KR102149043B1 - Rail type LED lamp - Google Patents

Abstract

In the rail LED lighting lamp having a connector installed on the rail and coupled to the main body, the connector has a bottom portion open, an inner space formed, a protrusion comprising a coupling protrusion protruding on an inner surface, and an extension protrusion at the bottom of the protrusion, The bottom part is opened and the inner space is formed, and the horizontal part is bent, inserted into the main body, and the coupling protrusion protruding from the inner surface is formed, and the cutout part is cut to a certain width from the end to the top, and is cut in the inner surface. It consists of a plate-shaped vertical portion consisting of a plate-shaped recovery portion protruding adjacent to the portion; The protrusion is formed 33-192mm apart from the end of the main body in the direction of the center, and is connected to extend in a straight (-) type, a memory character (a) type, a mium character (ㅁ) type, a tija (T) type, or a cross (+) type. When it is fastened to the rail, it is not placed on the top of the rail finishing material, so that it is not interfered with by the rail finishing material, and the coupling protrusion is combined to form a completed connector, and it is easy to insert the vertical part into the main body, and the vertical part is in its original position after being inserted into the main body. There is an effect such as recovering to.

Description

Rail type LED lamp}

The present invention relates to an LED lighting lamp for a rail, and more specifically, a protrusion protruding from the main body from a connector installed on the rail is configured to be spaced apart from the end of the main body by a predetermined distance, and the connector is divided in the longitudinal direction and assembled by a coupling protrusion. The present invention relates to an LED lighting lamp for rails that allows lighting from the rail finishing material to be possible without interference from the rail finishing material even when an LED lighting lamp for rail is installed on an extended rail and facilitates assembly of parts placed in a connector.

With the rapid development of LED (light emitting diode) related technology, white LEDs that use blue LEDs and phosphors to emit white light have appeared, and LED lighting using white LEDs is a means of lighting in homes and offices in buildings. As a substitute for fluorescent lamps, incandescent lamps, and halogen lamps.

The LED lighting lamp is very small compared to conventional fluorescent lamps, incandescent lamps, and halogen lamps, has low power consumption, is semi-permanent, does not emit harmful waves such as ultraviolet rays, and does not use mercury or discharge gas, and is bright and environmentally friendly lighting. It is in the spotlight as a light source.

In general, lighting lamps are installed in residential facilities such as houses or apartments or office spaces such as offices so that light is evenly reflected indoors, and lighting lamps for exhibition effects are fixedly installed to illuminate a specific part, place, or direction.

Looking at the prior art of rail LED lighting, which is used for the above shops, exhibition halls, and fairs, and is used for exhibition effects that can move along rails such as ceilings,

Korean Patent Laid-Open Publication No. 10-2014-0093010 A rod-shaped lighting fixture for rail outlets (July 25, 2014) is formed to a certain length, and is assembled so that the opening ends are in contact with the fixing blades on both sides of the rail outlet. A case body; A lighting lamp that is replaceably mounted on a closed end opposite to the open end of the case body; A cover plate detachably assembled to the open end of the case body; A protrusion formed to be exposed to one side of the cover plate so as to have a width that can be inserted between the fixing blades on both sides of the rail outlet; It is composed of both side locking blades extending in the width direction of the case body on both sides of the protrusion so as to be locked from the inside of the fixing blades on both sides of the rail outlet.

The rod-shaped lighting fixture for rail outlets is configured to protrude from the case body while one side of the protruding part and the locking wing is configured on both sides of the case body, so that the straight (-) type, the memory type (a) type, and the mium character (ㅁ) In the case of installing rod-type lighting fixtures for rail outlets on rails of type, T-type, or cross (+) type, the part to which the rail outlet with rail finishing material that connects the rail outlet is connected (the rail is 90° in Fig. 9). There is a problem that it is not possible to illuminate in the part that is bent by.

Republic of Korea Patent Laid-Open Publication No. 10-2017-0027570 Rail lighting (March 10, 2017) is inserted in a vertical direction with respect to the rail and fixed between upper outlet terminals, and a body portion supporting a light source; It is installed in the main body, a rotation terminal connecting power to the light source is coupled and inserted between the outlet terminals inside the rail together with the main body, and a terminal coupling part that can be connected to the outlet terminal by rotating relative to the main body. , Consisting of a terminal coupling portion including an outer member formed with an opening hole for the terminal so that the rotation terminal can be rotated.

The rail LED lighting is configured to protrude from the body while the outer member is formed on both sides of the body, so that it is a straight (-) type, a memory character (a) type, a mium character (ㅁ) type, a tija (T) type, or a cross (+) In the case of installing a rail lighting lamp on a rail of a type, there is a problem that it is impossible to illuminate at the part (near the end of the rail) where the rail with the rail finishing material that connects the rail is connected.

The present invention was created to solve the problems of the prior art described above, and the protrusions protruding from the main body from the connector installed on the rail and coupled to the main body constituted a distance of 33 to 192 mm from the end of the main body in the direction of the center of the main body. The divided connector is assembled by the coupling of the coupling protrusions, and the rail is connected to the straight (-) type, the memory (a) type, the mium (ㅁ) type, the T-shaped (T) type, or the cross (+) type. Even when the LED lighting is installed, it is possible to illuminate in the rail finishing material that connects the rail, and it is to provide an LED lighting for rail that is easy to assemble the parts placed in the connector.

In the present invention, in the rail LED lighting lamp having a connector installed on the rail and the main body is coupled, the connector includes a protrusion having an open bottom portion and an inner space, and a horizontal protruding portion extending at the bottom of the protrusion and having the bottom open and the inner space formed. It consists of a plate-shaped vertical portion bent in the portion and the horizontal portion and inserted into the body; The protrusion is formed at a distance of a predetermined distance from the end of the main body toward the center.

In addition, the present invention is composed of the separation distance is 33 ~ 192mm.

In addition, in the present invention, the connector is divided in the longitudinal direction, and a coupling protrusion integrally protruding on the inner surface of the divided protrusion and the vertical part is configured.

In addition, in the present invention, the vertical portion is configured with a cutout portion cut to a certain width in the upper direction from the end.

In addition, in the present invention, the vertical portion is configured with a plate-shaped recovery portion protruding at a right angle to the vertical portion adjacent to the cutout portion on the inner surface;

In addition, in the present invention, an LED board is configured in the converter and the main body inside the horizontal part, and a wire connecting the converter and the LED module or circuit terminal is mounted as a circuit on the LED board.

The present invention has the effect of not receiving interference from the rail finishing material when the protrusion is configured at a distance from the end of the main body at a certain distance in the center direction and is fastened to the extended-connected rail.

In addition, in the present invention, the protrusion is formed at a separation distance of 33 to 192 mm, and is connected to a straight (-) type, a memory character (a) type, a mium character (ㅁ) type, a tija (T) type, or a cross (+) type. Even when it is fastened in, lighting is possible from the rail finishing material.

In addition, according to the present invention, the connector divided in the longitudinal direction is coupled by the coupling protrusion, so that the assembly or placement of the components in the connector is easy.

In addition, the present invention has the effect of easy insertion of the vertical portion into the main body, the cutout is configured in the vertical portion.

In addition, the present invention has the effect that the recovery portion is configured in the vertical portion so that the recovery of the original position after the vertical portion is inserted into the main body is ensured.

In addition, according to the present invention, since the converter and the LED module or circuit terminal are mounted as a wiring or an electric line on the LED substrate as a circuit, the wiring or the electric line is shortened, thereby reducing the exposure.

Figure 1: A state diagram of a conventional rail LED lighting lamp used in the memory (a) type rail.
Figure 2: A perspective view of the present invention.
Figure 3: A perspective view of the upper and lower surfaces of the connector of the present invention.
Figure 4: Top and bottom perspective views of the disassembled connector of the present invention,
Figure 5: A schematic cross-sectional view of the present invention.
Figure 6: The present invention is used in the memory (a) type rail.

Rail lights have a pair of rail terminals (C) connected to commercial power sources, and are installed on the ceiling, such as straight (-), memory (a), mium (ㅁ), tija (T), or cross (+) It is installed on the rail (A) of the type, but when the conventional rail lighting (D) is installed on the extended rail (A), there is a problem that it cannot be illuminated from the rail finishing material (B) due to the interference of the rail finishing material (B). have.

The LED lighting lamp (1) for rail of the present invention is installed on a rail (A) extended in a straight (-) type, a memory character (a) type, a mium character (ㅁ) type, a tija (T) type, or a cross (+) type. In this case, the protrusion 11 of the connector 10 installed on the rail (A) is separated from the end of the main body 20 at a certain distance in the center direction so that there is no interference from the rail finishing material (B). Lighting is possible, and the connector (10) is divided in the longitudinal direction and the coupling protrusion (11-2) is formed on the inner surface of the protrusion (11) so that the coupling protrusion (11-2) is coupled to the inner surface of the vertical part (13). By configuring the protrusion 13-2, the coupling protrusion 13-2 is coupled to facilitate assembly of a component placed in the connector 10.

In general, the rail (A) is a rectangular bar shape with a narrower width compared to the length with a'C' shape or a'U' shape in longitudinal section, and a pair of sides forming both sides along the width direction and one side of the side. It is composed of a closed surface connecting the ends, and an opening is formed on the lower side along the width direction, and a rail terminal (C) is formed on the inside of the side surface.

The connector 10 has an upper portion installed on the rail (A) and is connected to the rail terminal (C) of the rail (A) to embrace a rotating terminal to receive power, and the bottom portion of one side is opened and a protrusion formed with an inner space. A plate-shaped vertical portion 13 formed integrally with the horizontal portion 12 and the horizontal portion 12, which is formed at the bottom of the 11 and the protrusion 11, the bottom portion is opened and the inner space is formed, and inserted into the body 20 ).

The connector 10 is composed of one or two, and is configured in the vicinity of one end or both ends of the body 20 in the longitudinal direction, respectively. One of the two connectors 10 rotates the rotary terminal for connecting power to the rail A in the inner space, the converter 40 for supplying power to the LED, and the rotary terminal, or the connector 10 is connected to the rail A ), a rotating member, a lever, a vertical rotating shaft, a rail locking protrusion, etc. are configured, but the rotating terminal and the converter 40 are not configured. This is because when the two connectors 10 are configured with a rotation terminal and a converter 40, cross-talk may occur in the + and-power supplied to the LED module 50 by the power of the rail A.

The protrusion 11 is formed in a long hexahedral shape of a certain length, the lower surface is open, the lower end is opened, and the front, rear, upper and both sides are formed in a plate-shaped plane, so that the cross section is in a'c' shape. The front and rear surfaces of the protrusion 11 are designated as protruding surfaces 11-1, so that the protruding surface 11-1, the upper and both sides are sealed, and the lower surface is open. When the rail LED lamp (1) is mounted on the rail (A), the upper surface and the protruding surface (11-1) of the protruding part (11) and the protruding surface (11-1) consisting of both sides open the rail (A). It is inserted into the part.

When the lever is rotated while the upper portion of the protrusion 11 is inserted into the opening between the pair of rail terminals C, the rotating member rotates about the vertical axis of rotation, and the rotating terminal rotates by the rotation of the rotating member. . By the rotation of the rotation terminal, the ends of the rotation terminal pass through the terminal windows 11-3 formed through both sides of the protrusion 11 and are exposed in the direction of both sides of the protrusion 11, and a pair of rail terminals C ) And connected to the rail terminal (C) to be electrically connected.

In accordance with the rotation of the rotating member, a rail locking protrusion of the rotating member is formed at the lower portion of the terminal window 11-4 at the same time as the rotating terminal, and is formed penetrating through both sides of the protruding surface 11-1. ), and is exposed to both side directions of the protrusion 11 and spans the side opening hole of the rail A, so that the rail LED lighting 1 is fixed without being separated from the rail 2 in the vertical direction.

The connector 10, the main body 20, the diffusion cover 40, the converter 40. Insert the protrusion 11 into the opening of the rail (A) fastened to the ceiling in the vertical direction in the LED light (1) for rail in a state in which the LED module 50 and the finishing plate 60 are coupled. In this state, if the lever is rotated in the lever window 11-5 along the lever window 11-5, the rotating member rotates around the axis in the vertical direction, and accordingly, the rotation terminal rotates the terminal window 11-3. It is exposed to the outside of the protruding surface (11-1), that is, it protrudes and is disposed horizontally in the width direction, so that it spans a pair of rail terminals (C) of the rail (A), and electrical connection between the rail terminal (C) and the rotation terminal As a result, power is applied to the converter 40, the LED module 50, and the LED, so that the LED lighting lamp 1 for the rail can be turned on. The rail (A), rail terminal (C), rotation terminal, lever, vertical rotation shaft, rail locking jaw, terminal window (11-3), locking jaw window (11-4), lever window (11-5), etc. Since it is not the present invention, a detailed description thereof will be omitted.

The horizontal portion 12 is integrally extended and protruded to the bottom of the protruding portion 11, the bottom portion is opened, and an inner space is formed. The horizontal portion 12 is integrally bent on the front, rear and one side of the protrusion 11 and extends to the other side, that is, at the edge of the integral horizontal plate type and horizontal plate type at the front, rear and one side consisting of a vertical surface. It consists of a strip-shaped extension surface that extends integrally in a downward direction.

The horizontal part 12 is formed in a long hexahedral shape of a certain length, the lower surface is opened, the lower end is opened, and a part of the front, rear and upper surface is composed of a plate-shaped plane, so that the cross section becomes a'c' shape and the entire In the shape, part of the upper surface, the front surface, the rear surface, and both sides are sealed and the lower surface is formed open. The upper surface of the horizontal portion 12 is formed in a shape in which a portion in which the protruding portion 11 is formed is opened, and a portion in which the protruding portion 11 is not formed is formed in a plate-shaped plane and the lower surface thereof is opened.

The vertical portion 13 is formed integrally with the horizontal portion 12 and is formed in a plate shape to be inserted into the body 20. That is, the vertical portion 13 is formed integrally with the horizontal portion 12 and is formed of a plate-shaped vertical surface 13-1 inserted into the body 20, and has a strip-shaped'U' shape or a'C' shape. It is composed of a shape and penetrates up and down, and one side is not formed.

The width of the outer surface of the vertical part 13 is the same as the width of the inner surface of the main body 20, and when the vertical part 13 is inserted into the main body 20, the outer surface of the vertical part 13 and the inner surface of the main body 20 contact So that the contact area is large, so that it is difficult to separate itself.

The protrusion 11 is formed at a distance (L) of a certain distance from the end of the main body 20 to the center of the main body 20 and extends to the upper part of the rail finishing material (B) when fastened to the connected rail (A). It is configured not to be positioned so that it is not interfered with the rail finishing material (B). In order to configure the rail (A) in a long straight (-) shape, a plurality of rails (A) must be connected. At this time, the connection of the adjacent rails (A) is made with the rail finishing material (B).

As shown in Fig. 1, when the conventional rail lighting D at the end edge of the main body 20 is installed on the extended rail A, the protrusion 11 is inserted into the rail A, so that the protrusion 11 ) Is installed on the rail (A) without the rail finishing material (B) and cannot be installed in the part with the rail finishing material (B), so that the rail finishing material (B) cannot illuminate due to the interference of the rail finishing material (B). do.

If the protrusion 11 is installed at a distance L of a predetermined distance from the end of the main body 20 toward the center of the main body 20 with a value larger than the dimension of the rail finishing material (B), the LED lighting for rail ( It is possible to install 1) on the rail finishing material (B), so that it is not interfered with the rail finishing material (B), and the rail finishing material (B) can also illuminate.

The rail finishing material (B) is composed of a square plate-shaped finishing center plate (B1) in the center, and a rail fastening part (B2) protruding integrally from the center of the left and right edges of the finishing center plate (B1), or the finishing center plate (B1). ) Is composed of only the rail fastening part (B2), and the rail fastening part (B2) has one or more upper and lower fasteners (B3).

The thickness of the finishing center plate (B1) is the same as the thickness of the rail (A), and the rail fastening part (B2) is inserted into the opening of the rail (A), so the width of the rail fastening part (B2) is The same configuration and the thickness of the rail fastening portion (B2) is configured equal to the depth of the opening.

The separation distance (L) is composed of 33 ~ 200mm. One end of the protrusion 11 is configured to be located between 33 to 200 mm in the direction of the center of the main body 20 from the end of the main body 20, and by this separation distance L, the protrusion 11 is formed with one fastening hole ( B3), 2 fasteners (B3), 3 fasteners (B3), 4 fasteners (B3), 5 fasteners (B3) or 6 fasteners (B3), that is, 1 or 2 fasteners (B3) , 3, 4, 5 or 6 are not located on the top of the rail finishing material (B).

The rail finishing material (B) consisting of the finishing center plate (B1) has a fastener (B3) in each of the rail fastening parts (B2), so in the case of one fastening hole (B3) in each rail fastening part (B2), one , 2 for 2 fasteners (B3), 3 for 3 fasteners (B3), 4 for 4 fasteners (B3), 5 for 5 fasteners (B3), 6 In the case of the fastener (B3), 6 screw holes are formed. The rail finishing material (B) consisting only of the rail fastening part (B2) is a configuration without the finishing center plate (B1), and the left and right rail fastening parts (B2) are integrally configured from the rail finishing material (B) with the finishing center plate (B1). In the case of 1 fastener (B3), there are 2, 2 fasteners (B3), 4, 3 fasteners (B3), 6, 4 fasteners (B3), 8, 5 In the case of the fastener (B3), there are 10 screw holes, and in the case of the 6 fastener (B3), 12 screw holes are formed.

In the prior art, if you install an LED light for rail on a rail (A) that extends in a straight (-) type, a memory character (a) type, a mium character (ㅁ) type, a tija (T) type, or a cross (+) type, it is 1 fastening. In the case of rail finishing material (B) with sphere (B3), the rail (A) is fastened to the fastener (B3) in one place with one screw, so the shadow is small in the rail finishing material (B), but the fastening is not strong. , As the number of fasteners (B3) increases, the fasteners (B3) are fastened to the rail (A) by screws as much as the quantity increases. ), there is a problem that the shadow becomes large.

The present invention is a problem of the prior art, straight (-) type, memory character (a) type, mium character (ㅁ) type, tija (T) type, or cross (+) type extended connected rail (A) for rail LED lighting When (1) is used, the rail finish material (B), which is the part that extends the rail (A), does not cause shading.

The separation distance (L) is also applied to the rail finishing material (B) consisting of a finishing center plate (B1) formed of 1 fastening hole (B3) to 6 fastening hole (B3), and 1 fastening hole (B3) to 6 fastening hole (B3) ), the rail finishing material (B) consisting of only fasteners (B3) without the finishing center plate (B1) formed of) was applied to the rail (A).

The finishing center plate (B1) has the same length as the width of the rail (A), and the size of the finishing center plate (B1) is the same as 33 × 33 mm, but the fastener (B3) is inserted and placed in the opening of the rail (A). The length is not limited, but the total length of the rail finishing material (B) consisting of the finishing center plate (B1) is 69 to 321 mm, and the total length of the rail finishing material (B) consisting only of the rail fastening part (B2) is 36 to 288. As mm, the length of the rail fastening part B2 per one screw hole in the rail finishing material B, that is, per fastener B3, is 18 to 24 mm, and various rail finishing materials B are manufactured.

The rail finishing material (B) consisting of the finishing center plate (B1) having a total length of 69 mm has a length of one fastener (B3) of 18 mm except for the length of the finishing center plate (B1) of 33 mm. The length from one edge of B1) to the end of the rail fastening part (B2) on the other side is 51 mm, and the rail finishing material (B) consisting of the finishing center plate (B1) with a total length of 321 mm is the finishing center plate (B1). Except for the length of 33 mm, the length of one fastener (B3) is 144 mm, and the length from one edge of the finishing center plate (B1) to the end of the rail fastener (B2) on the other side is 177 mm.

The rail finishing material (B) consisting of only the rail fastening part (B2) having a total length of 36 mm has a length of 18 mm from the center of the rail fastening part (B2) to the end of one fastener (B3), and the total length is 288 The rail finishing material (B) composed of only the rail fastening part (B2) of mm is 144 mm in length from the center of the rail fastening part (B2) to the end of the fastener (B3) on one side.

When the rail finishing material (B) extends and connects the rail (a), the finishing center plate (B1) and the rail fastening part (B2) affect the shading, so the length that affects the shading is 69 mm in total length. Rail finishing material (B) consisting of umpire (B1) is 51 mm, rail finishing material (B) consisting of finishing center plate (B1) having a total length of 321 mm is 177 mm, rail fastening part (B2) with a total length of 36 mm The rail finishing material (B) composed of bays is 18 mm, and the rail finishing material (B) composed of only rail fastening portions (B2) having a total length of 288 mm is 144 mm.

In consideration of the minimum length of 18 mm and the maximum length of 177 mm, which affects the shadow, and the wires and wire connections for power connection of the rail (a) fastened to the rail finishing material (B), the protrusion 11 is placed in the main body 20 The minimum length is 33mm from the end of the center and the maximum length is 192mm apart, that is, the separation distance (L) is configured as 33~192mm.

The protrusion 11 is configured to be spaced from the end of the main body 20 in the center direction by 33 to 192 mm, so that it does not come into contact with the rail finishing material (B) having 1 fastening hole (B3) to 6 fastening hole (B3). The LED lamp (1) is fastened to the rail (A), and the rail (A) of the straight (-) type, the memory (a) type, the mium (ㅁ) type, the tija (T) type, or the cross (+) type Even when the for LED lighting (1) is installed, lighting is possible in the rail finishing material (B), that is, no shade occurs.

When connecting the rails (A) continuously, the rail fastening parts (B2) are inserted into the openings of the rails (A), respectively, and then the fasteners (B3) are screwed to the rails (A) into which each is inserted, and the rails (A) are It can be a long straight (-) type, a memorial character (a) type, a miumja (ㅁ) type, a tija (T) type, or a cross (+) type. The 1 fastening hole (B3) is configured near the center of the rail fastening part (B2), and 2 fastening holes (B3), 3 fastening holes (B3), 4 fastening holes (B3), 5 fastening holes (B3), 6 fastenings The sphere (B3) is configured to be spaced apart from the rail fastening portion (B2) at regular intervals.

The straight (-) rail (A) uses one or more straight (-) rail finishing materials (B) consisting only of the rail fastening part (B2), and the LED lighting for rail on the left and right of the rail fastening part (B2). When (1) is fastened, a plurality of rail LED lights (1) are implemented in a continuous straight (-) type.

The memory holder (a) type rail (A) uses one rail finishing material (B) with a finishing center plate (B1) in which the fastener (B3) is formed at a right angle, and the rail LED is attached to the rail fastening part (B2). When the lighting lamp (1) is fastened, the two rail LED lighting lamps (1) are implemented in the form of a memory (a) type.

The rail (A) of the Miumja (ㅁ) type uses 4 rail finishing materials (B) with a finishing center plate (B1) in which the fastener (B3) is formed at a right angle, and the rail finishing material (B) becomes the corner. When the LED lighting lamp 1 for rail is fastened to the part B2, the LED lighting lamp 1 for the four rails is implemented in a memory shape (a).

The tija (T) type rail (A) uses one rail finishing material (B) with a finishing center plate (B1) in which the fastener (B3) is composed of a tija (T) type, and attaches it to the rail fastening part (B2). When the LED lamp for rail (1) is fastened, three LED lamps for rail (1) are implemented in a T-shaped (T) type.

The cross (+) rail (A) uses one rail finishing material (B) with a finishing center plate (B1) consisting of a cross (+) fastener (B3), and the rail finishing material (B) is the center. In this way, if the rail LED lighting 1 is fastened to the rail fastening part B2, the 4 rail LED lighting 1 is implemented in a cross (+) shape.

The straight (-) rail finishing material (B) and fastener (B3) consisting of only the rail fastening part (B2) are closed at a right angle from the finishing center plate (B1), and the finishing center plate (B1) and fastener (B3) are closed. It is possible to extend and connect rails (A) of various sizes and shapes by mixing the finished center plate (B1) composed of a cross (+) shape in the center plate (B1).

A wire connecting the converter 40 and the LED module 50 or the circuit terminal is mounted as a circuit on the LED substrate. The converter 40 is mounted inside the horizontal part 12, and the LED board of the LED module 50 is configured in the main body 20, and wiring and converter 40 connecting the converter 40 and the LED module 50 All or part of the electric wire connecting) and the circuit terminal is mounted as a circuit on the LED board.

The rotating terminal is connected to the rail terminal (C) of the rail (A) and is not affected by the position of the protrusion (11), but the rail lighting (D) of the prior art is to shorten the wiring connecting the converter and the LED module. The protrusion was constructed at the end of the LED module.

The protrusion 11 may be configured at a distance of 33 mm and may be configured at a distance of 192 mm. When the protrusion 11 is formed at a distance of 33 mm, the wiring connecting the converter 40 and the LED module 50 is shortened, but the electric line connecting the rail terminal C and the converter 40 becomes long, When the converter 40 is configured at a distance of 192 mm, the electric wire connecting the rail terminal C and the converter 40 is shortened, but the wiring connecting the converter 40 and the LED module 50 is lengthened.

When the protrusion 11 is formed at a distance of 33 mm, one end and the other end are exposed as circuit pads, and an electric line circuit mounted as a circuit on an LED board is mounted so that one end of the electric line circuit is adjacent to the converter 40 And the other end of the electric wire circuit is exposed at a position adjacent to the rotating terminal to shorten the length of the electric wire, and when the protrusion 11 is formed at a distance of 192 mm, the other end is exposed as a circuit pad. A wiring circuit mounted as a circuit is mounted on the LED board, and one end of the wiring circuit is connected to the circuit of the LED module, and the circuit pad of the other end of the wiring circuit is exposed at a position adjacent to the converter, so that the length of the wiring is shortened to the horizontal part. There is an effect of shortening the length of the electric wire or wiring exposed inside.

The connector 10, that is, the protrusion 11, the horizontal portion 12, and the vertical portion 13 are divided in the longitudinal direction. The connector 10 is composed of a cylindrical shape with an inner space formed therein, but a semi-finished product divided in the longitudinal direction is produced and combined to form a configuration that is placed in the connector 10, that is, a rotating terminal, a rotating member, a lever, a vertical rotating shaft. , It is easy to assemble or settle the rail locking jaw.

The rotation terminals, levers, and rail locking protrusions are partially exposed to the outside of the protruding surface 11-1 of the protruding part 11, that is, due to rotation while being located in the inner space of the protruding part 11, that is, assembling or The connector 10 is configured to be divided for convenience of placement.

The divided protrusion 11, that is, a plurality of coupling protrusions 11-2 protruding integrally in a perpendicular direction to the inner surface of the protruding surface 11-1, is configured, and the protrusion 11 divided in the longitudinal direction is a coupling protrusion A plurality of coupling protrusions (13-2) which are joined by the coupling of (11-2) and are integrally protruded in a perpendicular direction to the divided vertical portion 13, that is, the inner surface of the vertical surface 13-1 The vertical portion 13 divided in the direction is coupled by the coupling of the coupling protrusion 13-2, and the divided connector 13 is coupled.

The coupling protrusions 11-2 and 13-2 are circumferentially protruding from the inner surfaces of the divided protrusion 11 and the vertical part 13 at a right angle in the inner direction, respectively, and the corresponding coupling protrusions 11-2 and 13 In -2), the inner diameter of one coupling protrusion (11-2, 13-2) is composed of a slightly larger or similar diameter to the outer diameter of the other coupling protrusion (11-2, 13-2), and they are combined. .

That is, the coupling protrusions 11-2 and 13-2 are configured in a male and female shape so that the coupling protrusions 11-2 and 13-2 in the male shape are female-shaped coupling protrusions 11-2 and 13- 2) The connector 10 is completed as the left and right protrusions 11 and the vertical parts 13 that are inserted and divided into 2) are combined.

Any one of the male and female coupling protrusions 11-2 and 13-2 constitutes a screw hole penetrated in the longitudinal direction to the coupling protrusions 11-2 and 13-2, and the coupling protrusions 11-2 and 13- Tighten 2) with screws to ensure the coupling of the coupling protrusions (11-2, 13-2).

The coupling protrusions 11-2 and 13-2 of the divided protrusion 11 are coupled to each other, and the coupling protrusions 11-2 and 13-2 of the divided vertical portion 13 are coupled to each other, and the connector 10 The connector 10 is secured by screwing the coupling protrusions 11-2 and 13-2 coupled to each other.

The vertical part 13 includes a plurality of cutouts 13-3 cut in a predetermined width from the end to the top. The cut-out part 13-3 is formed from the vertical part 13, that is, from the end of the vertical surface 13-1 to the middle height of the vertical surface 13-1, and a part of the vertical surface 13-1 is configured to penetrate through The vertical portion 13 in which the portion 13-3 is formed, that is, the end of the vertical surface 13-1, has low strength, that is, resistance, and is bent in the inward direction by an external force.

When the vertical portion 13, that is, the width of the outer surface of the vertical surface 13-1 and the width of the inner surface of the upper body 20, are the same, it is difficult to insert the vertical portion 13 into the upper inner surface of the body 20. Since the vertical portion 13 may be damaged when forcibly inserted, the cut-out 13-3 is configured in the vertical portion 13, so that when the vertical portion 13 is inserted into the body 20, the vertical portion 13 The bending occurs in the inward direction, so that the vertical portion 13 is easily inserted into the main body 20.

When the vertical part 13 is inserted into the main body 20 to the height of the vertical part 13 of the part where the cut-out part 13-3 is formed and an insertion pressure is applied, the cut-out part 13-3 is not formed vertically. The part 13 is forcibly inserted into the upper inner surface of the main body 20, and thus the vertical part 13, that is, the vertical surface 13-1 and the main body 20 are coupled to each other firmly.

The vertical portion 13, that is, the vertical surface 13-1, is formed with a plate-shaped recovery portion 13-4 protruding in a plurality of integrally at right angles adjacent to the cutout portion 13-3 on the inner surface. After the vertical portion 13 is inserted into the upper inner surface of the main body 20, the vertical portion 13 comprising the recovery portion 13-4, that is, the lower portion of the vertical surface 13-1, is completely recovered by bending. If not, the contact area between the outer surface of the vertical portion 13 and the inner surface of the main body 20 becomes small, and thus, the coupling between the vertical surface 13-1 and the main body 20 is not solid. In order to solve this problem, a recovery part 13-4 is formed on the vertical part 13 so that the recovery part 13-4 restores the vertical part 13 to its original position after the vertical part 13 is inserted into the main body. As a result, the contact between the outer surface of the vertical portion 13 and the inner surface of the body 20 is ensured.

The vertical portion 13, that is, the vertical surface 13-1, has a plate-shaped reinforcement portion 13-5 spaced apart from the recovery portion 13-4 on the inner surface and protruding in a plurality of integrally at right angles. The recovery part 13-4 has a cut-out part 13-3 and shares one side with the cut-out surface of the cut-out part 13-3, but the reinforcement part 13-5 is a recovery part 13-4. ) And is configured on a vertical surface (13-1) that is not configured as a recovery unit (13-4). Since the vertical portion 13, that is, the vertical surface 13-1 is plate-shaped, the strength may be small, and the strength may be weakened due to damage when the vertical portion 13 is inserted into the inner surface of the main body 20. 13-5) reinforces the strength of the vertical portion 13, that is, the vertical surface 13-1 to prevent a decrease in strength.

When the main body 20 is made of aluminum or aluminum alloy, it is formed in a long bar shape of a certain length by extrusion molding, and both sides are open, the top is open, and the front, rear and lower surfaces are flat. In this'H' shape or'C' shape, the overall shape is lower surface, the front and rear surfaces are sealed, the side surfaces are formed open, and both sides are open, but it is not limited thereto and can be modified.

The upper surface of the main body 20 is integrally bent in the inward direction from the front and rear surfaces to form an opening portion opened to the center in the longitudinal direction. A plate-shaped upper finishing plate 70 is coupled to the opening portion of the main body 20 in which the connector 10 is not formed, and diffusion fastened to both sides of the main body 20 and the main body 20 A plate-shaped side finishing plate 60 for simultaneously closing both sides of the cover 30 is configured.

Even if the diffusion cover 30 attempts to separate or detach itself from the main body 20 by wind or vibration while the rail LED lighting 1 is fixed to the ceiling, it cannot be separated or separated by the side finish plate 60 Is prevented. The shape of the side finish plate 60 is the same as the cross-section in a state in which the main body 20 and the diffusion cover 351 are combined, and the size of the cross-section in which the main body 20 and the diffusion cover 351 are combined. It is constructed the same as the outer size.

The main body 20 is sealed by the lower surface, the front surface, the rear surface, the connector 10, the upper finishing plate 70 and the upper finishing plate 70, and the LED module 50 is mounted on the lower bottom surface, and the LED The module 50 is fastened to the bottom of the lower surface of the main body 10 so that the LED faces outward so that the light emitted from the LED irradiates the interior, that is, the floor of the interior. The LED module 50 is composed of an LED substrate on which an electrode circuit is formed to electrically connect the LED and a plurality of LEDs attached to the lower portion of the LED substrate and electrically connected to each other by an electrode circuit, and the LED substrate is usually It is formed in a plate shape of a resin-based material used as a material.

The converter 40 is placed in the inner space of the connector 10, that is, the inner space of the horizontal part 12 by screws or other configurations, is connected to the rotating terminal, is electrically connected to the power source, and connected to the LED module 50 As a result, power is supplied to the LED, the input AC current is converted into a DC current, and supplied to the LED module 50 electrically connected by wiring, and a driving circuit for driving the LED is mounted.

In the converter 40, when a driving circuit and a semiconductor device are formed on a converter substrate formed in a plate shape made of a resin-based material, and an instantaneous overvoltage occurs in an input power source, static electricity or sparks are generally generated in the driving circuit of the converter 40. (spark) may occur, and in order to absorb this, a surge absorber or varistor for overvoltage protection is mounted in the driving circuit to protect the driving circuit from instantaneous overvoltage or surge current.

The diffusion cover 30 is slidably inserted in the longitudinal direction of the main body 10 so as to be detachably mounted at the bottom of the main body 20, is configured in a flexible curved or straight plate shape, and embraces the LED module 50 inside the LED. It diffuses the emitted light to the outside. The cover body of the diffusion cover 30 has a cross section that is substantially similar to an arc shape, a semicircle shape, or a'c' shape and is formed to be elongated in the longitudinal direction, so that the entire shape is formed in a shape with open upper and both sides. The diffusion cover 30 is mounted on the front part of the LED module 50 to allow light emitted from the LED to be incident and diffuse to the outside, and unlike a discharge lamp, since the LED has a small diffusion angle, the diffusion cover 30 The LED module 50 increases the illuminated area by increasing the irradiation angle of light, thereby obtaining a more efficient lighting effect.

The terms or words used in the specification and claims of the present invention are not limited to a conventional or dictionary meaning, and the inventor can appropriately define the concept of terms in order to describe his own invention in the best way. Based on the point, it should be interpreted as a meaning and concept consistent with the technical idea of the present invention.

Therefore, since the embodiments described in the detailed description of the present invention and the configuration shown in the drawings are only the most preferred embodiment of the present invention, the scope of the present invention is limited to the described embodiments and should not be defined, but at the time of filing of the present invention. In this case, it should be understood that variations are possible or may exist, and should be determined by the claims and equivalents.

1: LED lamp for rail 10: Connector
11: protrusion 11-1: protrusion surface
11-2, 13-2: coupling protrusion 11-3: terminal window
11-4: locking sill 11-5: lever window
12: horizontal part 13: vertical part
13-1: vertical surface 13-3: cutout
13-4: recovery part 13-5: reinforcement part
20: main body 35: diffusion cover
40: converter 50: LED module
60: side finish plate 70: top finish plate
A: Rail B: Rail finishing material
B1: Finish center plate B2: Rail fastening part
B3: Fastener C: Rail terminal
D: conventional rail lighting L: separation distance

Claims (6)

delete In the rail LED lighting, which is installed on the rail and has a connector to which the main body is connected,
The connector includes a protrusion having an open bottom portion and an inner space, a horizontal portion extending and protruding at the bottom of the protrusion and having an open bottom portion and an inner space, and an inner surface that is bent in the horizontal portion and inserted into the body and divided in the longitudinal direction. Consisting of a plate-shaped vertical portion formed integrally with the protruding coupling protrusions and completed by the coupling of the coupling protrusions;
The protrusion is formed at a distance of 33 to 192 mm from the end of the main body toward the center, so that the rail LED lights are straight (-) type, memory type (a) type, mium character (ㅁ) type, tija (T) type, or When fastened to a rail connected in a cross (+) shape, it is not located on the top of the rail finishing material;
When the rail LED lighting is fastened to the rail, it is possible to illuminate from the rail finishing material.
The method of claim 2,
The protrusion is divided in the longitudinal direction and has a coupling protrusion integrally protruding on the divided inner surface:
The protrusion completed by the coupling of the coupling protrusions Rail LED lighting, characterized in that the configuration.
The method of claim 3,
The vertical portion is composed of a cutout portion cut to a certain width in the upper direction from the end;
The cutout portion, characterized in that the vertical portion is bent when the vertical portion is inserted into the body to facilitate insertion of the vertical portion into the main body, characterized in that the LED lighting for rail.
The method of claim 4,
The vertical portion comprises a plate-shaped recovery portion protruding at a right angle to the vertical portion adjacent to the cutout portion on the inner surface;
The recovery unit for rail LED lighting, characterized in that after the vertical portion is inserted into the body to restore the vertical portion to its original position.
The method of claim 5,
A converter is mounted inside the horizontal portion and an LED substrate is formed in the body;
An LED lighting lamp for rail, characterized in that a part or all of an electric wire connecting the converter and the LED module or circuit terminal is mounted as a circuit on the LED substrate.

Images