WO2018149343A1 - 车用智能灯光控制系统 - Google Patents

车用智能灯光控制系统 Download PDF

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Publication number
WO2018149343A1
WO2018149343A1 PCT/CN2018/075558 CN2018075558W WO2018149343A1 WO 2018149343 A1 WO2018149343 A1 WO 2018149343A1 CN 2018075558 W CN2018075558 W CN 2018075558W WO 2018149343 A1 WO2018149343 A1 WO 2018149343A1
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WO
WIPO (PCT)
Prior art keywords
interface
light
lamp
pin
resistor
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Application number
PCT/CN2018/075558
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English (en)
French (fr)
Inventor
杨珍球
吴铭基
Original Assignee
佛山市三锦照明有限公司
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Publication of WO2018149343A1 publication Critical patent/WO2018149343A1/zh

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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
    • H05B45/34—Voltage stabilisation; Maintaining constant voltage
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B60—VEHICLES IN GENERAL
    • B60R—VEHICLES, VEHICLE FITTINGS, OR VEHICLE PARTS, NOT OTHERWISE PROVIDED FOR
    • B60R16/00—Electric or fluid circuits specially adapted for vehicles and not otherwise provided for; Arrangement of elements of electric or fluid circuits specially adapted for vehicles and not otherwise provided for
    • B60R16/02—Electric or fluid circuits specially adapted for vehicles and not otherwise provided for; Arrangement of elements of electric or fluid circuits specially adapted for vehicles and not otherwise provided for electric constitutive elements
    • B60R16/023—Electric or fluid circuits specially adapted for vehicles and not otherwise provided for; Arrangement of elements of electric or fluid circuits specially adapted for vehicles and not otherwise provided for electric constitutive elements for transmission of signals between vehicle parts or subsystems
    • B60R16/0231—Circuits relating to the driving or the functioning of the vehicle
    • 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]
    • H05B45/20—Controlling the colour of the light
    • 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
    • H05B47/17—Operational modes, e.g. switching from manual to automatic mode or prohibiting specific operations
    • 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 subsequent modification of automobile lamps, in particular to an intelligent lighting control system for vehicles.
  • the lamp of the prior art can perform simple illumination, warning or other switching operations, and cannot change the color temperature, mode, light type, and the like of the light.
  • the driver may have different lighting requirements due to changes in the environment, climate, and scenes in which the vehicle is located, including changes in light, weather, and the like.
  • control system of the modified system is mostly realized by a switch wire group, a remote control or a physical button to realize a single lamp or a multiple lamp.
  • Control there are inconvenient control, limited controllability, no color temperature adjustment, brightness adjustment, intelligent light adjustment, rotation adjustment, mode adjustment and other requirements.
  • the object of the present invention is to provide an intelligent lighting control system for a vehicle, which can adjust the brightness, color temperature, light type, rotation, mode, etc. of different lights, in order to avoid the deficiencies of the prior art. Free to adjust the lighting situation.
  • Providing a vehicle intelligent lighting control system comprising: a terminal control device, configured to set a light control signal, and wirelessly transmit the light control signal to the intelligent light control mechanism; the multi-interface multi-light type control box is installed in the vehicle The body is connected with a plurality of modified lamp lights, and the multi-interface multi-lamp type control box is provided with an intelligent light control mechanism, and the intelligent light control mechanism receives the light control signal transmitted by the terminal control device, and correspondingly according to the light control signal The lights are signaled.
  • the terminal control device and the intelligent lighting control mechanism perform signal transmission in a Bluetooth manner.
  • the terminal control device outputs at least one control signal: a switch, a brightness, a color temperature, a light type, a backlight, and a warning state control signal for the lighting combination lamp group;
  • the intelligent lighting control mechanism outputs a corresponding control signal to the lighting combination lamp group, the atmosphere lamp group, the direction rotating lamp group, the warning lamp group, the other lamp type, and the third party lamp group according to the control signal output by the terminal control device;
  • the lighting combination lamp of the lighting combination lamp group adopts a double color temperature light source, and realizes the color temperature regulation of the illumination combination lamp by controlling the illumination condition of the different color temperature light sources.
  • the above dual color temperature light source comprises a white LED lamp bead and a yellow LED lamp bead.
  • the terminal control device is a mobile phone APP software or a liquid crystal touch control panel, and the terminal control device is provided with a Bluetooth transmitting module.
  • the intelligent lighting control mechanism is provided with a Bluetooth receiving module, a main control module and a plurality of light source interfaces; the light source interface is connected with the pin of the main control module, and different lights are connected to the intelligent lighting control mechanism through the light source interface;
  • the Bluetooth receiving module receives the control signal transmitted by the Bluetooth transmitting module and sends it to the main control module.
  • the main control module controls the corresponding output pin end according to the received control signal, and the output pin is connected with the corresponding light source interface.
  • the Bluetooth receiving module is integrated in the main control module, and the pin of the main control module outputs a high level or a low level signal to control whether the corresponding working condition of the running light is turned on or off.
  • the main control module is provided with a chip U110, a voltage stabilizing unit and a signal output unit;
  • the chip U110 is a main control chip integrated with a Bluetooth receiving module, and the signal output unit is correspondingly connected to the pin and the light source interface of the chip U110. between;
  • the light source interface is provided with M groups of interfaces for connecting the illumination combination lamps, respectively, a combination lamp-1 interface, a combination lamp-2 interface, ..., a combination lamp-K interface, ..., a combination lamp-M interface, and M is a natural number.
  • K is a natural number, 1 ⁇ K ⁇ M;
  • the light source interface is provided with N sets of interfaces for connecting the ambient light, respectively, an ambient light-1 interface, an ambient light-2 interface, ..., an ambient light-S interface, ..., an ambient light-N interface, and N is a natural number.
  • S is a natural number, 1 ⁇ S ⁇ N;
  • the light source interface is provided with a P group connection direction rotating light interface, respectively, a rotating light-1 interface, a rotating light-2 interface, ..., a rotating light-L interface, ..., a rotating light-P interface, P is a natural number , L is a natural number, 1 ⁇ L ⁇ P;
  • the light source interface is provided with an interface of the F group connected with the warning light, which is a police light-1 interface, a police light-2 interface, ..., a police light-E interface, ..., a police light-F interface, and F is a natural number.
  • E is a natural number, 1 ⁇ E ⁇ F;
  • the light source interface is provided with an interface of the Q group to connect other lamp types and third-party lights, respectively, a third-party light-1 interface, a third-party light-2 interface, ..., a third-party light-T interface, ..., a third party Light-Q interface, Q is a natural number, T is a natural number, 1 ⁇ T ⁇ Q;
  • the chip U110 is provided with:
  • the combination lamp-1 pin group is connected to the combination lamp-1 interface.
  • the combination lamp-2 pin group is connected with the combination lamp-2 interface.
  • the combination lamp-K pin group is connected with the combination lamp-K interface
  • the combination lamp-M pin group is connected with the combination lamp-M interface
  • Combination lamp-K pin group is provided with combination lamp-K/high beam W pin, combination lamp-K/high beam Y pin, combination lamp-K/low beam W pin and combination lamp-K/low beam Y Pin
  • the combination lamp-K interface is provided with a high beam W interface, a high beam Y interface, a low beam W interface and a low beam Y interface; the high beam W interface of the combined lamp K interface is combined with the combination lamp -K/high beam W pin, combination
  • the high-light Y interface of the lamp K interface is connected with the combination lamp-K/high-beam Y pin, and the low-beam W interface of the combination lamp K interface is connected with the combination lamp-K/low-beam W pin, and the low beam of the combined lamp K interface
  • the Y interface is connected to the combination lamp -K/low beam Y pin;
  • At least one set of combined light interfaces of the M group connected to the lighting combination lamp is provided with a background optical interface, a combined warning light negative interface, a combined warning 50% interface and a combined warning mode interface;
  • the M group lighting combination lamp pin group exists at least A set of combined lamp pin sets are provided with a background light pin, a combined warning light switch pin, a combined warning light mode pin, and a combined warning light 50% pin;
  • the background light pin is connected to the background optical interface, and the combined warning light switch pin is connected with the input end of the corresponding combined light switch signal output unit, and the combined output of the combined light switch signal output unit and the corresponding combined warning light negative interface connection;
  • the combined warning light mode pin is connected to the input end of the corresponding combined warning mode switch output unit, and the output end of the combined warning mode switch output unit is connected with the corresponding combined warning mode interface.
  • the 50% pin of the combined warning light is connected with the input end of the corresponding combination warning 50% mode switch output unit, and the output end of the combined warning 50% mode switch output unit is connected with the corresponding combined warning 50% interface;
  • N sets of ambience lamp pin sets respectively: Ambient lamp - 1 pin group, Ambient lamp - 2 pin group, ..., Ambient lamp - S pin group, ..., Ambient lamp - N pin group;
  • the Ambient Light-1 pin group is connected to the Ambient Light-1 interface.
  • the Ambient Light-2 pin group is connected to the Ambient Light-2 interface.
  • the ambient light-S pin group is connected to the ambient light-S interface.
  • the ambient light-N pin group is connected to the ambient light-N interface
  • Ambient light-S pin group is provided with Ambient light-S/R pin, Ambient light-S/G pin and Ambient light-S/B pin;
  • Ambient light-S interface is set with R red light interface, G green Optical interface, B blue light interface, ambient light-S/R pin and R red light interface of the ambient light-S interface, ambient light-S/G pin and G light interface of the ambient light-S interface, atmosphere
  • the lamp-S/B pin is connected to the B blue light interface of the ambient light-S interface;
  • P group rotating lamp pin group respectively, rotating lamp - 1 pin group, rotating lamp - 2 pin group, ..., rotating lamp - L pin group, ..., rotating lamp - P pin group;
  • the rotating light-1 pin group is connected to the rotating light-1 interface.
  • the rotating lamp-2 pin group is connected to the rotating lamp-2 interface.
  • the rotating lamp-L pin group is connected to the rotating lamp-L interface
  • the rotating lamp-P pin group is connected with the rotating lamp-P interface
  • Rotating lamp-L pin group is provided with rotating lamp-L/switch pin, rotating lamp-L/rotation speed pin, rotating lamp-L/upper pin, rotating lamp-L/down pin, rotating lamp -L/Left turn pin, Rotating lamp-L/Right turn pin, Rotating lamp-L/Brightness pin;
  • the rotating lamp-L interface is provided with a rotating light negative interface, a rotating speed interface, a turning interface, a down interface, a left turn interface, a right turn interface, and a brightness interface;
  • the rotating lamp-L/rotation speed pin is connected with the rotating speed interface of the rotating lamp-L interface, and the rotating lamp-L/uppering pin is connected with the rotating interface of the rotating lamp-L interface, and the rotating lamp-L/down is cited.
  • the foot is connected with the down-converting interface of the rotating lamp-L interface, and the rotating lamp-L/left-turn pin is connected with the left-turn pin of the rotating lamp-L interface, and the rotating lamp-L/right-turning pin and the rotating lamp-L interface
  • the right-turn interface is connected, the rotating light-L/brightness pin is connected with the brightness interface of the rotating light-L interface;
  • the rotating light-L/switching pin is connected with the input end of the rotating light switch output unit, and the rotating light switch output unit is The output end is connected with a rotating light negative interface of the rotating light-L interface;
  • Warning light pin group respectively, alarm light-1 pin group, warning light-2 pin group, ..., warning light-E pin group, ..., warning light-F pin group;
  • the warning light-1 pin group is connected to the warning light-1 interface.
  • the warning light-2 pin group is connected to the warning light-2 interface.
  • the warning light-E pin group is connected to the warning light-E interface.
  • the warning light-F pin group is connected with the warning light-F interface
  • the warning light-E pin group is provided with a warning light-E/switch pin, a warning light-E/mode switching pin, a warning light-E/alarm light 50% pin;
  • a warning light-E interface is provided with a warning light negative Interface, police light 50% bright interface and police light mode interface;
  • the warning light-E/switch pin is connected to the input end of the corresponding warning light switch output unit, and the output end of the warning light switch output unit is connected with the corresponding warning light of the warning light-E interface, the warning light-E/mode
  • the switching pin is connected to the input end of the corresponding warning light mode switch output unit, and the output end of the warning light mode switch output unit is connected with the corresponding warning light mode interface of the warning light-E interface, and the warning light-E/light is 50%
  • the pin is connected to the input end of the corresponding 50% brightness switch output unit of the warning light, and the output end of the warning light 50% brightness switch output unit is connected with the corresponding alarm light-e interface 50% bright interface;
  • the third-party lamp-1 pin group is connected to the third-party lamp-1 interface.
  • the third-party lamp-2 pin group is connected to the third-party lamp-2 interface.
  • the third-party lamp-T pin group is connected to the third-party lamp-T interface
  • the third-party lamp-Q pin group is connected with the third-party lamp-Q interface
  • the third-party lamp-T pin group is provided with a third-party lamp-T/switch pin
  • the third-party lamp-T interface is provided with a third-party lamp negative interface
  • the third-party lamp-T/switch pin and the third-party lamp output unit The input terminal is connected, and the output end of the third-party lamp output unit is connected to the third-party lamp negative interface.
  • the voltage stabilizing unit is provided with a fuse FUSE, a diode D100, a capacitor C101, a capacitor C102, a resistor R101 and a chip U120;
  • the main control module is further provided with a capacitor C103 and a capacitor C104;
  • One end of the fuse FUSE is connected to the potential of +12V, the other end of the fuse is VDD, the other end of the fuse is connected with the anode of the diode D100, the negative pole of the diode D100 is connected with one end of the resistor R101, one end of the capacitor C102, one end of the capacitor C101, the other end of the capacitor C101, the capacitor The other end of C102, the pin 1 of chip U120, the end of capacitor C103, the end of capacitor C104 are grounded, the other end of capacitor C103, the other end of capacitor C104, the pin 2 of chip U120 is connected to the VCC pin of chip U110, the pin 3 of chip U120 and the resistor R101 is connected at the other end; the model of the chip U120 is HT7530;
  • the combined warning light switch signal output unit is provided with a resistor R102, a diode D102, a three-stage tube Q109, a MOSFET tube Q101 and a resistor R1011.
  • One end of the resistor R1011 is connected with a combined warning light switch pin of the corresponding chip U110, and the resistor R1011 is additionally connected.
  • One end is connected to the base of the transistor Q109, the collector of the transistor Q109 is connected to one end of the resistor R102, the cathode of the diode D102, the gate of the MOSFET Q101, the anode of the diode D102, the source of the MOSFET Q101, and the emitter of the transistor Q109. Both are grounded, the other end of the resistor R102 is connected to the cathode of the diode D100, and the drain of the MOSFET Q101 is connected to the corresponding combined warning light negative interface;
  • the combined warning mode switch output unit is provided with a resistor R105, a resistor R1026, a resistor R1025, a resistor R1014, a transistor Q1012 and a transistor Q1018; one end of the resistor R105, the emitter of the transistor Q1012 is connected to the cathode of the diode D100, and the base of the transistor Q1012, The other end of the resistor R105 is connected to one end of the resistor R1026, the collector of the transistor Q1012 is connected to one end of the resistor R1025, the other end of the resistor R1025 is connected to the corresponding combined warning mode interface, and the other end of the resistor R1026 is connected to the collector of the transistor Q1018.
  • the emitter of the transistor Q1018 is grounded, the base of the transistor Q1018 is connected to one end of the resistor R1014, and the other end of the resistor R1014 is connected to the combined warning mode interface in the corresponding combined lamp interface;
  • the combined warning 50% mode switch output unit is provided with a resistor R108, a resistor R1032, a resistor R1031, a transistor Q1015, a transistor Q1021 and a resistor R1017.
  • One end of the resistor R108, the emitter of the transistor Q1015 is connected to the cathode of the diode D100, and the resistor R108 is further connected.
  • One end is connected to the base of the transistor Q1015 and one end of the resistor R1032, the collector of the transistor Q1015 is connected to one end of the resistor R1031, the other end of the resistor R1031 is connected with the corresponding combination warning 50% interface, the other end of the resistor R1032 and the collector of the transistor Q1021 Connection, the emitter of the transistor Q1021 is grounded, the base of the transistor Q1021 is connected to one end of the resistor R1017, and the other end of the resistor R1017 is connected to the 50% pin of the combined warning lamp in the corresponding combination lamp pin group;
  • the rotating light switch output unit is provided with a resistor R1020, a transistor Q1024, a diode D105, a MOSFET tube Q104 and a resistor R1041; one end of the resistor R1020 is connected to the cathode of the diode D100, and the other end of the resistor R1020 is connected with the cathode of the diode D105 and the transistor Q1024.
  • the gate of the electrode and the MOSFET is connected.
  • the emitter of the transistor Q1024, the anode of the diode D105, and the source of the MOSFET are grounded.
  • the drain of the MOSFET is connected to the corresponding negative interface of the rotating lamp.
  • the base of the transistor Q1024 and the resistor R1040 One end of the connection, the other end of the resistor R1040 is connected to the corresponding rotating light switch pin;
  • the warning light switch output unit is provided with a resistor R103, a diode D103, a three-stage tube Q1010, a MOSFET tube Q102 and a resistor R1011.
  • One end of the resistor R1012 is connected with a warning light switch pin of the corresponding chip U110, and the other end of the resistor R1012 and the triode
  • the base of the Q1010 is connected.
  • the collector of the transistor Q1010 is connected to one end of the resistor R103, the cathode of the diode D103, and the gate of the MOSFET Q102.
  • the anode of the diode D103 is connected to the source of the MOSFET Q102 and the emitter of the transistor Q1012.
  • the other end of the resistor R103 is connected to the negative pole of the diode D100, and the drain of the MOSFET tube Q102 is connected to the negative light of the warning light in the corresponding warning light interface;
  • the warning light mode switch output unit is provided with a resistor R106, a resistor R1028, a resistor R1015, a resistor R1027, a transistor Q1013 and a transistor Q1019; an anode of the resistor R106, an emitter of the transistor Q1013 is connected with a cathode of the diode D100, and a base of the transistor Q1013,
  • the other end of the resistor R106 is connected to one end of the resistor R1028, the collector of the transistor Q1013 is connected to one end of the resistor R1027, the other end of the resistor R1027 is connected to the corresponding warning mode interface, and the other end of the resistor R1028 is connected to the collector of the transistor Q1019.
  • the emitter of the transistor Q1019 is grounded, the base of the transistor Q1019 is connected to one end of the resistor R1015, and the other end of the resistor R1015 is connected to the warning light mode interface of the corresponding warning light interface;
  • the 50% brightness switch output unit of the warning lamp is provided with a resistor R109, a resistor R1034, a resistor R1033, a transistor Q1016, a transistor Q1022 and a resistor R1018.
  • One end of the resistor R109, the emitter of the transistor Q1016 is connected to the cathode of the diode D100, and the resistor R109 is further connected.
  • One end is connected with the base of the transistor Q1016 and one end of the resistor R1034.
  • the collector of the transistor Q1016 is connected to one end of the resistor R1033, the other end of the resistor R1033 is connected with the corresponding police light 50%, and the other end of the resistor R1034 is connected with the transistor Q1022.
  • the electrode is connected, the emitter of the transistor Q1022 is grounded, the base of the transistor Q1022 is connected to one end of the resistor R1018, and the other end of the resistor R1018 is connected to the 50% pin of the warning lamp in the corresponding warning lamp pin group;
  • the third-party lamp output switch unit is provided with a resistor R1022, a resistor R1037, a diode D107, a transistor Q1026 and a MOSFET tube Q106; one end of the resistor R1037 is connected to a corresponding third-party lamp switch pin, and the other end of the resistor R1037 is connected to the base of the transistor Q1026. Connection, the collector of the transistor Q1026 is connected to the cathode of the diode D107 and the gate of the MOSFET, the other end of the resistor R1037 is connected to the cathode of the diode D100, the emitter of the transistor Q1026, the anode of the diode D107, and the source of the MOSFET Q106 are both connected. Grounded, the drain of MOSFET Q106 is connected to the corresponding third-party lamp negative interface.
  • the intelligent lighting control mechanism is provided with a Bluetooth receiving module, a main control module and a plurality of light source interfaces;
  • the Bluetooth receiving module includes a plurality of sub-Bluetooth receiving modules
  • the main control module includes a plurality of sub-master control modules, each of which is respectively provided with a sub-Bluetooth receiving module and a sub-master control module; each sub-Bluetooth receiving module set by the light source interface Receiving a control signal of the terminal control device, and transmitting the control signal to the sub-master module, the sub-master module controlling the corresponding light source interface, and controlling the lighting condition of the lamp connected to the light source interface;
  • Each set of corresponding sub-Bluetooth receiving module, sub-master module and corresponding light source interface is disposed outside the corresponding lamp body or disposed in the corresponding lamp body.
  • the terminal control device and the intelligent lighting control mechanism perform signal transmission by using 2.4G technology or 433 infrared remote control technology.
  • the vehicle intelligent lighting control system of the invention is provided with: a terminal control device for setting a light control signal, and wirelessly transmitting the light control signal to the intelligent light control mechanism; the multi-interface multi-light type control box is installed in the vehicle The body is connected with a plurality of modified lamp lights, and the multi-interface multi-lamp type control box is provided with an intelligent light control mechanism, and the intelligent light control mechanism receives the light control signal transmitted by the terminal control device, and correspondingly according to the light control signal The lights are signaled.
  • the vehicle uses an intelligent lighting control system to output a control signal through a terminal control device, receive a control signal through an intelligent light control mechanism, and output a control corresponding light, which can adjust brightness, color temperature, light type, rotation, mode, etc. of different lights. , free to adjust the lighting situation.
  • FIG. 1 is a schematic structural view of an intelligent lighting control system for a vehicle according to the present invention.
  • FIG. 2 is a partial schematic view of the main control module of the intelligent lighting control mechanism of the vehicle intelligent lighting control system of the present invention.
  • FIG. 3 is a circuit diagram of a combined warning light switch signal output unit, a combined warning mode switch output unit, a combined warning 50% mode switch output unit, and a main control module and a light source interface.
  • FIG. 4 is a circuit diagram of a rotary light switch output unit, a third-party light switch output unit, and a main control module and a light source interface.
  • FIG. 5 is a circuit diagram of a corresponding connection of a warning light switch output unit, a warning light mode switch output unit, a warning light 50% brightness switch output unit, a main control module, and a light source interface.
  • Terminal control device A multi-interface multi-light type control box B, modified lamp C, intelligent lighting control mechanism 100, Bluetooth receiving module 110, main control module 120, voltage stabilizing unit 122, combined warning light switch signal output unit 123
  • the combined warning mode switch output unit 124, the combined warning 50% mode switch output unit 125, the rotary light switch output unit 126, the warning light switch output unit 127, the warning light mode switch output unit 128, the warning light 50% brightness switch output unit 129 The third party lamp output switch unit 1210 and the light source interface 130.
  • a vehicle intelligent lighting control system as shown in Figure 1, is provided with:
  • the terminal control device A is configured to set a light control signal, and wirelessly transmit the light control signal to the intelligent light control mechanism 100;
  • the multi-interface multi-light type control box B is installed in the vehicle body, and is connected with a plurality of modified vehicles.
  • the lamp C, the multi-interface multi-lamp type control box B is provided with an intelligent light control mechanism 100, and the intelligent light control mechanism 100 receives the light control signal transmitted by the terminal control device A, and performs signal control on the corresponding lamp according to the light control signal. .
  • the terminal control device A and the intelligent light control mechanism 100 perform signal transmission in a Bluetooth manner.
  • Bluetooth mode you can take advantage of the Bluetooth function that comes with most mobile devices, which is convenient and low cost.
  • the signal transmission mode of the terminal control device A and the intelligent lighting control system is not limited to the Bluetooth mode of the embodiment, and the signal transmission may be performed by 2.4G technology or by 433 infrared remote control technology or other wireless transmission mode.
  • the terminal control device A may be a mobile phone APP software or a liquid crystal touch control panel, and the terminal control device A has a Bluetooth transmitting module.
  • the intelligent lighting control mechanism 100 outputs corresponding control signals to the lighting combination lamp group, the atmosphere lamp group, the direction rotating lamp group, the warning lamp group, the other lamp type, and the third party lamp group according to the control signal output by the terminal control device A.
  • the terminal controls the device A, and the user performs operation setting through the terminal control device A, and outputs a control signal to the vehicle lamp.
  • the terminal control device A outputs at least one of the following control signals:
  • Switching, brightness, color temperature, light type, backlight, warning state control signal for lighting combination lamp group switch and color control signal for ambient light group; switch for rotating direction light group, up and down rotation, left and right rotation, speed, Brightness, light type, backlight control signal; switch, brightness, mode control signal for warning light group; switch, brightness, speed, color control signals for other lamp types and third-party lamp groups.
  • the object of the control end is to add various functional lights modified to the vehicle body. Grouped from the light type, including lighting combination light set, illumination set, direction rotating light set, warning light set, other light type and third party light set mainly used for illumination.
  • the lighting combination lamp group includes driving lights, long strip lights, work lights, indoor lights, etc., and needs to perform switch control, color temperature control, brightness control, light type control, backlight control, warning state control, and the like.
  • the ambient light group includes blue light, red light, green light, etc., and needs to be switched and color set.
  • the direction rotating lamp group mainly includes remote control lights, stage lights, landscape lights and other rotating lights, and needs to be switched, up and down, left and right rotation, speed control, brightness control, and the like.
  • the warning light group mainly serves as a warning function, and needs to be controlled such as switching, brightness, synchronization, mode switching, and the like.
  • Other lamp types and third-party lamp sets are not divided into other lamp types, such as chassis lights, in the above categories.
  • the third-party lamp type refers to other lamps that have not been installed in the car, and only controls the third-party lamps.
  • the intelligent lighting control mechanism 100 outputs corresponding control signals to the lighting combination lamp group, the atmosphere lamp group, the direction rotating lamp group, the warning lamp group, the other lamp type, and the third party lamp group according to the control signal output by the terminal control device A.
  • the lighting combination lamp of the lighting combination lamp group adopts a double color temperature light source, and realizes the color temperature regulation of the illumination combination lamp by controlling the illumination condition of the different color temperature light sources.
  • the dual color temperature light source includes a white LED lamp bead and a yellow LED lamp bead.
  • the intelligent light control mechanism 100 receives the corresponding control signal to control the brightness of the white LED lamp bead and the yellow LED lamp bead.
  • the white LED lamp bead is lit 100% and the yellow LED bead is turned off, the overall white color temperature.
  • the white LED bead is turned off and the yellow LED bead is lit 100%, the overall color is yellow.
  • the white LED lamp bead and the yellow LED lamp bead are each illuminated 50%, it is neutral light. Thereby achieving a color temperature adjustment of the lighting combination lamp.
  • the terminal control device A is a mobile phone APP software or a liquid crystal touch control panel, and the terminal control device A is provided with a Bluetooth transmitting module.
  • the intelligent lighting control mechanism 100 is provided with a Bluetooth receiving module 110, a main control module 120 and a plurality of light source interfaces 130; the light source interface 130 is connected to the pins of the main control module 120, and different lights are connected to the intelligent lighting control mechanism through the light source interface 130. 100.
  • the Bluetooth receiving module 110 receives the control signal transmitted by the Bluetooth transmitting module, and sends the control signal to the main control module 120.
  • the main control module 120 controls the corresponding output pin end according to the received control signal, and the output pin is connected to the corresponding light source interface 130.
  • the Bluetooth receiving module 110 is integrated in the main control module 120, and the pin of the main control module 120 outputs a high level or low level signal to control whether the corresponding working condition of the lamp is turned on or off.
  • the main control module 120 is provided with a chip U110, a voltage stabilizing unit 122, and a signal output unit.
  • the chip U110 is a main control chip integrated with the Bluetooth receiving module 110, and the signal output unit is correspondingly connected between the pin of the chip U110 and the light source interface 130.
  • the chip U110 can be used as the chip in any chip capable of realizing its function, and a specific model is not exemplified herein. Those skilled in the art will be aware of the chip options that are met when providing specific chip functionality.
  • the light source interface 130 is provided with M groups of interfaces for connecting the illumination combination lamps, respectively, a combination lamp-1 interface, a combination lamp-2 interface, ..., a combination lamp-K interface, ..., a combination lamp-M interface, and M is a natural number.
  • K is a natural number, 1 ⁇ K ⁇ M.
  • the light source interface 130 is provided with N sets of interfaces for connecting the ambient light, respectively, an ambient light-1 interface, an ambient light-2 interface, ..., an ambient light-S interface, ..., an ambient light-N interface, N is a natural number, S For natural numbers, 1 ⁇ S ⁇ N.
  • the light source interface 130 is provided with an interface of the P group connecting direction rotating lights, respectively, a rotating light-1 interface, a rotating light-2 interface, ..., a rotating light-L interface, ..., a rotating light-P interface, P is a natural number, L is a natural number, 1 ⁇ L ⁇ P.
  • the light source interface 130 is provided with an interface of the F group connecting the warning lights, respectively, the police light-1 interface, the police light-2 interface, ..., the police light-E interface, ..., the police light-F interface, F is a natural number, E For natural numbers, 1 ⁇ E ⁇ F.
  • the light source interface 130 is provided with an interface of the Q group to connect other lamp types and third-party lights, respectively, a third-party light-1 interface, a third-party light-2 interface, ..., a third-party light-T interface, ..., a third-party light -Q interface, Q is a natural number, T is a natural number, 1 ⁇ T ⁇ Q.
  • the chip U110 is correspondingly provided with:
  • the combination lamp-1 pin group is connected to the combination lamp-1 interface.
  • the combination lamp-2 pin group is connected with the combination lamp-2 interface.
  • the combination lamp-K pin group is connected with the combination lamp-K interface
  • the combination lamp-M pin group is connected to the combination lamp-M interface.
  • Combination lamp-K pin group is provided with combination lamp-K/high beam W pin, combination lamp-K/high beam Y pin, combination lamp-K/low beam W pin and combination lamp-K/low beam Y Pin
  • the combination lamp-K interface is provided with a high beam W interface, a high beam Y interface, a low beam W interface and a low beam Y interface; the high beam W interface of the combined lamp K interface is combined with the combination lamp -K/high beam W pin, combination
  • the high-light Y interface of the lamp K interface is connected with the combination lamp-K/high-beam Y pin, and the low-beam W interface of the combination lamp K interface is connected with the combination lamp-K/low-beam W pin, and the low beam of the combined lamp K interface
  • the Y interface is connected to the combination lamp -K/low beam Y pin.
  • At least one set of combined light interfaces of the M group connected to the lighting combination lamp is provided with a background optical interface, a combined warning light negative interface, a combined warning 50% interface and a combined warning mode interface;
  • the M group lighting combination lamp pin group exists at least A set of combined lamp pin sets are provided with a backlight pin, a combined warning light switch pin, a combined warning light mode pin, and a combined warning light 50% pin.
  • the background light pin is connected to the background optical interface, and the combined warning light switch pin is connected to the input end of the corresponding combined light switch signal output unit 123, and the combined output of the warning light switch signal output unit 123 and the corresponding combined warning light Negative interface connection.
  • the combined warning light mode pin is connected to the input end of the corresponding combined warning mode switch output unit 124, and the output end of the combined warning mode switch output unit 124 is connected to the corresponding combined warning mode interface.
  • the combined warning light 50% pin is connected to the input of the corresponding combined warning 50% mode switch output unit 125, and the output of the combined warning 50% mode switch output unit 125 is connected to the corresponding combined warning 50% interface.
  • N sets of ambience lamp pin sets respectively: Ambient lamp - 1 pin group, Ambient lamp - 2 pin group, ..., Ambient lamp - S pin group, ..., Ambient lamp - N pin group;
  • the Ambient Light-1 pin group is connected to the Ambient Light-1 interface.
  • the Ambient Light-2 pin group is connected to the Ambient Light-2 interface.
  • the ambient light-S pin group is connected to the ambient light-S interface.
  • the ambience lamp-N pin group is connected to the ambience lamp-N interface.
  • Ambient light-S pin group is provided with Ambient light-S/R pin, Ambient light-S/G pin and Ambient light-S/B pin;
  • Ambient light-S interface is set with R red light interface, G green Optical interface, B blue light interface, ambient light-S/R pin and R red light interface of the ambient light-S interface, ambient light-S/G pin and G light interface of the ambient light-S interface, atmosphere
  • the lamp-S/B pin is connected to the B blue light interface of the ambient light-S interface.
  • P group rotating lamp pin group respectively, rotating lamp - 1 pin group, rotating lamp - 2 pin group, ..., rotating lamp - L pin group, ..., rotating lamp - P pin group;
  • the rotating light-1 pin group is connected to the rotating light-1 interface.
  • the rotating lamp-2 pin group is connected to the rotating lamp-2 interface.
  • the rotating lamp-L pin group is connected to the rotating lamp-L interface
  • the rotating lamp-P pin group is connected to the rotating lamp-P interface.
  • Rotating lamp-L pin group is provided with rotating lamp-L/switch pin, rotating lamp-L/rotation speed pin, rotating lamp-L/upper pin, rotating lamp-L/down pin, rotating lamp -L/Left turn pin, Rotating lamp-L/Right turn pin, Rotating lamp-L/Brightness pin;
  • the rotating lamp-L interface is provided with a rotating light negative interface, a rotating speed interface, a turning interface, a down interface, a left turn interface, a right turn interface, and a brightness interface;
  • the rotating lamp-L/rotation speed pin is connected with the rotating speed interface of the rotating lamp-L interface, and the rotating lamp-L/uppering pin is connected with the rotating interface of the rotating lamp-L interface, and the rotating lamp-L/down is cited.
  • the foot is connected with the down-converting interface of the rotating lamp-L interface, and the rotating lamp-L/left-turn pin is connected with the left-turn pin of the rotating lamp-L interface, and the rotating lamp-L/right-turning pin and the rotating lamp-L interface
  • the right-turn interface is connected, the rotating light-L/brightness pin is connected with the brightness interface of the rotating light-L interface; the rotating light-L/switching pin is connected with the input end of the rotating light switch output unit 126, and the rotating light switch output unit
  • the output of 126 is connected to the negative interface of the rotating light of the rotating light-L interface.
  • Warning light pin group respectively, alarm light-1 pin group, warning light-2 pin group, ..., warning light-E pin group, ..., warning light-F pin group;
  • the warning light-1 pin group is connected to the warning light-1 interface.
  • the warning light-2 pin group is connected to the warning light-2 interface.
  • the warning light-E pin group is connected to the warning light-E interface.
  • the warning light-F pin group is connected to the warning light-F interface.
  • the warning light-E pin group is provided with a warning light-E/switch pin, a warning light-E/mode switching pin, a warning light-E/alarm light 50% pin; a warning light-E interface is provided with a warning light negative Interface, police light 50% bright interface and police light mode interface.
  • the warning light-E/switch pin is connected to the input end of the corresponding warning light switch output unit 127, and the output end of the warning light switch output unit 127 is connected with the corresponding warning light of the warning light-E interface, the warning light-E The / mode switching pin is connected to the input end of the corresponding warning light mode switch output unit 128, and the output end of the warning light mode switch output unit 128 is connected with the corresponding warning light mode interface of the police light-E interface, the warning light -E/ The 50% pin of the warning light is connected with the input end of the corresponding 50% brightness switch output unit 129 of the warning light. The output end of the warning light 50% brightness switch output unit is connected with the corresponding alarm light of the warning light-E interface. .
  • the third-party lamp-1 pin group is connected to the third-party lamp-1 interface.
  • the third-party lamp-2 pin group is connected to the third-party lamp-2 interface.
  • the third-party lamp-T pin group is connected to the third-party lamp-T interface
  • the third-party lamp-Q pin group is connected with the third-party lamp-Q interface
  • the third-party lamp-T pin group is provided with a third-party lamp-T/switch pin
  • the third-party lamp-T interface is provided with a third-party lamp negative interface
  • the third-party lamp-T/switch pin and the third-party lamp output unit The input terminal is connected, and the output end of the third-party lamp output unit is connected to the third-party lamp negative interface.
  • the voltage stabilizing unit 122 is provided with a fuse FUSE, a diode D100, a capacitor C101, a capacitor C102, a resistor R101, and a chip U120.
  • the main control module 120 is further provided with a capacitor C103 and a capacitor C104;
  • One end of the fuse FUSE is connected to the +12V potential, the other end of the fuse is VDD, the other end of the fuse is connected to the positive pole of the diode D100, the negative pole of the diode D100 is connected with one end of the resistor R101, one end of the capacitor C102, one end of the capacitor C101, the other end of the capacitor C101, the capacitor C102 One end, one pin of chip U120, one end of capacitor C103, one end of capacitor C104 are grounded, the other end of capacitor C103, the other end of capacitor C104, the pin 2 of chip U120 is connected to the VCC pin of chip U110, the pin 3 of chip U120 and the resistor R101 One end is connected; the model of the chip U120 is HT7530.
  • the combined warning light switch signal output unit 123 is provided with a resistor R102, a diode D102, a three-stage tube Q109, a MOSFET tube Q101 and a resistor R1011.
  • One end of the resistor R1011 is connected with a combined warning light switch pin of the corresponding chip U110, and the other end of the resistor R1011 Connected to the base of the transistor Q109, the collector of the transistor Q109 is connected to one end of the resistor R102, the cathode of the diode D102, and the gate of the MOSFET Q101.
  • the anode of the diode D102 and the source of the MOSFET Q101 and the emitter of the transistor Q109 are both Grounding, the other end of the resistor R102 is connected to the cathode of the diode D100, and the drain of the MOSFET Q101 is connected to the corresponding combined warning light negative interface.
  • the combined warning mode switch output unit 124 is provided with a resistor R105, a resistor R1026, a resistor R1025, a resistor R1014, a transistor Q1012 and a transistor Q1018; one end of the resistor R105, the emitter of the transistor Q1012 is connected to the cathode of the diode D100, and the base and the resistor of the transistor Q1012
  • the other end of the R105 is connected to one end of the resistor R1026, the collector of the transistor Q1012 is connected to one end of the resistor R1025, the other end of the resistor R1025 is connected to the corresponding combined warning mode, and the other end of the resistor R1026 is connected to the collector of the transistor Q1018.
  • the emitter of the transistor Q1018 is grounded, the base of the transistor Q1018 is connected to one end of the resistor R1014, and the other end of the resistor R1014 is connected to the combined warning mode interface in the corresponding combined lamp interface.
  • the combination warning 50% mode switch output unit 125 is provided with a resistor R108, a resistor R1032, a resistor R1031, a transistor Q1015, a transistor Q1021 and a resistor R1017.
  • One end of the resistor R108, the emitter of the transistor Q1015 is connected to the cathode of the diode D100, and the other end of the resistor R108.
  • the collector of the transistor Q1015 is connected to one end of the resistor R1031, the other end of the resistor R1031 is connected to the corresponding combination warning 50%, and the other end of the resistor R1032 is connected to the collector of the transistor Q1021.
  • the emitter of the transistor Q1021 is grounded, the base of the transistor Q1021 is connected to one end of the resistor R1017, and the other end of the resistor R1017 is connected to the 50% pin of the combined warning lamp in the corresponding combined lamp pin group.
  • the rotating light switch output unit 126 is provided with a resistor R1020, a transistor Q1024, a diode D105, a MOSFET tube Q104 and a resistor R1041; one end of the resistor R1020 is connected to the cathode of the diode D100, and the other end of the resistor R1020 is connected to the cathode of the diode D105 and the collector of the transistor Q1024.
  • the gate of the MOSFET is connected, the emitter of the transistor Q1024, the anode of the diode D105, and the source of the MOSFET are grounded.
  • the drain of the MOSFET is connected to the corresponding negative interface of the rotating lamp, and the base of the transistor Q1024 is connected to the resistor R1040. One end is connected, and the other end of the resistor R1040 is connected to the corresponding rotating light switch pin.
  • the warning light switch output unit 127 is provided with a resistor R103, a diode D103, a three-stage tube Q1010, a MOSFET tube Q102 and a resistor R1011.
  • One end of the resistor R1012 is connected to the warning light switch pin of the corresponding chip U110, and the other end of the resistor R1012 and the transistor Q1010.
  • the base connection, the collector of the transistor Q1010 is connected to one end of the resistor R103, the cathode of the diode D103, and the gate of the MOSFET Q102.
  • the anode of the diode D103 and the source of the MOSFET Q102 and the emitter of the transistor Q1012 are grounded.
  • the other end of R103 is connected to the cathode of diode D100, and the drain of MOSFET Q102 is connected to the negative interface of the warning light in the corresponding warning light interface.
  • the warning light mode switch output unit 128 is provided with a resistor R106, a resistor R1028, a resistor R1015, a resistor R1027, a transistor Q1013 and a transistor Q1019.
  • One end of the resistor R106, the emitter of the transistor Q1013 is connected to the cathode of the diode D100, and the base and the resistor of the transistor Q1013.
  • the other end of the R106 is connected to one end of the resistor R1028, the collector of the transistor Q1013 is connected to one end of the resistor R1027, the other end of the resistor R1027 is connected to the corresponding warning mode interface, and the other end of the resistor R1028 is connected to the collector of the transistor Q1019, the triode
  • the emitter of Q1019 is grounded, the base of transistor Q1019 is connected to one end of resistor R1015, and the other end of resistor R1015 is connected to the warning mode interface of the corresponding warning light interface.
  • the warning light 50% brightness switch output unit 129 is provided with a resistor R109, a resistor R1034, a resistor R1033, a transistor Q1016, a transistor Q1022 and a resistor R1018.
  • One end of the resistor R109, the emitter of the transistor Q1016 is connected to the cathode of the diode D100, and the other end of the resistor R109.
  • the collector of the transistor Q1016 is connected to one end of the resistor R1033, the other end of the resistor R1033 is connected to the corresponding police light 50%, the other end of the resistor R1034 and the collector of the transistor Q1022 Connection, the emitter of the transistor Q1022 is grounded, the base of the transistor Q1022 is connected to one end of the resistor R1018, and the other end of the resistor R1018 is connected to the 50% pin of the corresponding warning lamp pin group.
  • the third-party lamp output switch unit 1210 is provided with a resistor R1022, a resistor R1037, a diode D107, a transistor Q1026 and a MOSFET tube Q106; one end of the resistor R1037 is connected to a corresponding third-party light switch pin, and the other end of the resistor R1037 is connected to the base of the transistor Q1026.
  • the collector of the transistor Q1026 is connected to the cathode of the diode D107 and the gate of the MOSFET.
  • the other end of the resistor R1037 is connected to the cathode of the diode D100.
  • the emitter of the transistor Q1026, the anode of the diode D107, and the source of the MOSFET Q106 are grounded.
  • the drain of the MOSFET Q106 is connected to the corresponding third-party lamp negative interface.
  • the intelligent lighting control system for vehicle of the invention is connected with the light source of the automobile according to the function, and is connected with the light source interface 130 according to the function, and the light working state is set by the terminal control device A and wirelessly transmitted to the intelligent light control mechanism 100, and the intelligent lighting control is performed.
  • the Bluetooth receiving module 110 of the mechanism 100 receives the control signal and sends it to the main control module 120.
  • the main control module 120 outputs a corresponding signal according to the received control signal, so that the lamp connected to the light source interface 130 operates according to the output control signal. .
  • the intelligent lighting control system for vehicle of the invention can perform various working mode control on various lamp types installed on the vehicle body, and greatly expands the lamp type balance, function expansion, human-computer interaction experience of the vehicle and the like, and enables the light control. More convenient and intelligent.
  • An intelligent lighting control system for a vehicle is the same as that of Embodiment 1, except that
  • the Bluetooth receiving module includes a plurality of sub-Bluetooth receiving modules
  • the main control module includes a plurality of sub-master control modules, each of which is respectively provided with a sub-Bluetooth receiving module and a sub-master control module; each sub-Bluetooth receiving module set by the light source interface
  • the control signal of the terminal control device is received and sent to the sub-master module, and the sub-master module controls the corresponding light source interface to control the lighting condition of the lamp connected to the light source interface.
  • Each set of corresponding sub-Bluetooth receiving module, sub-master module and corresponding light source interface is disposed outside the corresponding lamp body or disposed in the corresponding lamp body.
  • each light source is separately communicated with the terminal mobile control device to perform lamp control. That is to say in a discrete mode.
  • An intelligent lighting control system for a vehicle is the same as that of the first embodiment, except that in this embodiment, two sets of combined lights, one set of ambient lights, one set of rotating lights, two sets of warning lights and two groups are provided. Third party lights.
  • the number of the specific light sources that are specifically set by the intelligent lighting control system is not limited to the number of the embodiment, and can be flexibly set according to specific needs, which is subject to actual needs.

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Abstract

一种车用智能灯光控制系统，设置有终端控制设备，用于设置灯光控制信号，并将灯光控制信号以无线方式输送至智能灯光控制机构（100）；多接口多灯型控制盒（B），安装于车体，连接有多个加改装的车灯（C），多接口多灯型控制盒（B）设置有智能灯光控制机构（100），智能灯光控制机构（100）接收终端控制设备（A）传输的灯光控制信号，并根据灯光控制信号对相应的车灯（C）进行信号控制。该车用智能灯光控制系统，通过终端控制设备（A）输出控制信号，通过智能灯光控制机构（100）接收控制信号并输出控制对应的车灯，能够对不同车灯进行亮度、色温、光型、旋转、模式等调节，可自由调节灯光情况。

Description

车用智能灯光控制系统 技术领域
本发明涉及汽车车灯后续加改装技术领域，特别是涉及一种车用智能灯光控制系统。
背景技术
汽车已成为人们生活的重要交通工具之一，随着技术的发展，原配车灯的性能已经得到了大大提高。
但是，现有技术中的车灯能够进行简单的照明、警示或者其它开关操作,不能进行灯光色温、模式、光型等变化。在实际使用中，由于汽车所处的环境、气候、情景等会发生不定性的变化，包括光线、天气等各种因素变化，驾驶员可能对灯光的需求不同。
为了进一步提高驾驶安全，实现操作灵活性，需要对汽车车灯系统进行加改装，然而，现有技术中加改装系统的控制方式多以开关线组、遥控或物理按键方式实现单灯或多灯操控，存在操控不方便、可操控的性能有限，不具备色温调节、亮度调节、智能光型调节、旋转调节、模式调节等需求。
因此，针对现有技术不足，提供一种车用智能灯光控制系统以克服现有技术不足甚为必要。
发明内容
本发明的目的在于避免现有技术的不足之处而提供一种车用智能灯光控制系统，该车用智能灯光控制系统能够对不同车灯进行亮度、色温、光型、旋转、模式等调节，能够自由调节灯光情况。
本发明的上述目的通过如下技术手段实现。
提供一种车用智能灯光控制系统，设置有:终端控制设备,用于设置灯光控制信号，并将灯光控制信号以无线方式输送至智能灯光控制机构；多接口多灯型控制盒，安装于车体，连接有多个加改装的车灯，所述多接口多灯型控制盒设置有智能灯光控制机构，智能灯光控制机构接收终端控制设备传输的灯光控制信号，并根据灯光控制信号对相应的车灯进行信号控制。
优选的，上述终端控制设备与所述智能灯光控制机构以蓝牙方式进行信号传输。
优选的，上述终端控制设备至少输出如下一种控制信号：对照明组合灯组的开关、亮度、色温、光型、背景光、警示状态控制信号；
对氛围灯组的开关、颜色控制信号；
对方向旋转灯组的开关、上下旋转、左右旋转、速度、亮度、光型、背景光控制信号；
对警示灯组的开关、亮度、模式控制信号；
对其它灯型及第三方灯组的开关、亮度、速度、颜色控制信号；
所述智能灯光控制机构根据所述终端控制设备输出的控制信号对照明组合灯组、氛围灯组、方向旋转灯组、警示灯组、其它灯型及第三方灯组输出对应的操控信号；
照明组合灯组的照明组合灯采用双色温光源，通过控制不同色温光源的发光情况实现照明组合灯的色温调控。
优选的，上述双色温光源包括白光LED灯珠和黄光LED灯珠。
优选的，上述终端控制设备为手机APP软件或者为液晶触摸控制面板，所述终端控制设备设置有蓝牙发射模块。
优选的，上述智能灯光控制机构设置有蓝牙接收模块、主控模块和多个光源接口；光源接口与主控模块的引脚连接，不同的车灯通过光源接口接入智能灯光控制机构；
蓝牙接收模块接收蓝牙发射模块发射的控制信号，并发送至主控模块，主控模块根据所接收的控制信号控制对应的输出引脚端，输出引脚与对应的光源接口连接。
优选的，上述蓝牙接收模块集成于所述主控模块，所述主控模块的引脚输出高电平或低电平信号，控制对应的车灯工作状况的开启或者关闭。
优选的，上述主控模块设置有芯片U110、稳压单元及信号输出单元；芯 片U110为集成有蓝牙接收模块的主控芯片，所述信号输出单元对应连接于芯片U110的引脚与光源接口之间；
所述光源接口设置有M组连接照明组合灯的接口，分别为组合灯-1接口、组合灯-2接口、……、组合灯-K接口、……、组合灯-M接口，M为自然数，K为自然数，1≤K≤M；
所述光源接口设置有N组连接氛围灯的接口，分别为氛围灯-1接口、氛围灯-2接口、……、氛围灯-S接口、……、氛围灯-N接口，N为自然数，S为自然数，1≤S≤N；
所述光源接口设置有P组连接方向旋转灯的接口，分别为旋转灯-1接口、旋转灯-2接口、……、旋转灯-L接口、……、旋转灯-P接口，P为自然数，L为自然数，1≤L≤P；
所述光源接口设置有F组连接警示灯的接口，分别为警灯-1接口、警灯-2接口、……、警灯-E接口、……、警灯-F接口，F为自然数，E为自然数，1≤E≤F；
所述光源接口设置有Q组连接其它灯型及第三方灯的接口，分别为第三方灯-1接口、第三方灯-2接口、……、第三方灯-T接口、……、第三方灯-Q接口，Q为自然数，T为自然数，1≤T≤Q；
所述芯片U110设置有：
M组照明组合灯引脚组，分别为组合灯-1引脚组、组合灯-2引脚组、……、组合灯-K引脚组、组合灯-K+1引脚组、……、组合灯-M引脚组；
组合灯-1引脚组与组合灯-1接口对应连接，
组合灯-2引脚组与组合灯-2接口对应连接，
……，
组合灯-K引脚组与组合灯-K接口对应连接，
……，
组合灯-M引脚组与组合灯-M接口对应连接；
组合灯-K引脚组设置有组合灯-K/远光W引脚、组合灯-K/远光Y引脚、组合灯-K/近光W引脚和组合灯-K/近光Y引脚；
组合灯-K接口设置有远光W接口、远光Y接口、近光W接口和近光Y接口；组合灯K接口的远光W接口与组合灯-K/远光W引脚连接，组合灯K接口的远光Y接口与组合灯-K/远光Y引脚连接，组合灯K接口的近光W接口与组合灯-K/近光W引脚连接，组合灯K接口的近光Y接口与组合灯-K/近光Y引脚连接；
M组连接照明组合灯的接口中至少存在一组的组合灯接口设置有背景光接口、组合警示灯负接口、组合警示50％接口和组合警示模式接口；M组照明组合灯引脚组至少存在一组组合灯引脚组设置有背景光引脚、组合警灯开关引脚、组合警灯模式引脚、组合警灯50％引脚；
背景光引脚与背景光接口对应连接，组合警灯开关引脚与对应的组合警灯开关信号输出单元的输入端连接，组合警灯开关信号输出单元的输出端与对应的组合警示灯负接口连接；
组合警灯模式引脚与对应的组合警示模式开关输出单元的输入端连接，组合警示模式开关输出单元的输出端与对应的组合警示模式接口连接，
组合警灯50％引脚与对应的组合警示50％模式开关输出单元的输入端连接，组合警示50％模式开关输出单元的输出端与对应的组合警示50％接口连接；
N组氛围灯引脚组，分别为氛围灯-1引脚组、氛围灯-2引脚组、……、氛围灯-S引脚组、……、氛围灯-N引脚组；
氛围灯-1引脚组与氛围灯-1接口对应连接，
氛围灯-2引脚组与氛围灯-2接口对应连接，
……，
氛围灯-S引脚组与氛围灯-S接口对应连接，
……，
氛围灯-N引脚组与氛围灯-N接口对应连接；
氛围灯-S引脚组设置有氛围灯-S/R引脚、氛围灯-S/G引脚和氛围灯-S/B引脚；氛围灯-S接口设置有R红光接口、G绿光接口、B蓝光接口，氛围灯-S/R引脚与氛围灯-S接口的R红光接口连接，氛围灯-S/G引脚与氛围灯-S接口的G绿光接口连接，氛围灯-S/B引脚与氛围灯-S接口的B蓝光接口连接；
P组旋转灯引脚组，分别为旋转灯-1引脚组、旋转灯-2引脚组、……、旋转灯-L引脚组、……、旋转灯-P引脚组；
旋转灯-1引脚组与旋转灯-1接口对应连接，
旋转灯-2引脚组与旋转灯-2接口对应连接，
……，
旋转灯-L引脚组与旋转灯-L接口对应连接，
……，
旋转灯-P引脚组与旋转灯-P接口对应连接；
旋转灯-L引脚组设置有旋转灯-L/开关引脚、旋转灯-L/转动速度引脚、旋转灯-L/上转引脚、旋转灯-L/下转引脚、旋转灯-L/左转引脚、旋转灯-L/右转引脚、旋转灯-L/亮度引脚；
旋转灯-L接口设置有旋转灯负接口、转动速度接口、上转接口、下转接口、左转接口、右转接口和亮度接口；
旋转灯-L/转动速度引脚与旋转灯-L接口的转动速度接口连接，旋转灯-L/上转引脚与旋转灯-L接口的上转接口连接，旋转灯-L/下转引脚与旋转灯-L接口的下转接口连接，旋转灯-L/左转引脚与旋转灯-L接口的左转引脚连接，旋转灯-L/右转引脚与旋转灯-L接口的右转接口连接，旋转灯-L/亮度引脚与旋转灯-L接口的亮度接口连接；旋转灯-L/开关引脚与旋转灯开关输出单元的输入端连接，旋转灯开关输出单元的输出端与旋转灯-L接口的旋转灯负接口连接；
F组警灯引脚组，分别为警灯-1引脚组、警灯-2引脚组、……、警灯-E引脚组、……、警灯-F引脚组；
警灯-1引脚组与警灯-1接口对应连接，
警灯-2引脚组与警灯-2接口对应连接，
……，
警灯-E引脚组与警灯-E接口对应连接，
……，
警灯-F引脚组与警灯-F接口对应连接；
警灯-E引脚组设置有警灯-E/开关引脚、警灯-E/模式切换引脚、警灯-E/警灯50％引脚；警灯-E接口设置有警示灯负接口、警灯50％亮接口和警灯模式接口；
警灯-E/开关引脚与对应的警灯开关输出单元的输入端连接，警灯开关输出单元的输出端与对应的警灯-E接口的警示灯负接口连接，警灯-E/模式切换引脚与对应的警灯模式开关输出单元的输入端连接，警灯模式开关输出单元的输出端与对应的警灯-E接口的警灯模式接口连接，警灯-E/警灯50％引脚与对应的警灯50％亮度开关输出单元的输入端连接，警示灯50％亮度开关输出单元的输出端与对应的警灯-E接口的警灯50％亮接口连接；
Q组第三方灯引脚组，分别为第三方灯-1引脚组、第三方灯-2引脚组、……、第三方灯-T引脚组、……、第三方灯-Q引脚组；
第三方灯-1引脚组与第三方灯-1接口对应连接，
第三方灯-2引脚组与第三方灯-2接口对应连接，
……，
第三方灯-T引脚组与第三方灯-T接口对应连接，
……，
第三方灯-Q引脚组与第三方灯-Q接口对应连接；
第三方灯-T引脚组设置有第三方灯-T/开关引脚，第三方灯-T接口设置有第三方灯负接口，第三方灯-T/开关引脚与第三方灯输出单元的输入端连接，第三方灯输出单元的输出端与第三方灯负接口连接。
优选的，上述稳压单元设置有保险丝FUSE、二极管D100、电容C101、 电容C102、电阻R101和芯片U120；
所述主控模块还设置有电容C103、电容C104；
所述保险丝FUSE的一端接+12V电位，保险丝另一端电位为VDD，保险丝另一端与二极管D100正极连接，二极管D100负极与电阻R101一端、电容C102一端、电容C101一端连接，电容C101另一端、电容C102另一端、芯片U120的1脚、电容C103一端、电容C104一端均接地，电容C103另一端、电容C104另一端、芯片U120的2脚接芯片U110的VCC引脚，芯片U120的3脚与电阻R101另一端连接；芯片U120的型号为HT7530；
所述组合警灯开关信号输出单元设置有电阻R102、二极管D102、三级管Q109、MOSFET管Q101和电阻R1011，电阻R1011的一端与对应的芯片U110的组合警灯开关引脚连接，电阻R1011另一端与三极管Q109的基极连接，三极管Q109的集电极与电阻R102一端连接、二极管D102的负极、MOSFET管Q101的栅极连接，二极管D102的正极与MOSFET管Q101的源极、三极管Q109的发射极均接地，电阻R102的另一端与二极管D100的负极连接，MOSFET管Q101的漏极与对应的组合警示灯负接口连接；
所述组合警示模式开关输出单元设置有电阻R105、电阻R1026、电阻R1025、电阻R1014、三极管Q1012和三极管Q1018；电阻R105一端、三极管Q1012的发射极与二极管D100的负极连接，三极管Q1012的基极、电阻R105的另一端与电阻R1026的一端连接，三极管Q1012的集电极与电阻R1025的一端连接，电阻R1025的另一端与对应的组合警示模式接口连接，电阻R1026的另一端与三极管Q1018的集电极连接，三极管Q1018的发射极接地，三极管Q1018的基极与电阻R1014的一端连接，电阻R1014的另一端与对应的组合灯接口中的组合警灯模式接口连接；
所述组合警示50％模式开关输出单元设置有电阻R108、电阻R1032、电阻R1031、三极管Q1015、三极管Q1021和电阻R1017，电阻R108的一端、三极管Q1015的发射极与二极管D100的负极连接，电阻R108另一端与三极管Q1015的基极、电阻R1032的一端连接，三极管Q1015的集电极与电阻R1031一端连接，电阻R1031另一端与对应的组合警示50％接口连接，电阻R1032的另一端与三极管Q1021的集电极连接，三极管Q1021的发射极接地，三极管Q1021的基极与电阻R1017的一端连接，电阻R1017的另一端与对应的组合灯引脚组中的组合警灯50％引脚连接；
所述旋转灯开关输出单元设置有电阻R1020、三极管Q1024、二极管D105、MOSFET管Q104和电阻R1041；电阻R1020的一端与二极管D100的负极连接，电阻R1020另一端与二极管D105的负极、三极管Q1024的集电极、MOSFET管的栅极连接，三极管Q1024的发射极、二极管D105的正极、MOSFET管的源极均接地，MOSFET管的漏极与对应的旋转灯负接口连接，三极管Q1024的基极与电阻R1040的一端连接，电阻R1040的另一端与对应的旋转灯开关引脚连接；
所述警灯开关输出单元设置有电阻R103、二极管D103、三级管Q1010、MOSFET管Q102和电阻R1011，电阻R1012的一端与对应的芯片U110的警示灯开关引脚连接，电阻R1012另一端与三极管Q1010的基极连接，三极管Q1010的集电极与电阻R103一端连接、二极管D103的负极、MOSFET管Q102的栅极连接，二极管D103的正极与MOSFET管Q102的源极、三极管Q1012的发射极均接地，电阻R103的另一端与二极管D100的负极连接，MOSFET管Q102的漏极与对应的警示灯接口中的警示灯负接口连接；
所述警灯模式开关输出单元设置有电阻R106、电阻R1028、电阻R1015、电阻R1027、三极管Q1013和三极管Q1019；电阻R106一端、三极管Q1013的发射极与二极管D100的负极连接，三极管Q1013的基极、电阻R106的另一端与电阻R1028的一端连接，三极管Q1013的集电极与电阻R1027的一端连接，电阻R1027的另一端与对应的警示模式接口连接，电阻R1028的另一端与三极管Q1019的集电极连接，三极管Q1019的发射极接地，三极管Q1019的基极与电阻R1015的一端连接，电阻R1015的另一端与对应的警示灯接口的警灯模式接口连接；
所述警灯50％亮度开关输出单元设置有电阻R109、电阻R1034、电阻R1033、三极管Q1016、三极管Q1022和电阻R1018，电阻R109的一端、三极管Q1016的发射极与二极管D100的负极连接，电阻R109另一端与三极管Q1016的基极、电阻R1034的一端连接，三极管Q1016的集电极与电阻R1033一端连接，电阻R1033另一端与对应的警灯50％亮接口连接，电阻R1034的另一端与三极管Q1022的集电极连接，三极管Q1022的发射极接地，三极管Q1022的基极与电阻R1018的一端连接，电阻R1018的另一端与对应的警示灯引脚组中的警灯50％引脚连接；
所述第三方灯输出开关单元设置有电阻R1022、电阻R1037、二极管D107、三极管Q1026和MOSFET管Q106；电阻R1037一端与对应的第三方灯开关引脚连接，电阻R1037另一端与三极管Q1026的基极连接，三极管Q1026的集电极与二极管D107的负极、MOSFET管的栅极连接，电阻R1037的另一端与二极管D100的负极连接，三极管Q1026的发射极、二极管D107的正极、MOSFET管Q106的源极均接地，MOSFET管Q106的漏极与对应的第三方灯负接口连接。
另一优选的，上述智能灯光控制机构设置有蓝牙接收模块、主控模块和多个光源接口；
蓝牙接收模块包括多个子蓝牙接收模块，主控模块包括多个子主控模块，每个光源接口分别对应设置有一个子蓝牙接收模块和一个子主控模块；每个光源接口设置的子蓝牙接收模块接收终端控制设备的控制信号，并输送至子主控模块，子主控模块控制对应的光源接口，控制连接于光源接口的车灯的灯光状况；
每套对应的子蓝牙接收模块、子主控模块和对应的光源接口设置于对应的灯体外或者设置于对应的灯体内。
另一优选的，上述终端控制设备与所述智能灯光控制机构以2.4G技术或者以433红外遥控技术进行信号传输。
本发明的车用智能灯光控制系统，设置有:终端控制设备,用于设置灯光控制信号，并将灯光控制信号以无线方式输送至智能灯光控制机构；多接口多灯型控制盒，安装于车体，连接有多个加改装的车灯，所述多接口多灯型控制盒设置有智能灯光控制机构，智能灯光控制机构接收终端控制设备传输的灯光控制信号，并根据灯光控制信号对相应的车灯进行信号控制。该车用智能灯光控制系统，通过终端控制设备输出控制信号，通过智能灯光控制机构接收控制信号并输出控制对应的车灯，能够对不同车灯进行亮度、色温、光型、旋转、模式等调节，可自由调节灯光情况。
附图说明
利用附图对本发明作进一步的说明，但附图中的内容不构成对本发明的任何限制。
图1是本发明一种车用智能灯光控制系统的结构示意图。
图2是本发明一种车用智能灯光控制系统的智能灯光控制机构主控模块的部分示意图。
图3是组合警灯开关信号输出单元、组合警示模式开关输出单元、组合警示50％模式开关输出单元与主控模块及光源接口对应连接的电路图。
图4是旋转灯开关输出单元、第三方灯开关输出单元与主控模块及光源接口对应连接的电路图。
图5是警灯开关输出单元、警灯模式开关输出单元、警灯50％亮度开关输出单元与主控模块及光源接口对应连接的电路图。
在图1至图5中，包括：
终端控制设备A、多接口多灯型控制盒B、加改装的车灯C、智能灯光控制机构100、蓝牙接收模块110、主控模块120、稳压单元122、组合警灯开关信号输出单元123、组合警示模式开关输出单元124、组合警示50％模式开关输出单元125、旋转灯开关输出单元126、警灯开关输出单元127、警灯模式开关输出单元128、警灯50％亮度开关输出单元129、第三方灯输出开关单元1210、光源接口130。
具体实施方式
结合以下实施例对本发明作进一步描述。
实施例1。
一种车用智能灯光控制系统，如图1所示，设置有:
终端控制设备A,用于设置灯光控制信号，并将灯光控制信号以无线方式输送至智能灯光控制机构100；多接口多灯型控制盒B，安装于车体，连接有多个加改装的车灯C，所述多接口多灯型控制盒B设置有智能灯光控制机构100，智能灯光控制机构100接收终端控制设备A传输的灯光控制信号，并根据灯光控制信号对相应的车灯进行信号控制。
终端控制设备A与智能灯光控制机构100以蓝牙方式进行信号传输。蓝牙方式，可以利用多数移动设备自带的蓝牙功能，方便、成本较低。需要说明的是，终端控制设备A与智能灯光控制系统的信号传输方式不局限于本实施例的蓝牙方式，也可以2.4G技术或者以433红外遥控技术或者其它无线传输方式进行信号传输。
终端控制设备A可以为手机APP软件或者为液晶触摸控制面板，终端控制设备A具有蓝牙发射模块。智能灯光控制机构100根据终端控制设备A输出的控制信号对照明组合灯组、氛围灯组、方向旋转灯组、警示灯组、其它灯型及第三方灯组输出对应的操控信号。
终端控制设备A，用户通过终端控制设备A进行操作设置，输出对车灯的控制信号。终端控制设备A至少输出如下一种控制信号：
对照明组合灯组的开关、亮度、色温、光型、背景光、警示状态控制信号；对氛围灯组的开关、颜色控制信号；对方向旋转灯组的开关、上下旋转、左右旋转、速度、亮度、光型、背景光控制信号；对警示灯组的开关、亮度、模式控制信号；对其它灯型及第三方灯组的开关、亮度、速度、颜色控制信号。
需要说明的是，本发明中的智能灯光控制系统，控制端的对象是加改装于车体的各种功能灯。从灯型上进行分组，包括主要用于照明的照明组合灯组、氛围灯组、方向旋转灯组、警示灯组、其它灯型及第三方灯组。
照明组合灯组包括驾驶灯、长条灯、工作灯、室内灯等，需要进行开关控制、色温控制、亮度控制、光型控制、背景光控制、警示状态控制等。
氛围灯组包括蓝光灯、红光灯、绿光灯等，需要进行开关、颜色设置控制。方向旋转灯组主要包括遥控灯、舞台灯、景观灯及其它旋转灯，需要进行开关、上下旋转、左右旋转、速度控制、亮度控制等。警示灯组主要起警示作用，需要进行开关、亮度、同步、模式切换等控制。其它灯型及第三方灯组，没有在上述几类的灯统一划分到其它灯型，如底盘灯等。第三方灯型是指其它尚未安装于汽车的灯，对第三方灯只进行开关控制。智能灯光控制机构100根据终端控制设备A输出的控制信号对照明组合灯组、氛围灯组、方向旋转灯组、警示灯组、其它灯型及第三方灯组输出对应的操控信号。
照明组合灯组的照明组合灯采用双色温光源，通过控制不同色温光源的发光情况实现照明组合灯的色温调控。
具体的，双色温光源包括白光LED灯珠和黄光LED灯珠。当控制终端输出控制指令后，智能灯光控制机构100接收到相应的控制信号，控制白光LED灯珠、黄光LED灯珠的亮度情况。当白光LED灯珠点亮100％、黄光LED灯珠关闭时，整体呈白光色温。当白光LED灯珠关闭、黄光LED灯珠点亮100％时，整体呈黄色色温。当白光LED灯珠和黄光LED灯珠各点亮50％时，呈中性光。从而实现对照明组合灯的色温调节。
终端控制设备A为手机APP软件或者为液晶触摸控制面板，终端控制设备A设置有蓝牙发射模块。智能灯光控制机构100设置有蓝牙接收模块110、主控模块120和多个光源接口130；光源接口130与主控模块120的引脚连接，不同的车灯通过光源接口130接入智能灯光控制机构100。
蓝牙接收模块110接收蓝牙发射模块发射的控制信号，并发送至主控模块120，主控模块120根据所接收的控制信号控制对应的输出引脚端，输出引脚与对应的光源接口130连接。
本实施例中，蓝牙接收模块110集成于主控模块120，主控模块120的 引脚输出高电平或低电平信号，控制对应的车灯工作状况的开启或者关闭。
如图2至图5所示，主控模块120设置有芯片U110、稳压单元122及信号输出单元。芯片U110为集成有蓝牙接收模块110的主控芯片，信号输出单元对应连接于芯片U110的引脚与光源接口130之间。芯片U110以能够实现其功能的任何芯片均可作为此芯片使用，在此不举例具体的型号。本领域技术人员应该清楚，当提供具体芯片功能时，所满足的芯片选择。
光源接口130设置有M组连接照明组合灯的接口，分别为组合灯-1接口、组合灯-2接口、……、组合灯-K接口、……、组合灯-M接口，M为自然数，K为自然数，1≤K≤M。
光源接口130设置有N组连接氛围灯的接口，分别为氛围灯-1接口、氛围灯-2接口、……、氛围灯-S接口、……、氛围灯-N接口，N为自然数，S为自然数，1≤S≤N。
光源接口130设置有P组连接方向旋转灯的接口，分别为旋转灯-1接口、旋转灯-2接口、……、旋转灯-L接口、……、旋转灯-P接口，P为自然数，L为自然数，1≤L≤P。
光源接口130设置有F组连接警示灯的接口，分别为警灯-1接口、警灯-2接口、……、警灯-E接口、……、警灯-F接口，F为自然数，E为自然数，1≤E≤F。
光源接口130设置有Q组连接其它灯型及第三方灯的接口，分别为第三方灯-1接口、第三方灯-2接口、……、第三方灯-T接口、……、第三方灯-Q接口，Q为自然数，T为自然数，1≤T≤Q。
芯片U110对应设置有：
M组照明组合灯引脚组，分别为组合灯-1引脚组、组合灯-2引脚组、……、组合灯-K引脚组、组合灯-K+1引脚组、……、组合灯-M引脚组；
组合灯-1引脚组与组合灯-1接口对应连接，
组合灯-2引脚组与组合灯-2接口对应连接，
……，
组合灯-K引脚组与组合灯-K接口对应连接，
……，
组合灯-M引脚组与组合灯-M接口对应连接。
组合灯-K引脚组设置有组合灯-K/远光W引脚、组合灯-K/远光Y引脚、组合灯-K/近光W引脚和组合灯-K/近光Y引脚；
组合灯-K接口设置有远光W接口、远光Y接口、近光W接口和近光Y接口；组合灯K接口的远光W接口与组合灯-K/远光W引脚连接，组合灯K接口的远光Y接口与组合灯-K/远光Y引脚连接，组合灯K接口的近光W接口与组合灯-K/近光W引脚连接，组合灯K接口的近光Y接口与组合灯-K/近光Y引脚连接。
M组连接照明组合灯的接口中至少存在一组的组合灯接口设置有背景光接口、组合警示灯负接口、组合警示50％接口和组合警示模式接口；M组照明组合灯引脚组至少存在一组组合灯引脚组设置有背景光引脚、组合警灯开关引脚、组合警灯模式引脚、组合警灯50％引脚。
背景光引脚与背景光接口对应连接，组合警灯开关引脚与对应的组合警灯开关信号输出单元123的输入端连接，组合警灯开关信号输出单元123的输出端与对应的组合警示灯负接口连接。
组合警灯模式引脚与对应的组合警示模式开关输出单元124的输入端连接，组合警示模式开关输出单元124的输出端与对应的组合警示模式接口连接。
组合警灯50％引脚与对应的组合警示50％模式开关输出单元125的输入端连接，组合警示50％模式开关输出单元125的输出端与对应的组合警示50％接口连接。
N组氛围灯引脚组，分别为氛围灯-1引脚组、氛围灯-2引脚组、……、氛围灯-S引脚组、……、氛围灯-N引脚组；
氛围灯-1引脚组与氛围灯-1接口对应连接，
氛围灯-2引脚组与氛围灯-2接口对应连接，
……，
氛围灯-S引脚组与氛围灯-S接口对应连接，
……，
氛围灯-N引脚组与氛围灯-N接口对应连接。
氛围灯-S引脚组设置有氛围灯-S/R引脚、氛围灯-S/G引脚和氛围灯-S/B引脚；氛围灯-S接口设置有R红光接口、G绿光接口、B蓝光接口，氛围灯-S/R引脚与氛围灯-S接口的R红光接口连接，氛围灯-S/G引脚与氛围灯-S接口的G绿光接口连接，氛围灯-S/B引脚与氛围灯-S接口的B蓝光接口连接。
P组旋转灯引脚组，分别为旋转灯-1引脚组、旋转灯-2引脚组、……、旋转灯-L引脚组、……、旋转灯-P引脚组；
旋转灯-1引脚组与旋转灯-1接口对应连接，
旋转灯-2引脚组与旋转灯-2接口对应连接，
……，
旋转灯-L引脚组与旋转灯-L接口对应连接，
……，
旋转灯-P引脚组与旋转灯-P接口对应连接。
旋转灯-L引脚组设置有旋转灯-L/开关引脚、旋转灯-L/转动速度引脚、旋转灯-L/上转引脚、旋转灯-L/下转引脚、旋转灯-L/左转引脚、旋转灯-L/右转引脚、旋转灯-L/亮度引脚；
旋转灯-L接口设置有旋转灯负接口、转动速度接口、上转接口、下转接口、左转接口、右转接口和亮度接口；
旋转灯-L/转动速度引脚与旋转灯-L接口的转动速度接口连接，旋转灯-L/上转引脚与旋转灯-L接口的上转接口连接，旋转灯-L/下转引脚与旋转灯-L接口的下转接口连接，旋转灯-L/左转引脚与旋转灯-L接口的左转引脚连接，旋转灯-L/右转引脚与旋转灯-L接口的右转接口连接，旋转灯-L/亮度引脚与旋转灯-L接口的亮度接口连接；旋转灯-L/开关引脚与旋转灯开关输出单元126的输入端连接，旋转灯开关输出单元126的输出端与旋转灯-L接口的旋转灯负接口连接。
F组警灯引脚组，分别为警灯-1引脚组、警灯-2引脚组、……、警灯-E引脚组、……、警灯-F引脚组；
警灯-1引脚组与警灯-1接口对应连接，
警灯-2引脚组与警灯-2接口对应连接，
……，
警灯-E引脚组与警灯-E接口对应连接，
……，
警灯-F引脚组与警灯-F接口对应连接。
警灯-E引脚组设置有警灯-E/开关引脚、警灯-E/模式切换引脚、警灯-E/警灯50％引脚；警灯-E接口设置有警示灯负接口、警灯50％亮接口和警灯模式接口。
警灯-E/开关引脚与对应的警灯开关输出单元127的输入端连接，警灯开关输出单元127的输出端与对应的警灯-E接口的警示灯负接口连接，警灯-E/模式切换引脚与对应的警灯模式开关输出单元128的输入端连接，警灯模式开关输出单元128的输出端与对应的警灯-E接口的警灯模式接口连接，警灯-E/警灯50％引脚与对应的警灯50％亮度开关输出单元129的输入端连接，警示灯50％亮度开关输出单元的输出端与对应的警灯-E接口的警灯50％亮接口连接。
Q组第三方灯引脚组，分别为第三方灯-1引脚组、第三方灯-2引脚组、……、第三方灯-T引脚组、……、第三方灯-Q引脚组；
第三方灯-1引脚组与第三方灯-1接口对应连接，
第三方灯-2引脚组与第三方灯-2接口对应连接，
……，
第三方灯-T引脚组与第三方灯-T接口对应连接，
……，
第三方灯-Q引脚组与第三方灯-Q接口对应连接；
第三方灯-T引脚组设置有第三方灯-T/开关引脚，第三方灯-T接口设置有第三方灯负接口，第三方灯-T/开关引脚与第三方灯输出单元的输入端连接，第三方灯输出单元的输出端与第三方灯负接口连接。
具体的，稳压单元122设置有保险丝FUSE、二极管D100、电容C101、电容C102、电阻R101和芯片U120。
主控模块120还设置有电容C103、电容C104；
保险丝FUSE的一端接+12V电位，保险丝另一端电位为VDD，保险丝另一端与二极管D100正极连接，二极管D100负极与电阻R101一端、电容C102一端、电容C101一端连接，电容C101另一端、电容C102另一端、芯片U120的1脚、电容C103一端、电容C104一端均接地，电容C103另一端、电容C104另一端、芯片U120的2脚接芯片U110的VCC引脚，芯片U120的3脚与电阻R101另一端连接；芯片U120的型号为HT7530。
组合警灯开关信号输出单元123设置有电阻R102、二极管D102、三级管Q109、MOSFET管Q101和电阻R1011，电阻R1011的一端与对应的芯片U110的组合警灯开关引脚连接，电阻R1011另一端与三极管Q109的基极连接，三极管Q109的集电极与电阻R102一端连接、二极管D102的负极、MOSFET管Q101的栅极连接，二极管D102的正极与MOSFET管Q101的源极、三极管Q109的发射极均接地，电阻R102的另一端与二极管D100的负极连接，MOSFET管Q101的漏极与对应的组合警示灯负接口连接。
组合警示模式开关输出单元124设置有电阻R105、电阻R1026、电阻R1025、电阻R1014、三极管Q1012和三极管Q1018；电阻R105一端、三极管Q1012的发射极与二极管D100的负极连接，三极管Q1012的基极、电阻R105的另一端与电阻R1026的一端连接，三极管Q1012的集电极与电阻R1025的一端连接，电阻R1025的另一端与对应的组合警示模式接口连接，电阻R1026的另一端与三极管Q1018的集电极连接，三极管Q1018的发射极接地，三极管Q1018的基极与电阻R1014的一端连接，电阻R1014的另一端与对应的组合灯接口中的组合警灯模式接口连接。
组合警示50％模式开关输出单元125设置有电阻R108、电阻R1032、电阻R1031、三极管Q1015、三极管Q1021和电阻R1017，电阻R108的一端、三极管Q1015的发射极与二极管D100的负极连接，电阻R108另一端与三极管Q1015的基极、电阻R1032的一端连接，三极管Q1015的集电极与电阻R1031一端连接，电阻R1031另一端与对应的组合警示50％接口连接，电阻R1032的另一端与三极管Q1021的集电极连接，三极管Q1021的发射极接地，三极管Q1021的基极与电阻R1017的一端连接，电阻R1017的另一端与对应的组合灯引脚组中的组合警灯50％引脚连接。
旋转灯开关输出单元126设置有电阻R1020、三极管Q1024、二极管D105、MOSFET管Q104和电阻R1041；电阻R1020的一端与二极管D100的负极连接，电阻R1020另一端与二极管D105的负极、三极管Q1024的集电极、MOSFET管的栅极连接，三极管Q1024的发射极、二极管D105的正极、MOSFET管的源极均接地，MOSFET管的漏极与对应的旋转灯负接口连接，三极管Q1024的基极与电阻R1040的一端连接，电阻R1040的另一端与对应的旋转灯开关引脚连接。
警灯开关输出单元127设置有电阻R103、二极管D103、三级管Q1010、MOSFET管Q102和电阻R1011，电阻R1012的一端与对应的芯片U110的警示灯开关引脚连接，电阻R1012另一端与三极管Q1010的基极连接，三极管Q1010的集电极与电阻R103一端连接、二极管D103的负极、MOSFET管Q102的栅极连接，二极管D103的正极与MOSFET管Q102的源极、三极管Q1012的发射极均接地，电阻R103的另一端与二极管D100的负极连接，MOSFET管Q102的漏极与对应的警示灯接口中的警示灯负接口连接。
警灯模式开关输出单元128设置有电阻R106、电阻R1028、电阻R1015、电阻R1027、三极管Q1013和三极管Q1019；电阻R106一端、三极管Q1013 的发射极与二极管D100的负极连接，三极管Q1013的基极、电阻R106的另一端与电阻R1028的一端连接，三极管Q1013的集电极与电阻R1027的一端连接，电阻R1027的另一端与对应的警示模式接口连接，电阻R1028的另一端与三极管Q1019的集电极连接，三极管Q1019的发射极接地，三极管Q1019的基极与电阻R1015的一端连接，电阻R1015的另一端与对应的警示灯接口的警灯模式接口连接。
警灯50％亮度开关输出单元129设置有电阻R109、电阻R1034、电阻R1033、三极管Q1016、三极管Q1022和电阻R1018，电阻R109的一端、三极管Q1016的发射极与二极管D100的负极连接，电阻R109另一端与三极管Q1016的基极、电阻R1034的一端连接，三极管Q1016的集电极与电阻R1033一端连接，电阻R1033另一端与对应的警灯50％亮接口连接，电阻R1034的另一端与三极管Q1022的集电极连接，三极管Q1022的发射极接地，三极管Q1022的基极与电阻R1018的一端连接，电阻R1018的另一端与对应的警示灯引脚组中的警灯50％引脚连接。
第三方灯输出开关单元1210设置有电阻R1022、电阻R1037、二极管D107、三极管Q1026和MOSFET管Q106；电阻R1037一端与对应的第三方灯开关引脚连接，电阻R1037另一端与三极管Q1026的基极连接，三极管Q1026的集电极与二极管D107的负极、MOSFET管的栅极连接，电阻R1037的另一端与二极管D100的负极连接，三极管Q1026的发射极、二极管D107的正极、MOSFET管Q106的源极均接地，MOSFET管Q106的漏极与对应的第三方灯负接口连接。
本发明的车用智能灯光控制系统，加装于汽车的车灯根据功能与光源接口130连接，通过终端控制设备A进行灯光工作状态设置并以无线方式输送至智能灯光控制机构100，智能灯光控制机构100的蓝牙接收模块110接收控制信号并输送至主控模块120，主控模块120根据所接收到的控制信号输出相应的信号，使得与光源接口130连接的车灯按照输出的控制信号进行工作。
本发明的车用智能灯光控制系统，能够对加装于车体的多种灯型进行多种工作模式控制，大大拓宽了车载等的灯型兼顾、功能扩展、人机交互体验，使灯光控制更加便利和智能化。
实施例2。
一种车用智能灯光控制系统，其它结构与实施例1相同，不同之处在于，
蓝牙接收模块包括多个子蓝牙接收模块，主控模块包括多个子主控模块，每个光源接口分别对应设置有一个子蓝牙接收模块和一个子主控模块；每个光源接口设置的子蓝牙接收模块接收终端控制设备的控制信号，并输送至子主控模块，子主控模块控制对应的光源接口，控制连接于光源接口的车灯的灯光状况。
每套对应的子蓝牙接收模块、子主控模块和对应的光源接口设置于对应的灯体外或者设置于对应的灯体内。
本实施例中每个光源单独与终端移动控制设备通信，进行灯的控制。即以分立模式进行。
实施例3。
一种车用智能灯光控制系统，其它结构与实施例1相同，不同之处在于，本实施例中设置有两组组合灯、1组氛围灯、1组旋转灯、两组警示灯和两组第三方灯。
需要说明的是，智能灯光控制系统具体设置的各个光源的数量不局限于本实施例的数量，可以根据具体需要灵活设置，以实际需求为准。
最后应当说明的是，以上实施例仅用以说明本发明的技术方案而非对本发明保护范围的限制，尽管参照较佳实施例对本发明作了详细说明，本领域的普通技术人员应当理解，可以对本发明的技术方案进行修改或者等同替换，而不脱离本发明技术方案的实质和范围。

Claims (10)

  1. 一种车用智能灯光控制系统，其特征在于，设置有：终端控制设备,用于设置灯光控制信号，并将灯光控制信号以无线方式输送至智能灯光控制机构；
    多接口多灯型控制盒，安装于车体，连接有多个加改装的车灯，所述多接口多灯型控制盒设置有智能灯光控制机构，智能灯光控制机构接收终端控制设备传输的灯光控制信号，并根据灯光控制信号对相应的车灯进行信号控制。
  2. 根据权利要求1所述的车用智能灯光控制系统，其特征在于：所述终端控制设备与所述智能灯光控制机构以蓝牙方式进行信号传输。
  3. 根据权利要求2所述的车用智能灯光控制系统，其特征在于，所述终端控制设备至少输出如下一种控制信号：对照明组合灯组的开关、亮度、色温、光型、背景光、警示状态控制信号；对氛围灯组的开关、颜色控制信号；对方向旋转灯组的开关、上下旋转、左右旋转、速度、亮度、光型、背景光控制信号；对警示灯组的开关、亮度、模式控制信号；对其它灯型及第三方灯组的开关、亮度、速度、颜色控制信号；所述智能灯光控制机构根据所述终端控制设备输出的控制信号对照明组合灯组、氛围灯组、方向旋转灯组、警示灯组、其它灯型及第三方灯组输出对应的操控信号；照明组合灯组的照明组合灯采用双色温光源，通过控制不同色温光源的发光情况实现照明组合灯的色温调控。
  4. 根据权利要求3所述的车用智能灯光控制系统，其特征在于：双色温光源包括白光LED灯珠和黄光LED灯珠。
  5. 根据权利要求4所述的车用智能灯光控制系统，其特征在于：所述终端控制设备为手机APP软件或者为液晶触摸控制面板，所述终端控制设备设置有蓝牙发射模块；所述智能灯光控制机构设置有蓝牙接收模块、主控模块和多个光源接口；光源接口与主控模块的引脚连接，不同的车灯通过光源接口接入智能灯光控制机构；
    蓝牙接收模块接收蓝牙发射模块发射的控制信号，并发送至主控模块，主控模块根据所接收的控制信号控制对应的输出引脚，输出引脚与对应的光源接口连接。
  6. 根据权利要求5所述的车用智能灯光控制系统，其特征在于：所述蓝牙接收模块集成于所述主控模块，所述主控模块的引脚输出高电平或低电平信号，控制对应的车灯工作状况的开启或者关闭。
  7. 根据权利要求6所述的车用智能灯光控制系统，其特征在于：所述主控模块设置有芯片U110、稳压单元及信号输出单元；芯片U110为集成有蓝牙接收模块的主控芯片，所述信号输出单元对应连接于芯片U110的引脚与光源接口之间；
    所述光源接口设置有M组连接照明组合灯的接口，分别为组合灯-1接口、组合灯-2接口、……、组合灯-K接口、……、组合灯-M接口，M为自然数，K为自然数，1≤K≤M；
    所述光源接口设置有N组连接氛围灯的接口，分别为氛围灯-1接口、氛围灯-2接口、……、氛围灯-S接口、……、氛围灯-N接口，N为自然数，S为自然数，1≤S≤N；
    所述光源接口设置有P组连接方向旋转灯的接口，分别为旋转灯-1接口、旋转灯-2接口、……、旋转灯-L接口、……、旋转灯-P接口，P为自然数， L为自然数，1≤L≤P；
    所述光源接口设置有F组连接警示灯的接口，分别为警灯-1接口、警灯-2接口、……、警灯-E接口、……、警灯-F接口，F为自然数，E为自然数，1≤E≤F；
    所述光源接口设置有Q组连接其它灯型及第三方灯的接口，分别为第三方灯-1接口、第三方灯-2接口、……、第三方灯-T接口、……、第三方灯-Q接口，Q为自然数，T为自然数，1≤T≤Q；
    所述芯片U110设置有：M组照明组合灯引脚组，分别为组合灯-1引脚组、组合灯-2引脚组、……、组合灯-K引脚组、组合灯-K+1引脚组、……、组合灯-M引脚组；
    组合灯-1引脚组与组合灯-1接口对应连接，
    组合灯-2引脚组与组合灯-2接口对应连接，
    ……，
    组合灯-K引脚组与组合灯-K接口对应连接，
    ……，
    组合灯-M引脚组与组合灯-M接口对应连接；
    组合灯-K引脚组设置有组合灯-K/远光W引脚、组合灯-K/远光Y引脚、组合灯-K/近光W引脚和组合灯-K/近光Y引脚；
    组合灯-K接口设置有远光W接口、远光Y接口、近光W接口和近光Y接口；组合灯K接口的远光W接口与组合灯-K/远光W引脚连接，组合灯K接口的远光Y接口与组合灯-K/远光Y引脚连接，组合灯K接口的近光W接口与组合灯-K/近光W引脚连接，组合灯K接口的近光Y接口与组合灯-K/近光Y引脚连接；
    M组连接照明组合灯的接口中至少存在一组的组合灯接口设置有背景光接口、组合警示灯负接口、组合警示50％接口和组合警示模式接口；M组照明组合灯引脚组至少存在一组组合灯引脚组设置有背景光引脚、组合警灯开关引脚、组合警灯模式引脚、组合警灯50％引脚；
    背景光引脚与背景光接口对应连接，组合警灯开关引脚与对应的组合警灯开关信号输出单元的输入端连接，组合警灯开关信号输出单元的输出端与对应的组合警示灯负接口连接；
    组合警灯模式引脚与对应的组合警示模式开关输出单元的输入端连接，组合警示模式开关输出单元的输出端与对应的组合警示模式接口连接，
    组合警灯50％引脚与对应的组合警示50％模式开关输出单元的输入端连接，组合警示50％模式开关输出单元的输出端与对应的组合警示50％接口连接；
    N组氛围灯引脚组，分别为氛围灯-1引脚组、氛围灯-2引脚组、……、氛围灯-S引脚组、……、氛围灯-N引脚组；
    氛围灯-1引脚组与氛围灯-1接口对应连接，
    氛围灯-2引脚组与氛围灯-2接口对应连接，
    ……，
    氛围灯-S引脚组与氛围灯-S接口对应连接，
    ……，
    氛围灯-N引脚组与氛围灯-N接口对应连接；
    氛围灯-S引脚组设置有氛围灯-S/R引脚、氛围灯-S/G引脚和氛围灯-S/B 引脚；氛围灯-S接口设置有R红光接口、G绿光接口、B蓝光接口，氛围灯-S/R引脚与氛围灯-S接口的R红光接口连接，氛围灯-S/G引脚与氛围灯-S接口的G绿光接口连接，氛围灯-S/B引脚与氛围灯-S接口的B蓝光接口连接；
    P组旋转灯引脚组，分别为旋转灯-1引脚组、旋转灯-2引脚组、……、旋转灯-L引脚组、……、旋转灯-P引脚组；
    旋转灯-1引脚组与旋转灯-1接口对应连接，
    旋转灯-2引脚组与旋转灯-2接口对应连接，
    ……，
    旋转灯-L引脚组与旋转灯-L接口对应连接，
    ……，
    旋转灯-P引脚组与旋转灯-P接口对应连接；
    旋转灯-L引脚组设置有旋转灯-L/开关引脚、旋转灯-L/转动速度引脚、旋转灯-L/上转引脚、旋转灯-L/下转引脚、旋转灯-L/左转引脚、旋转灯-L/右转引脚、旋转灯-L/亮度引脚；
    旋转灯-L接口设置有旋转灯负接口、转动速度接口、上转接口、下转接口、左转接口、右转接口和亮度接口；
    旋转灯-L/转动速度引脚与旋转灯-L接口的转动速度接口连接，旋转灯-L/上转引脚与旋转灯-L接口的上转接口连接，旋转灯-L/下转引脚与旋转灯-L接口的下转接口连接，旋转灯-L/左转引脚与旋转灯-L接口的左转引脚连接，旋转灯-L/右转引脚与旋转灯-L接口的右转接口连接，旋转灯-L/亮度引脚与旋转灯-L接口的亮度接口连接；旋转灯-L/开关引脚与旋转灯开关输出单元的输入端连接，旋转灯开关输出单元的输出端与旋转灯-L接口的旋转灯负接口连接；
    F组警灯引脚组，分别为警灯-1引脚组、警灯-2引脚组、……、警灯-E引脚组、……、警灯-F引脚组；
    警灯-1引脚组与警灯-1接口对应连接，
    警灯-2引脚组与警灯-2接口对应连接，
    ……，
    警灯-E引脚组与警灯-E接口对应连接，
    ……，
    警灯-F引脚组与警灯-F接口对应连接；
    警灯-E引脚组设置有警灯-E/开关引脚、警灯-E/模式切换引脚、警灯-E/警灯50％引脚；警灯-E接口设置有警示灯负接口、警灯50％亮接口和警灯模式接口；
    警灯-E/开关引脚与对应的警灯开关输出单元的输入端连接，警灯开关输出单元的输出端与对应的警灯-E接口的警示灯负接口连接，警灯-E/模式切换引脚与对应的警灯模式开关输出单元的输入端连接，警灯模式开关输出单元的输出端与对应的警灯-E接口的警灯模式接口连接，警灯-E/警灯50％引脚与对应的警灯50％亮度开关输出单元的输入端连接，警示灯50％亮度开关输出单元的输出端与对应的警灯-E接口的警灯50％亮接口连接；
    Q组第三方灯引脚组，分别为第三方灯-1引脚组、第三方灯-2引脚组、……、第三方灯-T引脚组、……、第三方灯-Q引脚组；
    第三方灯-1引脚组与第三方灯-1接口对应连接，
    第三方灯-2引脚组与第三方灯-2接口对应连接，
    ……，
    第三方灯-T引脚组与第三方灯-T接口对应连接，
    ……，
    第三方灯-Q引脚组与第三方灯-Q接口对应连接；
    第三方灯-T引脚组设置有第三方灯-T/开关引脚，第三方灯-T接口设置有第三方灯负接口，第三方灯-T/开关引脚与第三方灯输出单元的输入端连接，第三方灯输出单元的输出端与第三方灯负接口连接。
  8. 根据权利要求7所述的车用智能灯光控制系统，其特征在于：
    所述稳压单元设置有保险丝FUSE、二极管D100、电容C101、电容C102、电阻R101和芯片U120；
    所述主控模块还设置有电容C103、电容C104；
    所述保险丝FUSE的一端接+12V电位，保险丝另一端电位为VDD，保险丝另一端与二极管D100正极连接，二极管D100负极与电阻R101一端、电容C102一端、电容C101一端连接，电容C101另一端、电容C102另一端、芯片U120的1脚、电容C103一端、电容C104一端均接地，电容C103另一端、电容C104另一端、芯片U120的2脚接芯片U110的VCC引脚，芯片U120的3脚与电阻R101另一端连接；芯片U120的型号为HT7530；
    所述组合警灯开关信号输出单元设置有电阻R102、二极管D102、三级管Q109、MOSFET管Q101和电阻R1011，电阻R1011的一端与对应的芯片U110的组合警灯开关引脚连接，电阻R1011另一端与三极管Q109的基极连接，三极管Q109的集电极与电阻R102一端连接、二极管D102的负极、MOSFET管Q101的栅极连接，二极管D102的正极与MOSFET管Q101的源极、三极管Q109的发射极均接地，电阻R102的另一端与二极管D100的负极连接，MOSFET管Q101的漏极与对应的组合警示灯负接口连接；
    所述组合警示模式开关输出单元设置有电阻R105、电阻R1026、电阻R1025、电阻R1014、三极管Q1012和三极管Q1018；电阻R105一端、三极管Q1012的发射极与二极管D100的负极连接，三极管Q1012的基极、电阻R105的另一端与电阻R1026的一端连接，三极管Q1012的集电极与电阻R1025的一端连接，电阻R1025的另一端与对应的组合警示模式接口连接，电阻R1026的另一端与三极管Q1018的集电极连接，三极管Q1018的发射极接地，三极管Q1018的基极与电阻R1014的一端连接，电阻R1014的另一端与对应的组合灯接口中的组合警灯模式接口连接；
    所述组合警示50％模式开关输出单元设置有电阻R108、电阻R1032、电阻R1031、三极管Q1015、三极管Q1021和电阻R1017，电阻R108的一端、三极管Q1015的发射极与二极管D100的负极连接，电阻R108另一端与三极管Q1015的基极、电阻R1032的一端连接，三极管Q1015的集电极与电阻R1031一端连接，电阻R1031另一端与对应的组合警示50％接口连接，电阻R1032的另一端与三极管Q1021的集电极连接，三极管Q1021的发射极接地，三极管Q1021的基极与电阻R1017的一端连接，电阻R1017的另一端与对应的组合灯引脚组中的组合警灯50％引脚连接；
    所述旋转灯开关输出单元设置有电阻R1020、三极管Q1024、二极管D105、MOSFET管Q104和电阻R1041；电阻R1020的一端与二极管D100的负极连接，电阻R1020另一端与二极管D105的负极、三极管Q1024的集电极、MOSFET管的栅极连接，三极管Q1024的发射极、二极管D105的正极、MOSFET管的 源极均接地，MOSFET管的漏极与对应的旋转灯负接口连接，三极管Q1024的基极与电阻R1040的一端连接，电阻R1040的另一端与对应的旋转灯开关引脚连接；
    所述警灯开关输出单元设置有电阻R103、二极管D103、三级管Q1010、MOSFET管Q102和电阻R1011，电阻R1012的一端与对应的芯片U110的警示灯开关引脚连接，电阻R1012另一端与三极管Q1010的基极连接，三极管Q1010的集电极与电阻R103一端连接、二极管D103的负极、MOSFET管Q102的栅极连接，二极管D103的正极与MOSFET管Q102的源极、三极管Q1012的发射极均接地，电阻R103的另一端与二极管D100的负极连接，MOSFET管Q102的漏极与对应的警示灯接口中的警示灯负接口连接；
    所述警灯模式开关输出单元设置有电阻R106、电阻R1028、电阻R1015、电阻R1027、三极管Q1013和三极管Q1019；电阻R106一端、三极管Q1013的发射极与二极管D100的负极连接，三极管Q1013的基极、电阻R106的另一端与电阻R1028的一端连接，三极管Q1013的集电极与电阻R1027的一端连接，电阻R1027的另一端与对应的警示模式接口连接，电阻R1028的另一端与三极管Q1019的集电极连接，三极管Q1019的发射极接地，三极管Q1019的基极与电阻R1015的一端连接，电阻R1015的另一端与对应的警示灯接口的警灯模式接口连接；
    所述警灯50％亮度开关输出单元设置有电阻R109、电阻R1034、电阻R1033、三极管Q1016、三极管Q1022和电阻R1018，电阻R109的一端、三极管Q1016的发射极与二极管D100的负极连接，电阻R109另一端与三极管Q1016的基极、电阻R1034的一端连接，三极管Q1016的集电极与电阻R1033一端连接，电阻R1033另一端与对应的警灯50％亮接口连接，电阻R1034的另一端与三极管Q1022的集电极连接，三极管Q1022的发射极接地，三极管Q1022的基极与电阻R1018的一端连接，电阻R1018的另一端与对应的警示灯引脚组中的警灯50％引脚连接；
    所述第三方灯输出开关单元设置有电阻R1022、电阻R1037、二极管D107、三极管Q1026和MOSFET管Q106；电阻R1037一端与对应的第三方灯开关引脚连接，电阻R1037另一端与三极管Q1026的基极连接，三极管Q1026的集电极与二极管D107的负极、MOSFET管的栅极连接，电阻R1037的另一端与二极管D100的负极连接，三极管Q1026的发射极、二极管D107的正极、MOSFET管Q106的源极均接地，MOSFET管Q106的漏极与对应的第三方灯负接口连接。
  9. 根据权利要求4所述的加改装车用智能灯光控制系统，其特征在于：所述智能灯光控制机构设置有蓝牙接收模块、主控模块和多个光源接口；
    蓝牙接收模块包括多个子蓝牙接收模块，主控模块包括多个子主控模块，每个光源接口分别对应设置有一个子蓝牙接收模块和一个子主控模块；每个光源接口设置的子蓝牙接收模块接收终端控制设备的控制信号，并输送至子主控模块，子主控模块控制对应的光源接口，控制连接于光源接口的车灯的灯光状况；
    每套对应的子蓝牙接收模块、子主控模块和对应的光源接口设置于对应的灯体外或者设置于对应的灯体内。
  10. 根据权利要求1所述的车用智能灯光控制系统，其特征在于：所述终端控制设备与所述智能灯光控制机构以2.4G技术或者以433红外遥控技术进行信号传输。
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