KR102590688B1 - Rail Lighting Fixtures - Google Patents

Abstract

The ballast-integrated rail lighting fixture is arranged along the longitudinal direction of the rail body, which has a predetermined width and an elongated shape, and has a rail with a power supply line for supplying power, and an accommodation space is formed inside to supply power. A lighting unit including a housing having a connection terminal connected to a power supply line, a stabilizer disposed in the internal receiving space of the housing and controlling the power capacity supplied from the connection terminal, and a lighting unit that outputs light with power provided through the stabilizer. Includes.

Description

Rail Lighting Fixtures

The present invention relates to a rail lighting fixture, and more specifically, to a ballast-integrated rail lighting fixture in which a ballast and a lighting fixture are formed as one piece.

In a typical rail-type lighting fixture, one ballast of a certain capacity is installed on a rail of a certain length. Since the lighting fixtures installed on the rail cannot exceed the capacity of the ballast, only lighting fixtures of a certain number and capacity can be installed. If you want to install a larger capacity and number of steam ports, you must install a larger capacity ballast.

However, when installing lighting fixtures according to the capacity of the ballast, there are limitations to installation, and installation of lighting fixtures as desired by the user is very limited and causes inconvenience.

Therefore, the purpose of the present invention is to provide a ballast-integrated rail lighting fixture that can be installed regardless of the ballast capacity.

The ballast-integrated rail lighting device according to the present invention for achieving the above object includes a rail body having a predetermined width and a long extending shape, and a rail disposed along the longitudinal direction of the rail body and having a power supply line for supplying power; And a housing having a receiving space formed therein and a connection terminal connected to the power supply line to receive power, a stabilizer disposed in the internal receiving space of the housing and controlling the power capacity supplied from the connection terminal, and the stabilizer. It includes a lighting unit including a lighting unit that outputs light with power provided through. Instead of installing lighting by separating the ballast and lighting parts, the ballast and lighting parts are integrated into the lighting unit. If the connection terminal is connected only to the power supply line of the rail, the lighting parts can be installed in the desired location and number, so the operator who installs the lighting fixtures can install them. Convenience can be improved.

Here, if a fixing part is provided to detachably fasten the housing to the rail so that the connection terminal remains connected to the power supply line, the connection terminal will be stably connected to the power supply line due to the fixing part. It is desirable to be able to do so.

And at least one side of the rail and the housing is made of a metal material containing iron, and when the fixing part includes a magnet installed on at least one of the rail and the housing, the lighting unit is connected to the rail due to magnetic coupling between the metal material and the magnet. This is desirable because installation convenience can be increased when installing.

Here, if the stabilizer is selected to correspond to the power capacity of the lighting unit, the stabilizer of the lighting unit and the lighting unit are installed with corresponding capacities, so it is preferable that the lighting unit can be stably turned on when the power is connected.

In addition, the housing includes a plurality of separable and combinable units so that the stabilizer and the lighting unit disposed in the internal receiving space can be replaced. Since the housing of the lighting unit is provided in a plurality of separable units, the stabilizer and the lighting unit can be separated. This is desirable because the convenience of replacement and maintenance can be improved.

According to the present invention, instead of installing the lighting by separating the ballast and the lighting part, the ballast and the lighting part are integrated into the lighting unit, so that when the connection terminal is connected only to the power supply line of the rail, the lighting part can be installed in the desired location and number, so the lighting fixture can be installed. This has the effect of improving installation convenience for workers.

In addition, the fixing part allows the connection terminal to remain stably connected to the power supply line, and the magnetic coupling between the metal material and the magnet increases the convenience of installation when installing the lighting unit on the rail. .

In addition, since the stabilizer and lighting unit of the lighting unit are installed with corresponding capacities, the lighting unit can be turned on stably when the power is connected. Since the lighting unit housing is provided in multiple detachable units, the stabilizer and lighting unit can be replaced and maintained separately. This has the effect of improving convenience.

Figure 1 is an operation diagram of a ballast-integrated rail lighting device according to the present invention.
2 is a diagram showing the separation operation of the housing.
Figure 3 is a perspective view of the rail fixing structure of a deformable ballast-integrated rail lighting fixture.
Figure 4 is an exploded perspective view of the rail fixing structure of Figure 3.
Figure 5 is an operation diagram of the rail fixing structure of Figure 3.
Figure 6 is a detailed illustration of the protrusion of Figure 3.
Figure 7 is a diagram illustrating the length of the bent part, reverse bent part, and rail of Figure 3.
Figure 8 is an operation diagram of a rail-type lighting fixture of a deformable ballast-integrated rail lighting fixture.
FIG. 9 is a diagram illustrating the operation of connecting the connection terminal and power supply line of FIG. 8.
Figure 10 is a control block diagram of the rail-type lighting fixture of Figure 8.
Figure 11 is a detailed view of the lighting unit of Figure 8.

Hereinafter, a ballast-integrated rail lighting device (1) according to a preferred embodiment of the present invention will be described in detail with reference to the attached drawings.

Figure 1 is an operation diagram of the ballast-integrated rail lighting device (1) according to the present invention, and Figure 2 is an operation diagram of the housing 21 separated.

The configuration of the ballast-integrated rail lighting fixture 1 will be described with reference to FIGS. 1 and 2.

The ballast-integrated rail lighting fixture (1) includes a rail (10), a lighting unit (20), and a fixture (30).

The rail 10 includes a rail body 11, a power supply line 12, and a mounting jaw 13.

The rail body 11 has a predetermined width and has a long extending shape.

The power supply line 12 is arranged along the longitudinal direction of the rail body 11 and supplies power.

The mounting stopper 13 is configured to hang the lighting unit 20 after it is mounted on the rail 10. The mounting locking protrusion 13 is configured to catch the locking portion 32 of the fixing portion 30, which will be described later.

The lighting unit 20 includes a housing 21, a stabilizer 22, and a lighting unit 23.

The housing 21 has a receiving space formed therein and has a connection terminal 211-1 connected to the power supply line 12 to receive power. The housing 21 includes a first housing 211 and a second housing 212.

The first housing 211 has parts that are coupled to and separated from the rail 10, and includes a contact terminal 211-1 and a first coupling portion 211-2.

The second housing 212 is combined with the first housing 211 to form the external shape of the lighting unit 20. The second housing 212 includes a second coupling portion 212-1 to be coupled to the first coupling portion 211-2.

The stabilizer 22 is disposed in the internal receiving space of the housing 21 and adjusts the power capacity supplied from the connection terminal 211-1.

The lighting unit 23 outputs light using power provided through the stabilizer 22. The lighting unit 23 includes an LED 231, a rotation connection unit 232, a rotation driver 233, and a diffusion plate 234.

The LED 231 is configured to receive power and output light.

The rotation connector 232 is rotatably coupled to the LED 231 so that the LED 231 can be rotated. As a result, the rotation connector 232 can change the direction in which light is output.

The rotation driver 233 can rotate and drive the LED 231 rotatably coupled to the rotation connection portion 232.

The diffusion plate 234 is disposed in the light output direction of the LED 231 to diffuse the light output from the LED 231.

The fixing part 30 can fix and detachably couple the housing 21 to the rail 10 so that the connection terminal 211-1 remains connected to the power supply line 12. The fixing part 30 includes a magnet 31 and a locking part 32.

The magnet 31 may be installed on at least one of the rail 10 and the housing 21. When the magnet 31 is installed in the housing 21, a metal plate may be placed at the mounting position of the rail 10. Accordingly, the lighting unit 20 can be easily mounted on the rail 10.

The locking portion 32 can be caught on the mounting stop 13 when the lighting unit 20 is located in a mounting position for mounting on the rail 10. As a result, the mounting of the lighting unit 20 and the rail 10 can be strengthened.

Figure 1 is an operation diagram of the ballast-integrated rail lighting device (1) according to the present invention.

Figure 1 (a) Inside the mounting stop 13 of the rail 10, the power supply line 12 is arranged along the longitudinal direction of the rail 10. A metal steel plate is disposed on the inner upper part of the mounting step 13 of the rail 10.

Connection terminals 211-1 connected to the power supply line 12 are formed on the left and right upper sides of the lighting unit 20, and a magnet 31 is disposed on the upper side of the housing 21. Locking portions 32 are formed on both sides of the housing 21, and a stabilizer 22 and a lighting portion 23 are disposed on the inside. The lighting unit 20 is separated from the rail 10.

Figure 1 (b) An operator holds the lighting unit 20 and moves it upward. The locking portions 32 on both sides of the housing 21 are passed in a state in which they are moved inward while contacting the mounting jaw 13, and when the locking portion 32 passes the mounting jaw 13, they are opened back to their original state. As it falls, it gets caught in the mounting jaw (13).

The magnet 31 disposed on the upper side of the housing 21 may be magnetically coupled to the metal plate disposed on the upper inner side of the mounting jaw 13 of the rail 10. The connection terminal 211-1 is connected while in contact with the power supply line 12 to supply power to the lighting unit 23.

Figure 2 is a diagram of the separation operation of the housing 21.

Figure 2 (a) Connection terminals 211-1 connected to contact with the power supply line 12 are formed on the left and right upper sides of the lighting unit 20, and a magnet 31 is located on the upper side of the housing 21. It is placed. Locking portions 32 are formed on both sides of the housing 21, and a stabilizer 22 and a lighting portion 23 are disposed on the inside.

Here, the housing 21 consists of a first housing 211 and a second housing 212 that can be separated and combined with each other. The first housing 211 and the second housing 212 are coupled to each other.

Figure 2 (b) After the worker holds the first housing 211, the second housing 212 can be rotated and separated. Accordingly, it may be easy to replace or maintain the stabilizer 22 and the lighting unit 23 disposed on the inside.

Figure 3 is a perspective view of the rail fixing structure (5) of the deformable ballast integrated rail lighting fixture (1).

The rail fixing structure 5 includes a rail 510, an elastic fixing member 520, and a fixing part 530.

The rail 510 includes a rail body 511, a protruding extension portion 512, and a bent extension portion 513.

The rail body 511 has a predetermined width and has a long extending shape.

The protruding extension portions 512 have a pair of protruding extensions protruding from edge areas on both sides along the longitudinal direction of the rail body 511. The protruding extension 12 includes a first protruding extension 5121 and a second protruding extension 5122.

The first protruding extension 5121 is formed to protrude from the left edge area along the longitudinal direction of the rail body 511.

The second protruding extension 5122 is formed to protrude from the right edge area along the longitudinal direction of the rail body 511.

The bent extension portion 513 is bent and extended from the ends of the pair of protruding extension portions 512 in an inward direction closer to each other. The bent extension 513 includes a first bent extension 5131 and a second bent extension 5132.

The first bent extension 5131 is bent and extended from the end of the first protruding extension 5121 in a direction approaching the second bent extension 5132.

The second bent extension portion 5132 is formed by bending and extending from the end of the second protruding extension portion 5122 in a direction approaching the first bent extension portion 5131.

The elastic fixing member 520 includes a bent portion 521, a penetrating portion 522, and a reverse bent portion 523.

The bent portion 521 has a shape bent at a predetermined angle. The bent portion 521 includes a first protrusion 5211.

The first protruding protrusion 5211 is formed in the extended end region of the bent portion 521 and has a shape that protrudes sharply from a plurality of regions.

The penetrating portion 522 is formed in the central area of the bent portion 521 to allow a bolt pillar 5311, which will be described later, to pass through.

The reverse bent portion 523 is formed as a pair in which edge regions on both sides of the bent portion 521 are bent in opposite directions to the bending direction of the bent portion 521. The reverse bent portion 523 includes a second protrusion 5231.

The second protruding protrusion 5231 is formed in a shape that protrudes sharply from a plurality of regions at the extended end region of the reverse bent portion 523.

The fixing part 530 is configured to fix the elastic fixing member 520 to the rail 510. The fixing part 530 includes a fixing bolt 531 and a fixing nut 532.

The fixing bolt 531 includes a bolt column 5311 and an extended head portion 5312.

The bolt pillar 5311 is formed to be inserted into the penetration part 522.

The extended head portion 5312 extends from the distal region of the bolt column 5311 and may be provided in a size that prevents it from passing through the penetrating portion 522.

The fixing nut 532 includes a nut pillar 5321 and a coupling hole 5322.

The nut column 5321 has a coupling hole formed in the central area of the shaft, and is combined with the fixing bolt 531 to press the bent portion 521 as it approaches the extension head 5312 to straighten the bent portion 521. You can.

The coupling hole 5322 is formed in the central area of the axis of the nut pillar 5321 to accommodate and couple to the bolt pillar 5311.

Figure 5 is an operation diagram of the rail fixing structure 5.

Figure 5 (a) The bent portion 521 of the elastic fixing member 520 is disposed in the sliding space formed by the protruding extension portion 512 and the bent extension portion 513 of the rail 510, and the fixing bolt 531 With the extension head portion 5312 placed on the upper surface of the rail body 511, the bolt column 5311 is disposed through the penetration portion 522 formed in the center of the bent portion 521 of the elastic fixing member 520. and the coupling hole 5322 of the fixing nut 532 accommodates a portion of the bolt column 5311.

Figure 5 (b) The user rotates the nut column 5321 of the fixing nut 532 that accommodates a part of the bolt column 5311, so that the nut column 5321 presses the upper part of the bent portion 521 to form the bent portion ( When 521 is unfolded, the end areas on both sides of the bent portion 521 press the inner surface of the protruding extension portion 512 of the rail 510, thereby fixing the elastic fixing member 520 to the rail 510.

As a result, the light coupled to the fixing part 520 can be fixed to the rail 510, and the fixed combination is released by rotating the nut pillar 5321, and the position is moved along the longitudinal direction of the rail 510 and then re-installed. By fixing it, you can easily change the position of the light as you wish.

Figure 6 is a detailed illustration of the protruding protrusions 5211 and 5231.

In Figure 6 (a), first protruding protrusions 5211 are formed in the left and right directions at both end areas of the bent portion 521, so that the nut column 5321 rotates so that the nut column 5321 touches the upper part of the bent portion 521. When the bent portion 521 is unfolded by pressure, the first protruding protrusion 5211 presses the inner surface of the protruding extension portion 512 of the rail 510, thereby forming a more firmly fixed connection. Here, the lower cross-sectional shape of the nut column 5321 is round so that the load can be distributed when the distal area of the nut column 5321 presses the upper surface of the cut portion 521. As a result, the shape of the bent portion 521 can be maintained so that the fixation force is maintained and the durability of the bent portion 521 can be improved.

In Figure 6 (b), a pair of reverse bent portions 523 formed by bending in opposite directions to the bending direction of the bent portion 521 are formed at both end regions of the bent portion 521, and the pair of reverse bent portions A second protrusion 5231 is formed in the distal region of 523. When the nut pillar 5321 is rotated to press the upper part of the bent part 521 and the bent part 521 is unfolded, the second protruding protrusion 5231 is a protruding extension of the rail 510 ( By pressing the inner surface of 512), a more firmly fixed connection is achieved. Here, the lower cross-sectional shape of the nut column 5321 is round so that the load can be distributed when the distal area of the nut column 5321 presses the upper surface of the cut portion 521. As a result, the shape of the bent portion 521 can be maintained so that the fixation force is maintained and the durability of the bent portion 521 can be improved.

Figure 7 is a diagram illustrating the lengths of the bent portion 521, the reverse bent portion 523, and the rail 510.

Figure 7 (a) The bent portion 521 of the elastic fixing member 520 is disposed in the sliding space formed by the protruding extension portion 512 and the bent extension portion 513 of the rail 510, and the fixing bolt 531 With the extension head portion 5312 placed on the upper surface of the rail body 511, the bolt column 5311 is disposed through the penetration portion 522 formed in the center of the bent portion 521 of the elastic fixing member 520. and the coupling hole 322 of the fixing nut 532 accommodates a portion of the bolt column 311. A pair of reverse bent portions 523 formed by bending in opposite directions to the bending direction of the bent portion 521 are formed at both end regions of the bent portion 21, and the ends of the pair of reverse bent portions 523 are formed. A second protrusion 5231 is formed in the area.

Here, the extension length D1 after bending of the pair of reverse bent portions 523 is the distance from the inner surface of the bent extension portion 513 when the extended head portion 5312 is placed on the surface of the rail main body 511. It is formed longer than the length (D2). Accordingly, when the fixing bolt 531 and the fixing nut 532 unfold the bent portion 521 of the elastic fixing member 520, the reverse bent portion 523 is connected to the protruding extension portion 512 and the bent extension portion of the rail 510. It can be fixed while pressing (513).

Figure 7 (b) When the nut pillar 5321 is rotated and the nut pillar 5321 presses the upper part of the bent part 521 and the bent part 521 is unfolded, the second protruding protrusion 5231 is attached to the rail 510. By pressing the inner surface of the protruding extension portion 512, a more firmly fixed connection is achieved.

Here, the length D3 from the center of the bent portion 521 to the distal region may be formed to be longer than the length D4 from the center between the protruding extension portions 512 of the rail 510 to the inner surface. Accordingly, when the fixing bolt 531 and the fixing nut 532 unfold the bent portion 521 of the elastic fixing member 520, the reverse bent portion 523 is connected to the protruding extension portion 512 and the bent extension portion of the rail 510. It can be fixed while pressing (513).

Figure 8 is an operation diagram of the rail-type lighting fixture (6) of the deformable ballast-integrated rail lighting fixture (1).

The rail-type lighting fixture 6 includes a rail 610, a lighting unit 620, a locking unit 630, and a magnet 640.

The rail 610 includes a rail body 611, a power supply line 612, a connection guide 613, a mounting portion 614, and a metal plate 615.

The rail body 611 has a predetermined width and has a long extending shape.

The power supply line 612 is arranged along the longitudinal direction of the rail body 611 and supplies power.

The connection guide 613 can guide the connection terminal 6211-1 to be connected to the power supply line 612.

The mounting portion 614 can accommodate a portion of the rail 610 housing 621 and be mounted with the connection terminal 6211-1 connected to the power supply line 612.

The metal plate 615 may include iron on at least one side of the rail 610 and the lighting unit 620.

The lighting unit 620 includes a housing 621, a stabilizer 622, a lighting unit 623, and a terminal elastic member 624.

The housing 621 has a receiving space formed therein and has a connection terminal 6211-1 connected to the power supply line 612 to receive power. The housing 621 includes a first housing 6211 and a second housing 6212.

The first housing 6211 has parts that are coupled to and separated from the rail 610, and includes a contact terminal 6211-1 and a first coupling portion 6211-2.

The second housing 6212 is combined with the first housing 6211 to form the external appearance of the lighting unit 620. The second housing 6212 includes a second coupling portion 6212-1 to be coupled to the first coupling portion 6211-2.

The stabilizer 622 is disposed in the internal receiving space of the housing 621 and can adjust the power capacity supplied from the connection terminal 6211-1.

The lighting unit 623 outputs light using power provided through the stabilizer 622. The lighting unit 623 includes an LED 6231, a rotation connection unit 6232, a rotation driver 6233, and a diffusion plate 6234.

The LED (6231) is configured to receive power and output light.

The rotation connector 6232 is rotatably coupled to the LED 6231 so that the LED 6231 can be rotated. As a result, the rotation connector 6232 can change the direction in which light is output.

The rotation driver 6233 can rotate and drive the LED 6231 rotatably coupled to the rotation connection portion 6232.

The diffusion plate 6234 is disposed in the light output direction of the LED 6231 and can diffuse the light output from the LED 6231.

The terminal elastic member 624 may apply elasticity to the connection terminal 6211-1 in a direction such that the connection terminal 6211-1 presses and contacts the power supply line 612.

The locking unit 630 includes a locking protrusion 631 and a locking portion 632.

The locking protrusion 631 is formed on one side of the rail 610 and the lighting unit 620.

The locking portion 632 is caught on the locking protrusion 631 formed on the other side of the rail 610 and the lighting unit 620.

The magnet 640 may be installed on at least one of the rail 610 and the lighting unit 610. It may be installed on at least one of the rail 610 and the housing 621. When the magnet 631 is installed in the housing 621, a metal plate may be disposed at the mounting position of the rail 610. Accordingly, the lighting unit 620 can be easily mounted on the rail 610.

Figure 8 (a) Inside the mounting portion 614 of the rail 610, a power supply line 612 is disposed along the longitudinal direction of the rail 610. A metal plate 615, which is a metal steel plate, is disposed on the upper inner side of the locking protrusion 631 of the rail 10.

A connection terminal 6211-1 connected to the power supply line 612 is formed on the side of the lighting unit 620, and a magnet 640 is disposed on the upper side of the housing 621. A locking portion 632 is formed on the left side of the housing 621, and a stabilizer 622 and a lighting portion 623 are disposed inside. The lighting unit 620 is separated from the rail 610.

Figure 8 (b) The worker holds the lighting unit 620 and moves it upward. The locking portion 32 on the left side of the housing 621 is moved inward while contacting the locking protrusion 631, and when the locking portion 632 passes the locking protrusion 631, it opens back to its original state and is installed. It gets caught on the chin (613).

The magnet 631 disposed on the upper side of the housing 621 may be magnetically coupled to the metal plate 615, which is a metal plate disposed on the upper inner side of the locking protrusion 631 of the rail 610. The connection terminal 6211-1 is connected while in contact with the power supply line 612 to supply power to the lighting unit 623.

Figure 9 is a connection operation diagram of the connection terminal 6211-1 and the power supply line 612.

Figure 9 (a) Inside the mounting portion 614 of the rail 610, a power supply line 612 is arranged along the longitudinal direction of the rail 610. A metal plate 615, which is a metal steel plate, is disposed on the inner upper part of the stopping protrusion 631 of the rail 610.

Here, the connection guide 613 that guides the connection terminal 6211-1 to the power supply line 612 is formed in a round shape.

A connection terminal 6211-1 connected to the power supply line 612 is formed on the side of the lighting unit 620, and a magnet 640 is disposed on the upper side of the housing 621. A locking portion 632 is formed on the left side of the housing 621, and a stabilizer 622 and a lighting portion 623 are disposed inside. The lighting unit 620 is separated from the rail 610.

Here, the connection terminal 6211-1 is arranged so that it can be moved left and right by the terminal elastic member 624.

Figure 9 (b) The connection terminal 6211-1 is moved to the right by the terminal elastic member 624, passes through the stopping protrusion 631, and moves along the round shape of the connection guide 613.

Figure 9 (c) The worker holds the lighting unit 620 and moves it upward. The locking portion 632 on the left side of the housing 621 touches the locking protrusion 631 and is passed in a state in which it is moved inward. When the locking portion 632 passes the locking protrusion 631, it opens again to its original state and is caught. It gets caught on the chin (631).

The magnet 640 disposed on the upper side of the housing 621 may be magnetically coupled to the metal plate 615, which is a metal plate disposed on the upper inner side of the locking protrusion 631 of the rail 610. The connection terminal 6211-1 moves along the round shape of the connection guide 613, and the connection terminal 6211-1 moves to the left by the terminal elastic member 624 to connect the power supply line 612 and the power supply line 612. It is connected in a pressurized contact state and supplies power to the lighting unit 623.

Figure 11 is a detailed view of the lighting unit 623.

The LED (6231), which is configured to receive power and output light, is rotatably coupled by the rotation connector 6232, and the LED (6231) can be rotated, whereby the rotation connector 6232 provides light. This output direction can be changed. The diffusion plate 6234 is disposed in the output path where the light of the LED 6231 is output and can diffuse the light output from the LED 6231.

Modifiable embodiments other than the above embodiments will be described.

Although the diffusion plate is fixed, the diffusion plate can be moved between the light output position of the LED 231 and a position outside the output position, and may further include a moving driver.

Due to the above-mentioned ballast-integrated rail lighting fixture (1), the ballast and lighting parts are integrated into the lighting unit without installing the lighting equipment by separating the ballast and lighting parts, so that when the connection terminal is connected only to the power supply line of the rail, the lighting part is positioned at the desired position. Since the number of lights can be installed, the convenience of installation for workers installing lighting fixtures can be improved.

In addition, the fixing part allows the connection terminal to remain stably connected to the power supply line, and the magnetic coupling between the metal material and the magnet can increase installation convenience when installing the lighting unit on the rail. In addition, since the stabilizer and lighting unit of the lighting unit are installed with corresponding capacities, the lighting unit can be turned on stably when the power is connected. Since the lighting unit housing is provided in multiple detachable units, the stabilizer and lighting unit can be replaced and maintained separately. Convenience can be improved.

1: Ballast integrated rail lighting fixture
10: Rail 11: Rail body
12: Power supply line 13: Mounting stopper
20: lighting unit 21: housing
211: first housing 212: second housing
22: Stabilizer 23: Lighting unit
231: LED 24: Rotating connection
233: Rotation drive unit 25: Diffusion plate
30: fixing part 31: magnet
32: Hang portion

Claims (5)

In the stabilizer-integrated rail lighting fixture,
A rail disposed along the longitudinal direction of the rail body and having a predetermined width and a long extending shape, and having a power supply line for supplying power; and
A housing having an accommodating space formed inside and a connection terminal connected to the power supply line to receive power, a stabilizer disposed in the inner accommodating space of the housing and controlling the power capacity supplied from the connection terminal, and the stabilizer It includes a lighting unit including a lighting unit that outputs light with power provided through,
The lighting unit includes an LED that outputs the light, a rotation connector that changes the direction in which the light is output when the LED is rotated, a rotation driver that rotates the LED rotatably coupled to the rotation connector, and the LED A rail lighting fixture integrated with a ballast, characterized in that it includes a diffusion plate disposed in the light output direction to diffuse the light output from the LED.
According to claim 1,
A ballast-integrated rail lighting fixture further comprising a fixing part for detachably fastening the housing to the rail so that the connection terminal remains connected to the power supply line.
According to clause 2,
At least one side of the rail and the housing is made of a metal material containing iron,
The fixing part,
A rail lighting fixture integrated with a ballast, comprising a magnet installed on at least one of the rail and the housing.
According to clause 3,
A ballast-integrated rail lighting fixture, characterized in that the stabilizer is selected in response to the power capacity of the lighting unit.
According to claim 1,
The housing is,
A rail lighting fixture integrated with a ballast, characterized in that it consists of a plurality of separable and combinable pieces so that the ballast and the lighting unit disposed in the internal receiving space can be replaced.

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