CN106332356B - The method and apparatus that a kind of wireless driving LED decorative lamp is shown with beat - Google Patents
The method and apparatus that a kind of wireless driving LED decorative lamp is shown with beat Download PDFInfo
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- CN106332356B CN106332356B CN201610803858.0A CN201610803858A CN106332356B CN 106332356 B CN106332356 B CN 106332356B CN 201610803858 A CN201610803858 A CN 201610803858A CN 106332356 B CN106332356 B CN 106332356B
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
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Abstract
The method and apparatus that a kind of wireless driving LED decorative lamp is shown with beat, including a main frame and 8 group far end slaves, the main frame incoming audio signal source, and the audio signal of input is accessed into 8 groups of bandpass filters；Console controller, host code device, wireless transmission unit and high-speed a/d converter are set in main frame；The wireless signal that the 8 group far end slave Receiving Host is sent, each slave controls the lamp string of the 1st lamp string~the 8th itself connected.Compared with prior art, the advantage for the method and apparatus that wireless driving LED decorative lamp of the invention is shown with beat is：Without transmission cable or light pricker transmission music signal, from main frame to the wireless transmission distance of distal end slave up to 100 meters, main frame and slave of the invention is simple in construction, and the music fountain similar compared with other, music lamp light reaction are more rapid, the present invention's is cheap, has a wide range of application.
Description
Technical field
The present invention relates to the technology of LED decorative lamp, volume of music beat is followed more particularly, to a kind of multigroup LED decorative lamp
And the method and apparatus shown.
Background technology
Now, the technology of LED decorative lamp is increasingly popularized, and LED decorative lamp is used for various occasions, fashionable day
Under, it is seen everywhere.At present, the outdoor Landscape Lamp for being used to decorate is typically all to be formed by light source and cylindricality, spheroid lampshade composite,
Landscape Lamp is normally fixed to ground, and product structure is single in addition.In the prior art, also there is the dynamic to down-flow water of strip
LED landscape lamp, these lamps are fought separately, oneself it is bright oneself, what information do not carried jointly with the lamp of surrounding, only will
It is more attractive in appearance that environment is dressed up.
In order to preferably enliven the atmosphere of outdoor activities, people carry some Landscape Lamps to decorate activity atmosphere, for example extensively
State city south regards No. 201310289947.4 patents of invention of fixture Co., Ltd：A kind of rotatable decorating landscape lamp, it is public
A kind of rotatable decorating landscape lamp is opened, it includes being provided with the light source illuminated for LED, the base on base assembly
The drum that lampshade is formed after soft lamp paulin is blown afloat is additionally provided with the soft lamp paulin that side cover is made provided with light material, the base
Wind apparatus, the base is provided with the tumbler for driving the soft fluffy rotation of lamp.The scape light lamp can enter as needed when using
Row is rotated, and its good visual effect can be widely used in the playgrounds such as advertisement, TV station, stage celebrating place in one's power, use scope
Extensively, it is practical.
But the technology can not be shown with music, cultural connotation it is somewhat poor some.
As can be seen here, prior art improvements in need are overcome the drawbacks of itself.
The content of the invention
In order to solve can not being shown with music for prior art, cultural connotation it is somewhat poor some the problem of, the present invention is carried
A kind of technical scheme for the method and apparatus that wireless driving LED decorative lamp is shown with beat is gone out.
The present invention is realized by using following technical scheme：Implement a kind of wireless driving LED decorative lamp to show with beat
Method, methods described comprises the following steps：
A, first, sets a main frame and 8 group far end slaves, the main frame incoming audio signal source, and by the audio of input
Signal accesses the 1st bandpass filter, the 2nd bandpass filter, the 3rd bandpass filter, the 4th bandpass filter, the 5th bandpass filtering
Device, the 6th bandpass filter, the 7th bandpass filter and the 8th bandpass filter；
B and then console controller is set in main frame, then a host code device, wireless transmission unit and high speed are set
A/D converter, the output of the bandpass filter of the 1st bandpass filter~the 8th is connected in high-speed a/d converter input port；
The console controller controls high-speed a/d converter, successively by the bandpass filter of the 1st bandpass filter~the 8th
Output analog signal is converted to data signal, and is sequentially stored into the console controller internal memory of 1H~8H address marks；
C, then, console controller is set the address code of host code device by 1H~8H orders successively；And compiled in main frame
The data input port of code device sequentially inputs the data in console controller memory address 1H~8H；Therebetween, wireless transmission unit according to
It is secondary to send each group wireless control signal for including address code and numeric data code；
D, next, the wireless control signal that the respective radio receiving unit Receiving Host side of 8 group far end slaves is sent, and
The signal is transmitted into Radio decoder, Radio decoder is by the address code in the signal and the address code set of oneself
It is compared, is skipped over if different, a VT signal is sent to remote controller if identical, while the nothing that host computer side is sent
Numeric data code in line control signal issues remote controller；
Numeric data code is stored in the first memory block by E, remote controller, and by the first storage area data and the second storage area data
Compare, such as identical to return to step D operations, data conversion storage is entered the second memory block by such as difference；
F, then, remote controller enters row decoding to the second storage area data code, obtains the number of a decimal system 1~8, and
Determined to light the 1st lamp string, the 2nd lamp string, the 3rd lamp string, the 4th lamp string, the 5th lamp string, the 6th lamp string, the 7th lamp according to this decimal number
Lamp string in string, the 8th lamp string lights a group number；
G, next, corresponding lamp string in the lamp string of the 1st lamp string~the 8th is lighted in remote controller driving, return to step D.
Lamp string is lighted a group number and referred to described in step F：Decimal number 1 lights the 1st lamp string；Decimal number 2 light the 1st lamp string,
2nd lamp string；Decimal number 3 lights the 1st lamp string, the 2nd lamp string, the 3rd lamp string；Decimal number 4 lights the lamp string of the 1st lamp string~the 4th；Ten
System number 5 lights the lamp string of the 1st lamp string~the 5th；Decimal number 6 lights the lamp string of the 1st lamp string~the 6th；Decimal number 7 lights the 1st lamp
The~the 7 lamp string of string；Decimal number 8 lights the lamp string of the 1st lamp string~the 8th.
The lamp string of 1st lamp string described in step F~the 8th putting in order in the far-end unit of the 1st far-end unit~the 8th is the 1st
Order is set the lamp string of lamp string~the 8th successively, and each far-end unit draws 9 contacts altogether, and wherein J1~J8 is the 1st lamp string~8
The positive source of lamp string, J9 is the negative pole that all lamps are serially connected.
The bandpass width of the bandpass filter of 1st bandpass filter described in step B~the 8th is followed successively by:1st bandpass filter
20~100Hz, the 2nd 200~800Hz of bandpass filter, the 3rd 1000~1600Hz of bandpass filter, the 4th bandpass filter 1600
~2400Hz, the 5th 2400~4000Hz of bandpass filter, the 6th 4000~6000Hz of bandpass filter, the 7th bandpass filter
6000~8000Hz and the 8th 8000~16000Hz of bandpass filter.
The device that a kind of wireless driving LED decorative lamp of the above method is shown with beat is realized, described device includes：
One main frame and 8 group far end slaves, the main frame incoming audio signal source, and the audio signal of input is accessed the 1st
Bandpass filter, the 2nd bandpass filter, the 3rd bandpass filter, the 4th bandpass filter, the 5th bandpass filter, the filter of the 6th band logical
Ripple device, the 7th bandpass filter and the 8th bandpass filter；
Console controller is set in the main frame, then a host code device, wireless transmission unit and high-speed a/d are set
Converter；
The input port of the high-speed a/d converter connects the output of the bandpass filter of the 1st bandpass filter~the 8th；
The console controller order receives 8 railway digital signals of high-speed a/d converter, will be each at host code device
Before the signal of road add address code after from wireless transmission unit send one by one；
The wireless communication that the wireless transmission unit of the respective radio receiving unit of 8 group far end slave all Receiving Hosts is sent
Number, the output end of each radio receiving unit connects the input DIM of respective Radio decoder, and the signal is transmitted to wireless solution
In code device, the address code in the signal is compared Radio decoder with the address code set of oneself, if different slightly
Cross, a VT signal is sent to remote controller if identical, while the data in the wireless control signal that host computer side is sent
Code issues remote controller；
Radio decoder merely enters pin connection by the four of the data output pins of itself and remote controller；Remote control
8 output pins of device connect the 1st lamp string, the 2nd lamp string, the 3rd lamp string, the 4th lamp string, the 5th lamp string, the 6th lamp string, the 7th lamp string, the
The driving transistor of 8 lamp strings.
The lamp string of the 1st lamp string~the 8th putting in order in the far-end unit of the 1st far-end unit~the 8th be the 1st lamp string~
Order is set 8th lamp string successively, and each far-end unit draws 9 contacts altogether, and wherein J1~J8 is the lamp string of the 1st lamp string~the 8th
Positive source, J9 is the negative pole that all lamps are serially connected.
Geocoding pin A0, A1, A2, A3 of Radio decoder in the distal end slave or by resistance R31,
R32, R33, R34 connect positive source, or are connected with GND.
Compared with prior art, the method and apparatus that wireless driving LED decorative lamp of the invention is shown with beat it is excellent
Putting is：Without transmission cable or light pricker transmission music signal, from main frame to the wireless transmission distance of distal end slave up to 100
Rice, main frame and slave of the invention be simple in construction, and the music fountain similar compared with other, music lamp light reaction are more rapid, this hair
Bright is cheap, has a wide range of application.
Brief description of the drawings
The main frame and distal end slave for the method and apparatus that Fig. 1 shows for the wireless driving LED decorative lamp of the present invention with beat are set
The schematic diagram put；
Main frame bandpass filter is set in the method and apparatus that Fig. 2 shows for the wireless driving LED decorative lamp of the present invention with beat
Put block diagram；
Main frame bandpass filter electricity in the method and apparatus that Fig. 3 is shown with beat for the wireless driving LED decorative lamp of the present invention
Schematic diagram；
Host A/D converters are set in the method and apparatus that Fig. 4 shows for the wireless driving LED decorative lamp of the present invention with beat
Schematic diagram；
Host code device, wireless hair in the method and apparatus that Fig. 5 is shown with beat for the wireless driving LED decorative lamp of the present invention
Send device setting principle figure；
Distally from electro-mechanical principle side in the method and apparatus that Fig. 6 shows for the wireless driving LED decorative lamp of the present invention with beat
Block diagram；
Slave far-end unit lamp string in the method and apparatus that Fig. 7 is shown with beat for the wireless driving LED decorative lamp of the present invention
Schematic diagram is set；
Host computer control process blocks in the method and apparatus that Fig. 8 is shown with beat for the wireless driving LED decorative lamp of the present invention
Figure；
Slave Row control square frame in the method and apparatus that Fig. 9 is shown with beat for the wireless driving LED decorative lamp of the present invention
Figure.
Embodiment
Method in order to further illustrate the present invention, is carried out detailed in conjunction with the preferred embodiments of the present invention shown in the drawings
Illustrate, but the embodiment is only to provide explanation to be used with explanation, it is impossible to for limiting the scope of patent protection of the present invention.
As shown in Fig. 1~Fig. 9, implement a kind of method that wireless driving LED decorative lamp is shown with beat, methods described includes
Following steps：
A, first, sets a main frame 1 and 8 group far end slaves 2, the incoming audio signal source 9 of main frame 1, and by input
Audio signal access the 1st bandpass filter 11, the 2nd bandpass filter 12, the 3rd bandpass filter 13, the 4th bandpass filter 14,
5th bandpass filter 15, the 6th bandpass filter 16, the 7th bandpass filter 17 and the 8th bandpass filter 18；
B then in main frame 1 set console controller 20, then set a host code device 22, wireless transmission unit 23 with
And high-speed a/d converter 24, connect the bandpass filter of the 1st bandpass filter the 11~the 8th in the input port of high-speed a/d converter 24
18 output；
The console controller 20 controls high-speed a/d converter 24, successively filters the band logical of the 1st bandpass filter the 11~the 8th
The output analog signal of ripple device 18 is converted to data signal, and is sequentially stored into the internal memory of console controller 20 of 1H~8H address marks
In；
C, then, console controller 20 is set the address code of host code device 22 by 1H~8H orders successively；And in master
The data input port of machine encoder 22 sequentially inputs the data in the memory address 1H of console controller 20~8H；Therebetween, wireless hair
Unit 23 is sent successively to send each group wireless control signal for including address code and numeric data code；
D, next, the respective side of 51 Receiving Host of radio receiving unit 1 of 8 group far end slave 2 send controlled in wireless letter
Number, and the signal is transmitted into Radio decoder 52, Radio decoder 52 has set the address code in the signal with oneself
The address code put is compared, and is skipped over if different, and a VT signal is sent to remote controller 50 if identical, while will be main
Numeric data code in the wireless control signal that the side of machine 1 is sent issues remote controller 50；
Numeric data code is stored in the first memory block by E, remote controller 50, and by the first storage area data and the second memory block number
According to comparing, such as identical to return to step D operations, data conversion storage is entered the second memory block by such as difference；
F, then, 50 pair of second storage area data code of remote controller enters row decoding, obtains the number of a decimal system 1~8,
And determined to light the 1st lamp string 101, the 2nd lamp string 102, the 3rd lamp string 103, the 4th lamp string 104, the 5th lamp string according to this decimal number
105th, the lamp string in the 6th lamp string 106, the 7th lamp string 107, the 8th lamp string 108 lights a group number；
G, next, remote controller 50 driving light corresponding lamp string in the lamp string 108 of the 1st lamp string the 101~the 8th, return
To step D.
Lamp string is lighted a group number and referred to described in step F：Decimal number 1 lights the 1st lamp string 101；Decimal number 2 lights the 1st lamp
The 101, the 2nd lamp string 102 of string；Decimal number 3 lights the 1st lamp string 101, the 2nd lamp string 102, the 3rd lamp string 103；Decimal number 4 is lighted
The lamp string 104 of 1st lamp string the 101~the 4th；Decimal number 5 lights the lamp string 105 of the 1st lamp string the 101~the 5th；Decimal number 6 lights the 1st lamp
The 101~the 6th lamp string 106 of string；Decimal number 7 lights the lamp string 107 of the 1st lamp string the 101~the 7th；Decimal number 8 lights the 1st lamp string 101
~the 8 lamp string 108.
The putting in order in the far-end unit of the 1st far-end unit~the 8th of the lamp string 108 of 1st lamp string the 101~the 8th described in step F
It is that order is set the lamp string 108 of the 1st lamp string the 101~the 8th successively, each far-end unit draws 9 contacts altogether, wherein J1~J8 is the
The positive source of the lamp string 108 of 1 lamp string the 101~the 8th, J9 is the negative pole that all lamps are serially connected.
As shown in Fig. 2 the bandpass width of the bandpass filter 18 of the 1st bandpass filter the 11~the 8th is followed successively by described in step B:
1st bandpass filter 11 is that 20~100Hz, the 2nd bandpass filter 12 are that 200~800Hz, the 3rd bandpass filter 13 are 1000
~1600Hz, the 4th bandpass filter 14 are that 1600~2400Hz, the 5th bandpass filter 15 are 2400~4000Hz, the 6th band logical
Wave filter 16 be 4000~6000Hz, the 7th bandpass filter 17 be 6000~8000Hz and the 8th bandpass filter 18 be 8000~
16000Hz。
A kind of device that wireless driving LED decorative lamp is shown with beat, described device includes：
One main frame 1 and 8 group far end slaves 2, the incoming audio signal source 9 of main frame 1, and the audio signal of input is accessed
1st bandpass filter 11, the 2nd bandpass filter 12, the 3rd bandpass filter 13, the 4th bandpass filter 14, the 5th bandpass filter
15th, the 6th bandpass filter 16, the 7th bandpass filter 17 and the 8th bandpass filter 18；
In the main frame 1 set console controller 20, then set a host code device 22, wireless transmission unit 23 and
High-speed a/d converter 24；
The input port of the high-speed a/d converter 24 connects the defeated of the bandpass filter 18 of the 1st bandpass filter the 11~the 8th
Go out；
The console controller 20 sequentially receives 8 railway digital signals of high-speed a/d converter 24, at host code device 22
Will per signal all the way before add after address code and to be sent one by one from wireless transmission unit 23；
What the wireless transmission unit 23 of the respective radio receiving unit 51 of the 8 group far end slave 2 all Receiving Hosts 1 was sent
Wireless signal, the output end of each radio receiving unit 51 connects the input DIM of respective Radio decoder 52, and the signal is passed
Transport in Radio decoder 52, Radio decoder 52 is compared the address code in the signal with the address code set of oneself
It is right, skipped over if different, to the one VT signal of transmission of remote controller 50 as identical if, at the same by the side of main frame 1 send it is wireless
Numeric data code in control signal issues remote controller 50；
The data output pins of itself are merely entered pin with the four of remote controller 50 and are connected by Radio decoder 52；Distally
8 output pins of controller 50 connect the 1st lamp string 101, the 2nd lamp string 102, the 3rd lamp string 103, the 4th lamp string 104, the 5th lamp string
105th, the 6th lamp string 106, the 7th lamp string 107, the driving transistor of the 8th lamp string 108.
The lamp string 108 of 1st lamp string the 101~the 8th putting in order in the far-end unit of the 1st far-end unit~the 8th is the 1st
Order is set the lamp string 108 of lamp string 101~the 8th successively, and each far-end unit draws 9 contacts altogether, and wherein J1~J8 is the 1st lamp string
The positive source of 101~the 8th lamp string 108, J9 is the negative pole that all lamps are serially connected.
Geocoding pin A0, A1, A2, A3 of Radio decoder 52 in the distal end slave 2 passes through resistance
R31, R32, R33, R34 connect positive source, or are connected with GND.
As shown in figure 1, the far-end unit of 1 distance of main frame the 1st~the 8th far-end unit at 100 meters or so places, every group the 1st distal end
The far-end unit of unit~the 8th, can be a LED, can also a slave 2 drive a plurality of far-end unit, such scale is more
Plus it is grand.
As shown in Fig. 3 and Fig. 2, C1=C2=C is taken, then the centre frequency of bandpass filter is：
After the centre frequency for determining the bandpass filter 18 of the 1st bandpass filter the 11~the 8th, by C1, C2, R1, R2, R3,
R4、RfValue substitute into, make 8 sets of circuits.
Bandpass width is：
The advantage of this circuit is that bandwidth is unrelated with Rb, so changing the centre frequency of wave filter using Rb, does not interfere with it
Bandwidth.
Above content is to combine specific preferred embodiment further description made for the present invention, it is impossible to assert
The specific implementation of the present invention is confined to these explanations.For general technical staff of the technical field of the invention,
On the premise of not departing from present inventive concept, some simple deduction or replace can also be made, should all be considered as belonging to the present invention's
Protection domain.
Claims (7)
1. a kind of method that wireless driving LED decorative lamp is shown with beat, it is characterised in that
Methods described comprises the following steps：
A, first, sets a main frame（1）With 8 group far end slaves（2）, the main frame（1）Incoming audio signal source（9）, and will be defeated
The audio signal entered accesses the 1st bandpass filter（11）, the 2nd bandpass filter（12）, the 3rd bandpass filter（13）, the 4th band logical
Wave filter（14）, the 5th bandpass filter（15）, the 6th bandpass filter（16）, the 7th bandpass filter（17）With the 8th bandpass filtering
Device（18）；
B and then in main frame（1）Middle setting console controller（20）, then a host code device is set（22）, wireless transmission unit
（23）And high-speed a/d converter（24）, in high-speed a/d converter（24）Input port connects the 1st bandpass filter（11）~
8th bandpass filter（18）Output；
The console controller（20）Control high-speed a/d converter（24）, successively by the 1st bandpass filter（11）~the 8 band logical
Wave filter（18）Output analog signal be converted to data signal, and be sequentially stored into the console controller of 1H~8H address marks
（20）In internal memory；
C, then, console controller（20）By host code device（22）Address code successively by 1H~8H order set；And in master
Machine encoder（22）Data input port sequentially input console controller（20）Data in memory address 1H~8H；Therebetween, nothing
Line transmitting element（23）The each group wireless control signal for including address code and numeric data code is sent successively；
D, next, 8 group far end slaves（2）Respective radio receiving unit（51）Receiving Host（1）The controlled in wireless that side is sent
Signal, and the signal is transmitted to Radio decoder（52）In, Radio decoder（52）By the address code in the signal and oneself
The address code set be compared, skipped over if different, to remote controller if identical（50）A VT signal is sent,
Simultaneously by main frame（1）Numeric data code in the wireless control signal that side is sent issues remote controller（50）；
E, remote controller（50）Numeric data code is stored in the first memory block, and by the first storage area data and the second storage area data
Compare, such as identical to return to step D operations, data conversion storage is entered the second memory block by such as difference；
F, then, remote controller（50）Row decoding is entered to the second storage area data code, the number of a decimal system 1~8 is obtained, and
Determined to light the 1st lamp string according to this decimal number（101）, the 2nd lamp string（102）, the 3rd lamp string（103）, the 4th lamp string（104）、
5th lamp string（105）, the 6th lamp string（106）, the 7th lamp string（107）, the 8th lamp string（108）In lamp string light a group number；
G, next, remote controller（50）The 1st lamp string is lighted in driving（101）~the 8 lamp string（108）In corresponding lamp string, return
Return to step D.
2. the method that wireless driving LED decorative lamp according to claim 1 is shown with beat, it is characterised in that：
Lamp string is lighted a group number and referred to described in step F：Decimal number 1 lights the 1st lamp string（101）；Decimal number 2 lights the 1st lamp string
（101）, the 2nd lamp string（102）；Decimal number 3 lights the 1st lamp string（101）, the 2nd lamp string（102）, the 3rd lamp string（103）；The decimal system
Number 4 lights the 1st lamp string（101）~the 4 lamp string（104）；Decimal number 5 lights the 1st lamp string（101）~the 5 lamp string（105）；Ten
System number 6 lights the 1st lamp string（101）~the 6 lamp string（106）；Decimal number 7 lights the 1st lamp string（101）~the 7 lamp string
（107）；Decimal number 8 lights the 1st lamp string（101）~the 8 lamp string（108）.
3. the method that wireless driving LED decorative lamp according to claim 1 is shown with beat, it is characterised in that：
1st lamp string described in step F（101）~the 8 lamp string（108）Putting in order in the far-end unit of the 1st far-end unit~the 8th
It is the 1st lamp string（101）~the 8 lamp string（108）Order is set successively, and each far-end unit draws 9 contacts, wherein J1~J8 altogether
For the 1st lamp string（101）~the 8 lamp string（108）Positive source, J9 is the negative pole that is serially connected of all lamps.
4. the method that wireless driving LED decorative lamp according to claim 1 is shown with beat, it is characterised in that：
1st bandpass filter described in step B（11）~the 8 bandpass filter（18）Bandpass width be followed successively by:1st band logical is filtered
Ripple device（11）20~100Hz, the 2nd bandpass filter（12）200~800Hz, the 3rd bandpass filter（13）1000~1600Hz,
4th bandpass filter（14）1600~2400Hz, the 5th bandpass filter（15）2400~4000Hz, the 6th bandpass filter（16）
4000~6000Hz, the 7th bandpass filter（17）6000~7000Hz and the 8th bandpass filter（18）7000~9000Hz.
5. the device that a kind of wireless driving LED decorative lamp is shown with beat, it is characterised in that：
Described device includes：
One main frame（1）With 8 group far end slaves（2）, the main frame（1）Incoming audio signal source（9）, and by the audio signal of input
Access the 1st bandpass filter（11）, the 2nd bandpass filter（12）, the 3rd bandpass filter（13）, the 4th bandpass filter（14）、
5th bandpass filter（15）, the 6th bandpass filter（16）, the 7th bandpass filter（17）With the 8th bandpass filter（18）；
In the main frame（1）Middle setting console controller（20）, then a host code device is set（22）, wireless transmission unit（23）
And high-speed a/d converter（24）；
The high-speed a/d converter（24）Input port connect the 1st bandpass filter（11）~the 8 bandpass filter（18）'s
Output；
The console controller（20）Order receives high-speed a/d converter（24）8 railway digital signals, in host code device（22）
Place will be added after address code from wireless transmission unit before every signal all the way（23）Send one by one；
The 8 group far end slave（2）Respective radio receiving unit（51）All Receiving Hosts（1）Wireless transmission unit（23）Hair
The wireless signal come, each radio receiving unit（51）Output end connect respective Radio decoder（52）Input DIM, and will
The signal is transmitted to Radio decoder（52）In, Radio decoder（52）By address code in the signal and oneself set
Address code is compared, and is skipped over if different, to remote controller if identical（50）A VT signal is sent, while by main frame
（1）Numeric data code in the wireless control signal that side is sent issues remote controller（50）；Radio decoder（52）By the number of itself
According to output pin and remote controller（50）Four merely enter pin connection；Remote controller（50）8 output pins connection
1st lamp string（101）, the 2nd lamp string（102）, the 3rd lamp string（103）, the 4th lamp string（104）, the 5th lamp string（105）, the 6th lamp string
（106）, the 7th lamp string（107）, the 8th lamp string（108）Driving transistor.
6. the device that wireless driving LED decorative lamp according to claim 5 is shown with beat, it is characterised in that the described 1st
Lamp string（101）~the 8 lamp string（108）Putting in order in the far-end unit of the 1st far-end unit~the 8th is the 1st lamp string（101）~
8th lamp string（108）Order is set successively, and each far-end unit draws 9 contacts altogether, and wherein J1~J8 is the 1st lamp string（101）~
8th lamp string（108）Positive source, J9 is the negative pole that is serially connected of all lamps.
7. the device that wireless driving LED decorative lamp according to claim 5 is shown with beat, it is characterised in that described remote
Hold slave（2）In Radio decoder（52）Geocoding pin A0, A1, A2, A3 or by resistance R31, R32, R33,
R34 connection positive sources, or be connected with GND.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610803858.0A CN106332356B (en) | 2016-09-06 | 2016-09-06 | The method and apparatus that a kind of wireless driving LED decorative lamp is shown with beat |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610803858.0A CN106332356B (en) | 2016-09-06 | 2016-09-06 | The method and apparatus that a kind of wireless driving LED decorative lamp is shown with beat |
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| CN106332356A CN106332356A (en) | 2017-01-11 |
| CN106332356B true CN106332356B (en) | 2017-10-24 |
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| CN201610803858.0A Expired - Fee Related CN106332356B (en) | 2016-09-06 | 2016-09-06 | The method and apparatus that a kind of wireless driving LED decorative lamp is shown with beat |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| JP4652691B2 (en) * | 2002-02-06 | 2011-03-16 | フィリップス ソリッド−ステート ライティング ソリューションズ インコーポレイテッド | Method and apparatus for controlled light emission |
| CN201155672Y (en) * | 2007-11-30 | 2008-11-26 | 浙江天宇灯饰有限公司 | Intelligent digital decorating lamp device |
| CN102548141A (en) * | 2011-12-28 | 2012-07-04 | 熊猫电子集团有限公司 | Remote-control decorative-lamp circuit with music playing function and color changing function |
| CN102802321B (en) * | 2012-09-03 | 2014-09-17 | 武汉巨正环保科技有限公司 | Intelligent drive control device for LED lamps |
| CN103298205B (en) * | 2013-04-25 | 2016-02-17 | 中裕电器（深圳）有限公司 | Decorative lamp controller group, decorative lamp assembly and decorative lamp system |
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