KR102708212B1 - A light lamp - Google Patents

Abstract

The lighting fixture according to the present invention, which is easy to connect to power, is installed on the bottom of a base frame formed in a '-' or '+' shape, on which various electrical components such as a stabilizer are installed, and on which a plurality of LEDs are installed at regular intervals, and a diffusion cover are installed so that they can be combined or separated as an integral unit, and a power connection bracket that is fixedly fastened to a ceiling or a wall is provided on the upper side of the base frame, and the power connection bracket and the base frame can be connected by a connection means, and a power connection connector having a power line connection hole and a power connection pin insertion hole respectively formed on the bottom of the power connection bracket is installed, and a power line that is introduced through the power line inlet 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 a power connection pin that is installed protruding on the upper surface of the LED substrate is inserted into the power connection pin insertion hole of the power connection connector mounted on the bottom of the power connection bracket through the connection pin distribution hole of the base frame to connect. It is.
The present invention relates to a power connection bracket having a small volume and a simple configuration, which is manufactured separately from a base frame and can be easily attached (mounted) to a ceiling or a wall by a fixing means such as an attachment bolt, and a fastening means is formed correspondingly on the power connection bracket and the base frame to be attached (mounted) to the ceiling or the wall, so that the base frame can be easily attached to and detached from the power connection bracket, and a power line connected to and disconnected from a power line of a power connection connector mounted on the bottom surface of the power connection bracket can be easily connected and disconnected through a power line inlet hole of the power connection bracket, and a power connection pin installed to protrude on an upper surface of an LED substrate can be easily connected and disconnected through a power connection pin insertion hole of the power connection connector mounted on the bottom surface of the power connection bracket by inserting it through a connection pin distribution hole of the base frame.
In addition, the present invention can easily install and disassemble a power connection bracket on a ceiling, etc., and can easily fasten and release a base frame assembled to an LED substrate to and from the power connection bracket, so the present invention can easily be installed and disassembled in a short period of time; a power line connected to and disconnected from a power line connection hole of a power connection connector mounted on the bottom surface of the power connection bracket through a power line inlet hole of the power connection bracket can be easily connected and disconnected, and a power connection pin protrudingly installed on the top surface of the LED substrate can be easily fastened and disconnected by inserting it through the connection pin distribution hole of the base frame into a power connection pin insertion hole of the power connection connector mounted on the bottom surface of the power connection bracket, so that the connection (connection) of the power line can also be performed quickly and easily without poor contact.

Description

{A light lamp} A lighting device with easy power connection

The present invention relates to a lighting device with easy power connection, which is improved to enable quick and safe power connection when installing various lighting devices, such as LED lighting devices, on a ceiling, etc.

To explain this in more detail, the base frame formed in a '-' or '+' shape, on which various electrical components such as a stabilizer are installed, has a plurality of LEDs installed at regular intervals on the bottom surface of the base frame, and an LED substrate and a diffusion cover are installed so that they can be combined or separated as an integral part, and a power connection bracket that is fixedly fastened to a ceiling or wall is provided on the upper side of the base frame, and the power connection bracket and the base frame can be fastened by a fastening means, and a power connection connector having a power line connection hole and a power connection pin insertion hole respectively formed on the bottom surface of the power connection bracket is installed, and a power line introduced through the power line inlet hole of the power connection bracket is connected to the power line connection hole of the power connection connector mounted on the bottom surface of the power connection bracket, and a power connection pin installed protruding on the upper surface of the LED substrate is inserted through the connection pin distribution hole of the base frame into the power connection pin insertion hole of the power connection connector mounted on the bottom surface of the power connection bracket to fasten it. The aim is to provide a lighting device that is easy to power on.

Lighting fixtures typically installed in homes are installed by fixing the bracket on which the light is installed to the ceiling or wall using a fixing means such as a screw, connecting a power cord to the power connection connector connected to the wire extending from the lighting fixture, and when the light is pushed toward the bracket, the hanging groove of the light is hooked to the protrusion of the bracket, and the light is assembled and installed.

In this type of assembly, after fixing the bracket to the attachment surface, the light must be held while connecting the power to the power connection connector or connecting the power and taping (insulating) it with insulating tape. However, since the work must be done while holding the light, the power connection work and the taping of the insulating tape cannot be easily performed, and there is the disadvantage of poor workability.

In particular, when connecting power to the power connector and pushing the light into the bracket to secure it, depending on the thickness of the power cord, the condition of the attachment surface, and the space in which the power connector is stored, the light may not adhere to the attachment surface when fastening (pushing up) the light and may spread apart, and the light may not be fixed in its proper position and may tilt and twist, spoiling the appearance.

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

Lighting fixtures that typically use LEDs (Light Emitting Diodes) include Domestic Utility Model No. 20-0448953 (LED lamp attached to PL socket), Publication Patent No. 10-2012-0138535 (One-touch ceiling-mounted LED lighting fixture), Publication Patent No. 10-2013-0031966 (PL type LED lamp), Registration Patent No. 10-1070884 (LED lighting device structure), Registration Patent No. 10-1379463 (Quick-mounting LED lighting device), Registration Patent No. 10-1481965 (One-touch detachable LED lighting device), etc.

Utility Model No. 20-0448953 (LED lamp attached to PL socket) merely increases the illuminance by arranging the LED element on a V-shaped folded substrate, and Patent Publication No. 10-2012-0138535 (One-touch type ceiling-mounted LED lighting fixture) is a fixture with a built-in SMPS fixedly installed on the ceiling, and a separation part with a built-in LED module can be attached and detached to the fixture in a one-touch manner using a bracket, and Patent Publication No. 10-2013-0031966 (PL type LED lamp) is a fixture in which an LED module, an LED cover, and a ballast cover can be installed without a separate means, and Patent Registration No. 10-1070884 (LED lighting device structure) is a fixture in which a body (first joining part, connecting part, second joining part) can be easily attached to a fixed bar installed on the ceiling of an underground parking lot, etc., using a fixing bracket. It is simply designed to be installed and disassembled.

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 that is mounted on a ceiling or wall and combining a light-transmitting cover to the base frame, and registered patent No. 10-1481965 (one-touch detachable LED lighting device) is made by sequentially installing (combining) a lamp frame and a diffusion cover on a lighting fixture body that is mounted on a ceiling or wall, and combining an LED substrate on which LEDs are installed to the lamp frame.

However, these LED lamps or LED lighting fixtures are merely technologies that have made assembly (combination) somewhat easier by simply changing the structure of the parts, and have not yet reached an improvement in technology that allows quick and safe power connection when installing lighting such as LED lighting fixtures on ceilings and walls, as in the present invention.

The present invention aims to provide a lighting device with easy power connection, which is improved to enable quick and safe power connection when installing a lighting device such as an LED lighting fixture on a ceiling, etc.

The present invention is a base frame formed in a '-' or '+' shape, on which various electrical components such as a stabilizer are installed, and on the bottom surface of the base frame, a plurality of LEDs are installed at regular intervals, and an LED substrate and a diffusion cover are installed so as to be able to be combined or separated as an integral part, and a power connection bracket is provided on the upper side of the base frame to be fastened to a ceiling or a wall, and the power connection bracket and the base frame can be fastened by a fastening means, and a power connection connector having a power line connection hole and a power connection pin insertion hole respectively formed on the bottom surface of the power connection bracket is installed, and a power line introduced through the power line inlet hole of the power connection bracket is connected to the power line connection hole of the power connection connector mounted on the bottom surface of the power connection bracket, and a power connection pin installed to protrude on the upper surface of the LED substrate is inserted through the connection pin distribution hole of the base frame into the power connection pin insertion hole of the power connection connector mounted on the bottom surface of the power connection bracket to fasten it; The purpose is to provide a lighting device with easy power connection, characterized by:

Another object of the present invention is to provide a lighting device with easy power connection, characterized in that a power connection bracket with a small volume and a simple configuration is manufactured separately from a base frame so that it can be easily attached (mounted) to a ceiling or a wall by a fixing means such as a fixing bolt, and a fastening means is formed correspondingly on the power connection bracket and the base frame to enable the base frame to be easily attached (mounted) to the power connection bracket, and a power line connection hole of a power connection connector mounted on the bottom surface of the power connection bracket can be easily connected and disconnected from a power line introduced through a power line inlet hole of the power connection bracket, and a power connection pin of the power connection connector mounted on the bottom surface of the power connection bracket can be easily connected and disconnected by inserting a power connection pin protrudingly installed on the upper surface of an LED substrate through a connection pin distribution hole of the base frame into a power connection pin insertion hole;

Another object of the present invention is to provide a lighting device characterized in that a power connection bracket can be easily installed and separated from a ceiling, etc., and a base frame assembled to an LED substrate can be easily fastened and released from the power connection bracket, so that the present invention can be easily installed and disassembled in a short period of time; a power line connection hole of a power connection connector mounted on the bottom of the power connection bracket can easily be connected and separated from a power line introduced through a power line inlet hole of the power connection bracket, and a power connection pin installed protruding on the top surface of the LED substrate can be easily fastened and separated by inserting it through the connection pin distribution hole of the base frame into the power connection pin insertion hole of the power connection connector mounted on the bottom of the power connection bracket, so that the connection (connection) of the power line can be quickly and easily performed without poor contact.

The above and other purposes of the present invention are:

On the bottom of the base frame (20) where various electrical components such as a stabilizer are installed, an LED substrate (25) on which multiple LEDs (26) are installed at regular intervals and a diffusion cover (10) are installed so that they can be combined or separated as an integral part, and a power connection bracket (30) that is fixedly fastened to a ceiling or wall is provided on the upper side of the base frame (20), and the power connection bracket (30) and the base frame (20) are fastened by a fastening means, and a power connection connector (40) is mounted on the bottom of the power connection bracket (30), and a power line (50) that is introduced through the power line inlet 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), and the power connection connector (40) mounted on the bottom of the power connection bracket (30) is connected to the power line connection hole (41). In the power connection pin insertion hole (43), the power connection pin (45) protrudingly installed on the upper surface of the LED board (25) is inserted and connected;

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The above power connection connector (40) is provided with a power line connection hole (41) and a power connection pin insertion hole (43);

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This is achieved by a lighting device (1) characterized in that the power connection pin (45) of the LED board (25) is inserted into the power connection pin insertion hole (43) of the power connection connector (40) through the connection pin distribution hole (21) of the base frame (20) and connected;

The lighting device with easy power connection according to the present invention is

The invention is characterized in that a stabilizer and other electrical components are installed on the bottom of a base frame formed in a '-' or '+' shape, and a plurality of LEDs are installed at regular intervals on an LED substrate and a diffusion cover so as to be able to be combined or separated as an integral part, and a power connection bracket is provided on the upper side of the base frame to be fastened to a ceiling or a wall, and the power connection bracket and the base frame can be fastened by a fastening means, and a power connection connector having a power line connection hole and a power connection pin insertion hole respectively formed on the bottom of the power connection bracket is installed, and a power line introduced through the power line inlet 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 a power connection pin installed to protrude on the upper surface of the LED substrate is inserted into the power connection pin insertion hole of the power connection connector mounted on the bottom of the power connection bracket to be fastened through the connection pin distribution hole of the base frame;

The present invention relates to a power connection bracket having a small volume and a simple configuration, which is manufactured separately from a base frame and can be easily attached (mounted) to a ceiling or a wall by a fixing means such as an attachment bolt, and a fastening means is formed correspondingly on the power connection bracket and the base frame to be attached (mounted) to the ceiling or the wall, so that the base frame can be easily attached to and detached from the power connection bracket, and a power line connected to and disconnected from a power line of a power connection connector mounted on the bottom surface of the power connection bracket can be easily connected and disconnected through a power line inlet hole of the power connection bracket, and a power connection pin installed to protrude on an upper surface of an LED substrate can be easily connected and disconnected through a power connection pin insertion hole of the power connection connector mounted on the bottom surface of the power connection bracket by inserting it through a connection pin distribution hole of the base frame.

In addition, the present invention can easily install and disassemble a power connection bracket on a ceiling, etc., and can easily fasten and release a base frame assembled to an LED substrate to and from the power connection bracket, so the present invention can easily be installed and disassembled in a short period of time; a power line connected to and disconnected from a power line connection hole of a power connection connector mounted on the bottom surface of the power connection bracket through a power line inlet hole of the power connection bracket can be easily connected and disconnected, and a power connection pin protrudingly installed on the top surface of the LED substrate can be easily fastened and disconnected by inserting it through the connection pin distribution hole of the base frame into a power connection pin insertion hole of the power connection connector mounted on the bottom surface of the power connection bracket, so that the connection (connection) of the power line can also be performed quickly and easily without poor contact.

Figure 1 is a perspective view showing the connection state of a lighting device with easy power connection according to the present invention.
Figure 2 is a perspective view showing an exploded state of a lighting device with easy power connection according to the present invention.
Figure 3 is a cross-sectional view showing the connection state of a lighting device with easy power connection according to the present invention.
Figure 4 is a cross-sectional view showing another installation state of a power connection pin in a lighting device with easy power connection according to the present invention.

The above and other objects and features of the present invention will be more clearly understood by the following specific examples based on the attached drawings.

The attached drawings 1 to 4 show specific implementation examples of a lighting device (1) with easy power connection according to the present invention.

In the attached drawings, FIG. 1 is a perspective view showing the assembly of a lighting device (1) with easy power connection according to the present invention, FIG. 2 is an exploded perspective view of a lighting device (1) with easy power connection according to the present invention, FIG. 3 is a longitudinal cross-sectional view showing the assembly state of a lighting device (1) with easy power connection according to the present invention, and FIG. 4 is a cross-sectional view showing another installation state of a power connection pin (45) in a lighting device (1) with easy power connection according to the present invention.

First, the configuration of a lighting device (1) with easy power connection according to the present invention is described.

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

The power connection bracket (30) that is fixedly installed on a ceiling or wall is formed as follows.

On the longitudinal center line of the bracket body (31) formed in a rectangular shape, one or more bracket mounting holes (32) are drilled at each end on both sides to fasten mounting bolts (33) so that the bracket body (31) can be fixedly installed on a ceiling or wall, etc. Bracket fastening guides (35) are formed in parallel on both sides of the longitudinal direction of the bracket body (31), and a number of fastening protrusions (36) are formed on the inner lower part of each bracket fastening guide (35).

On the bottom surface of the above bracket body (31), preferably, a power connection connector (40) is integrally fixed in the center, and a power line inlet hole (46) is formed on one of the two sides of the power connection connector (40) in the bracket body (31) so that an external power line (50) can be introduced into the inside of the bracket body (31) and connected by inserting it into the power line connection hole (41) of the power connection connector (40).

The power connection connector (40) mounted on the center of the bottom surface of the above bracket body (31) is formed as follows.

A plurality of power line connection holes (41) (preferably an even number) are formed on one side (preferably the front) of the outer surface so that power lines (50: + line and - line) can be inserted and connected, and a plurality of power line branch buttons (42) are installed on the outer surface (preferably the bottom surface as viewed from the drawing Fig. 2) of the power connection connector (40) in the direction of the power line connection hole (41) so that the power lines (50: + line and - line) connected to the power line connection hole (41) can be easily secured and released.

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

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

A component protection frame (22) is formed protrudingly on the upper surface of the plate formed as a flat plate to enable easy installation and protection of various components such as stabilizers.

In the above-described component protection frame (22), a plurality of fastening portions (23) are formed spaced apart on both sides in the longitudinal direction, preferably formed at the same interval as the bracket fastening guide (35) formed on the power connection bracket (30), and a fastening protrusion (24) is formed on the outer surface of each fastening portion (23) so that it can be fastened by combining with the fastening protrusion (36) formed on the inner surface of the bracket fastening guide (35), and a connecting pin distribution hole (21) is formed in the plate on the inside of the above-described component protection frame (22), and is formed in the same vertical line as the power connection connector (40) mounted on the power connection bracket (30), so that the power connection connector (40) can be identified or exposed through the connecting pin distribution hole (21) on the lower side of the base frame (20).

The LED substrate (25) on which various light sources such as LEDs (26) are installed is electrically connected by arranging conventional LEDs (26) as light sources at regular intervals on the LED substrate (25), and a power connection pin (45) is installed upright on the upper surface of the LED substrate (25) so as to be aligned with 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 electrically connected to each LED (26), and the power connection pin (45) of the LED substrate (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).

In particular, the power connection pin (45) installed on the LED substrate (25) is installed (fixed) so that the connection fitting (27) is electrically connected to each LED (26) on the LED substrate (25), as illustrated in FIG. 4, and the power connection pin (45) is installed on the upper surface of the connection fitting (27) on the upper side of the LED substrate (25) so that the connection pin head (46) is closely connected to the connection fitting (27), and by wrapping and holding the power connection pin (45) and the connection pin head (46) with an elastic coil spring (47), the power connection pin (45) can be kept fluid.

The diffusion cover (10) that diffuses light generated from various light sources such as LEDs (26) formed of a light-transmitting material and installed on an LED substrate (25) is formed of a commonly known material and shape and emits light generated from each light source of the LED substrate (25), i.e., LEDs (26), so a detailed description thereof is omitted.

Hereinafter, the installation and use of the lighting device (1) with easy power connection according to the present invention formed as described above will be described.

The lighting device (1) with easy power connection according to the present invention first installs the power connection bracket (30) in an unspecified location such as a ceiling (100) or a wall.

The power connection bracket (30) is installed by fixing the bracket body (31) to a ceiling (100) or wall, etc., by attaching a mounting bolt (33) to a bracket mounting hole (32) formed at both ends along the longitudinal center line of the bracket body (31).

With the power connection bracket (30) fixedly installed on the ceiling (100) or wall, etc., the power line (50) that is introduced through the ceiling (100) is introduced into the power line inlet (46) of the bracket body (31), and the end of the power line (50) (copper wire with the covering stripped off) is inserted into the power line connection hole (41) of the power connection connector (40) mounted (fixed) on the bottom of the bracket body (31) while operating the power line branch button (42) to connect the wire.

As described above, insert the tip of the power cable (50) (copper wire with the covering stripped off) into the power cable connection hole (41) of the power connection connector (40) and connect it, and then push the base frame (20) upward from the lower side of the power connection bracket (30) to install (attach).

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

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

As described above, with the base frame (20) mounted (connected) to the power connection bracket (30), the LED substrate (25) is pushed from the lower side of the base frame (20) to the upper side and mounted on the bottom surface.

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) is inserted into the power connection pin insertion hole (43) of the power connection connector (40) mounted on the power connection bracket (30) while being introduced upward through the connection pin distribution hole (21) of the base frame (20).

As described above, when the power connection pin (45) of the LED board (25) is inserted into the power connection pin insertion hole (43) of the power connection connector (40) and connected, the power line (50), the power connection connector (40), the power connection pin (45), and each LED (26) remain electrically connected.

In this way, with the power connection pin (45) of the LED board (25) connected to the power connection pin insertion hole (43) of the power connection connector (40), the longitudinal ends of the LED board (25) are fixed to the bottom surface of the base frame (20) by a fixing means such as a bolt screw (not specifically shown), and the diffusion cover (10) is covered (fixed) on the lower part of the base frame (20) to complete the installation.

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

In this way, the lighting device (1) according to the present invention, which is easy to connect to power, can be easily installed through a simple assembly process of sequentially connecting the power connection bracket (30), the base frame (20), the LED board (25), and the diffusion cover (10), and the power line (50), the power connection connector (40), the 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 described specific embodiments, it will be apparent to those skilled in the art that various modifications and variations can be made within the technical scope of the present invention, and such modifications and variations should naturally fall within the scope of the appended claims.

1: Lighting device with easy power connection 10: Diffusion cover
20: Base frame 21: Connecting pin distribution hole
22: Component protection frame 23: Fastening part
24. 36: Fixing jaw 25: LED board
26: LED 30: Power connection bracket
31: Bracket body 32: Bracket mounting hole
33: Attachment bolt 35: Bracket fixing guide
40: Power connection connector 41: Power line connection hole
42: Power line split button 43: Power connection pin insertion hole
45: Power connection pin 50: Power cord

Claims (6)

On the bottom of the base frame (20) where various electrical components such as a stabilizer are installed, an LED substrate (25) on which multiple LEDs (26) are installed at regular intervals and a diffusion cover (10) are installed so that they can be combined or separated as an integral part, and a power connection bracket (30) that is fixedly fastened to a ceiling or wall is provided on the upper side of the base frame (20), and the power connection bracket (30) and the base frame (20) are fastened by a fastening means, and a power connection connector (40) is mounted on the bottom of the power connection bracket (30), and a power line (50) that is introduced through the power line inlet 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), and the power connection connector (40) mounted on the bottom of the power connection bracket (30) is connected to the power line connection hole (41). In the power connection pin insertion hole (43), the power connection pin (45) protrudingly installed on the upper surface of the LED board (25) is inserted and connected;
The above power connection connector (40) is provided with a power line connection hole (41) and a power connection pin insertion hole (43);
A lighting device with easy power connection, characterized in that the power connection pin (45) of the LED board (25) is inserted and connected through the connection pin distribution hole (21) of the base frame (20) into the power connection pin insertion hole (43) of the power connection connector (40).
In claim 1, the power connection bracket (30) fixedly installed on a ceiling or wall, etc.;
In the bracket body (31) formed in a rectangular shape, one or more bracket mounting holes (32) are drilled at each end on each side along the longitudinal center line, and mounting bolts (33) are fastened, bracket fixing guides (35) are formed in parallel on both sides of the bracket body (31) in the longitudinal direction, a power connection connector (40) is integrally fixed and combined at the center of the bottom surface of the bracket body (31), and a power line inlet hole (46) is drilled on one side of the power connection connector (40) in the bracket body (31) so that an external power line (50) can be introduced into the inside of the bracket body (31);
A lighting device with easy power connection, characterized in that a plurality of connection protrusions (36) are formed on the inner lower part of each of the above bracket connection guides (35).
delete delete In claim 1, the LED substrate (25) is;
In order to enable the power connection pin (45) of the above LED board (25) to be inserted into the power connection pin insertion hole (43) of the power connection connector (40) mounted on the power connection bracket (30);
A lighting device with easy power connection characterized by: a power connection pin (45) is installed upright on the upper surface of an LED substrate (25) on which LEDs (26) are installed at regular intervals so as to be electrically connected, and the power connection pin (45) is electrically connected to the LED (26) by being aligned with the power connection pin insertion hole (43) of the power connection connector (40) mounted on the power connection bracket (30);
In claim 5, the power connection pin (45) installed on the LED substrate (25) is;
A connection fitting (27) is installed on the LED board (25) so as to be electrically connected to each LED (26);
On the upper side of the LED board (25), a power connection pin (45) is installed on the upper surface of the connection metal fitting (27) so that the connection pin head (46) is closely connected to the connection metal fitting (27);
A lighting device with easy power connection, characterized in that the power connection pin (45) and the connection pin head (27) are wrapped and held by a spring coil (47).

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