KR100423258B1 - Lighting device for modularized to unit length - Google Patents

Abstract

PURPOSE: A lamp apparatus for illumination with a module shape in a unit length is provided to reduce the manufacturing cost by providing on an upper portion of a body of the lamp apparatus a space in which an electric wiring and a stabilizer are provided and installing a fluorescent lamp on a lower portion. CONSTITUTION: A hanger rod(10) is laid on a ceiling to protrude to a downward direction. A hanger clamp(12) is fixed to a lower portion of the hanger rod(10) to enable a lamp apparatus to be fixed on the ceiling. A wiring pipe(30) is provided with a fixing recess to be fixed on a lower portion of the hanger clamp(12) and a space in which a wiring is to be provided. A cover(31) shuts down an upper opening of the wiring pipe(30). An auxiliary plate(70) fixes a stabilizer(24) to an inner of the wiring pipe(30). A circular coupling rod(73) fixes the auxiliary plate(70) to the inner of the wiring pipe(30). A lamp holder(25) fixes a fluorescent lamp(23) and provides a power. A lamp cover(22) prevents moisture and water from being introduced into the fluorescent lamp(23). An auxiliary cover(21) fixes the lamp cover(22). An auxiliary cover side plate(26) shuts down an opening at a side of the auxiliary cover(21). The stabilizer(24) is coupled to the lamp holder(25) and operates the fluorescent lamp(23).

Description

Lighting device for modularized to unit length

The present invention relates to a lighting luminaire device installed on the ceiling to maintain a high illuminance of the room, and more particularly, to manufacture and assemble and install a lighting luminaire device in a factory in a unit length required for the space to be installed In the field, the present invention relates to a modular luminaire device that is modularized in unit length so that it can be installed as soon as the ceiling hanger rod is fixed.

In general, in a place where a high illuminance of a room is to be maintained, such as a large store, a raceway frame is installed to install a fluorescent lamp on a ceiling, and a fluorescent lamp is installed and fixed using the raceway frame.

Conventional fluorescent lamp fixing device is made by fixing a square hanger having four sides of a predetermined width to the anchor bolt fixed to the ceiling, to support the raceway frame to the square hanger, to fix the lampshade of the fluorescent lamp to the lace frame.

The raceway frame is composed of a '凹' -type body and a cover having an inner space, and electrical wiring is installed in the inner space, and a hole is formed in the bottom surface of the main body in order to withdraw the electrical wiring. It is provided with a through-form formed to penetrate.

Looking at the fluorescent lamp installation process in the prior art, disassemble a fluorescent lampshade to the raceway frame suspended on the ceiling through an anchor bolt and a square hanger to combine the upper member using a piece and then install the lower members of the fluorescent lampshade. .

That is, in the state in which the upper member of the fluorescent lampshade is fastened in pieces to the raceway frame located at the height, the lower and heavy lower members are assembled to the upper member located at the height.

This assembly work requires a number of workers, because each fluorescent lamp must be installed and fixed in an unstable position on a high ladder, workability is significantly lowered, fatigue is increased, and there is always a fall of workers following the height of the work. There is a problem that requires a lot of manpower and time to assemble and install the fluorescent lamp shade, there is also a problem in the stability of the operator.

Conventional technology that improves this problem is the Republic of Korea Utility Model Registration No. 285803, the technical configuration is as follows.

1 is a view showing a fluorescent lamp fixing device according to the prior art.

An anchor bolt 1 fixed to the ceiling 2 to fix the raceway frame 6, a square hanger 5 having a predetermined width fixed to the lower end of the anchor bolt 1, and the square hanger ( 5) a raceway frame including a through hole 6a, which is supported by and is provided with an electric wiring 4 therein, and is formed so that a hole is formed when the electric wire 4 is pulled out on the bottom surface thereof. (6), a fluorescent lamp hanger 7 assembled and fixed to the fluorescent lamp shade 3 and supported by the raceway frame 6, and a fluorescent lamp shade comprising the fluorescent lamp hanger 7 assembled and fixed ( It is a fluorescent lamp fixing device composed of 3).

First, the fluorescent lamp hanger 7 is assembled and fixed to the upper part of the fluorescent lamp shade 3, and then the raceway frame 6 is opened with the opening side of the fluorescent lamp hanger 7 mounted on the raceway frame 6 fixed to the ceiling. The installation can be completed by fastening the concave-convex coupling part of the case side over the upper surface of 6).

This prior art works on a flat worktable where time-consuming tasks such as fixing the fluorescent lamp hanger 7 to the fluorescent lampshade 3 are easy to work, and the aerial work is performed by placing the fluorescent lamp hanger 7 on the raceway frame ( 6) has the advantage of only fixing to.

However, since the prior art means must be provided with a raceway frame including an electric wiring and a fluorescent lampshade including a fluorescent lamp separately, and a fluorescent lamp hanger for connecting the fluorescent lampshade and the raceway frame separately, The configuration is complicated, which makes manufacturing and assembly difficult, as well as a problem that the unit price increases.

Therefore, the present invention has been proposed to solve the problems of the conventional fluorescent lamp fixing device as described above, the upper part of the lighting luminaire device body is provided with a space for the position of the ballast of the electrical wiring and fluorescent lamp is provided and An object of the present invention is to provide a luminaire device for lighting that is integrally formed to be provided with a fluorescent lamp.

And the present invention has the advantage that can be fixed to the ceiling luminaire device on the ceiling without additionally providing a member such as a cover clamp or fluorescent lamp hanger for fixing the raceway frame or fluorescent lamp shade.

In addition, the present invention manufactures and assembles a lighting luminaire device in a factory as a unit length necessary for the space where the lighting luminaire device is to be installed in a factory so that the installation of the lighting luminaire device can be directly installed on a hanger when only the work of the ceiling hanger rod is completed. It is characterized in that it provides a lighting device device modularized in the configured unit length to reduce the working time of the altitude and to allow installation work with a minimum number of workers.

In addition, an object of the present invention is to provide a lighting luminaire device for providing an additional electric wiring or communication line by providing only an additional cover or an additional space in the upper portion of the lighting luminaire device main body.

1 is a view showing a fluorescent lamp fixing device according to the prior art.

Figure 2 is a view showing a state in which the luminaire device modularized to the unit length of the present invention installed in a hanger method on the ceiling.

3a is a perspective view of a first embodiment of a lighting luminaire device modularized in unit length according to the invention;

FIG. 3B shows a perspective view of a portion of the luminaire device for modularization with the unit length shown in FIG. 3A.

4A is a cross-sectional view of a state where a first embodiment according to the present invention is installed on a ceiling;

Figure 4b is a view showing a cross section of the state using a modified cap in the first embodiment according to the present invention.

Figure 4c is a view showing a cross section of a state in which the modified cap and the additional wiring tube in the first embodiment according to the present invention.

Figure 5a is a view showing a state in which the auxiliary plate is coupled to the circular coupling rod inside the wiring pipe of the first embodiment according to the present invention.

Figure 5b is a view showing a state in which the ballast is installed on the auxiliary plate of Figure 5a according to the present invention.

Figure 5c is a view showing a state in which the partition partition for wiring is installed on the auxiliary plate of Figure 5a according to the present invention.

6 is an exploded perspective view showing a fixing auxiliary cover and a transparent acrylic lamp cover installed in the first embodiment according to the present invention.

7 is a view showing a state in which the lamp holder and the auxiliary cover side plate is coupled to the wiring pipe of the first embodiment according to the present invention.

8A is a view showing a cross section in which a hanger rod is coupled to an upper portion of a wiring conduit of a first embodiment according to the present invention;

Figure 8b is a perspective view of the hanger clamp and the clamping plate used in the coupling of Figure 8a.

9 is a view showing a state in which the conventional reflector is applied to the wiring pipe of the first embodiment according to the present invention.

10 is a cross-sectional view of a second embodiment of a lighting luminaire device modularized in unit length in accordance with the present invention.

11 is a view showing a state in which a communication line is additionally installed inside the wiring pipe of the second embodiment according to the present invention.

12 is a view showing a state that the auxiliary latch for the wire alignment is provided in the wiring pipe body of the second embodiment according to the present invention.

Figure 13 is a view showing another coupling method of the wiring pipe and the wiring lower plate of the second embodiment according to the present invention.

14A is a perspective view of a third embodiment of a lighting luminaire device modularized in unit length in accordance with the present invention.

Figure 14b is a perspective view of a third embodiment according to the present invention coupled with the hanger rod.

Figure 14c is a perspective view of the hanger auxiliary plate used in the third embodiment according to the present invention.

※ Explanation of code about main part of drawing ※

1: Anchor Bolt 2: Ceiling

3: fluorescent lamp shade 4: electric wiring

5: square hanger 6: raceway frame

6a: through hole 7: fluorescent lamp hanger

10: hanger rod 12: hanger clamp

13: nut 14: hanger clamp fixing plate

15 hanger rod through hole 16: through hole

17: hanger clamp first protrusion 18: hanger clamp portion second protrusion

19: engaging projection

20: lighting luminaire device 21: fixing auxiliary cover

21a: Jamming protrusion

22: transparent acrylic lamp cover 23: fluorescent lamp

24: ballast 24a: ballast extension

24b: Incision 24c: Ballast Electrical Wiring

24d, 124d: Ballast electrical connector 25, 125: Lamp holder

25a, 125a: lamp holder body 26: auxiliary cover side plate

26a: fixing protrusion 26b: fixing means coupling hole

27, 127: electrical wiring 28, 128: ballast connector

30, 50, 151: wiring tube 30a: through hole for lamp holder insertion

31: wiring conduit lid 31a: joining protrusion

32, 55, 156: fixing groove 33: circular coupling rod insert

34: protrusion support 35: receiving portion

36: deformation lid 36a: first lid jam

36b: 2nd lid jamming 37: Hanging bump

38, 65: engaging projection 39, 64: engaging groove

40: additional wiring pipe 41: fixing groove

42: jamming projection 43: binding projection projection

44: extra space

51, 151: first projection 52, 152: second projection

53, 153: third projection 54, 154: fourth projection

56: joining protrusion

60, 160: wiring lower plate 61: circular coupling rod housing

62: protrusion 63: circular coupling rod separation prevention portion

70: auxiliary plate 71: semi-circular projection

72: wire alignment auxiliary latch 73: circular coupling rod

80: outer cover 81: cover fixing groove

82: cover support 84: hanger auxiliary plate

84a: Hanger rod through hole

90: conventional conduit tube 91: electric wiring

92, 94: electric wiring connector 93: communication line

100: fixing means 110: partition wall

120: reflection shade

130: multi-directional wiring tube 131: multi-directional wiring tube cover

131a: semicircular groove 131b: protrusion

132: auxiliary separator 133: fixing groove

134: locking projection 135: the first protrusion

136: second projection 137: circular passage

140: communication line receiving unit 141: electric wire receiving unit

155: Sliding Jaw

161: fixed support 162: protrusion

163: coupling receiving groove

In order to solve the above technical problem, the present invention is configured to provide a space in which the ballast of the electrical wiring and the fluorescent lamp can be located on the upper portion of the lighting luminaire device and the fluorescent lamp is provided at the bottom, The lighting luminaire device and the installation method modularized into the unit length that can be installed directly on the hanger rod of the ceiling by manufacturing and assembling the lighting luminaire device in the factory to the unit length required for the space to be installed.

Particularly, in the present invention, a space is provided on the upper part of the lighting luminaire device without using a raceway frame provided for electric wiring by the conventional technical means, and electrical wiring that can be freely applied and used in the space is provided. It is characterized by.

In addition, the present invention is characterized in that the unit is made to be installed in the field only by the unit length according to the number of installation of the lighting fixture device in the space to install the length of the main body of the lighting device.

The lighting luminaire device has one side open wiring conduit having a receiving portion for accommodating a ballast and an electric wiring, and having a fixing groove for fastening a hanger bracket on the upper outer surface thereof, and the one side opening wiring conduit. Fixing on both sides of the wiring conduit so that the wiring conduit lid or wiring conduit bottom plate for closing one open side and the stabilizer can be installed in the receiving part inside the wiring conduit or the partition wall for aligning the electrical wiring can be installed. It consists of an auxiliary plate.

The wiring conduit is provided under the one side open wiring conduit of the lighting luminaire device having the above-described configuration through a fluorescent lamp for maintaining high illuminance of the room, and a through hole formed in the bottom of the wiring conduit or the lower plate of the wiring conduit. It is fixed to the lower portion of the lamp holder is provided to serve to fix the fluorescent lamp is suspended on the ceiling to increase the illuminance of the room.

The lower side of both sides of the inner side of the open type wiring conduit has a protruding support that can be combined with the auxiliary plate, the upper outer side is provided with a fixing groove that can be fixed to the hanger bracket of the hanger rod installed on the ceiling, The bottom part has a through hole for installing and fixing a lamp holder fixed by a fluorescent lamp. On both ends of the lower side of the outer part, there is a catching groove for installing a transparent acrylic lamp cover and a fixing auxiliary cover. Can be configured.

The auxiliary plate is configured to include a plurality of protrusions so that the ballast or the partition wall can be fixed by using a fixing means, both ends are in contact with the protruding support formed in the lower side of the inner side of the one side open type wiring tube The protrusion is provided.

The assembly and installation method of the lighting device for lighting having the above configuration is as follows.

The lighting luminaire device for lighting is inserted into and coupled to an auxiliary plate in one side of an open wiring conduit, and the ballast is coupled and fixed to an upper end of the auxiliary plate combined with the wiring conduit by using a fixing means, Insert the electrical wiring combined with the connector at both ends to freely and easily connect to the receiving portion, install a lamp holder through the through hole formed in the bottom of the wiring pipe, and install the fluorescent lamp in the fixed lamp holder It is installed, and the cover of the wiring pipe cover on the upper end of the wiring pipe assembly is assembled to close the space.

The lighting luminaire device assembled as described above is modularized to the unit length necessary for the space to be installed, and then prepared as many as necessary and moved to the space to be installed, and then fixing the hanger rod without installing electrical wiring on the ceiling at the installation site. When it is finished, the fixing fixture provided at the end of the hanger bracket fixed to the lower part of the hanger rod is inserted into the fixing groove provided at the upper end of the wiring conduit of the lighting luminaire device so that the lighting luminaire is ceiling mounted. It is fixed to the hanging and the installation work is completed.

In addition, the connection between the lighting luminaire device modularized to the unit length can be connected using the same means as the connecting rod proposed in the Republic of Korea Patent No. 354485.

A communication line may be additionally installed by combining an additional wiring conduit between the deformation cap or the wiring conduit lid and the wiring conduit by using a deformation cap on the upper part of the lighting fixture device wiring conduit. It can also be configured as an extra space to accommodate the furnace or electrical wiring.

In addition, the locking grooves provided at both ends of the lower end of the outer surface of the wiring luminaire of the lighting luminaire device secure a rainproof transparent acrylic lamp cover and the transparent acrylic lamp cover to prevent foreign substances such as water vapor or water from entering the lamp. A fixing auxiliary cover may be installed to make this possible.

And a hanger bracket including a locking protrusion for fixing the groove for fixing the upper end of the wiring luminaire of the lighting luminaire device to the hanger bracket fixed to the lower end of the hanger rod, and a protrusion for preventing the clamp fixing plate from slipping. It is also possible to further configure a clamp fixing plate for securing the coupling between the molten metal and the upper end of the wiring pipe.

In addition, the present invention may be used by connecting a fluorescent lamp fixture including a reflector commonly used in the prior art to the lower part of the lighting fixture device.

In addition, the function as described above, but by applying a slight deformation to the shape, the lower side is open, and the upper part of the wiring conduit including an additional space for accommodating additional communication lines or electrical wiring, and the open lower side The wiring conduit may be made of a wiring conduit bottom plate including a through hole for inserting a lamp holder for closing the lamp holder and fixing the lamp holder, and an over-cover cover for closing the open portion of the over-space.

A communication line or an electrical wiring or lighting device that is additionally wired by providing two projections symmetrically at regular intervals in the interior of both side surfaces of the wiring luminaire for the lighting luminaire, and installing auxiliary latches for wire alignment in the spaces between the projections. You can also arrange the wires to supply electricity to the

In addition, by slightly applying the above configuration, it may be used to make a modular lighting fixture device is composed of a polygon that can be installed a plurality of fluorescent lamps.

2 is a view showing a modular lighting device proposed in the present invention is installed in a hanger method on the ceiling.

The hanger rod 10 embedded in the ceiling 2 and projecting downward and vertically and fixed to the lower end of the hanger rod 10 and modularized lighting luminaire device 20 in unit length are suspended from the ceiling 2. It consists of a hanger clamp 12 to enable it, and a lighting luminaire device 20 for a modularized unit length for increasing the illuminance of the room.

The installation length of the space to be installed is N, the length of the lighting luminaire device is y, the length from one end of the fluorescent lamp to one end of the lighting luminaire device is called, the length of the fluorescent lamp is a, When the number of lighting luminaires to be installed on the ceiling is n, the value of the length y of the lighting luminaires to be installed is determined by the following formula, and the fluorescent light is applied to the lighting luminaires modularized to the unit length by the value of ｘ. The location where the lamp is installed can be determined. Representation of the above content in the equation is as follows.

3A shows a perspective view of a first embodiment of a lighting luminaire device modularized in unit length, and FIG. 3B shows a perspective view of a portion of the lighting luminaire device modularized in unit length shown in FIG. 3A.

A hanger rod 10 embedded in the ceiling 2 and projecting downward and vertically and fixed to the lower end of the hanger rod 10 and modularized in a unit length, the lighting luminaire device 20 is fixed to the ceiling 2 by hanging. Wiring with an upper end having a hanger clamp 12 and a fixing groove fixed to the engaging projection 19 at the lower end of the hanger clamp 12 and having a space for wiring electrical wiring therein. The tubular body 30, the wiring tube cap 31 for closing the open upper end of the wiring tube 30, and the projecting support portion 34 formed in the lower end of the inner side surface of the wiring tube 30 is fixed in contact with An auxiliary plate 70 for fixing the ballast 24 to the wiring conduit 30, a circular coupling rod 73 for fixing the auxiliary plate 70 to the wiring conduit 30, and Lamp holder 25 for fixing the fluorescent lamp 23 and supplying power, and in the air A rainproof transparent acrylic lamp cover 22, a fixing auxiliary cover 21 for fixing the transparent acrylic lamp cover 22, and the fixing auxiliary cover 21 so that water or water does not flow into the lamp. Auxiliary cover side plate 26 for preventing the open portion of one side of the), ballast 24 for connecting the electrical wiring and the lamp holder 25 to operate the fluorescent lamp 23, and the illuminance of the room It consists of a fluorescent lamp 23 for raising the.

The transparent acrylic lamp cover 22, the fixing auxiliary cover 21 and the auxiliary cover side plate 26 do not need to be installed, and may be provided and installed additionally.

The wiring tube body 30 having the upper end portion fixed therein is a lamp holder insertion hole 30a for fixing the fluorescent lamp 23 and allowing the lamp holder 25 connected to the ballast 24 to be installed therethrough. Fixing grooves 32 formed at the upper end of the wiring conduit and fixed to the hanger clamp 12 and formed at both ends of the outer lower end of the wiring conduit 30 for fixing with the transparent acrylic lamp cover 22 The catching groove 39 which can be fixed by being caught by the auxiliary cover 21, and the auxiliary plate 70 for installing the stabilizer or the wire aligning partition are concave in a semicircular shape so as to be fixed to the inside of the wiring pipe. And a protruding protruding support portion 34.

The fluorescent lamp 23, the stabilizer 24, the transparent acrylic lamp cover 22, the fixing auxiliary cover 21, the lamp holder 25 to increase the illuminance of the room in the wiring pipe 30, the upper end of which is open 3 is a perspective view of the perspective view of the perspective lighting device shown in FIG. 3A of FIG. 3A.

Figure 4a is a view showing a cross section of the first embodiment according to the present invention installed on the ceiling, Figure 4b is a view showing a cross section of the state using a modified lid in the first embodiment, Figure 4c is a first embodiment It is a figure which shows the cross section of the state which combined the deformation | transformation cover and the additional wiring conduit to the example.

4A shows a hanger clamp 12 fixed to a lower end of a hanger rod 10 embedded in a ceiling 2, and a lower end of the hanger clamp 12 fixes a groove for fixing a wiring conduit 30 having an upper end opened. 32) is fixed to the locking groove 39 formed at both ends of the outer lower end of the wiring pipe 30, the upper end is open, the rain-proof transparent acrylic lamp cover 22 and the transparent acrylic lamp cover 22 is fixed It can be seen that the fixing auxiliary cover 21 is fixed.

Fixing groove 32 to the lower end of the hanger clamp 12 is fixed to the lower end of the hanger rod 10 by the nut 13 is caught by the upper end of the wiring pipe 30, the upper end is open; The upper end of the wiring conduit 30 having the upper end part constitutes a locking protrusion 37 bent inwardly so that the wiring conduit cap 31 for closing the open upper end part can be fixed.

The wiring conduit cap 31 has a rectangular shape, the top of which is flat and the lower end of the wiring conduit is bent downward toward both ends so as to be combined with the wiring conduit and then bent outwards to thereby block the wiring conduit 30. Coupling engaging projection (31a) that is engaged to engage with the machine 37 is protruding, the locking projection 37 is positioned in the space formed by the end of the wiring tube cap 31 and the engaging projection (31a). The wiring conduit cap 31 may be fixed to the wiring conduit 30 having the upper end opened.

4B shows a conventional conduit 90 installed on the ceiling 2 of the space to be installed instead of the wiring conduit lid 31 used in FIG. 4A at the upper end of the wiring conduit 30 having the upper end opened. The deformable lid 36 including a semicircular projecting space to be used is shown to constitute a lighting luminaire device.

The deformable cap 36 has a semicircular protrusion formed at a central portion thereof so that a conventional conduit 90 can be positioned, and both ends thereof have a locking protrusion formed at an upper end of the wiring conduit 30 having the upper end opened. A first lid locking protrusion 36a and a second lid locking protrusion 36b are formed to be coupled to the lid 37, and are formed between the first lid locking protrusion 36a and the second lid locking protrusion 36b. The locking projection 37 is fixed to a space.

In addition, FIG. 4C shows a communication line 93 or electric wiring 91 additionally installed by coupling an additional wiring tube 40 between the upper end of the wiring conduit 30 having the upper end opened and the deformation cap 36. It shows a lighting luminaire device that can be accommodated in the over-space 44 made by the additional wiring conduit (40).

Since the lower end portion of the additional wiring conduit 40 is coupled to the wiring conduit 30 having the upper end opened, the engaging projection 43 for engaging with the locking projection 37 of the wiring conduit 30 is provided on the outer side of the lower end. The upper end portion is formed with a fixing groove 41 is fastened to the hanger clamp 12 so that the lighting luminaire device can be fixed to the ceiling (2), the upper end is bent inward to the deformation A locking protrusion 42 for engaging with the lid 36 or the wiring pipe lid 31 is formed.

Since the width of the wiring conduit 30 used in the lighting luminaire device is generally applied to the product of the present applicant by determining the width to be used, it is commonly used in the place where the lighting luminaire device 20 proposed by the present invention is installed. It is configured to be.

Figure 5a is a view showing a method of fixing the auxiliary plate using a circular coupling rod inside the wiring pipe of the lighting luminaire device modularized to the unit length, Figure 5b is a view showing a state in which the ballast is fixed to the auxiliary plate, FIG. 5C is a view illustrating a state in which an electrical wiring arrangement partition is installed on the auxiliary plate. FIG.

The auxiliary plate 70 includes a plurality of protrusions for fixing the stabilizer 24 or a partition wall 110 for aligning the electrical wiring, and wiring ends having the upper ends open at both ends of the auxiliary plate 70. 30 is formed of a semicircular concave recessed protrusion portion 71 that can be coupled to the protruding support portion 34 and the circular coupling rod 73 of the lower side of both inner sides.

A circular coupling rod 73 is inserted into a space 33 formed by abutting the protruding support part 34 of the wiring conduit 30 having the upper end opened, and the wiring conduit having the upper end open. 30) The auxiliary plate 70 is fixed and coupled to the lower ends of the inner side surfaces.

5B shows the ballast 24 fixed using the auxiliary plate 70. The ballast 24 includes an extension portion 24a extending from both ends of the ballast 24, and the extension portion 24a. It is configured to include a cut-out portion (24b) cut in the center portion, inserting the fixing means 100 in the cut-out portion (24b) to be inserted between the protrusions of the auxiliary plate 70, The head portion is coupled to be fixed to both sides of the cutout (24b).

FIG. 5C is a view showing the fixing and coupling of the partition wall 110 separating the space using the fixing means 100 so that electrical wiring can be arranged on the plurality of protrusions provided in the auxiliary plate 70.

Three product recognition grooves L are formed along the longitudinal direction of the outer side and the bottom side outer side of both side surfaces of the wiring conduit, and these grooves L are the products of the company when the applicant manufactures and sells the product. For easy identification. However, these grooves (L) is not intended to limit the technical scope of the present invention is merely intended to recognize the company's products.

6 is an exploded perspective view illustrating a process in which the fixing auxiliary cover and the transparent acrylic lamp cover are installed in the first embodiment.

The cross section of the portion where the fixing auxiliary cover 21 and the transparent acrylic lamp cover 22 are coupled to the engaging grooves 39 formed at both ends of the outer lower end of the wiring pipe body 30 having the upper end opened is shown in a circle. .

The transparent acrylic lamp cover 22, which serves as a rainproof function to prevent foreign substances such as water vapor or water from being introduced into the lamp, is made of a transparent acrylic material such as a rectangular plate and its length is longer than that of the fluorescent lamp 23. Slightly longer to protect the fluorescent lamp 23, bent at both ends to form a '∪' shape, the lower part is a semi-circle shape, the upper part is open and the upper end is a locking groove (39) of the wiring tube 30 Install so that it contacts with).

In order to fix the transparent acrylic lamp cover 22, the fixing auxiliary cover 21, which is located outside the transparent acrylic lamp cover 22 and fixed to the locking groove 39, is made of a material such as a tin plate or plastic. It is made of, the shape is semi-circular, the upper portion is open like the transparent acrylic lamp cover 22, the upper end portion of both sides by using a force that is bent to the inner side by the engaging projection (21a) is formed in the end portion As shown in the figure is caught by the gutter groove 39 to be fixed.

The locking groove 39 refers to a space between the locking projection 38 and the wiring pipe 30 which protrude on both ends of the outer lower end of the wiring pipe 30 and are bent inward.

The transparent acrylic lamp cover 22 and the fixing auxiliary cover 21 may be additionally installed in the lighting luminaire device 20, and the auxiliary cover side plate blocking the side of the fixing auxiliary cover 21. 26).

FIG. 7 is an exploded perspective view illustrating a state in which a lamp holder and an auxiliary cover side plate are coupled to the wiring pipe of the first embodiment. FIG.

Lamp holders 25 and 125 connected to the ballast 24 may be installed to fix the fluorescent lamp 23 formed at the bottom of the wiring tube 30 having the upper end used in the first embodiment. Insert the lamp holders 25 and 125 into the lamp holder insertion through holes 30a,

The auxiliary cover side plate 26 is fixed to the wiring conduit 30 by fixing means to the fixing protrusion 26a protruding from the auxiliary cover side plate as shown in the drawing, or one end of the fixing auxiliary cover 21. The fixing means may be fixed to the wiring conduit by coupling the fixing means to the fixing means through-hole 21b provided at the upper ends of both sides and the fixing means coupling hole 26b provided at the upper ends of both sides of the auxiliary cover side plate 26.

The lamp holders 25 and 125 are connected to a ballast and have electrical power supply 27 and 127 to which power is supplied, and connectors 28 and 128 which allow the electric wires 27 and 127 to be easily connected to the ballast. It is composed of lamp holder body portions 25a and 125a having a semicircular shape and having grooves to which both ends of the fluorescent lamp 23 can be connected.

The electrical wirings 27 and 127 and the connectors 28 and 128 are positioned inside the wiring conduit 30, and the lamp holder main body portions 25a and 125a are formed at the bottom surface of the wiring conduit 30. It penetrates through the through hole 30a for inserting the lamp holder and protrudes to the outside to be connected to both ends of the fluorescent lamp 23 so that the fluorescent lamp 23 can be fixed. The dog consists of a pair.

The female connector 28 is connected to one lamp holder 25 of the pair of lamp holders 25 and 125, and the male connector 128 is connected to the other lamp holder 125, thereby providing a ballast. The female connector 124d connected to the electrical wiring of 24 and the male connector 128 are connected, and the male connector 24d connected to the electrical wiring of the ballast 24 is connected to the female connector 28. Connected.

FIG. 8A is a view showing a cross section in which a hanger rod is coupled to an upper portion of the wiring pipe of the first embodiment, and FIG. 8B is a view showing a perspective view of a hanger clamp and a clamp fixing plate used in the coupling of FIG. 8A.

On the lower part of the hanger rod 10 fixed in advance to the ceiling 2, a hanger clamp 12 for fixing the lighting luminaire device is located between the nuts 13 positioned at the upper and lower parts of the hanger clamp 12. Is fixed.

The hanger clamp 12 has a flat upper portion, a hanger rod through hole 15 in the center of the upper portion, both ends of the upper portion are bent inclined downward, and the luminaire luminaire device 20 for the bent middle portion. Hanger clamp first bend 17 and hanger clamp second bend 18 are formed so that the clamp fixing plate 14, which is installed and fixed, is prevented from slipping. Coupling projection 19 is formed to be caught and fixed to the fixing groove 32 formed in the upper end of the 30.

The bent portion of the hanger clamp 12 may be provided with only one, if necessary.

A through hole 16 is used to secure the hanger clamp 12 using the clamp fixing plate 14 and to be inserted into the bent lower end of the hanger clamp 12 at both ends of the clamp fixing plate 14. Is formed, and the through hole 16 allows the clamp fixing plate 14 to move freely from the lower end of the hanger clamp 12.

After the engaging projection 19 of the hanger clamp 12 is fixed to the fixing groove 32 of the wiring tube 30 having the upper end of the lighting device 20 for lighting, the clamp fixing plate 14 is fixed to the hanger clamp. It moves between the first bend 17 and the hanger clamp second bend 18 to fix it.

FIG. 9 is a view illustrating a first embodiment that may include a reflection shade 120 generally used in the related art. The reflection shade 120 is disposed at an outer lower end of the wiring conduit 30 having an upper portion proposed in the present invention. By installing the additional to reflect the light generated by the fluorescent lamp 23 to further increase the illuminance of the room.

Figure 10 is a cross-sectional view showing a second embodiment of a lighting luminaire device modularized in unit length according to the present invention, the partial enlarged view in the circle is the coupling of the wiring pipe 50 and the lower wiring board 60 with the lower end open The method is shown.

The lower end part of the wiring conduit 50 is not opened, but the upper end is open, and the upper end is bent inward in a shape of approximately '凹', and the same function except for changing the shape of the wiring conduit. It is configured to.

The wiring pipe body 50 having the lower end portion includes protrusions 51, 52, 53, and 54 to which the auxiliary braces for fixing wires are fixed, and an additional space 44 in which communication lines or electrical wires may be additionally installed. It is characterized by being configured.

The wiring conduit 50 whose lower end is open is formed symmetrically on both sides at the upper end of the outer side, and a fixing groove 55 for fixing the engaging projection 19 at the lower end of the hanger clamp 12 and the fixing. The third projection 53 and the fourth projection 54 to which the wire brace auxiliary latches 72 formed to be symmetrically formed on both sides of the dragon groove 55 are symmetrically formed on both sides thereof, and the lower portion of the groove 55 are provided on both sides. The first and second protrusions 51 and 52 and the first and second protrusions 51 and 52, which are symmetrically formed, may be bent several times. Its end is composed of a joining protrusion 56 for engaging with the wiring lower plate 60.

The upper part of the wiring conduit 50 having the lower end opened is not closed in a '-' shape, but is bent inwardly in a shape of '凹', and the space created by bending is added to a communication line or an electric wiring. When the installation is to be used as an over-space 44, the over-space cover 80 having a '┏┓' shape is located on the top of the over-space 44 to close the over-space 44, the over-space A cover support part 82 is formed to allow the cover 80 to be fixed, and a cover fixing groove 81 is provided between the cover support part 82 and the side surface of the upper end of the wiring conduit 50.

The lower end part of the wiring conduit 50, which closes the open lower part of the wiring conduit 50 and is fixed such that a transparent acrylic lamp cover, the upper conduit lower plate 60 on both sides is divided into two parts, one side Protruding inward and the end is a protrusion 62 bent outward so as to engage with the engaging projection 56 of the wiring conduit 50, the other protruding to the upper upper portion of the circular coupling rod 73 It is a circular coupling rod separation prevention portion 63 for supporting so as not to be separated, the locking projection 65 is connected to the downward direction of the circular coupling rod separation prevention portion 63 is configured.

The circular coupling rod receiving portion 61 formed between the protrusion 62 and the circular coupling rod separation preventing portion 63 has a circular coupling rod 73 and a protrusion for coupling the wiring pipe 50 having the lower end portion ( 56 is positioned to fix and couple the wiring pipe 50 and the wiring bottom plate 60.

FIG. 11 is a view illustrating a state in which a communication line is additionally wired in the outer space inside the wiring conduit of the second embodiment proposed by the present invention, and the electrical wiring is wired inside the wiring conduit, wherein the electrical wiring 91 has a unit length. Electric wiring connector 92 having a length similar to the length of the modular lighting luminaire device 20 is provided at both ends, the electrical wiring between the lighting luminaire device 20 modularized into a unit length that is connected and installed ( 91 is configured to be connected by the coupling of the connector 92.

The lower portion of the electrical wiring 91 including the connector 92 may be provided with a ballast 24, the electrical wiring 91 connected to the additionally wired or the electrical ball 91 or the ballast 24 is Through a full box (not shown) installed in the space to be installed may be drawn out to the required portion.

The connectors 92 and 94 connected to the electrical wiring are coupled to one side of the female connector 94 and the other side to the male connector 92, and the female connector 94 and the male connector 92 are connected to each other. It is configured to mate with a male connector and a female connector which are coupled to the electrical wiring of the lighting luminaire device.

In addition, the male connector 24d is coupled to the one side and the female connector 124d is coupled to the other side of the electrical wiring drawn out from the ballast 24, thereby easily coupling with the lamp holders 25 and 125. It is configured to.

FIG. 12 is a view showing a state in which an auxiliary latch 72 for aligning electric wires for aligning electric wires is provided when the communication line 93 or the electric wiring 91 is provided inside the wire conduit according to the second embodiment of the present invention. As a result, the wire alignment auxiliary latch 72 may include third and fourth protrusions 53 and 54 or first and second protrusions 51 and 52 that are symmetrically formed on both inner side surfaces of the wiring pipe 50 having the lower end portion open. It is fixed by being caught between the grooves formed between them, and has a substantially rectangular shape and has a structure that can be separated by rotating two corners facing each other in a diagonal direction on both sides and rotating at an angle of 90 °.

FIG. 13 is a view showing another coupling method of the wiring pipe and the lower plate of the wiring pipe according to the second embodiment of the present invention, and the partially enlarged view in the circle shows the coupled state in detail.

First and second protrusions 151 and second protrusions 152 to which the wire brace auxiliary latches 72 are fixed and coupled are formed at the lower ends of both inner side surfaces of the wiring pipe body 150 having the lower end portions. The lower side of the 151 is bent inward once and is bent downward again, and the end of the sliding jaw 155 protruding to the outer surface so as to be coupled in a sliding manner with the wiring lower plate 160 above The third protrusion 153 and the fourth protrusion 154 for installing the partition wall 110 are formed at the inner upper center portion, and the wiring conduit 150 is fixed to the hanger clamp 12. Fixing groove 156 is formed symmetrically on the outer upper end of the wiring pipe 150.

The sliding jaw 155 may not only protrude to the outer side of the wiring tube as described above, but may also protrude to the inner side or protrude to both sides.

The lower end of the wiring pipe 150 for closing the open lower portion of the wiring pipe 150 is open, the ends of both sides are bent inward and bent to be fixed in combination with the sliding jaw 155 A protruding portion 162 is formed at the distal end portion, which is in contact with the inner surface of the sliding jaw 155 to fix and support the engagement using the sliding jaw 155, protrudes obliquely from the bottom surface, and the end portion thereof is bent inwardly. It includes a fixed support 161.

The wiring conduit 150 and the wiring conduit lower plate 160 configured as described above are sliding jaws 155 of the wiring conduit 150 in a space between both side surfaces of the wiring conduit lower plate 160 and the fixed support part 161. Push in to fix and join.

FIG. 14A is a cross-sectional view showing a third embodiment of a lighting luminaire device modularized in unit length according to the present invention, which is an example applied to a lighting luminaire device using a plurality of fluorescent lamps, and FIG. FIG. 14C is a perspective view illustrating a hanger subsidiary plate for fixing a lighting luminaire device configured of the polygon at the lower end of the hanger rod.

The lighting luminaire device is configured in a multi-direction and modular unit length of the hexagonal column shape, one side is coupled to the hanger rod 10 installed on the ceiling (2) can be fixed to the main body 130 of the lighting luminaire device The fixing groove 133 is provided, and the communication line accommodating part 140 in which two communication lines 93 may be installed on two surfaces in contact with one surface of the fixing groove 133. And an electrical wiring accommodating part 141 through which the electrical wiring 91 can be installed, and the wiring conduit cover 131 is covered on the upper part thereof, and the wiring conduit cover 131 is provided on three surfaces facing downward. ) To fix the fluorescent lamp 23 to be illuminated in multiple directions.

The inner end surface protruding to both sides of the wiring conduit cover 131 constitutes a rounded protruding portion 131b so as to be caught by the locking protrusion 134 of the multi-directional wiring conduit 130 and fixed to both sides. The side is configured to have a semi-circular concave groove (131a) can be coupled using the multi-directional wiring tube 130 and the circular coupling rod (73).

In addition, a first to allow a groove for fixing the wire separating auxiliary separating plate 132 is formed immediately above the locking projection 134 located at the lower end of each surface of the multi-directional wiring tube 130. The protrusion 135 is provided.

In the central portion of the multi-directional wiring tube 130 as described above, the second protrusion 136 is configured to allow the auxiliary plate 70 to be fixed using the circular coupling rod 73 so that the ballast 24 can be positioned. have.

The upper part of the space in which the ballast 24 is located is provided with a circular passage 137 for passing the conventional conduit 90, the upper portion of the circular passage is open so that the hanger rod 10 can be fixed Consists of.

A hanger auxiliary plate 84 is fixed to the lower part of the hanger rod 10, which can be inserted into the fixing groove 133 provided on the main body 130 of the multi-directional lighting luminaire device as shown in FIG. 14B. The lower part of the hanger auxiliary plate 84, the nut 13 is positioned so that the hanger auxiliary plate 84 can be fixed to the hanger rod (10).

As shown in FIG. 14C, the hanger auxiliary plate 84 has a bend having a width enough to allow the nut 13 to be inserted into the middle portion, and a hanger rod through hole 84a is formed in the middle portion. have.

A method of installing a lighting device modularized in a unit length configured as described above in a predetermined space is as follows.

In the factory to manufacture a lighting luminaire device 20 modularized to the unit length necessary for the space to install the lighting luminaire device 20 proposed in the present invention in the installation site only fixing the hanger rod 10 of the ceiling (2) When completed, the light fixture device 20 modularized to the above unit length is assembled and inserted into the hanger clamp 12 fixed to the lower end of the hanger rod 10, the clamp fixing plate 14 hanging on the hanger clamp 12 All installation is completed by pushing the fixing in the direction of the lighting device 20 for lighting.

Although the present invention has been described with reference to the accompanying drawings, the present invention is not limited thereto, but many changes and modifications may be made without departing from the scope of the following claims.

As described above, the present invention is further provided by providing a lighting luminaire device formed integrally by providing a space in which the ballast for the electrical wiring and fluorescent lamps can be positioned and the lower portion of the lighting luminaire device wiring conduit. Since there is no need to provide a member such as a hanger, there is an effect of lowering the manufacturing cost.

In addition, the present invention manufactures and assembles a lighting luminaire device in a factory in a unit length so that it can be installed by adjusting the number of installation of the lighting luminaire device according to the size of the space to install the lighting luminaire device in the factory work of the hanger rod of the ceiling When it is completed, it is possible to immediately install the lighting luminaire device, it is possible to obtain the effect of reducing the height of working hours and installation work with a minimum number of workers.

The present invention is provided with a deformable lid in addition to the upper part of the lighting luminaire device wiring conduit to accommodate the conventional conduit at once, and by installing an additional wiring conduit to provide an additional space, the effect of installing additional electrical wiring or communication lines Can be obtained.

Claims (17)

In the lighting luminaire device installed on the ceiling, the upper side is formed with a fixing part that can be supported by combining with the hanger bracket, the lower side is formed with a lamp holder coupling portion, the inside is closed on all sides to accommodate the wiring and ballast And a longitudinally open end portion having a wiring conduit having an open space portion. 2. The lighting luminaire device of claim 1, wherein the upper end of the wiring conduit is sealed through the wiring conduit lid. 2. The lighting luminaire device of claim 1, wherein the wiring tube body is sealed at a lower end thereof through a wiring lower plate. The unit length according to any one of claims 1 to 3, wherein the fixing part is a groove part formed in a longitudinal direction along upper portions of both sides of the wiring conduit, and a hanger bracket is coupled to the groove part to fix the wiring conduit. Modular lighting fixtures. 4. The lighting luminaire device according to any one of claims 1 to 3, further comprising an auxiliary plate on which a ballast or a partition wall can be installed in the wiring conduit. The hanger bracket according to claim 4, wherein the hanger bracket comprises a protrusion for preventing slipping of the clamping plate, a through hole for fixing the hanger bracket to the hanger rod at a central portion of the upper end, and a coupling protrusion coupled to the groove. Modular lighting luminaire device characterized in that the hanger clamp. According to claim 3, wherein the wiring pipe is bent inwardly in the shape of 'b' in the upper space for accommodating the communication line and the electrical wiring is additionally installed, and the outer space cover for sealing the extra space Modular lighting luminaire device characterized in that it further comprises a unit length. 3. The lighting fixture device of claim 2, wherein the wiring conduit lid is a modified lid including a semicircular projecting space. 3. The lighting luminaire device of claim 2, wherein the wiring conduit is formed by combining two or more layers. According to any one of claims 1 to 3, The lower side of the wiring conduit for illumination modularized to a unit length, characterized in that the locking groove which can further combine the transparent acrylic lamp cover and the fixing auxiliary cover is further provided. Luminaire device. The unit according to any one of claims 1 to 3, wherein the electrical wiring provided inside the wiring conduit has a connector for connecting electrical wiring at both ends thereof, and is connected by connecting the connector and the connector. Luminaire devices modularized in length. 12. The lighting luminaire device of claim 11, further comprising an auxiliary clasp for aligning wires for aligning electrical wires installed inside the wiring pipe. 4. The lighting luminaire device of claim 3, wherein the coupling between the wiring tube and the wiring lower plate is made using a circular coupling rod. 4. The lighting device of claim 3, wherein the coupling between the wiring tube and the wiring lower plate is made using a sliding jaw. The method of claim 1, wherein the wiring conduit has a polygonal shape and is opened in multiple directions, and the side and bottom surfaces of the wiring conduit except for the upper surface of the wiring conduit are sealed using a wiring conduit cover, and the space part therein is divided into several parts. Lighting luminaire device modularized in unit length. 16. The lighting fixture of claim 15, wherein the fixing part is a groove part formed in a longitudinal direction along an upper center part of the wiring conduit, and a hanger fitting is coupled to the groove part to fix the wiring conduit. The method of claim 16, wherein the hanger bracket is' And a bend is formed in the middle portion in the shape of ', and the central portion of the bend is a hanger auxiliary plate composed of a hanger rod through-hole.