JP2001035210A - LED fixing structure for vehicle lighting - Google Patents

Abstract

PROBLEM TO BE SOLVED: To facilitate mounting and replacement of an LED and enhance a heat radiating property of the LED by pressing and fixing one or the other of a pair of leads of the LED to one or the other of a pair of splicing fittings, engageably connecting each splicing fitting to a housing, and engageably connecting a wiring member to each splicing fitting. SOLUTION: In the replacement of an LED 11, the engagement of the engagement spring pieces 19 of splicing fittings 15A, 15B with the engagement arms 26 of a reflector 25 is released to remove the splicing fittings 15A, 15B from the reflector 25. Since the LED 11 is fixed to the splicing fittings 15A, 15B, it is removed from the reflector 25 together, and crude copper wires 13A, 13B are slipped off from the lower V-shaped groove of a wiring retaining spring piece 21. Accordingly, the LED 11 can be replaced together with the splicing fittings 15A, 15B. Otherwise, by pulling out the leads 12A, 12B of the LED 11 from the splicing fittings 15A, 15B in a state where the splicing fittings 15A, 15B are removed from the reflector 25, whereby only the LED 11 can be replaced by a new one.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an LED fixing structure for a vehicle lamp using an LED (light emitting diode) as a light source.

[0002]

2. Description of the Related Art Recently, LEDs have been used as light sources for tail lamps and stop lamps of vehicles. When an LED is used as a light source of such a vehicle lamp, as shown in FIG. 11, each lead 2 of a large number of LEDs 1 is soldered on a printed circuit board 5 (a soldered portion is indicated by reference numeral 3). At present, the LED 1 is attached to the housing via the printed circuit board 5.

[0003]

However, the structure in which the LED 1 is soldered on the printed circuit board 5 has the following problems.

(A) Due to soldering, LED mounting workability is poor.

(B) Heat at the time of soldering may cause LED failure.

(C) Since the solder contains harmful substances,
A problem during recycling.

(D) It is difficult to replace only the failed LED individually.

(E) Since the printed circuit board obstructs the heat radiation of the LED, the heat radiation is poor and the deterioration of the LED may be accelerated.

The present invention has been made in consideration of the above circumstances, and can easily mount an LED without using solder.
It is an object of the present invention to provide an LED fixing structure for a vehicular lamp that can easily and individually replace the LED lamps and enhance the heat radiation of the LEDs.

[0010]

According to the first aspect of the present invention, an LE
One and the other of the leads forming the pair of D are press-fitted and fixed to one and the other of the pair of connection fittings, respectively, and these connection fittings are detachably connected to the housing, and a wiring member is connected to each connection fitting. It is characterized by being detachably connected.

In this structure, only the failed LED can be individually replaced by removing the connection fitting from the housing and the wiring member. Further, the heat generated by the LED can be released to the outside via the connection fitting.

In addition, since the wiring of the LED is performed not by the conductor on the printed circuit board but by an independent wiring member which is detachably connected to the connection fitting, the wiring member is appropriately curved to be bent. It is also possible to arrange the LEDs along the shape.

According to a second aspect of the present invention, there is provided an LED fixing structure for a vehicle lamp according to the first aspect, wherein a lead holding spring portion for holding a lead of an LED to be pressed into the connection fitting, A wiring member holding spring for holding the wiring member in a detachable manner is provided.

In this structure, the lead holding spring portion is provided with an LE.
By press-fitting the lead of D, the LED can be fixed to the connection fitting in a conductive state. Further, by allowing the wiring member to be held by the wiring member holding spring portion, the wiring member can be connected to the connection fitting in a conductive state. At this time, since the elasticity of the spring portion only maintains the coupling force with the lead and the wiring member, especially when replacing the LED, the connection fitting can be easily removed from the wiring member.

According to a third aspect of the present invention, one and the other of the pair of leads of the LED are press-fitted and fixed to one and the other of a pair of connection fittings, respectively, and the cover is removably connected to the housing. Each connection fitting is sandwiched between the housing and the cover in a state of being exposed to the outside, and each connection fitting and the wiring member are pressed against each other.

In this structure, by removing the cover from the housing, the connection fitting can be removed from the housing and the wiring member, and only the failed LED can be individually replaced. Further, the heat generated by the LED can be released to the outside via the connection fitting.

According to a fourth aspect of the present invention, there is provided an LED fixing structure for a vehicle lamp according to the third aspect, wherein a lead holding spring portion for holding a lead of an LED to be pressed into the connection fitting, A wiring member press-contact spring portion that presses against the wiring member is provided.

In this structure, the lead holding spring is provided with the LE.
By press-fitting the lead of D, the LED can be fixed to the connection fitting in a conductive state. Also, by connecting the cover to the housing, the wiring member press-contact spring portion formed on the connection fitting is pressed against the wiring member by its elasticity to maintain a reliable conduction state.

According to a fifth aspect of the present invention, there is provided an LED fixing structure for a vehicle lamp according to any one of the first to fourth aspects, wherein the wiring members are arranged in parallel with each other.

In this structure, since the wiring members are arranged in parallel, a plurality of connection fittings are arranged in the extending direction of the wiring member, and the LEDs are fixed to the connection fittings, so that the LEDs are fixed along the common wiring member. Many LEDs can be arranged.

According to a sixth aspect of the present invention, there is provided an LED fixing structure for a vehicle lamp according to any one of the first to fifth aspects, wherein the wiring member is made of a strand.

In this structure, the wires used as the wiring members can be held between the spring portions of the connection fittings directly or press-contacted, for example, to achieve conduction with the connection fittings.

According to a seventh aspect of the present invention, there is provided an LED fixing structure for a vehicle lamp according to any one of the first to sixth aspects, wherein the housing is a reflector for reflecting the light of the LED toward the front. It is characterized by.

In this structure, by attaching the connection fitting to which the LED is fixed to the reflector serving as the housing, the light utilization rate is increased as compared with the case where the direct light of the LED is used.

[0025]

Embodiments of the present invention will be described below with reference to the drawings.

[First Embodiment] FIG. 1 is an exploded perspective view of the first embodiment. In the drawing, reference numeral 11 denotes a four-legged LED, and two pairs of leads 12A and 12B are provided on the rear surface of the LED 11 in parallel with each other. This L
The ED 11 is connected to the central opening 2 of the reflector (housing) 25.
In the present embodiment, a pair of connection fittings 15A, 15B formed by press-forming a metal plate is used for mounting on the connection fitting 5a.
You are using Also, as a wiring member of the LED 11,
Two bare copper wires (element wires) 13A and 13B are arranged in parallel.

The pair of connection fittings 15A and 15B are of the same shape, and are arranged in opposite directions (vertical symmetry in the figure). Each connection fitting 15A, 15B is a rectangular front plate 1
The front plate 16 has two lead press-fit portions (lead holding spring portions) 17 spaced apart in the longitudinal direction.
Is provided. Each lead press-fit portion 17 includes two spring pieces formed by inserting an H-shaped slit into the front plate 16, and leads 12A and 12B of the LED 11 are provided in a central slit between the tips of the two spring pieces. Is inserted to prevent the leads 12A and 12B from coming off and fixed.

Side plates 18, 18, which are bent rearward, are connected to the shorter side edges of the rectangular front plate 16 of the connection fittings 15 A, 15 B. These side plates 18, 1
In FIG. 8, a U-shaped cut is made in the side plates 18 to form an engagement spring piece 19 with its tip directed rearward.

An upper surface plate 20 bent rearward is connected to one long side edge of the front plate 16. By forming a U-shaped cut in the upper surface plate 20, a wire-clamping spring piece (wiring member holding spring portion) 21 whose front end is directed forward is cut and formed. The V-shaped groove for holding the bare copper wires 13A and 13B is formed between the wiring holding spring piece 21 and the upper surface plate 20. Further, on the inner surface of the wire holding spring piece 21, a retaining protrusion 21a for preventing the wire once inserted in the middle from coming off is bent and formed.

On the other hand, four engagement arms 26 extending rearward are provided around the central opening 25a of the reflector 25 to which the LED 11 is attached. Other,
As shown in FIG. 5, a bracket 27 having a wiring holding groove 28 is also protruded.

Next, the assembling procedure will be described with reference to FIGS. 2 to 5 show the assembled state.

First, of the two pairs of four leads 12A and 12B of the LED 11, two leads 12A on one pole side are press-fitted into the two lead press-fit portions 17 of one connection fitting 15A. , Two leads 12 on the other pole side
B to the two lead press-fit portions 17 of the other connection fitting 15B.
Each. Thereby, the LED 11 is mechanically fixed to the connection fittings 15A and 15B and is electrically connected.

Next, the two connection fittings 15A and 15B to which the LED 11 is attached are mounted on the rear part of the reflector 25. That is, the LED 11 is connected to the central opening 2 of the reflector 25.
As shown in FIG.
The front plate 16 of 5A, 15B is attached to the rear end face 2 of the reflector 25.
5b, and the engagement spring pieces 19, 19 on both side surfaces of the connection fittings 15A, 15B are engaged with the distal end of the engagement arm 26 of the reflector 25. Thereby, the connection fitting 15
Together with A and 15B, the LED 11 is detachably fixed to the reflector 25.

When the connection fittings 15A and 15B are attached to the rear part of the reflector 25, as shown in FIGS. 4 and 5, the bare copper wire previously inserted into the wiring holding groove 28 of the bracket 27 of the reflector 25 is used. 13A and 13B are inserted from the front into the V-shaped groove on the lower side of the wiring clamp spring piece 21 of the connection fittings 15A and 15B, and the connection fittings 15A and 15B and the bare copper wires 13A and 13B are detachably connected to each other, The LED 11 is electrically connected to the bare copper wires 13A and 13B via the connection fittings 15A and 15B.

As described above, the LED 11 is connected to the reflector 25
Can be attached to Therefore, joining by soldering is not required at all, and all disadvantages when using solder can be eliminated.

The LED 11 generates heat at the time of lighting, but the heat is transmitted to the connection fittings 15A and 15B via the leads 12A and 12B, and escapes from the surface of the connection fittings 15A and 15B to the outside air. As compared with the conventional LED fixing structure in which heat dissipation is obstructed by the printed circuit board, the heat dissipation of the LED 11 can be improved,
The life of D11 can be extended.

The bare copper wires 13A, 1
3B are routed parallel to each other, so that a common bare copper wire 1
A large number of reflectors 2 are continuously provided along 3A and 13B.
5, a set of the LED 11 and the connection fittings 15A and 15B can be arranged.

In this case, the bare copper wires 13A and 13B can be freely bent and bent, and the positions of engagement with the connection fittings 15A and 15B can be arbitrarily selected, so that the LED 11 and the reflector 25 can be arranged on a curved surface. And LED1
The reflectors 1 and the reflectors 25 can be arranged with steps, or can be arranged with different pitches, so that a flexible layout can be adopted.

When the LED 11 needs to be replaced due to a failure or the like, the engagement between the engagement spring pieces 19 of the connection fittings 15A and 15B and the engagement arm 26 of the reflector 25 is released, and the connection fitting 15A , 15B are removed from the reflector 25. Then, the LED 11 is connected to the connection fitting 15.
A, 15B so that the reflector 2
5 and at the same time, the bare copper wires 13A and 13B fall out of the V-shaped groove under the wire holding spring piece 21. Therefore, the LED 11 can be replaced for each of the connection fittings 15A and 15B. Alternatively, with the connection fittings 15A and 15B removed from the reflector 25,
By pulling out A and 12B from the connection fittings 15A and 15B, only the LED 11 can be replaced with a new one.

In any case, the LED 11 can be individually replaced, which was difficult in the case of soldering, and the replacement cost can be reduced.

Further, since one LED 11 is mounted on the reflector 25 by the pair of connection fittings 15A and 15B, the mounting can be completed with a minimum number of parts and the size of the mounting portion can be reduced. Also, since the LEDs 11 are attached to the reflector 25 one by one, LE
The utilization rate of the light of D11 can also be increased.

[Second Embodiment] Next, a second embodiment of the present invention will be described.

FIG. 6 is an exploded perspective view of the second embodiment. In FIG. 6, 11 is an LED, 12A and 12B are leads, and 13A and 13B are bare copper wires. These are the same as in the first embodiment. In attaching the LED 11 to the central opening 45a of the reflector (housing) 45, in the present embodiment, a pair of flat connection fittings 35A and 35B formed by press-molding a metal plate, and a rectangular frame formed of a resin molded product. Cover 40 is used.

The pair of connection fittings 35A and 35B have the same shape and are arranged in opposite directions (vertical symmetry in the figure). Each of the connection fittings 35A and 35B has a rectangular plate shape and has two lead press-fitting portions (lead holding spring portions) 37 formed at intervals in the longitudinal direction. These lead press-fit portions 37 have the same configuration as that of the first embodiment.

The connection fittings 35A and 35B are provided with wiring press-contact spring portions 38 formed by cutting parallel cut lines adjacent to the lead press-fitting portions 37.
The spring portion 38 is formed in such a manner that the central portion of the band plate projects in a mountain shape from the plate surfaces of the connection fittings 35A and 35B to the surface side, and can be bent and deformed in a direction perpendicular to the plate surface. It has been.

The cover 40 has a rectangular frame shape, and has a positioning projection 42 on one of the opposing sides for positioning the positions of the connection fittings 35A and 35B so as not to contact each other. Each has a wiring positioning projection 43. The two wiring positioning projections 43 are arranged on the inner and outer peripheral sides of the frame-shaped cover 40 and project in parallel to a direction orthogonal to the central opening surface of the frame-shaped cover 40 (the front direction of the cover 40). I have.

On the other hand, around the central opening 45a of the reflector 45 to which the LED 11 is attached, two engaging arms 46 extending rearward are provided. Other,
As shown in FIG. 10, a bracket 47 having a wiring holding groove 48 is protruded, and a wiring receiving projection 49 is also protruded.

Next, an assembling procedure will be described with reference to FIGS. 7 to 10 show the assembled state.

First, of the two pairs of four leads 12A and 12B of the LED 11, two leads 12A on one pole side are press-fitted into the two lead press-fit portions 37 of the one connection fitting 35A. , Two leads 12 on the other pole side
B to the two lead press-fit portions 37 of the other connection fitting 35B.
Each. Thus, the LED 11 is mechanically fixed to the connection fittings 35A and 35B and is electrically connected.

Next, the two connection fittings 15 A and 15 B to which the LED 11 is attached are mounted on the rear part of the reflector 45 using the cover 40.

That is, first, the two connection fittings 35A and 35B are arranged on the front surface of the cover 40, and the positioning projection 4
The connection fittings 35A and 35B are positioned by the 2 and the wiring positioning projection 43. At this time, the wire pressing spring portion 38 is inserted between the two wiring positioning protrusions 43.

Then, while inserting the LED 11 into the central opening 45a of the reflector 45, the connection fittings 35A, 35B
Is engaged with the distal end of the engagement arm 46 of the reflector 45 as shown in FIG. At this time, the connection fittings 35A and 35B are sandwiched between the rear end face 45b of the reflector 45 and the cover 40. Thereby, the LED 11 together with the connection fittings 35 </ b> A and 35 </ b> B is fixed to the reflector 45 by the cover 40 so as to be freely detachable. In this assembled state, the connection fittings 35A, 35
B is exposed from the center opening of the frame-shaped cover 40 to the outside.

As described above, the connection fitting 35 together with the cover 40 is provided.
When the A and 35B are mounted on the rear part of the reflector 45, as shown in FIGS. 8 and 10, the bare copper wire 13 previously inserted into the wiring holding groove 48 of the bracket 47 of the reflector 45 is used.
A and 13B are the wiring receiving projections 49 on the reflector 45 side.
And between the metal fittings 35A and 35B and the wire pressing springs 38, and presses against the wiring pressing springs 38.

At this time, as shown in FIG. 8, the bare copper wires 13A, 13B pass between the two wiring holding projections 43, 43, and are held so that the bare copper wires 13A, 13B do not come off there. You. Further, as shown in FIG. 10, the middle of the two points of the bare copper wire 13 </ b> A received by the two wiring receiving projections 49 is pressed at the center of the wiring press-contact spring portion 38. Thereby, the LED 11 and the bare copper wires 13A, 13B are electrically connected via the connection fittings 35A, 35B.

As described above, the LED 11 is connected to the reflector 45
Can be attached to Therefore, joining by soldering is not required at all, and all disadvantages when using solder can be eliminated.

The LED 11 generates heat at the time of lighting, and the heat is transmitted to the connection fittings 35A and 35B via the leads 12A and 12B, and the connection fittings 15A and 15B exposed from the central opening of the cover 40 are heated. Since it escapes from the surface to the outside air, the heat radiation of the LED 11 can be improved and the life of the LED 11 can be extended as compared with the conventional LED fixing structure in which the heat radiation is obstructed by the printed circuit board.

The effect of using the bare copper wires 13A and 13B is the same as that of the first embodiment.

When the LED 11 needs to be replaced due to a failure or the like, the cover 40 is disengaged from the reflector 45 and the cover 40 is removed from the reflector 45. Then, the connection fitting 35A together with the cover 40,
35B and the LED 11 are separated from the reflector 25, and at the same time, the connecting fittings 35A, 35B are disconnected from the bare copper wires 13A, 13B.
Leaves. Therefore, the connection fittings 35A and 35B
11 can be replaced. Alternatively, the connection fitting 35
With A and 35B removed from the reflector 45, L
Connect the leads 12A, 12B of the ED 11 to the connection fittings 35A, 3
By pulling it out from 5B, only the LED 11 can be replaced with a new one.

In any case, the LED 11 can be individually replaced, which was difficult in the case of soldering, and the replacement cost can be reduced.

Further, since one LED 11 is mounted on the reflector 45 by the pair of connection fittings 35A and 35B and the frame-shaped cover 40, the mounting can be completed with a minimum number of parts and the size of the mounting portion is reduced. be able to. In addition, it is possible to similarly increase the light utilization rate by the reflector 45.

In the above embodiment, the four-legged LED
Although the case where 11 is attached to the reflectors 25 and 45 has been described, the number of feet is not limited thereto.

The reflectors 25 and 45 have LEDs 11
Has been described, but the present invention can also be applied to a case where an LED is mounted on a housing other than the reflector.

[0063]

As described above, according to the first aspect of the present invention, the LED lead is press-fitted and fixed to the connection fitting, and the connection fitting is removably connected to the housing, and the connection fitting is wired to the connection fitting. Since the members are detachably connected, by detaching the connection fitting from the housing and the wiring member, only the failed LED can be easily replaced individually. As a result, replacement costs can be significantly reduced as compared to replacing the entire assembly to which a large number of LEDs are attached.

In addition, fixing of LED leads and connection fittings,
Further, since no solder is used for connecting the connection fitting and the wiring member, it is possible to solve all problems when using solder. In addition, since the heat generated by the LED can be released to the outside via the connection fitting in which the lead is press-fitted and fixed,
The heat dissipation of the LED can be improved, and the life of the LED can be extended.

Further, since the wiring of the LED is performed not by the conductor on the printed circuit board but by an independent wiring member which is detachably connected to the connection fitting, the wiring member is appropriately curved to bend. It is also possible to arrange the LEDs along the shape.

Further, since one LED is mounted on the housing by a pair of connection fittings, the number of components is small and the size of the mounting portion is not increased.

According to the second aspect of the present invention, by press-fitting the LED leads into the lead holding spring portions, the LEDs can be easily fixed to the connection fittings in a conductive state without using solder. In addition, since the wiring member is held between the wiring member holding springs, the wiring member can be easily coupled to the connection fitting in a conductive state. In addition, since only the wiring member is sandwiched by the elasticity of the spring portion, the failed L
When replacing the ED, the connection fitting can be easily removed from the wiring member.

According to the third aspect of the present invention, the connection fitting is clamped between the housing and the cover by connecting the cover to the housing.
The connection fitting to which the LED is press-fitted and fixed can be easily removed. Further, since the connection fitting and the wiring member are pressed against each other by connecting the cover to the housing, the connection fitting can be easily removed from the wiring member by removing the cover. Therefore, only the failed LED can be individually replaced, and the replacement cost can be greatly reduced as compared with replacing the entire assembly to which a large number of LEDs are attached.

In addition, fixing of LED leads and connection fittings,
In addition, since no solder is used for the electrical connection between the connection fitting and the wiring member, it is possible to eliminate all the disadvantages when using solder. In addition, although the connection fitting is sandwiched between the cover and the housing, since the connection fitting is exposed to the outside, the heat generated by the LED can be released to the outside through the connection fitting, thereby improving the heat dissipation of the LED. Therefore, the life of the LED can be extended.

Further, since the wiring of the LED is performed not by the conductor on the printed circuit board but by an independent wiring member which is detachably connected to the connection fitting, the wiring member is appropriately curved to bend. It is also possible to arrange the LEDs along the shape.

According to the fourth aspect of the present invention, by press-fitting the LED leads into the lead holding spring portions, the LEDs can be easily fixed to the connection fittings in a conductive state without using solder. In addition, by connecting the cover to the housing, the wiring member press-contact spring portion is pressed against the wiring member, so that the wiring member can be stably conducted to the connection fitting.

According to the fifth aspect of the present invention, a large number of LEDs can be arranged along a common wiring member, and the wiring system can be simplified. Further, by bending the wiring member, it is possible to arrange a large number of LEDs along an appropriate curved shape.

According to the sixth aspect of the present invention, since the element wire is used as the wiring member, the connecting member can be easily held at an arbitrary position by, for example, directly sandwiching or press-contacting the spring portion of the connecting member. Can be conducted.

Further, since the wires can be bent freely, the wiring members can be easily arranged according to the arrangement posture of the LEDs. Therefore, it is possible to cope with the curved surface arrangement of the LEDs, and even if the arrangement of the LEDs has a step or the arrangement pitch of the LEDs is different, the layout can be flexibly performed, and the degree of freedom of the layout is large. Become.

According to the invention of claim 7, the reflector has L
Since the connection fitting to which the ED is fixed is attached, the light utilization rate of the LED can be increased.

[Brief description of the drawings]

FIG. 1 is an exploded perspective view of a first embodiment of the present invention.

FIG. 2 is a front view of the first embodiment.

FIG. 3 is a sectional view taken along the line III-III of FIG. 2;

FIG. 4 is a sectional view taken along the line IV-IV in FIG. 2;

FIG. 5 is a sectional view taken along the line VV of FIG. 2;

FIG. 6 is an exploded perspective view of a second embodiment of the present invention.

FIG. 7 is a front view of the second embodiment.

8 is a sectional view taken along the line VIII-VIII in FIG. 7;

9 is a sectional view taken along the line IX-IX in FIG. 7;

FIG. 10 is a sectional view taken along the line XX of FIG. 7;

11A and 11B are views showing a conventional LED fixing structure, in which FIG. 11A is an overall view and FIG. 11B is an enlarged view of a main part thereof.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 11 LED 12A, 12B Lead 13A, 13B Bare copper wire (element wire, wiring member) 15A, 15B Connection fitting 17 Lead press-fitting part (lead holding spring part) 21 Wiring holding spring piece (wiring member holding spring part) 25 Reflector (housing) 35A, 35B Connection fitting 37 Lead press-fitting portion (lead holding spring portion) 38 Wiring member press-contact spring portion 45 Reflector (housing)

Claims (7)

[Claims] 1. One and the other of a pair of leads of an LED are press-fitted and fixed to one and the other of a pair of connection fittings, respectively, and these connection fittings are removably connected to a housing, and the connection fittings are connected to each other. An LED fixing structure for a vehicle lamp, wherein a wiring member is detachably connected to each other. 2. The LED fixing structure for a vehicle lamp according to claim 1, wherein a spring for holding a lead of the LED to be press-fitted into the connection fitting, and the wiring member are disengaged. An LED fixing structure for a vehicular lamp, comprising a wiring member holding spring portion for freely holding the wiring member. 3. One of the leads forming the LED pair and the other of the leads are press-fitted and fixed to one and the other of the pair of connection fittings, respectively, and the cover is removably connected to the housing, so that each of the connection fittings is An LED fixing structure for a vehicular lamp, wherein said LED fixture is sandwiched between a housing and a cover in a state of being exposed to the outside, and each connection fitting is pressed against a wiring member. 4. The LED fixing structure for a vehicle lamp according to claim 3, wherein a lead-holding spring portion for holding a lead of the LED to be press-fitted into the connection fitting, and a press-contact with the wiring member. An LED fixing structure for a vehicular lamp, comprising a wiring member press-contact spring portion. 5. The LED fixing structure for a vehicle lamp according to claim 1, wherein the wiring members are arranged in parallel with each other. Construction. 6. The LED fixing structure for a vehicle lamp according to claim 1, wherein the wiring member is made of a wire. 7. The LED fixing structure for a vehicle lamp according to claim 1, wherein the housing is a reflector that reflects light of the LED toward the front. LED for lighting
Fixed structure.