KR20230163792A - A light lamp - Google Patents

Abstract

The lighting lamp that is easy to connect to the power source according to the present invention includes an LED substrate and a diffusion cover on which various electrical components such as ballasts are installed and a plurality of LEDs are installed at regular intervals on the bottom of a base frame formed in a '-' shape or '+' shape. It is installed so that it can be integrated or separated, and the upper side of the base frame is provided with a power connection bracket that is fastened and fixed to the ceiling or wall, and the power connection bracket and the base frame can be connected by a fastening means, A power connection connector with a power line connection hole and a power connection pin insertion hole is mounted on the bottom of the power connection bracket, and a power line connection hole of the power connection connector mounted on the bottom of the power connection bracket is provided with a power line entry hole of the power connection bracket. Connect the power line coming in through the power connection pin insertion hole of the power connection connector mounted on the bottom of the power connection bracket, and insert the power connection pin protruding from the upper surface of the LED board through the connection pin distribution hole of the base frame. So it was decided to unite.
In the present invention, a power connection bracket with a small volume and simple configuration can be manufactured separately from the base frame and easily mounted (mounted) on the ceiling or wall using fixing means such as mounting bolts. The (mounted) power connection bracket and base frame are provided with corresponding fastening means so that the base frame can be easily attached and detached from the power connection bracket, and the power cable connection hole of the power connection connector mounted on the bottom of the power connection bracket is provided with a power connection hole. The power line coming in through the power line entry hole of the connection bracket can be easily connected and separated, and the power connection pin insertion hole of the power connection connector mounted on the bottom of the power connection bracket has a power supply protruding from the top of the LED board. The connection pin can be easily connected and separated by inserting it through the connection pin distribution hole in the base frame.
In addition, the present invention allows the power connection bracket to be easily installed and separated from the ceiling, etc., and the base frame assembled on the LED board can be easily connected to and released from the power connection bracket, so the present invention can be achieved in a short time. Can be easily installed and dismantled; The power line connection hole of the power connection connector mounted on the bottom of the power connection bracket can easily connect and disconnect the power line entering through the power line entry hole of the power connection bracket, and the power line connected to the bottom of the power connection bracket can be easily connected. In the power connection pin insertion hole of the connector, the power connection pin protruding from the upper surface of the LED board can be inserted through the connection pin distribution hole of the base frame to easily bind and disconnect, so the power cable can be connected without poor contact. It can be carried out quickly and easily.

Description

Lighting device that is easy to power on {A light lamp}

The present invention relates to a lighting device that is easy to connect to the power supply, which has been improved to quickly and safely connect the power source when installing various lighting lights, such as LED lights, on the ceiling.

To explain this in more detail, various electrical components such as stabilizers are installed and a plurality of LEDs are installed at regular intervals on the bottom of the base frame, which is formed in a '-' shape or '+' shape. An LED substrate and a diffusion cover are integrated into one piece. It is installed so as to be separable, and is provided with a power connection bracket on the upper side of the base frame that is fastened and fixed to the ceiling or wall. The power connection bracket and the base frame can be connected by a fastening means, and the bottom of the power connection bracket is provided. A power connection connector each having a power line connection hole and a power connection pin insertion hole is installed, and the power line connection hole of the power connection connector mounted on the bottom of the power connection bracket has a power line inserted through the power line entry hole of the power connection bracket. The power connection pin is connected to the power connection pin insertion hole of the power connection connector mounted on the bottom of the power connection bracket, and the power connection pin protruding from the upper surface of the LED board is inserted and bound through the connection pin distribution hole of the base frame. The aim is to provide a lighting device that is characterized by easy power connection.

Typically, for lighting fixtures installed in general homes, the bracket on which the light is installed is fixed to the ceiling or wall using fixing means such as screws, and the power line is connected to the power connector connected to the wire pulled out from the lighting fixture. , When the light is pushed in the direction of the bracket, the light's locking groove is caught on the protrusion of the bracket and installed.

In this assembly state, after fixing the bracket to the attachment surface, you must connect the power to the power connector while holding the light, or connect the power source and tape (insulate) with insulating tape. Since the work must be carried out while holding the light, power wiring work is required. Also, the taping work of the insulating tape could not be easily performed, which had the disadvantage of poor workability.

In particular, when connecting the power to the power connection connector and pushing the light to the bracket, depending on the thickness of the power cable, the condition of the attachment surface, and the space where the power connection connector is stored, the light may be pressed against the attachment surface when binding (pushing up) the light. A phenomenon occurs where the lights do not adhere tightly and open, and the lighting becomes tilted and distorted instead of being held in place accurately, damaging the aesthetics.

Recently, lighting fixtures using LEDs (Light Emitting Diodes), which are compact, have a long lifespan, and consume significantly less power, have been proposed to replace lighting fixtures such as conventional fluorescent lamps.

Typically, lighting fixtures using LED (Light Emitting Diode) include Domestic Registered Utility Model No. 20-0448953 (LED lamp attached to PL socket) and Publication Patent No. 10-2012-0138535. (One-touch ceiling-mounted LED lighting fixture), Published Patent No. 10-2013-0031966 (PL type LED lamp), Registered Patent No. 10-1070884 (LED lighting device structure), Registered Patent No. 10-1379463 (Quick) -Mounting LED lighting device), Registered Patent No. 10-1481965 (one-touch detachable LED lighting device), etc. are known.

Registered Utility Model No. 20-0448953 (LED lamp attached to PL socket) simply places LED elements on a V-shaped bent board to increase illumination, and Publication Patent No. 10-2012-0138535 ( One-touch type ceiling-mounted LED lighting fixture) is designed to have a fixture with a built-in SMPS fixed to the ceiling, and a separator with a built-in LED module to be attached and detached from the fixture in a one-touch format using a bracket. Published patent number 10 -2013-0031966 (PL type LED lamp) allows the LED module, LED cover, and stabilizer cover to be installed without separate means, and registered patent No. 10-1070884 (LED lighting device structure) is a body (first combination) It is merely designed so that the parts (part, connection part, second coupling part) can be easily installed and separated from a fixing bar installed on the ceiling of an underground parking lot, etc. using a fixing bracket.

In addition, Registered Patent No. 10-1379463 (Quick-Mounting LED Lighting Device) is made by mounting a base frame with a PCB combined using a coupler on a mounting material mounted on the ceiling and wall, and combining a light-transmissive cover to the base frame. , Registered Patent No. 10-1481965 (One-touch detachable LED lighting device) installs (combines) a lamp frame and a diffusion cover in order on the lighting body mounted on the ceiling and wall, and combines an LED board with LEDs installed on the lamp frame. It has been done.

However, these LED lamps or LED lighting fixtures simply change the structure of the parts to somewhat facilitate assembly (combination), and when installing lighting such as LED lighting fixtures like the present invention on ceilings and walls, etc. It is just a technology that has not yet been improved to allow power to be connected quickly and safely.

The present invention is intended to provide an improved lighting device that is easy to connect to the power source so that it can be connected quickly and safely when installing lighting such as LED lighting fixtures on the ceiling.

In the present invention, various electrical components such as stabilizers are installed, and a plurality of LEDs are installed at regular intervals on the bottom of a base frame formed in a '-' shape or '+' shape, and the LED substrate and diffusion cover can be integrated or separated. It is installed so that the upper side of the base frame is provided with a power connection bracket that is fastened to the ceiling or wall, and the power connection bracket and the base frame are connected by a fastening means, and the power connection bracket is installed on the bottom of the power connection bracket. A power connection connector is installed, each having a wire hole and a power connection pin insertion hole, and the power line connected through the power line hole of the power connection bracket is connected to the power line hole of the power connection connector mounted on the bottom of the power connection bracket. , the power connection pin installed protruding on the upper surface of the LED board is inserted into the power connection pin insertion hole of the power connection connector mounted on the bottom of the power connection bracket and bound through the connection pin distribution hole of the base frame; The purpose is to provide a lighting device that is easy to connect to a power source, featuring the following features.

Another object of the present invention is to manufacture a power connection bracket with a small volume and simple structure separately from the base frame, so that it can be easily attached (mounted) to the ceiling or wall using fixing means such as mounting bolts, and can be easily attached to the ceiling or wall. The power connection bracket and the base frame that are mounted (mounted) on the wall are provided with corresponding fastening means so that the base frame can be easily attached and detached from the power connection bracket, and the power connection of the power connection connector mounted on the bottom of the power connection bracket is provided. The power line can be easily connected and disconnected through the power line hole of the power connection bracket, and the power connection pin insertion hole of the power connection connector mounted on the bottom of the power connection bracket protrudes from the top of the LED board. A properly installed power connection pin can be easily connected and separated by inserting it through the connection pin distribution hole of the base frame; The aim is to provide a lighting device that is easy to connect to a power source, characterized by:

Another object of the present invention is that the power connection bracket can be easily installed and separated from the ceiling, etc., and the base frame assembled on the LED board can be easily connected to and released from the power connection bracket, so the present invention is a short Can be easily installed and dismantled in no time; The power line connection hole of the power connection connector mounted on the bottom of the power connection bracket can easily connect and disconnect the power line entering through the power line entry hole of the power connection bracket, and the power line connected to the bottom of the power connection bracket can be easily connected. In the power connection pin insertion hole of the connector, the power connection pin protruding from the upper surface of the LED board can be inserted through the connection pin distribution hole of the base frame to easily bind and disconnect, so the power cable can be connected without poor contact. made to be quick and easy to carry out; The aim is to provide a lighting device that is easy to connect to a power source, characterized by:

The above and other purposes of the present invention are,

In the bottom of the base frame where various electrical components such as stabilizers are installed, a plurality of LEDs are installed at regular intervals, and an LED substrate and a diffusion cover are installed so that they can be integrated or separated;

A power connection bracket is provided on the upper side of the base frame and is fastened to the ceiling or wall;

The power connection bracket and base frame can be fastened together by a fastening means;

A power connection connector having a power line connection hole and a power connection pin insertion hole is mounted on the bottom of the power connection bracket;

A power line connected through a power line hole of the power connection bracket is connected to the power line connection hole of the power connection connector mounted on the bottom of the power connection bracket;

A power connection pin installed protruding from the upper surface of the LED board is inserted into the power connection pin insertion hole of the power connection connector mounted on the bottom of the power connection bracket and bound through the connection pin distribution hole of the base frame; This is achieved by a lighting device (1) that is easy to connect to a power source.

The lighting that is easy to connect to the power source according to the present invention,

Various electrical components such as stabilizers are installed, and on the bottom of the base frame, which is formed in a '-' or '+' shape, a plurality of LEDs are installed at regular intervals. The LED substrate and diffusion cover are installed so that they can be integrated or separated, A power connection bracket is provided on the upper side of the base frame and is fastened to the ceiling or wall. The power connection bracket and the base frame can be connected by a fastening means, and a power line connection hole and a power connection hole are provided on the bottom of the power connection bracket. A power connection connector each having a pin insertion hole is installed, and a power line entering through the power line entry hole of the power connection bracket is connected to the power line connection hole of the power connection connector mounted on the bottom of the power connection bracket, and the power line is connected to the power connection bracket. A power connection pin protruding from the upper surface of the LED board is inserted into the power connection pin insertion hole of the power connection connector mounted on the bottom of the bracket and bound through the connection pin distribution hole of the base frame; It is characterized by .

In the present invention, a power connection bracket with a small volume and simple configuration can be manufactured separately from the base frame and easily mounted (mounted) on the ceiling or wall using fixing means such as mounting bolts. The (mounted) power connection bracket and base frame are provided with corresponding fastening means so that the base frame can be easily attached and detached from the power connection bracket, and the power connection hole of the power connection connector mounted on the bottom of the power connection bracket is provided with a power connection hole. The power line coming in through the power line entry hole of the connection bracket can be easily connected and separated, and the power connection pin insertion hole of the power connection connector mounted on the bottom of the power connection bracket has a power supply protruding from the top of the LED board. The connection pin can be easily connected and separated by inserting it through the connection pin distribution hole in the base frame.

In addition, the present invention allows the power connection bracket to be easily installed and separated from the ceiling, etc., and the base frame assembled on the LED board can be easily connected to and released from the power connection bracket, so the present invention can be achieved in a short time. Can be easily installed and dismantled; The power line connection hole of the power connection connector mounted on the bottom of the power connection bracket can easily connect and disconnect the power line entering through the power line entry hole of the power connection bracket, and the power line connected to the bottom of the power connection bracket can be easily connected. In the power connection pin insertion hole of the connector, the power connection pin protruding from the upper surface of the LED board can be inserted through the connection pin distribution hole of the base frame to easily bind and disconnect, so the power cable can be connected without poor contact. It can be carried out quickly and easily.

Figure 1 is a perspective view showing a combined state of a lighting device that can be easily connected to a power source according to the present invention.
Figure 2 is a perspective view showing an exploded state of a lighting device that can be easily connected to a power source according to the present invention.
Figure 3 is a longitudinal cross-sectional view showing a combined state of a lighting device that can be easily connected to a power source according to the present invention.
Figure 4 is a cross-sectional view showing another installation state of the power connection pin in the lighting device that is easy to connect to the power source according to the present invention.

The above and other objects and features of the present invention can be more clearly understood by the following specific embodiments based on the accompanying drawings.

The attached drawings Figures 1 to 4 show a specific example of the lighting device 1 that can be easily connected to a power source according to the present invention.

In the attached drawings, Figure 1 is a combined perspective view of a lighting device (1) that is easy to connect to a power source according to the present invention, and Figure 2 is an exploded perspective view of a lighting device (1) that is easy to connect to a power source according to the present invention. 3 is a longitudinal cross-sectional view showing the combined state of the lighting device (1) that is easy to connect to the power source according to the present invention, and Figure 4 is a view of the power connection pin (45) in the lighting device (1) that is easy to connect to the power source according to the present invention. This is a cross-sectional view showing different installation conditions.

First, the configuration of the lighting device 1 that can be easily connected to a power source according to the present invention will be described.

The lighting device (1), which is easy to connect to the power source according to the present invention, includes a power connection bracket (30) fixed to the ceiling or wall, a base frame (20) on which various devices (parts) such as stabilizers are installed, and an LED ( It is largely comprised of an LED substrate 25 on which various light sources such as 26) are installed, and a diffusion cover 10 that is molded from a light-transmissive material and diffuses light generated from various light sources such as LEDs 26 installed on the LED substrate 25. It was formed by dividing.

The power connection bracket 30, which is fixedly installed on the ceiling or wall, is formed as follows.

One or more bracket mounting holes (32) are drilled at each end of the rectangular bracket body (31) along the longitudinal center line and fastened with mounting bolts (33) to secure the bracket body (31) to the ceiling or wall. To enable installation, bracket attachment guides (35) were formed side by side on both sides of the bracket body (31) in the longitudinal direction, and a plurality of attachment protrusions (36) were formed at the lower inner surfaces of each bracket attachment guide (35).

On the bottom of the bracket body 31, preferably in the center, a power connection connector 40 is integrated and fixed, and a power cable inlet hole 46 is provided on either side of the power connection connector 40 in the bracket body 31. ) was drilled to allow the external power line 50 to flow into the inside of the bracket body 31 and be connected by inserting it into the power line connection hole 41 of the power connection connector 40.

The power connection connector 40 mounted at the center of the bottom of the bracket body 31 was formed as follows.

A plurality of (preferably even-numbered) power cable connection holes 41 are formed on one of the outer surfaces (preferably the front) so that the power cables 50 (+ and - lines) can be inserted and connected. A plurality of power line branch buttons 42 are installed on the outer surface (preferably the bottom as seen in Figure 2) of the power connection connector 40 in the direction of the power line hole 41, so that the power line is coupled to the power line hole 41. (50: + line and - line) can be easily detained and released.

On the outer surface of the power connection connector 40 (preferably the bottom as seen in Figure 2), a plurality of power connection pin insertion holes 43 are formed on the side of the power line branch button 42, and the power line connection hole ( The conductor (not specifically shown) buried in 41) and the conductor (not specifically shown) buried in the power connection pin insertion hole (43) were electrically connected.

The base frame 20, on which various devices (parts) such as stabilizers are installed, was formed as follows.

A component protection frame 22 is formed to protrude on the upper surface of the plate, which is formed of a flat plate, so that various components such as stabilizers can be easily installed and protected.

A plurality of fastening portions 23 are formed on both sides of the component protection frame 22 in the longitudinal direction, preferably at the same interval as the bracket fastening guide 35 formed on the power connection bracket 30, A binding protrusion 24 is formed on the outer surface of each binding portion 23 to enable binding by engaging with the binding protrusion 36 formed on the inner surface of the bracket binding guide 35, and the inside of the component protection frame 22 In the plate, a connection pin distribution hole (21) is drilled, but on the same vertical line as the power connection connector (40) mounted on the power connection bracket (30), so that the power connection connector (40) is connected to the bottom of the base frame (20). It can be identified or exposed through the connection pin distribution hole (21).

The LED substrate 25, on which various light sources such as LEDs 26 are installed, is electrically connected by placing regular LEDs 26 as light sources on the LED substrate 25 at regular intervals. ), the power connection pin (45) is installed upright to match the power connection pin insertion hole (43) of the power connection connector (40) mounted on the power connection bracket (30), and the power connection pin (45) is installed at each It is electrically connected to the LED (26), and the power connection pin (45) of the LED board (25) is inserted and removed into the power connection pin insertion hole (43) of the power connection connector (40) mounted on the power connection bracket (30). made it possible to do so.

In particular, the power connection pin 45 installed on the LED substrate 25 is installed (fixed) to the LED substrate 25 to electrically connect the connection fitting 27 to each LED 26, as illustrated in FIG. 4. ), and a power connection pin 45 is installed on the upper surface of the connection metal 27 on the upper side of the LED board 25 so that the connection pin head 46 is closely connected to the connection metal 27, and the power connection pin ( If the power connection pin (45) and the connection pin head (46) are wrapped and confined with the elastic coil spring (47), the power connection pin (45) can be maintained fluidly.

The diffusion cover 10, which diffuses light generated from various light sources such as the LED 26, which is molded from a light-transmissive material and implanted on the LED substrate 25, is formed of a commonly known material and shape, and is formed on each side of the LED substrate 25. Since the light generated from the light source, that is, the LED 26, is emitted, a detailed description thereof will be omitted.

Hereinafter, the installation and use of the lighting device 1 that is easily connected to the power source according to the present invention formed as described above will be described.

In the lighting device 1 that can be easily connected to a power source according to the present invention, the power connection bracket 30 is first mounted at an unspecified location such as the ceiling 100 or a wall.

The power connection bracket (30) secures the bracket body (31) to the ceiling (100) or a wall by fastening the mounting bolts (33) to the bracket mounting holes (32) drilled at both ends on the longitudinal center line of the bracket body (31). Install.

With the power connection bracket 30 fixedly installed on the ceiling 100 or a wall, the power line 50 coming through the ceiling 100 is inserted into the power line input hole 46 of the bracket body 31, and the bracket The power line connection hole 41 of the power connection connector 40 mounted (fixed) on the bottom of the main body 31 is operated by manipulating the power line branch button 42 and the tip of the power line 50 (with the covering removed). Insert copper wire and connect.

As described above, the tip of the power line 50 (copper wire with the sheath removed) is inserted into the power line connection hole 41 of the power connection connector 40 and connected, from the lower side of the power connection bracket 30 to the base. Mount (join) the frame (20) by pushing it upward.

When the base frame 20 is pushed upward while aligning the attachment portion 23 of the base frame 20 with each bracket attachment guide 35 of the power connection connector 40, each attachment portion 23 The attachment protrusion 24 is coupled to the attachment protrusion 36 of each bracket attachment guide 35, and thus the base frame 20 can be mounted (coupled) to the power connection bracket 30.

When the base frame 20 is mounted (combined) on the power connection bracket 30 as above, the power connection connector mounted on the power connection bracket 30 through the connection pin distribution hole 21 of the base frame 20 ( 40) is identified or exposed.

With the base frame 20 mounted (coupled) to the power connection bracket 30 as described above, the LED board 25 is pushed from the bottom of the base frame 20 upward to the bottom of the base frame 20. Install it.

When the LED board 25 is closely connected to the bottom of the base frame 20, the power connection pin 45 mounted on the LED board 25 flows upward into the connection pin distribution hole 21 of the base frame 20. As a result, it is inserted into and coupled to the power connection pin insertion hole (43) of the power connection connector (40) mounted on the power connection bracket (30).

As described above, when the power connection pin 45 of the LED board 25 is inserted and coupled to the power connection pin insertion hole 43 of the power connection connector 40, the power line 50, the power connection connector 40, and the power supply are connected to each other. The connection pin 45 and each LED 26 remain electrically connected.

In this way, with the power connection pin 45 of the LED board 25 coupled to the power connection pin insertion hole 43 of the power connection connector 40, both ends of the LED board 25 in the longitudinal direction are screwed with bolt screws (specifically, Installation is completed by fixing it to the bottom of the base frame 20 using a fixing means (not shown) and covering (fixing) the diffusion cover 10 on the lower part of the base frame 20.

As described above, when the lighting device (1), which is easy to connect to the power source according to the present invention, is mounted at an unspecified location such as the ceiling (100) or a wall, and the power switch (not specifically shown) is turned on, the power line ( The power (electricity) flowing in through 50) is supplied to the electrically connected power connection connector 40, the power connection pin 45, and each LED 26, and thus each LED 26 emits light.

In this way, the lighting device (1), which is easy to connect to the power source according to the present invention, sequentially combines the power connection bracket (30), the base frame (20), the LED substrate (25), and the diffusion cover (10). It can be easily installed through a simple assembly process, and the power line 50, power connection connector 40, power connection pin 45, and each LED 26 can be electrically connected.

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

1: Lighting device that is easy to connect to the power supply 10: Diffusion cover
20: Base frame 21: Connection pin distribution hole
22: Part protection frame 23: Binding part
24. 36: Binding jaw 25: LED substrate
26: LED 30: Power connection bracket
31: Bracket body 32: Bracket attachment hole
33: Mounting bolt 35: Bracket attachment guide
40: Power connection connector 41: Power line connection hole
42: Power line branch button 43: Power connection pin insertion hole
45: power connection pin 50: power line

Claims (6)

On the bottom of the base frame (20), where various electrical components such as stabilizers are installed, a plurality of LEDs (26) are installed at regular intervals, and the LED board (25) and diffusion cover (10) are installed so that they can be integrated or separated. in things;
A power connection bracket 40 is provided on the upper side of the base frame 20 and is fastened to the ceiling or wall;
The power connection bracket (30) and the base frame (20) can be fastened together by fastening means;
A power connection connector (40) having a power line connection hole (41) and a power connection pin insertion hole (43) is mounted on the bottom of the power connection bracket (30);
The power line 50, which is introduced through the power line entry hole 46 of the power connection bracket 30, is connected to the power line connection hole 41 of the power connection connector 40 mounted on the bottom of the power connection bracket 30. One thing;
In the power connection pin insertion hole 43 of the power connection connector 40 mounted on the bottom of the power connection bracket 30, the power connection pin 45 protruding from the upper surface of the LED board 26 is inserted into the base frame 20. ) is inserted and bound through the connection pin distribution hole (21); A lighting lamp that is easy to connect to a power source.
The method according to claim 1, wherein the power connection bracket (30) is fixedly installed on the ceiling or wall, etc.;
One or more bracket mounting holes (32) are drilled at both ends of the rectangular bracket body (31) along the longitudinal center line, and mounting bolts (33) are fastened thereto;
Bracket attachment guides (35) are formed side by side on both sides of the bracket body (31) in the longitudinal direction, and a plurality of attachment protrusions (36) are formed at the lower inner surfaces of each bracket attachment guide (35);
A power connection connector (40) is integrated and fixed at the center of the bottom of the bracket body (31);
A power line inlet hole (46) is drilled on one of the two sides of the power connection connector (40) in the bracket body (31) to allow the external power line (50) to flow into the inside of the bracket body (31); A lighting lamp that is easy to connect to a power source.
The method according to claim 1, wherein the power connection connector (40) mounted on the center of the bottom of the bracket body (31);
Among the outer surfaces formed as rectangular parallelepipeds, a plurality of power cable connection holes 41 are formed on one front surface so that power cables (+ lines and - lines) can be inserted and connected;
A plurality of power line branch buttons 42 are installed on the bottom of the power connection connector 40 in the direction of the power line connection hole 41 to connect the power lines (+ line and - line) connected to the power line connection hole 41. Ease of detention and release;
A plurality of power connection pin insertion holes (43) are formed on the side of the power line branch button (42) at the bottom of the power connection connector (40);
Electrically connecting the conductor buried in the power line connection hole (41) with the conductor buried in the power connection pin insertion hole (43); A lighting lamp that is easy to connect to a power source.
The method according to claim 1, comprising: a base frame (20) on which various devices are installed;
A component protection frame 22 is protrudingly formed on the upper surface of the plate formed of a flat plate, and a plurality of fastening portions 23 are attached to the component protection frame 22 on both sides in the longitudinal direction with brackets formed on the power connection bracket 30. formed by being spaced apart at equal intervals from the guide 35;
A coupling protrusion 24 is formed on the outer surface of each coupling portion 23 so that it can be coupled with the coupling protrusion 24 formed on the inner surface of the bracket coupling guide 35;
Inside the component protection frame 22, a connection pin distribution hole 21 is formed in the plate on the same vertical line as the power connection connector 40 mounted on the power connection bracket 30; A lighting lamp that is easy to connect to a power source.
In claim 1, the LED substrate 25 is;
On the upper surface of the LED board (25) on which the LEDs (26) are installed at regular intervals to be electrically connected, the power connection pin (45) is inserted into the power connection pin insertion hole of the power connection connector (40) mounted on the power connection bracket (30). It is installed upright to match (43), but the power connection pin (45) is electrically connected to the LED (26);
The power connection pin 45 of the LED board 25 can be inserted and removed into the power connection pin insertion hole 43 of the power connection connector 40 mounted on the power connection bracket 30; A lighting lamp that is easy to connect to a power source.
In claim 5, the power connection pin installed on the LED board is;
Connecting fittings were installed on the LED board to be electrically connected to each LED (26);
A power connection pin is installed on the upper surface of the connection fitting on the upper side of the LED board so that the connection pin head is closely connected to the connection fitting;
Wrapping and restraining the power connection pin and the connection pin head with an elastic coil spring; A lighting lamp that is easy to connect to a power source.

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