay K 5 adhesives by resistance R 28, triode VT5, and A.C. contactor KM3, KM4 get electric adhesive, and two-way classroom ceiling fan is open-minded simultaneously.When temperature drops to when not needing to use ceiling fan, thermostat can make K5 disconnect again, and KM3, KM4 cut off the power supply simultaneously, and all classroom ceiling fans stop operating.
The output d5 of No. eight timers by resistance R 29, triode VT6, relay K 6, A.C. contactor KM5 control student dormitory lamp early, the open and close in evening.
D6, d7, two-way are combined into one the tunnel by VD23, VD24 again, directly broadcast the open and close of public address equipment power supplys by relay K 7 controls.Finish morning exercises, setting-up exercises during the break, guarantor eye behaviour's a broadcast break in the afternoon.
Timer the eight road output d8 is used to control pass, the ETAD expected time of arrival and departure in the street lamp late into the night that will close the late into the night.This road street lamp should be provided with earlier opening time in the evening, makes K8 adhesive earlier, and K9-2 is not closed because of the contact, and this road street lamp can be not bright.That night, glazed thread was dark during to the needs open lamp, and LM324 the 7th pin is exported high level, makes relay K 9 adhesives through resistance R 32, triode VT9, one group of normally opened contact K9-2 closure of K9, make A.C. contactor KM6, KM7 simultaneously electric adhesive, all street lamps are turned on simultaneously.Another group contact K9-1 of K9 connects LED 11 luminous, indicates this road street lamp on power supply.Morning, light was bright to a certain degree the time, and light-controller discharges K9, extinguishes simultaneously for making all street lamps, and secondary shut-in time of time controller d8 road should be provided with late.
Spend festivals or holidays, disconnect switch holiday, (the indicator light LED1 that is covered on the switch is luminous), relay K 1-K7 place down circuitry, all the electrical appliance Close Alls except that street lamp.
See accompanying drawing 4,5, the classroom is light-operated, street lamp is light-operated, ceiling fan temperature control indicator light all adopts two light-emitting diode series connection to form.Be loaded on respectively on the panel and backboard of controller, it is convenient to observe when being convenient to debug on backboard.(because of three potentiometers all are contained on the backboard).
Indicator light on the panel
Symbolic representation is when two adjacent indicator lights are simultaneously bright, and corresponding electrical appliance is powered operation.
The model of microcomputer time controller is PIC16C57C.
Claims (5)
1, the public electrical equipment multifunctional automatic controller of school comprises: power circuit connects microcomputer time controller, multichannel actuator and casing, and its feature comprises:
Power circuit 1 lead-out terminal connects microcomputer time controller 2, temperature control, light-operated testing circuit 3, multichannel time control, light-operated, temperature control reorganization circuit 4 and multichannel actuator 5 respectively;
8 road time switchs instruction d1-d8 that microcomputer time controller 2 is set is connected to multichannel time control, light-operated, temperature control reorganization circuit 4 by output;
The street lamp optically-controlled signal end D3 of temperature control, light-operated testing circuit 3, classroom lamp optically-controlled signal end D1, ceiling fan temperature signal end D2 are connected to multichannel time control, light-operated, temperature control reorganization circuit 4;
Multichannel time control, light-operated, temperature control reorganization circuit 4 comprise: the relay K 1-K9 a plurality of mixing in place respectively, amplification, drive circuit or amplification, drive circuit, and 8 road time switchs instruction d1-d8 connects a plurality of mixing, amplification, drive circuit or amplification, drive circuit respectively; Connect a plurality of instructions again and mix AND circuit; Connect again
Multichannel actuator 5 comprises: A.C. contactor KM1-KM7 and classroom lamp, Lamp with ceiling fan, street lamp, studio's output connector.
2, the public electrical equipment multifunctional automatic controller of school according to claim 1, its feature comprises:
Temperature control, light-operated testing circuit 3 comprise: the street lamp light-operated circuit that amplifier piece LM324 and peripheral cell thereof are formed, classroom lamp light-operated circuit, ceiling fan temperature control circuit, wherein: connect photodiode UD1, capacitor C 8, resistance R 5,4 pin of LM324, resistance R 8, R9, R12, R13 by regulator block 7812 outputs, obtain voltage; Potentiometer W1, resistance R 6, R10, R14 ground connection, photodiode UD2, thermistor Rt ground connection, 9,10, the 11 pin ground connection of LM324;
The street lamp light-operated circuit comprises: resistance R 5, R6 connect 5 pin, and resistance R 7 connects 5 pin and 7 pin, and capacitor C 8 connects 6 pin, and photodiode UD1, resistance R 4 connect 6 pin, potentiometer W1 connecting resistance R4; Signal output part is 7 pin, i.e. D3;
The classroom lamp light-operated circuit comprises: resistance R 9, R10 connect 2 pin, and resistance R 8 meets potentiometer W2, and capacitor C 9 is in parallel with photodiode UD2, and resistance R 11 connects 1 pin, 3 pin, potentiometer W2 connecting resistance R11 and photodiode UD2; Signal output part is 1 pin, i.e. D1;
The ceiling fan temperature control circuit comprises: resistance R 13, R14 connect 12 pin, and resistance R 12 meets potentiometer W3, and thermistor Rt connects 13 pin, resistance R 15 connects 12,14 pin, and potentiometer W3 meets thermistor Rt, and signal output part is 14 pin, i.e. D2:
3, the public electrical equipment multifunctional automatic controller of school according to claim 1 and 2, its feature comprises: the stand-by power supply testing circuit 6 of anti-lost electro ultrafiltration is arranged in the power circuit 1, automatic blanking circuit 7 is arranged in the microcomputer time controller 2;
The stand-by power supply testing circuit 6 of anti-lost electro ultrafiltration comprises: relay K 10 and test button SB1 are series in the power circuit 1 between the diode VD3 and ground, the transfer contact of relay K 10 connects with diode VD6 in the power circuit 1, the moving contact of relay K 10 connects battery G positive pole, battery G minus earth, relay K 10 normally open contacts connect LED 2 and resistance R 3, the other end ground connection of R3, resistance R 2 are connected in parallel on K10 and decide between contact and the ground;
Automatically blanking circuit 7 comprises: resistance R 33 left ends are linked to regulator block 7805 outputs, and the R33 right-hand member connects triode VT10 base stage, and triode VT10 emitter connects R35, triode VT10 collector electrode joining power VCC.
4, the public electrical equipment multifunctional automatic controller of school according to claim 3, its feature comprises: multichannel time control, light-operated, temperature control reorganization circuit 4 comprise:
Relay K 1-K10 goes up the termination positive source, diode VD7-VD16 is connected in parallel on each relay K 1-K10 coil two ends respectively, LED 3-LED13 respectively be parallel on the coil of relay K 1-K10 more respectively after corresponding current-limiting resistance R16-R23 connects;
Relay K 1-K9 lower end connects the collector electrode of triode VT1-VT9 respectively, and the emitter of triode VT1-VT3, VT6, VT7 meets switch S A2, the grounded emitter of triode VT8, VT9;
8 outputs of microcomputer time controller are d1-d8,
D1 meets diode VD17, and d2 meets diode VD18, and back connecting resistance R24 connects triode VT1 base stage again;
D3 meets diode VD19, and d4 meets diode VD20, back connecting resistance R25, after connect triode VT2 base stage;
Diode VD19 meets diode VD21, and diode VD17 meets diode VD22, back connecting resistance R26, after connect triode VT3 base stage;
Connect triode VT4 base stage behind the light-operated instruction of the classroom lamp D1 connecting resistance R27;
Temperature control instruction D2 connecting resistance R28, after connect triode VT5 base stage, VT4, VT5 emitter are succeeded the contact of electrical equipment K3, another contact of K3 meets switch S A2;
D5 connecting resistance R29, after connect triode VT6 base stage;
D6 meets diode VD23, and d7 meets connecting resistance R30 behind the diode VD24, connects triode VT7 base stage again;
D8 connecting resistance R31, after connect triode VT8 base stage;
Street lamp optically-controlled signal D3 meets electricity and R32, after connect triode VT9 base stage;
Actuator 5 comprises: 220V AC power phase line L succeeds electrical equipment K4, K5, K6, K7, K9-2 contact, and relay K 4 another contacts meet the contact K1-1 of K1, connect output terminals A 1, after meet A.C. contactor KM1;
The contact K2-1 of electrical equipment K2 is also succeeded in another contact of relay K 4, connects output terminals A 2, meets A.C. contactor KM2 again;
Relay K 5 another contacts meet the contact K1-2 of K1, connect output terminals A 3, after meet A.C. contactor KM3;
The contact other end of relay K 5 is also succeeded the contact K2-2 of electrical equipment K2, connects output terminals A 4, meets A.C. contactor KM4 again;
The contact of relay K 6 connects output terminals A 5, meets A.C. contactor KM5 again;
The contact of relay K 7 is connected to the studio;
The contact of relay termination K8 under the contact K9-2 of relay K 9 meets A.C. contactor KM6 after connecing output terminals A 7;
The lower end of the contact K9-2 of relay K 9 connects output terminals A 8 again, meets A.C. contactor KM7 again;
The other end N of another termination 220V of A.C. contactor LM1-KM7;
The public electrical equipment multifunctional automatic controller output terminals A 1-A8 of school links to each other with each A.C. contactor line bag respectively by plug-in unit XP with 8 core cables.
5, the public electrical equipment multifunctional automatic controller of school according to claim 4, its feature comprises:
Be provided with on the panel: charactron display window, indicator light: classroom lamp 1, classroom ceiling fan 1, light-operated, temperature control, classroom lamp 2, classroom ceiling fan 2, student dormitory lamp, street lamp, studio, street lamp all night; In function key, time, adjusted, divide and adjust; Holiday switch, checkout button, stand-by power supply indicator light, mains switch.
Be provided with on the backboard: adjustment, temperature indication, the light-operated adjusting in classroom, light-operated indication, the light-operated adjusting of street lamp, light-operated indication, light-operated probe, temperature probe, accessory power outlet, external electric supply socket.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 00244910 CN2452239Y (en) | 2000-11-07 | 2000-11-07 | Multifunction automatic controller for school public electrical appliances |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 00244910 CN2452239Y (en) | 2000-11-07 | 2000-11-07 | Multifunction automatic controller for school public electrical appliances |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2452239Y true CN2452239Y (en) | 2001-10-03 |
Family
ID=33604500
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 00244910 Expired - Fee Related CN2452239Y (en) | 2000-11-07 | 2000-11-07 | Multifunction automatic controller for school public electrical appliances |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2452239Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102237666A (en) * | 2010-04-29 | 2011-11-09 | 鸿富锦精密工业（深圳）有限公司 | Automatic power-off control device |
| CN102449939A (en) * | 2009-06-04 | 2012-05-09 | 丰恩系统株式会社 | Converged broadcasting and communication system for schools |
| CN107219811A (en) * | 2017-06-19 | 2017-09-29 | 翼城创客机器人科技有限公司 | A kind of classroom electrical equipment management system and method |
-
2000
- 2000-11-07 CN CN 00244910 patent/CN2452239Y/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102449939A (en) * | 2009-06-04 | 2012-05-09 | 丰恩系统株式会社 | Converged broadcasting and communication system for schools |
| CN102449939B (en) * | 2009-06-04 | 2014-08-06 | 丰恩系统株式会社 | Converged broadcasting and communication system for schools |
| CN102237666A (en) * | 2010-04-29 | 2011-11-09 | 鸿富锦精密工业（深圳）有限公司 | Automatic power-off control device |
| CN107219811A (en) * | 2017-06-19 | 2017-09-29 | 翼城创客机器人科技有限公司 | A kind of classroom electrical equipment management system and method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| WO2009036650A1 (en) | Dual-purpose intelligent lamp | |
| CN101127520B (en) | A remote control touch intelligent switch | |
| CN2452239Y (en) | Multifunction automatic controller for school public electrical appliances | |
| CN200956674Y (en) | On-line emergency lamp | |
| CN103517524B (en) | Led emergency controller | |
| CN204291506U (en) | A kind of illuminating lamp energy-saving control device | |
| CN215956689U (en) | Inductive control circuit of switching power supply | |
| CN203691705U (en) | LED intelligent switch control circuit | |
| CN202340335U (en) | Light-control electronic switch | |
| CN208046971U (en) | A kind of solar street light circuit structure | |
| CN2831543Y (en) | Small night lamp-type switching panel | |
| CN2242390Y (en) | Lighting device with no-interruption function | |
| CN106714375A (en) | Control circuit for intelligent light-operated eye protection desk lamp | |
| CN2543319Y (en) | Household emergency lighting lamp device | |
| CN2739918Y (en) | Light-operated night lamp | |
| CN2346000Y (en) | Controller for plant illuminance light of plastic greenhouse | |
| CN2386578Y (en) | Time-delay blackout energy saving switch | |
| CN207166832U (en) | The energy-saving LED lamp device of controlled in wireless | |
| CN211822128U (en) | Outdoor light pillar lamp | |
| CN203467043U (en) | Led emergency controller | |
| CN2577528Y (en) | Lighting matrix control box | |
| CN204559942U (en) | Delayed illumination power saving switch | |
| CN106439709A (en) | Intelligent LED lighting lamp | |
| CN202095147U (en) | Circuit employing infrared sensor to automatically adjust brightness of LED (Light-emitting Diode) lamp | |
| CN201382301Y (en) | LED electronic energy-saving lamp |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |