CN207018985U - A kind of motorcycle headlamp high beam - Google Patents

Abstract

The utility model discloses a kind of motorcycle headlamp high beam, and it includes snap ring, remote transmissive mirror, remote reflector, remote illuminator；The snap ring is provided with snap ring body, and the retaining ring seat positioned at the snap ring body both sides；The remote transmissive mirror is provided with the mirror body of hemisphere face shape, the first fixed seat to stretch out from the mirror body edge, and the stopper slot positioned at first fixed seat；The remote reflector is bottom, open-topped frustum structure, and connects bottom, open-topped reflection wall；The bottom opening is less than open top, the second fixed seat to stretch out from the open top edge, and the limited block spacing with the stopper slot positioned at second fixed seat；The snap ring, by the limited block, the spacing fixation of the stopper slot, is sheathed on the remote transmissive mirror and the remote reflector, it is limited in first, second fixed seat by the remote transmissive mirror with the remote reflector.

Description

A kind of motorcycle headlamp high beam

Technical field

The utility model motorcycle lighting technical field, particularly a kind of motorcycle headlamp distance light with high beam Lamp.

Background technology

The conventional motorcycle distance headlamp generally used, structure typically by lampshade, lamp housing, reflector, filament bulb, Lamp socket, dust cap, light adjusting screw etc. form.There are two filaments in bulb, one is headlight high beam filament, and one is dipped headlight Silk.Headlight high beam filament is located in the focus of reflector, and its reflection light is parallel, horizontal light, is in ellipticity light on photometric screen Spot；Dip filament is then located at the top of reflector focus, and its reflection light is downward parallel rays, is produced on photometric screen "cut-off"line.Exist to illuminate under the larger, misfiring condition of illumination power consumption power consumption to solve the headlamp of traditional filament bulb and hold The continuous the problems such as time is short, bulb life is short, have begun to use at present with energy-saving and environmental protection, small volume, respond fast, long lifespan And the front car light of the shock resistance LED light source of good characteristic such as by force, and by as the trend of Future Development.

It is existing to also disclose a kind of automotive LED headlamp structure using optical lens, can include single LEDs light source, Drive device, secondary optics part, radiator, the secondary optics part are covered on the radiator, and LED light source is arranged at two At photocentre in secondary opticator and locate on radiator top surface, it is in half cup-shaped that secondary optics part, which is included at directly over LED light source, Speculum, optical lens and light barrier, light barrier is arranged at the end of the hot radical seat and locates the opening of speculum, lens It is connected by accessory holder with light barrier, and the opening of face speculum is worn for light and penetrated.The shortcomings that this technical scheme：One It is that being in the light for light barrier does not meet the requirement as motorcycle headlamp high beam for irregular shape, the hot spot of formation；Second, LED light source and half cup-shaped speculum are all fixed on the dipped beam modulated structure on radiator top surface, it is difficult to and high beam sets and is integrated, Be also not suitable for as motorcycle headlamp high beam, if using be not organically combine piece together, it will answer head lamp structure It is miscellaneous, volume is excessive；Third, using the radiator of radiator structure formula, LED light source power can not be too high, and single LEDs light source is used as and rubbed Motorcycle distance headlamp will not reach the intensity of illumination of requirement.

Existing most headlamps all use iron plate LED, therefore have a small amount of circuit board and iron plate at light source, if former Internal structure can directly be seen clearly by coming common structure and material, very unsightly.

The content of the invention

For deficiencies of the prior art, the utility model provides a kind of motorcycle headlamp high beam.

To achieve these goals, the technical solution adopted in the utility model is as follows：

A kind of motorcycle headlamp high beam, it includes snap ring, remote transmissive mirror, remote reflector, remote illuminator；The snap ring Provided with snap ring body, and the retaining ring seat positioned at the snap ring body both sides；The remote transmissive mirror is provided with the mirror body of hemisphere face shape, from The first fixed seat that the mirror body edge stretches out, and the stopper slot positioned at first fixed seat；The remote reflector is Bottom, open-topped frustum structure, and connection bottom, open-topped reflection wall；The bottom opening is less than open top, The second fixed seat to stretch out from the open top edge, and it is spacing with the stopper slot positioned at second fixed seat Limited block；The remote transmissive mirror and the remote reflector are by the limited block, the spacing fixation of the stopper slot, by the card Ring set makes it be limited in first, second fixed seat located at the remote transmissive mirror and the remote reflector.

The diameter of first, second fixed seat is identical, and the diameter of the snap ring body, which is less than described first, second, to be fixed The diameter of seat, realizes that the snap ring is limited in first, second fixed seat.

The remote illuminator is provided with installing plate, is set in the LED being fixedly welded on the installing plate, with the installing plate There is at least one locating slot, the locating slot is located at the both sides of the LED respectively.

The high beam be additionally provided with extend from the reflection wall to the bottom opening direction with the locating slot coordinate Locating dowel.

The remote reflector is positioned at by the locating dowel in the locating slot of the installing plate, is located at the LED In the bottom opening.

The retaining ring seat is respectively equipped with fixing hole, and the installing plate is provided with mounting hole corresponding with the fixing hole, passed through The snap ring, remote transmissive mirror, remote reflector and the remote illuminator are fixed together by screw.

The material of the remote transmissive mirror is acrylic PMMA.

The utility model can not only avoid existing structure and material from directly seeing internal structure clearly using transmissive mirror, very Inaesthetic shortcoming, and use the easy moulding of transmissive mirror；The utility model headlamp has broken the limited of original fixation Design method, the remote transmissive mirror of headlamp of design are the product of hemispherical transmissive mirror design so that headlamp is novel, attractive in appearance, can Plasticity is strong, improves the overall class of motorcycle.The high beam is fixed by screws on light source installing plate, distance light transmissive mirror It is assemblied in by the thrust of snap ring on remote illuminator, snap ring is fixed by screws on remote illuminator.Overall assembling is simple.Thoroughly The manufacturing cost of light microscopic is low and versatility is good.Assembling is light.Break headlamp and design conventional limitation.For motorcycle outward appearance Design provides a bright spot so that the utility model headlamp is novel, and attractive in appearance, plasticity is strong, and improves motorcycle entirety Class.

Brief description of the drawings

Fig. 1 is the front view of the utility model motor headlamp；

Fig. 2 is the sectional view of the utility model motor headlamp；

Fig. 3 is the decomposing schematic representation before the utility model motorcycle according to dipped headlight；

Fig. 4 is the combination diagram before the utility model motorcycle according to dipped headlight；

Fig. 5 is the utility model motorcycle headlamp dipped headlight transmissive mirror decomposing schematic representation；

Fig. 6 is the decomposing schematic representation before the utility model motorcycle according to high beam；

Fig. 7 is the combination diagram before the utility model motorcycle according to high beam；

Fig. 8 is the assembled sectional view before the utility model motorcycle according to high beam；

Fig. 9 is the utility model motorcycle headlamp air-penetrable waterproof structure sectional view.

In accompanying drawing：10 headlamps；100 lampshades；101 lamp housings；20 dipped headlights；21 mounting seats；210 installation portions；211 First holding section；212 screws；213 second holding sections；214 first pilot holes；22 retainer rings；220 first buckles；221 First spacing hole；23 nearly transmissive mirrors；230 nearly mirror bodies；231 mirror body fixed parts；24 nearly reflectors；240 second buckles；241 Second spacing hole；242 second pilot holes；25 light distribution panels；250 assembles posts；26 radiator structures；27 LED installing plates；270 LED；30 high beams；31 snap rings；310 snap ring bodies；311 annular grooves；312 retaining ring seats；313 first fixing holes；314 Second fixing hole；315 screws；32 remote transmissive mirrors；320 first fixed seats；321 stopper slots；322 mirror bodies；33 is remote reflective Bowl；330 second fixed seats；331 limited blocks；332 reflection walls；333 locating dowels；34 remote illuminators；340 installing plates；341 LED；342 locating slots；343 first mounting holes；344 second mounting holes；40 air-penetrable waterproof structures；41 air-vents；410 Ventilation mouth；411 ventilated membranes；412 fitting surfaces；42 porous plugs；420 porous plug bodies；421 assembly sides；422 ventilative mouths； 43 water fenders.

Embodiment

The utility model is described in further detail with reference to specific embodiment, it will be appreciated that described herein Preferred embodiment is merely to illustrate and explained the utility model, is not used to limit the utility model.

As shown in Figure 1-2, this example is a kind of motorcycle headlamp 10, and it includes lamp housing 101, matched somebody with somebody with the lamp housing 101 The lampshade 100 of conjunction, and it is arranged at the air-penetrable waterproof structure 40 of described lamp housing the top；Pacify in being provided with lamp source in the lamp housing 101 Loading board, headlamp are installed on the lamp source installing plate in the lamp housing 101 and the lampshade 100；The headlamp It is made up of dipped headlight and high beam, embodies dipped headlight and high beam below.

As in Figure 3-5, the dipped headlight 20 include mounting seat 21, nearly transmissive mirror 23, retainer ring 22, nearly reflector 24, Light distribution panel 25, nearly illuminator, radiator structure 26；Described one end of mounting seat 21 is provided with installation portion 210, its other end and the radiating Structure 26 is fixed, and the nearly illuminator is fixed together with the radiator structure 26, and be located at the radiator structure 26 with it is described Between installation portion 210；The nearly illuminator is provided with LED installing plates 27, and the LED 270 on the LED installing plates 27, LED is welded on LED installing plates 27, and the nearly transmissive mirror 23 is located at immediately ahead of the LED.Headlamp is caused using LED Internal structural space is small.The power of dipped headlight is big, and caused heat energy is more.Perfect heat-dissipating is particularly significant for headlamp.Dissipate Heat structure 26 effectively eliminates energy caused by light source in time using heat sink strip, prevents internal LED installing plate from overheating, and increases The service life of light source is added.

In being convexly equipped with least one first holding section 211 on the installation portion 210；The retainer ring 22 is provided with ring body （Do not marked in figure）And at least one first buckle 220 from the ring body to side that extend from and positioned at first buckle The first spacing hole 221 in 220；The nearly transmissive mirror 23, which is arranged, to be fixed in the ring body, and passes through the retainer ring 22 The first spacing hole 221 and the 211 spacing fixation of the first holding section.

For the light distribution panel 25 positioned at described closely between illuminator and the installation portion 210, it is near that light distribution panel 25 provides headlamp The "cut-off"line that light lamp needs, guarantee is provided for safety traffic.

The nearly transmissive mirror 23 is provided with the nearly mirror body 230 of half drum organization, and half cydariform is by face of the cydariform along its axis Cutting forms；Stretch out to form mirror body fixed part 231 from the edge of the nearly mirror body 230, the retainer ring 22 is sheathed on institute State outside nearly mirror body 230, and be limited in the mirror body fixed part 231, the diameter of the mirror body fixed part 231 is more than the retainer ring The diameter of 22 ring body, it is easy to the spacing retainer ring 22.The first limit that the nearly transmissive mirror 23 passes through the retainer ring 22 Position hole 221 and the 211 spacing fixation of the first holding section, the nearly transmissive mirror 23 is set to be fixed with the mounting seat 21.

The nearly reflector 24 is fixed with the mounting seat 21, and positioned at the upper of the closely illuminator and the light distribution panel 25 Side；The mounting seat 21 is provided with the first pilot hole 214, and the nearly reflector 24 is provided with corresponding with first pilot hole 214 Second pilot hole 242, the assembles post 250 coordinated with first, second 214,242 holes of assembling is provided with the light distribution panel 25, is led to The assembles post 250 is crossed to fix the nearly reflector 24, the light distribution panel 25 with the mounting seat 21.

The nearly reflector 24 be additionally provided with least one second buckle 240 and in second buckle 240 second Spacing hole 241, second holding section 213 spacing with second spacing hole 241 is additionally provided with the mounting seat 21.By described Second holding section 213 coordinates with second spacing hole 241 to be fixed, by it is described by the assembles post 250 will it is described it is near instead Light bowl 24, the light distribution panel 25 and the mounting seat 21 are fixed, and realize the nearly reflector 24 and the fixation of the mounting seat 21. The nearly reflector 24 is the domes of 1/4 circle, and when the nearly reflector 24 is fixed with the mounting seat 21, its one end is supported The installation portion 210 is connected to, the other end is located at the surface of the LED and the light distribution panel 25, for focusing on the LED Light source it is gathered towards nearly transmissive mirror 23.The design of nearly reflector 24 adds when meeting the luminous intensity distribution performance of headlamp The closing space of LED, effectively reduce the temperature in the space.

In being additionally provided with least one screw 212 on the installation portion 210, the dim head lights lamp 20 passes through the screw 212 are fixed on lamp source installing plate.

Dipped headlight can not only meet LED lamp light distribution performance, and thermal diffusivity is good.It is that a kind of special matching transmissive mirror designs The dipped headlight of good heat dissipation so that headlamp is novel, and attractive in appearance, plasticity is strong, improves the overall class of motorcycle.

As shown in figs 6-8, the high beam 30 includes snap ring 31, remote transmissive mirror 32, remote reflector 33, remote illuminator 34； The snap ring 31 is provided with snap ring body 310, and the retaining ring seat 312 positioned at the both sides of snap ring body 310；The remote transmissive mirror 32 Mirror body 322 provided with hemisphere face shape, the first fixed seat 320 to stretch out from the edge of mirror body 322, and positioned at described first The stopper slot 321 of fixed seat 320；The remote reflector 33 is bottom, top（Do not identified in figure）The frustum structure of opening, connection Bottom, open-topped reflection wall 332；The bottom opening is less than open top, forms horn-like structure；Opened from the top The second fixed seat 330 that mouth edge stretches out, and it is spacing positioned at second fixed seat 330 and the stopper slot 321 Limited block 331；In the present embodiment, the limited block 331 is on the remote reflector, and the stopper slot 321 is located at described remote In transmissive mirror 32, both positions can also be exchanged in other embodiment, for example limited block 331 is located at the remote transmissive mirror On.

The diameter of the snap ring body 310 is respectively less than the diameter of first, second fixed seat 320,330, described first, The diameter of second fixed seat 320,330 is identical, and both are oppositely arranged；The snap ring 31 is sheathed on the remote transmissive mirror 32 and institute Remote reflector 33 is stated, then is limited in first, second fixed seat 320,330.The remote illuminator 34 is provided with installing plate 340, and the LED 341 being fixedly welded on the installing plate 340；At least one locating slot is provided with the installing plate 340 342, the locating slot 342 is respectively arranged on the both sides of the LED 341.The reflection wall 332 prolongs to the bottom opening direction The locating dowel 333 to be formed and coordinated with least one locating slot 342 is stretched, the remote reflector 33 passes through described locating dowel 333 positioning are fixed in the locating slot 342 of the installing plate 340, the LED is opened positioned at the bottom of the remote reflector 33 Intraoral, the light source is focused on by remote reflector 33 injects the remote transmissive mirror 32.

The retaining ring seat 312 is respectively equipped with first, second fixing hole 313,314, and the installing plate 340 is provided with and described the First, first, second mounting hole 343,344 corresponding to the second fixing hole 313,314, described first, second is passed through by screw 315 The mounting hole 343,344 of fixing hole 313,314, first, second, by the snap ring 31, remote transmissive mirror 32, remote reflector 33 with it is described Remote illuminator 34 is fixed together, and the high beam 30 is fixed on lamp source installing plate by screw 315, and assembling is simple.

The nearly transmissive mirror in the present embodiment, the material of remote transmissive mirror are acrylic PMMA.

The shape of the nearly transmissive mirror of headlamp and remote transmissive mirror of the present embodiment design is different, therefore can design individual Property, there are feature, headlamp attractive in appearance.The remote transmissive mirror of this high beam is the product of hemispherical transmissive mirror design so that headlamp Novelty, attractive in appearance, plasticity is strong, improves the overall class of motorcycle.The dipped headlight 20 is fixed on lamp source by screw 212 pacifies In loading board, nearly transmissive mirror 23 is assemblied on nearly illuminator by the thrust of retainer ring 22, and overall assembling is simple.The high beam 30 are fixed on lamp source installing plate by screw 315, and remote transmissive mirror 32 is assemblied in remote illuminator 34 by the thrust of snap ring 31 On, snap ring 31 is fixed on remote illuminator 34 by screw 315.Overall assembling is simple.The manufacturing cost of transmissive mirror is low and logical It is good with property.Assembling is light.Break headlamp and design conventional limitation.A bright spot is provided for motorcycle appearance design.

As shown in Figure 1, Figure 2, shown in Fig. 9, a kind of motorcycle headlamp air-penetrable waterproof structure 40 is two and is respectively symmetrically arranged at The top of the car shell 101, its porous plug 42 for including air-vent 41 respectively, being connected with the air-vent 41, and positioned at institute State air-vent 41, the water fender 43 of the top of the porous plug 42.

One end of the air-vent 41 is connected with car shell 101, and its other end is from one end of the air-vent 41 to away from institute The direction for stating car shell 101 extends to be formed, and the ventilation mouth 410 positioned at the end of air-vent 41, the ventilation mouth 410 are exposed to The outside of car shell 101；The air-vent 41 is additionally provided with ventilated membrane 411, and the ventilated membrane 411 is installed on the ventilation mouth 410, this Ventilated membrane 411 described in embodiment is bonded at by glue on the ventilation mouth 410 of the air-vent 41.Ventilated membrane 411 is dedicated film, With molecule by the intransitable characteristic of compound, therefore the aqueous vapor inside LED by thermal evaporation can be excluded by ventilated membrane, And the water, dirt outside LED can not be entered in LED by ventilated membrane, it is blocked in outside lamp housing.

The structure of the porous plug 42 is " 7 " font, and the porous plug 42 is provided with porous plug body 420, is breathed freely from described Plug body 420 extends the assembly side 421 to be formed, and the ventilative mouth positioned at the other end of porous plug body 420 to one end 422；" 7 " word moulding of the porous plug 42 largely reduces the entrance of water, dirt, because being breathed freely when water, dirt enter with air During mouth, stopped by the circular arc of porous plug, can also be dropped when water, the dirt of accumulation reach a certain amount of because of center of gravity power.

The porous plug 42 is elastomeric material, and the external diameter of the air-vent 41 is more than the internal diameter of the assembly side 421, works as institute When stating the internal diameter of assembly side 421 and being sheathed on the external diameter of the air-vent 41, the internal diameter of the assembly side 421 and the air-vent 41 The face that is in contact of external diameter be fitting surface 412, and the assembly side 421 is realized with the air-vent 41 and is interference fitted.The dress On the outer wall for the other end for being sheathed on the air-vent 41 with end 421, the ventilation mouth 410 is placed in the porous plug 42. The internal diameter of the assembly side 421 is identical with the internal diameter size of the porous plug body 420, and the external diameter of the assembly side 421 is more than The external diameter of the porous plug body 420, when the assembly side 421 is sheathed on the outer wall of the other end of the air-vent 41, The installation strength between the assembly side 421 and the air-vent 41 can be strengthened.

The water fender 43 and air-vent 41 are integrally formed with lamp housing 101 by mould together.

The air-vent 41 is two, is respectively symmetrically arranged at the top of the car shell 101；The porous plug 42 is two It is individual, it is arranged fixation with the air-vent 41 respectively；The water fender 43 is two, is respectively symmetrically arranged at the car shell 101 Top, and respectively positioned at the air-vent 41, the top of the porous plug 42, and the fitting surface 412 is blocked, water fender 43 is set Meter effectively prevents the fitting surface 412 of water from air-vent 41 and porous plug 42 to enter on air-vent 41.Design two is right The air-vent 41 of title is more readily formed air circulating inside lamp, and air-vent 41 is designed in the top of lamp housing 101, more Be advantageous to the discharge of LED hot inside air（Because hot-air is in the top of cold air, therefore the air of lamp inner upper is temperature Spend highest）, so as to successfully complete the exchange of the outer cold air of LED hot inside air and lamp.

A kind of motorcycle headlamp air-penetrable waterproof structure of the utility model, to solve problem of the prior art, in lamp housing 101 Back increases by two air-vents 41.Because LED, it is necessary to be designed to structure that is ventilative but can not intaking, extend LED Service life.

The structure of porous plug 42 is designed to that " 7 " word moulding largely reduces the entrance of water, dirt, because when water, dirt are with sky When gas enters ventilative mouth, stopped by the circular arc of porous plug, can also be dropped when water, the dirt of accumulation reach a certain amount of because of center of gravity power.

Motorcycle headlamp air-penetrable waterproof structure described in the utility model can breathe freely, moreover it is possible to water proof and dust proof.Solves rain Its phenomenon to haze, and the service life for extending headlamp also improves the security that motorcycle travels in the rainy day.

It is to illustrate the utility model example that above-described embodiment of the present utility model, which is only, and is not to this reality With the restriction of new embodiment.For those of ordinary skill in the field, may be used also on the basis of the above description To make other various forms of changes and variation.Here all embodiments can not be exhaustive.It is every to belong to this reality Row with the obvious changes or variations that new technical scheme is amplified out still in the scope of protection of the utility model.

Claims (7)

1. a kind of motorcycle headlamp high beam, it includes snap ring, remote transmissive mirror, remote reflector, remote illuminator；The snap ring is set There are snap ring body, and the retaining ring seat positioned at the snap ring body both sides；The remote transmissive mirror is provided with the mirror body of hemisphere face shape, from institute State the first fixed seat that mirror body edge stretches out, and the stopper slot positioned at first fixed seat；The remote reflector is bottom Portion, open-topped frustum structure, and connection bottom, open-topped reflection wall；The bottom opening is less than open top, from The second fixed seat that the open top edge stretches out, and it is spacing with the stopper slot positioned at second fixed seat Limited block；The remote transmissive mirror and the remote reflector are by the limited block, the spacing fixation of the stopper slot, by the snap ring The remote transmissive mirror and the remote reflector are sheathed on, it is limited in first, second fixed seat.

2. motorcycle headlamp high beam as claimed in claim 1, it is characterised in that：First, second fixed seat it is straight Footpath is identical, and the diameter of the snap ring body is less than the diameter of first, second fixed seat, and it is described to realize that the snap ring is limited in First, second fixed seat.

3. motorcycle headlamp high beam as claimed in claim 1, it is characterised in that：The remote illuminator is provided with installing plate, The LED being fixedly welded on the installing plate, at least one locating slot, the locating slot difference are provided with the installing plate Positioned at the both sides of the LED.

4. motorcycle headlamp high beam as claimed in claim 3, it is characterised in that：The high beam is additionally provided with from described anti- The locating dowel coordinated with the locating slot that light wall extends to the bottom opening direction.

5. motorcycle headlamp high beam as claimed in claim 4, it is characterised in that：The remote reflector passes through the positioning Post is positioned in the locating slot of the installing plate, the LED is located in the bottom opening.

6. motorcycle headlamp high beam as claimed in claim 5, it is characterised in that：The retaining ring seat is respectively equipped with fixation Hole, the installing plate are provided with mounting hole corresponding with the fixing hole, by screw by the snap ring, remote transmissive mirror, remote reflective Bowl is fixed together with the remote illuminator.

7. the motorcycle headlamp high beam as described in claim any one of 1-6, it is characterised in that：The material of the remote transmissive mirror Material is acrylic PMMA.