WO2018058987A1 - Networked musical light source and system thereof - Google Patents

Networked musical light source and system thereof Download PDF

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Publication number
WO2018058987A1
WO2018058987A1 PCT/CN2017/086181 CN2017086181W WO2018058987A1 WO 2018058987 A1 WO2018058987 A1 WO 2018058987A1 CN 2017086181 W CN2017086181 W CN 2017086181W WO 2018058987 A1 WO2018058987 A1 WO 2018058987A1
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WO
WIPO (PCT)
Prior art keywords
circuit
light
interface
electrically connected
lamp
Prior art date
Application number
PCT/CN2017/086181
Other languages
French (fr)
Chinese (zh)
Inventor
黄新
陈辉萍
张文彬
汪序凯
朱荆莲
彭灵
俞伟良
钟城广
肖胜男
王炳锋
黄睿
陈海裕
郭光立
黄广亮
陈进银
张燕
唐志元
王岩
Original Assignee
深圳佳比泰智能照明股份有限公司
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Publication of WO2018058987A1 publication Critical patent/WO2018058987A1/en

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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]
    • H05B45/30—Driver circuits
    • H05B45/305—Frequency-control circuits
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04R—LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
    • H04R1/00—Details of transducers, loudspeakers or microphones
    • H04R1/20—Arrangements for obtaining desired frequency or directional characteristics
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04R—LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
    • H04R3/00—Circuits for transducers, loudspeakers or microphones
    • 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
    • H05B45/3725—Switched mode power supply [SMPS]
    • H05B45/375—Switched mode power supply [SMPS] using buck topology
    • 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
    • H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
    • H05B47/10—Controlling the light source
    • 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
    • Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection

Definitions

  • the invention relates to the technical field of networking music light sources, in particular to a networking music light source and a system thereof.
  • the object of the present invention is to provide a network music light source and a system thereof, which solves the problem that the remote control technology has weak anti-interference ability, is inconvenient in networking, has high reliability, and is difficult to realize networking functions between multiple music light sources. problem.
  • the invention provides a network music light source, comprising:
  • a first power amplifier circuit electrically connected to the frequency modulation transmitting circuit
  • An audio output circuit electrically connected to the FM transmitting circuit and the first power amplifier circuit
  • An audio wireless device electrically connected to the audio output circuit
  • a first illumination driving circuit electrically connected to the first illumination wireless device
  • the first light board circuit is electrically connected to the first illumination driving circuit.
  • the FM transmission circuit includes:
  • the transmitting sub-circuit electrically connected to the first power amplifier circuit and the audio output circuit; the transmitting sub-circuit comprising a transmitting antenna and a first processor electrically connected to the transmitting antenna;
  • the frequency setting sub-circuit includes a second processor electrically connected to the first processor and electrically connected to the second processor Frequency switch assembly.
  • the first power amplifier circuit comprises:
  • a power amplifier processor electrically connected to the FM transmitting circuit and the audio output circuit
  • the sound is electrically connected to the power amplifier processor.
  • the audio output circuit includes an audio socket; the audio socket includes a transmit jack, a receive jack, a mute jack, a left channel jack, and a right channel jack; the left channel
  • the socket and the right channel socket are electrically connected to the first power amplifier circuit and the frequency modulation transmitting circuit.
  • the audio wireless device includes an audio housing, a transmitting interface, a receiving interface, a mute interface, a left channel interface, a right channel interface, and a wireless audio antenna; wherein the transmitting The interface, the left channel interface and the right channel interface are disposed on the surface of the audio housing, and the receiving interface, the mute interface and the wireless audio antenna are disposed inside the audio housing; the transmitting interface is connected to the transmitting socket, The receiving interface is connected to a receiving jack, the mute interface is connected to the mute jack, the left channel interface is connected to the left channel jack, and the right channel interface is connected to the right channel jack.
  • the first light board circuit comprises a warm color LED light group, a cool color LED light group, an R light group, a G light group, a B light group and a light board plug end;
  • the lamp board insertion end comprises a warm color lamp end, a cool color lamp end, an R lamp end, a G lamp end, a B lamp end and a power end, wherein the warm color lamp end is connected to one end of the warm color LED lamp set, a cold light end connected to one end of the cool LED light set, the R light end being connected to the R light set, the G light end being connected to the G light set, the B light end being connected to the
  • the B lamp group is connected to the warm LED lamp group, the cool LED lamp group, the R lamp group, the G lamp group, and the other end of the B lamp group.
  • the first lighting wireless device includes an illumination housing, a warm color light interface, a cool color light interface, an R light interface, a G light interface, a B light interface, and a wireless illumination antenna;
  • the warm light interface, the cold light interface, the R light interface, the G light interface, the B light interface, and the wireless lighting antenna are all disposed inside the lighting housing.
  • the first illumination driving circuit comprises:
  • the illuminating plug end includes a port corresponding to the warm color lamp end, the cold color lamp end, the R lamp end, the G lamp end, the B lamp end and the power end one-to-one;
  • the wireless plug-in end includes a port corresponding to the warm color light interface, the cold light light interface, the R light interface, the G light interface, and the B light interface, and the first MOS tube is connected to the ground through the wireless plug end a warm color light interface, the second MOS tube is connected to the cold light connector through the wireless plug end, and the third MOS tube is connected to the R light interface through the wireless plug end, the first A fourth MOS transistor is connected to the G lamp interface through the wireless plug end, and the fifth MOS transistor is connected to the B lamp interface through the wireless plug end.
  • the power circuit is further included; the power circuit includes:
  • An AC-DC step-down circuit electrically connected to the AC input terminal
  • a first DC voltage stabilizing circuit wherein an input end thereof is electrically connected to the AC-DC step-down circuit, and an output end thereof is electrically connected to the FM transmitting circuit and the first lighting wireless device to output a first DC voltage ;
  • the second DC voltage stabilizing circuit has an input end electrically connected to the AC-DC step-down circuit, and an output end electrically connected to the first power amplifier circuit and the audio wireless device to output a second DC voltage.
  • a network music light source system including:
  • each of the sub-music light sources includes: an FM radio circuit, a second power amplifier circuit, a second illumination wireless device, a second illumination driving circuit, and a second light board circuit; wherein the FM radio circuit Connected to the FM transmitting circuit by frequency modulation, the second power amplifier circuit is electrically connected to the FM radio circuit, and the second lighting wireless device is connected to the first lighting wireless device by wireless communication, the second An illumination driving circuit is electrically connected to the second illumination wireless device, The two lamp circuit is electrically connected to the second illumination driving circuit.
  • the FM radio circuit includes:
  • a radio processor electrically connected to the second power amplifier circuit and the receiving antenna
  • the frequency selective potentiometer is electrically connected to the radio processor.
  • the beneficial effects of the present invention are that the networking function between the plurality of music light sources is realized by the wireless control technology and the frequency modulation, thereby improving the life experience of the people and diversifying the smart home control functions.
  • FIG. 1 is a block diagram of a block music light source provided by the present invention.
  • FIG. 2 is a schematic structural diagram of a circuit for implementing a music networking in a network music light source according to an embodiment of the present invention
  • FIG. 3 is a schematic structural diagram of a power supply circuit according to an embodiment of the present invention.
  • FIG. 4 is a schematic structural diagram of a circuit for implementing a lighting networking in a network music light source according to an embodiment of the present invention
  • FIG. 5 is a schematic structural diagram of a network music light source system according to the present invention.
  • FIG. 6 is a schematic structural diagram of a circuit for implementing a music networking in a sub-music light source according to an embodiment of the present invention
  • FIG. 7 is a schematic structural diagram of a circuit for implementing a lighting networking in a sub-music light source according to an embodiment of the present invention.
  • the invention provides a networking music light source and a system thereof, the purpose of which is to adopt wireless control technology and adjust The frequency realizes the networking function between multiple music light sources, improves people's life experience, and makes the smart home control functions diversified.
  • FIG. 1 is a block diagram of a block music light source provided by the present invention.
  • the set music light source 100 includes an FM transmitting circuit 1 , a first power amplifier circuit 2 , an audio output circuit 3 , an audio wireless device 4 , and a power supply.
  • the circuit 5 the first illumination wireless device 6, the first illumination driving circuit 7, and the first light board circuit 8.
  • FIG. 2 is a schematic diagram of a circuit structure for implementing a music networking in a network music source according to an embodiment of the present invention.
  • the FM transmission circuit 1 includes a transmission sub-circuit 11 and a frequency setting sub-circuit 12.
  • the transmitting sub-circuit 11 is electrically connected to the first power amplifier circuit 2 and the audio output circuit 3; the frequency setting sub-circuit 12 is electrically connected to the transmitting sub-circuit 11.
  • the transmitting sub-circuit 11 includes a transmitting antenna 111 and a first processor 112.
  • the transmitting antenna 111 is an RF-ANT in the figure, and its frequency modulation frequency is FM: 87.5-110 MHz.
  • the first processor 112 is electrically connected to the transmitting antenna 111.
  • the first processor 112 is U8 in the figure, and the RF-OUT terminal of U8 is connected to the transmitting antenna 111.
  • the frequency setting sub-circuit 12 includes a second processor 121 and a frequency switch component 122.
  • the second processor 121 is electrically connected to the first processor 112; the second processor 121 is U9 in the figure, the model is LY-MCU, the PA7 end of the U9 is connected to the SDL end of the U8, and the PA3 end of the U9 is Connected to the SDA end of U8, the PA4 end of U9 is connected to the SW1 end of U8.
  • the frequency switch component 122 is electrically connected to the second processor 121.
  • the frequency switch component 122 includes switches S1 and S2.
  • the generated radio frequency signal (ie, RF) is f1, that is, Transmit frequency; when S1 is off (value is 0), S2 is closed (value is 1), the generated RF signal is f2; when S1 is closed (value is 1) and S2 is off (value is 0), The RF signal is f3; when both S1 and S2 are closed, the generated RF signal is f4.
  • U9 can control the transmission signal of the transmitting antenna 111 according to the frequency modulation signal.
  • the first power amplifier circuit 2 is electrically connected to the frequency modulation transmitting circuit 1; the first power amplifier circuit 2 includes a power amplifier processor 21 and an audio unit 22.
  • the power amplifier processor 21 is U7 in the figure, and is electrically connected to the FM transmitting circuit 1 and the audio output circuit 3, and is specifically connected to the INL and INR terminals of the U8 through the IN+ end thereof; the acoustic circuit 22 is electrically connected to the Referring to the power amplifier processor 21, the audio 22 is SP1 in the figure, which is connected to the OUT+ and OUT- terminals of U7.
  • the audio output circuit 3 is electrically connected to the FM transmitting circuit 1 and the first power amplifier circuit 2; the audio output circuit 3 includes an audio socket 31 and a DC step-down circuit 32; the audio socket 31 is a BLE2 in the figure. , including the transmit jack TX, the receive jack RX, the mute jack MUTE, the left channel jack LIN, the right sound a power socket of the RIN and the +3.6V; the left channel jack LIN and the right channel RIN jack are electrically connected to the IN+ end of the U7 of the first power amplifier circuit 2 and the FM transmitting circuit 1 IN8 and INR end of U8.
  • the transmit jack TX is connected to the peripheral's transmit function button
  • the receive jack RX is connected to the peripheral's receive function button
  • the mute jack MUTE is connected to the peripheral's mute function button.
  • the DC step-down circuit 32 is used to step down the +5V DC voltage to a +3.6V DC voltage.
  • An input terminal is electrically connected to the second DC voltage stabilizing circuit 54 to access a +5V voltage; an output end of the DC buck circuit 32 is electrically connected to the audio wireless device 4 by the power socket Output +3.6V voltage.
  • the DC step-down circuit 32 includes a processor U6.
  • the model number of the U6 is SI6001, and the two terminals are connected to the +5V voltage, and the three terminals output the +3.6V voltage.
  • the audio wireless device 4 for receiving an audio control signal by wireless is electrically connected to the audio output circuit 3.
  • the audio wireless device 4 may be an audio Bluetooth device, a wifi device or the like, preferably an audio Bluetooth device, receiving an external audio signal through the audio wireless device 4 and forwarding it to the first power amplifier circuit 2 and the FM transmission circuit 1, which includes an audio shell
  • the transmitting interface 42 is connected to the transmitting socket TX, and the receiving
  • the interface 43 is connected to a receiving jack RX
  • the muting interface 44 is connected to the mute jack MUTE
  • the left channel interface 45 is connected to the left channel
  • the audio wireless device 4 further includes a wireless signal processor connected to the transmitting interface 42, the receiving interface 43, the mute interface 44, the left channel interface 45, the right channel interface 46, and the wireless audio antenna 47, wirelessly
  • the signal processor is disposed inside the audio housing 41.
  • FIG. 3 is a schematic structural diagram of a power supply circuit 5 according to an embodiment of the present invention.
  • the power supply circuit 5 includes an AC input terminal 51, an AC-DC step-down circuit 52, a first DC voltage regulator circuit 53 and a first embodiment. Two DC voltage regulator circuits 54.
  • the AC input terminal 51 is used to access 100-240V AC power.
  • the AC-DC step-down circuit 52 is electrically connected to the AC input terminal 51; the input end of the first DC voltage regulator circuit 53 is electrically connected to the AC-DC step-down circuit 52, and the output end thereof is electrically connected to The FM transmitting circuit 1 and the first lighting wireless device 6 output a first DC voltage of +5V; the second DC voltage stabilizing circuit 54 is configured to output a second DC voltage, and an input end thereof is electrically connected to the AC-DC a step-down circuit 52, the output end of which is electrically connected to the first power amplifier circuit 2 And the audio wireless device to output a second DC voltage of +3.3V.
  • FIG. 4 is a schematic structural diagram of a circuit for implementing a lighting networking in a network music light source according to an embodiment of the present invention.
  • the first light board circuit 8 includes a warm color LED group 81 and a cool LED group. 82.
  • the lamp board insert end 86 includes a warm color lamp end 861, a cool color lamp end 862, an R lamp end 863, a G lamp end 864, a B lamp end 865, and a power end 866, wherein the warm color lamp end 861 is connected to the warm color.
  • One end of the LED lamp set 81, the cold color lamp end 862 is connected to one end of the cool color LED lamp set 82, the R lamp end 863 is connected to the R lamp set 83, and the G lamp end 864 is connected to the G lamp group 84, the B lamp terminal 865 is connected to the B lamp group 85, and the power terminal 866 is connected to the warm color LED lamp group 81, the cool color LED lamp group 82, the R lamp group 83, The G lamp group 84 and the other end of the B lamp group 85.
  • the power terminal 866 is connected to the +18V voltage, which is connected to the CN01 terminal of FIG. 3 to access the +18V voltage.
  • the first lighting wireless device 6 includes an illumination housing 61, a warm color light interface 62, a cool color light interface 63, an R light interface 64, a G light interface 65, a B light interface 66, and a wireless illumination antenna 67; wherein the warm light The interface 62, the cool color light interface 63, the R light interface 64, the G light interface 65, the B light interface 66, and the wireless illumination antenna 67 are all disposed on the surface of the illumination housing 61.
  • the processing and drive circuitry of the first illumination wireless device 6 should also include various processing and drive circuitry to support operation of the first illumination wireless device 6.
  • the first lighting wireless device 6 is preferably a lighting Bluetooth device that transmits and/or receives signals via Bluetooth.
  • the first lighting wireless device 6 has three functions, one for receiving an external control signal to drive the first light board circuit. 8 work; the second is to synchronize the control signal to the sub-music light source, so that the sub-music light source of the light board together to illuminate; the third is to connect the audio wireless device, synchronous lighting and music signals. That is, the audio wireless device 4 and the first lighting wireless device 6 are connected by wireless.
  • the first illumination driving circuit 7 includes an illumination plug end 71 (FFC1), five MOS tubes, and a wireless plug end 77 (BLE1).
  • FFC1 illumination plug end 71
  • BLE1 wireless plug end 77
  • the illumination insertion end 71 includes a one-to-one correspondence with the warm color lamp end 861, the cold color lamp end 862, the R lamp end 863, the G lamp end 864, the B lamp end 865, and the power terminal 866.
  • the first MOS transistor 72 (Q4) is connected to the warm color lamp end 861 through the illumination plug terminal 71; that is, the drain of Q4 is connected to the warm color LED lamp group 81, and the gate of Q4 is connected to the warm color lamp interface 62.
  • a second MOS transistor 73 (Q5) is connected to the cold color lamp end 862 through the illumination plug end 71; that is, Q5
  • the drain is connected to the cool LED lamp set 82, and the gate of Q5 is connected to the cool color lamp interface 63.
  • the third MOS transistor 74 (Q3) is connected to the R lamp terminal 863 through the illumination plug terminal 71; that is, the drain of Q3 is connected to the R lamp group 83, and the gate of Q3 is connected to the R lamp interface 64.
  • the fourth MOS transistor 75 (Q1) is connected to the G lamp terminal 864 through the illumination plug terminal 71; that is, the drain of Q1 is connected to the G lamp group 84, and the gate of Q1 is connected to the G lamp interface 65.
  • the fifth MOS transistor 76 (Q2) is connected to the B lamp terminal 865 through the illumination plug terminal 71; that is, the drain of Q2 is connected to the B lamp group 85, and the gate of Q2 is connected to the B lamp interface 66.
  • the wireless plug-in end 77 includes a port corresponding to the warm-light connector 62, the cool-light connector 63, the R-light interface 64, the G-light interface 65, and the B-light interface 66, and the first MOS transistor 72 passes the wireless
  • the plug end 77 is connected to the warm light connector 62, and the second MOS transistor 73 is connected to the cold light connector 63 through the wireless plug end 77, and the third MOS transistor 74 is plugged by the wireless
  • the terminal 77 is connected to the R lamp interface 64, and the fourth MOS transistor 75 is connected to the G lamp interface 65 through the wireless plug terminal 77, and the fifth MOS transistor 76 passes through the wireless plug terminal 77. Connected to the B lamp interface 66.
  • FIG. 5 is a schematic structural diagram of a network music light source system 10 according to the present invention.
  • the network music light source system 10 includes the network music light source 100 as described above and one or more of the frequency modulation and wireless connections.
  • the external audio control signal is wirelessly received by the audio wireless device 4 through the networked music source 100 and the external illumination control signal is received by the first illumination wireless device 6, and the audio control signals and the illumination control signals can pass through the preset control terminal.
  • the control terminal can be a mobile terminal such as a mobile phone, and the corresponding APP can be installed in the mobile phone to implement the control function.
  • the audio 22 is controlled by the audio control signal to control the audio 22 of the assembled music source 100, and is transmitted to each sub-music light source 200 through the FM transmitting circuit 1 of the network music source 100.
  • the sub-music light source 200 receives the audio control signal and the network music.
  • the light source 100 is played together; the lighting policy of the first lighting circuit 8 of the network music source 100 is controlled by the lighting control signal, and the lighting policy is synchronized to the sub-light source 200 by the first lighting wireless device 6 to synchronize the sub-light source 200 Glowing.
  • FIG. 6 is a schematic structural diagram of a sub-music light source 200 according to an embodiment of the present invention.
  • Each of the sub-music light sources 200 includes an FM radio circuit 201, a second power amplifier circuit 202, and a second illumination wireless device 203.
  • the FM radio circuit 201 includes a receiving antenna 2011, a radio processor 2012, and a frequency selective potentiometer 2013.
  • the receiving antenna 2011 is the FM-ANT in the figure.
  • the radio processor 2012 is U10 in the figure, and is electrically connected to the second power amplifier circuit 202 and the receiving antenna 2011. Specifically, the GND5 terminal of the U10, the LDOCAP terminal, the FMIN terminal, and the like are connected to the receiving antenna 2011.
  • the frequency selective potentiometer 2013 is a PVR1 in the figure, which is electrically connected to the VREF-N terminal, the VOL terminal and the VREF-P terminal of the radio processor.
  • the second power amplifier circuit includes a processor U11 and an audio SP2, and the sound SP2 is connected to the OUT+ terminal and the OUT- terminal of the U11.
  • FIG. 7 is a schematic structural diagram of a circuit for implementing a lighting networking in a sub-music light source according to an embodiment of the present invention.
  • the second lighting wireless device 203 is connected to the first lighting wireless device by wireless communication.
  • the second illumination driving circuit 204 is electrically connected to the second illumination wireless device 203, and the second light board circuit 205 is electrically connected to the second illumination driving circuit 204.
  • the circuit for realizing the lighting network in the sub-music light source 200 is similar to the circuit for realizing the lighting networking in the network music light source 100, and details are not described herein again.

Abstract

The present invention discloses a networked musical light source and a system thereof. The networked musical light source comprises: a frequency-modulation transmitting circuit; a first amplifier circuit, electrically connected to the frequency-modulation transmitting circuit; an audio output circuit, electrically connected to the frequency-modulation transmitting circuit and the first amplifier circuit; a wireless audio device, electrically connected to the audio output circuit; a first wireless lighting device; a first lighting drive circuit, electrically connected to the first wireless lighting device; and a first lightboard circuit, electrically connected to the first lighting drive circuit. The present invention achieves effective networked functionality among multiple musical light sources by means of wireless control technology and frequency modulation, enhancing home living and diversifying smart home control functions.

Description

一种组网音乐光源及其系统Network music light source and system thereof 技术领域Technical field
本发明涉及组网音乐光源技术领域，尤其涉及一种组网音乐光源及其系统。The invention relates to the technical field of networking music light sources, in particular to a networking music light source and a system thereof.
背景技术Background technique
随着音乐光源技术的普及，越来越多的音乐光源进入到人们的生活中。目前通过智能家居遥控音乐光源的技术较为成熟，但是这种遥控技术抗干扰能力弱，组网不便，可靠性一般。而且现有技术中，难以实现多个音乐光源之间的组网功能。With the popularity of music light source technology, more and more music light sources have entered people's lives. At present, the technology of remotely controlling the music source through the smart home is relatively mature, but the remote control technology has weak anti-interference ability, inconvenient networking, and high reliability. Moreover, in the prior art, it is difficult to implement a networking function between a plurality of music light sources.
技术问题technical problem
本发明的目的在于提供一种组网音乐光源及其系统，解决现有技术中遥控技术抗干扰能力弱，组网不便，可靠性一般，并且难以实现多个音乐光源之间的组网功能的问题。The object of the present invention is to provide a network music light source and a system thereof, which solves the problem that the remote control technology has weak anti-interference ability, is inconvenient in networking, has high reliability, and is difficult to realize networking functions between multiple music light sources. problem.
问题的解决方案Problem solution
技术解决方案Technical solution
本发明的技术方案实现如下：The technical solution of the present invention is implemented as follows:
本发明提供一种组网音乐光源，包括：The invention provides a network music light source, comprising:
调频发射电路；Frequency modulation transmitting circuit;
第一功放电路，电性连接于所述调频发射电路；a first power amplifier circuit electrically connected to the frequency modulation transmitting circuit;
音频输出电路，电性连接于所述调频发射电路及所述第一功放电路；An audio output circuit electrically connected to the FM transmitting circuit and the first power amplifier circuit;
音频无线装置，电性连接于所述音频输出电路；An audio wireless device electrically connected to the audio output circuit;
第一照明无线装置；First lighting wireless device;
第一照明驱动电路，电性连接于所述第一照明无线装置；a first illumination driving circuit electrically connected to the first illumination wireless device;
第一灯板电路，电性连接于所述第一照明驱动电路。The first light board circuit is electrically connected to the first illumination driving circuit.
在本发明所述的组网音乐光源中，所述调频发射电路包括：In the network music source of the present invention, the FM transmission circuit includes:
发射子电路，电性连接于所述第一功放电路及所述音频输出电路；所述发射子电路包括发射天线以及电性连接于所述发射天线的第一处理器； a transmitting sub-circuit electrically connected to the first power amplifier circuit and the audio output circuit; the transmitting sub-circuit comprising a transmitting antenna and a first processor electrically connected to the transmitting antenna;
频率设定子电路，电性连接于所述发射子电路；所述频率设定子电路包括电性连接于所述第一处理器的第二处理器以及电性连接于所述第二处理器的频率开关组件。a frequency setting sub-circuit electrically connected to the transmitting sub-circuit; the frequency setting sub-circuit includes a second processor electrically connected to the first processor and electrically connected to the second processor Frequency switch assembly.
在本发明所述的组网音乐光源中，所述第一功放电路包括：In the networking music source of the present invention, the first power amplifier circuit comprises:
功放处理器，电性连接于所述调频发射电路及所述音频输出电路；a power amplifier processor electrically connected to the FM transmitting circuit and the audio output circuit;
音响，电性连接于所述功放处理器。The sound is electrically connected to the power amplifier processor.
在本发明所述的组网音乐光源中，所述音频输出电路包括音频插座；所述音频插座包括发射插口、接收插口、静音插口、左声道插口、右声道插口；所述左声道插口及所述右声道插口电性连接于所述第一功放电路及所述调频发射电路。In the network music light source of the present invention, the audio output circuit includes an audio socket; the audio socket includes a transmit jack, a receive jack, a mute jack, a left channel jack, and a right channel jack; the left channel The socket and the right channel socket are electrically connected to the first power amplifier circuit and the frequency modulation transmitting circuit.
在本发明所述的组网音乐光源中，所述音频无线装置包括音频壳体、发射接口、接收接口、静音接口、左声道接口、右声道接口及无线音频天线；其中，所述发射接口、左声道接口及右声道接口设置于所述音频壳体表面，接收接口、静音接口及无线音频天线均设置于所述音频壳体内部；所述发射接口连接至所述发射插口，所述接收接口连接至接收插口，所述静音接口连接至所述静音插口，所述左声道接口连接至所述左声道插口，所述右声道接口连接至所述右声道插口。In the networking music source of the present invention, the audio wireless device includes an audio housing, a transmitting interface, a receiving interface, a mute interface, a left channel interface, a right channel interface, and a wireless audio antenna; wherein the transmitting The interface, the left channel interface and the right channel interface are disposed on the surface of the audio housing, and the receiving interface, the mute interface and the wireless audio antenna are disposed inside the audio housing; the transmitting interface is connected to the transmitting socket, The receiving interface is connected to a receiving jack, the mute interface is connected to the mute jack, the left channel interface is connected to the left channel jack, and the right channel interface is connected to the right channel jack.
在本发明所述的组网音乐光源中，所述第一灯板电路包括暖色LED灯组、冷色LED灯组、R灯组、G灯组、B灯组及灯板插接端；In the networking music source of the present invention, the first light board circuit comprises a warm color LED light group, a cool color LED light group, an R light group, a G light group, a B light group and a light board plug end;
所述灯板插接端包括暖色灯端、冷色灯端、R灯端、G灯端、B灯端及电源端，其中，所述暖色灯端连接至所述暖色LED灯组的一端，所述冷色灯端连接至所述冷色LED灯组的一端，所述R灯端连接至所述R灯组，所述G灯端连接至所述G灯组，所述B灯端连接至所述B灯组，所述电源端连接至所述暖色LED灯组、所述冷色LED灯组、所述R灯组、所述G灯组及所述B灯组的另一端。The lamp board insertion end comprises a warm color lamp end, a cool color lamp end, an R lamp end, a G lamp end, a B lamp end and a power end, wherein the warm color lamp end is connected to one end of the warm color LED lamp set, a cold light end connected to one end of the cool LED light set, the R light end being connected to the R light set, the G light end being connected to the G light set, the B light end being connected to the The B lamp group is connected to the warm LED lamp group, the cool LED lamp group, the R lamp group, the G lamp group, and the other end of the B lamp group.
在本发明所述的组网音乐光源中，所述第一照明无线装置包括照明壳体、暖色灯接口、冷色灯接口、R灯接口、G灯接口、B灯接口及无线照明天线；其中，所述暖色灯接口、冷色灯接口、R灯接口、G灯接口、B灯接口及无线照明天线均设置于所述照明壳体内部。 In the networking music source of the present invention, the first lighting wireless device includes an illumination housing, a warm color light interface, a cool color light interface, an R light interface, a G light interface, a B light interface, and a wireless illumination antenna; The warm light interface, the cold light interface, the R light interface, the G light interface, the B light interface, and the wireless lighting antenna are all disposed inside the lighting housing.
在本发明所述的组网音乐光源中，所述第一照明驱动电路包括：In the networking music source of the present invention, the first illumination driving circuit comprises:
照明插接端，包括与所述暖色灯端、所述冷色灯端、所述R灯端、所述G灯端、所述B灯端及所述电源端一一对应的端口；The illuminating plug end includes a port corresponding to the warm color lamp end, the cold color lamp end, the R lamp end, the G lamp end, the B lamp end and the power end one-to-one;
第一MOS管，通过所述照明插接端连接至所述暖色灯端；a first MOS tube connected to the warm color lamp end through the illumination plug end;
第二MOS管，通过所述照明插接端连接至所述冷色灯端；a second MOS tube connected to the cold color lamp end through the illumination plug end;
第三MOS管，通过所述照明插接端连接至所述R灯端；a third MOS tube connected to the R lamp end through the illumination plug end;
第四MOS管，通过所述照明插接端连接至所述G灯端；a fourth MOS tube connected to the G lamp end through the illumination plug end;
第五MOS管，通过所述照明插接端连接至所述B灯端；a fifth MOS tube connected to the B lamp end through the illumination plug end;
无线插接端，包括与所述暖色灯接口、冷色灯接口、R灯接口、G灯接口及B灯接口一一对应的端口，所述第一MOS管通过所述无线插接端连接至所述暖色灯接口，所述第二MOS管通过所述无线插接端连接至所述冷色灯接口，所述第三MOS管通过所述无线插接端连接至所述R灯接口，所述第四MOS管通过所述无线插接端连接至所述G灯接口，所述第五MOS管通过所述无线插接端连接至所述B灯接口。The wireless plug-in end includes a port corresponding to the warm color light interface, the cold light light interface, the R light interface, the G light interface, and the B light interface, and the first MOS tube is connected to the ground through the wireless plug end a warm color light interface, the second MOS tube is connected to the cold light connector through the wireless plug end, and the third MOS tube is connected to the R light interface through the wireless plug end, the first A fourth MOS transistor is connected to the G lamp interface through the wireless plug end, and the fifth MOS transistor is connected to the B lamp interface through the wireless plug end.
在本发明所述的组网音乐光源中，还包括电源电路；所述电源电路包括：In the networking music source of the present invention, the power circuit is further included; the power circuit includes:
用于接入交流电的交流输入端；An AC input for accessing an alternating current;
AC-DC降压电路，电性连接于所述交流输入端；An AC-DC step-down circuit electrically connected to the AC input terminal;
第一直流稳压电路，其输入端电性连接于所述AC-DC降压电路，其输出端电性连接于所述调频发射电路及所述第一照明无线装置以输出第一直流电压；a first DC voltage stabilizing circuit, wherein an input end thereof is electrically connected to the AC-DC step-down circuit, and an output end thereof is electrically connected to the FM transmitting circuit and the first lighting wireless device to output a first DC voltage ;
第二直流稳压电路，其输入端电性连接于所述AC-DC降压电路，其输出端电性连接于所述第一功放电路及所述音频无线装置以输出第二直流电压。The second DC voltage stabilizing circuit has an input end electrically connected to the AC-DC step-down circuit, and an output end electrically connected to the first power amplifier circuit and the audio wireless device to output a second DC voltage.
另一方面，提供一种组网音乐光源系统，包括：In another aspect, a network music light source system is provided, including:
如上所述的组网音乐光源；a network music source as described above;
一至多个子音乐光源；每个所述子音乐光源均包括：调频收音电路、第二功放电路、第二照明无线装置、第二照明驱动电路及第二灯板电路；其中，所述调频收音电路通过调频连接于所述调频发射电路，所述第二功放电路电性连接于所述调频收音电路，所述第二照明无线装置通过无线通信连接至所述第一照明无线装置，所述第二照明驱动电路电性连接于所述第二照明无线装置，所述第 二灯板电路电性连接于所述第二照明驱动电路。One or more sub-music light sources; each of the sub-music light sources includes: an FM radio circuit, a second power amplifier circuit, a second illumination wireless device, a second illumination driving circuit, and a second light board circuit; wherein the FM radio circuit Connected to the FM transmitting circuit by frequency modulation, the second power amplifier circuit is electrically connected to the FM radio circuit, and the second lighting wireless device is connected to the first lighting wireless device by wireless communication, the second An illumination driving circuit is electrically connected to the second illumination wireless device, The two lamp circuit is electrically connected to the second illumination driving circuit.
在本发明所述的组网音乐光源系统中，所述调频收音电路包括：In the network music light source system of the present invention, the FM radio circuit includes:
接收天线；Receive antenna;
收音处理器，电性连接于所述第二功放电路及所述接收天线；a radio processor electrically connected to the second power amplifier circuit and the receiving antenna;
选频电位器，电性连接于所述收音处理器。The frequency selective potentiometer is electrically connected to the radio processor.
发明的有益效果Advantageous effects of the invention
有益效果Beneficial effect
因此，本发明的有益效果是，通过无线控制技术及调频实现多个音乐光源之间的组网功能，提高人们的生活体验，使智能家居控制功能呈现多样化。Therefore, the beneficial effects of the present invention are that the networking function between the plurality of music light sources is realized by the wireless control technology and the frequency modulation, thereby improving the life experience of the people and diversifying the smart home control functions.
对附图的简要说明Brief description of the drawing
附图说明DRAWINGS
下面将结合附图及实施例对本发明作进一步说明，附图中：The present invention will be further described below in conjunction with the accompanying drawings and embodiments, in which:
图1为本发明提供的一种组网音乐光源的模块框图；1 is a block diagram of a block music light source provided by the present invention;
图2为本发明一实施例提供的组网音乐光源中实现音乐组网的电路结构示意图；2 is a schematic structural diagram of a circuit for implementing a music networking in a network music light source according to an embodiment of the present invention;
图3为本发明一实施例提供的电源电路的结构示意图；3 is a schematic structural diagram of a power supply circuit according to an embodiment of the present invention;
图4为本发明一实施例提供的组网音乐光源中实现照明组网的电路结构示意图；4 is a schematic structural diagram of a circuit for implementing a lighting networking in a network music light source according to an embodiment of the present invention;
图5为本发明提供的一种组网音乐光源系统的结构示意图；FIG. 5 is a schematic structural diagram of a network music light source system according to the present invention; FIG.
图6为本发明一实施例提供的子音乐光源中实现音乐组网的电路结构示意图；FIG. 6 is a schematic structural diagram of a circuit for implementing a music networking in a sub-music light source according to an embodiment of the present invention; FIG.
图7为本发明一实施例提供的子音乐光源中实现照明组网的电路结构示意图。FIG. 7 is a schematic structural diagram of a circuit for implementing a lighting networking in a sub-music light source according to an embodiment of the present invention.
发明实施例Invention embodiment
本发明的实施方式Embodiments of the invention
为了对本发明的技术特征、目的和效果有更加清楚的理解，以下将对照附图详细说明本发明的具体实施方式。应当理解，以下说明仅为本发明实施例的具体阐述，不应以此限制本发明的保护范围。In order to more clearly understand the technical features, objects and effects of the present invention, the embodiments of the present invention will be described in detail below with reference to the accompanying drawings. It should be understood that the following description is only illustrative of the embodiments of the invention, and is not intended to limit the scope of the invention.
本发明提供一种组网音乐光源及其系统，其目的在于，通过无线控制技术及调 频实现多个音乐光源之间的组网功能，提高人们的生活体验，使智能家居控制功能呈现多样化。The invention provides a networking music light source and a system thereof, the purpose of which is to adopt wireless control technology and adjust The frequency realizes the networking function between multiple music light sources, improves people's life experience, and makes the smart home control functions diversified.
参见图1，图1为本发明提供的一种组网音乐光源的模块框图，该组网音乐光源100包括调频发射电路1、第一功放电路2、音频输出电路3、音频无线装置4、电源电路5、第一照明无线装置6、第一照明驱动电路7及第一灯板电路8。Referring to FIG. 1 , FIG. 1 is a block diagram of a block music light source provided by the present invention. The set music light source 100 includes an FM transmitting circuit 1 , a first power amplifier circuit 2 , an audio output circuit 3 , an audio wireless device 4 , and a power supply. The circuit 5, the first illumination wireless device 6, the first illumination driving circuit 7, and the first light board circuit 8.
参见图2，图2为本发明一实施例提供的组网音乐光源中实现音乐组网的电路结构示意图，图中，所述调频发射电路1包括发射子电路11及频率设定子电路12。其中，发射子电路11电性连接于所述第一功放电路2及所述音频输出电路3；频率设定子电路12电性连接于所述发射子电路11。Referring to FIG. 2, FIG. 2 is a schematic diagram of a circuit structure for implementing a music networking in a network music source according to an embodiment of the present invention. In the figure, the FM transmission circuit 1 includes a transmission sub-circuit 11 and a frequency setting sub-circuit 12. The transmitting sub-circuit 11 is electrically connected to the first power amplifier circuit 2 and the audio output circuit 3; the frequency setting sub-circuit 12 is electrically connected to the transmitting sub-circuit 11.
所述发射子电路11包括发射天线111及第一处理器112。发射天线111为图中的RF-ANT，其调频频率为FM：87.5-110MHz。第一处理器112电性连接于所述发射天线111。第一处理器112为图中的U8，U8的RF-OUT端连接至发射天线111。The transmitting sub-circuit 11 includes a transmitting antenna 111 and a first processor 112. The transmitting antenna 111 is an RF-ANT in the figure, and its frequency modulation frequency is FM: 87.5-110 MHz. The first processor 112 is electrically connected to the transmitting antenna 111. The first processor 112 is U8 in the figure, and the RF-OUT terminal of U8 is connected to the transmitting antenna 111.
所述频率设定子电路12包括第二处理器121及频率开关组件122。第二处理器121电性连接于所述第一处理器112；第二处理器121为图中的U9，其型号为LY-MCU，U9的PA7端连接至U8的SDL端，U9的PA3端连接至U8的SDA端，U9的PA4端连接至U8的SW1端。频率开关组件122电性连接于所述第二处理器121。频率开关组件122包括开关S1及S2，其中，参见图中的表格，当S1和S2均断开时，即S1及S2的值为0时，产生的射频信号(即RF)为f1，也即发射频率；当S1断开(值为0)，S2闭合(值为1)时，产生的射频信号为f2；当S1闭合(值为1)，S2断开(值为0)时，产生的射频信号为f3；当S1及S2均闭合时，产生的射频信号为f4。U9可根据调频信号控制发射天线111的发射信号。The frequency setting sub-circuit 12 includes a second processor 121 and a frequency switch component 122. The second processor 121 is electrically connected to the first processor 112; the second processor 121 is U9 in the figure, the model is LY-MCU, the PA7 end of the U9 is connected to the SDL end of the U8, and the PA3 end of the U9 is Connected to the SDA end of U8, the PA4 end of U9 is connected to the SW1 end of U8. The frequency switch component 122 is electrically connected to the second processor 121. The frequency switch component 122 includes switches S1 and S2. Referring to the table in the figure, when both S1 and S2 are off, that is, when the values of S1 and S2 are 0, the generated radio frequency signal (ie, RF) is f1, that is, Transmit frequency; when S1 is off (value is 0), S2 is closed (value is 1), the generated RF signal is f2; when S1 is closed (value is 1) and S2 is off (value is 0), The RF signal is f3; when both S1 and S2 are closed, the generated RF signal is f4. U9 can control the transmission signal of the transmitting antenna 111 according to the frequency modulation signal.
第一功放电路2电性连接于所述调频发射电路1；第一功放电路2包括功放处理器21及音响22。功放处理器21为图中的U7，其电性连接于所述调频发射电路1及所述音频输出电路3，具体通过其IN+端连接至U8的INL及INR端；音响22电性连接于所述功放处理器21，音响22为图中的SP1，其连接至U7的OUT+及OUT-端。The first power amplifier circuit 2 is electrically connected to the frequency modulation transmitting circuit 1; the first power amplifier circuit 2 includes a power amplifier processor 21 and an audio unit 22. The power amplifier processor 21 is U7 in the figure, and is electrically connected to the FM transmitting circuit 1 and the audio output circuit 3, and is specifically connected to the INL and INR terminals of the U8 through the IN+ end thereof; the acoustic circuit 22 is electrically connected to the Referring to the power amplifier processor 21, the audio 22 is SP1 in the figure, which is connected to the OUT+ and OUT- terminals of U7.
音频输出电路3电性连接于所述调频发射电路1及所述第一功放电路2；所述音频输出电路3包括音频插座31及直流降压电路32；所述音频插座31为图中的BLE2，其包括发射插口TX、接收插口RX、静音插口MUTE、左声道插口LIN、右声 道插口RIN及+3.6V的电源插口；所述左声道插口LIN及所述右声道RIN插口电性连接于所述第一功放电路2的U7的IN+端及所述调频发射电路1的U8的INL及INR端。发射插口TX连接至外设的发射功能按键，接收插口RX连接至外设的接收功能按键，静音插口MUTE连接至外设的静音功能按键。所述直流降压电路32用于将+5V直流电压降压为+3.6V直流电压。其输入端电性连接于所述第二直流稳压电路54以接入+5V电压；所述直流降压电路32的输出端藉由所述电源插口电性连接至所述音频无线装置4以输出+3.6V电压。具体的，所述直流降压电路32包括处理器U6，U6的型号为SI6001，其2端接入+5V电压，其3端输出+3.6V电压。The audio output circuit 3 is electrically connected to the FM transmitting circuit 1 and the first power amplifier circuit 2; the audio output circuit 3 includes an audio socket 31 and a DC step-down circuit 32; the audio socket 31 is a BLE2 in the figure. , including the transmit jack TX, the receive jack RX, the mute jack MUTE, the left channel jack LIN, the right sound a power socket of the RIN and the +3.6V; the left channel jack LIN and the right channel RIN jack are electrically connected to the IN+ end of the U7 of the first power amplifier circuit 2 and the FM transmitting circuit 1 IN8 and INR end of U8. The transmit jack TX is connected to the peripheral's transmit function button, the receive jack RX is connected to the peripheral's receive function button, and the mute jack MUTE is connected to the peripheral's mute function button. The DC step-down circuit 32 is used to step down the +5V DC voltage to a +3.6V DC voltage. An input terminal is electrically connected to the second DC voltage stabilizing circuit 54 to access a +5V voltage; an output end of the DC buck circuit 32 is electrically connected to the audio wireless device 4 by the power socket Output +3.6V voltage. Specifically, the DC step-down circuit 32 includes a processor U6. The model number of the U6 is SI6001, and the two terminals are connected to the +5V voltage, and the three terminals output the +3.6V voltage.
用于通过无线接收音频控制信号的音频无线装置4，电性连接于所述音频输出电路3。所述音频无线装置4可以为音频蓝牙装置、wifi装置等，优选为音频蓝牙装置，通过音频无线装置4接收外部的音频信号并转发至第一功放电路2以及调频发射电路1，其包括音频壳体41、发射接口42、接收接口43、静音接口44、左声道接口45、右声道接口46及无线音频天线47；其中，所述发射接口42、左声道接口45及右声道接口46设置于所述音频壳体41表面，接收接口43、静音接口44及无线音频天线47均设置于所述音频壳体41内部；所述发射接口42连接至所述发射插口TX，所述接收接口43连接至接收插口RX，所述静音接口44连接至所述静音插口MUTE，所述左声道接口45连接至所述左声道插口LIN，所述右声道接口46连接至所述右声道插口RIN。此外，音频无线装置4还包括无线信号处理器，该无线信号处理器连接至发射接口42、接收接口43、静音接口44、左声道接口45、右声道接口46及无线音频天线47，无线信号处理器设置在音频壳体41内部。An audio wireless device 4 for receiving an audio control signal by wireless is electrically connected to the audio output circuit 3. The audio wireless device 4 may be an audio Bluetooth device, a wifi device or the like, preferably an audio Bluetooth device, receiving an external audio signal through the audio wireless device 4 and forwarding it to the first power amplifier circuit 2 and the FM transmission circuit 1, which includes an audio shell The body 41, the transmitting interface 42, the receiving interface 43, the mute interface 44, the left channel interface 45, the right channel interface 46, and the wireless audio antenna 47; wherein the transmitting interface 42, the left channel interface 45, and the right channel interface 46 is disposed on the surface of the audio housing 41, and the receiving interface 43, the mute interface 44, and the wireless audio antenna 47 are disposed inside the audio housing 41; the transmitting interface 42 is connected to the transmitting socket TX, and the receiving The interface 43 is connected to a receiving jack RX, the muting interface 44 is connected to the mute jack MUTE, the left channel interface 45 is connected to the left channel jack LIN, and the right channel interface 46 is connected to the right Channel jack RIN. In addition, the audio wireless device 4 further includes a wireless signal processor connected to the transmitting interface 42, the receiving interface 43, the mute interface 44, the left channel interface 45, the right channel interface 46, and the wireless audio antenna 47, wirelessly The signal processor is disposed inside the audio housing 41.
参见图3，图3为本发明一实施例提供的电源电路5的结构示意图，所述电源电路5包括交流输入端51、AC-DC降压电路52、第一直流稳压电路53及第二直流稳压电路54。交流输入端51用于接入100-240V的交流电。AC-DC降压电路52电性连接于所述交流输入端51；第一直流稳压电路53的输入端电性连接于所述AC-DC降压电路52，其输出端电性连接于所述调频发射电路1及第一照明无线装置6以输出+5V的第一直流电压；第二直流稳压电路54用于输出第二直流电压，其输入端电性连接于所述AC-DC降压电路52，其输出端电性连接于所述第一功放电路2 及所述音频无线装置以输出+3.3V的第二直流电压。Referring to FIG. 3, FIG. 3 is a schematic structural diagram of a power supply circuit 5 according to an embodiment of the present invention. The power supply circuit 5 includes an AC input terminal 51, an AC-DC step-down circuit 52, a first DC voltage regulator circuit 53 and a first embodiment. Two DC voltage regulator circuits 54. The AC input terminal 51 is used to access 100-240V AC power. The AC-DC step-down circuit 52 is electrically connected to the AC input terminal 51; the input end of the first DC voltage regulator circuit 53 is electrically connected to the AC-DC step-down circuit 52, and the output end thereof is electrically connected to The FM transmitting circuit 1 and the first lighting wireless device 6 output a first DC voltage of +5V; the second DC voltage stabilizing circuit 54 is configured to output a second DC voltage, and an input end thereof is electrically connected to the AC-DC a step-down circuit 52, the output end of which is electrically connected to the first power amplifier circuit 2 And the audio wireless device to output a second DC voltage of +3.3V.
参见图4，图4为本发明一实施例提供的组网音乐光源中实现照明组网的电路结构示意图，图中，所述第一灯板电路8包括暖色LED灯组81、冷色LED灯组82、R灯组83、G灯组84、B灯组85及灯板插件端86(FFC2)。Referring to FIG. 4, FIG. 4 is a schematic structural diagram of a circuit for implementing a lighting networking in a network music light source according to an embodiment of the present invention. In the figure, the first light board circuit 8 includes a warm color LED group 81 and a cool LED group. 82. R lamp group 83, G lamp group 84, B lamp group 85, and lamp board insertion end 86 (FFC2).
所述灯板插件端86包括暖色灯端861、冷色灯端862、R灯端863、G灯端864、B灯端865及电源端866，其中，所述暖色灯端861连接至所述暖色LED灯组81的一端，所述冷色灯端862连接至所述冷色LED灯组82的一端，所述R灯端863连接至所述R灯组83，所述G灯端864连接至所述G灯组84，所述B灯端865连接至所述B灯组85，所述电源端866连接至所述暖色LED灯组81、所述冷色LED灯组82、所述R灯组83、所述G灯组84及所述B灯组85的另一端。电源端866接入的是+18V电压，其连接至图3中的CN01端即可接入+18V电压。The lamp board insert end 86 includes a warm color lamp end 861, a cool color lamp end 862, an R lamp end 863, a G lamp end 864, a B lamp end 865, and a power end 866, wherein the warm color lamp end 861 is connected to the warm color. One end of the LED lamp set 81, the cold color lamp end 862 is connected to one end of the cool color LED lamp set 82, the R lamp end 863 is connected to the R lamp set 83, and the G lamp end 864 is connected to the G lamp group 84, the B lamp terminal 865 is connected to the B lamp group 85, and the power terminal 866 is connected to the warm color LED lamp group 81, the cool color LED lamp group 82, the R lamp group 83, The G lamp group 84 and the other end of the B lamp group 85. The power terminal 866 is connected to the +18V voltage, which is connected to the CN01 terminal of FIG. 3 to access the +18V voltage.
所述第一照明无线装置6包括照明壳体61、暖色灯接口62、冷色灯接口63、R灯接口64、G灯接口65、B灯接口66及无线照明天线67；其中，所述暖色灯接口62、冷色灯接口63、R灯接口64、G灯接口65、B灯接口66及无线照明天线67均设置于所述照明壳体61表面。所述第一照明无线装置6的壳体内还应包括各个处理及驱动电路以支撑第一照明无线装置6的运行。该第一照明无线装置6优选为照明蓝牙装置，即通过蓝牙发送和/或接收信号，第一照明无线装置6有三个功能，一是用于接收外部的控制信号，以驱动第一灯板电路8进行工作；二是将控制信号同步至子音乐光源，使子音乐光源的灯板一同发光；三是连接音频无线装置，同步发光照明及音乐信号。即音频无线装置4与第一照明无线装置6之间通过无线连接。The first lighting wireless device 6 includes an illumination housing 61, a warm color light interface 62, a cool color light interface 63, an R light interface 64, a G light interface 65, a B light interface 66, and a wireless illumination antenna 67; wherein the warm light The interface 62, the cool color light interface 63, the R light interface 64, the G light interface 65, the B light interface 66, and the wireless illumination antenna 67 are all disposed on the surface of the illumination housing 61. The processing and drive circuitry of the first illumination wireless device 6 should also include various processing and drive circuitry to support operation of the first illumination wireless device 6. The first lighting wireless device 6 is preferably a lighting Bluetooth device that transmits and/or receives signals via Bluetooth. The first lighting wireless device 6 has three functions, one for receiving an external control signal to drive the first light board circuit. 8 work; the second is to synchronize the control signal to the sub-music light source, so that the sub-music light source of the light board together to illuminate; the third is to connect the audio wireless device, synchronous lighting and music signals. That is, the audio wireless device 4 and the first lighting wireless device 6 are connected by wireless.
所述第一照明驱动电路7包括照明插接端71(FFC1)、五个MOS管及无线插接端77(BLE1)。The first illumination driving circuit 7 includes an illumination plug end 71 (FFC1), five MOS tubes, and a wireless plug end 77 (BLE1).
照明插接端71包括与所述暖色灯端861、所述冷色灯端862、所述R灯端863、所述G灯端864、所述B灯端865及所述电源端866一一对应的端口；The illumination insertion end 71 includes a one-to-one correspondence with the warm color lamp end 861, the cold color lamp end 862, the R lamp end 863, the G lamp end 864, the B lamp end 865, and the power terminal 866. Port
第一MOS管72(Q4)通过所述照明插接端71连接至所述暖色灯端861；即Q4的漏极连接至暖色LED灯组81，Q4的栅极连接至暖色灯接口62。The first MOS transistor 72 (Q4) is connected to the warm color lamp end 861 through the illumination plug terminal 71; that is, the drain of Q4 is connected to the warm color LED lamp group 81, and the gate of Q4 is connected to the warm color lamp interface 62.
第二MOS管73(Q5)通过所述照明插接端71连接至所述冷色灯端862；即Q5的 漏极连接至冷色LED灯组82，Q5的栅极连接至冷色灯接口63。a second MOS transistor 73 (Q5) is connected to the cold color lamp end 862 through the illumination plug end 71; that is, Q5 The drain is connected to the cool LED lamp set 82, and the gate of Q5 is connected to the cool color lamp interface 63.
第三MOS管74(Q3)通过所述照明插接端71连接至所述R灯端863；即Q3的漏极连接至R灯组83，Q3的栅极连接至R灯接口64。The third MOS transistor 74 (Q3) is connected to the R lamp terminal 863 through the illumination plug terminal 71; that is, the drain of Q3 is connected to the R lamp group 83, and the gate of Q3 is connected to the R lamp interface 64.
第四MOS管75(Q1)通过所述照明插接端71连接至所述G灯端864；即Q1的漏极连接至G灯组84，Q1的栅极连接至G灯接口65。The fourth MOS transistor 75 (Q1) is connected to the G lamp terminal 864 through the illumination plug terminal 71; that is, the drain of Q1 is connected to the G lamp group 84, and the gate of Q1 is connected to the G lamp interface 65.
第五MOS管76(Q2)通过所述照明插接端71连接至所述B灯端865；即Q2的漏极连接至B灯组85，Q2的栅极连接至B灯接口66。The fifth MOS transistor 76 (Q2) is connected to the B lamp terminal 865 through the illumination plug terminal 71; that is, the drain of Q2 is connected to the B lamp group 85, and the gate of Q2 is connected to the B lamp interface 66.
无线插接端77包括与所述暖色灯接口62、冷色灯接口63、R灯接口64、G灯接口65及B灯接口66一一对应的端口，所述第一MOS管72通过所述无线插接端77连接至所述暖色灯接口62，所述第二MOS管73通过所述无线插接端77连接至所述冷色灯接口63，所述第三MOS管74通过所述无线插接端77连接至所述R灯接口64，所述第四MOS管75通过所述无线插接端77连接至所述G灯接口65，所述第五MOS管76通过所述无线插接端77连接至所述B灯接口66。The wireless plug-in end 77 includes a port corresponding to the warm-light connector 62, the cool-light connector 63, the R-light interface 64, the G-light interface 65, and the B-light interface 66, and the first MOS transistor 72 passes the wireless The plug end 77 is connected to the warm light connector 62, and the second MOS transistor 73 is connected to the cold light connector 63 through the wireless plug end 77, and the third MOS transistor 74 is plugged by the wireless The terminal 77 is connected to the R lamp interface 64, and the fourth MOS transistor 75 is connected to the G lamp interface 65 through the wireless plug terminal 77, and the fifth MOS transistor 76 passes through the wireless plug terminal 77. Connected to the B lamp interface 66.
参见图5，图5为本发明提供的一种组网音乐光源系统10的结构示意图，该组网音乐光源系统10包括如上所述的组网音乐光源100及一至多个通过调频及无线连接于所述组网音乐光源100的子音乐光源200。如此，通过组网音乐光源100通过音频无线装置4无线接收外部的音频控制信号并通过第一照明无线装置6接收外部的照明控制信号，这些音频控制信号及照明控制信号可以通过预设的控制终端发出，控制终端可以是手机等移动终端，在手机中安装相应的APP即可实现控制功能。通过音频控制信号控制组网音乐光源100的音响22播放内容，并通过组网音乐光源100的调频发射电路1发射到各个子音乐光源200，子音乐光源200接收到音频控制信号后与组网音乐光源100一同播放；通过照明控制信号控制组网音乐光源100的第一灯板电路8的发光策略，并通过第一照明无线装置6将发光策略同步至子音乐光源200，使子音乐光源200同步发光。Referring to FIG. 5, FIG. 5 is a schematic structural diagram of a network music light source system 10 according to the present invention. The network music light source system 10 includes the network music light source 100 as described above and one or more of the frequency modulation and wireless connections. The sub-music light source 200 of the network music light source 100. In this way, the external audio control signal is wirelessly received by the audio wireless device 4 through the networked music source 100 and the external illumination control signal is received by the first illumination wireless device 6, and the audio control signals and the illumination control signals can pass through the preset control terminal. The control terminal can be a mobile terminal such as a mobile phone, and the corresponding APP can be installed in the mobile phone to implement the control function. The audio 22 is controlled by the audio control signal to control the audio 22 of the assembled music source 100, and is transmitted to each sub-music light source 200 through the FM transmitting circuit 1 of the network music source 100. The sub-music light source 200 receives the audio control signal and the network music. The light source 100 is played together; the lighting policy of the first lighting circuit 8 of the network music source 100 is controlled by the lighting control signal, and the lighting policy is synchronized to the sub-light source 200 by the first lighting wireless device 6 to synchronize the sub-light source 200 Glowing.
参见图6，图6为本发明一实施例提供的子音乐光源200的结构示意图，每个所述子音乐光源200均包括：调频收音电路201、第二功放电路202、第二照明无线装置203、第二照明驱动电路204及第二灯板电路205；所述调频收音电路201包括接收天线2011、收音处理器2012以及选频电位器2013。 Referring to FIG. 6, FIG. 6 is a schematic structural diagram of a sub-music light source 200 according to an embodiment of the present invention. Each of the sub-music light sources 200 includes an FM radio circuit 201, a second power amplifier circuit 202, and a second illumination wireless device 203. The second illumination driving circuit 204 and the second light board circuit 205; the FM radio circuit 201 includes a receiving antenna 2011, a radio processor 2012, and a frequency selective potentiometer 2013.
接收天线2011为图中的FM-ANT。收音处理器2012为图中的U10，其电性连接于所述第二功放电路202及所述接收天线2011，具体的，U10的GND5端、LDOCAP端、FMIN端等连接至接收天线2011。选频电位器2013为图中的PVR1，其电性连接于所述收音处理器的VREF-N端、VOL端及VREF-P端。第二功放电路包括处理器U11及音响SP2，音响SP2连接至U11的OUT+端及OUT-端。The receiving antenna 2011 is the FM-ANT in the figure. The radio processor 2012 is U10 in the figure, and is electrically connected to the second power amplifier circuit 202 and the receiving antenna 2011. Specifically, the GND5 terminal of the U10, the LDOCAP terminal, the FMIN terminal, and the like are connected to the receiving antenna 2011. The frequency selective potentiometer 2013 is a PVR1 in the figure, which is electrically connected to the VREF-N terminal, the VOL terminal and the VREF-P terminal of the radio processor. The second power amplifier circuit includes a processor U11 and an audio SP2, and the sound SP2 is connected to the OUT+ terminal and the OUT- terminal of the U11.
参见图7，图7为本发明一实施例提供的子音乐光源中实现照明组网的电路结构示意图，图中，所述第二照明无线装置203通过无线通信连接至所述第一照明无线装置6，所述第二照明驱动电路204电性连接于所述第二照明无线装置203，所述第二灯板电路205电性连接于所述第二照明驱动电路204。子音乐光源200中实现照明组网的电路与组网音乐光源100中实现照明组网的电路相似，此处不再赘述。Referring to FIG. 7, FIG. 7 is a schematic structural diagram of a circuit for implementing a lighting networking in a sub-music light source according to an embodiment of the present invention. In the figure, the second lighting wireless device 203 is connected to the first lighting wireless device by wireless communication. The second illumination driving circuit 204 is electrically connected to the second illumination wireless device 203, and the second light board circuit 205 is electrically connected to the second illumination driving circuit 204. The circuit for realizing the lighting network in the sub-music light source 200 is similar to the circuit for realizing the lighting networking in the network music light source 100, and details are not described herein again.
综上所述，虽然本发明已以优选实施例揭露如上，但上述优选实施例并非用以限制本发明，本领域的普通技术人员，在不脱离本发明的精神和范围内，均可作各种更动与润饰，因此本发明的保护范围以权利要求界定的范围为准。 In the above, the present invention has been disclosed in the above preferred embodiments, but the preferred embodiments are not intended to limit the present invention, and those skilled in the art can make various modifications without departing from the spirit and scope of the invention. The invention is modified and retouched, and the scope of the invention is defined by the scope defined by the claims.

Claims (11)

  1. 一种组网音乐光源，其特征在于，包括：A networking music light source, comprising:
    调频发射电路；Frequency modulation transmitting circuit;
    第一功放电路，电性连接于所述调频发射电路；a first power amplifier circuit electrically connected to the frequency modulation transmitting circuit;
    音频输出电路，电性连接于所述调频发射电路及所述第一功放电路；An audio output circuit electrically connected to the FM transmitting circuit and the first power amplifier circuit;
    音频无线装置，电性连接于所述音频输出电路；An audio wireless device electrically connected to the audio output circuit;
    第一照明无线装置；First lighting wireless device;
    第一照明驱动电路，电性连接于所述第一照明无线装置；a first illumination driving circuit electrically connected to the first illumination wireless device;
    第一灯板电路，电性连接于所述第一照明驱动电路。The first light board circuit is electrically connected to the first illumination driving circuit.
  2. 根据权利要求1所述的组网音乐光源，其特征在于，所述调频发射电路包括：The network music source according to claim 1, wherein the FM transmission circuit comprises:
    发射子电路，电性连接于所述第一功放电路及所述音频输出电路；所述发射子电路包括发射天线以及电性连接于所述发射天线的第一处理器；a transmitting sub-circuit electrically connected to the first power amplifier circuit and the audio output circuit; the transmitting sub-circuit comprising a transmitting antenna and a first processor electrically connected to the transmitting antenna;
    频率设定子电路，电性连接于所述发射子电路；所述频率设定子电路包括电性连接于所述第一处理器的第二处理器以及电性连接于所述第二处理器的频率开关组件。a frequency setting sub-circuit electrically connected to the transmitting sub-circuit; the frequency setting sub-circuit includes a second processor electrically connected to the first processor and electrically connected to the second processor Frequency switch assembly.
  3. 根据权利要求1所述的组网音乐光源，其特征在于，所述第一功放电路包括：The network music source according to claim 1, wherein the first power amplifier circuit comprises:
    功放处理器，电性连接于所述调频发射电路及所述音频输出电路；a power amplifier processor electrically connected to the FM transmitting circuit and the audio output circuit;
    音响，电性连接于所述功放处理器。The sound is electrically connected to the power amplifier processor.
  4. 根据权利要求1所述的组网音乐光源，其特征在于，所述音频输出电路包括音频插座；所述音频插座包括发射插口、接收插口、静音插口、左声道插口、右声道插口；所述左声道插口及所述右声道插口电性连接于所述第一功放电路及所述调频发射电路。The network music source of claim 1 , wherein the audio output circuit comprises an audio jack; the audio jack comprises a transmit jack, a receive jack, a mute jack, a left channel jack, and a right channel jack; The left channel jack and the right channel jack are electrically connected to the first power amplifier circuit and the frequency modulation transmitting circuit.
  5. 根据权利要求4所述的组网音乐光源，其特征在于，所述音频无线 装置包括音频壳体、发射接口、接收接口、静音接口、左声道接口、右声道接口及无线音频天线；其中，所述发射接口、左声道接口及右声道接口设置于所述音频壳体表面，接收接口、静音接口及无线音频天线均设置于所述音频壳体内部；所述发射接口连接至所述发射插口，所述接收接口连接至接收插口，所述静音接口连接至所述静音插口，所述左声道接口连接至所述左声道插口，所述右声道接口连接至所述右声道插口。A network music source according to claim 4, wherein said audio wireless The device includes an audio housing, a transmitting interface, a receiving interface, a mute interface, a left channel interface, a right channel interface, and a wireless audio antenna; wherein the transmitting interface, the left channel interface, and the right channel interface are disposed on the audio a housing surface, a receiving interface, a mute interface and a wireless audio antenna are disposed inside the audio housing; the transmitting interface is connected to the transmitting socket, the receiving interface is connected to the receiving socket, and the silent interface is connected to the The mute jack is connected to the left channel jack, and the right channel interface is connected to the right channel jack.
  6. 根据权利要求1所述的组网音乐光源，其特征在于，所述第一灯板电路包括暖色LED灯组、冷色LED灯组、R灯组、G灯组、B灯组及灯板插接端；The set music light source according to claim 1, wherein the first light board circuit comprises a warm color LED light group, a cool color LED light group, an R light group, a G light group, a B light group, and a light board plug. end;
    所述灯板插接端包括暖色灯端、冷色灯端、R灯端、G灯端、B灯端及电源端，其中，所述暖色灯端连接至所述暖色LED灯组的一端，所述冷色灯端连接至所述冷色LED灯组的一端，所述R灯端连接至所述R灯组，所述G灯端连接至所述G灯组，所述B灯端连接至所述B灯组，所述电源端连接至所述暖色LED灯组、所述冷色LED灯组、所述R灯组、所述G灯组及所述B灯组的另一端。The lamp board insertion end comprises a warm color lamp end, a cool color lamp end, an R lamp end, a G lamp end, a B lamp end and a power end, wherein the warm color lamp end is connected to one end of the warm color LED lamp set, a cold light end connected to one end of the cool LED light set, the R light end being connected to the R light set, the G light end being connected to the G light set, the B light end being connected to the The B lamp group is connected to the warm LED lamp group, the cool LED lamp group, the R lamp group, the G lamp group, and the other end of the B lamp group.
  7. 根据权利要求6所述的组网音乐光源，其特征在于，所述第一照明无线装置包括照明壳体、暖色灯接口、冷色灯接口、R灯接口、G灯接口、B灯接口及无线照明天线；其中，所述暖色灯接口、冷色灯接口、R灯接口、G灯接口、B灯接口及无线照明天线均设置于所述照明壳体内部。The lapped music light source according to claim 6, wherein the first illuminating wireless device comprises an illumination housing, a warm color light interface, a cool color light interface, an R light interface, a G light interface, a B light interface, and wireless illumination. An antenna; wherein the warm light interface, the cold light interface, the R light interface, the G light interface, the B light interface, and the wireless lighting antenna are all disposed inside the lighting housing.
  8. 根据权利要求7所述的组网音乐光源，其特征在于，所述第一照明驱动电路包括：The networking music source of claim 7, wherein the first illumination driving circuit comprises:
    照明插接端，包括与所述暖色灯端、所述冷色灯端、所述R灯端、所述G灯端、所述B灯端及所述电源端一一对应的端口；The illuminating plug end includes a port corresponding to the warm color lamp end, the cold color lamp end, the R lamp end, the G lamp end, the B lamp end and the power end one-to-one;
    第一MOS管，通过所述照明插接端连接至所述暖色灯端；a first MOS tube connected to the warm color lamp end through the illumination plug end;
    第二MOS管，通过所述照明插接端连接至所述冷色灯端；a second MOS tube connected to the cold color lamp end through the illumination plug end;
    第三MOS管，通过所述照明插接端连接至所述R灯端； a third MOS tube connected to the R lamp end through the illumination plug end;
    第四MOS管，通过所述照明插接端连接至所述G灯端；a fourth MOS tube connected to the G lamp end through the illumination plug end;
    第五MOS管，通过所述照明插接端连接至所述B灯端；a fifth MOS tube connected to the B lamp end through the illumination plug end;
    无线插接端，包括与所述暖色灯接口、冷色灯接口、R灯接口、G灯接口及B灯接口一一对应的端口，所述第一MOS管通过所述无线插接端连接至所述暖色灯接口，所述第二MOS管通过所述无线插接端连接至所述冷色灯接口，所述第三MOS管通过所述无线插接端连接至所述R灯接口，所述第四MOS管通过所述无线插接端连接至所述G灯接口，所述第五MOS管通过所述无线插接端连接至所述B灯接口。The wireless plug-in end includes a port corresponding to the warm color light interface, the cold light light interface, the R light interface, the G light interface, and the B light interface, and the first MOS tube is connected to the ground through the wireless plug end a warm color light interface, the second MOS tube is connected to the cold light connector through the wireless plug end, and the third MOS tube is connected to the R light interface through the wireless plug end, the first A fourth MOS transistor is connected to the G lamp interface through the wireless plug end, and the fifth MOS transistor is connected to the B lamp interface through the wireless plug end.
  9. 根据权利要求1所述的组网音乐光源，其特征在于，还包括电源电路；所述电源电路包括：The networking music source of claim 1 further comprising a power supply circuit; said power supply circuit comprising:
    用于接入交流电的交流输入端；An AC input for accessing an alternating current;
    AC-DC降压电路，电性连接于所述交流输入端；An AC-DC step-down circuit electrically connected to the AC input terminal;
    第一直流稳压电路，其输入端电性连接于所述AC-DC降压电路，其输出端电性连接于所述调频发射电路及所述第一照明无线装置以输出第一直流电压；a first DC voltage stabilizing circuit, wherein an input end thereof is electrically connected to the AC-DC step-down circuit, and an output end thereof is electrically connected to the FM transmitting circuit and the first lighting wireless device to output a first DC voltage ;
    第二直流稳压电路，其输入端电性连接于所述AC-DC降压电路，其输出端电性连接于所述第一功放电路及所述音频无线装置以输出第二直流电压。The second DC voltage stabilizing circuit has an input end electrically connected to the AC-DC step-down circuit, and an output end electrically connected to the first power amplifier circuit and the audio wireless device to output a second DC voltage.
  10. 一种组网音乐光源系统，其特征在于，包括：A networking music light source system, comprising:
    如权利要求1所述的组网音乐光源；The network music light source of claim 1;
    一至多个子音乐光源；每个所述子音乐光源均包括：调频收音电路、第二功放电路、第二照明无线装置、第二照明驱动电路及第二灯板电路；其中，所述调频收音电路通过调频连接于所述调频发射电路，所述第二功放电路电性连接于所述调频收音电路，所述第二照明无线装置通过无线通信连接至所述第一照明无线装置，所述第二照明驱动电路电性连接于所述第二照明无线装置，所述第二灯板电路电性连接于所述第二照明驱动电路。 One or more sub-music light sources; each of the sub-music light sources includes: an FM radio circuit, a second power amplifier circuit, a second illumination wireless device, a second illumination driving circuit, and a second light board circuit; wherein the FM radio circuit Connected to the FM transmitting circuit by frequency modulation, the second power amplifier circuit is electrically connected to the FM radio circuit, and the second lighting wireless device is connected to the first lighting wireless device by wireless communication, the second The illumination driving circuit is electrically connected to the second illumination wireless device, and the second light panel circuit is electrically connected to the second illumination driving circuit.
  11. 根据权利要求10所述的组网音乐光源系统，其特征在于，所述调频收音电路包括：The network music light source system according to claim 10, wherein the FM radio circuit comprises:
    接收天线；Receive antenna;
    收音处理器，电性连接于所述第二功放电路及所述接收天线；a radio processor electrically connected to the second power amplifier circuit and the receiving antenna;
    选频电位器，电性连接于所述收音处理器。 The frequency selective potentiometer is electrically connected to the radio processor.
PCT/CN2017/086181 2016-09-27 2017-05-26 Networked musical light source and system thereof WO2018058987A1 (en)

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