WO2016074139A1

WO2016074139A1 - Automatically producible lamp and manufacturing method therefor

Info

Publication number: WO2016074139A1
Application number: PCT/CN2014/090764
Authority: WO
Inventors: 卢廷松
Original assignee: 刘美婵
Priority date: 2014-11-10
Filing date: 2014-11-10
Publication date: 2016-05-19

Abstract

Disclosed are an automatically producible lamp and a manufacturing method therefor. The lamp comprises a lamp housing (1) with at least one end opened, a power supply board (2) mounted in the lamp housing (1), and a light source assembly (3) mounted at an opening end of the lamp housing (1). The light source assembly (3) comprises a lamp plate (31) mounted on the lamp housing (1), and a light source (32) which is provided on a surface of the lamp plate (31) facing away from the lamp housing (1) and is conductively connected to the lamp plate (31). At least one slot (11) is provided on an inner peripheral wall of the lamp housing (1) along the length direction of the lamp housing (1), and the power supply board (2) and the slot (11) are cooperatively mounted in the lamp housing (1). The end of the power supply board (2) close to the light source assembly (3) is provided with a conductive contact part (21), wherein the conductive contact part (21) penetrates through the lamp plate (31) and is conductively connected to the light source (32). The automatically producible lamp does not need a welding lead to perform a conductive connection, such that the connection is reliable, the operation is simple, and automatic production of lamps is facilitated.

Description

Lamp that can be automatically produced and its manufacturing method

Technical field

The invention relates to the field of lamps, in particular to a lamp which can be automatically produced and a manufacturing method thereof.

Background technique

led Light sources have been widely used due to their environmental protection and high efficiency. In existing LED lamps, such as bulbs, most of them include a lamp housing and a power board and an LED lamp installed in the lamp housing. The power board is electrically connected to the LED lamp through the wire in the lamp housing. In production, the connection between the power board and the LED lamp is complicated and fine, and the operation requirements are high. Usually, manual connection is required for assembly, which makes it difficult to realize full-line automatic production and labor cost when the lamp is produced. High and not conducive to the improvement of production efficiency.

Summary of the invention

A technical problem to be solved by the present invention is to provide a lamp that can be automatically produced, and a conductive connection is not required between the light source component and the power supply board, and the operation is simple and the connection is reliable.

Another technical problem to be solved by the present invention is to provide a method for manufacturing a luminaire that can be automatically produced. The light source assembly and the power board do not need to be electrically connected by soldering wires, and the operation is simple, and the whole line can be automatically produced and the production efficiency is high.

The technical solution adopted by the present invention to solve one of the technical problems is to provide a lamp that can be automatically produced. a lamp housing having at least one opening, a power board mounted in the lamp housing, and a light source assembly mounted on an open end of the lamp housing, the light source assembly including a light board mounted on the lamp housing, and a light source facing away from the surface of the lamp housing and electrically connected to the lamp panel;

The inner peripheral wall surface of the lamp housing is provided with at least one slot along a length direction of the lamp housing, and the power board is fitted in the lamp housing in cooperation with the socket; and the power board is adjacent to the One end of the light source assembly is provided with a conductive contact portion that passes through the light panel and is electrically connected to the light source.

Preferably, The luminaire further includes a heat dissipating member, the heat dissipating member is in heat conduction with the lamp housing, and a heat conducting portion is disposed on the heat dissipating member at the open end of the lamp housing; the lamp board is closely attached to the heat dissipating member On the heat transfer part.

Preferably, the lamp plate is provided with a through hole through which the conductive contact portion passes;

a conductive contact is disposed on the conductive contact portion, and the light plate is provided with a pad corresponding to the conductive contact, and the conductive contact is soldered to the pad; or

A first conductive contact is disposed on the conductive contact portion, and a second conductive contact is disposed on an inner circumference of the through hole, and the first conductive contact and the second conductive contact are electrically connected.

Preferably, the open end of the lamp housing is further provided with a positioning block; and the lamp board is provided with a positioning groove that cooperates with the positioning block.

Preferably, the open end of the lamp housing is further provided with a stud, and the lamp board is locked to the stud of the lamp housing by a fastening screw.

Preferably, The luminaire further includes a lamp cap mounted on the other end of the lamp housing opposite the opening and electrically connected to the power board;

The power supply board is provided with a positive power line and a negative power line for electrically connecting with the lamp head;

The luminaire further includes a transmissive cover that is disposed outside the light source assembly and is fixed to the lamp housing.

The technical solution adopted by the present invention to solve another technical problem thereof is to provide a manufacturing method of a lamp which can be automatically produced. Includes the following steps:

S1, preparing a lamp housing, a power board, and a light source assembly, and respectively placing them in corresponding baskets;

S2, the lamp housing is transferred to the first station; the inner peripheral wall surface of the lamp housing is provided with a slot, and at least one end of the lamp housing is open;

S3 Aligning the power board with the slot and inserting into the slot from the opening of the lamp housing, and the conductive contact on the power board faces the opening; the power board will be inserted The lamp shell is passed to the second station;

S4 And mounting a light panel of the light source assembly to the opening of the lamp housing, and passing the conductive contact on the power board through the light board and electrically connected to a light source of the light source assembly.

Preferably, in the step S1, a lamp housing with a heat dissipating member is prepared, the heat dissipating member is in heat conduction with the lamp housing, and a heat conducting portion of the heat dissipating member corresponds to an open end of the lamp housing; or,

The step S1 further includes: preparing a heat dissipating component, and inserting the heat dissipating component from the opening of the lamp housing into the lamp housing to be thermally coupled to the lamp housing, and the heat conducting portion of the heat dissipating component corresponds to At the open end of the lamp housing;

In the step S4, when the light board of the light source assembly is mounted on the opening of the lamp housing, the light board is closely attached to the heat conducting portion of the heat sink.

Preferably, in the step S2, the following steps are included:

S2-1, taking out the lamp housing from the lamp housing basket;

S2-2, placing the lamp housing on a positioning mold of the conveyor belt;

S2-3 Transmitting the positioning mold on which the lamp housing is placed to the first station, and the insertion device removes the lamp housing from the positioning mold and places it into the insertion mold;

In the step S3, the following steps are included:

S3-1, remove the power board from the power board basket;

S3-2 Aligning the power board with the slot of the lamp housing, inserting into the slot from the opening of the lamp housing, and the conductive contact portion on the power board faces the opening;

S3-3, relocating the lamp housing with the power board inserted onto the positioning mold of the conveyor belt, and transferring to the second station;

In the step S4, the following steps are included:

S4-1, the lamp board mounting device removes the lamp housing with the power board inserted from the positioning mold, and places it into the lamp board mounting mold;

S4-2, the light board installation equipment takes out the light board from the light source assembly basket;

S4-3 Inserting the conductive contact portion of the power board into the through hole of the lamp board, and fixing the lamp board to the open end of the lamp housing, and forming the conductive contact portion and the lamp board to form electricity connection.

Preferably, the step S1 further comprises preparing a lamp cap and a transmissive cover, and respectively placing them in the corresponding basket;

The manufacturing method further includes:

S5, the lamp cap is mounted on the other end of the lamp housing opposite to the opening, and the power board in the lamp housing is electrically connected to the lamp cap;

S6, the translucent cover is fixed to the open end of the lamp housing, and is disposed outside the light source assembly;

The step S4 further includes:

S4-4, relocating the lamp housing on which the lamp board is mounted to the positioning mold of the conveyor belt, and transferring to the third station;

In the step S5, the following steps are included:

S5-1 In the third station, the lamp cap mounting device removes the lamp shell on which the lamp board is mounted from the positioning mold, and flips it over the fixed mold of the lamp cap;

S5-2 The lamp head mounting device takes out the lamp cap from the lamp basket, and fixes the lamp cap to the other end of the lamp housing, and is electrically connected to the power board;

S5-3, relocating the lamp housing with the lamp cap mounted on the positioning mold of the conveyor belt, and transferring to the fourth station;

In the step S6, the following steps are included:

S6-1 In the third working position, the translucent cover mounting device removes the lamp housing with the lamp cap mounted from the positioning mold, and places it on the translucent cover fixing mold;

S6-2 The translucent cover mounting device takes out the translucent cover from the transparent cover basket, and at the same time, an adhesive is disposed on the circumference of the open end of the lamp housing, and the translucent cover is fixedly bonded to the open end of the lamp housing.

In the luminaire of the present invention, the power board is installed in the lamp housing by being matched with the slot, and the power board is electrically connected to the light source through the lamp board of the light source assembly through the conductive contact portion disposed thereon, thereby eliminating the need for soldering. The wires are electrically connected, the connection is reliable, and the operation is simple, which facilitates the automatic production of the lamp. The manufacturing method of the lamp of the invention has simple operation and can realize automatic production of the whole line with high efficiency.

DRAWINGS

The present invention will be further described below in conjunction with the accompanying drawings and embodiments, in which:

1 is a schematic exploded view of a lamp that can be automatically produced according to an embodiment of the present invention;

FIG. 2 is a schematic cross-sectional structural view of the lamp assembly shown in FIG. 1. FIG.

detailed description

For a better understanding of the technical features, objects and effects of the present invention, the embodiments of the present invention are described in detail with reference to the accompanying drawings.

As shown in FIG. 1 and 2, an automatically produced lamp according to an embodiment of the present invention, The lamp housing 1 including at least one end opening, the power board 2 and the light source assembly 3 are mounted, the power board 2 is mounted in the lamp housing 1, the light source assembly 3 is mounted on the open end of the lamp housing 1, and the light source assembly 3 includes a lamp mounted on the lamp housing 1. The board 31 and the light source 32 electrically connected to the lamp board 31 are disposed on the surface of the lamp board facing away from the lamp housing 1.

The inner peripheral wall surface of the lamp housing 1 is provided with at least one slot 11 along the length direction of the lamp housing 1. The power supply board 2 is mounted in the lamp housing 1 in cooperation with the slot 11, and the power board 2 is provided by the slot 11 Assembly within the shell 1. Moreover, one end of the power board 2 near the light source assembly 3 is provided with a conductive contact portion 21, and the conductive contact portion 21 passes through the light board 31 and is electrically connected to the light source 32. The conductive contact portion 21 is disposed instead of being soldered on the power board 2. The wires are connected to the light source 32, the operation is simple and convenient for automated production, and the connection is more reliable.

The through hole 30 is provided in the lamp plate 31 of the light source unit 3 for the passage of the conductive contact portion 21 of the power board 2. In order to realize the conductive connection between the light source 32 and the power board 2, as an embodiment, the conductive contact portion 21 is provided with a conductive contact (not shown), and the light board 31 is provided with a pad corresponding to the conductive contact (not As shown, the conductive contacts are soldered to the pads. The welding process of the conductive contact and the pad is completed on the surface of the lamp board facing away from the lamp housing 1, and the operation is convenient. In other embodiments, the first conductive contact is disposed on the conductive contact portion 21, and the second conductive contact is disposed on the inner circumference of the through hole 30. The first conductive contact is disposed. The second conductive contact is electrically connected, which saves the welding process and is more convenient to operate.

In the light source assembly 3, the light source 32 may be an LED lamp bead such that the luminaire may be an LED luminaire.

In order to accurately mount the lamp panel 31 on the lamp housing 1, the opening end of the lamp housing 1 is further provided with a positioning block 12. The positioning block 12 may be in the shape of a semicircle, a polygon or the like. Correspondingly, the light board 31 is provided with a positioning slot 311 which cooperates with the positioning block 12, and the light board 31 is mounted to the open end of the lamp housing 1 by positioning the positioning block 12 with the positioning slot 311, and the through hole 30 on the light board 31. It is also possible to align the conductive contact portion 21 of the power board 2 for the conductive contact portion 21 to pass.

Further, the open end of the lamp housing 1 is further provided with a stud 13 which is locked to the stud 13 of the lamp housing 1 by a fastening screw 10 . The locking plate 10 is inserted into the stud 13 through the lamp plate 31, and the lamp plate 31 is firmly locked at the open end of the lamp housing 1 and is easily disassembled.

The lamp housing 1 can be a heat dissipation lamp housing 1. Further, the luminaire further includes a heat dissipating member 4, and the heat dissipating member 4 is thermally coupled to the lamp housing 1. Further, a heat transfer portion 41 is provided on the heat sink 4 at the open end of the lamp housing 1, and the light plate 31 is in close contact with the heat transfer portion 41 of the heat sink 4. The shape of the heat dissipating member 4 may be disposed corresponding to the shape of the lamp housing 1 and attached to the inner peripheral wall surface of the lamp housing 1 or sandwiched in the wall surface of the lamp housing 1; the heat conducting portion 41 may extend outwardly at one end of the heat dissipating member 4 , to have a certain area for the light board 31 to be in close contact. The heat generated by the operation of the light source unit 3 is transmitted to the heat transfer portion 41, and is quickly transmitted to the other portions of the heat sink 4 via the heat transfer portion 41, and then transmitted to the lamp housing 1 to be emitted. The heat sink 4 can be mounted therein after the lamp housing 1 is made, or the lamp housing 1 can be injection molded outside the heat sink 4. The heat sink 4 is made of a heat-dissipating material such as copper or aluminum.

In addition, The luminaire further includes a lamp cap 5 mounted on the other end of the lamp housing 1 opposite the opening and electrically connected to the power board 2. The power supply board 2 is provided with a positive power supply line 22 and a negative power supply line 23 for electrically connecting with the base 5, and the positive power supply line 22 and the negative power supply line 23 pass through the other end of the lamp housing 1 to be electrically connected to the base 5. The other end of the lamp housing 1 may be provided with an opening for the positive power supply line 22 and the negative power supply line 23 to pass through, or a closed arrangement for opening the positive power supply line 22 and the negative power supply line 23. Generally, the positive power source line 22 is soldered from the power board 2 to the middle of the base 5, and the negative power line 23 is soldered to the side of the base 5 on the side of the positive power line 22.

The luminaire further includes a translucent cover 6 that is disposed outside the light source assembly 3 and is fixed to the lamp housing 1 through which the light of the light source assembly 3 is uniformly emitted. An engaging groove 14 is disposed along the circumference of the open end of the lamp housing 1. The light transmissive cover 6 is fitted in the engaging groove 14 with its peripheral edge, and the light transmissive cover 6 can be fixedly bonded to the lamp by an adhesive. The open end of the shell 1. The binder can be a glue. Alternatively, the peripheral edge of the transparent cover 6 may further be provided with a latching block 61. The open end engaging slot 14 of the lamp housing 1 is provided with a recess 15 for engaging the latching block 61. The translucent cover 6 can pass through the latching block 61 and the recessed portion. The groove 15 is fitted to the lamp housing 1 in cooperation.

Referring to Figures 1 and 2, a method of manufacturing an embodiment of the above-described automated luminaire can include the following steps:

S1, the lamp housing 1, the power board 2, and the light source assembly 3 are prepared and placed in the corresponding baskets, respectively.

S2, the lamp housing 1 is transferred to the first station; the inner peripheral wall surface of the lamp housing 1 is provided with a slot 11, and at least one end of the lamp housing 1 is open.

S3 The power board 2 is aligned with the slot 11 and inserted into the slot 11 from the opening of the lamp housing 1, and the conductive contact portion on the power board 2 faces the opening of the lamp housing 1; the lamp with the power board 2 inserted therein The shell 1 is passed to the second station for the next step.

S4 The lamp plate 31 of the light source assembly 3 is mounted to the opening of the lamp housing 1 and the conductive contact portion 21 on the power supply board 2 is passed through the lamp panel 31 and electrically connected to the light source 32 of the light source assembly 3.

In this embodiment, in step S2, the following steps may be further included:

S2-1, the lamp housing 1 is taken out from the lamp housing basket; the removal operation can be realized by a robot pick-and-place device, or can be realized by manual operation.

S2-2 The lamp housing 1 is placed on the positioning mold of the conveyor belt; by placing the lamp housing 1 in the positioning mold, the lamp housing 1 is positioned and facilitates the accurate operation of the next step.

S2-3 The positioning mold on which the lamp housing 1 is placed is transferred to the first station, and the insertion device removes the lamp housing 1 from the positioning mold and places it into the insertion mold.

In step S3, the following steps may further be included:

S3-1, the power board 2 is taken out from the power board basket; the take-out action can be realized by a pick-and-place device such as a robot, or can be realized by manual operation.

S3-2 The power board 2 is aligned with the slot 11 of the lamp housing 1, and is inserted into the slot 11 from the opening of the lamp housing 1, and the conductive contact portion 21 on the power board 2 faces the opening.

S3-3, the lamp housing 1 inserted with the power board 2 is repositioned on the positioning mold of the conveyor belt, and transferred to the second station for the next step.

In step S4, the method may further include the following steps:

S4-1. Light board mounting device The lamp housing 1 with the power board 2 inserted therein is removed from the positioning mold and placed in the lamp board mounting mold.

S4-2, the light board mounting device takes out the light board 31 from the light source assembly 3 basket.

S4-3 The conductive contact portion 21 of the power board 2 is inserted into the through hole 30 of the lamp board 31, and the lamp board 31 is fixedly mounted at the open end of the lamp housing 1, and the conductive contact portion 21 is electrically connected to the lamp board 31. Wherein, when the lamp board 31 is mounted, the positioning groove 311 on the lamp board 31 is aligned with the positioning block 12 at the open end of the lamp housing 1, while the through hole 30 of the lamp board 31 is aligned with the conductive contact portion 21; when the light board 31 is mounted on the lamp When the shell 1 is on, the positioning groove 311 of the lamp board 31 is fitted on the outer circumference of the positioning block 12, and the conductive contact portion 21 can expose the light board 31 through the through hole 30. In addition, the fastening plate 10 is inserted into the stud 13 of the lamp housing 1 through the lamp plate 31 to securely lock the lamp plate 31 to the open end of the lamp housing 1.

The above-mentioned pick-and-place equipment, the insertion device, the light board installation equipment, and the like can be realized by related equipment in the prior art, and the automatic production of the lamps can be realized in the manufacturing method. It can be understood that, in the above step S1, in the first station, the lamp housing 1 can be directly inserted into the lamp housing 1 on the positioning mold without the need to take out the lamp housing 1, and the power supply is plugged in. The lamp housing 1 of the board 2 can be passed to a second station in the positioning mold. The above-mentioned equipment for inserting equipment and lamp board mounting equipment, as well as positioning molds, inserting molds, etc., may also be provided with sensors such as infrared sensors or visual positioning devices for positioning to achieve precise positioning during assembly.

Further, in step S1, a lamp housing 1 with a heat sink 4 is prepared, which can be formed by overmolding the heat sink 4. The heat sink 4 is thermally coupled to the lamp housing 1 , and the heat conducting portion 41 of the heat sink 4 corresponds to the open end of the lamp housing 1 . Or, in step S1, the heat dissipating member 4 is prepared, and the heat dissipating member 4 is inserted into the lamp housing 1 from the opening of the lamp housing 1 to be thermally connected to the lamp housing 1, and the heat conducting portion 41 of the heat dissipating member 4 corresponds to The open end of the lamp housing 1.

Correspondingly, in step S4, when the lamp panel 31 of the light source unit 3 is mounted on the opening of the lamp housing 1, the lamp panel 31 is brought into close contact with the heat conducting portion 41 of the heat sink 4.

Further, the step S1 further includes: preparing the lamp cap 5 and the transmissive cover 6 and respectively placing them in the corresponding baskets. Therefore, the manufacturing method further includes:

S5, the lamp cap 5 is mounted on the other end of the lamp housing 1 opposite to the opening, and the power board 2 in the lamp housing 1 is electrically connected to the lamp cap 5.

S6, the translucent cover 6 is fixed to the open end of the lamp housing 1, and is disposed outside the light source assembly 3.

Corresponding to step S5, step S4 further includes: S4-4, relocating the lamp housing 1 on which the lamp panel 31 is mounted to the positioning mold of the conveyor belt, and transferring to the third station. In step S5, the method may further include the following steps:

S5-1 At the third station, the lamp cap mounting device removes the lamp housing 1 on which the lamp panel 31 is mounted from the positioning mold, and flips it over the lamp holder fixing mold. The turning operation is such that one end of the lamp housing 1 on which the lamp panel 31 is mounted faces downward, and the other end faces upward to mount the lamp cap 5.

S5-2 The lamp cap mounting device takes out the cap 5 from the cap basket, and fixes the cap 5 to the other end of the lamp housing 1 and is electrically connected to the power board 2. The conductive connection between the power board 2 and the base 5 is achieved by soldering the positive power supply line 22 and the negative power supply line 23 of the power supply board 2 to the base 5.

S5-3, the lamp housing 1 on which the lamp cap 5 is mounted is placed on the positioning mold of the conveyor belt and transferred to the fourth station.

In step S6, the method may further include the following steps:

S6-1 In the third station, the translucent cover 6 mounting device removes the lamp housing 1 on which the lamp cap 5 is mounted from the positioning mold, and places it on the translucent cover fixing mold. The lamp housing 1 to which the lamp cap 5 is mounted is placed on the translucent cover fixing mold with the lamp cap 5 facing downward. The mounting of the light-transmissive cover 6 is facilitated such that the end of the lamp housing 1 on which the lamp panel 31 is mounted faces upward.

S6-2 The translucent cover mounting device takes out the translucent cover 6 from the transparent cover basket, and at the same time, an adhesive is disposed on the circumference of the open end of the lamp housing 1, and the translucent cover 6 is fixedly bonded to the open end of the lamp housing 1, thereby Complete the assembly.

It can be seen from the above that through the structural design of the lamp, the entire line of the lamp can be automatically produced, the production efficiency is improved, and the obtained lamp has high reliability.

The above is only the embodiment of the present invention, and is not intended to limit the scope of the invention, and the equivalent structure or equivalent process transformation of the present invention and the contents of the drawings may be directly or indirectly applied to other related technologies. The fields are all included in the scope of patent protection of the present invention.

Claims

A lamp that can be automatically produced a lamp housing (1) having at least one opening, a power board (2) mounted in the lamp housing (1), and a light source assembly (3) mounted at an open end of the lamp housing (1), the light source assembly (3) comprising a lamp board (31) mounted on the lamp housing (1), and a surface of the lamp board (31) facing away from the lamp housing (1) and associated with the lamp board ( 31) an electrically connected light source (32); characterized in that

The inner peripheral wall surface of the lamp housing (1) is provided with at least one slot (11) along the length direction of the lamp housing (1), and the power board (2) is fitted with the slot (11). Inside the lamp housing (1); and an end of the power board (2) adjacent to the light source assembly (3) is provided with a conductive contact portion (21), and the conductive contact portion (21) passes through the lamp The plate (31) is electrically connected to the light source (32).
Automatically produced luminaire according to claim 1 The luminaire further includes a heat dissipating member (4), the heat dissipating member (4) is thermally coupled to the lamp housing (1), and the heat dissipating member at the open end of the lamp housing (1) 4) A heat conducting portion (41) is disposed thereon; the light plate (31) is in close contact with the heat conducting portion (41) of the heat sink (4).
Automatically produced luminaire according to claim 1 , characterized in that the light plate (31) is provided with a through hole (30) for the passage of the conductive contact portion (21);

a conductive contact is disposed on the conductive contact portion (21), and a pad corresponding to the conductive contact is disposed on the light plate (31), and the conductive contact is soldered to the pad; or ,

A first conductive contact is disposed on the conductive contact portion (21), and a second conductive contact is disposed on an inner circumference of the through hole (30), and the first conductive contact and the second conductive contact are electrically connected.
Automatically produced luminaire according to claim 1 The open end of the lamp housing (1) is further provided with a positioning block (12); the light board (31) is provided with a positioning groove (311) that cooperates with the positioning block (12).
Automatically produced luminaire according to claim 1 , characterized in that the open end of the lamp housing (1) is further provided with a stud (13), and the lamp plate (31) is locked to the lamp housing (1) by a fastening screw (10) On the stud (13).
Automatically produced luminaire according to claim 1 The lamp further includes a lamp cap (5) mounted on the other end of the lamp housing (1) opposite the opening and electrically connected to the power board (2);

The power board (2) is provided with a positive power line (22) and a negative power line (23) for electrically connecting with the lamp head (5);

The luminaire further includes a transmissive cover (6) that is disposed outside the light source assembly (3) and is fixed to the lamp housing (1).
A method of manufacturing an automatically produced luminaire according to any of claims 1-6, comprising the steps of:

S1, preparing a lamp housing (1), a power board (2), and a light source assembly (3), and respectively placed in the corresponding basket;

S2 Transmitting the lamp housing (1) to the first station; the inner peripheral wall surface of the lamp housing (1) is provided with a slot (11), and at least one end of the lamp housing (1) is open;

S3 Aligning the power board (2) with the slot (11), and inserting into the slot (11) from the opening of the lamp housing (1), and on the power board (2) a conductive contact portion (21) facing the opening; transferring the lamp housing (1) with the power board (2) inserted to the second station;

S4 Mounting a light panel (31) of the light source assembly (3) to the opening of the lamp housing (1), and passing the conductive contact portion (21) on the power supply board (2) through the lamp The plate (31) is electrically connected to the light source (32) of the light source assembly (3).
The manufacturing method according to claim 7, characterized in that in the step S1, a lamp housing (1) with a heat dissipating member (4) is prepared, the heat dissipating member (4) and the lamp housing (1) The heat conduction is connected, and the heat conducting portion (41) of the heat sink (4) corresponds to the open end of the lamp housing (1); or

The step S1 further includes: preparing a heat sink (4), and inserting the heat sink (4) from the opening of the lamp housing (1) into the lamp housing (1) and the lamp housing ( 1) thermally conductively connected, and the heat conducting portion (41) of the heat dissipating member (4) corresponds to the open end of the lamp housing (1);

In the step S4, when the light board (31) of the light source assembly (3) is mounted on the opening of the lamp housing (1), the light board (31) is closely attached to the heat sink (4). ) on the heat transfer portion (41).
The manufacturing method according to claim 7, wherein in the step S2, the following steps are included:

S2-1, taking out the lamp housing (1) from the lamp housing basket;

S2-2, placing the lamp housing (1) on a positioning mold of the conveyor belt;

S2-3 Transmitting the positioning mold on which the lamp housing (1) is placed to the first station, and the insertion device removes the lamp housing (1) from the positioning mold and places it into the insertion mold;

In the step S3, the following steps are included:

S3-1, remove the power board from the power board basket (2);

S3-2 Aligning the power board (2) with the slot (11) of the lamp housing (1), inserting into the slot (11) from the opening of the lamp housing (1), and a conductive contact portion (21) on the power board (2) faces the opening;

S3-3, relocating the lamp housing (1) with the power board (2) to the positioning mold of the conveyor belt, and transferring to the second station;

In the step S4, the following steps are included:

S4-1 The lamp board mounting device removes the lamp housing (1) inserted with the power board (2) from the positioning mold, and places it into the lamp board mounting mold;

S4-2, the light board mounting device takes out the light board (31) from the light source assembly basket;

S4-3 Inserting the conductive contact portion (21) of the power board (2) into the through hole (30) of the lamp board (31), and fixing the lamp board (31) to the lamp housing ( The open end of 1) and the electrical contact (21) is electrically connected to the light panel (31).
The manufacturing method according to claim 9, wherein the step S1 further comprises preparing a lamp cap (5) and a translucent cover (6), and respectively placing them in the corresponding basket;

The manufacturing method further includes:

S5 Mounting the lamp cap (5) to the other end of the lamp housing (1) opposite to the opening, and electrically connecting the power board (2) of the lamp housing (1) to the lamp cap (5);

S6, the translucent cover (6) is fixed to the open end of the lamp housing (1), and is disposed outside the light source assembly (3);

The step S4 further includes:

S4-4, relocating the lamp housing (1) on which the lamp board (31) is mounted to the positioning mold of the conveyor belt, and transferring to the third station;

In the step S5, the following steps are included:

S5-1 In the third station, the lamp cap mounting device removes the lamp housing (1) on which the lamp plate (31) is mounted, and flips it over the fixed mold of the lamp cap;

S5-2 The lamp head mounting device takes out the lamp cap (5) from the lamp basket, and fixes the lamp cap (5) to the other end of the lamp housing (1), and is electrically connected to the power board (2);

S5-3, relocating the lamp housing (1) with the lamp cap (5) to the positioning mold of the conveyor belt, and transferring to the fourth station;

In the step S6, the following steps are included:

S6-1 In the third station, the translucent cover mounting device removes the lamp housing (1) on which the lamp cap (5) is mounted from the positioning mold, and places it on the translucent cover fixing mold;

S6-2 The translucent cover mounting device takes out the translucent cover (6) from the transparent cover basket, and at the same time, an adhesive is disposed on the circumference of the open end of the lamp housing (1), and the translucent cover (6) is fixedly bonded to the lamp housing. The open end of (1).