KR200329105Y1 - Holding bar for fixing the ceiling panel of a structure - Google Patents

Abstract

It is fixed to the ceiling structure of the building via a support means, and relates to a ceiling panel fixing bar for fixing and coupling the finished ceiling panel, to realize a firm fixed coupling and separation of the ceiling panel without using a separate fastening means, in particular A body portion having an approximately H-shaped beam including a hook portion coupled to the support means for easy installation and removal of itself and for installation of an air conditioner and a ventilation diffuser; A cover part extending inwardly at an angle from the lower end of the body part; A first coupling part extending outwardly from the body part to have a substantially 'c' shape and having one side of the ceiling panel inserted and coupled; A second coupling part which is formed to extend outwardly in the same shape at a position opposite to the first coupling part and is inserted and coupled to one side of another ceiling panel; And an elastic member installed at the first coupling portion and the second coupling portion to compress the ceiling panel and to firmly fix the ceiling panel by pushing the ceiling panel to the opposite side by elastic restoring force after the coupling.

Description

Holding bar for fixing the ceiling panel of a structure}

The present invention relates to a ceiling panel fixing bar of a building to facilitate the installation and separation of the ceiling panel installed for finishing treatment on the ceiling in the building.

In general, the interior ceiling of a large building such as the subway station or the lobby of a building, assembling and installing the finishing ceiling panel as an interior material to cover the electrical wiring or piping and to make the exterior beautiful.

Finishing ceiling panels are usually installed by using a separate fixing means on the bottom of the ceiling-based concrete layer of the building, the installation and construction of such a ceiling panel is a variety of proposals so far widely used.

For example, Korean Utility Model Publication No. 20-0223986 (2001.03.05) discloses an indoor finishing panel fixture that allows easy assembly of the finishing panel to the ceiling by hand.

The interior finishing panel fastener disclosed herein is a web portion, the first flange portion and the free end is bent inwardly integrally extending from the longitudinal end of the web portion integrally bent at an angle perpendicularly from the other end in the longitudinal direction of the web portion. A C channel beam having a free end of the second flange portion bent inwardly corresponding to the first flange portion; first ribs and first integrally extending outwardly at a predetermined interval on an outer surface of the first flange; A first insertion rail formed by two ribs; And a second insertion rail formed by a third rib and a fourth rib which are integrally extended to the outside at a predetermined interval on an outer surface of the second flange.

According to the interior finishing panel fixture described above, since only one end of both ends of the finishing panels need to be inserted by hand in the first insertion rail and the second insertion rail of the two fasteners adjacent to each other. This can significantly reduce the cost of finishing panel construction.

However, the conventional interior finishing panel fixture has a problem that is difficult to install on the ceiling due to its structure. For example, the conventional fasteners need to be precisely fitted to the engaging projections of the engaging projections installed on the ceiling on both sides of the upper fixing bar, it is difficult to accurately engage in the fitting, there is a problem that is difficult to remove after being combined.

In addition, the conventional interior finishing panel fixture is simply considering the structure for supporting the finishing panel, there is a problem that it is difficult to install a heating and cooling duct or ventilation duct for air conditioning (hereinafter referred to as 'air conditioning'), which is a building This will result in a failure to adequately respond to modern trends or regulations that value air conditioning.

In addition, the conventional interior finishing panel fixture is not provided with a structure for installing the ceiling light, there is a hassle to install a separate support means when installing the ceiling light.

As to solve the problems of the prior art, the present invention realizes easy fixing and detachment of the ceiling panel without using a separate fastening means, in particular its easy installation and separation work, air conditioning and ventilation The purpose of the present invention is to enable the installation of the diffuser for the ceiling and to easily install the ceiling light.

1 is an overall assembly perspective view showing a ceiling panel fixing bar of a building according to the present invention,

Figure 2 is a cross-sectional view of the installation state of the ceiling panel fixing bar according to the present invention,

3 is an assembled perspective view of the elastic member constituting the present invention.

* Description of the symbols for the main parts of the drawings *

1st-1st fixing bar 1 '-2nd fixing bar

5-ceiling panel 15,15 '

16- Diffuser for air conditioning and ventilation 17-body

17'-U body 17a-cover

17b-vented 19-first engagement

21-second coupling part 23-elastic member

25-wing 27-protrusion

29-locking projection 31-locking jaw

35-third joint 37-ceiling lighting frame

39-fourth coupling part

In accordance with the above object in the present invention is fixed to the ceiling structure of the building via a support means, and in the configuration of the fixing bar for easily coupling and separation of the ceiling panel, including a hook portion coupled to the support means A body portion taking the form of an approximately H-shaped beam; A cover part extending inwardly at an angle from the lower end of the body part; A first coupling part extending outwardly from the body part to have a substantially 'c' shape and having one side of the ceiling panel inserted and coupled; A second coupling part which is formed to extend outwardly in the same shape at a position opposite to the first coupling part and is inserted and coupled to one side of another ceiling panel; And a first elastic member installed in the first coupling part and the second coupling part, the elastic member being compressed when the ceiling panel is coupled and firmly fixed by pushing the ceiling panel to the opposite side by elastic restoring force after the coupling. We propose a ceiling panel fixing bar for a building that includes a fixing bar.

Here, the elastic member includes both wing portions formed in a substantially 'V' shape, and a locking protrusion portion positioned in the middle of the wing portion and having protrusions, wherein the locking protrusion portion is a first coupling portion or a second coupling portion. It is first inserted into the locking jaw formed in the coupling portion, and the second rotation is inserted again to be fixedly coupled.

Preferably it forms a vent for communicating with the air-conditioning and ventilation diffuser in the body portion.

Also preferably, the present invention includes a U-shaped body portion including a hook portion coupled to and supported by the support means, extending outwardly from the U-shaped body portion to form a substantially 'c' shape, and the other side of the ceiling panel is inserted and coupled. And a second fixing bar configured to include a third coupling part and a fourth coupling part extending to a position opposite to the third coupling part 180 degrees and having one side of the ceiling lighting frame coupled thereto.

Hereinafter, preferred embodiments for realizing the present invention will be described with reference to the accompanying drawings.

1 and 2 show the overall structure of the ceiling panel fixing bar of the building according to the present invention and the assembly structure of the ceiling panel.

As can be seen through the drawing, the ceiling panel fixing bar of the present invention is fixedly installed on the bottom of the ceiling-based concrete layer 3 of the building by using a separate support means, and the ceiling panel 5 inserted and coupled from the side thereof. It comprises a first fixing bar (1) that can be easily and firmly fixed without a separate fastening means.

The ceiling panel 5 is generally made of a material such as plywood, metal plate or wood, and is beautifully manufactured so that at least one surface facing the interior has an interior effect. In addition, the support means can be used in a variety of structures, in the present invention, as an example, the hanger bolt (7) is embedded in the foundation concrete layer (3) of the ceiling, and the hanger clip (7) in the hanger bolt (7) 9) can be installed by hanging, the hanging channel 11 is installed on the hanger clip (9), and through the clip (13) fixed to the carrying channel (11) can be combined and mounted to the fixing bar of the present invention It discloses a structure to make, but the coupling structure of the present invention is not limited thereto.

Here, the clip 13 is provided with a locking ring 13a at the lower end, and the hook portion 15 of the fixing bar 1 is fitted to the locking ring 13a. Wherein the hook portion 15 is formed equally on both sides of the upper end of the first fixing bar (1), in particular as shown in the drawing is coupled to the locking ring (13a) from the outside of the fixing bar (1) is easy to fasten In addition, although not shown, the locking ring 13a can be coupled to the inside of the first fixing bar 1.

According to a characteristic configuration of the present invention, the first fixing bar 1 has a body portion 17 extending in the form of an approximately H-shaped beam toward the lower end of the hook portion 15, and of the body portion 17 The lower end portion has a cover portion 17a extending inwardly at right angles. Both cover portions 17a may have the same length or one side may be formed long.

In the upper space of the body portion 17 in the form of an H-beam can be easily inserted into the air diffuser and ventilation diffuser 16, the body portion for ventilation with the air conditioning and ventilation diffuser 16 At 17, the vent 17b is further provided. It is preferable to form a plurality of vents 17b at regular intervals.

The first and second coupling parts 19 and 21 into which one side of the ceiling panel 5 is inserted and coupled are provided in the lateral direction of the body part 17.

One ceiling panel 5 is inserted into and coupled to the first and second coupling portions 19 and 21, respectively, and is formed to have the same shape as the letter 'c' at 180 degrees to face each other. At this time, the other side of the ceiling panel 5 is supported by being inserted into another adjacent fixed bar (not shown).

In particular, the first coupling portion 19 and the second coupling portion 21 are compressed at the time of engagement of the ceiling panel 5, respectively, and push the ceiling panel 5 to the opposite side by the elastic restoring force after coupling, so that the adjacent An elastic member 23 is installed on the fixing bar to allow the other side of the ceiling panel 5 to be firmly inserted and fixed.

As shown in an enlarged view in FIG. 3, the elastic member 23 is formed with both wings 25 formed in a substantially 'V' shape and a protrusion 27 positioned in the middle of the wings 25. It comprises a locking projection (29).

The elastic member 23 configured as described above may be easily coupled and fixed without the need for a separate fastening means. More specifically, the elastic member 23 is compressed by the user such that both wings 25 are in contact with each other, as shown in the imaginary line of FIG. 3 when fixed coupling, and the first coupling portion 19 of the fixed bar 1 in that state. The locking protrusion 29 is first inserted into the locking jaw 31 of the upper side, and the protrusion 27 of the locking protrusion 29 is locked by rotating the elastic member 23 by 90 degrees. By being fitted in the fitting is to be fixed secondarily.

One side edge of the protrusion 27 of the elastic member 23 is rounded to have a predetermined radius for such rotational coupling.

On the other hand, in order to secure the fixing and separation of the elastic member 23 installed in the first coupling portion 19 of the fixing bar 1, a separate hole 33 may be provided and a separate bolt and nut may be fastened thereto. .

In addition, a second fixing bar 1 ′ is provided adjacent to the first fixing bar 1 as a preferred configuration of the present invention. Like the first fixing bar 1, the second fixing bar 1 'is coupled to and supported by the supporting means and installed on the ceiling.

More specifically, the second fixing bar 1 ′ has a U-shaped body portion 17 ′ including a hook portion 15 ′, and extends outwardly from the U-shaped body portion 17 ′ to have a substantially 'c' shape. The third coupling part 35 and the other side of one side of the ceiling panel 5 which is formed by being pushed by the elastic member 23 of the first fixing bar 1 are inserted into and coupled to the third coupling part 35. It is formed to extend to a position opposite to 180 degrees and comprises a fourth coupling portion 39 is coupled to one side of the ceiling lighting frame 37.

The ceiling lighting frame 37 is installed to mount a light bulb inside, and is firmly fixed to the fourth coupling part 39 by an adhesive or fastening member.

Referring to the assembly operation of the ceiling panel based on the configuration of the present invention described above are as follows.

First, the worker rotates the elastic member 23 to the first coupling part 19 and the second coupling part 21 of the first fixing bar 1 as described above. At this time, it is preferable that the elastic members 23 are installed at 1 to 5 at equal intervals with respect to one ceiling panel (5).

In the state in which the elastic member 23 is coupled, the operator first grasps the ceiling panel 5 and inserts one side of the elastic member 23 into the first coupling portion 19 and the second coupling portion 21, and the elastic member 23 Is inserted while exerting a force to completely unfold, and the other side of the ceiling panel 5 is inserted into the third engaging portion 35 of the adjacent second fixing bar and then released. At this time, the ceiling panel 5 is firmly fixed while being pushed by the restoring force of the elastic member 23.

As described above, the ceiling panel fixing bar of the building of the present invention can be seen that it is possible to easily insert coupling and solid fixing of the ceiling panel without a separate fastening means as described above.

Therefore, according to the present invention, the installation and maintenance work of the ceiling panel is convenient, and it is possible to obtain the effect of reducing the construction cost by reducing the manpower and the working time when working.

In addition, according to the present invention, the hooks are formed on both sides of the top of the fixing bar, thereby easily realizing the coupling with the hooks of the supporting means, and also facilitates the installation and insertion of the diffuser for air conditioning and ventilation. You can get it.

In addition, according to the present invention, the second fixing bar may be provided to easily install the ceiling light.

Claims (4)

In the fixed bar to be fixed to the ceiling structure of the building via a support means, and to easily couple and detach the ceiling panel, A body part including a hook part coupled to and supported by the support means, the body part having an insertion space for an air-conditioning and ventilation diffuser; A cover part extending inwardly at an angle from the lower end of the body part; A first coupling part extending outwardly from the body part to have a substantially 'c' shape and having one side of the ceiling panel inserted and coupled; A second coupling part which is formed to extend outwardly in a substantially 'C' shape at a position opposite to the first coupling part and is inserted and coupled to one side of another ceiling panel; And A first fixing part installed on the first coupling part and the second coupling part and including an elastic member that is compressed when the ceiling panel is coupled and firmly fixes the ceiling panel by pushing the ceiling panel to the opposite side by elastic restoring force after the coupling; Ceiling panel fixing bar of the building including a bar. The method of claim 1, wherein the elastic member comprises two wings formed in a substantially 'V' shape, and the locking projection formed in the middle of the wing and provided with a projection, the locking projection is the first coupling portion Or the ceiling panel fixing bar of the building, characterized in that fixed to be coupled by rotationally inserted into the engaging jaw formed in the second coupling portion. According to claim 1, Ceiling panel fixing bar of the building, characterized in that the air vent is formed in communication with the diffuser for air conditioning and ventilation. According to claim 1, U-shaped body portion including a hook portion coupled to the support means, extending outwardly from the U-shaped body portion is formed in a substantially '' 'shape and the other side of the ceiling panel is inserted and coupled The ceiling panel fixing bar of the building further includes a second fixing bar including a third coupling part and a fourth coupling part extending in a position opposed to the third coupling part by 180 degrees and coupled to one side of the ceiling lighting frame. .