CN2609314Y - Intersection tail-pursuing lamplight controller - Google Patents

Intersection tail-pursuing lamplight controller Download PDF

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Publication number
CN2609314Y
CN2609314Y CN 03233279 CN03233279U CN2609314Y CN 2609314 Y CN2609314 Y CN 2609314Y CN 03233279 CN03233279 CN 03233279 CN 03233279 U CN03233279 U CN 03233279U CN 2609314 Y CN2609314 Y CN 2609314Y
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China
Prior art keywords
light
circuit
road
resistance
triode
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Expired - Fee Related
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CN 03233279
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Chinese (zh)
Inventor
叶宇
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DEYANG CABLE Co Ltd
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DEYANG CABLE Co Ltd
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Priority to CN 03233279 priority Critical patent/CN2609314Y/en
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Abstract

The utility model discloses a lamp ornamental for the stage or in the handicraft article, in particular to a cross tailing light controller which can realize the light tailing effect. The circuit structure of the utility model comprises a power circuit, a light control pulse generating circuit, a light control cross bilateral signal generating circuit, a generating and drive circuit of tailing effect and a voice control light passing circuit which controls the direction of the light. The utility model applies voice and the ambient lamp light to control the light, as the intensity of the ambient light and the voice are arbitrary, the lamp light is also changed at random; therefore, the disadvantages of the normal light controller regulated by the program is solved. In addition, the tailing effect is matched with the output circuit of the cross signal, thereby, during the flow of the light, a tailing effect of the light pillar is formed to make the light much more beautiful.

Description

Ten road lamp dimmers that knock into the back
Technical field
The utility model relates to a kind of lamp dimmer, and a kind of specifically light decoration that can be applicable to occasions such as dance ﹠ art, handicraft is a kind of light ten road of flow effect lamp dimmer that knocks into the back that knocks into the back of realizing.
Background technology
Existing common lamp dimmer circuit is the control that light is changed by fixing program realization, and the style that light changes is fixed and be dull, does not have randomness.In addition, usually lamp dimmer circuit way (light) is few, and the number of once lighting is just few, can't form the light beam effect that knocks into the back, and have only common mobile lighting effects.
Summary of the invention
The utility model is intended to overcome the control that existing ordinary lamps optical controller is changed light by fixing program realization, the style that the light that is brought changes is fixed and is dull, do not have randomness, and can't form the knock into the back defective of effect of light beam, a kind of ten road lamp dimmers that knock into the back are provided.
For solving the problems of the technologies described above, the technical solution adopted in the utility model is as follows:
A kind of ten road lamp dimmers that knock into the back, comprise power circuit, it is characterized in that: light-operated ten road two-way signalings of the control light way that also comprise a photoimpact generation circuit with control light flowing velocity of charging and discharging circuit, is connected with described photoimpact generation circuit produce circuit, receive light-operated ten road two-way signalings produces ten road two-way signalings that circuit sends, and the effect that knocks into the back that produces the lighting effects that knock into the back produces and drive circuit.
The utility model comprises that also the acoustic control lamp light stream of a control light flow direction that is connected with light-operated ten road two-way signalings generation circuit is to circuit.
The utility model photoimpact generation circuit is by ic chip 1And peripheral resistance R 1, R 2, capacitor C 2, C 3, potentiometer 2 and photo resistance GR 2Form, pass through ic chip 1Internal circuit and peripheral resistance R 1, R 2, capacitor C 2, potentiometer W 2With photo resistance GR 2Form charging and discharging circuit.
In the photosensitive pulse generating circuit described in the utility model, potentiometer W 2With photo resistance GR 2String is at ic chip 1Charging and discharging circuit in, the speed that discharges and recharges is by potentiometer W 2With photo resistance GR 2Control, potentiometer W 2The light flowing velocity is regulated when unglazed, ic chip 1The pulse signal output end output pulse signal, its signal frequency is subjected to its inside to discharge and recharge speed, i.e. potentiometer potentiometer W 2With photo resistance GR 2Resistance size control.
Light-operated ten road two-way signalings of the utility model produce circuit by ic chip 2And IC 3, resistance R 3, R 4, diode D 1～D 20, and triode BG 17, potentiometer W 1With photo resistance GR 1Form.
Light-operated ten road two-way signalings described in the utility model produce in the circuit, triode BG 17, potentiometer W 1With photo resistance GR 1String is at power supply and ic chip 2And IC 3Between, by changing potentiometer W 1With photo resistance GR 1Resistance change triode BG 17The conducting electric current, thereby change ic chip 2And IC 3The power input magnitude of voltage, make IC 2And IC 3Ten road output signal voltages height also change thereupon, make send into ten the road knock into the back that effect produces and drive circuit in dividing potential drop diode D 21～D 30The conducting number change, drive triode conducting number and change thereby make, the bright way of lamp is changed; Ic chip 1The pulse signal frequency of sending here is subjected to photosensitive GR 1Control, it is light-operated to make ten road signals change the speed realization, and then the light speed that changed by ten road signal speeds realizes light-operated.
The utility model knock into the back that effect produces and light driving circuit by diode D 21～D 30, resistance R 5～R 24, triode BG 1～BG 10, controllable silicon TRC 1～TRC 10And color lamp ZD 1～ZD 10Form.
In knock into the back effect generation and the light driving circuit described in the utility model, from ic chip 2Or IC 3Ten road signals of output are respectively through resistance R 5To R 14Send into triode BG 1To BG 10Base stage, corresponding triode is conducting, again the resistance R by collector electrode respectively 15To R 24, make the SCR control utmost point obtain electric current and corresponding color lamp is lighted in conducting.
The light stream of the utility model acoustic control lamp to circuit by triode BG 11, BG 12, BG 13, BG 14, BG 15, BG 16, resistance R 25～R 37, pick-up YD, capacitor C 4～C 8, diode D 35～D 38And relay J is formed.
Acoustic control lamp light stream described in the utility model in circuit, triode BG1 1～BG 13, pick-up YD, resistance R 2 5～R 30, capacitor C 4And C 5Form sound three utmost point amplifying circuits; Triode BG 14, BG 15, resistance R 31～R 36, capacitor C 6, C 7, diode D 35～D 37Form bistable circuit; Triode BG 16, resistance R 37, relay J, diode D 38Form control relay circuit.
The beneficial effects of the utility model show:
The utility model adopts sound and surround lighting control to light, sound control light flows to, flowing velocity and mobile light number are then controlled by surround lighting, because ambient sound and light power all are random, so the variation of light also is at random, this has just solved the deficiency of ordinary lamps optical controller by fixed routine control.
In addition,, make light in flow process, can form a kind of light beam effect that knocks into the back, make it have more aesthetic feeling because the flow effect that knocks into the back cooperates with ten road signal output apparatus.
Description of drawings
Fig. 1 is the utility model theory diagram
Fig. 2 is the utility model circuit theory diagrams
Embodiment
Power circuit: by transformer B, diode D 31～D 34And capacitor C 1Form, produce a direct current 12V power supply;
Photoimpact generation circuit: by IC 1And peripheral resistance R 1, R 2, capacitor C 2, C 3, potentiometer W 2With photo resistance GR 2Form, pass through IC 1Internal circuit and peripheral resistance R 1, R 2, capacitor C 2, potentiometer W 2Form charging and discharging circuit with photo resistance.Potentiometer W 2With photo resistance GR 2String is at IC 1Charging and discharging circuit in, the speed that discharges and recharges is by W 2And GR 2Control, W 2The light flowing velocity is regulated when unglazed, because of GR 2Change with environment light, resistance also changes thereupon, IC 13 pin output pulse signals of pulse signal output end, its signal frequency is subjected to its inside to discharge and recharge speed, i.e. potentiometer W 2Resistance size control with photo resistance.Like this, potentiometer W 2More little with the photo resistance resistance, charge and discharge cycles is fast more, otherwise slow more, signal frequency with discharge and recharge speed variation (the photo resistance GR that is directly proportional 2The resistance size is subjected to the strong and weak control of ambient light);
Light-operated ten road two-way signalings produce circuit by ic chip 2And IC 3, resistance R 3, R 4, diode D 1～D 20, and triode BG 17, potentiometer W 1With photo resistance GR 1Form.BG 17, W 1And GR 1String is at power supply and IC 2And IC 3Between, by changing W 1And GR 1Resistance change BG 17The conducting electric current, thereby change IC 2And IC 3The power input magnitude of voltage, make IC 2And IC 3Ten road output signal voltages height also change thereupon, make send into ten the road knock into the back that effect produces and drive circuit in dividing potential drop diode D 21～D 30The conducting number change, drive triode conducting number and change thereby make, the bright way of lamp is changed, its detailed process is: by IC 1The pulse signal of output is sent to IC 2And IC 314 pin, when at IC 2Or IC 316 pin send into the 12V power supply after, at its output 3,2,4,7,10,1,5,6,9,11 will high potential appear successively, the speed that high potential occurs is controlled by 14 pin pulse signals.IC 2And IC 3Ten outputs through isolating diode D 1～D 20Counter end to end being linked in sequence, Shu Chu ten road signals order that high potential occurs will be subjected to IC like this 2And IC 3The control of 16 pin power supplys.IC 216 pin when electricity is arranged, ten road signals will from 10 to 1 high potential occurs successively, will produce one ten road two-way signaling like this and be sent to the effect that knocks into the back and produce and light driving circuit.Triode BG 17With potentiometer W 1Be current regulating circuit, transfer W 1Can change BG 17Out-put supply, deliver to IC through the contact of relay J 2Or IC 316 pin, make IC 2Or IC 3The signal voltage of ten outputs output change.Because GR 1Resistance with the bright dark variation of extraneous light, make BG 17The conducting electric current change thereupon, this just makes back triode conducting number (the bright way of lamp) change with light, realizes the purpose of the bright number of light-operated lamp.In addition, because IC 2And IC 3The speed that changes of ten tunnel signal cycle controlled by the signal frequency of its signal triggering input 14 pin input, and IC 1The pulse signal frequency of sending here is subjected to photosensitive GR 1Control, thus it is light-operated that ten road signals variation speed has been realized, and then the light speed that changed by ten road signal speeds has also just realized the purpose of light-operated light speed.
The effect that knocks into the back generation and light driving circuit are by diode D 21～D 30, resistance R 5～R 24, triode BG 1～BG 10, controllable silicon TRC 1～TRC 10And color lamp ZD 1～ZD 10Form.From IC 2Or IC 3Ten road signals of output are respectively through resistance R 5To R 14Send into BG 1To BG 10Base stage, corresponding triode is conducting, again the resistance R by collector electrode respectively 15To R 24, make the SCR control utmost point obtain electric current and corresponding color lamp is lighted in conducting.Work as IC 24When electric, ten road signals will from 1 to 10 high potential occurs successively, color lamp will be from ZD 1→ ZD 2～ZD 10Light successively, work as IC 3When electric, ten road signals will from 10 to 1 high potential occurs successively, color lamp will be from ZD like this 10→ ZD 9～ZD 1Light successively.IC 2And IC 3Power supply control by relay J.When the signal of exporting successively when ten road signals is very fast, suspend effect, will feel that light is flowing according to human eye vision.When ten road signal potentials are higher, through D 21～D 30Dividing potential drop will have the different diode current flow of quantity, and signal potential is high more, and the diode current flow number is many more, otherwise then few.That road triode of the diode correspondence of conducting also will be because of base stage gets electric conducting, thereby drives corresponding controllable silicon conducting, lights this street lamp.Because the appearance successively of ten road signals will produce a kind of lighting effects that knock into the back;
The acoustic control lamp light stream is to circuit: by triode BG 11, BG 12, BG 13, BG 14, BG 15, BG 16, resistance R 25～R 37, pick-up YD, capacitor C 4～C 8, diode D 35～D 38And relay J is formed.BG1 wherein 1～BG 13, YD, R 25～R 30, C 4And C 5Form sound three utmost point amplifying circuits; BG 14, BG 15, R 31～R 36, C 6, C 7, D 35～D 37Form bistable circuit; BG 16, R 37, J, D 38Form control relay circuit.After voice signal is picked up by YD, after amplifying, three utmost points pass through D again 35Make the voice signal of amplification send into bistable circuit, make its operating state counter-rotating, BG 15And BG 14Operating state changes, i.e. BG 15By conducting become by or by by becoming conducting.Work as BG 15When ending, its collector electrode will become high potential, through resistance R 37Make BG 16Conducting, the J action, its contact makes IC 216 pin get electric, IC 316 pin outages, ten road signals be the change order, on the contrary J dead electricity then, and its contact makes IC 316 pin get electric, IC 2The outage of 16 pin, ten road signals are got back to previous order again, reach the purpose of acoustic control break-in.

Claims (10)

1, a kind of ten road lamp dimmers that knock into the back, comprise power circuit, it is characterized in that: light-operated ten road two-way signalings of the control light way that also comprise a photoimpact generation circuit with control light flowing velocity of charging and discharging circuit, is connected with described photoimpact generation circuit produce circuit, receive light-operated ten road two-way signalings produces ten road two-way signalings that circuit sends, and the effect that knocks into the back that produces the lighting effects that knock into the back produces and drive circuit.
2, according to claim 1 ten road lamp dimmers that knock into the back is characterized in that: comprise that also one produces the acoustic control lamp light stream of the control light flow direction that circuit is connected to circuit with light-operated ten road two-way signalings.
3, according to claim 1 and 2 ten road lamp dimmers that knock into the back, it is characterized in that: photoimpact generation circuit is by ic chip and peripheral resistance R, capacitor C, potentiometer W and photo resistance GR form, and form charging and discharging circuit by the internal circuit of ic chip and peripheral resistance R, capacitor C, potentiometer W and photo resistance GR.
4, according to claim 3 ten road lamp dimmers that knock into the back is characterized in that: in the described photosensitive pulse generating circuit, and potentiometer W 2With photo resistance GR 2String is at ic chip 1Charging and discharging circuit in, the speed that discharges and recharges is by potentiometer W 2With photo resistance GR 2Control, potentiometer W 2The light flowing velocity is regulated when unglazed, ic chip 1The pulse signal output end output pulse signal, its signal frequency is subjected to its inside to discharge and recharge speed, i.e. potentiometer potentiometer W 2With photo resistance GR 2Resistance size control.
5, according to claim 1 and 2 ten road lamp dimmers that knock into the back is characterized in that: light-operated ten road two-way signalings produce circuit by ic chip, resistance R, and diode D, and triode BG, potentiometer W and photo resistance GR form.
6, according to claim 5 ten road lamp dimmers that knock into the back is characterized in that: described light-operated ten road two-way signalings produce in the circuit, triode BG 17, potentiometer W 1With photo resistance GR 1String is at power supply and ic chip 2And IC 3Between, by changing potentiometer W 1With photo resistance GR 1Resistance change triode BG 17The conducting electric current, thereby change ic chip 2And IC 3The power input magnitude of voltage, make IC 2And IC 3Ten road output signal voltages height also change thereupon, make send into ten the road knock into the back that effect produces and drive circuit in dividing potential drop diode D 21～D 30The conducting number change, drive triode conducting number and change thereby make, the bright way of lamp is changed; Ic chip 1The pulse signal frequency of sending here is subjected to photosensitive GR 1Control, it is light-operated to make ten road signals change the speed realization, and then the light speed that changed by ten road signal speeds realizes light-operated.
7, according to claim 1 and 2 ten road lamp dimmers that knock into the back is characterized in that: the effect that knocks into the back produce and light driving circuit by diode D, resistance R, triode BG, controllable silicon TRC and color lamp ZD form.
8, according to claim 7 ten road lamp dimmers that knock into the back is characterized in that: the described effect that knocks into the back produce and light driving circuit in, from ic chip 2Or IC 3Ten road signals of output are respectively through resistance R 5To R 14Send into triode BG 1To BG 10Base stage, corresponding triode is conducting, again the resistance R by collector electrode respectively 15To R 24, make the SCR control utmost point obtain electric current and corresponding color lamp is lighted in conducting.
9, according to claim 1 and 2 ten road lamp dimmers that knock into the back is characterized in that: the acoustic control lamp light stream to circuit by triode BG, resistance R, pick-up YD, capacitor C, diode D and relay J are formed.
10, according to claim 9 ten road lamp dimmers that knock into the back is characterized in that: described acoustic control lamp light stream in circuit, triode BG1 1～BG 13, pick-up YD, resistance R 2 5～R 30, capacitor C 4And C 5Form sound three utmost point amplifying circuits; Triode BG 14, BG 15, resistance R 31～R 36, capacitor C 6, C 7, diode D 35～D 37Form bistable circuit; Triode BG 16, resistance R 37, relay J, diode D 38Form control relay circuit.
CN 03233279 2003-02-24 2003-02-24 Intersection tail-pursuing lamplight controller Expired - Fee Related CN2609314Y (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 03233279 CN2609314Y (en) 2003-02-24 2003-02-24 Intersection tail-pursuing lamplight controller

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Application Number Priority Date Filing Date Title
CN 03233279 CN2609314Y (en) 2003-02-24 2003-02-24 Intersection tail-pursuing lamplight controller

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CN2609314Y true CN2609314Y (en) 2004-03-31

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CN 03233279 Expired - Fee Related CN2609314Y (en) 2003-02-24 2003-02-24 Intersection tail-pursuing lamplight controller

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108123701A (en) * 2016-11-30 2018-06-05 意法半导体有限公司 Clock-signal generator

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108123701A (en) * 2016-11-30 2018-06-05 意法半导体有限公司 Clock-signal generator
CN108123701B (en) * 2016-11-30 2021-10-29 意法半导体有限公司 Clock signal generator

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