CN107306463A - Two pin point control lamp string systems - Google Patents
Two pin point control lamp string systems Download PDFInfo
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- CN107306463A CN107306463A CN201610251594.2A CN201610251594A CN107306463A CN 107306463 A CN107306463 A CN 107306463A CN 201610251594 A CN201610251594 A CN 201610251594A CN 107306463 A CN107306463 A CN 107306463A
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B45/00—Circuit arrangements for operating light-emitting diodes [LED]
-
- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B45/00—Circuit arrangements for operating light-emitting diodes [LED]
- H05B45/30—Driver circuits
- H05B45/37—Converter circuits
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B45/00—Circuit arrangements for operating light-emitting diodes [LED]
- H05B45/40—Details of LED load circuits
- H05B45/44—Details of LED load circuits with an active control inside an LED matrix
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/30—Semiconductor lamps, e.g. solid state lamps [SSL] light emitting diodes [LED] or organic LED [OLED]
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- Circuit Arrangement For Electric Light Sources In General (AREA)
Abstract
A kind of two pin point control lamp string systems, include two pin point control lamp string groups of a controller, the data interception converter of plural number, the power line of plural number and plural number.The controller transmits an image signal to those data and intercepts converter；Each numbering initialization circuit is used to set the numbering that the data intercepts converter；The data intercepts the interception part that converter intercepts the image signal according to the numbering；Data interception converter changes the interception part of the image signal to obtain a luminous signal；The data intercepts converter and transmits the luminous signal to the two pin points control lamp string group of corresponding electric connection to drive the two pin points control lamp string group to carry out light-emission operation by the power line；Each two pin points control lamp string group for carrying out light-emission operation is collectively forming the image representated by the image signal.
Description
Technical field
The present invention is related to a kind of lamp string system, particularly a kind of two pin points control lamp string system.
Background technology
The shortcoming of two pin point control light-emittingdiode lamps of existing driving plural number is：
Each two pin points control light-emittingdiode lamp needs different address codes correctly to be driven, it is therefore desirable to
The address code of substantial amounts of two pin points control light-emittingdiode lamp；If the quantity of two pin point control light-emittingdiode lamps is got over
Many, the quantity of address code is more, and two pin point control light-emittingdiode lamps of manufacture are more complicated so that bipod
Point control light-emittingdiode lamp string is not easy to be manufactured.
The content of the invention
In view of this, it is a primary object of the present invention to provide a kind of two pin point control lamp string systems easy to be manufactured
System.
To reach above-mentioned purpose, the technical proposal of the invention is realized in this way：
A kind of two pin point control lamp string systems, comprising：One controller；The data interception converter of plural number, it is each
Data interception converter is respectively and electrically connected to the controller；The power line of plural number, the connection of those power lines
Converter is intercepted to those data；And two pin point control lamp string groups of plural number, the connection of those two pin points control lamp string groups
To those power lines and be respectively and electrically connected to the data interception converter, wherein the data interception converter bag
Contain：One numbering initialization circuit, the wherein controller transmit an image signal to those data and intercept converter；
Each numbering initialization circuit is used to set the numbering that the data intercepts converter；The data intercepts converter
An interception part of the image signal is intercepted according to the numbering；Data interception converter changes the image signal
The interception part to obtain a luminous signal；Data interception converter transmits this by the power line and lighted
Signal is to the two pin points control lamp string group of corresponding electric connection to drive the two pin points control lamp string group to be lighted
Action；Each two pin points control lamp string group for carrying out light-emission operation is collectively forming the figure representated by the image signal
Picture.
Preferably, the two pin points control lamp string group is included：Two pin point control lamp strings of plural number, those bipods
Point control lamp string is electrically connected to the data by the power line and intercepts converter, the wherein two pin points control lamp string bag
Contain：Two pin point control light-emittingdiode lamps of plural number, those two pin points control light-emittingdiode lamps pass through the power line
Data interception converter is electrically connected to, the wherein two pin points control light-emittingdiode lamp includes address code；
It is different from those address code of those two pin points control light-emittingdiode lamps of the two pin points control lamp string group；Should
Those address code of those two pin points control light-emittingdiode lamps of two pin point control lamp string groups forms an address code group
Group；Those each two pin points control lamp string groups include the identical address code group group；Wherein the luminous signal is included
The signal with different address codes of plural number, data interception converter transmits the hair by the power line
Light signal to those two pin points control lamp strings of those two pin points control lamp string groups those two pin points control light-emittingdiodes
Lamp；The two pin points control light-emittingdiode lamp reads the luminous signal according to the address code having and entered accordingly
Row light-emission operation.
Preferably, the numbering initialization circuit is included：The interception conversion of the switch of plural number, the wherein data
The numbering of device is determined by those states switched.
Preferably, the numbering initialization circuit is included：One numbering display；And a button, the button
The numbering display is electrically connected to, the wherein data intercepts the numbering of converter by the pressing of the button
Number of times is determined；The numbering display shows that the data intercepts the numbering of converter.
Preferably, the numbering initialization circuit is included：The display lamp of plural number；And a button, the button
Those display lamps are electrically connected to, wherein numbering of data interception converter is secondary by the pressing of the button
It is several to be determined；Those display lamps show that the data intercepts the numbering of converter.
Preferably, data interception converter is further included：One control integrated circuit, the control is integrated
Circuit is electrically connected to the numbering initialization circuit, and the control integrated circuit is to receive the image signal and production
The raw luminous signal；One first electric crystal is switched, and it is integrated that first electric crystal switch is electrically connected to the control
Circuit；One first resistor, the first resistor is electrically connected to the numbering initialization circuit, the control integrated circuit
And first electric crystal switch；One first electric capacity, first electric capacity be electrically connected to the numbering initialization circuit,
The control integrated circuit, first electric crystal switch and the first resistor；One voltage adjuster, the voltage is adjusted
Whole device be electrically connected to the numbering initialization circuit, the control integrated circuit, first electric crystal switch, this
One resistance and first electric capacity；One second electric crystal is switched, and second electric crystal switch is electrically connected to the control
Integrated circuit processed and first electric crystal switch；One second electric capacity, second electric capacity is electrically connected to the numbering
Initialization circuit, the control integrated circuit, the first resistor, first electric capacity and the voltage adjuster；And one
Diode, the diode is electrically connected to the voltage adjuster, second electric capacity and second electric crystal switch.
Preferably, data interception converter is further included：One control integrated circuit, the control is integrated
Circuit is electrically connected to the numbering initialization circuit, and the control integrated circuit is to receive the image signal and production
The raw luminous signal；One first electric crystal is switched, and it is integrated that first electric crystal switch is electrically connected to the control
Circuit；One first resistor, the first resistor is electrically connected to first electric crystal switch；One first electric capacity,
First electric capacity is electrically connected to first electric crystal switch and the first resistor；One second electric crystal is switched,
Second electric crystal switch is electrically connected to the control integrated circuit；One second electric capacity, second electric capacity is electrical
It is connected to the numbering initialization circuit, the control integrated circuit and first electric crystal switch；One diode, should
Diode is electrically connected to first electric crystal switch, the first resistor and first electric capacity；One second resistance,
The second resistance is electrically connected to second electric crystal switch, the numbering initialization circuit, the control integrated circuit
And second electric capacity；One 3rd resistor, the 3rd resistor is electrically connected to the diode and second electric crystal
Switch；One first Zener diode, the first Zener diode is electrically connected to the numbering initialization circuit, is somebody's turn to do
Control integrated circuit, the second resistance, second electric capacity and first electric crystal switch；And one second Zener
Diode, the second Zener diode be electrically connected to first electric crystal switch, the first resistor, this
One electric capacity and the diode.
Preferably, data interception converter is further included：One the 3rd electric crystal is switched, the 3rd electricity
Crystal switch be electrically connected to the numbering initialization circuit, the control integrated circuit, the second resistance, this second
Electric capacity, the first Zener diode, second electric crystal switch and the 3rd resistor；And one the 3rd Zener two
Polar body, the 3rd Zener diode is electrically connected to the 3rd electric crystal switch, the 3rd resistor and two pole
Body, wherein the 3rd electric crystal open relation are a P-type mos field effect electric crystal.
Preferably, data interception converter is further included：One the 3rd electric crystal is switched, the 3rd electricity
Crystal switch be electrically connected to the numbering initialization circuit, the control integrated circuit, the second resistance, this second
Electric capacity, the first Zener diode, second electric crystal switch, the 3rd resistor and the diode, wherein
3rd electric crystal open relation is a N-type metal oxide semiconductor field-effect electric crystal.
Preferably, the image signal includes plural pulse wave；The data intercepts converter to received
The plural pulse wave of the image signal counted；The data intercepts converter and reached according to numbering interception correspondence
To the interception part of the image signal of a count value.
Advantages of the present invention is easy for the two plural pin point control light-emittingdiode lamps of those two pin points control lamp string groups
Ground is manufactured (reduction complexity)；Furthermore, transmitting the second luminous signal by the power line then need not original
This control RCA so that wire rod is conserved.
Brief description of the drawings
Fig. 1 is the block diagram of the outline of the two pin point control lamp string systems of the present invention.
Fig. 2 is the pin point control lamp string block diagram of tandem two of the invention.
Fig. 3 is parallel two pin points control lamp string block diagram of the invention.
Fig. 4 is tandem the first specific embodiment block diagram of the two pin point control lamp string systems of the present invention.
Fig. 5 is the parallel first specific embodiment block diagram of the two pin point control lamp string systems of the present invention.
Fig. 6 is the parallel second specific embodiment block diagram of the two pin point control lamp string systems of the present invention.
Fig. 7 is an embodiment oscillogram of the image signal of the present invention.
Fig. 8 is an embodiment oscillogram of the luminous signal of the present invention.
Fig. 9 intercepts the parallel first specific embodiment block diagram of converter for the data of the present invention.
Figure 10 intercepts the parallel second specific embodiment block diagram of converter for the data of the present invention.
Figure 11 intercepts the parallel 3rd specific embodiment block diagram of converter for the data of the present invention.
Figure 12 intercepts tandem the first specific embodiment block diagram of converter for the data of the present invention.
Figure 13 intercepts tandem the second specific embodiment block diagram of converter for the data of the present invention.
【Symbol description】
Two pin point control lamp string systems 10
Controller 20
Data intercepts converter 30
Power line 40
Two pin point control lamp string groups 50
Image signal 202
Luminous signal 204
Exchange first end point 206
Exchange the second end points 208
Controller positive voltage terminal 210
Controller data output end 212
Controller voltage negative terminal 214
Numbering initialization circuit 302
Switch 304
Numbering display 306
Button 308
Display lamp 310
Control integrated circuit 312
First electric crystal switch 314
First resistor 316
First electric capacity 318
Voltage adjuster 320
Second electric crystal switch 322
Second electric capacity 324
Diode 326
Transducer voltage anode 328
Transducer voltage negative terminal 330
Converter data input end 332
Converter output end 334
Second resistance 336
3rd resistor 338
First Zener diode 340
Second Zener diode 342
3rd electric crystal switch 344
3rd Zener diode 346
Two pin point control lamp strings 502
Two pin point control light-emittingdiode lamps 504
Lamp string input 506
Lamp string negative terminal 508
Computer 602
Store media 604
AC power supply 606
AC power 608
Dc source 610
DC power supply 612
Embodiment
Detailed description for the present invention and technology contents, refer to following detailed description and accompanying drawings explanation such as
Under, and accompanying drawing is not intended to limit the present invention with describing in detail as illustrative purposes only.
Fig. 1 is refer to, it is the block diagram of the outline of the two pin point control lamp string systems for the present invention.One bipod
Data of the point control lamp string system 10 comprising a controller 20, plural number intercepts the power line of converter 30, plural number
40 and plural number two pin point control lamp string groups 50.Data interception converter 30 includes a numbering initialization circuit
302.The two pin points control lamp string group 50 includes two pin point control lamp strings 502 of plural number.Each data interception turns
Parallel operation 30 is respectively and electrically connected to the controller 20；Those power lines 40 are connected to the interception conversion of those data
Device 30；Those two pin points control lamp string groups 50 are connected to those power lines 40 and are respectively and electrically connected to the data
Intercept converter 30；Those two pin points control lamp strings 502 are electrically connected to the data by the power line 40 and cut
Take converter 30.
Fig. 2 is refer to, it is for the pin point control lamp string block diagram of tandem two of the present invention；It refer again to Fig. 1.
Two pin point control light-emittingdiode lamps 504 of the two pin points control lamp string 502 comprising plural number, a lamp string input 506
And a lamp string negative terminal 508；Those two pin points control light-emittingdiode lamps 504 are electrically connected with by the power line 40
Converter 30 is intercepted to the data.Fig. 3 is refer to, it is for the parallel two pin points control lamp string side of the present invention
Block figure；Element shown in Fig. 3 describes person similar to Fig. 2, is succinct factor, is repeated no more in this.
Fig. 4 is refer to, it is the specific embodiment of tandem first of the two pin point control lamp string systems for the present invention
Block diagram；Element shown in Fig. 4 describes person similar to Fig. 1~2, is succinct factor, is repeated no more in this；
Fig. 4 two pin points control lamp string 502 is as shown in Figure 2.The two pin points control lamp string system 10 is applied to one
Computer 602, a store media 604 (a such as memory card) and an AC power supply 606.The data
Interception converter 30 further includes a transducer voltage anode 328, a transducer voltage negative terminal 330, a conversion
Device data input end 332 and a converter output end 334.The controller 20 includes an exchange first end point
206th, second end points 208 of exchange, a controller positive voltage terminal 210, a controller data output end 212
And a controller voltage negative terminal 214.The controller 20 AC power supply 606 can be provided one
AC power 608 is converted to a dc source 610.The computer 602 captures film or animation to be stored in this
Store media 604；The controller 20 reads for example, by USB interface and is stored in the store media 604
Image such as film or animation turn into an image signal 202 to change the film or animation.
Fig. 5 is refer to, it is parallel first specific embodiment of the two pin point control lamp string systems for the present invention
Block diagram；Element shown in Fig. 5 describes person similar to Fig. 1~4, is succinct factor, is repeated no more in this；
Fig. 5 two pin points control lamp string 502 is as shown in Figure 3.The two pin points control lamp string system 10 is applied to one
DC power supply 612；The DC power supply 612 provides a dc source 610.
Fig. 6 is refer to, it is parallel second specific embodiment of the two pin point control lamp string systems for the present invention
Block diagram；Element shown in Fig. 6 describes person similar to Fig. 5, is succinct factor, is repeated no more in this；Figure
The 6 two pin points control lamp string 502 is as shown in Figure 3.Data interception converter 30 is to be integrated into the control
Device 20 processed.
Fig. 7 is refer to, it is an embodiment oscillogram of the image signal for the present invention；Fig. 8 is refer to, its
It is an embodiment oscillogram of the luminous signal for the present invention；And please also refer to Fig. 1~6.
Each numbering initialization circuit 302 is used to set the numbering that the data intercepts converter 30；The control
Device 20 transmits the image signal 202 to those data and intercepts converter 30；The data intercept converter 30 according to
According to the numbering intercept the image signal 202 one interception part (that is, the interception of the image signal 202
Part is the numbering that correspondence intercepts converter 30 to the data)；Data interception converter 30 changes the figure
As the interception part of signal 202 to obtain a luminous signal 204；Data interception converter 30 passes through this
Power line 40 transmits the luminous signal 204 to those two pin points control lamp string groups 50 to drive those two pin points controls
Lamp string group 50.
The two pin points control light-emittingdiode lamp 504 includes address code；In being somebody's turn to do for the two pin points control lamp string group 50
Those address code of a little two pin points control light-emittingdiode lamps 504 is different from；The two pin points control lamp string group 50
Those two pin points control light-emittingdiode lamps 504 those address code formed an address code group group；It is each those
Two pin point control lamp string groups 50 include the identical address code group group.Luminous the having comprising plural number of signal 204
The signal of different address codes.
The data intercept converter 30 by the power line 40 transmit the luminous signal 204 to it is corresponding electrically
Those two pin points control light-emitting diodes of those two pin points control lamp strings 502 of the two pin points control lamp string group 50 of connection
Body lamp 504 is to drive those two pin points controls of those two pin points control lamp strings 502 of the two pin points control lamp string group 50
Light-emittingdiode lamp 504 carries out light-emission operation；The two pin points control light-emittingdiode lamp 504 is according to having
Address code reads the luminous signal 204 and carries out light-emission operation accordingly；It is each carry out light-emission operation this two
Those two pin points control light-emittingdiode lamps 504 of those two pin points control lamp strings 502 of pin point control lamp string group 50
It is collectively forming the image representated by the image signal 202.
In one embodiment, those numberings of those data interception converter 30 be sequentially set to 1~
n；N is the positive integer more than 1；The data interception converter 30 for being m with numbering intercepts image news
Numbers 202 m parts are to obtain the interception part；M is more than or equal to 1；M is less than or equal to n；Tool
The m parts for having the data that numbering is m interception converter 30 to renumber the image signal 202 are 1~
Q is to obtain the luminous signal 204；Q is equal to those two pin points controls luminous two of the two pin points control lamp string group 50
The quantity of polar body lamp 504；Those two pin points control light-emittingdiode lamps 504 of the two pin points control lamp string group 50
Those address code be sequentially set to 1~q；The two pin points control light-emittingdiode lamp for being p with address code
504 are driven by the pth part of the luminous signal 204；P is more than or equal to 1；P is less than or equal to q.
For example, there is the image signal 202 luminous information 1~2000 to control 2000 those two pin points controls
Light-emittingdiode lamp 504；Those numberings of those data interception converter 30 are sequentially set to 1~10；
The data interception converter 30 for being 1 with numbering intercepts the 1st part (1~200) of the image signal 202
To obtain the interception part；The data interception converter 30 for being 1 with numbering renumbers the image signal
202 the 1st part is 1~200 to obtain the luminous signal 204；The two pin points control lamp string group 50 those
Those address code of two pin point control light-emittingdiode lamps 504 is sequentially set to 1~200；It is with address code
The 10 two pin points control light-emittingdiode lamp 504 is driven by the 10th part of the luminous signal 204.
In another example, there is the image signal 202 luminous information 1~2000 to control 2000 those two pin points
Control light-emittingdiode lamp 504；Those numberings of those data interception converter 30 are sequentially set to 1~10；
With numbering be 2 the data interception converter 30 intercept the image signal 202 the 2nd part (201~
400) to obtain the interception part；The data interception converter 30 for being 2 with numbering renumbers the figure
As the 2nd part of signal 202 for 1~200 to obtain the luminous signal 204；The two pin points control lamp string group 50
Those two pin points control light-emittingdiode lamps 504 those address code be sequentially set to 1~200；With position
Location code is driven for the 10 two pin points control light-emittingdiode lamp 504 by the 10th part of the luminous signal 204.
For another example there is the image signal 202 luminous information 1~2000 to control 2000 those two pin points
Control light-emittingdiode lamp 504；Those numberings of those data interception converter 30 are sequentially set to 1~10；
With numbering be 3 the data interception converter 30 intercept the image signal 202 the 3rd part (401~
600) to obtain the interception part；The data interception converter 30 for being 3 with numbering renumbers the figure
As the 3rd part of signal 202 for 1~200 to obtain the luminous signal 204；The two pin points control lamp string group 50
Those two pin points control light-emittingdiode lamps 504 those address code be sequentially set to 1~200；With position
Location code is driven for the 10 two pin points control light-emittingdiode lamp 504 by the 10th part of the luminous signal 204.
Therefore, advantages of the present invention is that those two pin points control light-emittingdiode lamps 504 are easily manufactured, because
To be not required to those address code (reduction complexity) of those substantial amounts of two pin points control light-emittingdiode lamps 504.With
Exemplified by the above, 2000 those two pin points control light-emittingdiode lamps 504 do not need 2000 those positions
Location code；Utilize those two pin points control light-emittingdiode lamps 504 of those data interception converter 30,2000
Only need to 200 those address codes.Furthermore, the luminous signal 204 is transmitted by the power line 40 and is then not required to
Want the control RCA of script so that wire rod is conserved.
The image signal 202 includes plural pulse wave；The image received by the data 30 pairs of converter of interception
The plural pulse wave of signal 202 is counted；The data intercepts converter 30 and reached according to numbering interception correspondence
The interception part of the image signal 202 of one count value.
For example, the image signal 202 includes 2000 pulse waves, the data intercepts the numbering of converter 30
For 2, then data interception converter 30 first counts (skipping) the 1st~200 pulse wave, and the is intercepted afterwards
201~400 pulse waves.
Fig. 9 is refer to, it is the parallel first specific embodiment side of the data interception converter for the present invention
Block figure；It is (parallel that Fig. 9 systems are applied to Fig. 3 and Fig. 5；Those two pin points control light-emittingdiode lamps 504 lead to
Cross the power line 40 to be connected in parallel with each other).The numbering initialization circuit 302 includes the switch 304 of plural number；Should
The numbering of data interception converter 30 is determined by the state of those switches 304.
The data interception converter 30 further include a control integrated circuit 312, one first electric crystal switch 314,
One first resistor 316, one first electric capacity 318, a voltage adjuster 320, one second electric crystal switch 322,
One second electric capacity 324 and a diode 326.The control integrated circuit 312 is to receive the image signal 202
And produce the luminous signal 204.
The control integrated circuit 312 is electrically connected to the numbering initialization circuit 302；First electric crystal is switched
314 are electrically connected to the control integrated circuit 312；The first resistor 316 is electrically connected to numbering setting electricity
Road 302, the control integrated circuit 312 and first electric crystal switch 314；First electric capacity 318 electrically connects
Be connected to the numbering initialization circuit 302, the control integrated circuit 312, first electric crystal switch 314 and this
One resistance 316；The voltage adjuster 320 is electrically connected to the numbering initialization circuit 302, the integrated electricity of the control
Road 312, first electric crystal switch 314, the first resistor 316 and first electric capacity 318；Second electricity
Crystal switch 322 is electrically connected to the control integrated circuit 312 and first electric crystal switch 314；This
Two electric capacity 324 are electrically connected to the numbering initialization circuit 302, the control integrated circuit 312, the first resistor
316th, first electric capacity 318 and the voltage adjuster 320；The diode 326 is electrically connected to the voltage
Adjuster 320, second electric capacity 324 and second electric crystal switch 322.
Figure 10 is refer to, it is the parallel second specific embodiment side of the data interception converter for the present invention
Block figure；It is (parallel that Figure 10 systems are applied to Fig. 3 and Fig. 5；Those two pin points control light-emittingdiode lamps 504 lead to
Cross the power line 40 to be connected in parallel with each other)；Element shown in Figure 10 describes person similar to Fig. 9, be it is succinct because
Element, is repeated no more in this.The numbering initialization circuit 302 includes a numbering display 306 and a button 308；
The button 308 is electrically connected to the numbering display 306；The data interception converter 30 the numbering by
The compression number of the button 308 is determined；The numbering display 306 shows data interception converter 30
The numbering.The numbering display 306 is for a seven-segment display.
Figure 11 is refer to, it is the parallel 3rd specific embodiment side of the data interception converter for the present invention
Block figure；It is (parallel that Figure 11 systems are applied to Fig. 3 and Fig. 5；Those two pin points control light-emittingdiode lamps 504 lead to
Cross the power line 40 to be connected in parallel with each other)；Element shown in Figure 11 describes person similar to Fig. 9, be it is succinct because
Element, is repeated no more in this.The numbering initialization circuit 302 includes the button 308 of display lamp 310 and one of plural number；
The button 308 is electrically connected to those display lamps 310；The numbering of data interception converter 30 is by this
The compression number of button 308 is determined；Those display lamps 310 show that the data intercepts the volume of converter 30
Number；The display lamp 310 is for a light-emittingdiode.
Figure 12 is refer to, it is the specific embodiment side of tandem first of the data interception converter for the present invention
Block figure.Figure 12 systems are applied to Fig. 2 and Fig. 4 (tandems；Those two pin points control light-emittingdiode lamps 504 are saturating
Cross the power line 40 to be serially connected)；Element shown in Figure 12 describes person similar to Fig. 9, be it is succinct because
Element, is repeated no more in this.
The data interception converter 30 further include a control integrated circuit 312, one first electric crystal switch 314,
One first resistor 316, one first electric capacity 318, one second electric crystal switch 322, one second electric capacity 324,
One diode 326, a second resistance 336, a 3rd resistor 338, one first Zener diode 340, one
Second Zener diode 342, one the 3rd electric crystal switch 344 and one the 3rd Zener diode 346.The control
Integrated circuit 312 is to receive the image signal 202 and produce the luminous signal 204.
The control integrated circuit 312 is electrically connected to the numbering initialization circuit 302；First electric crystal is switched
314 are electrically connected to the control integrated circuit 312；The first resistor 316 is electrically connected to first electric crystal
Switch 314；First electric capacity 318 is electrically connected to first electric crystal switch 314 and the first resistor 316；
Second electric crystal switch 322 is electrically connected to the control integrated circuit 312；Second electric capacity 324 is electrical
It is connected to the numbering initialization circuit 302, the control integrated circuit 312 and first electric crystal switch 314；Should
Diode 326 is electrically connected to first electric crystal switch 314, the first resistor 316 and first electric capacity
318；The second resistance 336 be electrically connected to second electric crystal switch 322, the numbering initialization circuit 302,
The control integrated circuit 312 and second electric capacity 324；The 3rd resistor 338 is electrically connected to the diode
326 and second electric crystal switch 322；The first Zener diode 340 is electrically connected to numbering setting electricity
Road 302, the control integrated circuit 312, the second resistance 336, second electric capacity 324 and first electricity are brilliant
Body switch 314；The second Zener diode 342 be electrically connected to first electric crystal switch 314, this first
Resistance 316, first electric capacity 318 and the diode 326；3rd electric crystal switch 344 is electrically connected to
The numbering initialization circuit 302, the control integrated circuit 312, the second resistance 336, second electric capacity 324,
The first Zener diode 340, second electric crystal switch 322 and the 3rd resistor 338；3rd Zener
Diode 346 is electrically connected to the 3rd electric crystal switch 344, the 3rd resistor 338 and the diode 326；
3rd electric crystal switch 344 is for a P-type mos field effect electric crystal.
Figure 13 is refer to, it is the specific embodiment side of tandem second of the data interception converter for the present invention
Block figure.Figure 13 systems are applied to Fig. 2 and Fig. 4 (tandems；Those two pin points control light-emittingdiode lamps 504 lead to
Cross the power line 40 to be serially connected)；Element shown in Figure 13 describes person similar to Figure 12, is succinct
Factor, is repeated no more in this.Data interception converter 30 further includes one the 3rd electric crystal switch 344；Should
3rd electric crystal switch 344 is electrically connected to the numbering initialization circuit 302, the control integrated circuit 312, is somebody's turn to do
Second resistance 336, second electric capacity 324, the first Zener diode 340, second electric crystal switch 322,
The 3rd resistor 338 and the diode 326；3rd electric crystal switch 344 is to be aoxidized for a N-type metal
Thing semiconductor field effect electric crystal.
So as described above, only presently preferred embodiments of the present invention, when the scope that the present invention is implemented can not be limited,
I.e. all equivalent changes and modifications made according to scope of the present invention patent etc., all should still belong to patent of the present invention and contain
Lid scope is intended to the category of protection.The present invention can also have other various embodiments, without departing substantially from spirit of the invention
And its in the case of essence, those skilled in the art various change when can be made according to the present invention accordingly
Become and deform, but these corresponding changes and deformation should all belong to the protection model of appended claims of the invention
Enclose.In summary, when knowing that the present invention has industry applications, novelty and progressive, and the present invention
Construction had not also seen like product and openly used, and application for a patent for invention important document was complied fully with, according to Patent Law
File an application.
Claims (10)
1. a kind of two pin points control lamp string system, it is characterised in that include：
One controller；
The data interception converter of plural number, each data interception converter is respectively and electrically connected to the controller；
The power line of plural number, those power lines are connected to those data interception converter；And
Two pin point control lamp string groups of plural number, those two pin points control lamp string groups are connected to those power lines and respectively electricity
Property be connected to the data interception converter,
Wherein data interception converter is included：
One numbering initialization circuit,
Wherein the controller transmits an image signal to those data and intercepts converter；Each numbering setting electricity
Road is used to set the numbering that the data intercepts converter；The data intercepts converter should according to numbering interception
One interception part of image signal；Data interception converter changes the interception part of the image signal to obtain
To a luminous signal；The data intercept converter by the power line transmit the luminous signal to it is corresponding electrically
Connection the two pin points control lamp string group with drive the two pin points control lamp string group carry out light-emission operation；It is each to be sent out
The two pin points control lamp string group of light action is collectively forming the image representated by the image signal.
2. two pin points control lamp string system as claimed in claim 1, it is characterised in that the two pin points control lamp string
Group is included：
Two pin point control lamp strings of plural number, those two pin points control lamp strings are electrically connected to the data by the power line
Intercept converter,
Wherein the two pin points control lamp string is included：
Two pin point control light-emittingdiode lamps of plural number, those two pin points control light-emittingdiode lamps pass through the power line
Data interception converter is electrically connected to,
Wherein the two pin points control light-emittingdiode lamp includes address code；In those of the two pin points control lamp string group
Those address code of two pin point control light-emittingdiode lamps is different from；Those bipods of the two pin points control lamp string group
Those address code of point control light-emittingdiode lamp forms an address code group group；Those each two pin points control lamp string groups
Include the identical address code group group；
Wherein the luminous signal includes the plural signal with different address codes, data interception conversion
Device transmits the luminous signal to those two pin points control lamp strings of those two pin points control lamp string groups by the power line
Those two pin points control light-emittingdiode lamps；The two pin points control light-emittingdiode lamp is according to the address code having
Read the luminous signal and carry out light-emission operation accordingly.
3. two pin points control lamp string system as claimed in claim 1, it is characterised in that the numbering initialization circuit
Comprising：
The switch of plural number,
The numbering of wherein data interception converter is determined by those states switched.
4. two pin points control lamp string system as claimed in claim 1, it is characterised in that the numbering initialization circuit
Comprising：
One numbering display；And
One button, the button is electrically connected to the numbering display,
The numbering of wherein data interception converter is determined by the compression number of the button；The numbering shows
Show that device shows that the data intercepts the numbering of converter.
5. two pin points control lamp string system as claimed in claim 1, it is characterised in that the numbering initialization circuit
Comprising：
The display lamp of plural number；And
One button, the button is electrically connected to those display lamps,
The numbering of wherein data interception converter is determined by the compression number of the button；Those displays
Lamp shows that the data intercepts the numbering of converter.
6. two pin points control lamp string system as claimed in claim 2, it is characterised in that data interception turns
Parallel operation is further included：
One control integrated circuit, the control integrated circuit is electrically connected to the numbering initialization circuit, the domination set
Into circuit to receive the image signal and produce the luminous signal；
One first electric crystal is switched, and first electric crystal switch is electrically connected to the control integrated circuit；
One first resistor, the first resistor be electrically connected to the numbering initialization circuit, the control integrated circuit and
First electric crystal is switched；
One first electric capacity, first electric capacity be electrically connected to the numbering initialization circuit, the control integrated circuit,
First electric crystal is switched and the first resistor；
One voltage adjuster, the voltage adjuster is electrically connected to the numbering initialization circuit, the integrated electricity of the control
Road, first electric crystal switch, the first resistor and first electric capacity；
One second electric crystal is switched, second electric crystal switch be electrically connected to the control integrated circuit and this
One electric crystal is switched；
One second electric capacity, second electric capacity be electrically connected to the numbering initialization circuit, the control integrated circuit,
The first resistor, first electric capacity and the voltage adjuster；And
One diode, it is brilliant that the diode is electrically connected to the voltage adjuster, second electric capacity and second electricity
Body is switched.
7. two pin points control lamp string system as claimed in claim 2, it is characterised in that data interception conversion
Device is further included：
One control integrated circuit, the control integrated circuit is electrically connected to the numbering initialization circuit, the domination set
Into circuit to receive the image signal and produce the luminous signal；
One first electric crystal is switched, and first electric crystal switch is electrically connected to the control integrated circuit；
One first resistor, the first resistor is electrically connected to first electric crystal switch；
One first electric capacity, first electric capacity is electrically connected to first electric crystal switch and the first resistor；
One second electric crystal is switched, and second electric crystal switch is electrically connected to the control integrated circuit；
One second electric capacity, second electric capacity be electrically connected to the numbering initialization circuit, the control integrated circuit and
First electric crystal is switched；
One diode, the diode be electrically connected to first electric crystal switch, the first resistor and this first
Electric capacity；
One second resistance, the second resistance be electrically connected to second electric crystal switch, the numbering initialization circuit,
The control integrated circuit and second electric capacity；
One 3rd resistor, the 3rd resistor is electrically connected to the diode and second electric crystal switch；
One first Zener diode, the first Zener diode is electrically connected to the numbering initialization circuit, the control
Integrated circuit processed, the second resistance, second electric capacity and first electric crystal switch；And
One second Zener diode, the second Zener diode is electrically connected to first electric crystal switch, is somebody's turn to do
First resistor, first electric capacity and the diode.
8. two pin points control lamp string system as claimed in claim 7, it is characterised in that data interception conversion
Device is further included：
One the 3rd electric crystal is switched, and the 3rd electric crystal switch is electrically connected to the numbering initialization circuit, the control
Integrated circuit processed, the second resistance, second electric capacity, the first Zener diode, second electric crystal are opened
Close and the 3rd resistor；And
One the 3rd Zener diode, the 3rd Zener diode is electrically connected to the 3rd electric crystal switch, is somebody's turn to do
3rd resistor and the diode,
Wherein the 3rd electric crystal open relation is a P-type mos field effect electric crystal.
9. two pin points control lamp string system as claimed in claim 7, it is characterised in that data interception conversion
Device is further included：
One the 3rd electric crystal is switched, and the 3rd electric crystal switch is electrically connected to the numbering initialization circuit, the control
Integrated circuit processed, the second resistance, second electric capacity, the first Zener diode, second electric crystal are opened
Pass, the 3rd resistor and the diode,
Wherein the 3rd electric crystal open relation is a N-type metal oxide semiconductor field-effect electric crystal.
10. two pin points control lamp string system as claimed in claim 1, it is characterised in that the image signal bag
Containing plural pulse wave；Data interception converter is counted to the plural pulse wave of the received image signal；
The data intercepts converter and intercepts the interception portion that correspondence reaches the image signal of a count value according to the numbering
Point.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610251594.2A CN107306463B (en) | 2016-04-21 | 2016-04-21 | Two pin point control lamp string systems |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610251594.2A CN107306463B (en) | 2016-04-21 | 2016-04-21 | Two pin point control lamp string systems |
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| CN107306463A true CN107306463A (en) | 2017-10-31 |
| CN107306463B CN107306463B (en) | 2019-05-03 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201610251594.2A Active CN107306463B (en) | 2016-04-21 | 2016-04-21 | Two pin point control lamp string systems |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US10823345B2 (en) | 2018-09-18 | 2020-11-03 | Taizhou Jiaojiang Yingxing Electronic Co., Ltd. | Decorative LED light string structure and assembling method thereof |
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| CN107306463B (en) | 2019-05-03 |
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