KR20100063852A - Led lamp assembly - Google Patents

Abstract

PURPOSE: A socket base lamp assembly using the light emitting diode into one body is provided to form the grip piece in the base side center of the socket main body. CONSTITUTION: A grip piece(15) is integrally formed in the base side center of the socket main body(11) forming the socket base(10). The socket base selectively mounts the pattern type PCB(2-1) which is formed in the electrode pattern or the lead line type PCB in which the lead line is fixed to pattern on the PCB loading chamber(20). The reference setting unit is formed to be corresponded to the upper side of the socket head(12). A terminal loading groove(26) and a contact point mount surface is formed to be communicated with each terminal loading chamber(23-1,23-2).

Description

Socket base lamp assembly using light emitting diode {LED Lamp Assembly}

The present invention relates to a socket base lamp assembly using a light emitting diode which is mounted on skin complexes (machine boards) such as machine tools and vehicles as well as various electronic products.

In more detail, the socket body is formed on the outer side of the socket body by integrally forming a socket head having a pair of mounting protrusions in the opposite direction, and a contact terminal is provided at both ends of the PCB loading chamber inside the socket base. In the case that the lamp terminals are loaded on the socket base, and the PCB assembly in which the LED chip is inserted is inserted into the contact terminal loaded on the socket base to form a lamp assembly in which electrode patterns formed on both sides of the bottom of the PCB are connected to the contact terminals, respectively.

In the center of the bottom surface of the socket body forming the socket base, a gripping piece is integrally formed so that the lamp assembly can be easily gripped to easily assemble and detach the skin deposit, and the like.

Lead wire insertion holes are formed side by side at the center of the bottom surface of the PCB loading chamber formed in the socket base, and lead wire bending grooves are formed on both sides of the socket body to communicate with the lead wire insertion holes. It is possible to selectively load the formed PCB or a PCB having a lead wire fixed to the electrode pattern,

A standard stone piece is formed on the upper surface of the socket head forming the socket base, and a urinary tract is formed on the skin complex to accommodate the standard stone piece. When the lamp assembly is assembled and rotated and mounted, the standard stone piece of the socket base is attached to the skin. It is intended to provide a socket-based lamp assembly using a light-emitting diode to be moved to the urinary tract of the nature, the polarity of the electricity is naturally matched, and the lamp assembly can be assembled more securely to the skin complex.

In general, the instrument panel is installed in various electronic products, machine tools, passenger vehicles, vehicles, industrial equipment, etc. to display the operating state of the machine (mechanism), the lighting means is installed inside the instrument panel as described above It is installed inside to increase the discriminating power of the instrument panel and to prevent the misoperation and malfunction of mechanical devices.

As described above, the lighting means installed in the interior of the instrument panel requires a demanding condition of increasing the brightness while miniaturizing the size.

Conventional lighting means installed in the instrument panel, a pair of holes (insertion hole) is inserted into the circuit board installed inside the instrument panel to insert the lead frame of the light emitting diode, and the lead frame inserted in the hole (insertion hole) It soldered and mounted to the copper foil of the board | substrate.

However, as described above, the method of soldering and mounting the lead frame inserted into the hole (insertion hole) of the circuit board to the copper foil requires a welding process, which is cumbersome and time consuming , resulting in a problem of low productivity. When the (mounted) LEDs are damaged and replaced, there is a problem in that the soldering is removed and removed, and a new LED is inserted and welded again.

As a proposal to solve this problem somewhat, domestic utility model registration No. 20-261626 "substrate mounting structure of light emitting diode for lighting" is known.

It is inserted (loaded) by separating a pair of cantilevers into the mounting grooves of the socket, and inserting and combining the light emitting diodes inside the connector, wherein each leg (lead frame) of the light emitting diodes is in contact with the inner surface of both connectors. will be.

However, this simply inserts and loads a pair of kentutors into the space formed inside the socket, so that the connector's loaded state may be released or shaken due to external vibration, or the light emitting diode may be detached. If the legs (lead frame) of the light emitting diode coupled to the inside of the connector are not maintained in a straight state and are bent (bent), poor contact with the connector occurs.

In addition, since the legs (lead frame) of the light emitting diode are in direct contact with the connector to which the electric power input is welded to the ground projection, the external shock applied to the light emitting diode is directly transferred to the connector and is directly transferred to the connector. There is a problem in that the welding state of the ground protrusion is released or a contact failure occurs due to an external impact, which causes a problem of deterioration in quality.

The present invention is to provide a socket base lamp assembly using a light emitting diode further improved to solve the above problems.

According to the present invention, a socket base is formed by integrally forming a socket head having a pair of mounting projections on the outer surface of the socket body in an opposite direction, and the contact terminals are loaded at both ends of the PCB loading chamber inside the socket base, respectively. To insert a PCB in which the LED chip is inserted into the contact terminal loaded on the socket base to form a lamp assembly in which electrode patterns formed on both sides of the bottom surface of the PCB are connected to the contact terminals, respectively.

The gripping piece is integrally formed at the center of the bottom surface of the socket body forming the socket base, and the lead wire insertion holes are formed side by side at the center of the bottom surface of the PCB loading chamber formed at the socket base, and the respective lead wire insertions are formed at both sides of the socket body. A lead base bending groove is formed in communication with the ball, and a socket base using a light emitting diode, characterized in that a reference stone piece is formed on the upper surface of the socket head forming the socket base and a urinary tract for accommodating the reference stone piece on the skin complex. The purpose is to provide a lamp assembly.

Another object of the present invention, the socket using a light emitting diode that can be easily assembled and mounted on the skin complex by gripping the lamp assembly by integrally forming a gripping piece in the center of the bottom surface of the socket body forming the socket base The idea is to provide a base lamp assembly.

Still another object of the present invention is to form a lead wire bending hole in the center of the bottom surface of the PCB loading chamber formed in the socket base in parallel with the lead wire insertion hole and to form a lead wire bending groove communicating with each of the lead wire insertion holes on both sides of the socket body. The loading chamber is to provide a socket base lamp assembly using a light emitting diode that can be used by selectively mounting a PCB having electrode patterns formed on both sides of the bottom or a PCB having a lead wire fixed to the electrode pattern.

Still another object of the present invention is to form a reference protrusion piece on the upper surface of the socket head forming the socket base and to form a urinary tract for accommodating the reference protrusion piece on the skin complex to assemble and rotate the lamp assembly to the skin complex. The reference fragment of the socket base is moved to the urinary tract of the skin complex, and when the socket base is attached to the skin complex, the polarity of electricity is naturally matched, and the light emitting unit can be more firmly assembled and mounted on the skin complex. It is to provide a socket base lamp assembly using a diode.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects,

The socket body is formed on the outer side of the socket body by integrally forming a socket head having a pair of mounting protrusions in the opposite direction, and inside the socket base, the contact terminals are loaded at both ends of the PCB loading chamber, respectively. In the case where the lamp assembly in which the electrode pattern formed on both sides of the bottom surface of the PCB is connected to the contact terminal by inserting the PCB in which the LED chip is inserted into the contact terminal loaded on the contact terminal,

A grip piece is integrally formed at the center of the bottom surface of the socket body forming the socket base,

Lead wire insertion holes are formed side by side at the center of the bottom surface of the PCB loading chamber formed in the socket base, and lead wire bending grooves are formed on both sides of the socket body to communicate with the lead wire insertion holes.

The socket head forming the socket base is achieved by the socket base lamp assembly (1) using a light emitting diode, characterized in that the upper surface to form a reference stone piece, and the skin complex to form a urinary tract to accommodate the reference stone piece.

Socket base lamp assembly using a light emitting diode according to the present invention,

A socket base is formed by integrally forming a socket head on the upper side of the socket body, and each contact terminal is loaded at both ends of the PCB loading chamber formed inside the socket base, and an LED chip is implanted in the contact terminal loaded on the socket base. In inserting the PCB to form a lamp assembly in which the electrode pattern of the PCB is connected to the contact terminal, respectively,

The gripping piece is integrally formed at the center of the bottom surface of the socket body forming the socket base, and the lead wire insertion holes are formed side by side at the center of the bottom surface of the PCB loading chamber formed at the socket base, and the respective lead wire insertions are formed at both sides of the socket body. Lead lead bending grooves are formed in communication with the ball, characterized in that the upper surface of the socket head forming the socket base to form a reference stone piece, the skin complex is characterized in that the urinary tract to accommodate the reference stone piece.

The present invention, the gripping piece is integrally formed at the center of the bottom surface of the socket body forming the socket base, the lamp assembly can be easily gripped to be easily assembled and detached to the skin complex, PCB loading chamber formed in the socket base Lead wire insertion holes are formed side by side at the center of the bottom side of the socket body, and lead wire bending grooves are formed on both sides of the socket body to communicate with the lead wire insertion holes. This more fixed PCB can be optionally mounted and used.

In addition, the present invention, the upper surface of the socket head forming the socket base to form a reference stone piece, and the skin complexes to form a urinary to accommodate the reference stone pieces to assemble the lamp assembly to the skin complex and rotate the mounting of the socket base Since the reference fragment is introduced into the urinary tract of the skin complexes, when the socket base is attached to the skin complexes, the polarity of electricity is naturally matched, and the lamp assembly can be more firmly assembled to the skin complexes.

These and other objects and features of the present invention will be more clearly understood from the following detailed description based on the accompanying drawings.

1A to 4B show specific implementations of the socket base lamp assembly 1 according to the present invention.

1A to 2F show the socket base lamp assembly 1-1 for the pattern PCB type in the socket base lamp assembly 1 according to the present invention, and FIGS. 1A and 1B show the socket base lamp assembly for the pattern PCB type ( 1-1) is an exploded perspective view and a combined perspective view, and FIGS. 2A to 2F are upper and lower perspective views and front and side views of the socket base 10 taken from the socket base lamp assembly 1-1 for the pattern PCB type. And top view and bottom view.

3 to 4b show the lead wire PCB type socket base lamp assembly 1-2 in the socket base lamp assembly 1 according to the present invention, and FIG. 3 shows the socket base lamp assembly 1-2 for the lead wire PCB type. 4A and 4B are a plan view and a bottom view of the socket base 10 taken from the socket base lamp assembly 1-2 for the lead wire PCB type.

In the socket base lamp assembly 1 according to the present invention, the socket base lamp assembly 1-1 for a pattern PCB type is formed of the socket base 10 and the socket base 10 as illustrated in FIGS. 1A to 2F. A pair of contact terminals 30-1 and 30-2 spaced apart from each other and a PCB mounted on these contact terminals 30-1 and 30-2 (patterned PCB 2-1). Lead wire type PCB (2-2).

The socket base 10 has a relatively small diameter and a high height of the socket head 12 integrally formed on the upper side of the socket body 11 having a relatively large diameter and a low height, and has a bottom surface of the socket body 11. In the center, the grip piece 15 was formed to have a narrow width, a long length, and a high height, and a pair of mounting protrusions 14 were formed on the outer surface of the socket head 12 so as to face opposite directions.

The reference protrusion piece 13 is formed to protrude from the upper edge of the socket head 12, and the curved recessed surface 16 is formed to be deflected to one side on one side or both sides of the gripping piece 11, and these reference stone pieces 13 And the curved concave surface 16 indicate the polarity (+.-) Of the socket base 10, and the pattern type PCB 2-1 can be accurately mounted by the reference protrusion 13.

In the socket base 10 formed as described above, a terminal for mounting contact terminals 30-1 and 30-2 and a pattern type PCB 2-1, which will be described in detail later, in the socket head 12. The loading chambers 23-1 and 23-2 and the PCB loading chamber 20 were formed.

The socket head 12 is formed in the PCB loading chamber 20 to a sufficient depth to accommodate up to the middle of the PCB (2), the space portion 20-1 (to both sides of the center of the PCB loading chamber 20) ( 20-2) were formed in communication with each other, and terminal mounting chambers 23-1 and 23-2 were disposed on the outer side (both ends of the PCB loading chamber 20) of the space parts 20-1 and 20-2. It was formed in communication with each other so that the contact terminals 30-1 and 30-2 could be mounted.

The terminal mounting chambers 23-1 and 23-2 formed at both ends of the PCB loading chamber 20 are formed so as to communicate with the gripping piece loading chambers 24-1 and 24-2. 24-2 is formed to be open to one side, the terminal body 25 is formed in the socket body 11 in communication with the terminal mounting chamber (23-1) (23-2), each terminal loading On one side of the groove 26, the contact seating surface 26 is formed on the upper surface of the socket body 11 as low as the step (26-1), but both contact seating surface 26 is formed to be in a direction opposite to each other.

 Contact terminals 30-1 and 30-2 respectively mounted to the terminal mounting chambers 23-1 and 23-2 of the socket base 10 are coupled to the terminal charging chamber 23-1. The terminal body 31 and the terminal body piece 36 are integrally formed on one side of the terminal body 31 so as to be coupled to the terminal loading groove 25.

A pair of gripping pieces 32, 33 are integrally formed on the upper end of the terminal body 31 so that the pattern type PCB 2-1 can be loaded between these gripping pieces 32, 33. The loading groove 34 is formed, and a plurality of binding protrusions 32-1 and 33-1 are formed on the opposite surfaces (each inner surface) of the gripping pieces 32 and 33 at regular intervals. The PCB 2 can be held and held firmly, and the binding piece 37 is inserted into the binding groove 24 of the socket base 10 at the end of the terminal body 31 in the terminal body 31. ) Was formed by bending obliquely.

The upper surface of the terminal piece piece 36 was formed integrally with the contact piece 37 and bent in parallel to one side to be placed on the contact seating surface 26 of the socket body (11).

The pattern type PCB 2-1, which is loaded in the PCB loading chamber 20 of the socket base 10 and is coupled to the loading groove 34 of the contact terminals 30-1 and 30-2, has an upper side. It is formed wider than the lower side so that the lower end (2-3) and the high end (2-4) is formed in the middle of both ends, the lower end (2-3) is placed on the upper end of the socket head 12 and the high end (2) -4) is to be placed on the upper surface of the reference stone piece 13 formed on the upper surface of the jacket head (12).

The LED chip 3 was implanted on one side of the upper side of the pattern type PCB 2-1, and copper foil pattern turns were integrally formed on both ends of the lower side so that the electrode patterns 4-1 and 4-2 were formed.

The electrode patterns 4-1 and 4-2 may be formed side by side on the same surface as illustrated, or may be respectively formed to be opposite to both ends of the both sides, although not specifically illustrated, and may be respectively formed at the centers of both sides.

3 to 4b show another embodiment of the socket base lamp assembly 1 according to the present invention, that is, the socket base lamp assembly 1-2 for the lead wire PCB type.

The socket base lamp assembly 1-2 for the lead wire PCB type was formed by dividing it into the socket base 10 and the PCB 2 largely.

The socket base 10 is the same as the socket base 10 described above except for the contact terminals 30-1 and 30-2 in the socket base lamp assembly 1-1 for the pattern PCB type of FIGS. 1A to 2F. Formed.

However, as shown in Fig. 4A, the lead wire insertion holes 50 are respectively drilled through the terminal piece fitting chambers 24-2 on both sides, or the gripping piece chambers on the opposite side to the terminal piece fitting chambers 24-2 on one side. The lead wire insertion hole 50-1 is drilled into the 24-1, or the lead wire insertion hole 50-2 is provided in the space portions 20-1 and 20-2 at the center of the PCB loading chamber 20, respectively. It can be pierced.

On the bottom and side of the socket body 11, the primary guide groove 51 and the primary bending groove 52 and the secondary at each of the lead wire insertion holes 50, 50-1 and 50-2, which are drilled as described above. The guide grooves 53 and the secondary bent grooves 54 are formed in communication with each other to form the electrode terminals by winding the lead wires 5-1 and 5-2 on both sides of the PCB 2, which will be described later in detail. To make it work.

The lead wire type PCB 2-2 loaded in the OCB loading chamber 20 of the socket base 10 is the pattern type PCB described above in the socket base lamp assembly 1-1 for the pattern PCB type of FIGS. 1A to 2F. The socket body described above is formed in the same manner as in (2-1) except that the long lead wires 5-1 and 5-2 are attached (fixed) to the electrode patterns 4-1 and 4-2. Inserted into each of the lead wire insertion holes 50, 50-1, 50-2 of (11), respectively, the primary guide groove 51, the primary bending groove 52, and the secondary guide groove 53 and 2 The electrode terminals were formed by bending (winding) the grooves 54 sequentially.

The assembling state of the pattern PCB type socket base lamp assembly 1-1 and the lead wire PCB type socket base lamp assembly 1-2 according to the socket base lamp assembly 1 according to the present invention formed as described above will be described. .

The socket base lamp assembly 1-1 for the pattern PCB type according to the socket base lamp assembly 1 according to the present invention is formed by assembling as follows.

A pair of contact terminals 30-1 and 30-2 are mounted in the terminal mounting chamber 23-1 and the terminal loading groove 26 of the socket base 10, but the terminal body 31 is mounted in the terminal. It is inserted into the seals 23-1 and 23-2 first, and then the terminal loading piece 36 is inserted into the terminal loading groove 25 to be mounted.

When the terminal body 31 is first inserted into the terminal mounting chambers 23-1 and 23-2, the gripping pieces 32 and 33 on both sides are held by the gripping piece loading chambers 24-1 and 24-2. And are respectively inserted into the binding groove 35 and inserted into the binding groove 24.

As described above, the gripping pieces 32 and 33, including the terminal body 31, are inserted into the terminal mounting chambers 23-1, 23-2 and the gripping piece loading chambers 24-1 and 24-2. When fully mounted, the terminal loading piece 36 is inserted into the terminal loading groove 25 and the contact piece 37 flows into the step 26-1 to be seated on the contact seating surface 26.

In this way, the PCB loading in the state where each low terminal 30-1, 30-2 is loaded in each terminal loading chamber 23-1, 23-2 of the socket base 10 and the multi-loading groove 26 Insert the PCB (2) into the seal 20 to be mounted.

Insert the lower end of the PCB (2) first into the PCB loading chamber 20, and grip the upper side to push the lower side of the lower side of the PCB (2) is the loading groove of each contact terminal (30-1) (30-2) ( 34) inserted and mounted.

When the PCB 2 is fully mounted, the lower ends are held in fixed engagement with the binding projections 32-1 and 33-1 of the respective contact terminals 30-1 and 30-2, and at the same time, the electrode patterns 4-1 ( 4-2) is in contact with the gripping piece 32 of each of the contact terminals 30-1 and 30-2 to maintain the conductive state, and the lower end 2-3 is the upper end of the socket head 12. The high end 2-4 is settled on the periphery and is placed on top of the reference protrusion 13.

 A socket base lamp for a pattern PCB type according to the present invention is mounted by mounting a pair of contact terminals 30-1 and 30-2 on the socket base 10 and loading the PCB 2 as described above. The assembly of the assembly 1-1 is completed.

The socket base lamp assembly 1-2 for the lead wire PCB type according to the socket base lamp assembly 1 according to the present invention is formed by assembling as follows.

Lead wires 5-1 and 5-2 of the lead wire type PCB 2-2 loaded in the OCB loading chamber 20 of the socket base 10 are inserted into the lead wire insertion holes 50 of the socket body 11 ( 50-1) (50-2) is inserted into the lower side, bent into the primary guide groove 51, bent upward from the primary bending groove 52 and drawn out to the upper side of the contact seating surface (26) Let's do it.

The secondary bending groove is bent upward from the primary bending groove 52 to lead the lead wires 5-1 and 5-2 drawn out above the contact seating surface 26 to the upper side of the contact seating surface 26. Lead wires 5-1 and 5-2 which are bent and drawn in (54) and are bent and drawn into the secondary bent groove 54 from the contact seating surface 26 and protrude (draw out) to the lower side of the socket body 11; Bending the end of the lead into the secondary induction groove 53 to lead the installation of the lead wires 5-1 and 5-2, that is, the assembly of the socket base lamp assembly 1-2 for the lead wire PCB type, is completed. do.

The socket base lamp assembly 1-1 for the pattern PCB type and the socket base lamp assembly 1-2 for the lead wire PCB type according to the socket base lamp assembly 1 according to the present invention formed as described above are illustrated in FIG. 5. As shown, it is installed in the switch bundle 64, such as the operation switch bundle frame 60 of the vehicle is used to provide information of the operation state of the switch.

FIG. 5 shows a skin base material of the pattern PCB type socket base lamp assembly 1-1 and the lead wire PCB type socket base lamp assembly 1-2 according to the socket base lamp assembly 1 according to the present invention. It is an exemplary view showing a state installed in the switch bundle 64 such as the operation switch bundle frame (60).

The operation switch assembly frame 60 of the vehicle has a plurality of switch installation holes 62 are formed in the front cover 61, each switch installation hole 62 in the rear (inside) of the front cover 61 switch bundle ( 64 is mounted, and the knob 65 is assembled to the switch bundle 64 through the switch mounting hole 62 in front of the front cover 61.

Particularly, the socket base lamp assembly 1-1 for the pattern PCB type and the socket base lamp assembly 1-2 for the lead wire PCB type according to the socket base lamp assembly 1 according to the present invention are assembled to the switch bundle 54. Since the gripping piece 15 can be gripped and operated by a mechanism such as a pliers at the time of mounting or dismounting, it can be easily mounted or detached.

In addition, the socket base lamp assembly 1-1 for the pattern PCB type and the socket base lamp assembly 1-2 for the lead wire PCB type according to the socket base lamp assembly 1 according to the present invention are attached to the switch bundle 54. Since the switch bundle 54 is inserted into the mounting hole together with the socket head 12 together with the socket head 12 at the time of assembling and mounting, the reference protrusion 13 is placed on the mounting path of the mounting hole (not shown). Since the socket base lamp assembly (1-1) for the pattern PCB type and the socket base lamp assembly (1-2) for the lead wire PCB type are inserted into the mounting holes of the switch bundle 54, the polarity is naturally adjusted by itself. do.

Further, as described above, the grip piece 15 with the socket base lamp assembly 1-1 for the pattern PCB type and the socket base lamp assembly 1-2 for the lead wire PCB type inserted into the mounting hole of the switch bundle 54. ), The reference base piece 13 is formed inside the mounting hole by rotating the socket base lamp assembly 1-1 for the pattern PCB type and the socket base lamp assembly 1-2 for the lead wire type PCB. Since it comes into contact with the end of the mounting tract and stops, the socket base lamp assembly 1-1 for the pattern PCB type and the socket base lamp assembly 1-2 for the lead wire PCB type according to the present invention are firmly mounted on the switch bundle 54. You can do it.

 The switch bundle 64 installed in the operation switch bundle frame 60 as described above has a socket base lamp assembly (1-1) and a lead wire PCB type for the pattern PCB type according to the socket base lamp assembly (1) according to the present invention. Assemble and mount the socket base lamp assembly (1-2), and if the knob 65 is repeatedly touched, it is mounted on the PCB (2: pattern type PCB (2-1), lead wire type PCB (2-2)). The LED chip 3 turns on / off to illuminate the projection window 66 of the knob 65 or the periphery of the knob 65 to determine whether a particular function is on or off (information). Will be provided.

As described above, the socket base lamp assembly 1-1 for the pattern PCB type and the socket base lamp assembly 1-2 for the lead wire PCB type according to the socket base lamp assembly 1 according to the present invention are generally various electronic products. It is installed in machine tools, passenger vehicles, vehicles, industrial equipment, etc., and it is used in the circuit board (not specifically shown) of the instrument panel which displays the operation status of the machine (mechanism). Since the installation method is installed or detached in the same manner as the conventional lamps, a detailed description thereof will be omitted.

Although the present invention has been described in detail only with respect to the specific embodiments described, it will be obvious to those skilled in the art that various modifications and changes can be made within the technical scope of the present invention, and such modifications and modifications belong to the appended claims. will be.

1A and 1B are exploded and combined perspective views showing a socket base lamp assembly using a light emitting diode according to the present invention.

Figures 2a to 2f is a perspective view, a front view and a side view and a plan view and a bottom view showing an extract of the socket base in the socket base lamp assembly using the light emitting diode according to the invention illustrated in Figures 1a and 1b.

Figure 3 is an exploded perspective view showing another embodiment of a socket base lamp assembly according to the present invention.

4A and 4B are a plan view and a bottom view of the socket base of the socket base lamp assembly according to the present invention illustrated in FIG.

5 is an exemplary view showing an installation state of a socket base lamp assembly according to the present invention.

Explanation of symbols on the main parts of the drawings

1: Socket Base Lamp Assembly 1-1: Socket Base Lamp Assembly for Pattern PCB Type

1-2: Socket base lamp assembly for lead wire PCB type 2: PCB

2-1: Pattern Type PCB 2-2: Lead Wire Type PCB

3: LED chip 10: socket base

11: socket body 12: socket head

20: PCB loading room 23-1. 23-2: Terminal mounting room

30-1. 30-2: Contact terminal 31: Terminal body

Claims (9)

The socket body is formed on the outer side of the socket body by integrally forming a socket head having a pair of mounting protrusions in the opposite direction, and inside the socket base, the contact terminals are loaded at both ends of the PCB loading chamber, respectively. Inserting a PCB in which an LED chip is implanted into a contact terminal loaded in the lamp terminal to form a lamp assembly in which electrode patterns formed on both sides of the bottom of the PCB are connected to the contact terminals, respectively; A gripping piece integrally formed at the center of the bottom surface of the socket body forming the socket base; A socket base configured to selectively mount the pattern type PCB of the electrode pattern or the lead wire type PCB of which the lead wire is fixed to the pattern in the PCB loading chamber; And a reference setting means formed corresponding to the upper surface of the socket head and the skin complex forming the socket base. The socket base of claim 1, wherein the pattern type PCB including the electrode pattern is mounted in a PCB loading chamber; Relatively small and high diameter socket heads are integrally formed on the upper side of the socket body having a relatively large diameter and a low height, and a pair of mounting protrusions are formed on the outer surface of the socket head so as to face opposite directions. In A gripping piece formed at the center of the bottom surface of the socket body; A PCB loading chamber formed at an inner center of the socket head to mount a pattern type PCB; A pair of terminal-loading chambers formed at opposite ends of the PCB-loading chamber so as to be in communication with the PCB-loading chamber so as to have contact terminals mounted thereon; A binding groove formed on one surface of one side of the holding piece-mounting chamber forming the terminal mounting chamber, wherein the binding piece of the contact terminal is inserted and bound; A terminal loading groove and a contact seating surface formed in the socket body in communication with each terminal loading chamber; A socket base lamp assembly using a light emitting diode, comprising: a terminal loading chamber and a terminal loading groove and a contact terminal mounted on a contact seating surface formed to face the socket head and the socket body. The socket base of claim 1, wherein a lead wire type PCB having a lead wire fixed to an electrode pattern is mounted in a PCB loading chamber; Relatively small and high diameter socket heads are integrally formed on the upper side of the socket body having a relatively large diameter and a low height, and a pair of mounting protrusions are formed on the outer surface of the socket head so as to face opposite directions. In A gripping piece formed at the center of the bottom surface of the socket body; A PCB-loading chamber formed at an inner center of the socket head, to which a lead wire type PCB is mounted, and spaces formed at both sides of the center; A pair of terminal loading chambers formed opposite to both ends of the PCB loading chamber and having contact terminals mounted thereon, and a terminal loading groove and a contact seating surface formed in the socket body so as to communicate with each terminal loading chamber; Lead wire insertion holes which are formed to correspond to the terminal mounting chambers on both sides or the space portions on both sides to insert respective lead wires of the lead wire type PCB; And a plurality of guide grooves and bending grooves extending from the bottom surface of the socket body to communicate with each of the lead wire insertion holes and communicating with the contact seating surface of the upper surface to bend and fix the lead wire of the lead wire type PCB. Socket base lamp assembly using light emitting diode. The method of claim 1, wherein the reference setting means formed to correspond to the upper surface and the skin of the socket head forming the socket base; A socket base lamp assembly using a light emitting diode, comprising: forming a reference stone piece on an upper surface of the socket head, and forming a mounting tract on the skin complex to insert and move the reference stone piece to the mounting tract. The method according to claim 1 or 2, wherein the pattern type PCB mounted on the socket base; A PCB in which an LED chip is implanted on one side of the upper side; A lower end and a high end formed on the middle of both ends by forming the upper side of the LED chip implanted therein wider than the lower side; A socket base lamp assembly using a light emitting diode, comprising: an electrode pattern formed by copper foil patterns spaced apart from both ends of the lower side. The lead wire type PCB of claim 1 or 3, further comprising: a lead wire type PCB mounted to the socket base; A PCB in which an LED chip is implanted on one side of the upper side; A lower end and a high end formed on the middle of both ends by forming an upper side of the LED chip implanted therein wider than a lower side; Electrode patterns formed by copper foil patterns spaced apart from both ends of the lower side; And a lead wire fixed to the electrode pattern, respectively. The contact terminal according to claim 2, wherein the contact terminal is mounted to each terminal loading chamber formed opposite to both ends of the PCB loading chamber in the socket base; A terminal main body coupled to the terminal loading chamber and a terminal long piece integrally formed at one side of the terminal main body and coupled to the terminal loading groove; A pair of gripping pieces integrally formed at an upper end of the terminal body and formed in a loading groove therebetween; A binding piece integrally bent at one side of the gripping piece; Socket base lamp assembly using a light emitting diode, characterized in that formed; including; the contact piece is integrally formed on the upper surface of the terminal long piece is placed on the contact seating surface formed on the socket body. The method of claim 6, wherein the electrode pattern and lead wire formed on the lead wire type PCB; A socket base lamp assembly using a light emitting diode, characterized in that formed on either side of one side of the lower side of the PCB, the opposite end of the lower side of the PCB, the center of the lower side of the PCB. The socket base lamp assembly using a light emitting diode according to claim 7, wherein a plurality of binding protrusions are formed at opposite intervals on opposite surfaces of the gripping pieces integrally formed on an upper end of the terminal body.

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