CN102941893A - Rear position lamp device of motor tricycle and electrombile LED (light-emitting diode) and application method thereof - Google Patents
Rear position lamp device of motor tricycle and electrombile LED (light-emitting diode) and application method thereof Download PDFInfo
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- CN102941893A CN102941893A CN2012105209372A CN201210520937A CN102941893A CN 102941893 A CN102941893 A CN 102941893A CN 2012105209372 A CN2012105209372 A CN 2012105209372A CN 201210520937 A CN201210520937 A CN 201210520937A CN 102941893 A CN102941893 A CN 102941893A
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Abstract
The invention relates to a rear position lamp device of the motor tricycle and the electrombile LED (light-emitting diode) and an application method thereof. According to the rear position lamp device of the motor tricycle and the electrombile LED and the application method, the total reflection of LED incident light is realized, the light utilization rate reaches 95%, rear position lamp light can be quickly clear light and shade, uniform and marked, and is easy in identification and judgment, and safe and reliable, the indicating quality and the beautifying effect are obviously improved, the power is reduced by 75%, the heat dissipation is easy, the premature aging and the breaking are avoided, the maintenance load and the cost are reduced, the service life is effectively prolonged by more than 2 times, energy is saved, the environment is protected, and the burden of eyes and the awareness in driving is greatly reduced. The rear position lamp device is composed of an LED reversing lamp light-transmitting mirror, LED drive-brake lamp combined light-transmitting mirrors, an LED steering lamp light-transmitting mirror, LED rear position lamp parabola reflecting mirrors, an LED rear position lamp integrated lamp plate, an LED rear position lamp heat dissipation insulated rear casing, LED wire lines and wire connecting terminals. The LED rear position lamp heat dissipation insulated rear casing is correspondingly arranged on one side of the LED reversing lamp light-transmitting mirror.
Description
Technical field
The present invention relates to rear lamp device and application thereof, especially motor-tricycle, battery-driven car LED rear lamp device and application process thereof.
Background technology
At present, it is light source that motor bike, battery-driven car rear lamp (also claiming rear combination lamp) commonly used mainly adopts incandescent mercerising lamp, halogen etc., and the mode by the reflector reflection reflects light in the motor bike rear.Because the light efficiency of incandescent mercerising lamp and halogen light source is low, cal val is large, the life-span is short, after adopting single reflector reflection, the degree of utilization of the light that penetrates is low, so the illumination of existing motor bike rear lamp ubiquity is weak, power is large, light efficiency is low, cal val is large, fragile, and the problems such as difficult maintenance; Because its cal val is high, cause the whole premature aging of rear lamp, printing opacity deficiency; Because its light source mostly is easily fragmentation of glasswork, the rear lamp current overload causes the dead lamp of light source easily, is unfavorable for reminding front vehicle in addition, can mislead front vehicle and judge, the major safety risks that car knocks into the back after existing.Because these shortcomings and deficiencies, chain initiation series of problems, rear lamp of low quality expends mass energy for a long time; Take a lot of work, time-consuming, be difficult to the maintenance, increased maintenance and maintenance cost, reduced service life; People are constantly studied upgrade the rear lamp product.
Because the widespread use of LED and the remarkable advantage that has thereof, many people attempt to adopt LED as automobile, motor bike rear lamp; The LED light fixture has long, low in energy consumption, the advantages such as response is rapid, environmental protection of life-span, therefore, is widely applied to each technical field.At present, automobile, Motorcycle headlight much also adopt the LED lamp as luminescent device, so that automobile, Motorcycle headlight can be accomplished is frivolous small and exquisite, have made things convenient for the car load layout, have beautified appearance and modeling.Yet, the integrated circuit of automobile of the prior art, motorcycle LED lamp comprises: the parts such as LED lamp group, current-limiting resistance and diode, power supply connects some current-limiting resistances by diodes in parallel, every current-limiting resistance is connected in series one group of LED lamp, and some groups of LED lamps are connected in parallel and consist of LED lamp group.When the control of need to glimmering during in work of automobile, motor bike rear lamp, in the rear lamp circuit loop, be in series with flash controller, make rear lamp carry out the conversion between bright of going out, power supply is changed between disconnected one logical one, and time gap is shorter.But when the moment of flash controller power cutoff, owing to have aftercurrent in the circuit, the LED lamp does not also extinguish fully, power supply is connected once more, force the LED lamp once more luminous, caused the light and shade of LED lamp not fully clearly demarcated, reduced indication quality and the landscaping effect of motorcycle LED rear lamp.
Existing automobile, motorcycle LED rear lamp, the integral structure of design is reasonable not, incident light can not be realized total internal reflection, and luminous energy is wasted in lampshade too much, can not make light to greatest extent actv. exhale, the degree of utilization of LED rear lamp light is not high, light decay is serious; As run into the not high inclement weather of air quality, and hazing as raining and wait weather, the LED rear lamp optical mode in the unit distance is stuck with paste unclear, just has a strong impact on the timely identification of front vehicle and judges, thereby cause the reduction of indication quality may cause the potential safety hazard that rear car knocks into the back.And existing automobile, motorcycle LED rear lamp, photochromic layout is single, light point and the main spot of reflection are inhomogeneous, make turn to, drive a vehicle, brake, the hot spot when moveing backward is not easy to difference, affecting the front vehicle identification judges, and the phenomenon that causes visual fatigue is arranged, therefore reduced indication quality and the landscaping effect of motorcycle LED rear lamp.
For example: the patent No. 201020291259.3 has been announced a kind of " locomotive LED tail lamp ", disclose " a kind of locomotive when brake back light can show the LED lamp of different pattern; make can be more eye-catching in the locomotive driving process the actv. prompting is carried out in locomotive brake, driving, also make locomotive light can demonstrate the effect of pattern change with satisfying the market diversification, Extraordinary demand." although this patent is very advanced; Vehicle Driving Cycle needs at least through turning to, drive a vehicle, brake, move backward basic process in the reality; do not meet with actual conditions; can not satisfy vehicle in the basic process that turns to, drives a vehicle, brakes, moves backward; position (tail) lamp is to the complete actv. prompting of front vehicle behind the LED; be not easy to difference and judge, also affect landscaping effect; And incident light can not be realized total internal reflection, luminous energy is wasted in lampshade too much, can not make light to greatest extent actv. exhale, the degree of utilization of LED rear lamp light is not high, light decay is serious; As run into the not high inclement weather of air quality, and hazing as raining and wait weather, the LED rear lamp optical mode in the unit distance is stuck with paste unclear, just has a strong impact on the timely identification of front vehicle and judges, thereby cause the reduction of indication quality.Similarly patent also has much, but the deficiency of the above-mentioned technical elements of ubiquity, not comprehensively perfect, the use inconvenient operation is not easy to apply;
In a word, the project organization of existing automobile, motorcycle LED rear lamp and application thereof are scientific and reasonable not, distribution is ingenious not attractive in appearance, hinder heat radiation, printing opacity, reduce LED light and derived degree of utilization, moulding hot spot light and shade when the LED rear lamp is lighted is clearly demarcated not, the rear car identification of impact is judged, reduce indication quality and the landscaping effect of vehicle LED rear lamp, had potential safety hazard; And cause easily rear lamp premature aging, damage fragmentation, and be difficult to maintenance, reduced product design and service life; Increased maintenance and maintenance cost, transportation, dismounting, and used inconvenience, be unfavorable for energy-conserving and environment-protective and apply.Cause the LED rear lamp of vehicle very different phenomenon to occur, the environment of rear lamp light is bad, makes people's eyes and consciousness bear larger burden in the driving in recent years; Become the bottleneck in the LED rear lamp development and management, can not satisfying the market and user's demand, be for a long time insoluble technical barrier of this area.
In view of the foregoing, existing vehicle LED rear lamp device and application thereof need innovation to improve.
Summary of the invention
The objective of the invention is provides motor-tricycle, battery-driven car LED rear lamp device and application process thereof in order to overcome deficiency of the prior art, realizes the total internal reflection of LED incident light, makes the degree of utilization of light reach 95%; Guarantee motor-tricycle, battery-driven car LED rear lamp light reach rapidly light and shade clearly, evenly eye-catching, be easy to identification and judge, safe and reliable, obviously improve indication quality and landscaping effect; Power has reduced by 75%, and premature aging, fragmentation are avoided in heat radiation easily, reduces maintenance and cost thereof, effectively increases the service life more than 2 times; Energy-conserving and environment-protective alleviate the burden of eyes and consciousness in the driving greatly.
The present invention adopts following technical scheme in order to realize above-mentioned purpose:
Motor-tricycle, battery-driven car LED rear lamp device are to be made of: LED backing-up lamp transmissive mirror 1, the capable stoplight stop lamp combination of LED transmissive mirror 2, LED steering indicating light transmissive mirror 3, LED rear lamp parabolic reflector 4, the integrated lamp plate 5 of LED rear lamp, LED rear lamp radiating insulating back cover 6, LED wire line 7, connection terminal 8; LED backing-up lamp transmissive mirror 1 one side correspondences arrange LED rear lamp radiating insulating back cover 6, between LED rear lamp radiating insulating back cover 6 and the LED backing-up lamp transmissive mirror 1 LED rear lamp parabolic reflector 4 are set; The capable stoplight stop lamp combination transmissive mirror 2 of LED and LED steering indicating light transmissive mirror 3 are set between LED rear lamp parabolic reflector 4 and the LED backing-up lamp transmissive mirror 1, and LED steering indicating light transmissive mirror 3 is arranged on the capable stoplight stop lamp combination of LED transmissive mirror 2 one sides; The corresponding integrated lamp plate 5 of LED rear lamp that arranges between LED rear lamp parabolic reflector 4 and the LED rear lamp radiating insulating back cover 6, integrated lamp plate 5 one sides of LED rear lamp arrange LED wire line 7; LED wire line 7 is held outside by back cover circuit through hole connection terminal 8 is set.
LED backing-up lamp transmissive mirror 1 is installed by LED backing-up lamp transmissive mirror groove face shield 11, face shield that edge 12, face shield fixedly mount screw hole 13, face shield arc reinforced rib 14 consists of; LED backing-up lamp transmissive mirror groove face shield 11 peripheries arrange face shield edge 12 are installed, and face shield is installed at least four face shields fixed installations of edge 12 inboard settings screw holes 13; LED backing-up lamp transmissive mirror groove face shield 11 middle parts arrange at least twice face shield arc reinforced rib 14;
The capable stoplight stop lamp of LED combination transmissive mirror 2 by LED driving lamp transmissive mirror groove panel 21, LED stoplight stop lamp transmissive mirror groove panel 22, fixedly edge 23, transmissive mirror arc groove reinforced rib 24 consist of row stoplight stop lamp panel arc; LED driving lamp transmissive mirror groove panel 21 1 sides arrange LED stoplight stop lamp transmissive mirror groove panel 22, between LED stoplight stop lamp transmissive mirror groove panel 22 and the LED driving lamp transmissive mirror groove panel 21 transmissive mirror arc groove reinforced rib 24 is set, and the periphery of the two combination arranges fixedly edge 23 of capable stoplight stop lamp panel arc;
LED steering indicating light transmissive mirror 3 by LED steering indicating light transmissive mirror groove panel 31, steering indicating light panel arc fixedly edge 32 consist of; The steering indicating light panel arc of ivory shape fixedly edge 32 interior side correspondences arranges LED steering indicating light transmissive mirror groove panel 31;
LED rear lamp parabolic reflector 4 is made of LED lamp parabolic reflector panel 41, steering indicating light LED Lamp cup 42, backing-up lamp LED Lamp cup 43, stoplight stop lamp LED Lamp cup 44, driving lamp LED Lamp cup 45, LED lamp mounting hole 46, Lamp cup arc groove reinforced rib 47, catadioptre panel mounting hole 48; Side arc on the LED lamp parabolic reflector panel 41 is uniform to arrange at least one row steering indicating light LED Lamp cup 42, one side arc of steering indicating light LED Lamp cup 42 is uniform to arrange at least one row backing-up lamp LED Lamp cup 43, one side arc of backing-up lamp LED Lamp cup 43 is uniform to arrange at least one row stoplight stop lamp LED Lamp cup 44, and a side arc of stoplight stop lamp LED Lamp cup 44 is uniform to arrange at least one row driving lamp LED Lamp cup 45; Lamp cup arc groove reinforced rib 47 is set respectively on LED lamp parabolic reflector panel 41, at least four catadioptre panels of the periphery setting mounting hole 48 on the LED lamp parabolic reflector panel 41 between steering indicating light LED Lamp cup 42, backing-up lamp LED Lamp cup 43, stoplight stop lamp LED Lamp cup 44, driving lamp LED Lamp cup 45 4 row; The middle part of steering indicating light LED Lamp cup 42, backing-up lamp LED Lamp cup 43, stoplight stop lamp LED Lamp cup 44, driving lamp LED Lamp cup 45 4 arranges respectively LED lamp mounting hole 46 on a plane of LED lamp parabolic reflector panel 41, at least four screw mounting holes of the uniform reservation in the back side of LED lamp parabolic reflector panel 41; The inside face of steering indicating light LED Lamp cup 42, backing-up lamp LED Lamp cup 43, stoplight stop lamp LED Lamp cup 44, driving lamp LED Lamp cup 45 4 adopts by along Lamp cup axially revolution and the parabola reflecting surface that forms, and the parabola reflecting surface is by along Lamp cup radial equipartition concentric circles hot spot;
The integrated lamp plate 5 of LED rear lamp by LED surface-mounted integrated circuit 51, LED steering indicating light wire 52, LED backing-up lamp wire 53, LED stoplight stop lamp wire 54, LED driving lamp wire 55, monochromatic light single-chip LED lamp 56, circuit card fixedly mount hole 57, wire line through hole 58 consists of; Side on the LED surface-mounted integrated circuit 51 arranges at least one paths of LEDs steering indicating light wire 52, LED steering indicating light wire 52 1 sides are arranged in parallel at least one paths of LEDs backing-up lamp wire 53 by LED wire line 7, LED backing-up lamp wire 53 1 sides are arranged in parallel at least one paths of LEDs stoplight stop lamp wire 54 by LED wire line 7, and LED stoplight stop lamp wire 54 1 sides are arranged in parallel at least one paths of LEDs driving lamp wire 55 by LED wire line 7; LED steering indicating light wire 52, LED backing-up lamp wire 53, LED stoplight stop lamp wire 54, LED driving lamp wire 55 4 are distinguished at least six monochromatic light single-chip LED lamps 56 of the uniform setting of arc in one plane by the via hole of reserving, and at least four circuit cards fixed installations of uniform setting hole 57 is on LED surface-mounted integrated circuit 51 between the monochromatic light single-chip LED lamp 56; At least one wire line through hole 58 is set, the wire line through hole 58 interior LED wire lines 7 that arrange between the wire on the LED surface-mounted integrated circuit 51;
LED rear lamp radiating insulating back cover 6 is made of LED lamp back cover base plate 61, bottom plate groove 62, base plate installation edge 63, back cover mounting hole 64, bolt of rear end plate seat 65, groove reinforced rib 66, back cover circuit through hole 67; LED lamp back cover base plate 61 middle parts arrange bottom plate groove 62, and bottom plate groove 62 interior settings are twice groove reinforced rib 66 at least, and a side of groove reinforced rib 66 arranges at least one back cover circuit through hole 67; LED lamp back cover base plate 61 peripheries arrange base plate edge 63 are installed, and base plate is installed at least four back cover mounting holes 64 of edge 63 inboard settings, and a side of each back cover mounting hole 64 arranges respectively bolt of rear end plate seat 65.
Face shield is installed edge 12 and with base plate edge 63 corresponding engagements settings is installed, capable stoplight stop lamp panel arc fixedly edge 23 and steering indicating light panel arc fixedly edge 32 respectively correspondence be arranged on the Lamp cup arc groove reinforced rib 47; LED steering indicating light transmissive mirror groove panel 31 and the 42 corresponding settings of steering indicating light LED Lamp cup, the inside face of LED driving lamp transmissive mirror groove panel 21 establish prism and with the 45 corresponding settings of driving lamp LED Lamp cup, LED stoplight stop lamp transmissive mirror groove panel 22 and the 44 corresponding settings of stoplight stop lamp LED Lamp cup; Face shield arc reinforced rib 14 and the 43 corresponding settings of backing-up lamp LED Lamp cup;
Face shield fixed installation screw hole 13, catadioptre panel mounting hole 48, the corresponding setting of back cover mounting hole 64 threes, device screw in the three hole; Screw is installed in the corresponding setting of screw mounting hole of circuit card fixed installation hole 57 and the uniform reservation in 41 back sides of LED lamp parabolic reflector panel in the hole; LED lamp mounting hole 46 interior correspondences arrange single chips area be 9 square millimeters with interior, the monochromatic light single-chip LED lamp 56 of power between 0.04-0.07W, the luminous position of single chips of monochromatic light single-chip LED lamp 56 lamp pearls be arranged at respectively steering indicating light LED Lamp cup 42, backing-up lamp LED Lamp cup 43, stoplight stop lamp LED Lamp cup 44, driving lamp LED Lamp cup 45 4 parabola reflecting surfaces each overlap focus; Wire line through hole 58 and the 67 corresponding settings of back cover circuit through hole.
The face of facing of LED backing-up lamp transmissive mirror 1, LED rear lamp parabolic reflector 4, the integrated lamp plate 5 of LED rear lamp, LED rear lamp radiating insulating back cover 6 four respectively correspondence is set to rhombus or trapezoidal or rectangle or abnormity, the face of facing of the capable stoplight stop lamp combination of LED transmissive mirror 2 is set to wicker leaf shape or falchion shape, and the face of facing of LED steering indicating light transmissive mirror 3 is set to ivory shape or arrow shape;
LED backing-up lamp transmissive mirror 1 adopts transparent whites, and the capable stoplight stop lamp combination of LED transmissive mirror 2 adopts red, and LED steering indicating light transmissive mirror 3 adopts yellow, and LED rear lamp parabolic reflector 4 adopts silvery white; It is PMMA optical material injection mo(u)lding more than 92.8% that the capable stoplight stop lamp combination of LED backing-up lamp transmissive mirror 1, LED transmissive mirror 2, LED steering indicating light transmissive mirror 3 threes adopt light transmittance, LED rear lamp parabolic reflector 4 adopts vacuum plated aluminum film special plastic material single injection-molded, and LED rear lamp radiating insulating back cover 6 adopts the ABS engineering plastics injection mo(u)lding of black;
Monochromatic light single-chip LED lamp 56 on the LED steering indicating light wire 52 adopts the gold-tinted single-chip LED lamp, monochromatic light single-chip LED lamp 56 on the LED backing-up lamp wire 53 adopts the white light single-chip LED lamps, and LED stoplight stop lamp wire 54, the LED driving lamp wire 55 monochromatic light single-chip LED lamp 56 on the two adopts the ruddiness single-chip LED lamps.
The application process of motor-tricycle, battery-driven car LED rear lamp device, at least one pair of motor-tricycle, battery-driven car LED rear lamp device 9 are symmetricly set in vehicle body 18 rear portions, are provided with parallel control circuit 10 between the connection terminal 8 of the control connection box 12 at headstock 11 middle parts and LED wire line 7 ends; One sidecar of headstock 11 is being provided with turn signal swich 16, and the opposite side handlebar of headstock 11 is provided with driving lamp night flight or navigation switch 13; Gearbox device 15 1 sides of vehicle body 18 front portions are provided with back-up lamp switch 17, and back-up lamp switch 17 is controlled by the interlock of contactless switch circuit by the reverse gear pedal in gearbox device 15 outsides; The gearbox device 15 opposite side brake pedals of vehicle body 18 front portions are arranged with braking signal switch 14, and braking signal switch 14 is controlled by the interlock of contactless switch circuit by brake pedal; Be respectively arranged with parallel control circuit 10 between driving lamp night flight or navigation switch 13, braking signal switch 14, turn signal swich 16, back-up lamp switch 17 4 and the control connection box 12;
When driving a vehicle night, open driving lamp night flight or navigation switch 13 and just lighted the monochromatic light single-chip LED lamp 56 on the LED driving lamp wire 55 in motor-tricycle, the battery-driven car LED rear lamp device 9, remind front vehicle to note spacing, close driving lamp night flight or navigation switch 13 during day driving, this monochromatic light single-chip LED lamp 56 extinguishes; When needs stop, step on brake pedal and just opened braking signal switch 14, lighted the monochromatic light single-chip LED lamp 56 on the LED stoplight stop lamp wire 54 in motor-tricycle, the battery-driven car LED rear lamp device 9, the front vehicle ramp to stop that approaches is reminded in signal, the releasing of brake pedal has just been closed braking signal switch 14 after stopping, and this monochromatic light single-chip LED lamp 56 extinguishes; When vehicle need to be turned, switch and to open turn signal swich 16 and just lighted the monochromatic light single-chip LED lamp 56 on the LED steering indicating light wire 52 in the motor-tricycle that switches to institute's veer, the battery-driven car LED rear lamp device 9, the front vehicle that signal reminds institute's veer to approach is slowed down and is dodged, turn inside diameter is closed turn signal swich 16 after finishing, and this monochromatic light single-chip LED lamp 56 extinguishes; When needs are moveed backward, step on the reverse gear pedal and just opened back-up lamp switch 17, lighted the monochromatic light single-chip LED lamp 56 on the LED backing-up lamp wire 53 in motor-tricycle, the battery-driven car LED rear lamp device 9, signal reminds the front vehicle or the people that approach in time to dodge, unclamp the reverse gear pedal after reversing is finished and just closed back-up lamp switch 17, this monochromatic light single-chip LED lamp 56 extinguishes.
In sum, motor-tricycle, battery-driven car LED rear lamp device 9 are realized driving a vehicle, brake, turn to, are in time illustrated when moveing backward to remind the light Fast Identification of front vehicle to judge comprehensively, guarantee safety traffic.
The invention has the beneficial effects as follows: structure and method advantages of simple, design science is attractive in appearance, produce easily, safety easy to use, swift to operate, be quick on the draw, fast response time; Realize the total internal reflection of LED incident light, make the degree of utilization of light reach 95%; Reduce light decay, guarantee motor-tricycle, battery-driven car LED rear lamp light reach rapidly light and shade clearly, evenly eye-catching, be easy to identification and judge, safe and reliable, obviously improve indication quality and landscaping effect; Power has reduced by 75%, and premature aging, fragmentation are avoided in heat radiation easily, reduces maintenance and cost thereof, effectively increases the service life more than 2 times; Energy-conserving and environment-protective alleviate the burden of eyes and consciousness in the driving greatly.
Rapid heat dissipation of the present invention, efficiently solve cal val and cause greatly easily parabolic reflector premature aging, the breakable technical matters of transmissive mirror, greatly reduced maintenance and maintenance cost, transportation, dismounting, easy maintenance, waterproof, heat-resisting, anti-corrosion has obviously improved product design.
Not enough 10W when the present invention lights LED simultaneously, power has reduced by 75%; Life can use more than 40000 hours more than 2 times; Save mass energy, protected environment; The degree of utilization of light reaches 95%, illumination is doubled many, and light point and the main spot that can reach LED rear lamp reflection are evenly eye-catching, and makes that light is softer, more uniform to be launched to greatest extent to the space, visual angle light sensation open, that make eyes is comfortable, has protected eyes; Meet relative national standards.In time eliminate the moving traffic potential safety hazard.
The inside face of LED driving lamp transmissive mirror is provided with honeycomb prism (retro-reflection mirror), has increased the vision visual angle, makes LED outgoing hot spot widely distributed, and makes the evenly soft of light beam change.
It is that 9 square millimeters are with interior monochromatic light single-chip LED lamp 56 that LED lamp mounting hole 46 interior correspondences arrange single chips area, the light that sends of the single chips centerand edge of LED reaches total internal reflection through LED rear lamp parabolic reflector like this, guarantees that the single chips of LED is luminous to reflect basic efficient light.
The inside face of steering indicating light LED Lamp cup 42, backing-up lamp LED Lamp cup 43, stoplight stop lamp LED Lamp cup 44, driving lamp LED Lamp cup 45 4 adopts by along Lamp cup axially revolution and the parabola reflecting surface that forms, and the parabola reflecting surface is by along Lamp cup radial equipartition concentric circles hot spot; Adopt vacuum plated aluminum film special plastic material single injection-molded, after vacuum coating, can make the LED incident light that satisfies the parabola reflecting surface realize total internal reflection.
The luminous position of single chips of monochromatic light single-chip LED lamp 56 lamp pearls is arranged at respectively each coincidence focus of steering indicating light LED Lamp cup 42, backing-up lamp LED Lamp cup 43, stoplight stop lamp LED Lamp cup 44, driving lamp LED Lamp cup 45 4 parabola reflecting surfaces; Realize parabolic reflector reflection and total internal reflection, thereby the LED light that makes parabolic reflector can " substantially " along the parallel outgoing of optical axis, when each subregion led light source of independent unlatching, the work illumination range can effectively extend to 25m from the railway carriage or compartment, rear position of vehicle body, and it is evenly eye-catching to form light point and main spot.So that the vehicle at rear is in time found and is reminded.Significantly improve thus the degree of utilization of light, and improve the emergent light brightness of led light source, make the degree of utilization of light reach 95%, and make the moulding hot spot reach desirable requirement, meet relative national standards.
Learn easily according to technical solution of the present invention, inevitable through the yellow light of the LED of yellow steering indicating light transmissive mirror 3 ejaculations after the parabola reflecting surface reflection of gold-tinted single-chip LED lamp by Lamp cup, the white light single-chip LED lamp is inevitable after by the reflection of the parabola reflecting surface of Lamp cup to penetrate white light through the LED of transparent whites backing-up lamp transmissive mirror 1, the ruddiness single-chip LED lamp by the parabola reflecting surface reflection of Lamp cup after the capable stoplight stop lamp combination of inevitable LED through redness transmissive mirror 2 penetrate red lights; So just perfectly realized light directive property, the high penetrating power of LED lamp pearl, penetrable heavy rain, thick fog, above various light penetration power are effectively strengthened, and reach honorable gorgeous and free from glare; And the single lamp power of LED is between 0.04-0.07W, all LED lights also not enough 10W of power, life-span was really realized the low-carbon (LC) of National Development and Reform Committee's proposition, the target of energy-saving and environmental protection (not containing hazardous substance) up at least 40000 hours, met relative national standards.
The present invention can the various different shapings of flexible configuration transmissive mirror, catadioptre, integrated lamp plate and back cover thereof, power supply, derivation forms various moulding motor bikes, battery-driven car LED rear lamp assembly of devices, is widely used in various style motor bikes, battery-driven car is supporting with it.In any case but derivation is all in the scope of protection of the invention.
The present invention can satisfying the market and user's demand, has solved for a long time insoluble technical barrier of this area, greatly is convenient to traffic safety management.The present invention has wide market outlook and good economic benefit, invest low, be convenient to promote.
Description of drawings
The invention will be further described below in conjunction with accompanying drawing:
Fig. 1 is the general assembly structural representation of apparatus of the present invention;
Fig. 2 is the structural representation of LED backing-up lamp transmissive mirror among the present invention;
Fig. 3 is the structural representation of the capable stoplight stop lamp combination of LED transmissive mirror among the present invention;
Fig. 4 is the structural representation of LED steering indicating light transmissive mirror among the present invention;
Fig. 5 is the structural representation of LED rear lamp parabolic reflector among the present invention;
Fig. 6 is the structural representation of the integrated lamp plate of LED rear lamp among the present invention;
Fig. 7 is the structural representation of LED rear lamp radiating insulating back cover among the present invention;
Fig. 8 is the application general assembly structural representation of apparatus of the present invention;
Among Fig. 1,2,3,4,5,6,7,8: LED backing-up lamp transmissive mirror 1, the capable stoplight stop lamp combination of LED transmissive mirror 2, LED steering indicating light transmissive mirror 3, LED rear lamp parabolic reflector 4, the integrated lamp plate 5 of LED rear lamp, LED rear lamp radiating insulating back cover 6, LED wire line 7, connection terminal 8;
LED backing-up lamp transmissive mirror groove face shield 11, face shield are installed edge 12, face shield fixed installation screw hole 13, face shield arc reinforced rib 14; LED driving lamp transmissive mirror groove panel 21, LED stoplight stop lamp transmissive mirror groove panel 22, row stoplight stop lamp panel arc be edge 23, transmissive mirror arc groove reinforced rib 24 fixedly; LED steering indicating light transmissive mirror groove panel 31, steering indicating light panel arc be edge 32 fixedly; LED lamp parabolic reflector panel 41, steering indicating light LED Lamp cup 42, backing-up lamp LED Lamp cup 43, stoplight stop lamp LED Lamp cup 44, driving lamp LED Lamp cup 45, LED lamp mounting hole 46, Lamp cup arc groove reinforced rib 47, catadioptre panel mounting hole 48; LED surface-mounted integrated circuit 51, LED steering indicating light wire 52, LED backing-up lamp wire 53, LED stoplight stop lamp wire 54, LED driving lamp wire 55, monochromatic light single-chip LED lamp 56, circuit card fixed installation hole 57, wire line through hole 58; LED lamp back cover base plate 61, bottom plate groove 62, base plate are installed edge 63, back cover mounting hole 64, bolt of rear end plate seat 65, groove reinforced rib 66, back cover circuit through hole 67;
LED rear lamp device 9, parallel control circuit 10, headstock 11, control connection box 12, driving lamp night flight or navigation switch 13, braking signal switch 14, gearbox device 15, turn signal swich 16, back-up lamp switch 17, vehicle body 18.
The specific embodiment
Below in conjunction with drawings and Examples and the specific embodiment invention is described in further detail:
Embodiment 1:
As shown in the figure, motor-tricycle, battery-driven car LED rear lamp device are to be made of: LED backing-up lamp transmissive mirror 1, the capable stoplight stop lamp combination of LED transmissive mirror 2, LED steering indicating light transmissive mirror 3, LED rear lamp parabolic reflector 4, the integrated lamp plate 5 of LED rear lamp, LED rear lamp radiating insulating back cover 6, LED wire line 7, connection terminal 8; LED backing-up lamp transmissive mirror 1 one side correspondences arrange LED rear lamp radiating insulating back cover 6, between LED rear lamp radiating insulating back cover 6 and the LED backing-up lamp transmissive mirror 1 LED rear lamp parabolic reflector 4 are set; The capable stoplight stop lamp combination transmissive mirror 2 of LED and LED steering indicating light transmissive mirror 3 are set between LED rear lamp parabolic reflector 4 and the LED backing-up lamp transmissive mirror 1, and LED steering indicating light transmissive mirror 3 is arranged on the capable stoplight stop lamp combination of LED transmissive mirror 2 one sides; The corresponding integrated lamp plate 5 of LED rear lamp that arranges between LED rear lamp parabolic reflector 4 and the LED rear lamp radiating insulating back cover 6, integrated lamp plate 5 one sides of LED rear lamp arrange LED wire line 7; LED wire line 7 is held outside by back cover circuit through hole connection terminal 8 is set.
Embodiment 2:
As shown in the figure, LED backing-up lamp transmissive mirror 1 is installed by LED backing-up lamp transmissive mirror groove face shield 11, face shield that edge 12, face shield fixedly mount screw hole 13, face shield arc reinforced rib 14 consists of; LED backing-up lamp transmissive mirror groove face shield 11 peripheries arrange face shield edge 12 are installed, and face shield is installed at least four face shields fixed installations of edge 12 inboard settings screw holes 13; LED backing-up lamp transmissive mirror groove face shield 11 middle parts arrange at least twice face shield arc reinforced rib 14;
The capable stoplight stop lamp of LED combination transmissive mirror 2 by LED driving lamp transmissive mirror groove panel 21, LED stoplight stop lamp transmissive mirror groove panel 22, fixedly edge 23, transmissive mirror arc groove reinforced rib 24 consist of row stoplight stop lamp panel arc; LED driving lamp transmissive mirror groove panel 21 1 sides arrange LED stoplight stop lamp transmissive mirror groove panel 22, between LED stoplight stop lamp transmissive mirror groove panel 22 and the LED driving lamp transmissive mirror groove panel 21 transmissive mirror arc groove reinforced rib 24 is set, and the periphery of the two combination arranges fixedly edge 23 of capable stoplight stop lamp panel arc;
LED steering indicating light transmissive mirror 3 by LED steering indicating light transmissive mirror groove panel 31, steering indicating light panel arc fixedly edge 32 consist of; The steering indicating light panel arc of ivory shape fixedly edge 32 interior side correspondences arranges LED steering indicating light transmissive mirror groove panel 31;
LED rear lamp parabolic reflector 4 is made of LED lamp parabolic reflector panel 41, steering indicating light LED Lamp cup 42, backing-up lamp LED Lamp cup 43, stoplight stop lamp LED Lamp cup 44, driving lamp LED Lamp cup 45, LED lamp mounting hole 46, Lamp cup arc groove reinforced rib 47, catadioptre panel mounting hole 48; Side arc on the LED lamp parabolic reflector panel 41 is uniform to arrange at least one row steering indicating light LED Lamp cup 42, one side arc of steering indicating light LED Lamp cup 42 is uniform to arrange at least one row backing-up lamp LED Lamp cup 43, one side arc of backing-up lamp LED Lamp cup 43 is uniform to arrange at least one row stoplight stop lamp LED Lamp cup 44, and a side arc of stoplight stop lamp LED Lamp cup 44 is uniform to arrange at least one row driving lamp LED Lamp cup 45; Lamp cup arc groove reinforced rib 47 is set respectively on LED lamp parabolic reflector panel 41, at least four catadioptre panels of the periphery setting mounting hole 48 on the LED lamp parabolic reflector panel 41 between steering indicating light LED Lamp cup 42, backing-up lamp LED Lamp cup 43, stoplight stop lamp LED Lamp cup 44, driving lamp LED Lamp cup 45 4 row; The middle part of steering indicating light LED Lamp cup 42, backing-up lamp LED Lamp cup 43, stoplight stop lamp LED Lamp cup 44, driving lamp LED Lamp cup 45 4 arranges respectively LED lamp mounting hole 46 on a plane of LED lamp parabolic reflector panel 41, at least four screw mounting holes of the uniform reservation in the back side of LED lamp parabolic reflector panel 41; The inside face of steering indicating light LED Lamp cup 42, backing-up lamp LED Lamp cup 43, stoplight stop lamp LED Lamp cup 44, driving lamp LED Lamp cup 45 4 adopts by along Lamp cup axially revolution and the parabola reflecting surface that forms, and the parabola reflecting surface is by along Lamp cup radial equipartition concentric circles hot spot;
The integrated lamp plate 5 of LED rear lamp by LED surface-mounted integrated circuit 51, LED steering indicating light wire 52, LED backing-up lamp wire 53, LED stoplight stop lamp wire 54, LED driving lamp wire 55, monochromatic light single-chip LED lamp 56, circuit card fixedly mount hole 57, wire line through hole 58 consists of; Side on the LED surface-mounted integrated circuit 51 arranges at least one paths of LEDs steering indicating light wire 52, LED steering indicating light wire 52 1 sides are arranged in parallel at least one paths of LEDs backing-up lamp wire 53 by LED wire line 7, LED backing-up lamp wire 53 1 sides are arranged in parallel at least one paths of LEDs stoplight stop lamp wire 54 by LED wire line 7, and LED stoplight stop lamp wire 54 1 sides are arranged in parallel at least one paths of LEDs driving lamp wire 55 by LED wire line 7; LED steering indicating light wire 52, LED backing-up lamp wire 53, LED stoplight stop lamp wire 54, LED driving lamp wire 55 4 are distinguished at least six monochromatic light single-chip LED lamps 56 of the uniform setting of arc in one plane by the via hole of reserving, and at least four circuit cards fixed installations of uniform setting hole 57 is on LED surface-mounted integrated circuit 51 between the monochromatic light single-chip LED lamp 56; At least one wire line through hole 58 is set, the wire line through hole 58 interior LED wire lines 7 that arrange between the wire on the LED surface-mounted integrated circuit 51;
LED rear lamp radiating insulating back cover 6 is made of LED lamp back cover base plate 61, bottom plate groove 62, base plate installation edge 63, back cover mounting hole 64, bolt of rear end plate seat 65, groove reinforced rib 66, back cover circuit through hole 67; LED lamp back cover base plate 61 middle parts arrange bottom plate groove 62, and bottom plate groove 62 interior settings are twice groove reinforced rib 66 at least, and a side of groove reinforced rib 66 arranges at least one back cover circuit through hole 67; LED lamp back cover base plate 61 peripheries arrange base plate edge 63 are installed, and base plate is installed at least four back cover mounting holes 64 of edge 63 inboard settings, and a side of each back cover mounting hole 64 arranges respectively bolt of rear end plate seat 65.
Embodiment 3:
As shown in the figure, face shield is installed edge 12 and with base plate edge 63 corresponding engagements settings is installed, capable stoplight stop lamp panel arc fixedly edge 23 and steering indicating light panel arc fixedly edge 32 respectively correspondence be arranged on the Lamp cup arc groove reinforced rib 47; LED steering indicating light transmissive mirror groove panel 31 and the 42 corresponding settings of steering indicating light LED Lamp cup, the inside face of LED driving lamp transmissive mirror groove panel 21 establish prism and with the 45 corresponding settings of driving lamp LED Lamp cup, LED stoplight stop lamp transmissive mirror groove panel 22 and the 44 corresponding settings of stoplight stop lamp LED Lamp cup; Face shield arc reinforced rib 14 and the 43 corresponding settings of backing-up lamp LED Lamp cup;
Face shield fixed installation screw hole 13, catadioptre panel mounting hole 48, the corresponding setting of back cover mounting hole 64 threes, device screw in the three hole; Screw is installed in the corresponding setting of screw mounting hole of circuit card fixed installation hole 57 and the uniform reservation in 41 back sides of LED lamp parabolic reflector panel in the hole; LED lamp mounting hole 46 interior correspondences arrange single chips area be 9 square millimeters with interior, the monochromatic light single-chip LED lamp 56 of power between 0.04-0.07W, the luminous position of single chips of monochromatic light single-chip LED lamp 56 lamp pearls be arranged at respectively steering indicating light LED Lamp cup 42, backing-up lamp LED Lamp cup 43, stoplight stop lamp LED Lamp cup 44, driving lamp LED Lamp cup 45 4 parabola reflecting surfaces each overlap focus; Wire line through hole 58 and the 67 corresponding settings of back cover circuit through hole.
Embodiment 4:
As shown in the figure, the face of facing of LED backing-up lamp transmissive mirror 1, LED rear lamp parabolic reflector 4, the integrated lamp plate 5 of LED rear lamp, LED rear lamp radiating insulating back cover 6 four respectively correspondence is set to rhombus or trapezoidal or rectangle or abnormity, the face of facing of the capable stoplight stop lamp combination of LED transmissive mirror 2 is set to wicker leaf shape or falchion shape, and the face of facing of LED steering indicating light transmissive mirror 3 is set to ivory shape or arrow shape;
LED backing-up lamp transmissive mirror 1 adopts transparent whites, and the capable stoplight stop lamp combination of LED transmissive mirror 2 adopts red, and LED steering indicating light transmissive mirror 3 adopts yellow, and LED rear lamp parabolic reflector 4 adopts silvery white; It is PMMA optical material injection mo(u)lding more than 92.8% that the capable stoplight stop lamp combination of LED backing-up lamp transmissive mirror 1, LED transmissive mirror 2, LED steering indicating light transmissive mirror 3 threes adopt light transmittance, LED rear lamp parabolic reflector 4 adopts vacuum plated aluminum film special plastic material single injection-molded, and LED rear lamp radiating insulating back cover 6 adopts the ABS engineering plastics injection mo(u)lding of black;
Monochromatic light single-chip LED lamp 56 on the LED steering indicating light wire 52 adopts the gold-tinted single-chip LED lamp, monochromatic light single-chip LED lamp 56 on the LED backing-up lamp wire 53 adopts the white light single-chip LED lamps, and LED stoplight stop lamp wire 54, the LED driving lamp wire 55 monochromatic light single-chip LED lamp 56 on the two adopts the ruddiness single-chip LED lamps.
Embodiment 5:
As shown in the figure, the application process of motor-tricycle, battery-driven car LED rear lamp device, at least one pair of motor-tricycle, battery-driven car LED rear lamp device 9 are symmetricly set in vehicle body 18 rear portions, are provided with parallel control circuit 10 between the connection terminal 8 of the control connection box 12 at headstock 11 middle parts and LED wire line 7 ends; One sidecar of headstock 11 is being provided with turn signal swich 16, and the opposite side handlebar of headstock 11 is provided with driving lamp night flight or navigation switch 13; Gearbox device 15 1 sides of vehicle body 18 front portions are provided with back-up lamp switch 17, and back-up lamp switch 17 is controlled by the interlock of contactless switch circuit by the reverse gear pedal in gearbox device 15 outsides; The gearbox device 15 opposite side brake pedals of vehicle body 18 front portions are arranged with braking signal switch 14, and braking signal switch 14 is controlled by the interlock of contactless switch circuit by brake pedal; Be respectively arranged with parallel control circuit 10 between driving lamp night flight or navigation switch 13, braking signal switch 14, turn signal swich 16, back-up lamp switch 17 4 and the control connection box 12;
When driving a vehicle night, open driving lamp night flight or navigation switch 13 and just lighted the monochromatic light single-chip LED lamp 56 on the LED driving lamp wire 55 in motor-tricycle, the battery-driven car LED rear lamp device 9, remind front vehicle to note spacing, close driving lamp night flight or navigation switch 13 during day driving, this monochromatic light single-chip LED lamp 56 extinguishes; When needs stop, step on brake pedal and just opened braking signal switch 14, lighted the monochromatic light single-chip LED lamp 56 on the LED stoplight stop lamp wire 54 in motor-tricycle, the battery-driven car LED rear lamp device 9, the front vehicle ramp to stop that approaches is reminded in signal, the releasing of brake pedal has just been closed braking signal switch 14 after stopping, and this monochromatic light single-chip LED lamp 56 extinguishes; When vehicle need to be turned, switch and to open turn signal swich 16 and just lighted the monochromatic light single-chip LED lamp 56 on the LED steering indicating light wire 52 in the motor-tricycle that switches to institute's veer, the battery-driven car LED rear lamp device 9, the front vehicle that signal reminds institute's veer to approach is slowed down and is dodged, turn inside diameter is closed turn signal swich 16 after finishing, and this monochromatic light single-chip LED lamp 56 extinguishes; When needs are moveed backward, step on the reverse gear pedal and just opened back-up lamp switch 17, lighted the monochromatic light single-chip LED lamp 56 on the LED backing-up lamp wire 53 in motor-tricycle, the battery-driven car LED rear lamp device 9, signal reminds the front vehicle or the people that approach in time to dodge, unclamp the reverse gear pedal after reversing is finished and just closed back-up lamp switch 17, this monochromatic light single-chip LED lamp 56 extinguishes.
Claims (5)
1. motor-tricycle, battery-driven car LED rear lamp device, be by: LED backing-up lamp transmissive mirror (1), the capable stoplight stop lamp combination of LED transmissive mirror (2), LED steering indicating light transmissive mirror (3), LED rear lamp parabolic reflector (4), the integrated lamp plate of LED rear lamp (5), LED rear lamp radiating insulating back cover (6), LED wire line (7), connection terminal (8) consist of; It is characterized in that: LED backing-up lamp transmissive mirror (1) one side correspondence arranges LED rear lamp radiating insulating back cover (6), between LED rear lamp radiating insulating back cover (6) and the LED backing-up lamp transmissive mirror (1) LED rear lamp parabolic reflector (4) is set; The capable stoplight stop lamp combination transmissive mirror (2) of LED and LED steering indicating light transmissive mirror (3) are set between LED rear lamp parabolic reflector (4) and the LED backing-up lamp transmissive mirror (1), and LED steering indicating light transmissive mirror (3) is arranged on the capable stoplight stop lamp combination of LED transmissive mirror (2) one sides; The corresponding integrated lamp plate of LED rear lamp (5) that arranges between LED rear lamp parabolic reflector (4) and the LED rear lamp radiating insulating back cover (6), integrated lamp plate (5) one sides of LED rear lamp arrange LED wire line (7); LED wire line (7) is held outside by back cover circuit through hole connection terminal (8) is set.
2. motor-tricycle according to claim 1, battery-driven car LED rear lamp device is characterized in that: LED backing-up lamp transmissive mirror (1) is installed edge (12), face shield fixed installation screw hole (13), face shield arc reinforced rib (14) by LED backing-up lamp transmissive mirror groove face shield (11), face shield and is consisted of; LED backing-up lamp transmissive mirror groove face shield (11) periphery arranges face shield edge (12) is installed, and face shield is installed at least four face shields fixed installations of the inboard setting of edge (12) screw holes (13); LED backing-up lamp transmissive mirror groove face shield (11) middle part arranges at least twice face shield arc reinforced rib (14);
Fixedly edge (23), transmissive mirror arc groove reinforced rib (24) consist of the capable stoplight stop lamp combination transmissive mirror of LED (2) by LED driving lamp transmissive mirror groove panel (21), LED stoplight stop lamp transmissive mirror groove panel (22), capable stoplight stop lamp panel arc; LED driving lamp transmissive mirror groove panel (21) one sides arrange LED stoplight stop lamp transmissive mirror groove panel (22), between LED stoplight stop lamp transmissive mirror groove panel (22) and the LED driving lamp transmissive mirror groove panel (21) transmissive mirror arc groove reinforced rib (24) is set, and the periphery of the two combination arranges fixedly edge (23) of capable stoplight stop lamp panel arc;
LED steering indicating light transmissive mirror (3) by LED steering indicating light transmissive mirror groove panel (31), steering indicating light panel arc fixedly edge (32) consist of; The steering indicating light panel arc of the ivory shape fixedly interior side correspondence of edge (32) arranges LED steering indicating light transmissive mirror groove panel (31);
LED rear lamp parabolic reflector (4) is made of LED lamp parabolic reflector panel (41), steering indicating light LED Lamp cup (42), backing-up lamp LED Lamp cup (43), stoplight stop lamp LED Lamp cup (44), driving lamp LED Lamp cup (45), LED lamp mounting hole (46), Lamp cup arc groove reinforced rib (47), catadioptre panel mounting hole (48); The uniform at least one row steering indicating light LED Lamp cup (42) that arranges of a side arc on the LED lamp parabolic reflector panel (41), the uniform at least one row backing-up lamp LED Lamp cup (43) that arranges of one side arc of steering indicating light LED Lamp cup (42), the uniform at least one row stoplight stop lamp LED Lamp cup (44) that arranges of one side arc of backing-up lamp LED Lamp cup (43), the uniform at least one row driving lamp LED Lamp cup (45) that arranges of a side arc of stoplight stop lamp LED Lamp cup (44); Lamp cup arc groove reinforced rib (47) is set respectively on LED lamp parabolic reflector panel (41), at least four catadioptre panels of the periphery setting mounting hole (48) on the LED lamp parabolic reflector panel (41) between steering indicating light LED Lamp cup (42), backing-up lamp LED Lamp cup (43), stoplight stop lamp LED Lamp cup (44), driving lamp LED Lamp cup (45) four row; The middle part of steering indicating light LED Lamp cup (42), backing-up lamp LED Lamp cup (43), stoplight stop lamp LED Lamp cup (44), driving lamp LED Lamp cup (45) four arranges respectively LED lamp mounting hole (46) on a plane of LED lamp parabolic reflector panel (41), at least four screw mounting holes of the uniform reservation in the back side of LED lamp parabolic reflector panel (41); The inside face of steering indicating light LED Lamp cup (42), backing-up lamp LED Lamp cup (43), stoplight stop lamp LED Lamp cup (44), driving lamp LED Lamp cup (45) four adopts by along Lamp cup axially revolution and the parabola reflecting surface that forms, and the parabola reflecting surface is by along Lamp cup radial equipartition concentric circles hot spot;
The integrated lamp plate of LED rear lamp (5) is made of LED surface-mounted integrated circuit (51), LED steering indicating light wire (52), LED backing-up lamp wire (53), LED stoplight stop lamp wire (54), LED driving lamp wire (55), monochromatic light single-chip LED lamp (56), circuit card fixed installation hole (57), wire line through hole (58); Side on the LED surface-mounted integrated circuit (51) arranges at least one paths of LEDs steering indicating light wire (52), LED steering indicating light wire (52) one sides are arranged in parallel at least one paths of LEDs backing-up lamp wire (53) by LED wire line (7), LED backing-up lamp wire (53) one sides are arranged in parallel at least one paths of LEDs stoplight stop lamp wire (54) by LED wire line (7), and LED stoplight stop lamp wire (54) one sides are arranged in parallel at least one paths of LEDs driving lamp wire (55) by LED wire line (7); LED steering indicating light wire (52), LED backing-up lamp wire (53), LED stoplight stop lamp wire (54), LED driving lamp wire (55) four are distinguished arc at least six monochromatic light single-chip LED lamps of uniform setting (56) in one plane by the via hole of reserving, and at least four circuit cards fixed installation holes of uniform setting (57) are on LED surface-mounted integrated circuit (51) between the monochromatic light single-chip LED lamp (56); At least one wire line through hole (58) is set between the wire on the LED surface-mounted integrated circuit (51), LED wire line (7) is set in the wire line through hole (58);
LED rear lamp radiating insulating back cover (6) is installed edge (63), back cover mounting hole (64), bolt of rear end plate seat (65), groove reinforced rib (66), back cover circuit through hole (67) formation by LED lamp back cover base plate (61), bottom plate groove (62), base plate; LED lamp back cover base plate (61) middle part arranges bottom plate groove (62), and at least twice groove reinforced rib (66) is set in the bottom plate groove (62), and a side of groove reinforced rib (66) arranges at least one back cover circuit through hole (67); LED lamp back cover base plate (61) periphery arranges base plate edge (63) is installed, base plate is installed inboard at least four the back cover mounting holes (64) that arrange of edge (63), and a side of each back cover mounting hole (64) arranges respectively bolt of rear end plate seat (65).
3. motor-tricycle according to claim 2, battery-driven car LED rear lamp device, it is characterized in that: face shield is installed edge (12) and with base plate the corresponding engagement setting of edge (63) is installed, capable stoplight stop lamp panel arc fixedly edge (23) and steering indicating light panel arc fixedly edge (32) respectively correspondence be arranged on the Lamp cup arc groove reinforced rib (47); LED steering indicating light transmissive mirror groove panel (31) and the corresponding setting of steering indicating light LED Lamp cup (42), the inside face of LED driving lamp transmissive mirror groove panel (21) establish prism and with the corresponding setting of driving lamp LED Lamp cup (45), LED stoplight stop lamp transmissive mirror groove panel (22) and the corresponding setting of stoplight stop lamp LED Lamp cup (44); Face shield arc reinforced rib (14) and the corresponding setting of backing-up lamp LED Lamp cup (43);
Face shield fixed installation screw hole (13), catadioptre panel mounting hole (48), the corresponding setting of back cover mounting hole (64) three, device screw in the three hole; Screw is installed in the corresponding setting of screw mounting hole of circuit card fixed installation hole (57) and the uniform reservation in (41) back side of LED lamp parabolic reflector panel in the hole; The interior correspondence of LED lamp mounting hole (46) arrange single chips area be 9 square millimeters with interior, the monochromatic light single-chip LED lamp (56) of power between 0.04-0.07W, the luminous position of single chips of monochromatic light single-chip LED lamp (56) lamp pearl be arranged at respectively steering indicating light LED Lamp cup (42), backing-up lamp LED Lamp cup (43), stoplight stop lamp LED Lamp cup (44), driving lamp LED Lamp cup (45) four parabola reflecting surfaces each overlap focus; Wire line through hole (58) and the corresponding setting of back cover circuit through hole (67).
4. according to claim 1,2, or 3 described motor-tricycle, battery-driven car LED rear lamp device, it is characterized in that: LED backing-up lamp transmissive mirror (1), LED rear lamp parabolic reflector (4), the integrated lamp plate of LED rear lamp (5), the face of facing of LED rear lamp radiating insulating back cover (6) four respectively correspondence is set to rhombus, or trapezoidal, or rectangle, perhaps special-shaped, the face of facing of the capable stoplight stop lamp combination transmissive mirror of LED (2) is set to wicker leaf shape, or falchion shape, the face of facing of LED steering indicating light transmissive mirror (3) is set to ivory shape, or arrow shape;
LED backing-up lamp transmissive mirror (1) adopts transparent whites, and the capable stoplight stop lamp combination transmissive mirror of LED (2) adopts red, and LED steering indicating light transmissive mirror (3) adopts yellow, and LED rear lamp parabolic reflector (4) adopts silvery white; It is PMMA optical material injection mo(u)lding more than 92.8% that the capable stoplight stop lamp combination of LED backing-up lamp transmissive mirror (1), LED transmissive mirror (2), LED steering indicating light transmissive mirror (3) three adopt light transmittance, LED rear lamp parabolic reflector (4) adopts vacuum plated aluminum film special plastic material single injection-molded, and LED rear lamp radiating insulating back cover (6) adopts the ABS engineering plastics injection mo(u)lding of black;
Monochromatic light single-chip LED lamp (56) on the LED steering indicating light wire (52) adopts the gold-tinted single-chip LED lamp, monochromatic light single-chip LED lamp (56) on the LED backing-up lamp wire (53) adopts the white light single-chip LED lamp, and LED stoplight stop lamp wire (54), LED driving lamp wire (55) the monochromatic light single-chip LED lamp (56) on the two adopts the ruddiness single-chip LED lamp.
5. the application process of motor-tricycle, battery-driven car LED rear lamp device, it is characterized in that: at least one pair of motor-tricycle, battery-driven car LED rear lamp device (9) are symmetricly set in vehicle body (18) rear portion, are provided with parallel control circuit (10) between the control connection box (12) at headstock (11) middle part and the connection terminal (8) of LED wire line (7) end; One sidecar of headstock (11) is being provided with turn signal swich (16), and the opposite side handlebar of headstock (11) is provided with driving lamp night flight or navigation switch (13); Anterior gearbox device (15) one sides of vehicle body (18) are provided with back-up lamp switch (17), and back-up lamp switch (17) is controlled by the interlock of contactless switch circuit by the reverse gear pedal in gearbox device (15) outside; Anterior gearbox device (15) the opposite side brake pedal of vehicle body (18) is arranged with braking signal switch (14), and braking signal switch (14) is controlled by the interlock of contactless switch circuit by brake pedal; Be respectively arranged with parallel control circuit (10) between driving lamp night flight or navigation switch (13), braking signal switch (14), turn signal swich (16), back-up lamp switch (17) four and the control connection box (12);
When driving a vehicle night, open driving lamp night flight or navigation switch (13) and just lighted the monochromatic light single-chip LED lamp (56) on the LED driving lamp wire (55) in motor-tricycle, the battery-driven car LED rear lamp device (9), remind front vehicle to note spacing, close driving lamp night flight or navigation switch (13) during day driving, this monochromatic light single-chip LED lamp (56) extinguishes; When needs stop, step on brake pedal and just opened braking signal switch (14), lighted the monochromatic light single-chip LED lamp (56) on the LED stoplight stop lamp wire (54) in motor-tricycle, the battery-driven car LED rear lamp device (9), the front vehicle ramp to stop that approaches is reminded in signal, the releasing of brake pedal has just been closed braking signal switch (14) after stopping, and this monochromatic light single-chip LED lamp (56) extinguishes; When vehicle need to be turned, switch and to open turn signal swich (16) and just lighted the monochromatic light single-chip LED lamp (56) on the LED steering indicating light wire (52) in the motor-tricycle that switches to institute's veer, the battery-driven car LED rear lamp device (9), the front vehicle that signal reminds institute's veer to approach is slowed down and is dodged, turn inside diameter is closed turn signal swich (16) after finishing, and this monochromatic light single-chip LED lamp (56) extinguishes; When needs are moveed backward, step on the reverse gear pedal and just opened back-up lamp switch (17), lighted the monochromatic light single-chip LED lamp (56) on the LED backing-up lamp wire (53) in motor-tricycle, the battery-driven car LED rear lamp device (9), signal reminds the front vehicle or the people that approach in time to dodge, unclamp the reverse gear pedal after reversing is finished and just closed back-up lamp switch (17), this monochromatic light single-chip LED lamp (56) extinguishes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210520937.2A CN102941893B (en) | 2012-12-07 | 2012-12-07 | Rear position lamp device of motor tricycle and electrombile LED (light-emitting diode) and application method thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210520937.2A CN102941893B (en) | 2012-12-07 | 2012-12-07 | Rear position lamp device of motor tricycle and electrombile LED (light-emitting diode) and application method thereof |
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| Publication Number | Publication Date |
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| CN102941893A true CN102941893A (en) | 2013-02-27 |
| CN102941893B CN102941893B (en) | 2015-04-22 |
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| CN201210520937.2A Expired - Fee Related CN102941893B (en) | 2012-12-07 | 2012-12-07 | Rear position lamp device of motor tricycle and electrombile LED (light-emitting diode) and application method thereof |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104097717A (en) * | 2013-04-11 | 2014-10-15 | 捷安特（昆山）有限公司 | Cushion rod tail lamp |
| CN105135315A (en) * | 2015-08-14 | 2015-12-09 | 薛建南 | Car-grade LED four-in-one combination tail lamp |
| CN105240763A (en) * | 2015-10-29 | 2016-01-13 | 宁波雅佳达电器有限公司 | Steering lamp set for motorcycle |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN201277491Y (en) * | 2008-05-04 | 2009-07-22 | 江苏新日电动车股份有限公司 | LED lighting circuit and apparatus of electric car |
| CN201302084Y (en) * | 2008-11-25 | 2009-09-02 | 陈国庆 | Automotive load-carrying vehicle electronic tail lamp |
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2012
- 2012-12-07 CN CN201210520937.2A patent/CN102941893B/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201277491Y (en) * | 2008-05-04 | 2009-07-22 | 江苏新日电动车股份有限公司 | LED lighting circuit and apparatus of electric car |
| CN201302084Y (en) * | 2008-11-25 | 2009-09-02 | 陈国庆 | Automotive load-carrying vehicle electronic tail lamp |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104097717A (en) * | 2013-04-11 | 2014-10-15 | 捷安特（昆山）有限公司 | Cushion rod tail lamp |
| CN105135315A (en) * | 2015-08-14 | 2015-12-09 | 薛建南 | Car-grade LED four-in-one combination tail lamp |
| CN105240763A (en) * | 2015-10-29 | 2016-01-13 | 宁波雅佳达电器有限公司 | Steering lamp set for motorcycle |
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| CN102941893B (en) | 2015-04-22 |
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