KR100528158B1 - Ceiling panel supported device for building - Google Patents

Abstract

The disclosed content relates to a ceiling plate support structure of a building,

Body portion 110, the coupling portion 120, which is horizontally / extended at one side of the body portion 110, one side of the ceiling plate is coupled, and the height at a predetermined position on the upper surface of the coupling portion 120 A fixed bar 100 having a close contact portion 140 in which an insertion groove 142 is formed to be horizontally / extended; And a ceiling plate 300 having an insertion part 302 inserted / closed into the insertion groove 142 of the contact part 140, wherein the ceiling plate 300 has two sides of the rectangular frame body having a first vertical surface. 304, one side of the two sides forms a second vertical surface 301, and one side of the two sides forms an insertion part 302 extended horizontally, and an upper surface of the coupling part 120 in which the close part 140 is formed. Forming the coupling groove 122 in a predetermined position and the insertion portion 302 of the ceiling plate 300 in close contact with / inserted therein forms a coupling protrusion 303 corresponding to / connected to the coupling groove 122, The body part 110 of the fixing bar 100 forms a second coupling part 130 that forms the close contact part 140 in which the insertion groove 142 is formed, or the other body part 110 is the insertion rail. A ceiling plate support structure for a building having a 160 is provided to provide a vibration resistant support structure.

Description

Ceiling panel supported device for building

The present invention relates to a ceiling plate support structure of a building, and more particularly, to a ceiling plate support structure of a building in which the ceiling plate support state is more closely adhered to / maintained, thereby preventing the detachment of the ceiling plate in any vibration situation inside or outside. will be.

In general, a ceiling plate is assembled / installed to cover electric wiring or plumbing in an indoor ceiling of a large building such as a subway station or a lobby of a building.

Examples of such a ceiling plate installation have been proposed and used.

That is, the interior finishing panel fixtures proposed and registered in Utility Model No. 20-0223986 and Utility Model No. 20-0329105 are also known.

The former,

A first channel rail having a first channel portion and a second channel portion curved inwardly corresponding to the first flange portion, a first insertion rail formed of a first rib and a second rib formed on an outer surface of the first flange; And a second insertion rail formed by third and fourth ribs integrally extending outwardly of the outer surface of the second flange.

The latter has a body part taking the form of an approximately H-shaped beam, including a hook part fixedly installed on the ceiling structure of the building and coupled to the support means, and a cover part extending inwardly at right angles from the lower end of the body part. And an outward extension from the body portion to form a substantially 'C' shape, the first coupling portion into which one side of the ceiling plate is inserted and coupled to the first coupling portion, and outward in the same shape at a position opposite to the first coupling portion by 180 degrees. A second coupling portion which is formed to extend and is coupled to one side of another ceiling plate, and is installed in the first coupling portion and the second coupling portion, and is compressed when the ceiling plate is engaged and is compressed by the elastic restoring force after the coupling; It is made of an elastic member firmly fixed by pushing the opposite side

The electronic ceiling plate fixing bar is one-touch the two sides of the ceiling plate by hand to each insertion rail of the two fixtures adjacent to each other, so even one worker can finish the construction of the ceiling plate in a short time. The ceiling plate is pulled out from the fixed bar by various internal and external vibrations. Therefore, the V-shaped elastic member is attached and reinforced to prevent the ceiling plate from falling off.

The latter interior finishing panel fixture is fitted with one-touch hands on both sides of the ceiling plates to the respective insertion rails of two adjacent fixtures, so even a single worker can finish the ceiling panel construction in a short time. In order to prevent the ceiling plate from falling out of the fixing bar due to various internal and external vibration conditions applied to it, an elastic member is attached to the end of the ceiling plate to prevent the ceiling plate from detaching from the fixture.

However, in the structure of the ceiling plate through the elastic member of the front and the latter, the elastic member must be fixed because the elastic member must be fixed by pressing the elastic member installed between one fixing bar and the other fixing bar during construction of the ceiling plate. In order to do this, there is not only the inconvenience of the process of fixing the elastic member on both sides of the fixing bar at the construction site or the manufacturing site, and in the case of fixing it to the ceiling plate end as in the latter, the ceiling plate end such as metal or synthetic resin in advance The work process is cumbersome and excessive time is required by attaching the elastic member to the ceiling, and the elastic member protruding from the end of the ceiling plate during the storage / transportation of the ceiling plate is cumbersome to carry and load, and is frequently separated by frequent contact. There was this.

The present invention is to provide a ceiling plate support structure for supporting such a ceiling plate, in order to fundamentally improve the problems caused by the elasticity / installation of the ceiling plate as an elastic member in order to reliably install the ceiling plate without the elastic member There is a purpose.

Another object of the present invention is to provide a new type of ceiling plate by inserting / installing the ceiling plate into the fixing bar without the elastic member.

In addition, there is also an object to provide a ceiling plate that is convenient for horizontal / processing one side easily in the construction site in applying the ceiling plate formed on the four sides of the rectangular plate body.

In addition, the present invention has an object to provide a fixing bar that can be in close contact / support of the ceiling plate is provided with the contact means is provided on both sides in providing the fixed bar is in close contact with the ceiling plate.

The present invention is to provide a fixing bar in which the ceiling plate is in close contact with one side is provided with a close contact means, the other side is to provide a fixed bar in which the insertion structure in which the vertical side of the ceiling plate is inserted as it is implemented.

The present invention also has an object to provide a fixed bar having a H-shaped cross-section of the body portion in the fixed bar of all types described above.

The present invention has a stable supporting purpose of the ceiling plate through the insertion portion and the contact portion of the ceiling plate in providing the ceiling plate support structure of the building, and prevents the falling of the ceiling plate from the contact portion and falling off the ceiling Another object of the present invention is to provide a ceiling plate support structure covering a gap generated between the plate and the fixing bar.

The ceiling plate construction structure of the building to achieve the above object of the present invention

A body part, a coupling part which is horizontally / extended at one side of the body part, one side of which is coupled to a ceiling plate, and a close part which is horizontally / extended by varying the height at a predetermined position on the upper surface of the coupling part to form an insertion groove inwardly One fixed bar; And it is achieved as a ceiling plate support structure of a building comprising a ceiling plate formed with an insertion portion to be inserted / adhered to the insertion groove of the close contact portion.

In the construction of the ceiling plate of the building for achieving the above object of the present invention, it is preferable that the front end portion of the close contact portion to form a guide portion widening outward.

In the construction of the ceiling plate of the building to achieve the object of the present invention, the two sides of the rectangular frame body forms a first vertical surface, one side of the two sides constitute a second vertical surface, one side of the two horizontal It is desirable to form extended inserts.

In the building structure of the ceiling plate of the building for achieving the object of the present invention, the insertion portion of the ceiling plate to be in close contact with the insertion groove formed in the predetermined position on the upper surface of the coupling portion formed in the close contact portion is inserted into the coupling groove It is preferable to form the engaging projection to correspond / connect.

In the construction of the ceiling plate of the building to achieve the above object of the present invention, it is preferable to form a supporting portion horizontally / extended to the outside of the lower end of the coupling portion.

In the building structure of the ceiling plate of the building to achieve the above object of the present invention, the bottom side of the body portion is horizontally / extended to form an extension part while forming an opening therebetween, and an air passage communicating with the opening. It is preferable to form the cover part formed inward.

In the construction of the ceiling plate of the building for achieving the above object of the present invention, the other side of the body portion of the fixed bar,

It is preferable to form a new coupling portion in which the insertion portion of the ceiling plate is inserted by forming a contact portion where the body portion is horizontally / extended on the other side, and the horizontal / extension by varying the height at a predetermined position on the upper surface to form an insertion groove inward.

In the building structure of the ceiling plate of the building for achieving the above object of the present invention, the fixing bar,

It is preferable to include an insertion rail formed with an insertion hole by the upper and lower horizontal portions so that the first vertical surface of the four sides of the ceiling plate is inserted into the other body portion,

In the construction of the ceiling plate of the building for achieving the above object of the present invention, it is preferable that the body portion has an approximately H-shaped cross section.

In the building structure of the ceiling plate of the building for achieving the above object of the present invention, the body portion may be implemented as a C-channel beam of approximately yaw-shaped cross section.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an overall perspective view showing a first embodiment in which the entire ceiling plate support structure of the building of the present invention is constructed.

The ceiling plate support structure of the building according to the present invention according to the drawings is largely fixed bar (100, 200), the ceiling plate 300 inserted between them, and the clip (A) for supporting the fixed bar 100 ), A horizontal bar B on which the clip A is supported, and a fixing bar C for illumination.

In the configuration and operation of the present invention, the specific configuration and function of the clip (A), the bar (B), and the fixing bar (C) for illumination are omitted.

The present invention discloses two types of fixed bars 100 and 200.

Figure 2 of the accompanying drawings is a perspective view of a fixing bar 100 of the first type applied to the first embodiment of the building ceiling plate support structure of the present invention. The fixing bar 100 of the first type according to this drawing,

The vertical portion 112 is formed to face each other perpendicular to each other, but the horizontal portion 155 to be described later to the center between the body portion 110 and the two body portions 110 forming a T-shaped flange 111 at the upper end thereof. Cross the lower portion forms a connecting portion 153, 154 horizontally connected to face each other, and the upper and lower horizontal portions 121, 123, 131, 133 in the form of a square frame to the outside of the body portion 110. ) Is horizontally / extended, and first and second coupling parts 120 and 130 having vertical parts 125 and 135 formed at ends thereof, and the first coupling part 120 and the second coupling part. Each of 130 may be formed by a close contact portion 140 in which the ceiling plate is in close contact with each other.

The close contact portion 140 extends one end portion outward from a predetermined position on the upper surface of the first and second coupling portions 120 and 130 to form an insertion groove 142 therein, and the close contact portion 140 The tip portion of the) forms a guide portion 144 widening outward to prevent the insertion of the insertion portion 302 to be described later to the other side.

In addition, coupling grooves 122 and 132 are formed at predetermined positions on the upper surface of the first and second coupling parts 120 and 130 on which the close contact part 140 is formed, and the coupling protrusion of the ceiling plate 300 to be described later. 303 is seated to prevent departure.

In particular, the outer bottom of the first and second coupling parts 120 and 130 of the rectangular frame form a horizontal extension to the outside and the support parts 124 and 134 protruding upward. The support parts 124 and 134 are caught by the support parts 124 and 134 once again when the ceiling plate 300 falls to a new vibration / cause that is beyond the close contact / support force as described above. The ceiling plate is prevented from falling, and the gap generated between the ceiling plate and the fixed bar is installed after the ceiling plate is installed. Since the supporting parts 124 and 134 also have a function of supporting the secondary power by dispersing the supporting force through the close contact part 140 when the ceiling plate 300 is coupled, the ceiling plate 300 is more stably coupled. Can be remounted.

A horizontal plate portion 155 is formed across the center of the body portion 110, and left and right extension portions 153 and 154 horizontally / extended with a predetermined length are formed below the body portion 110, and an opening 151 therebetween. ) Is formed to form a cover portion 150 to function as an air passage 152 of the air conditioning and ventilation diffuser, whereby the body portion 110 ultimately has an approximately H-shaped cross section. The horizontal plate part 155 is provided with a ventilation hole for the diffuser communicating with the air passage 152 described above as necessary, which is not shown in the figure, but can be arbitrarily cleaned at the required position after construction of the ceiling plate in the construction site Do.

3 is a perspective view showing the fixing bar 200 of the second type of the first embodiment of the building ceiling plate support structure of the present invention.

As shown in this figure, the fixed bar 200 is,

A vertical bar 112 is formed to face each other vertically, and a T-shaped flange 111 is formed at an upper end thereof, and a cover includes a horizontal plate part 155 in the center and an extension part 153 and 154 horizontally connected to face each other. The body part 110 is formed together with the part 150, and one side of the body part 110 forms the first coupling part 120 horizontally / extended to the outside, and the other body part of the ceiling plate 300 ( 110 is to form an insertion rail 160, the insertion hole 162 is formed by the upper and lower horizontal portions 163 and 164 so that the second vertical surface 301 of the ceiling plate 300 is inserted.

The first coupling part 120 of the body part 200 is formed in the close contact portion 140 as described above, but there is no such close structure on the insertion rail 160 side. In addition, the guide part 142 and the insertion groove 144 are formed like the close contact part 140 of the first coupling part 120.

In addition, the body portion 110 of the fixing bar 200 also forms a central horizontal plate portion 155, and forms extension portions 153 and 154 horizontally / extended to both inner and lower ends thereof, and an opening portion therebetween. 151 is formed, and the cover part 150 which forms the air path 152 inside is formed. The cover part 150 also forms an air circulation path for the air conditioning and ventilation diffuser after construction, and forms an H-shaped cross section along with the body part 110, and an upper edge part perpendicular to the body part 110 is approximately T-type. It is further formed by a flange of the hanger by the clip (A) supported on the horizontal bar (B).

The body portion 110 of the present invention is not limited to the beam structure of the H-shaped cross section as described above, but also applicable to the C-channel beam of the yaw-shaped cross section. Application examples thereof are briefly shown in the accompanying drawings, FIGS. 10A and 10B.

Specific application examples of the ceiling plate support structure of the present invention applied to such a C-channel beam overlap with the above-described embodiment, and thus description thereof will be omitted. However, since only the body portion 110 has a difference that forms a C-shaped cross section, which is consistent with the basic structure of the ceiling plate support structure of the present invention, only those corresponding to the above embodiments are indicated in the reference numerals.

4 is a perspective view of the ceiling plate of the first embodiment of the present invention building ceiling plate support structure.

In the ceiling plate 300 according to this drawing, four sides of the rectangular frame body are vertical / formed, the inner side reaches the space portion 306, two sides of the four sides constitute the first vertical side 304, and one side is the second side. The vertical side 301 is formed, and the other side forms the insertion part 302 horizontally / extended at the upper edge.

In addition, the inserting portion 302 of the ceiling plate 300 of the present invention is a coupling protrusion corresponding to the coupling grooves 122 and 132 at a predetermined position on the upper surface of the coupling portion 120 and 130 on which the contact portion 140 is formed. 303 is further provided.

Particularly, the ceiling plate 300 applied to the present invention forms the cutout 305 at the front and rear ends of the first vertical edge 304 so as to bend the second vertical edge 301 formed horizontally, thereby inserting the insertion portion 302. It was convenient to form. Of course, the inserting unit 302 was performed only on one of four sides, but the second vertical side 301 was formed on both sides in the manufacturing process of the ceiling plate 300, and then the inserting unit 302 was field-processed on only one side thereof. To make it possible.

The assembly process of the present invention ceiling plate support structure made in this way will be described according to the accompanying drawings.

5 is a cross-sectional view of a first embodiment of the present invention building ceiling plate support structure according to the present invention, the ceiling plate support structure is first, the ceiling structure by anchor bolts, horizontal bars (B), clips (A), etc. After forming the frame in the state in which the upper T-shaped flange of the fixing bar 100, 200 in the state formed by the ceiling bar 300 between the fixing bar 100, 200 is to be installed horizontally.

The ceiling structure of the ceiling plate support structure according to the present invention includes a second type fixing bar 200 and a first coupling part 120 for installing the ceiling plate 300 between the first coupling part 120 and the insertion rail 160. And the first type fixing bar 100 installed between the second coupling part 130 and the fixing bar C supporting the other lampshade D, the ceiling plate 300 is provided. .

First, when the ceiling plate 300 is installed between the first coupling part 120 and the insertion rail 160, the second vertical side 301 of the ceiling plate 300 is inserted into the insertion hole 162 of the insertion rail 160. ) And insert the other inserting portion 302 into the insertion groove 142 of the close contact portion 140 at the same time. At this time, when the predetermined distance close contact portion 140 is inserted, the insertion state of the other insertion rail 160 is slightly exited and the insertion state is stabilized.

Therefore, since the inserting portion 302 of the ceiling plate 300 is tightly supported by the contact portion 140, the separation of the ceiling plate 300 is prevented by any vibration to the ceiling structure.

Meanwhile, in the case of the first fixing bar 100 that supports the ceiling plate 300 between the first coupling part 120 and the second coupling part 130, the insertion groove of the first coupling part 120 ( The insertion part 302 of the ceiling plate 300 is inserted into the 142, and the insertion part 302 is also inserted into the insertion groove 142 of the close part 140 in the other coupling part 130. As described above, when a predetermined distance is inserted as described above, the installation of the ceiling plate is completed by checking both the close contact portions 140 and the inserted rail 160 to adjust both sides.

In particular, the insertion protrusion 303 is formed on the inserting portion 302 of the ceiling plate 300 of the present invention, the coupling groove 122 on the upper surface of the first and second coupling portions 120 and 130 corresponding thereto. ) 132 is formed so that the insertion unit 302 is automatically seated / coupled when the insertion is prevented from being separated.

In addition, the close contact portion 140 is expanded toward the guide portion 144, but the inside of the moment the insertion portion 302 of the ceiling plate 300 is inserted by bending / forming a narrow width of the insertion groove 142 rather Resilient and tightly coupled to the coupling protrusion 303 and the coupling grooves 122, 132 is seated / coupled to the ceiling plate 300 is more firmly supported.

6 is a schematic front view showing the entire ceiling plate support structure of the second embodiment of the ceiling plate support structure of the building of the present invention.

The ceiling plate support structure of the building of the present invention according to this drawing is largely fixed bar 100, the ceiling plate 310 inserted between them, the clip (A) for supporting the fixing bar 100, It consists of a horizontal bar (B) on which the clip (A) is supported, and a fixing bar (400) for the lampshade.

In the configuration and operation of the present invention, the specific configuration and function of the clip (A) and the bar (B) are omitted.

The present invention discloses two types of fixed bars 100 and 400.

Figure 7 of the accompanying drawings is a perspective view of a fixing bar 100 of the first type applied to the second embodiment of the present invention building ceiling plate support structure. The fixing bar 100 of the first type according to this drawing,

Vertically facing each other, forming a T-shaped flange at the top, the middle of the horizontal plate portion 155 to be described later cross section, the lower portion of the cover portion 150 consisting of connecting portions 153, 154 are horizontally facing each other. Body portion 110 and the first coupling portion 120 is horizontally / extended in the form of a square frame to one side of the body portion 110 is coupled to one side of the ceiling plate thereon, and the other side of the body portion The second coupling part 130 horizontally / extended in the form of a square frame, and one side of the ceiling plate coupled thereto, and the ceiling plate closely adhered to each of the first coupling part 120 and the second coupling part 130. It is to form a close contact portion 140 to be coupled.

Specifically, the close contact portion 140 extends one end portion outward from a predetermined position on the upper surface of the first and second coupling portions 120 and 130 to form an insertion groove 142 therein. The tip portion of the 140 forms a guide portion 144 widening outward to prevent the insertion of the inserting portion 302 to be described later to the other side.

In addition, coupling grooves 122 and 132 are formed at predetermined positions on the upper surface of the first and second coupling parts 120 and 130 on which the close contact part 140 is formed and the coupling protrusion 303 of the ceiling plate 300. ) Will be seated to prevent the departure.

In particular, the outer bottom of the first and second coupling parts 120 and 130 of the rectangular frame form a horizontal extension to the outside and the support parts 124 and 134 protruding upward. The support parts 124 and 134 are caught by the support parts 124 and 134 once again when the ceiling plate 300 falls to a new vibration / cause that is beyond the close contact / support force as described above. The ceiling plate is prevented from falling, and the gap generated between the ceiling plate and the fixed bar is installed after the ceiling plate is installed. Since the supporting parts 124 and 134 also have a function of supporting the secondary power by dispersing the supporting force through the close contact part 140 when the ceiling plate 300 is coupled, the ceiling plate 310 is more stably coupled. Can be remounted.

A horizontal plate portion 155 is formed across the center of the body portion 110, and left and right extension portions 153 and 154 horizontally / extended with a predetermined length are formed below the body portion 110, and an opening 151 therebetween. ) Is formed to form a cover portion 150 to function as an air passage 152 of the air-conditioning and ventilation diffuser, whereby the body portion 110 has an overall H-shaped cross section. The horizontal plate part 155 is provided with a ventilation hole for the diffuser communicating with the air passage 152 described above as necessary, which is not shown in the figure, but can be arbitrarily cleaned at the required position after construction of the ceiling plate in the construction site Do.

8 is a perspective view showing a fixing bar 400 of the second type of the second embodiment of the present invention building ceiling plate support structure.

As shown in this figure, this fixing bar 400 is

T-shaped flange 171 at the upper end, vertical to form a vertical portion 172, extending to the side (173, 174) to one side to be blocked as another vertical portion 175, the upper end of Extending and protruding as well as part of the extension portion 173 extends and protrudes to form a body portion 170 protruding in a + shape.

On the other side of the body portion 170, the upper and lower horizontal portions 121 and 123 are horizontally / extended and a vertical portion 125 is formed at the ends thereof, and the ceiling plate is placed on the horizontal portion 121. One side is to form a close contact portion 140 is coupled with the coupling groove 122.

In particular, the outer bottom of the first coupling portion 120 of the rectangular frame shape is horizontally extended to the outside and forms a supporting portion 124 protruding upward. The support part 124 is caught by the support part 124 once again when the ceiling plate 310 falls to a new vibration / cause to the extent that the ceiling plate 310 deviates from the adhesion / support force as described above. After the ceiling plate is installed, the gap generated between the ceiling plate and the fixed bar has a function of being covered. Since the support portion 124 also has a function of supporting the secondary by dispersing the bearing force through the close contact portion 140 when the ceiling plate 310 is coupled, the ceiling plate 310 may be more stably coupled / relocated. It becomes possible.

 The close contact portion 140 extends one end portion outward from a predetermined position on the upper surface of the first coupling portion 120 to form an insertion groove 142 therein, and the front end portion of the close contact portion 140 is outward. The guide portion 144 is widened to prevent insertion of the inserting portion 312 of the ceiling plate 310 to be described later.

In addition, a coupling groove 122 is formed at a predetermined position on the upper surface of the first coupling part 120 in which the close contact part 140 is formed, and the coupling protrusion 313 of the ceiling plate 310 to be described below is seated to prevent separation. Done.

9 is a perspective view of the ceiling plate of the second embodiment of the present invention building ceiling plate support structure.

In the ceiling plate 310 according to this drawing, four sides of the rectangular frame body are vertical / formed, and the inner side reaches the space part 306, two sides of the four sides constitute the first vertical side 314, and the two sides are the upper edge part. In the horizontal / extended insertion section 312 is to be formed respectively.

In addition, the inserting portion 302 of the ceiling plate 310 of the present invention further includes a coupling protrusion 313 corresponding to the coupling groove 122 formed at a predetermined position on the upper surface of the coupling portion 120 on which the contact portion 140 is formed. It is preferable to form.

The ceiling plate 310 applied to the present invention is conveniently formed in the front and rear ends of the first vertical side 314 to form a horizontal insertion portion 312 by forming a cutout 315.

The assembling process of the second embodiment of the present invention ceiling plate support structure made as described above is described as a front schematic view of the second embodiment of the present invention building ceiling plate support structure shown in FIG.

The ceiling plate support structure of the present invention, first, the top T-shaped flange of the fixing bar 100, 400 in the state of forming the ceiling structure by anchor bolt (symbol abbreviation), horizontal bar (B), clip (A), etc. After the frame is formed in a state, the ceiling plates 310 may be horizontally installed between the fixing bars 100 and 400.

The ceiling structure of the ceiling plate support structure of the present invention is composed of a first type fixing bar 100 and a second type fixing bar 400 for a lamp shade, both sides of which are equally symmetrical with the first coupling part 120, between The ceiling plate 310 may be installed on the wall.

First, in the case of the first fixing bar 100 supporting the ceiling plate 310 between the first coupling part 120 and the second coupling part 130, the insertion groove of the first coupling part 120 ( The inserting portion 312 of the ceiling plate 310 is inserted into the 142, and the inserting portion 312 is also inserted into the insertion groove 142 of the contact portion 140 at the other coupling portion 130. As described above, when a predetermined distance is inserted as described above, both sides of the close contact portion 140 are inserted to adjust the insertion width of both sides.

The second type fixing bar 400 having the lampshade installed therein is coupled to the lampshade on one side, and the first coupling part 120 on the other side has the insertion portion 312 of the ceiling plate 300 as described above. It is completed by being in close contact with / inserted into the contact unit 140.

Coupling protrusions 313 are formed in the inserting portion 312 of the ceiling plate 301 of the present invention, and coupling grooves 122 (on the upper surfaces of the first and second coupling portions 120 and 130 corresponding thereto). 132 is formed so that the insertion part 312 is automatically seated / coupled when the insertion is prevented from being separated.

In addition, the close contact portion 140 is expanded toward the guide portion 144, but the inside of the insertion portion 312 of the ceiling plate 310 by inserting a narrow curved / formed rather than the moment when the insertion portion 312 is inserted Resilient and tightly coupled to the coupling protrusion 313 and the coupling grooves 122, 132 is seated / coupled to the ceiling plate 310 is more firmly supported.

As described above, the ceiling support structure of the building of the present invention can be applied to a fixed bar of a known C-channel beam as shown in FIGS. 10A and 10B, and can be applied to various types of fixed bars. Various application examples of such close parts cannot be illustrated one by one, but the support structure of the present invention is applicable to all ceiling plate support structures meeting the purpose of preventing the flow of the ceiling plate, and is included in the following claims.

As described above, the ceiling plate support structure of the present invention improves the problems of the ceiling plate support structure of various methods in which the elastic member is inserted / fixed on both sides or one side of the fixing bar or the elastic member is attached to the ceiling plate. All the internal and external vibrations occurring during and after construction have an improved effect to firmly support the ceiling plate.

In addition, it provides a ceiling plate or a fixed bar without elastic members to reduce the number of parts by attaching the elastic member to the fixed bar or the ceiling plate, thereby improving the manufacturing process of the fixed bar and the ceiling plate, and problems in the transportation and storage of the ceiling plate. Improvements have been made, resulting in a faster construction of the ceiling of the building.

In particular, the ceiling plate support structure of the building of the present invention is a support part extended / formed to the outside of the coupling part in addition to the stable supporting effect of the ceiling plate through the insertion part and the close contact part of the ceiling plate, the ceiling plate is again supported by the ceiling is separated from the close part In addition to preventing the fall of the plate is also effective to cover the gap generated between the ceiling plate and the fixed bar.

1 is an overall perspective view of a first embodiment in which the entire ceiling plate support structure of a building of the present invention is constructed;

Figure 2 is a perspective view of a first type fixed bar of the first embodiment of the present invention building ceiling plate support structure,

3 is a perspective view of a second type fixing bar of the first embodiment of the present invention building ceiling plate support structure,

4 is a perspective view of the ceiling plate of the first embodiment of the present invention building ceiling plate support structure,

5 is a front view of some omissions showing the whole of the first embodiment of the present invention building ceiling plate support structure,

6 is a front view of some omissions showing the whole of the second embodiment of the present invention building ceiling plate support structure,

7 is a perspective view of a first type fixing bar of the second embodiment of the present invention building ceiling plate support structure,

8 is a perspective view of a second type fixed bar of the second embodiment of the present invention building ceiling plate support structure,

9 is a perspective view of a ceiling plate of a second embodiment of the present invention building ceiling plate support structure,

10A and 106B are perspective views of a fixing bar showing an example in which a C channel beam having a yaw-shaped cross section is applied to a building ceiling support structure of the present invention.

※ Explanation of code for main part of drawing

100,200,400: Fixed bar, 110: Body part, 120, 130: Coupling part, 122, 132: Coupling groove,

121,123: horizontal portion, 124,134: support portion, 125: vertical portion, 140: tight portion, 142: insertion groove,

144: guide portion, 150: cover portion, 151: opening portion, 152: air passage, 153, 154: extension portion,

155: horizontal plate, 160: insertion rail, 162: insertion hole, 163,164: upper and lower horizontal parts,

170: body portion, 171: T-type flange, 172: vertical portion, 173, 174: extension portion, 175: vertical portion,

300: ceiling plate, 301: second vertical surface, 302: insertion portion, 303: engaging projection, 304: first vertical surface,

305: incision, 306: space,

Claims (12)

In the ceiling support structure of a building, Body portion 110, the coupling portion 120, which is horizontally / extended at one side of the body portion 110, one side of the ceiling plate is coupled, and the height at a predetermined position on the upper surface of the coupling portion 120 A fixed bar 100 having a close contact portion 140 in which an insertion groove 142 is formed to be horizontally / extended; And A ceiling plate support structure for a building including a ceiling plate (300) having an insertion portion (302) inserted / closed in the insertion groove (142) of the contact portion (140). The method of claim 1, The body portion 110 is a vertical plate support structure perpendicular to each other and the ceiling plate support structure of a building, characterized in that forming the upper T-shaped flange (111). The method of claim 1, The first coupling part 120 is formed on one side of the body part 110, and the other side of the ceiling plate of the building, characterized in that the opposite / forming the same second coupling part 130 with the coupling part 120. Support structure. The method of claim 1, Fixed bar is, Body portion 110 having a T-shaped flange 111 formed on the upper end of the vertical portion 112 perpendicular to each other, the coupling portion 120 is formed on one side of the body portion 110, this body portion ( The other side of the 110 forms an insertion rail 160 in which the insertion hole 162 is formed by the upper and lower horizontal portions 163 and 164 to insert the first vertical side 301 of the four sides of the ceiling plate 300. The ceiling plate supporting structure of the building, characterized in that. The method of claim 1, The fixing bar, T-shaped flange 171 is formed at the top, the vertical portion 172 is formed perpendicular to this, and the body portion formed to be blocked as another vertical portion 175 to form an extension (173, 174) to one side ( 170); And the upper and lower horizontal parts 121 and 123 are horizontally / extended to the other side of the body part 170, and a building part comprising a coupling part 120 having a vertical part 125 formed at an end thereof. Ceiling plate support structure. The method according to any one of claims 1 to 5, Both sides of the lower end of the body part 110 are horizontally / extended to form extension parts 153 and 154, with openings 151 therebetween, and an air passage 152 communicating with the openings 151. The ceiling plate supporting structure of a building, characterized in that it further comprises a cover portion 150 formed inside. The method according to any one of claims 1 to 5, Body plate support structure of the building, characterized in that the body portion 110 and the cover portion 150 of the fixing bar is combined to form an approximately H-shaped cross section. The method of claim 1, The ceiling plate 300 is characterized in that the two sides of the rectangular frame body forms a first vertical side 304, one of the two sides forms a second vertical side 301, and the other side forms the insertion unit 302. Ceiling plate support structure of building. The method of claim 1, The ceiling plate 310 is a ceiling plate support structure of a building, characterized in that the two sides of the rectangular frame body forms a first vertical side (314), both sides forming an insertion unit (312). The method according to claim 8 or 9, The inserting portion 302 (312) of the ceiling plate 300, 310 is formed in close contact with the insertion groove 122 is formed at a predetermined position on the upper surface of the coupling portion 120 is formed in the close contact portion 140. The ceiling support structure of the building, characterized in that to form a coupling projection (303) (313) corresponding to / connected to the coupling groove (122). The method according to claim 8 or 9, Ceiling plate support structure of the building, characterized in that to form a support portion 124 further horizontally / extended to the outside of the bottom of the coupling portion (120). The method of claim 1, The body plate 110 of the fixed bar is a ceiling structure supporting structure of the building, characterized in that the C-channel beam of the substantially yaw-shaped cross section.