CN2641982Y

CN2641982Y - 12-route digital code radio remote controlled lamp set

Info

Publication number: CN2641982Y
Application number: CN 03271039
Authority: CN
Inventors: 王永利
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-09-05
Filing date: 2003-09-05
Publication date: 2004-09-15
Anticipated expiration: 2013-09-05

Abstract

A twelve track numeral wireless remote control lamp device belongs to a numeral wireless remote control device. The utility model is composed of an eradiating wireless remote controller and a receiver. The eradiating wireless remote controller includes a numeral coding integrate circuit, a press key, a high frequency oscillator, a modulate circuit, a luminous time delay circuit, a luminescence display and an antenna. The receiver comprises a plurality of integrate circuits such as a decoding integrate circuit, a bistable circuit, a four digit lock and storage/ four sixteen route decoding and a regulator etc, and a reset pulse forming circuit, a bridge rectifier circuit, a luminescence device, a relay, a lamp and an antenna receiving head. The utility model has the advantages of rational and simple structure, reliability, and easy operation, and can be remotely controlled with farther distance, thus being a multi-track wireless remote control device with only one spot moving but remotely controlling a plurality of spots. The utility model can be used as environmental lamps for houses, buildings, villas, green belts and communities, and lamp management in hotels, street lamp management, marketplaces, underground garages and basements etc. The utility model can also be used on other products, i.e. one spot controls a plurality of spots.

Description

12 way sign indicating number wireless remote control lamp devices

Affiliated technical field

The utility model relates to a kind of digital wireless remote controller, especially can carry out the digital wireless remote controller of remote control to a plurality of light fixtures.

Technical background

Along with the development of urban construction and improving constantly of living standards of the people, people use the lamp of using of lamp and a plurality of rooms real estate villa with lamp, community environment to the greenery patches, and the increase of resident's living space, proposed to implement the requirement of wireless remote control management to lamp, so not only convenient but also energy-conservation.But yet there are no this product use can be provided.

Summary of the invention

In order to overcome the defective that above-mentioned prior art exists, the utility model provides a kind of can implement longer-distance wireless remote controller to a plurality of light fixtures, i.e. 12 way sign indicating number wireless remote control lamp devices.

The technical scheme that its technical problem that solves the utility model adopts is: the utility model is made of wireless transmission remote controller and receiver two parts.The emission Digiplex partly is made up of the integrated IC circuit of digital coding (PT2262), button Y, high-frequency generator, modulation circuit, noctilucence delay circuit and emission demonstration, antenna etc. and is seen Fig. 1.The A of the integrated IC circuit of digital coding ₁～A ₈(1～8 pin) is the geocoding pin, adopts ternary system coding, i.e. A ₁～A ₈But pin ground connection low level 0 also can meet high potential V _CC1, also can unsettled X, utilize permutation and combination to count maximum codings and can reach 6561 sign indicating numbers, D ₀～D ₃(13～10 pin) is the digital coding pin, adopts promptly 8421 yards of binary codings, can compile 15 sign indicating numbers, D ₀～D ₃Respectively by R * 4 resistance and 9 pin V _SSLink to each other D ₀～D ₃The end respectively with diode D ₁～D ₄Anode link to each other, TE (14 pin) connects low level, OS ₁, OS ₂(16,15 pin) meets oscillation resistance R ₄, DOUT (17 pin) meets R1 output, 18 pin sending and receiving optical diode LED ₁Positive pole, 9 pin ground connection V _SS, button Y is made up of the button of 12 band conductive rubbers, and button is divided into * 4 row dischargings of 3 row, the D of button 1Y and IC in proper order by 1Y～12Y ₀Join button 2Y and D ₁Join button 3Y and D ₀, D ₁Join button 4Y and D ₂Join button 5Y and D ₀, D ₂Join button 6Y and D ₁, D ₂Join button 7Y and D ₀, D ₁, D ₂Join button 8Y and D ₃Join button 9Y and D ₀, D ₃Join button 10Y and D ₁, D ₃Join button 11Y and D ₀, D ₁, D ₃Join button 12Y and D ₂, D ₃Join; Button Y and digital coding D ₀～D ₃Annexation is seen Fig. 4, and except that 1Y, 2Y, 4Y, 8Y button, all the other keys are all by diode and D ₀～D ₃Corresponding points join.High-frequency generator is by L inductance, resistance R ₂, the SAW surface acoustic wave resonance swings device, capacitor C ₁, C ₂, triode Q ₂Form L inductance one end and the triode Q of high-frequency generator ₃Emitter, 12V battery anode join its other end and resistance R ₂An end, SAW one end, C ₁An end join R ₂The other end and the SAW other end and Q ₂Base stage join the 3rd termination C of SAW ₁The other end and and Q ₂Emitter, Q ₁Collector electrode join Q ₂Collector electrode and C ₂An end join C ₂Another termination antenna ANT.Modulation circuit is by R ₁With triode Q ₁Form R ₁17 pin of one termination IC, another termination Q ₁Base stage, Q ₁Grounded emitter.The noctilucence time-delay mechanism is by triode Q ₃, Q ₄LED ₂, LED ₃, resistance R ₅, R ₆, R ₇, capacitor C ₃Deng composition, LED ₂, LED ₃Be in parallel, the end of its anode and R7 links to each other, negative terminal and Q ₄Emitter, capacitor C ₃The negative pole ground connection that links to each other, R ₇The other end and Q ₃Collector electrode join Q ₃Emitter meet 12V anode, Q ₃Base stage and R ₆An end link to each other R ₆The other end and Q ₄Collector electrode join Q ₄Base stage and the end of R5 link to each other R ₅The other end and C ₃Anode join, emission shows by LED ₁And resistance R ₃Form LED ₁Negative terminal meet R ₃An end, R ₃Another termination TE, each part mentioned above circuit and antenna is fixing in the circuit board, the keypad that has conductive rubber is fixed in the circuit board, load onto bonnet and just constitute the wireless transmission remote controller, its profile is similar to TV remote controller.

The receiver (see figure 2) is by decoding integrated circuit IC ₁(PT2272-L4), bistable state integrated circuit (IC) ₂(CD4013) four are latched/four-16 line decoder ic IC ₃(CD4514), integrated regulator IC4 (7806), reset pulse form circuit, bridge rectifier, LED ₄Light-emitting device, actuator's relay J, light fixture W, reception a T, antenna TX etc. partly form.Decoding integrated circuit IC ₁A ₁～A ₈Be (1～8 pin) address code, D ₀～D ₃(13～10) pin is a numeric data code, OS ₁, OS ₂(16,15 pin) meets oscillation resistance R ₀, VT (17 pin) is for receiving effective indication end, and 1,23 pin of exportable transient state high level it and IC3 join, and 18 pin receive a T, V _CC, DIN (14 pin).Pass through capacitor C ₅Receive the OUT output of a T, 9 pin ground connection V _SS, D ₀～D ₃Numeric data code output and

IC

₃2,3,21,22 pin input correspondences join, four of integrated circuits latch/four-16 line decoder ic IC ₃12 pin, V _SSGround connection, V _CC24 pin meet IC ₁18 pin, IC ₂14 pin, capacitor C ₄An end, C ₆Anode and integrated regulator IC ₄1 end join, output line 1 tunnel meets IC ₃9 pin, the 2 tunnel meet IC ₃10 pin, 3～7 the tunnel respectively and IC ₃8～4 pin join 8, the 9 road and

IC

₃18,17 pin join, the 10 tunnel meet IC ₃20 pin, the 11 tunnel meet IC ₃19 pin, the 12 tunnel meet IC ₃14 pin, output line 1～12 tunnel is respectively successively and IC ₂3 pin A points join the bistable state integrated circuit (IC) ₂1 pin and resistance R ₁₀An end join 4 pin and resistance R ₁₁, C ₄Each end join, 2,5 pin join, 6, the 7 pin ground connection simultaneously of joining, reset pulse forms circuit by C ₄, R ₁₁Form C ₄The other end and IC ₁18 pin, C ₆Positive pole, IC ₄1 end join R ₁₁Other end ground connection, integrated regulator IC ₄And capacitor C ₆, C ₇, resistance R ₉, R ₈Deng composition voltage stabilizing circuit, IC ₄2 pin and R ₉One end of resistance joins, its 3 pin ground connection, capacitor C ₆Negativing ending grounding, resistance R ₉The other end and capacitor C ₇Anode, R ₈An end join C ₇Negative terminal and R ₈Other end ground connection, LED ₄Light-emitting device is by R ₁₀, LED ₄Compositions such as light-emitting diode, resistance R ₁₀One end and IC ₂1 end joins, the other end and LED ₄Anode join LED ₄Negative terminal meet triode Q ₅Base stage.Actuator is by relay J, triode Q ₅, diode D ₅Deng composition, triode Q ₅Grounded emitter, the anode of the coil of its collector electrode and relay J, diode D5 joins D ₅Negative terminal and J coil, the other end joins, simultaneously and the output of bridge rectifier join and and R ₈, R ₉One end, C ₇Anode join, bridge rectifier is formed capacitor C by bridge rectifier (IN4007) * 4 ₈, resistance R ₁₂Form reduction voltage circuit, bridge rectifier has two termination alternating current 220V, and wherein an end passes through C ₈, R ₁₂Join with alternating current 220V, the other end also joins with the relay J normally opened contact, and the normally opened contact of J also is connected to light fixture W, and light fixture W also and C ₈, R ₁₂Join.Receive a T and see Fig. 3, receiving head has antenna TX, and frequency-selecting high-frequency amplifier circuit, amplification and rectification circuit etc. partly constitute, and frequency selection circuit is by C ₉, L ₁Form triode Q ₆, Q ₇Form the two-stage high-frequency amplifier circuit, by U ₁B, U ₁The amplification and rectification circuit that two inner amplifiers of A (LM385) are formed, capacitor C ₉, C ₁₀, inductance L ₁TX joins with antenna, C ₉, L ₁Other end ground connection, C ₁₀The other end and triode Q ₆Base stage, resistance R ₁₃Join triode Q ₆Grounded emitter, Q ₆Collector electrode and C ₁₁, R ₁₄Join triode Q ₇Base stage and resistance R ₁₅, R ₂₄, capacitor C ₁₂, C ₁₃Join C ₁₁And C ₁₂, L ₂, R ₂₅, R ₂₆All join Q ₇Emitter and C ₁₇, L ₂Join Q ₇Collector electrode and C ₅The other end, trimming inductance VL, capacitor C ₁₄, R ₁₆Join capacitor C ₁₃With VL, C ₁₄Join, by U ₁B, U ₁The amplification and rectification circuit that two amplifiers of A are formed, wherein U ₁5 pin and the capacitor C of B ₁₈, resistance R ₂₃Link to each other C ₁₈And C ₁₅, R ₂₅Link to each other U ₁6 pin and the R of B ₂₂, R ₁₇Link to each other U ₁7 pin and the R of B ₁₇, C16 links to each other U ₁3 pin and the R of A ₂₀, R ₁₉, C ₁₆Link to each other U ₁2 pin and the R of A ₂₃, R ₁₈, R ₁₉Link to each other U ₁1 pin and the R of A ₂₀Link to each other, and meet OUT output, R ₁₃, R ₁₄, R ₁₅, R ₁₆, R ₁₈An end, U ₁The A8 pin all meets V _CCHigh level, R ₂₆, R ₂₄, C ₁₅, R ₂₃, R ₂₂, R ₂₁An end U ₁The equal ground connection of A4 pin is with the integrated circuit (IC) of receiver ₁, IC ₂, IC ₃, IC ₄In the circuit of forming, actuator's relay J, bridge rectifier, reception a T, antenna TX etc. partly are installed in and make the movement formula on the wiring board, and this movement to be fixed in the supply socket, also can be installed on the wall, are installed in to become lamp head type in the lamp socket.

Operation principle of the present utility model when the button of emission Digiplex is pressed, converts metric digital signal the D of binary signal by the integrated IC circuit of digital coding to ₀～D ₃Each end input is entered, and goes out to have the square wave of digitally encoded signal at 17 human hair combing wastes of IC, passes through R ₁, Q ₁C is passed through in the vibration of modulation high-frequency generator ₂The bundle of lines digitally encoded signal is launched through the sky.High-frequency generator is controlled its work by modulation circuit.When emission Digiplex button is pressed, just have digitally encoded signal to send, at this moment receiver enters the reception head by antenna, is finished by the reception head frequency-selecting of high-frequency signal is amplified, and after the multitasks such as demodulation, amplification, shaping, passes through C ₅Be input to IC1 decoding integrated circuit 14 pin, at this moment IC ₁Address code, frequency of oscillation and emission Digiplex in the address code of coding in the integrated circuit (IC), when frequency of oscillation is consistent, IC ₁In 17 pin VT output transient state high potential, IC simultaneously ₁Numeric data code D ₀～D ₃Also export corresponding high potential, promptly export the tetrad coding, latch/4 inputs, 2,3,21,22 pin of four-16 line decoder ic IC3 to four, the tetrad sign indicating number is become the sixteen bit output of exporting high level in order, be about to the tetrad input and become decimal system output on 1～12 the tunnel and since 1～12 tunnel output respectively with the bistable state integrated circuit (IC) ₂3 pin A points link to each other, on each remote controlled lantern of 1～12 tunnel, receiver is housed all, because at IC ₁At this moment 1,23 pin of 17 pin transient state high level control IC 3 are input to IC ₃In the current potential of 2,3,21,22 pin just effective, IC ₃1～12 tunnel output arrive respectively IC successively ₂The A point, IC ₂1 pin current potential upset once, at this moment 1 pin is a high level, by actuator's relay J adhesive, W is luminous for the control light fixture.At this moment LED 4 is luminous.When the emission Digiplex disconnects, IC at this moment ₁17 pin be in low level, D ₀～D ₃The input that outputs to

IC3

2,3,21,22 pin level invalid, IC ₃The output of 1～12 tunnel each road all maintain the original state, when again by an emission key, this moment IC ₂1 pin become low level by high level, it is not luminous that relay J disconnects light fixture, LED 4 is not luminous.The utility model is to reach opening and shutting off of light fixture by the adhesive of control relay and release.In the emission Digiplex owing to adopted IED ₁Light-emitting diode and noctilucence time-delay mechanism, when button was pressed any, LED1 was luminous, and button stops to press, LED ₁Not luminous.When night, light did not work, can make LED 2, LED3 luminous by 11 keys, at this moment control is convenient in the position that can clearly see each button, bridge rectifier and voltage stabilizing circuit in receiver, have been adopted, can stably be total to 6V voltage to each circuit, owing to adopt reset pulse to form circuit, prevent the relay misoperation work.

The beneficial effect of wood utility model is, has emission Digiplex and receiver, and receiver can arbitrarily be fixed on a place according to customer requirements, and as lamp head type, wiring boxlike, wall type etc. are more a kind of multi-way wireless remote controlling devices of mobile remote control multiple spot.Remote control distance can be controlled between 8～100 meters, decides on watt level and environment, and relay can misoperation, reliable operation, simple and reasonable, easy operating etc.Can be used for dwelling house, building, villa, greenery patches light fixture, the management of light fixtures such as community environment's lamp, hotel, road lamp management, office, school, hostel, market, underground garage, basement.

Description of drawings

Fig. 1 is the utility model emission Digiplex electricity theory structure schematic diagram;

Fig. 2 is the utility model receiver electricity theory structure schematic diagram;

Fig. 3 is that the utility model receives an electric theory structure schematic diagram;

Fig. 4 is the utility model key set code and IC digital coding input IC ₁Digital decoding output relation figure;

Fig. 5 is the utility model emission remote controller key plate schematic diagram (using the conductive rubber button).

Embodiment

The utility model is made up of two parts, emission Digiplex, receiver.The emission Digiplex is seen Fig. 1, requirement according to Fig. 1 is made wiring board with each circuit, and integrated circuit, various components and parts, antenna are installed in the circuit board, debugs assembling, simultaneously the keypad that the band conductive rubber is housed is contained on the wiring board, adds bonnet and just become the emission Digiplex.Receiver is seen Fig. 2, Fig. 3, requirement according to Fig. 2 and Fig. 3, each circuit is made wiring board, polylith integrated circuit, amplifier, various components and parts, bridge rectifier, parts such as relay, antenna are installed on the wiring board on request, are assembled into the movement formula and debug, the movement that debugging is good can be installed in and become the lamp head type receiver in the lamp holder, also can be installed in movement in the terminal box, or be contained on the wall, receiver can be installed according to user's requirement in a word.

The operation principle of reflector is: when pressing key, metric digital signal is converted to binary signal, by the integrated IC circuit of digital coding (PT2262), D ₃, D ₂, D ₁, D ₀Each end input is entered, and the square wave that goes out to have digitally encoded signal at 17 human hair combing wastes of IC passes through R ₁, Q ₁C is passed through in the vibration of modulation high-frequency generator ₂, a day bundle of lines digitally encoded signal launches.

IC is the integrated circuit of a kind of digital coding in Fig. 1 transmitter circuit, A ₁-A ₈Be geocoding pin, D ₀-D ₃Be the digital coding pin, also can be used as the geocoding pin, the TE14 pin connects low level, OS ₁, OS ₂Be internal oscillator resistance R 4 pins.17 pin meet R ₁Output, the A of this IC ₁-A ₈End adopts ternary system coding, A ₁-A ₈But pin ground connection, VSS electronegative potential 0 also can connect VCC high potential 1, also can unsettled X.Utilize the mathematical method of permutation and combination, calculate three kinds of states, eight address codes are encoded to 3 at most ⁸=6561 sign indicating numbers.Numeric data code D ₀-D ₃Adopt promptly 8421 yards of binary codings, can compile 15, this emission Digiplex has adopted 12.The decimal system is converted to the binary system table of comparisons see Fig. 4.With the supporting decoding chip PT2272-L of PT2262 coding chip ₄It also has eight address codes, and four numeric data codes also have oscillation resistance, also has one in addition and receives effective indication end 17 pin.

The emission Digiplex is pressed the operation principle behind the key: see Fig. 1, when Fig. 5 pressed 1 when button, battery was added to voltage by the button conductive rubber D of IC ₀End i.e. 13 pin, simultaneously by diode D ₁Voltage is added to the IC18 pin, and at this moment IC starts working, at this moment D ₃, D ₂, D ₁Pin does not all have voltage, again because of D ₃, D ₂, D ₁Each pin connecting resistance R is to ground V _SS, this moment D ₃, D ₂, D ₁Each pin all is 0 current potential, D ₀Pin is a high potential 1, at this moment D ₃, D ₂, D ₁, D ₀Current potential is 0001, and at this moment the IC square wave that 17 pin output has a coded digital signal of working passes through R ₁Be added to Q ₁C is passed through in the vibration of base stage modulation high-frequency generator ₂, a day bundle of lines signal launches, this moment is openhanded when opening button, quits work.

When button pressed 2, battery was added to voltage by the button conductive rubber D of IC ₁End i.e. 12 pin, simultaneously by diode D ₂Voltage is added to the IC18 pin, and at this moment IC starts working, at this moment D ₃, D ₂, D ₀Pin does not all have voltage, again because of D ₃, D ₂, D ₀Each pin connecting resistance R is to ground V _SS, this moment D ₃, D ₂, D ₀Each pin all is 0 current potential, D ₁Pin is a high potential 1, at this moment D ₃, D ₂, D ₁, D ₀Current potential is 0010, and at this moment the IC square wave that 17 pin output has a coded digital signal of working passes through R ₁Be added to Q ₁C is passed through in the vibration of base stage modulation high-frequency generator ₂, a day bundle of lines signal launches, this moment is openhanded when opening button, quits work.

When button pressed 3, battery was added to voltage by the button conductive rubber D of IC ₁, D ₀End i.e. 12,13 pin, simultaneously by diode D ₁, D ₂Voltage is added to the IC18 pin, and at this moment IC starts working, at this moment D ₃, D ₂Pin does not all have voltage, again because of D ₃, D ₂Each pin connecting resistance R is to ground V _SS, this moment D ₃, D ₂Each pin all is 0 current potential, D ₁, D ₀Pin is a high potential 1, at this moment D ₃, D ₂, D ₁, D ₀Current potential is 0011, and at this moment the IC square wave that 17 pin output has a coded digital signal of working passes through R ₁Be added to Q ₁C is passed through in the vibration of base stage modulation high-frequency generator ₂, a day bundle of lines signal launches, this moment is openhanded when opening button, quits work.

When button pressed 4, battery was added to voltage by the button conductive rubber D of IC ₂End i.e. 11 pin, simultaneously by diode D ₃Voltage is added to IC18 pin V _C, at this moment IC starts working, at this moment D ₃, D ₁, D ₀Pin does not all have voltage, again because of D ₃, D ₁, D ₀Each pin connecting resistance R is to ground V _SS, this moment D ₃, D ₁, D ₀Each pin all is 0 current potential, D ₂Pin is a high potential 1, at this moment D ₃, D ₂, D ₁, D ₀Current potential is 0100, and at this moment the IC square wave that 17 pin output has a coded digital signal of working passes through R ₁Be added to Q ₁C is passed through in the vibration of base stage modulation high-frequency generator ₂, a day bundle of lines signal launches, this moment is openhanded when opening button, quits work.

When button pressed 5, battery was added to voltage by the button conductive rubber D of IC ₂, D ₀End i.e. 11,13 pin, simultaneously by diode D ₃, D ₁Voltage is added to IC18 pin V _C, at this moment IC starts working, at this moment D ₃, D ₁Pin does not all have voltage, again because of D ₃, D ₁Each pin connecting resistance R is to ground V _SS, this moment D ₃, D ₁Each pin all is 0 current potential, D ₂, D ₀Pin is a high potential 1, at this moment D ₃, D ₂, D ₁, D ₀Current potential is 0101, and at this moment the IC square wave that 17 pin output has a coded digital signal of working passes through R ₁Be added to Q ₁C is passed through in the vibration of base stage modulation high-frequency generator ₂, a day bundle of lines signal launches, this moment is openhanded when opening button, quits work.

When button pressed 6, battery was added to voltage by the button conductive rubber D of IC ₁, D ₂End i.e. 12,11 pin, simultaneously by diode D ₃, D ₂Voltage is added to IC18 pin V _C, at this moment IC starts working, at this moment D ₃, D ₀Pin does not all have voltage, again because of D ₃, D ₀Each pin connecting resistance R is to ground V _SS, this moment D ₃, D ₀Each pin all is 0 current potential, D ₂, D ₁Pin is a high potential 1, at this moment D ₃, D ₂, D ₁, D ₀Current potential is 0110, and at this moment the IC square wave that 17 pin output has a coded digital signal of working passes through R ₁Be added to Q ₁C is passed through in the vibration of base stage modulation high-frequency generator ₂, a day bundle of lines signal launches, this moment is openhanded when opening button, quits work.

7-12 button operation principle is the same, sees Fig. 4.

Emission indicator light LED ₁Show operation principle: pin any one key in 12 buttons of emission Digiplex and can both pass through D ₁, D ₂, D ₃, D ₄These four diodes are added to IC to voltage ₁₈Pin V _C, LED ₁Pass through resistance R ₃To ground V _SSForm the loop, have electric current to pass through, at this moment LED ₁Bright, IC when unclamping button ₁₈Pin no-voltage LED ₁Just do not worked.

Noctilucence delay working principle: when button was pressed 11 keys, cell voltage was added to C ₃Positive pole is to C ₃Charging, Q at this moment ₄Base stage has voltage, at this moment Q ₄Conducting, Q ₃Also conducting, battery passes through Q like this ₃, R ₇, LED ₂, LED ₃Forming the loop to ground has electric current to flow through, at this moment LED ₂, LED ₃Bright, LED when unclamping 11 keys ₂, LED ₃Time-delay is extinguished a little while, and the noctilucence delay time can be by adjusting C ₃Capacity is finished.

The indication of emission Digiplex major technique:

1, communication mode: amplitude modulation (AM), 2, operating frequency: 315MHZ

3, emission function :≤100mw 4, quiescent current :≤0.1 μ A

5, emission current :≤10mA 6, supply voltage: DC12V (battery 23A)

Emission Digiplex keypad schematic diagram is seen Fig. 5, uses the conductive rubber button.

Receiver is seen Fig. 2, Fig. 3

IC ₁Be digital decoding integrated circuit (PT2272-L ₄) A ₁-A ₈Be address code, D ₀-D ₃Be numeric data code, the 15-16 pin meets oscillation resistance R0, and 17 pin are for receiving effective indication end.After receiving the digitally encoded signal that emission Digiplex machine sends, corresponding data bit output high potential, effectively indication end 17 pin also can be exported the high level of transient state, have only when the operating frequency of emission Digiplex and receiver consistent, also have that address code is just the same, just can effectively transmit when the chip internal frequency of oscillation is consistent.

After emission Digiplex button sent signal, to receiving head, this reception head was the receiving circuit supporting with launching Digiplex to radio wave, sees Fig. 3 by the antenna in the light fixture.Finish by receiving head, after multiple-tasks such as the frequency-selecting of high-frequency signal, amplification, demodulation, amplification shaping, pass through C ₅Be input to IC ₁(PT2272-L ₄) integrated circuit 14 pin, at this moment IC ₁Address code, the frequency of oscillation of address, frequency of oscillation and emission Digiplex IC consistent, this moment IC ₁V _T(17 pin) output transient state high potential, data bit D simultaneously ₃, D ₂, D ₁, D ₀Export corresponding high potential, promptly export the tetrad sign indicating number, to IC ₃(four are latched/four-16 line decoder ic CD4514)

input

2,3,21,22 pin, the tetrad sign indicating number is become the sixteen bit output of exporting high level in order, be about to the tetrad sign indicating number and become the sixteen bit output of exporting high level in order, be about to the tetrad input and become decimal system output, be connected to IC by flexible cord ₂(CD4013) bistable circuit 3 pin A points are seen Fig. 2.This receiver has only been used the 1-12 line, and promptly 12 the tunnel, each street lamp all is equipped with independent receiver, and 12 tunnel outputs are connected to IC respectively successively ₂3 end A points.

No. 1 output IC as 1 signal lamp ₃, 9 pin are wired to the A point;

No. 2 output IC as 2 signal lamps ₃, 10 pin are wired to the A point;

No. 3 output IC as 3 signal lamps ₃, 8 pin are wired to the A point;

No. 4 output IC as 4 signal lamps ₃7 pin are wired to the A point;

No. 5 output IC as 5 signal lamps ₃6 pin are wired to the A point;

No. 6 output IC as 6 signal lamps ₃5 pin are wired to the A point;

As above 1-12 signal lamp output line is connected to the A point successively, and each pin contrast figure of line sees Fig. 2.

IC ₁17 pin transient state high level control IC ₃1,23 pin, be input to IC this moment ₃2, the current potential of 3,21,22 pin is just effective.Work as IC ₃IC when each road, 1-12 road outputs to the A point ₂1 pin current potential becomes high potential and drives the relay adhesive.When the emission remote controller is launched one time again, IC ₂The A point voltage changes once again, at this moment IC ₂, 1 pin becomes electronegative potential by high potential, and relay discharges lamp and extinguishes.The adhesive of relay and release just can be controlled the open and close of remote controlled lantern.C ₄, R ₁₁Form reset pulse and form circuit, when energized, by C ₄, R ₁₁Form differentiated pulse input bistable circuit reset terminal 4 pin and make circuit reset, in order to avoid relay misoperation is done.

Receiver power supply is partly seen Fig. 2.Capacitor C is passed through in the input of 220V alternating current ₈Step-down bridge type full-wave rectification C ₇Filtering, R ₉Current limliting is to 7806 integrated stable voltage circuits, C ₆Filtering, output 6V is for each circuit and receive the head use.

Receive an operation principle and see Fig. 3.

The high-frequency signal that the emission Digiplex sends receives C by the TX antenna ₉, L ₁Frequency-selecting is through C ₁₀One of high-frequency amplifier stages is given in coupling.Q ₆Being high frequency amplifier tube, is typical common emitter single tube class A amplifier; C ₁₁C ₁₂Be output coupling capacitor; Q ₇Be the superregenrative reception amplifying stage; VL is the receive frequency trimming inductance.Low frequency pulse signal after the demodulation is by Q ₇Emitter output, through L ₂, R ₂₅, C ₁₈Be coupled to signal amplification shaping circuit, C ₁₅Be the residual ripple filtering of high frequency electric capacity.Amplification and rectification circuit is by U ₁B, U ₁Two inner amplifiers of A (LM358) are formed the amplifier of two-stage different gains, adopt capacitive coupling between the two, finally by U ₁1 pin output amplitude and the waveform of A all meet the pulse signal that treatment circuit requires, and this signal passes through C ₅To IC ₁14 pin.

Its technical indicator is:

1, lamp head type, remote control distance 8-50 rice power controlling≤300W.

2, wiring boxlike, remote controller is apart from 30-100 rice, power controlling≤1000W.

Claims

1, a kind of by transmitter and 12 12 way code wireless remote control lamp devices that receiver forms, it is characterized in that, formed by wireless emission remote controller and receiver two parts, wireless emission remote controller comprises by the integrated circuit IC of digital coding, conductive rubber button Y, high-frequency generator, modulation circuit, noctilucence delay circuit and light-emitting device, antenna composition; The A of the integrated circuit IC of digital coding₁～A ₈, for the geocoding pin, adopt tri-state system coding, i.e. A₁～A ₈But pin ground connection low level 0, also can meet high potential V_CC1, also can unsettled X; D₀～D ₃For the data encoding pin, adopt 8421 yards of binary codings, can compile 15 codes, D₀～D ₃Respectively by R * 4 resistance and 9 pin V_SSBe connected; D₀～D ₃Again respectively with diode D₁～D ₄Anode be connected, the TE14 pin connects low level; OS₁、OS ₂, 16,15 pin meet vibration resistance R₄, the DOUT17 pin meets R₁Output, 18 pin sending and receiving optical diode LED₁Positive pole, 9 pin meet V_SS Button Y is comprised of 12 buttons with conductive rubber, and button sequentially is divided into 3 row * 4 row dischargings, the D of button 1Y and IC by 1Y～12Y₀Join, button 2Y and D₁Join, button 3Y and D₀、D ₁Join, button 4Y and D₂Join, button 5Y and D₀、D ₂Join, button 6Y and D₁、D ₂Join, button 7Y and D₀、D ₁、D ₂Join, button 8Y and D₃Join, button 9Y and D₀、D ₃Join, button 10Y and D₁、D ₃Join, button 11Y and D₀、D ₁、 D ₃Join, button 12Y and D₂、D ₃Join, except 1Y, 2Y, 4Y, 8Y button, all the other buttons are all by diode and D₀～D ₃Corresponding points join; High-frequency generator is by inductance L, resistance R₂, SWA SAW resonator, electric capacity C₁、C ₂, triode Q₂Form; Inductance L one end and the triode Q of high-frequency generator₃Emitter stage, 12V battery anode join, its other end and resistance R₂An end, SAW one end, C₁An end join, triode Q₂Colelctor electrode, R₂The other end and the SAW other end and triode Q₂Base stage join, the 3rd termination C of SAW₁The other end, and and Q₂Emitter stage, Q₁Colelctor electrode join, Q₂Colelctor electrode and C₂An end join, C₂Another termination antenna ANT; Modulation circuit is by R₁With triode Q₁Composition, R₁17 pin of one termination IC, another termination Q₁Base stage, Q₁Grounded emitter; The noctilucence time-delay mechanism comprises by triode Q₃、Q ₄, light emitting diode LED₂、 LED ₃Resistance R₅、R ₆、R ₇, capacitor C₃Form LED₂、LED ₃Be in parallel, its anode and R₇An end be connected, negative terminal and Q₄Emitter stage, electric capacity C₃The negative pole ground connection that is connected, R₇The other end and Q₃Colelctor electrode join, Q₃Emitter stage meet 12V anode, Q₃Base stage and R₆An end be connected, R₆The other end and Q₄Colelctor electrode join, Q₄Base stage and R₅An end be connected, R₅The other end and C₃Anode join, emission shows by light emitting diode LED₁With resistance R₃Form LED₁Negative terminal meet R₃An end, R₃Another termination TE, i.e. V_SSEach part mentioned above circuit and antenna is fixing in the circuit board, fixing in the circuit board the keypad with conductive rubber, load onto bonnet and just form the emission Digiplex; Receiver comprises by decoding integrated circuit IC₁, bistable state integrated circuit IC₂With four latch/4 16 line decoder ic IC₃, integrated regulator IC₄, reset pulse forms circuit, bridge rectifier, LED₄Luminous demonstration, the relay J of executing agency, light fixture W, wireless receiving head T, antenna TX form; Decoding integrated circuit IC₁A₁-A ₈For address code, D₀～D ₃For numeric data code, OS₁、OS ₂Meet vibration resistance R₀，V _T17 pin are for receiving effective indication end, exportable transient state high level, it and IC₃1,23 pin join, 18 pin meet the V of Receiver T_CCWith the IC4 output, the DIN14 pin is by electric capacity C₅Connect Receiver T OUT output, 9 pin ground connection V_SS，D ₀～D ₃Numeric data code output and IC₃2,3,21,22 pin inputs correspondences join, four of integrated circuits latch/4 16 line decoder ic IC₃12 pin V_SSGround connection, V_CC24 pin meet IC₁18 pin, IC₂14 pin, electric capacity C₄An end, C₆Anode and integrated regulator IC₄1 end join, output line 1 tunnel meets IC₃9 pin, 2 tunnels meet IC₃10 pin, 3～7 tunnels are respectively and IC₃8～4 pin join, 8,9 road and IC₃18,17 pin join, 10 tunnels meet IC₃20 Jiao，11 road IC₃19 Jiao，12 roads meet IC₃14 pin; Output line 1～12 road is distinguished successively and IC₂3 pin A points join, double D trigger, bistable state integrated circuit IC₂1 pin and resistance R₁₀An end join, 4 pin and R₁₁、C ₄Each end join, 2,5 pin join, 6,7 pin are ground connection simultaneously, reset pulse forms circuit by C₄、R ₁₁Form C₄The other end and IC₁18 pin, C₆Positive pole, IC₄1 end join, R₁₁Other end ground connection, integrated regulator IC₄And C₆、C ₇、R ₉、R ₈Deng composition mu balanced circuit, IC₄2 pin and R₉An end join, its 3 pin ground connection, C₆Negativing ending grounding, R₉The other end and C₇Anode, R₈An end join, C₇Negative terminal and R₈Other end ground connection, LED₄Light-emitting device is by R₁₀、LED ₄The compositions such as light emitting diode, R10 one end and IC₂1 end joins, the other end and light emitting diode LED₄Anode join, LED₄Negative terminal meet triode Q₅Base stage, executing agency is by relay J, triode Q₅, diode D₅Deng composition, Q₅Grounded emitter, the coil one end diode D of colelctor electrode and relay J₅Anode join, D₅Negative terminal and the J coil other end join, simultaneously and the anode of bridge rectifier join, and with R8, R₉One end, C₇Anode join; Bridge rectifier has 2 termination alternating current 220V, and wherein an end passes through C₈、R ₁₂Join with alternating current 220V, the other end also joins with relay J normally opened contact, and the normally opened contact of J also is connected to light fixture W, and light fixture W also and C₈、R ₁₂Join.

2, according to the described 12 way sign indicating number wireless remote control lamp devices of claim 1, it is characterized in that, receive a T and include antenna TX, the frequency-selecting high-frequency amplifier circuit, amplification and rectification circuit constitutes; Frequency selection circuit is by C ₉, L ₁Form triode Q ₆, Q ₇Form the two-stage high-frequency amplifier circuit, by U ₁B, U ₁The amplification and rectification circuit that two amplifiers of A are formed, capacitor C ₉, C ₁₀, inductance L 1 and antenna TX join C ₉, L ₁Other end ground connection, C ₁₀The other end and Q ₆Base stage, R ₁₃Join Q ₆Grounded emitter, Q ₆Collector electrode and C ₁₁, R ₁₄Join Q ₇Base stage and R ₁₅, R ₂₄, C ₁₂, C ₁₃Join C ₁₁And C ₁₂, L ₂, R ₂₅, R ₂₆All join Q ₇Emitter and C ₁₇, L ₂Join Q ₇Collector electrode and C ₁₇The other end, trimming inductance VL, C ₁₄, R ₁₆Join C ₁₃With VL, C ₁₄Join, by U ₁B, U ₁The amplification and rectification circuit that two amplifiers of A are formed, wherein U ₁5 pin and the C of B ₁₅, R ₂₃Link to each other C ₁₅And C ₁₅, R ₂₅Link to each other U ₁6 pin and the R of B ₂₂, R ₁₇Link to each other U ₁7 pin and the R of B ₁₇, C ₁₆Link to each other U ₁3 pin and the R of A ₂₀, R ₁₉, C ₁₆Link to each other U ₁2 pin and the R of A ₂₁, R ₁₈, R ₁₉Link to each other U ₁1 pin and the R of A ₂₀Join, and meet OUT output, R ₁₃, R ₁₄, R ₁₅, R ₁₆, R ₁₈An end, U ₁The A8 pin all meets V _CCHigh level, R ₂₆, R ₂₄, C ₁₅, R ₂₃, R ₂₂, R ₂₁, C ₉, L ₁, Q ₆Emitter, U ₁The equal ground connection V of A4 pin _SS

3, according to the described 12 way sign indicating number wireless remote control lamp devices of claim 1, it is characterized in that, will comprise the integrated circuit (IC) of receiver ₁, IC ₂, IC ₃, IC ₄The circuit of forming, actuator's relay J, bridge rectifier receives a T, antenna TX and is installed on the wiring board, makes the movement formula, and this movement can be fixed in the supply socket, also can be fixed on the wall, also can be installed in to become lamp head type in the lamp holder.