CN207249320U - A kind of energy-efficient double light source light-supplementing systems - Google Patents

Abstract

The utility model discloses a kind of energy-efficient double light source light-supplementing systems, including heat-dissipating casing, luminous discharge tube and front lens, the front opening of heat-dissipating casing extends to form boss laterally, LED lamp bead with collector lens is installed on boss, front lens is installed at the boss front opening of heat-dissipating casing, luminous discharge tube is installed in heat-dissipating casing, gas luminescence tube outside is surrounded with spot shaping cover, luminous discharge tube and spot shaping cover are fixed in the circuit board, wiring board is equipped with control circuit, the utility model solves the problems, such as the light pollution of scattering light, realize the technical requirements of accurate light filling, add the utilization rate of light, improve energy-saving efficiency, efficiently solve car plate and cross exposure, the problem of video camera identification car plate is difficult.

Description

A kind of energy-efficient double light source light-supplementing systems

Technical field

The utility model belongs to intelligent transportation equipment technical field, more particularly, to a kind of energy-efficient double light source light filling systems System.

Background technology

In electronic police, public security bayonet, overspeed snapping, the intelligent transportation and day net engineering project such as make a dash across the red light, in order to Night or in the case of light illumination deficiency, obtains clearly information of vehicles, and the mug shot of driver and passenger, and effectively Car license recognition, it is necessary to light filling is carried out to video camera using road flash lamp.And traditional road flash lamp is there are some technical problems, Many adverse effects are caused, are primarily present following technical problem：

1st, conventional flash lamp only has single flash function, it is impossible to meets the video detection function of video camera, is applied in engineering Configuration radar, other detection devices or the increased light filling equipment such as earth magnetism are also needed in work, so not only added equipment investment but also Inconvenience is brought to construction.In addition, vehicle sees strong flash of light suddenly in the process of moving, driver can be caused to dazzle moment Mesh, seriously affects driving safety.

2nd, the scattering of traditional road flash lamp light is serious, it is impossible to which the shape of accurate control hot spot, particularly can not achieve square Shape hot spot.

3rd, since car plate surface is coated with the relation of fluorescence paint, special bright, illuminance can be shown at night by having during illumination The slightly higher phenomenon that will result in exposure, prevents video camera from identifying character well.It is preceding and the driver's cabin of vehicle is dark space There is stop of the windshield of patch reflective membrane to light in face again, it requires that stronger illumination could meet illumination requirement, and Both are separated by a distance and close, and therefore, car plate and requirement of the driver's cabin to illumination are conflicting, according to wanting for public security department Ask, the appearance feature for driving indoor background and driver and passenger should be seen clearly, accurately identify license board information again.Traditional Road flash lamp does not solve this technical barrier well all the time.

4th, circuit part needs to design remote voltage current detecting, fault detect, flash luminance adjusting, the wave resistance of IGBT pipes Gushing protection, input signal and export Intelligent control circuit, the traditional equipments such as the insulation blocking of signal, the energy saving drivings of LED cannot Meet above-mentioned requirements.

The content of the invention

LED light source and glow discharge spot lamp are effectively integrated into a whole device by the utility model, save manufacture cost, Reduce waste of material, it is easy for installation, reduce the human cost of work progress；The spot shaping structure of the utility model, solution Determine and scattered the light pollution problem of light, realized the technical requirements of accurate light filling, add the utilization rate of light, improve energy saving effect Rate；The problem of subregion brightness light filling of the utility model efficiently solves car plate and crosses exposure, and video camera identification car plate is difficult.

The purpose of this utility model is achieved in that a kind of energy-efficient double light source light-supplementing systems, including heat-dissipating casing, Luminous discharge tube and front lens, its main feature is that the front opening of heat-dissipating casing extends to form boss laterally, with collector lens LED lamp bead be installed on boss on, at the boss front opening of heat-dissipating casing install front lens, luminous discharge tube be installed on heat dissipation In shell, gas luminescence tube outside is surrounded with spot shaping cover, and luminous discharge tube and spot shaping cover are fixed in the circuit board, line Road plate is equipped with control circuit.

Can be that subregion is installed on spot shaping cover open front top to further realize the purpose of this utility model Illumination light damping plate.

Can be after the spot shaping cover is more than for front opening to further realize the purpose of this utility model The bell shape at end.

In order to further realize the purpose of this utility model, the front opening that can be the spot shaping cover is circle It is shape, square or trapezoidal.

Can be additionally provided with light spot adjusting mechanism to further realize the purpose of this utility model, the hot spot tune Section mechanism is used to controlling luminous discharge tube and spot shaping covers on front and back position in heat-dissipating casing, to realize the tune of spot size Section.

Can be that the light spot adjusting mechanism includes back shroud, consolidates to further realize the purpose of this utility model Determine screw, waterproof pad, waterproof connector sleeve, clamp spring, adjusting screw rod, knob, slot composition in support nut and shell, back shroud Heat-dissipating casing afterbody is installed on by fixed screw, waterproof pad is equipped between back shroud and heat-dissipating casing, heat-dissipating casing inner wall is set There is slot in shell, wiring board is inserted in inside interior slot, and support nut is connected with wiring board, adjusting screw rod and support nut screw thread Connection, adjusting screw rod pass through back shroud, and adjusting screw rod is cased with waterproof connector sleeve, the rear portion peace of adjusting screw rod with back shroud contact position Equipped with clamp spring and knob.

Can be that cooling fan is installed in luminous discharge tube afterbody to further realize the purpose of this utility model.

Can be that the electrode ports of the luminous discharge tube are inwardly received to further realize the purpose of this utility model Contracting, forms a front wide and rear narrow herringbone shape, luminous discharge tube front end is located in the front opening of spot shaping cover.

Can be that the control circuit is sequence circuit difference to further realize the purpose of this utility model Examined with signal isolation input circuit, signal isolation output circuit, network communications circuits, fault detection unit, remote voltage electric current Survey unit, flash luminance adjusts circuit connection, signal isolation output circuit, wind turbine delay control circuit, IGBT driving pulses guarantor Protection circuit, luminous discharge tube high-voltage triggering circuit are sequentially connected, and flash luminance adjusts circuit and is also connected with multiplication of voltage energy storage circuit, are believed Number spacing output circuit is also connected with LED drive circuit, multiplication of voltage energy storage circuit also respectively with luminous discharge tube high-voltage triggering circuit, Remote voltage current detecting unit connects, and power supply circuit is powered to each portion's circuit respectively.

The multiplication of voltage energy storage circuit is the input interface of wire connection terminal J1, J2 as AC220V50HZ power supplys, terminals Sub- J7, J2 are connected with wire connection terminal J4, J5 of luminous discharge tube high-voltage triggering circuit respectively, and wire connection terminal J2 also drives with IGBT The wire connection terminal J8 of moving pulse protection circuit is connected, and wire connection terminal J15 adjusts the wire connection terminal J12 phases of circuit with flash luminance Connection；Wire connection terminal J1 series resistors R43 is followed by the anode of capacitance C16, the cathode of capacitance C16 and diode D29, silicon-controlled SCR3, resistance R44, the connection of resistance R34 parallel connected end；Wire connection terminal J2 and diode D29, controllable silicon SCR 2, resistance R48, capacitance The parallel connected end connection of C22, the other end of resistance R34 are connected with the parallel connected end of varistor RV4, diode D7；Varistor RV4 The other end be connected with the anode of controllable silicon SCR 2, the gate pole of controllable silicon SCR 2 is connected with the cathode of diode D30；Diode The anode of D30 is connected with 2 feet of wire connection terminal J15；Resistance R45 is serially connected in the anode of diode D7 and the gate pole of controllable silicon SCR 1 Between；The other end of resistance R44 is connected with the anode of controllable silicon SCR 1；The cathode of controllable silicon SCR 1 connects with the cathode of diode D6 Connect；The anode of diode D6 is connected with the gate pole of controllable silicon SCR 3；The cathode of controllable silicon SCR 3 is connected with wire connection terminal J7；Electricity One end of resistance R46 is connected with wire connection terminal J7, and the other end is connected with 2 feet of wire connection terminal J15；One end of resistance R47 and wiring The 1 foot connection of terminal J15, the other end are connected with 2 feet of wire connection terminal J15, one end of resistance R48 and 1 foot of wire connection terminal J15 Connection, the other end are connected with wire connection terminal J2；Capacitance C17 connects with capacitance C22, and cathode and the wire connection terminal J7 of capacitance C17 connect Connect, the anode of capacitance C22 is connected with wire connection terminal J2.

The flash luminance control circuit be resistance R24, R25, R23, R26 one end respectively with sequence circuit 25 feet of microcontroller U13,24 feet, 23 feet, the connection of 22 feet, wire connection terminal J12 and the wire connection terminal J15 of multiplication of voltage energy storage circuit connect Connect, the anode connection of the anode of DC5V power supplys and the DC5V power supplys of power supply circuit；The other end of resistance R24, R25, R23, R26 point 1 foot, 3 feet, 5 feet, 7 feet not with integrated circuit U3 are connected, and 2 feet, 4 feet, 6 feet, 8 feet of integrated circuit U3 are negative with DC5V power supplys Pole connects；16 feet with integrated circuit U3,14 feet, 12 feet, 10 feet are connected respectively by resistance R27, R28, R29, R30, resistance R27, The other end of R28, R29, R30 are connected with 1 foot of wire connection terminal J12, and 15 feet of integrated circuit U3,13 feet, 11 feet, 9 feet are with connecing The 2 feet connection of line terminals J12.

The LED drive circuit is that wire connection terminal J10 is connected with the wire connection terminal J9 of signal isolation output circuit, The anode of the anode of DC20V power supplys and the DC20V power supplys of power supply circuit connects；Light emitting diode D11, D12, D13, D20, D21, D22 joins end to end, and the cathode of light emitting diode D11 is connected with 4 feet of wire connection terminal J10, the anode of light emitting diode D22 and field The drain electrode connection of pipe Q5；Light emitting diode D14, D15, D16, D23, D24, D25 join end to end, the cathode of light emitting diode D14 It is connected with 4 feet of wire connection terminal J10, the anode of light emitting diode D25 is connected with the drain electrode of field pipe Q5；Light emitting diode D17, D18, D19, D26, D27, D28 join end to end, and the cathode of light emitting diode D17 is connected with 4 feet of wire connection terminal J10, and luminous two The anode of pole pipe D28 is connected with the drain electrode of field pipe Q5；The source electrode of field pipe Q5 is connected with the anode of DC20V power supplys；The grid of field pipe Q5 Pole is connected with 1 foot of wire connection terminal J10；Resistance R11 is parallel between the grid and source electrode of a pipe Q5；Resistance R22, which is parallel to, to be connect Between 2 feet and 4 feet of line terminals J10；3 feet of wire connection terminal J10 are connected with the anode of DC20V power supplys.

The luminous discharge tube high-voltage triggering circuit be wire connection terminal J4, J5 respectively with multiplication of voltage energy storage circuit wire connection terminal J7, J2 are connected, and wire connection terminal J6 is connected with the wire connection terminal J3 of IGBT driving pulses protection circuit；The cathode of diode D8 is with connecing Line terminals J4 connections, the anode of diode D8, the cathode of diode D5 and gas fluorescent tube LAMP1+pole is connected；Diode D5 Anode be connected with capacitance C11, varistor RV2 parallel connected ends；The other end of capacitance C11 is connected with wire connection terminal J5；Pressure-sensitive electricity Resistance RV2 concatenates the parallel connected end for being followed by varistor RV3, diode D9, diode D10, capacitance C12 with resistance R33；Varistor RV3, diode D9 parallel end connection wire connection terminal J5, diode D10 anode and gas fluorescent tube LAMP1-pole is connected；Electricity The other end for holding C12 is connected with one end of the first poles of trigger winding T1, the other end and wire connection terminal J5 of the first poles of trigger winding T1 It is connected, T1 pole of trigger winding is connected with the high-pressure stage of gas fluorescent tube LAMP1.

The wind turbine delay control circuit is the wire connection terminal of wire connection terminal J17 and IGBT driving pulses protection circuit J16 connections, wire connection terminal J11 are connected with the wire connection terminal J14 of signal isolation output circuit, cathode, the anode point of DC5V power supplys Cathode, anode not with the DC5V power supplys of power supply circuit are connected, the cathodes of DC12V power supplys, anode respectively with power supply circuit The cathodes of DC12V power supplys, anode connection, the cathodes of DC20V power supplys, anode respectively with the DC20V power supplys of power supply circuit just Pole, anode connection；The 1 foot series resistor R35 of wire connection terminal J17 connects the cathode of DC5V power supplys；The 2 feet difference of wire connection terminal J17 It is connected with 2 feet of resistance R4, the 4 foot wire connection terminal J11 of integrated circuit U9, the resistance R4 other ends and the cathode of DC5V power supplys connect Connect；The cathode with DC20V power supplys, anode are connected 3 feet, 4 feet of wire connection terminal J17 respectively, and capacitance C4 is connected in parallel on wire connection terminal J17 3 feet, between 4 feet, 1 foot of wire connection terminal J11 is connected with the anode of DC5V power supplys；1 foot of integrated circuit U9 and DC5V power supplys Cathode connection, 2 feet, 3 feet, 6 feet, 7 feet, 8 feet are connected with the anode of DC5V power supplys, and 5 foot series resistor R36 connect triode Q1's Base stage, the emitter of triode Q1 are connected with the anode of DC12V power supplys, the anode and diode D4 of collector and wind turbine MG1 Cathode connects；The cathode of wind turbine MG1, the anode of diode D4 are connected with the cathode of DC12V power supplys.

The IGBT driving pulses protection circuit is the wire connection terminal of wire connection terminal J16 and wind turbine delay control circuit J17 connections, wire connection terminal J3 are connected with the wire connection terminal J6 of luminous discharge tube high-voltage triggering circuit, and wire connection terminal J8 is stored with multiplication of voltage Can the J2 connections of circuit connection terminal；1 foot of wire connection terminal J16,2 feet, 3 feet, 4 feet 1 foot with IGBT drive module U20,2 respectively Foot, 3 feet, the connection of 4 feet, 5 feet of IGBT drive module U20 are connected with the grid of IGBT pipes DS1, the collector of IGBT pipes DS1 and Wire connection terminal J3 connections, emitter are connected with wire connection terminal J8；Varistor RV1 is connected in parallel on the collector and hair of IGBT pipes DS1 Between emitter-base bandgap grading, diode D31 is connected with resistance R52 parallel connections one end with wire connection terminal J3, other end serial capacitance C13 and terminals Sub- J8 connections, the cathode of diode D32 are connected with wire connection terminal J8, and the anode of diode D32 connects with the cathode of diode D33 Connect, the cathode of diode D33 is connected with wire connection terminal J3.

The network communications circuits are wire connection terminal J13 as network communication interface, cathode, the anode of DC5V1 power supplys Cathode, the anode with the DC5V1 power supplys of power supply circuit are connected respectively, the cathodes of DC5V power supplys, anode respectively with power supply circuit 32 feet of the cathode of DC5V power supplys, anode connection, one end of resistance R21 and the microcontroller U13 of sequence circuit connect, and integrate 31 feet of 3 feet of circuit U 6 and the microcontroller U13 of sequence circuit connect, one end of resistance R20 and sequence circuit 30 feet of microcontroller U13 are connected；One end of resistance RS1 is connected with 1 foot of wire connection terminal J13, the other end and integrated circuit U12 7 feet connection；One end of resistance RS2 is connected with 2 feet of wire connection terminal J13, and the other end is connected with 6 feet of integrated circuit U12；Open 1 foot for closing diode U10 is connected with 7 feet of integrated circuit U12, and 1 foot of switching diode U11 connects with 6 feet of integrated circuit U12 Connect；2 feet of switching diode U10, U11 are connected with the anode of DC5V1 power supplys, 3 feet and DC5V1 of switching diode U10, U11 The cathode connection of power supply；Resistance R5 is parallel between 6 feet of integrated circuit U12 and 7 feet；One end of resistance R7 and DC5V1 power supplys Cathode connects, and the other end is connected with 7 feet of integrated circuit U12；One end of resistance R8 is connected with the cathode of DC5V1 power supplys, another End is connected with 6 feet of integrated circuit U12；One end of resistance R6 is connected with the anode of DC5V1 power supplys, the other end and integrated circuit The 7 feet connection of U12；Capacitance C5 is parallel between 8 feet of integrated circuit U12 and 5 feet；8 feet of integrated circuit U12,5 feet respectively with The cathode of DC5V1 power supplys, anode connection；The 1 foot series resistor R17 of integrated circuit U12 is followed by 2 feet of integrated circuit U6, integrates 1 foot of circuit U 6 is connected with the cathode of DC5V1 power supplys, and 4 feet are connected with the anode of DC5V power supplys, and one end of 3 feet and resistance R16 connects Connect, the other end of resistance R16 is connected with the cathode of DC5V power supplys；2 feet of integrated circuit U12,3 feet, integrated circuit U8 4 feet, One end of resistance R19 is connected, and 3 feet of integrated circuit U8 are connected with the cathode of DC5V1 power supplys, the other end of resistance R19 with The anode connection of DC5V1 power supplys；1 foot of integrated circuit U8 is connected with the cathode of DC5V power supplys, and one end of 2 feet and resistance R21 connects Connect；4 feet of integrated circuit U12,3 feet of integrated circuit U7, one end of resistance R18 are connected, the other end of resistance R18 with The cathode connection of DC5V1 power supplys；4 feet of integrated circuit U7 are connected with the anode of DC5V1 power supplys, the cathode of 1 foot and DC5V power supplys Connection, 2 feet are connected with one end of resistance R20.

The signal isolation input circuit is wire connection terminal J18, J20 respectively as the defeated of strobe signal and single glitch Incoming interface, cathode, the anode of the cathode, anode of DC5V1 power supplys respectively with the DC5V1 power supplys of power supply circuit are connected, DC5V electricity Cathode, anode of the cathode, anode in source respectively with the DC5V power supplys of power supply circuit are connected, 10 feet, 12 feet of integrated circuit U4 It is connected with 29 feet of the microcontroller U13 of sequence circuit, the list of 14 feet of integrated circuit U4,16 feet and sequence circuit 17 feet of piece machine U13 are connected；Resistance R37 is series between 1 foot of wire connection terminal J18 and 1 foot of integrated circuit U 4, terminals 2 feet of sub- J18 are connected with 2 feet of integrated circuit U4, and 3 feet of wire connection terminal J18 are connected with 4 feet of integrated circuit U4, terminals 4 feet of sub- J18 are connected with the anode of DC5V1 power supplys, and one end of resistance R39 is connected with the cathode of DC5V1 power supplys, the other end and collection 3 feet into circuit U 4 connect；Resistance R38 is series between 1 foot of wire connection terminal J20 and 5 feet of integrated circuit U 4, wire connection terminal 2 feet of J20 are connected with 6 feet of integrated circuit U4, and 3 feet of wire connection terminal J20 are connected with 8 feet of integrated circuit U4, wire connection terminal 4 feet of J20 are connected with the anode of DC5V1 power supplys；One end of resistance R40 is connected with the cathode of DC5V1 power supplys, the other end and collection 7 feet into circuit U 4 are connected；Capacitance C14 is parallel between 16 feet of integrated circuit U4 and 13 feet, and capacitance C15 is parallel to integrated electricity Between 12 feet and 9 feet of road U4；16 feet of integrated circuit U4 and the connection of 14 feet, 12 feet and 10 feet of integrated circuit U4 are connected, and collect It is connected into 15 feet of circuit U 4,13 feet, 11 feet, 9 feet with the anode of DC5V power supplys.

The sequence circuit is that 8 feet, 11 feet, 12 feet of microcontroller U13 are connected with fault detection unit, 15 feet, 16 feet are connected with remote voltage current detecting unit, and 29 feet are connected with signal isolation input circuit, and 28 feet are exported with signal isolation Circuit connects, and 22 feet, 23 feet, 24 feet, 25 feet adjust circuit with flash luminance and are connected, 30 feet, 31 feet, 32 feet and network service electricity Road connects, and cathode, the anode of the cathode, anode of DC5V power supplys respectively with the DC5V power supplys of power supply circuit are connected；Crystal X1 is in parallel Between 2 feet, 3 feet in microcontroller U13；Capacitance C18 one end is connected with 2 feet of microcontroller U13, and the other end is negative with DC5V power supplys Pole connects；Capacitance C19 one end is connected with 3 feet of microcontroller U13, and the other end is connected with the anode of DC5V power supplys；Microcontroller U13 4 feet, 10 feet be connected with the anode of DC5V power supplys, 5 feet are connected with one end of capacitance C20, the other end of capacitance C20 and DC5V electricity The anode connection in source, 6 feet, 7 feet, 9 feet of microcontroller U13 are connected with the cathode of DC5V power supplys；Capacitance C21 is parallel to microcontroller Between 6 feet and 4 feet of U13.

The signal isolation output circuit be resistance R41 one end and sequence circuit microcontroller U13 28 feet 18 feet of connection, one end of resistance R42 and the microcontroller U13 of sequence circuit connect, and wire connection terminal J19 is online output terminal Mouthful, the wire connection terminal J10 connections of wire connection terminal J9 and LED drive circuit, wire connection terminal J14 connects with wind turbine delay control circuit Line terminals J11 connections, cathode, the anode of the cathode, anode of DC5V power supplys respectively with the DC5V power supplys of power supply circuit are connected；Electricity Hinder R41,1 foot with integrated circuit U5,3 feet are connected resistance R42 respectively；2 feet of integrated circuit U5 are connected with 7 feet, 4 feet and 5 feet It is connected, 6 feet, 8 feet are connected with the anode of DC5V power supplys, and 2 feet with wire connection terminal J14,1 foot are connected respectively for 9 feet, 10 feet, and 11 1 foot with wire connection terminal J9,2 feet are connected respectively for foot, 12 feet, 4 feet of wire connection terminal J9,3 feet respectively with DC20V power supplys just Pole, anode connection；13 feet, 14 feet, 15 feet, 16 feet with integrated circuit U5 2 feet with wire connection terminal J19,1 foot, 4 feet, 3 respectively Foot connects.

The power supply circuit is the input interface of wire connection terminal J1, J2 as AC220V50HZ power supplys, respectively with switch The L feet of power supply P1, the connection of N feet, DC20V power supplys, DC12V power supplys, DC5V power supplys, the DC20V electricity of DC5V1 power supplys and other circuits Source, DC12V power supplys, DC5V power supplys, the connection of DC5V1 power supplys；Switching Power Supply P1+foot ,-foot export respectively DC20V positive poles, Anode, produces DC20V power supplys；DC20V positive poles are connected with 1 foot of integrated circuit U1 and 1 foot of integrated circuit U 2；Capacitance C7 Cathode be connected with 1 foot of integrated circuit U1, the anode of capacitance C7,3 feet of integrated circuit U1,5 feet, integrated circuit U2 2 feet, The cathode of diode D3, the anode of capacitance C8, the anode of capacitance C10, one end of resistance R15 are connected with DC20V power cathodes；Electricity Hinder the other end of R15, one end of resistance R14 is connected with 4 feet of integrated circuit U1；The anode of diode D3, one end of inductance L2 It is connected with 2 feet of integrated circuit U1；The other end of resistance R14, the other end of inductance L2, the cathode and integrated circuit M1 of capacitance C8 1 foot connection, produce DC5V power supplys；2 feet of integrated circuit M1 are connected with DC20V power cathodes, and 4 feet, 5 feet are negative with capacitance C9's Pole is connected, and 6 feet, 7 feet are connected with the cathode of capacitance C9；Capacitance C2 is in parallel with capacitance C9, produces DC5V1 power supplys；Capacitance C10's Cathode is connected with 3 feet of integrated circuit U2, produces DC12V power supplys.

The remote voltage current detecting unit is that wire connection terminal J1, J2 connect as the input of AC220V50HZ power supplys Mouthful, wire connection terminal J1 is connected with primary one end of transformer TV1, and wire connection terminal J2 is connected with one end of resistance R31, resistance 15 feet with the microcontroller U13 of sequence circuit, 16 feet are connected respectively by R2, resistance R3, anode and the power supply electricity of DC5V power supplys The anode connection of road DC5V power supplys；The primary other end of transformer TV1 is connected with the other end of resistance R31, resistance R32, Diode D2, capacitance C3 parallel connections both ends are connected with the secondary both ends of TV1 respectively, the cathode of diode D2 and the anode of DC5V power supplys Connection, the anode of diode D2 are connected with one end of resistance R3, the other end of resistance R3 and the microcontroller of sequence circuit 16 feet of U13 are connected；The both ends of resistance R1, diode D1, the both ends in parallel of capacitance C1 respectively with inductance L1 are connected, diode The cathode of D1 is connected with the anode of DC5V power supplys, and the anode of diode D1 is connected with one end of resistance R2, the other end of resistance R2 It is connected with 15 feet of the microcontroller U13 of sequence circuit.

The fault detection unit be the cathode of DC5V power supplys, anode respectively with the DC5V power supplys of power supply circuit just Pole, anode connection, thermistor NTC1 detect the change of twin light lamp internal temperature, and photodiode Q2, Q3 detection twin light lamp are No to light, photodiode Q4 detects the change of twin light lamp external environment condition brightness, resistance R9, resistance R10, resistance R12, resistance 8 feet with the microcontroller U13 of sequence circuit, 11 feet, 12 feet, 13 feet are connected R13 respectively；Capacitance C6 and thermistor One end in parallel of NTC1 is connected with 8 feet of the microcontroller U13 of sequence circuit, and the anode of the other end and DC5V power supplys connects Connect；Resistance R9 one end is connected with 8 feet of the microcontroller U13 of sequence circuit, and the other end is connected with the cathode of DC5V power supplys； 11 feet of one end of resistance R10 and the microcontroller U13 of sequence circuit connect, the other end of resistance R10 and the one of resistance R49 End, the emitter connection of photodiode Q2, the resistance R49 other ends are connected with the anode of DC5V power supplys, photodiode Q2's Collector is connected with the cathode of DC5V power supplys；12 feet of one end of resistance R12 and the microcontroller U13 of sequence circuit connect, The other end of resistance R12 is connected with one end of resistance R50, the emitter of photodiode Q3, the resistance R50 other ends and DC5V electricity The anode connection in source, the collector of photodiode Q3 are connected with the cathode of DC5V power supplys；One end of resistance R13 and programme-control 13 feet of the microcontroller U13 of circuit are connected, the other end of resistance R13 and the transmitting of one end, photodiode Q4 of resistance R51 Pole connects, and the resistance R51 other ends are connected with the anode of DC5V power supplys, the collector of photodiode Q4 and the cathode of DC5V power supplys Connection.

Compared with the prior art the utility model has following distinguishing feature and good effect：The utility model is by front lens Middle part is arranged on luminous discharge tube, periphery mounted LED lamp bulb, solves equipment front portion light extraction position, space is small, component More contradiction, completes a kind of LED and shines and the integrated novel video light compensating apparatus of two kinds of light sources of gas luminescence, solves existing There is the problem of technology device is more, space is small, layout is difficult and LED radiates, LED is successfully mounted with before luminous discharge tube Lamp bead shines, and one group of Switching Power Supply power supply has been shared in inside, and outside has shared a set of shell, LED light source and gas are put Electric light source is effectively integrated into a whole device, solves the light filling needs of the video detection function of video camera, is not required in engineering Other equipment is further added by, construction cost is greatlyd save and reduces energy consumption, since LED lamp bead visually belongs to normal Bright state, luminous discharge tube simply feel blast once in flash of light, the visible change that driver and passenger do not feel as, effectively Unexpected flash of light is solved the problems, such as to the dazzling of driver and passenger；Subregion illumination light damping plate is installed on luminous discharge tube and hot spot is whole On upper position before shape cover, by varying subregion illumination light damping plate it is big less and installation site, change subtracting for output facula Optical range, and by varying the light transmittance of subregion illumination light damping plate, change the subregion illuminance of output facula, obtain car plate position To suitable illuminance, the phenomenon generation that car plate crosses exposure is avoided, key light can be radiated at vehicle by luminous discharge tube Pilot station, makes the image clearly at driver's cabin position, and car plate position is since the effect of dim light, image effect are similarly clear, Therefore effectively solves problem of the prior art；Spot shaping is provide with and is calculated as bell shape, its big mouth is light-emitting window, root According to the shape need of output facula, it is circular, square or trapezoidal to set the light extraction mouth-shaped of spot shaping cover, realizes output light Spot coincide with the light filling extent height being actually needed, and eliminates the scattering light beyond light filling scope, efficiently solves light pollution Problem, especially with trapezoidal light spot shaping cover ladder, and by installation method of the trapezoidal long side in upper short side under, can make throwing The light for being mapped to road surface presents rectangular light spot.Rectangular light spot can more coincide with the light filling scope of actual needs, really realize The technical requirements of accurate light filling, in order to which spot shaping cover farthest reduces size, make spot shaping cover maximum Close to luminous discharge tube, the osculum of spot shaping cover is designed as strip；The light spot adjusting mechanism being equipped with realizes spot size Adjust, by rotation of adjustment knob, rotate adjusting screw rod, drive bottom plate wiring board to be slided in interior slot by support nut It is dynamic, anteroposterior direction movement is done, so as to adjust the distance between luminous discharge tube and front lens, changes focal length, hot spot is changed with this It is big few；Wind turbine is installed behind luminous discharge tube, so that luminous discharge tube radiates, that improves luminous discharge tube uses the longevity Life；In order to farthest reduce gas luminescence pipe volume, point light source light-emitting is realized, the electrode ports of luminous discharge tube are inwardly received Contracting, forms a herringbone shape wide at the top and narrow at the bottom, in order to improve the uniformity of output facula, inside spot shaping cover Luminous discharge tube, its tip height should be less than spot shaping cover big mouth plane below.

The utility model control circuit is by designing remote voltage current detecting unit, the work shape of accurate detection device State；Circuit is adjusted by designing flash luminance, coordinates multiplication of voltage energy storage circuit, flash luminance regulatory function is completed, to improve Energy-saving efficiency, and effectively reduce light pollution；Remote Diagnosis System is realized by fault detection unit and network communications circuits；Pass through Design IGBT driving pulse protection circuits solve the problems, such as that IGBT pipes are damaged by high-voltage pulse surge, improve the stabilization of equipment Property；By modelled signal isolation input circuit and signal isolation output circuit, the control of pulse signal interference program is efficiently solved The problem of circuit, improve the stability of circuit；LED drive circuit coordinates with sequence circuit completes stroboscopic function；Program Control circuit realizes the intelligent control to circuit by programming.

Brief description of the drawings

The utility model is described in further details with reference to the accompanying drawings and examples.

Fig. 1 is a kind of structure diagram of the utility model.

Fig. 2 is a kind of schematic shapes of the utility model heat-dissipating casing.

Fig. 3 is another schematic shapes of the utility model heat-dissipating casing.

Fig. 4 is another schematic shapes of the utility model heat-dissipating casing.

Fig. 5 is another structure diagram of the utility model.

Fig. 6 is a kind of structure diagram of the utility model spot shaping cover.

Fig. 7 is another structure diagram of the utility model spot shaping cover.

Fig. 8 is another structure diagram of the utility model spot shaping cover.

Fig. 9 is another structure diagram of the utility model.

Figure 10 is the partial enlarged view of Fig. 9.

Figure 11 is Fig. 9 sectional views.

Figure 12 is a kind of structure diagram at the utility model cooling fan position.

A kind of structure diagram at Figure 13 the utility model luminous discharge tubes position.

Figure 14 is a kind of structure diagram of the utility model control circuit.

Figure 15 is a kind of electronic-circuit diagram of the utility model multiplication of voltage energy storage circuit.

Figure 16 is a kind of electronic-circuit diagram of the utility model flash luminance control circuit.

Figure 17 is a kind of electronic-circuit diagram of the utility model LED drive circuit.

Figure 18 is a kind of electronic-circuit diagram of the utility model luminous discharge tube high-voltage triggering circuit.

Figure 19 is a kind of electronic-circuit diagram of the utility model wind turbine delay control circuit.

Figure 20 is a kind of electronic-circuit diagram that the utility model IGBT driving pulses protect circuit.

Figure 21 is a kind of electronic-circuit diagram of the utility model network communications circuits.

Figure 22 is a kind of electronic-circuit diagram of the utility model signal isolation input circuit.

Figure 23 is a kind of electronic-circuit diagram of the utility model sequence circuit.

Figure 24 is a kind of electronic-circuit diagram of the utility model signal isolation output circuit.

Figure 25 is a kind of electronic-circuit diagram of the utility model power supply circuit.

Figure 26 is a kind of electronic-circuit diagram of the utility model remote voltage current detecting unit.

Figure 27 is a kind of electronic-circuit diagram of the utility model fault detection unit.

Embodiment

A kind of energy-efficient double light source light-supplementing systems, are that the front opening of heat-dissipating casing 15 extends shape laterally with reference to Fig. 1 Into boss, the LED lamp bead 1 with collector lens 2 is installed on boss 10, is installed at 10 front opening of boss of heat-dissipating casing 15 Front lens 4, luminous discharge tube 3 are installed in heat-dissipating casing 15, and the outside of luminous discharge tube 3 is surrounded with spot shaping cover 6, gas hair Light pipe 3 and spot shaping cover 6 are fixed in assist side 7, and wiring board 7 is equipped with control circuit 8, and heat-dissipating casing 15 can be such as figure The polygon shown in square and Fig. 4 shown in circle, Fig. 3 shown in 2.

In order to form the region of different illumination, ensure imaging effect, be on 6 open front top of spot shaping cover with reference to Fig. 5 Subregion illumination light damping plate 5 is installed.

In order to form hot spot of different shapes, reference Fig. 6, Fig. 7, Fig. 8, before the spot shaping cover 6 is as needed End opening is more than the bell shape of rear end, and the front opening of spot shaping cover 6 is circular, square or trapezoidal.

In order to adjust the size of hot spot, with reference to Fig. 9, Figure 10, Figure 11, equipped with light spot adjusting mechanism 11, light spot adjusting mechanism 11 are used to control the front and back position of luminous discharge tube 3 and spot shaping cover 6 in heat-dissipating casing 15, to realize the tune of spot size Section, the light spot adjusting mechanism 11 include back shroud 12, fixed screw 13, waterproof pad 14, waterproof connector sleeve 23, clamp spring 24th, slot 28 forms in adjusting screw rod 25, knob 26, support nut 27 and shell, and back shroud 12 is installed by fixed screw 13 In 15 afterbody of heat-dissipating casing, waterproof pad 14 is equipped between back shroud 12 and heat-dissipating casing 15,15 inner wall of heat-dissipating casing is equipped with shell Interior slot 28, wiring board 7 are inserted in the inside of slot 28, support nut 27 in shell and are connected with wiring board 7, adjusting screw rod 25 and stent Nut 27 is threadedly coupled, and adjusting screw rod 25 passes through back shroud 12, and adjusting screw rod 25 is cased with waterproof with 12 contact position of back shroud and is connected Set 23, the rear portion of adjusting screw rod 25 is provided with the clamp spring 24 of secured adjusted screw rod and easy to rotating knob 26.

In order to preferably radiate, ensure working stability, with reference to Figure 12, cooling fan is installed in 3 afterbody of luminous discharge tube 9。

In order to which the light that luminous discharge tube is sent fully is assembled, make the light spot illumination of output evenly, with reference to Figure 13, The electrode ports of the luminous discharge tube 3 form a front wide and rear narrow herringbone shape, luminous discharge tube 3 to contract Front end is located in the front opening of spot shaping cover 6.

In order to realize intelligent control, with reference to Figure 14, the control circuit 8 be sequence circuit 809 respectively with signal Isolation input circuit 808, signal isolation output circuit 810, network communications circuits 807, fault detection unit 813, remote voltage Current detecting unit 812, flash luminance adjust circuit 802 and connect, signal isolation output circuit 810, wind turbine delay control circuit 805th, IGBT driving pulses protection circuit 806, luminous discharge tube high-voltage triggering circuit 804 are sequentially connected, and flash luminance adjusts electricity Road 802 is also connected with multiplication of voltage energy storage circuit 801, and signal isolation output circuit 810 is also connected with LED drive circuit 803, and multiplication of voltage stores Energy circuit 801 is also connected with luminous discharge tube high-voltage triggering circuit 804, remote voltage current detecting unit 812 respectively, power supply electricity Road 811 powers to each portion's circuit respectively.

With reference to Figure 15, the multiplication of voltage energy storage circuit 801 is the input of wire connection terminal J1, J2 as AC220V50HZ power supplys Interface, wire connection terminal J7, J2 are connected with wire connection terminal J4, J5 of luminous discharge tube high-voltage triggering circuit 804 respectively, terminals Wire connection terminal J8s of the sub- J2 also with IGBT driving pulses protection circuit 806 is connected, and wire connection terminal J15 adjusts electricity with flash luminance The wire connection terminal J12 on road 802 is connected；

Wire connection terminal J1 series resistors R43 is followed by the anode of capacitance C16, the cathode of capacitance C16 and diode D29, controllable Silicon SCR3, resistance R44, the connection of resistance R34 parallel connected end；Wire connection terminal J2 and diode D29, controllable silicon SCR 2, resistance R48, electricity Hold the parallel connected end connection of C22, the other end of resistance R34 is connected with the parallel connected end of varistor RV4, diode D7；Varistor The other end of RV4 is connected with the anode of controllable silicon SCR 2, and the gate pole of controllable silicon SCR 2 is connected with the cathode of diode D30；Two The anode of pole pipe D30 is connected with 2 feet of wire connection terminal J15；Resistance R45 is serially connected in the anode and controllable silicon SCR 1 of diode D7 Between gate pole；The other end of resistance R44 is connected with the anode of controllable silicon SCR 1；The cathode of controllable silicon SCR 1 and the cathode of diode D6 Connection；The anode of diode D6 is connected with the gate pole of controllable silicon SCR 3；The cathode of controllable silicon SCR 3 is connected with wire connection terminal J7； One end of resistance R46 is connected with wire connection terminal J7, and the other end is connected with 2 feet of wire connection terminal J15；One end of resistance R47 is with connecing The 1 foot connection of line terminals J15, the other end are connected with 2 feet of wire connection terminal J15, one end of resistance R48 and the 1 of wire connection terminal J15 Foot connects, and the other end is connected with wire connection terminal J2；Capacitance C17 connects with capacitance C22, cathode and the wire connection terminal J7 of capacitance C17 Connection, the anode of capacitance C22 are connected with wire connection terminal J2.

With reference to Figure 16, the flash luminance control circuit 802 be resistance R24, R25, R23, R26 one end respectively with journey 25 feet of the microcontroller U13 of sequence control circuit 809,24 feet, 23 feet, the connection of 22 feet, wire connection terminal J12 and multiplication of voltage energy storage circuit 801 wire connection terminal J15 connections, the anode of DC5V power supplys are connected with the anode of the DC5V power supplys of power supply circuit 811；Resistance R24, 1 foot with integrated circuit U3,3 feet, 5 feet, 7 feet are connected the other end of R25, R23, R26 respectively, 2 feet of integrated circuit U3,4 feet, 6 feet, 8 feet are connected with the anode of DC5V power supplys；Resistance R27, R28, R29, R30 16 feet with integrated circuit U3,14 feet, 12 respectively Foot, the connection of 10 feet, the other end of resistance R27, R28, R29, R30 are connected with 1 foot of wire connection terminal J12, and the 15 of integrated circuit U3 Foot, 13 feet, 11 feet, 9 feet are connected with 2 feet of wire connection terminal J12.

With reference to Figure 17, the LED drive circuit 803 is the wiring of wire connection terminal J10 and signal isolation output circuit 808 Terminal J9 is connected, and the anode of DC20V power supplys is connected with the anode of the DC20V power supplys of power supply circuit 811；

Light emitting diode D11, D12, D13, D20, D21, D22 join end to end, the cathode and terminals of light emitting diode D11 The 4 feet connection of sub- J10, the anode of light emitting diode D22 are connected with the drain electrode of field pipe Q5；Light emitting diode D14, D15, D16, D23, D24, D25 join end to end, and the cathode of light emitting diode D14 is connected with 4 feet of wire connection terminal J10, light emitting diode D25's Anode is connected with the drain electrode of field pipe Q5；Light emitting diode D17, D18, D19, D26, D27, D28 join end to end, light emitting diode The cathode of D17 is connected with 4 feet of wire connection terminal J10, and the anode of light emitting diode D28 is connected with the drain electrode of field pipe Q5；Field pipe Q5 Source electrode be connected with the anode of DC20V power supplys；The grid of field pipe Q5 is connected with 1 foot of wire connection terminal J10；Resistance R11 is parallel to Between the grid and source electrode of field pipe Q5；Resistance R22 is parallel between 2 feet of wire connection terminal J10 and 4 feet；The 3 of wire connection terminal J10 Foot is connected with the anode of DC20V power supplys.

With reference to Figure 18, the luminous discharge tube high-voltage triggering circuit 804 be wire connection terminal J4, J5 respectively with multiplication of voltage accumulation of energy Circuit 801 wire connection terminal J7, J2 are connected, and wire connection terminal J6 is connected with the wire connection terminal J3 of IGBT driving pulses protection circuit 806； The cathode of diode D8 is connected with wire connection terminal J4, and the anode of diode D8, the cathode of diode D5 are with gas fluorescent tube LAMP1's + pole is connected；The anode of diode D5 is connected with capacitance C11, varistor RV2 parallel connected ends；The other end of capacitance C11 and wiring Terminal J5 connections；Varistor RV2 is concatenated with resistance R33 is followed by varistor RV3, diode D9, diode D10, capacitance C12 Parallel connected end；Varistor RV3, diode D9 parallel end connection wire connection terminal J5, diode D10 anode and gas fluorescent tube LAMP1-pole connection；The other end of capacitance C12 is connected with one end of the first poles of trigger winding T1, the first poles of trigger winding T1 The other end is connected with wire connection terminal J5, and T1 pole of trigger winding is connected with the high-pressure stage of gas fluorescent tube LAMP1.

With reference to Figure 19, the wind turbine delay control circuit 805 is wire connection terminal J17 and IGBT driving pulses protection circuit 806 wire connection terminal J16 connections, wire connection terminal J11 are connected with the wire connection terminal J14 of signal isolation output circuit 810, DC5V electricity Cathode, anode of the cathode, anode in source respectively with the DC5V power supplys of power supply circuit 811 are connected, cathode, the anode of DC12V power supplys Cathode, the anode with the DC12V power supplys of power supply circuit 811 are connected respectively, and cathode, the anode of DC20V power supplys are electric with power supply respectively The cathode of the DC20V power supplys on road 811, anode connection；The 1 foot series resistor R35 of wire connection terminal J17 connects the cathode of DC5V power supplys； 2 feet of 2 feet of wire connection terminal J17 respectively with resistance R4, the 4 foot wire connection terminal J11 of integrated circuit U9 are connected, the resistance R4 other ends It is connected with the cathode of DC5V power supplys；The cathode with DC20V power supplys, anode are connected 3 feet, 4 feet of wire connection terminal J17 respectively, capacitance C4 is connected in parallel between 3 feet of wire connection terminal J17,4 feet, and 1 foot of wire connection terminal J11 is connected with the anode of DC5V power supplys；Integrated electricity 1 foot of road U9 is connected with the cathode of DC5V power supplys, and 2 feet, 3 feet, 6 feet, 7 feet, 8 feet are connected with the anode of DC5V power supplys, 5 feet concatenation Resistance R36 connects the base stage of triode Q1, and the emitter of triode Q1 is connected with the anode of DC12V power supplys, collector and wind turbine MG1 Anode connected with the cathode of diode D4；The cathode of wind turbine MG1, the anode of diode D4 are connected with the cathode of DC12V power supplys.

With reference to Figure 20, IGBT driving pulses protection circuit 806 is wire connection terminal J16 and wind turbine delay control circuit 805 wire connection terminal J17 connections, wire connection terminal J3 are connected with the wire connection terminal J6 of luminous discharge tube high-voltage triggering circuit 804, connect Line terminals J8 is connected with 801 wire connection terminal J2 of multiplication of voltage energy storage circuit；1 foot of wire connection terminal J16,2 feet, 3 feet, 4 feet respectively with 1 foot of IGBT drive module U20,2 feet, 3 feet, the connection of 4 feet, 5 feet of IGBT drive module U20 connect with the grid of IGBT pipes DS1 Connect, the collector of IGBT pipes DS1 is connected with wire connection terminal J3, and emitter is connected with wire connection terminal J8；Varistor RV1 is connected in parallel on Between the collector and emitter of IGBT pipes DS1, diode D31 is connected with resistance R52 parallel connections one end with wire connection terminal J3, another End serial capacitance C13 is connected with wire connection terminal J8, and the cathode of diode D32 is connected with wire connection terminal J8, the anode of diode D32 It is connected with the cathode of diode D33, the cathode of diode D33 is connected with wire connection terminal J3.

With reference to Figure 21, the network communications circuits 807 are wire connection terminal J13 as network communication interface, DC5V1 power supplys Cathode, anode respectively with the DC5V1 power supplys of power supply circuit 811 of cathode, anode be connected, cathode, the anode point of DC5V power supplys Cathode, anode not with the DC5V power supplys of power supply circuit 811 are connected, one end of resistance R21 and the monolithic of sequence circuit 809 The 32 feet connection of machine U13,3 feet of integrated circuit U6 are connected with 31 feet of the microcontroller U13 of sequence circuit 809, resistance R20 One end be connected with 30 feet of the microcontroller U13 of sequence circuit；

One end of resistance RS1 is connected with 1 foot of wire connection terminal J13, and the other end is connected with 7 feet of integrated circuit U12；Resistance One end of RS2 is connected with 2 feet of wire connection terminal J13, and the other end is connected with 6 feet of integrated circuit U12；The 1 of switching diode U10 Foot is connected with 7 feet of integrated circuit U12, and 1 foot of switching diode U11 is connected with 6 feet of integrated circuit U12；Switching diode 2 feet of U10, U11 are connected with the anode of DC5V1 power supplys, and 3 feet of switching diode U10, U11 connect with the cathode of DC5V1 power supplys Connect；Resistance R5 is parallel between 6 feet of integrated circuit U12 and 7 feet；One end of resistance R7 is connected with the cathode of DC5V1 power supplys, another End is connected with 7 feet of integrated circuit U12；One end of resistance R8 is connected with the cathode of DC5V1 power supplys, the other end and integrated circuit The 6 feet connection of U12；One end of resistance R6 is connected with the anode of DC5V1 power supplys, and the other end is connected with 7 feet of integrated circuit U12； Capacitance C5 is parallel between 8 feet of integrated circuit U12 and 5 feet；8 feet of integrated circuit U12,5 feet respectively with DC5V1 power supplys just Pole, anode connection；The 1 foot series resistor R17 of integrated circuit U12 is followed by 2 feet of integrated circuit U6,1 foot of integrated circuit U6 with The cathode connection of DC5V1 power supplys, 4 feet are connected with the anode of DC5V power supplys, and 3 feet are connected with one end of resistance R16, resistance R16's The other end is connected with the cathode of DC5V power supplys；2 feet of integrated circuit U12,3 feet, 4 feet of integrated circuit U8, one end of resistance R19 It is connected, 3 feet of integrated circuit U8 are connected with the cathode of DC5V1 power supplys, the other end of resistance R19 and the anode of DC5V1 power supplys Connection；1 foot of integrated circuit U8 is connected with the cathode of DC5V power supplys, and 2 feet are connected with one end of resistance R21；Integrated circuit U12's 4 feet, 3 feet of integrated circuit U7, one end of resistance R18 are connected, and the other end of resistance R18 is connected with the cathode of DC5V1 power supplys； 4 feet of integrated circuit U7 are connected with the anode of DC5V1 power supplys, and 1 foot is connected with the cathode of DC5V power supplys, 2 feet and the one of resistance R20 End connection.

With reference to Figure 22, the signal isolation input circuit 808 be wire connection terminal J18, J20 respectively as strobe signal and The input interface of single glitch, the cathodes of DC5V1 power supplys, the anode cathode with the DC5V1 power supplys of power supply circuit 811, negative respectively Pole is connected, and cathode, the anode of the cathode, anode of DC5V power supplys respectively with the DC5V power supplys of power supply circuit 811 are connected, and integrate 10 feet, 12 feet of circuit U 4 are connected with 29 feet of the microcontroller U13 of sequence circuit 809,14 feet of integrated circuit U4,16 Foot is connected with 17 feet of the microcontroller U13 of sequence circuit 809；

Resistance R37 is series between 1 foot of wire connection terminal J18 and 1 foot of integrated circuit U 4,2 feet of wire connection terminal J18 with The 2 feet connection of integrated circuit U4,3 feet of wire connection terminal J18 are connected with 4 feet of integrated circuit U4,4 feet of wire connection terminal J18 and The anode connection of DC5V1 power supplys, one end of resistance R39 are connected with the cathode of DC5V1 power supplys, the other end and the 3 of integrated circuit U4 Foot connects；Resistance R38 is series between 1 foot of wire connection terminal J20 and 5 feet of integrated circuit U 4,2 feet of wire connection terminal J20 with The 6 feet connection of integrated circuit U4,3 feet of wire connection terminal J20 are connected with 8 feet of integrated circuit U4,4 feet of wire connection terminal J20 and The anode connection of DC5V1 power supplys；One end of resistance R40 is connected with the cathode of DC5V1 power supplys, and the other end is with integrated circuit U4's 7 feet are connected；Capacitance C14 is parallel between 16 feet of integrated circuit U4 and 13 feet, and capacitance C15 is parallel to 12 feet of integrated circuit U4 And 9 between foot；16 feet of integrated circuit U4 and the connection of 14 feet, 12 feet and 10 feet of integrated circuit U4 are connected, integrated circuit U4's 15 feet, 13 feet, 11 feet, 9 feet are connected with the anode of DC5V power supplys.

With reference to Figure 23, the sequence circuit 809 is 8 feet, 11 feet, 12 feet and the fault detect list of microcontroller U13 Member 813 connects, and 15 feet, 16 feet are connected with remote voltage current detecting unit 812, and 29 feet connect with signal isolation input circuit 808 Connect, 28 feet are connected with signal isolation output circuit 810, and 22 feet, 23 feet, 24 feet, 25 feet and flash luminance adjust circuit 802 and connect Connect, 30 feet, 31 feet, 32 feet are connected with network communications circuits 807, the cathodes of DC5V power supplys, anode respectively with power supply circuit 811 The cathode of DC5V power supplys, anode connection；

Crystal X1 is parallel between 2 feet of microcontroller U13,3 feet；Capacitance C18 one end is connected with 2 feet of microcontroller U13, separately One end is connected with the anode of DC5V power supplys；Capacitance C19 one end is connected with 3 feet of microcontroller U13, the other end and DC5V power supplys Anode connects；4 feet, 10 feet of microcontroller U13 are connected with the anode of DC5V power supplys, and 5 feet are connected with one end of capacitance C20, capacitance The other end of C20 is connected with the anode of DC5V power supplys, and 6 feet, 7 feet, 9 feet of microcontroller U13 are connected with the cathode of DC5V power supplys；Electricity Hold C21 to be parallel between 6 feet of microcontroller U13 and 4 feet.

With reference to Figure 24, the signal isolation output circuit 810 is one end and the sequence circuit 809 of resistance R41 The 28 feet connection of microcontroller U13, one end of resistance R42 are connected with 18 feet of the microcontroller U13 of sequence circuit 809, wiring Terminal J19 is online output port, and wire connection terminal J9 is connected with the wire connection terminal J10 of LED drive circuit 803, wire connection terminal J14 Be connected with the wire connection terminal J11 of wind turbine delay control circuit 805, the cathodes of DC5V power supplys, anode respectively with power supply circuit 811 Cathode, the anode of DC5V power supplys are connected；

1 foot with integrated circuit U5,3 feet are connected respectively by resistance R41, resistance R42；2 feet of integrated circuit U5 and 7 feet connect Connect, 4 feet are connected with 5 feet, and 6 feet, 8 feet are connected with the anode of DC5V power supplys, 9 feet, 10 feet respectively 2 feet with wire connection terminal J14, 1 foot connects, and 1 foot with wire connection terminal J9,2 feet are connected respectively for 11 feet, 12 feet, 4 feet of wire connection terminal J9,3 feet respectively with DC20V The cathode of power supply, anode connection；13 feet, 14 feet, 15 feet, 16 feet with integrated circuit U5 2 feet with wire connection terminal J19,1 respectively Foot, 4 feet, the connection of 3 feet.

With reference to Figure 25, the power supply circuit 811 is that wire connection terminal J1, J2 connect as the input of AC220V50HZ power supplys Mouthful, the L feet with Switching Power Supply P1, N feet are connected respectively, DC20V power supplys, DC12V power supplys, DC5V power supplys, DC5V1 power supplys and other The DC20V power supplys of circuit, DC12V power supplys, DC5V power supplys, the connection of DC5V1 power supplys；

Switching Power Supply P1+foot ,-foot export DC20V positive poles, anode respectively, produce DC20V power supplys；DC20V power supplys Cathode is connected with 1 foot of integrated circuit U1 and 1 foot of integrated circuit U 2；The cathode of capacitance C7 is connected with 1 foot of integrated circuit U1, The anode of capacitance C7,3 feet of integrated circuit U1,5 feet, 2 feet of integrated circuit U2, the cathode of diode D3, capacitance C8 anode, The anode of capacitance C10, one end of resistance R15 are connected with DC20V power cathodes；The other end of resistance R15, one end of resistance R14 It is connected with 4 feet of integrated circuit U1；The anode of diode D3, one end of inductance L2 are connected with 2 feet of integrated circuit U1；Resistance The other end of R14, the other end of inductance L2, the cathode of capacitance C8 are connected with 1 foot of integrated circuit M1, produce DC5V power supplys；Collection 2 feet into circuit M1 are connected with DC20V power cathodes, and 4 feet, 5 feet are connected with the anode of capacitance C9,6 feet, 7 feet and capacitance C9 Cathode connection；Capacitance C2 is in parallel with capacitance C9, produces DC5V1 power supplys；3 foot phases of the cathode of capacitance C10 and integrated circuit U2 Connection, produces DC12V power supplys.

With reference to Figure 26, the remote voltage current detecting unit 812 is wire connection terminal J1, J2 as AC220V50HZ electricity The input interface in source, wire connection terminal J1 are connected with primary one end of transformer TV1, one end of wire connection terminal J2 and resistance R31 Connection, 15 feet with the microcontroller U13 of sequence circuit 809,16 feet are connected respectively by resistance R2, resistance R3, DC5V power supplys Anode is connected with the anode of the DC5V power supplys of power supply circuit 811；

The primary other end of transformer TV1 is connected with the other end of resistance R31, resistance R32, diode D2, capacitance C3 parallel connections both ends are connected with the secondary both ends of TV1 respectively, and the cathode of diode D2 is connected with the anode of DC5V power supplys, diode D2 Anode be connected with one end of resistance R3, the other end of resistance R3 is connected with 16 feet of the microcontroller U13 of sequence circuit Connect；The both ends of resistance R1, diode D1, the both ends in parallel of capacitance C1 respectively with inductance L1 are connected, the cathode of diode D1 with The anode connection of DC5V power supplys, the anode of diode D1 are connected with one end of resistance R2, the other end of resistance R2 and programme-control The 15 feet connection of the microcontroller U13 of circuit.

With reference to Figure 27, the fault detection unit 813 be the cathode of DC5V power supplys, anode respectively with power supply circuit 811 DC5V power supplys cathode, anode connection, thermistor NTC1 detect twin light lamp internal temperature change, photodiode Q2, Whether Q3 detection twin light lamps are lighted, and photodiode Q4 detects the change of twin light lamp external environment condition brightness, resistance R9, resistance 8 feet with the microcontroller U13 of sequence circuit 809,11 feet, 12 feet, 13 feet are connected respectively by R10, resistance R12, resistance R13 Connect；

Capacitance C6 is connected with one end in parallel of thermistor NTC1 with 8 feet of the microcontroller U13 of sequence circuit 809 Connect, the other end is connected with the anode of DC5V power supplys；Resistance R9 one end is connected with 8 feet of the microcontroller U13 of sequence circuit 809 Connect, the other end is connected with the cathode of DC5V power supplys；11 feet of one end of resistance R10 and the microcontroller U13 of sequence circuit connect Connect, the other end of resistance R10 is connected with the emitter of one end of resistance R49, photodiode Q2, the resistance R49 other ends with The anode connection of DC5V power supplys, the collector of photodiode Q2 are connected with the cathode of DC5V power supplys；One end of resistance R12 and journey The 12 feet connection of the microcontroller U13 of sequence control circuit 809, the other end of resistance R12 and one end of resistance R50, photodiode The emitter connection of Q3, the resistance R50 other ends are connected with the anode of DC5V power supplys, collector and the DC5V electricity of photodiode Q3 The cathode connection in source；One end of resistance R13 is connected with 13 feet of the microcontroller U13 of sequence circuit 809, resistance R13's The other end is connected with one end of resistance R51, the emitter of photodiode Q4, the anode of the resistance R51 other ends and DC5V power supplys Connection, the collector of photodiode Q4 are connected with the cathode of DC5V power supplys.

In the present embodiment, integrated circuit U1 is LM2576, and integrated circuit U2 is 78M12, and integrated circuit U6, U7, U8 are PC817, integrated circuit U9 are FAN12F629, integrated circuit U10, U11 BAV99, and integrated circuit U12 is MAX485, microcontroller U13 is STM8S105K, and integrated circuit M1 is B0505S, and IGBT drive module U20 is K57926.

Claims (10)

1. a kind of energy-efficient double light source light-supplementing systems, including heat-dissipating casing, luminous discharge tube and front lens, it is characterized in that heat dissipation The front opening of shell extends to form boss laterally, and the LED lamp bead with collector lens is installed on boss, heat-dissipating casing Front lens is installed, luminous discharge tube is installed in heat-dissipating casing, and gas luminescence tube outside is surrounded with hot spot at boss front opening Shaping cover, luminous discharge tube and spot shaping cover are fixed in the circuit board, and wiring board is equipped with control circuit.

2. the energy-efficient double light source light-supplementing systems of one kind according to claim 1, it is characterized in that being opened before spot shaping cover Mouth top is provided with subregion illumination light damping plate.

3. the energy-efficient double light source light-supplementing systems of one kind according to claim 1 or 2, it is characterized in that the spot shaping Cover the bell shape for being more than rear end for front opening.

4. the energy-efficient double light source light-supplementing systems of one kind according to claim 3, it is characterized in that the spot shaping cover Front opening to be circular, square or trapezoidal.

5. the energy-efficient double light source light-supplementing systems of one kind according to claim 1, it is characterized in that being additionally provided with hot spot adjusts machine Structure, the light spot adjusting mechanism is used to controlling luminous discharge tube and spot shaping covers on front and back position in heat-dissipating casing, with Realize the adjusting of spot size.

6. the energy-efficient double light source light-supplementing systems of one kind according to claim 5, it is characterized in that the hot spot adjusts machine Structure is included in back shroud, fixed screw, waterproof pad, waterproof connector sleeve, clamp spring, adjusting screw rod, knob, support nut and shell Slot forms, and back shroud is installed on heat-dissipating casing afterbody by fixed screw, waterproof pad is equipped between back shroud and heat-dissipating casing, Heat-dissipating casing inner wall is equipped with slot in shell, and wiring board is inserted in inside interior slot, and support nut is connected with wiring board, adjusting screw rod It is threadedly coupled with support nut, adjusting screw rod passes through back shroud, and adjusting screw rod is cased with waterproof connector sleeve with back shroud contact position, adjusts The rear portion of section screw rod is provided with clamp spring and knob.

7. the energy-efficient double light source light-supplementing systems of one kind according to claim 1, it is characterized in that in luminous discharge tube afterbody Cooling fan is installed.

8. the energy-efficient double light source light-supplementing systems of one kind according to claim 1, it is characterized in that the luminous discharge tube Electrode ports to contract, form a front wide and rear narrow herringbone shape, luminous discharge tube front end is located at spot shaping cover Front opening in.

9. the energy-efficient double light source light-supplementing systems of one kind according to claim 1, it is characterized in that the control circuit is Sequence circuit respectively with signal isolation input circuit, signal isolation output circuit, network communications circuits, fault detect list Member, remote voltage current detecting unit, flash luminance adjust circuit connection, signal isolation output circuit, wind turbine delays time to control electricity Road, IGBT driving pulses protection circuit, luminous discharge tube high-voltage triggering circuit are sequentially connected, flash luminance adjust circuit also with again Energy storage circuit connection is pressed, signal isolation output circuit is also connected with LED drive circuit, and multiplication of voltage energy storage circuit is also sent out with gas respectively Light pipe high-voltage triggering circuit, the connection of remote voltage current detecting unit, power supply circuit are powered to each portion's circuit respectively.

10. the energy-efficient double light source light-supplementing systems of one kind according to claim 9, it is characterized in that the multiplication of voltage accumulation of energy electricity Road is the input interface of wire connection terminal J1, J2 as AC220V50HZ power supplys, wire connection terminal J7, J2 respectively with luminous discharge tube height Wire connection terminal J4, J5 of pressure trigger circuit are connected, wire connection terminals of the wire connection terminal J2 also with IGBT driving pulses protection circuit J8 is connected, and the wire connection terminal J12 that wire connection terminal J15 adjusts circuit with flash luminance is connected；Wire connection terminal J1 series resistors R43 is followed by the anode of capacitance C16, and the cathode of capacitance C16 is in parallel with diode D29, controllable silicon SCR 3, resistance R44, resistance R34 End connection；Wire connection terminal J2 is connected with the parallel connected end of diode D29, controllable silicon SCR 2, resistance R48, capacitance C22, resistance R34 The other end is connected with the parallel connected end of varistor RV4, diode D7；The other end of varistor RV4 and the sun of controllable silicon SCR 2 Pole connects, and the gate pole of controllable silicon SCR 2 is connected with the cathode of diode D30；The anode of diode D30 is with wire connection terminal J15's 2 feet connect；Resistance R45 is serially connected between the anode of diode D7 and the gate pole of controllable silicon SCR 1；The other end of resistance R44 with it is controllable The anode connection of silicon SCR1；The cathode of controllable silicon SCR 1 is connected with the cathode of diode D6；The anode of diode D6 with it is silicon-controlled The gate pole of SCR3 is connected；The cathode of controllable silicon SCR 3 is connected with wire connection terminal J7；One end of resistance R46 connects with wire connection terminal J7 Connect, the other end is connected with 2 feet of wire connection terminal J15；One end of resistance R47 is connected with 1 foot of wire connection terminal J15, the other end with The 2 feet connection of wire connection terminal J15, one end of resistance R48 are connected with 1 foot of wire connection terminal J15, and the other end connects with wire connection terminal J2 Connect；Capacitance C17 connects with capacitance C22, and the cathode of capacitance C17 is connected with wire connection terminal J7, the anode and wire connection terminal of capacitance C22 J2 connections；

The flash luminance adjusts one end monolithic with sequence circuit respectively that circuit is resistance R24, R25, R23, R26 25 feet of machine U13,24 feet, 23 feet, the connection of 22 feet, wire connection terminal J12 are connected with the wire connection terminal J15 of multiplication of voltage energy storage circuit, The anode of the anode of DC5V power supplys and the DC5V power supplys of power supply circuit connects；The other end difference of resistance R24, R25, R23, R26 1 foot, 3 feet, 5 feet, 7 feet with integrated circuit U3 are connected, 2 feet, 4 feet, 6 feet, the anode of 8 feet and DC5V power supplys of integrated circuit U3 Connection；16 feet with integrated circuit U3,14 feet, 12 feet, 10 feet are connected respectively by resistance R27, R28, R29, R30, resistance R27, The other end of R28, R29, R30 are connected with 1 foot of wire connection terminal J12, and 15 feet of integrated circuit U3,13 feet, 11 feet, 9 feet are with connecing The 2 feet connection of line terminals J12；

The LED drive circuit is that wire connection terminal J10 is connected with the wire connection terminal J9 of signal isolation output circuit, DC20V The anode of the anode of power supply and the DC20V power supplys of power supply circuit connects；Light emitting diode D11, D12, D13, D20, D21, D22 are first Tail is connected, and the cathode of light emitting diode D11 is connected with 4 feet of wire connection terminal J10, anode and the field pipe Q5 of light emitting diode D22 Drain electrode connection；Light emitting diode D14, D15, D16, D23, D24, D25 join end to end, and the cathode of light emitting diode D14 is with connecing The 4 feet connection of line terminals J10, the anode of light emitting diode D25 are connected with the drain electrode of field pipe Q5；Light emitting diode D17, D18, D19, D26, D27, D28 join end to end, and the cathode of light emitting diode D17 is connected with 4 feet of wire connection terminal J10, light emitting diode The anode of D28 is connected with the drain electrode of field pipe Q5；The source electrode of field pipe Q5 is connected with the anode of DC20V power supplys；The grid of pipe Q5 with The 1 foot connection of wire connection terminal J10；Resistance R11 is parallel between the grid and source electrode of a pipe Q5；Resistance R22 is parallel to terminals Between 2 feet and 4 feet of sub- J10；3 feet of wire connection terminal J10 are connected with the anode of DC20V power supplys；

The luminous discharge tube high-voltage triggering circuit be wire connection terminal J4, J5 respectively with multiplication of voltage energy storage circuit wire connection terminal J7, J2 connections, wire connection terminal J6 are connected with the wire connection terminal J3 of IGBT driving pulses protection circuit；The cathode of diode D8 and wiring Terminal J4 connections, the anode of diode D8, the cathode of diode D5 and gas fluorescent tube LAMP1+pole is connected；Diode D5's Anode is connected with capacitance C11, varistor RV2 parallel connected ends；The other end of capacitance C11 is connected with wire connection terminal J5；Varistor RV2 concatenates the parallel connected end for being followed by varistor RV3, diode D9, diode D10, capacitance C12 with resistance R33；Varistor RV3, diode D9 parallel end connection wire connection terminal J5, diode D10 anode and gas fluorescent tube LAMP1-pole is connected；Electricity The other end for holding C12 is connected with one end of the first poles of trigger winding T1, the other end and wire connection terminal J5 of the first poles of trigger winding T1 It is connected, T1 pole of trigger winding is connected with the high-pressure stage of gas fluorescent tube LAMP1；

The wind turbine delay control circuit is that wire connection terminal J17 and the wire connection terminal J16 of IGBT driving pulses protection circuit connect Connect, wire connection terminal J11 is connected with the wire connection terminal J14 of signal isolation output circuit, the cathodes of DC5V power supplys, anode respectively with confession The cathodes of the DC5V power supplys of circuit, anode connection, the cathodes of DC12V power supplys, anode DC12V power supplys with power supply circuit respectively Cathode, anode connection, the cathode with the DC20V power supplys of power supply circuit, anode connect respectively for the cathodes of DC20V power supplys, anode Connect；The 1 foot series resistor R35 of wire connection terminal J17 connects the cathode of DC5V power supplys；2 feet of wire connection terminal J17 respectively with resistance R4, The 2 feet connection of the 4 foot wire connection terminal J11 of integrated circuit U9, the resistance R4 other ends are connected with the cathode of DC5V power supplys；Wire connection terminal The cathode with DC20V power supplys, anode are connected 3 feet, 4 feet of J17 respectively, capacitance C4 be connected in parallel on 3 feet of wire connection terminal J17,4 feet it Between, 1 foot of wire connection terminal J11 is connected with the anode of DC5V power supplys；1 foot of integrated circuit U9 is connected with the cathode of DC5V power supplys, and 2 Foot, 3 feet, 6 feet, 7 feet, 8 feet are connected with the anode of DC5V power supplys, and 5 foot series resistor R36 connect the base stage of triode Q1, triode The emitter of Q1 is connected with the anode of DC12V power supplys, and collector is connected with the anode of wind turbine MG1 and the cathode of diode D4；Wind The cathode of machine MG1, the anode of diode D4 are connected with the cathode of DC12V power supplys；

The IGBT driving pulses protection circuit is that wire connection terminal J16 and the wire connection terminal J17 of wind turbine delay control circuit connect Connect, wire connection terminal J3 is connected with the wire connection terminal J6 of luminous discharge tube high-voltage triggering circuit, wire connection terminal J8 and multiplication of voltage accumulation of energy electricity Road wire connection terminal J2 connections；1 foot of wire connection terminal J16,2 feet, 3 feet, 4 feet 1 foot with IGBT drive module U20,2 feet, 3 respectively Foot, the connection of 4 feet, 5 feet of IGBT drive module U20 are connected with the grid of IGBT pipes DS1, the collector of IGBT pipes DS1 and wiring Terminal J3 connections, emitter are connected with wire connection terminal J8；Varistor RV1 is connected in parallel on the collector and emitter of IGBT pipes DS1 Between, diode D31 is connected with resistance R52 parallel connections one end with wire connection terminal J3, other end serial capacitance C13 and wire connection terminal J8 Connection, the cathode of diode D32 are connected with wire connection terminal J8, and the anode of diode D32 is connected with the cathode of diode D33, and two The cathode of pole pipe D33 is connected with wire connection terminal J3；

The network communications circuits are wire connection terminal J13 as network communication interface, the cathode of DC5V1 power supplys, anode difference It is connected with cathode, the anode of the DC5V1 power supplys of power supply circuit, the cathodes of DC5V power supplys, the anode DC5V with power supply circuit respectively 32 feet of the cathode of power supply, anode connection, one end of resistance R21 and the microcontroller U13 of sequence circuit connect, integrated circuit 31 feet of 3 feet of U6 and the microcontroller U13 of sequence circuit connect, one end of resistance R20 and the monolithic of sequence circuit 30 feet of machine U13 are connected；One end of resistance RS1 is connected with 1 foot of wire connection terminal J13, the other end and the 7 of integrated circuit U12 Foot connects；One end of resistance RS2 is connected with 2 feet of wire connection terminal J13, and the other end is connected with 6 feet of integrated circuit U12；Switch 1 foot of diode U10 is connected with 7 feet of integrated circuit U12, and 1 foot of switching diode U11 connects with 6 feet of integrated circuit U12 Connect；2 feet of switching diode U10, U11 are connected with the anode of DC5V1 power supplys, 3 feet and DC5V1 of switching diode U10, U11 The cathode connection of power supply；Resistance R5 is parallel between 6 feet of integrated circuit U12 and 7 feet；One end of resistance R7 and DC5V1 power supplys Cathode connects, and the other end is connected with 7 feet of integrated circuit U12；One end of resistance R8 is connected with the cathode of DC5V1 power supplys, another End is connected with 6 feet of integrated circuit U12；One end of resistance R6 is connected with the anode of DC5V1 power supplys, the other end and integrated circuit The 7 feet connection of U12；Capacitance C5 is parallel between 8 feet of integrated circuit U12 and 5 feet；8 feet of integrated circuit U12,5 feet respectively with The cathode of DC5V1 power supplys, anode connection；The 1 foot series resistor R17 of integrated circuit U12 is followed by 2 feet of integrated circuit U6, integrates 1 foot of circuit U 6 is connected with the cathode of DC5V1 power supplys, and 4 feet are connected with the anode of DC5V power supplys, and one end of 3 feet and resistance R16 connects Connect, the other end of resistance R16 is connected with the cathode of DC5V power supplys；2 feet of integrated circuit U12,3 feet, integrated circuit U8 4 feet, One end of resistance R19 is connected, and 3 feet of integrated circuit U8 are connected with the cathode of DC5V1 power supplys, the other end of resistance R19 with The anode connection of DC5V1 power supplys；1 foot of integrated circuit U8 is connected with the cathode of DC5V power supplys, and one end of 2 feet and resistance R21 connects Connect；4 feet of integrated circuit U12,3 feet of integrated circuit U7, one end of resistance R18 are connected, the other end of resistance R18 with The cathode connection of DC5V1 power supplys；4 feet of integrated circuit U7 are connected with the anode of DC5V1 power supplys, the cathode of 1 foot and DC5V power supplys Connection, 2 feet are connected with one end of resistance R20；

The signal isolation input circuit is that wire connection terminal J18, J20 connect respectively as the input of strobe signal and single glitch Mouthful, cathode, the anode of the cathode, anode of DC5V1 power supplys respectively with the DC5V1 power supplys of power supply circuit are connected, DC5V power supplys Cathode, the anode of cathode, anode respectively with the DC5V power supplys of power supply circuit are connected, 10 feet, 12 feet and the journey of integrated circuit U4 29 feet of the microcontroller U13 of sequence control circuit are connected, the microcontroller of 14 feet of integrated circuit U4,16 feet and sequence circuit 17 feet of U13 are connected；Resistance R37 is series between 1 foot of wire connection terminal J18 and 1 foot of integrated circuit U 4, wire connection terminal 2 feet of J18 are connected with 2 feet of integrated circuit U4, and 3 feet of wire connection terminal J18 are connected with 4 feet of integrated circuit U4, wire connection terminal 4 feet of J18 are connected with the anode of DC5V1 power supplys, and one end of resistance R39 is connected with the cathode of DC5V1 power supplys, and the other end is with integrating The 3 feet connection of circuit U 4；Resistance R38 is series between 1 foot of wire connection terminal J20 and 5 feet of integrated circuit U 4, wire connection terminal 2 feet of J20 are connected with 6 feet of integrated circuit U4, and 3 feet of wire connection terminal J20 are connected with 8 feet of integrated circuit U4, wire connection terminal 4 feet of J20 are connected with the anode of DC5V1 power supplys；One end of resistance R40 is connected with the cathode of DC5V1 power supplys, the other end and collection 7 feet into circuit U 4 are connected；Capacitance C14 is parallel between 16 feet of integrated circuit U4 and 13 feet, and capacitance C15 is parallel to integrated electricity Between 12 feet and 9 feet of road U4；16 feet of integrated circuit U4 and the connection of 14 feet, 12 feet and 10 feet of integrated circuit U4 are connected, and collect It is connected into 15 feet of circuit U 4,13 feet, 11 feet, 9 feet with the anode of DC5V power supplys；

The sequence circuit is that 8 feet, 11 feet, 12 feet of microcontroller U13 are connected with fault detection unit, 15 feet, 16 feet It is connected with remote voltage current detecting unit, 29 feet are connected with signal isolation input circuit, 28 feet and signal isolation output circuit Connection, 22 feet, 23 feet, 24 feet, 25 feet adjust circuit with flash luminance and are connected, and 30 feet, 31 feet, 32 feet and network communications circuits connect Connect, cathode, the anode of the cathode, anode of DC5V power supplys respectively with the DC5V power supplys of power supply circuit are connected；Crystal X1 is parallel to list Between 2 feet of piece machine U13,3 feet；Capacitance C18 one end is connected with 2 feet of microcontroller U13, and the anode of the other end and DC5V power supplys connects Connect；Capacitance C19 one end is connected with 3 feet of microcontroller U13, and the other end is connected with the anode of DC5V power supplys；The 4 of microcontroller U13 Foot, 10 feet are connected with the anode of DC5V power supplys, and 5 feet are connected with one end of capacitance C20, the other end and the DC5V power supplys of capacitance C20 Anode connection, 6 feet, 7 feet, 9 feet of microcontroller U13 are connected with the cathode of DC5V power supplys；Capacitance C21 is parallel to microcontroller U13 6 feet and 4 feet between；

The signal isolation output circuit be resistance R41 one end and sequence circuit microcontroller U13 28 feet connect, 18 feet of one end of resistance R42 and the microcontroller U13 of sequence circuit connect, and wire connection terminal J19 is online output port, is connect The wire connection terminal J10 connections of line terminals J9 and LED drive circuit, the terminals of wire connection terminal J14 and wind turbine delay control circuit Sub- J11 connections, cathode, the anode of the cathode, anode of DC5V power supplys respectively with the DC5V power supplys of power supply circuit are connected；Resistance 1 foot with integrated circuit U5,3 feet are connected respectively by R41, resistance R42；2 feet of integrated circuit U5 are connected with 7 feet, 4 feet and 5 foot phases Connection, 6 feet, 8 feet are connected with the anode of DC5V power supplys, and 2 feet with wire connection terminal J14,1 foot are connected respectively for 9 feet, 10 feet, 11 feet, 1 foot with wire connection terminal J9,2 feet are connected 12 feet respectively, 4 feet of wire connection terminal J9,3 the feet cathode with DC20V power supplys, negative respectively Pole connects；2 feet with wire connection terminal J19,1 foot, 4 feet, 3 feet connect respectively for 13 feet, 14 feet, 15 feet, 16 feet with integrated circuit U5 Connect；

The power supply circuit is the input interface of wire connection terminal J1, J2 as AC220V50HZ power supplys, respectively with Switching Power Supply The L feet of P1, the connection of N feet, DC20V power supplys, DC12V power supplys, DC5V power supplys, DC5V1 power supplys and other circuits DC20V power supplys, DC12V power supplys, DC5V power supplys, the connection of DC5V1 power supplys；

Switching Power Supply P1+foot ,-foot export DC20V positive poles, anode respectively, produce DC20V power supplys；DC20V positive poles It is connected with 1 foot of integrated circuit U1 and 1 foot of integrated circuit U 2；The cathode of capacitance C7 is connected with 1 foot of integrated circuit U1, capacitance The anode of C7,3 feet of integrated circuit U1,5 feet, 2 feet of integrated circuit U2, the cathode of diode D3, anode, the capacitance of capacitance C8 The anode of C10, one end of resistance R15 are connected with DC20V power cathodes；The other end of resistance R15, one end of resistance R14 and collection 4 feet into circuit U 1 connect；The anode of diode D3, one end of inductance L2 are connected with 2 feet of integrated circuit U1；Resistance R14's The other end, the other end of inductance L2, the cathode of capacitance C8 are connected with 1 foot of integrated circuit M1, produce DC5V power supplys；Integrated circuit 2 feet of M1 are connected with DC20V power cathodes, and 4 feet, 5 feet are connected with the anode of capacitance C9,6 feet, the cathode of 7 feet and capacitance C9 Connection；Capacitance C2 is in parallel with capacitance C9, produces DC5V1 power supplys；The cathode of capacitance C10 is connected with 3 feet of integrated circuit U2, production Raw DC12V power supplys；

The remote voltage current detecting unit is the input interface of wire connection terminal J1, J2 as AC220V50HZ power supplys, is connect Line terminals J1 is connected with primary one end of transformer TV1, and wire connection terminal J2 is connected with one end of resistance R31, resistance R2, resistance 15 feet with the microcontroller U13 of sequence circuit, 16 feet are connected R3 respectively, anode and the power supply circuit DC5V electricity of DC5V power supplys The anode connection in source；The primary other end of transformer TV1 is connected with the other end of resistance R31, resistance R32, diode D2, Capacitance C3 parallel connections both ends are connected with the secondary both ends of TV1 respectively, and the cathode of diode D2 is connected with the anode of DC5V power supplys, two poles The anode of pipe D2 is connected with one end of resistance R3,16 feet of the other end of resistance R3 and the microcontroller U13 of sequence circuit It is connected；The both ends of resistance R1, diode D1, the both ends in parallel of capacitance C1 respectively with inductance L1 are connected, the cathode of diode D1 It is connected with the anode of DC5V power supplys, the anode of diode D1 is connected with one end of resistance R2, the other end and the program control of resistance R2 The 15 feet connection of the microcontroller U13 of circuit processed；

The fault detection unit is cathode respectively with the DC5V power supplys of power supply circuit of the cathode of DC5V power supplys, anode, negative Pole connect, thermistor NTC1 detect twin light lamp internal temperature change, photodiode Q2, Q3 detection twin light lamp whether point Bright, photodiode Q4 detects the change of twin light lamp external environment condition brightness, resistance R9, resistance R10, resistance R12, resistance R13 8 feet with the microcontroller U13 of sequence circuit, 11 feet, 12 feet, 13 feet are connected respectively；Capacitance C6 and thermistor NTC1 One end in parallel be connected with 8 feet of the microcontroller U13 of sequence circuit, the other end is connected with the anode of DC5V power supplys；Electricity Resistance R9 one end is connected with 8 feet of the microcontroller U13 of sequence circuit, and the other end is connected with the cathode of DC5V power supplys；Resistance The connection of 11 feet of one end of R10 and the microcontroller U13 of sequence circuit, the other end of resistance R10 and one end of resistance R49, The emitter connection of photodiode Q2, the resistance R49 other ends are connected with the anode of DC5V power supplys, the current collection of photodiode Q2 Pole is connected with the cathode of DC5V power supplys；12 feet of one end of resistance R12 and the microcontroller U13 of sequence circuit connect, resistance The other end of R12 is connected with one end of resistance R50, the emitter of photodiode Q3, the resistance R50 other ends and DC5V power supplys Anode connects, and the collector of photodiode Q3 is connected with the cathode of DC5V power supplys；One end of resistance R13 and sequence circuit 13 feet of microcontroller U13 be connected, the other end of resistance R13 and the emitter of one end of resistance R51, photodiode Q4 connect Connect, the resistance R51 other ends are connected with the anode of DC5V power supplys, and the collector of photodiode Q4 connects with the cathode of DC5V power supplys Connect.