KR102429974B1 - PREFABRICATED display booth with wire netting type wall - Google Patents

Abstract

According to the present invention, not only the wall limiting the width of the exhibition booth, but also the display body on which the items to be exhibited are seated and displayed in the wall are made of a panel-type mesh, and the support body for supporting the wall and the display body is made of a frame made of aluminum material. Therefore, anyone can easily and easily connect the wall and the display body as a support and install it upright, so it is easy to install and assemble in the field. It is easy to separate and store after use. As it is firmly bound and fixed, the robustness as well as the support can be greatly improved, and it can be reused, resulting in economic cost reduction, and the mobility and storage according to the movement are greatly improved. Disclosed is a prefabricated exhibition booth equipped with a mesh wall that can greatly improve space utilization.

Description

Prefab display booth with wire netting type wall {PREFABRICATED display booth with wire netting type wall}

The present invention relates to a prefabricated exhibition booth equipped with a mesh wall, and more particularly, it is easy to install and assemble in the field, and it is easy to separate and store after use, and it can be reused after storage to obtain economical cost savings. It relates to a prefabricated exhibition booth equipped with a mesh wall that not only can, but also can greatly improve mobility and storage, as well as space utilization, and easy installation of lighting.

In general, trade fairs or exhibitions are exhibition halls of a commercial nature for the purpose of commerce, and participants and visitors participate in the exhibition with the intended purpose and expectations, and exhibition booths are installed to promote new products.

In other words, trade fairs and exhibitions are important tools for exhibition marketing and are becoming one of the strategic means to achieve corporate goals. and exhibition booths or showcases for product display are being installed.

As such an exhibition booth is usually made of a prefabricated bar, a through hole is formed on one side of the horizontal frame, a bolt hole is formed in the center of the vertical frame, a joint clip is fixed to the vertical frame, and then a joint clip is inserted into the through hole of the horizontal frame. After moving the mounted vertical frame to the assembly position by sliding it, fasten the bolts to assemble the horizontal frame and the vertical frame.

In addition, by blocking the outside of the vertical frame with a panel, the booth for exhibition is installed in the shape of a rectangular frame.

Since these conventional exhibition booths are assembled by fastening bolts after aligning the through holes of the horizontal frame with the bolt holes of the vertical frame, the length of the horizontal frame arranged horizontally to connect the vertical frames cannot be adjusted, so the horizontal frame that fits the gap As this must be newly manufactured, there is a problem in that the material cost incurred when an exhibition booth is installed once increases.

In addition, in the case of the panels used in the conventional exhibition booths, most of them are made of clogged boards. When installing a plurality of exhibition booths using the blocked panels as described above, the exhibition booths are installed with both sides and upper sides blocked. There is a problem in that it has no choice but to be installed in a clogged state, giving viewers a feeling of suffocation.

Also, when the exhibition period is over, the installed exhibition booth must be demolished, and the heavy load of the clogged panel makes it difficult to dismantle the panel. If the width of the panel and the width of the exhibition booth are different during installation, there is a problem in that it is difficult to connect the panel to the panel. There is a problem in that the installation period of the exhibition booth is delayed by this.

Looking at the prior art, an assembly member for an exhibition booth, which is No. 20-0366647 for the registration room, has been devised, which has a coupling hole through one end surface and an open inside, and is longitudinally disposed on the outer surface of either the upper/lower side or the left/right side. A frame having a concave groove formed along the ridge and having an inlet groove formed at one end thereof, is fastened to the inlet groove on one side of the frame, and is opposite to each other in the inward direction on both sides of the guide groove on the upper end and the inner tip open on both sides. A body having two concave and convex surfaces stepped in a shape and a concave portion formed on the front portion of the other end, a stopper portion drawn in from one side and formed on the other end side of the body, a fitting hole through one end of the stopper portion, and one end of the fitting hole Eccentrically coupled by a adjusting pin to a fastening piece extending apart from each other and having a coupling part bent in a direction opposite to each other at the ends and an elastic part positioned between two of the two coupling parts and a fitting hole through the fastening piece It consists of a fastener having a cam and the adjusting pin.

In this prior art, the burden of installation cost can be remarkably reduced by a simple configuration, and when disassembling the installed booth, the fastener can be disassembled and stored while being inserted into one end of the frame. After inserting the fastener into the recessed groove formed in the direction, the frame into which the fastener is inserted can be moved to a position desired by the user.

However, in the case of the prior art, as the width of the frame is widened to insert the fasteners inside the frame, the frame occupies a large width with respect to the entire space of the exhibition booth. In other words, there is a problem in that the exhibition space becomes narrow.

In addition, since the fastener must be matched to the coupling hole of the frame as it is made to firmly fasten the frame and the frame by the fastener that is drawn into the inside of the frame, the work of aligning the fastener and the coupling hole drawn into the inside of the frame, which is a narrow space, is difficult. It is difficult and there is a problem that the installation workability is remarkably deteriorated.

Patent Document 1: Republic of Korea Registered Utility No. 20-0366647 (Registered on Oct. 26, 2004) Patent Document 2: Republic of Korea Patent No. 10-1849272 (Registered on April 10, 2018)

The present invention provides an exhibition booth wall with a mesh wall, so that the exhibition booth can be installed regardless of the shape or size, and as the mesh walls can be easily connected to each other, installability is greatly improved as well as a support for supporting the mesh wall is equipped with an aluminum bar, which can be directly cut and assembled on site to the required length, and can be easily and simply assembled with a mesh wall and a support made of aluminum bar to greatly shorten the work time for installation, as well as storage after separation and dismantling. Its purpose is to provide a prefabricated exhibition booth equipped with a mesh wall that enhances mobility as well as performance, makes it easy to install lighting, and has a neat finish of wires to create a beautiful overall feel.

As a means for achieving the above object, the prefabricated exhibition booth equipped with the mesh wall of the present invention is provided with a wall surrounding the perimeter, a support for supporting the wall, and a display body supported by the support and positioned on the lower side of the wall In the prefabricated exhibition booth, the wall and the display body are made of a panel-shaped mesh body each provided with a rust-preventing and paint coating layer to prevent rust on the surface, and the support body, the upper frame connecting and supporting the upper end of the wall and the The display body frame is located on the lower side of the wall and connected to the wall to support the display body, and a vertical frame for vertically supporting the display body frame with respect to the ground, the upper frame, the display body frame and the vertical frame. Each frame includes a rectangular frame body made of an aluminum material; Sliding moving parts respectively provided on each of the four sides of the frame body along the longitudinal direction of the frame body; a fixing bolt which is provided as a fixed step portion provided in each of the sliding parts, and the bolt head is inserted into the sliding part and moves along the longitudinal direction of the sliding part; a first binding bracket having a fixing nut screwed with the fixing bolt, connecting the wall and the upper frame, and firmly fixed to the upper frame by the fixing bolt and the fixing nut; a second binding bracket connecting the wall and the display frame and firmly fixed to the display frame by the fixing bolts and the fixing nut; A third binding bracket is provided for firmly connecting and binding the display frame frame and the vertical frame by the fixing bolt and the fixing nut. a first fastening surface having a hole; The first binding surface is bent vertically from the bonding surface and is provided with a second bonding bonding surface having a second bonding hole, and by fixing the first bonding bracket and the wall and the second bonding bracket and the wall, respectively. The upper frame is fixed to the wall and the display body frame is provided with a binder for fixing the display frame to the wall.

According to the present invention, not only the wall limiting the width of the exhibition booth, but also the display body on which the items to be exhibited are seated and displayed in the wall are made of a panel-type mesh, and the support body for supporting the wall and the display body is made of a frame made of aluminum material. Therefore, anyone can easily and easily connect the wall and the display body as a support and install it upright, so it is easy to install and assemble in the field. It is easy to separate and store after use. As it is firmly bound and fixed, the robustness as well as the support can be greatly improved, and it can be reused, resulting in economic cost reduction, and the mobility and storage according to the movement are greatly improved. Space utilization can be greatly improved.

1 is a perspective view showing an example of a prefabricated exhibition booth equipped with a mesh wall according to the present invention.
Figure 2 is a front view showing an example of the present invention a prefabricated exhibition booth equipped with a mesh wall.
Figure 3 is a block diagram showing the support of the present invention, a prefabricated exhibition booth equipped with a mesh wall.
4 is an exploded perspective view showing the connection state of the support body of the present invention, a prefab exhibition booth equipped with a mesh wall.
5 is a perspective view showing the connection state of the support body of the present invention, a prefabricated exhibition booth equipped with a mesh wall.
6 is an exploded perspective view of another embodiment of the support body of the present invention, a prefabricated exhibition booth equipped with a mesh wall.
7 is a perspective view of another embodiment of the support body of the present invention, a prefabricated exhibition booth equipped with a mesh wall.
8 is a perspective view of the lighting body connection state of the prefabricated exhibition booth provided with the mesh wall of the present invention.
9 is an exploded perspective view showing another embodiment of a prefabricated exhibition booth equipped with a mesh wall according to the present invention.

Hereinafter, in addition to the above object, other objects and features of the present invention will become apparent through the description of the embodiments with reference to the accompanying drawings.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in a commonly used dictionary should be interpreted as having a meaning consistent with the meaning in the context of the related art, and should not be interpreted in an ideal or excessively formal meaning unless explicitly defined in the present application. does not

Hereinafter, a prefabricated exhibition booth equipped with a mesh wall according to an embodiment of the present invention will be described in more detail with reference to the accompanying drawings.

As shown, in the present invention, a wall 10 surrounding the periphery, a support 20 supporting the wall 10, and a display supported by the support 20 and positioned on the lower side of the wall 10 It relates to a prefabricated exhibition booth provided with a sieve (30).

The prefabricated exhibition booth provided with the mesh wall of the present invention can be installed in various places, such as a trade show or exhibition, as well as a commercial exhibition for the purpose of commerce, and a work exhibition in a small space, the wall of the present invention (10) and the display body (30) are made of a panel-type mesh provided with anti-rust and paint coating layers (10a, 30a), respectively, to prevent rust on the surface.

As described above, since the anti-rust and paint coating layers 10a and 30a are provided on the surfaces of the wall 10 and the display body 30, respectively, rust generation is prevented even if water or moisture is applied during storage or movement as well as long-term installation. Because it can be prevented, reuse of the wall 10 and the display body 30 is possible.

In addition, as the wall 10 and the display body 30 are provided as a panel-type mesh, the load is light and the operator's fingers can be moved without a separate tool, so a single installer can move and install it easily and easily is done

In addition, the support 20 of the present invention is located at the lower side of the upper frame 20a connecting and supporting the upper end of the wall 10 and the wall 10 to support the display body 30. 10) and a display frame 20b connected to the display frame 20b and a vertical frame 20c vertically supporting the display frame 20b with respect to the ground.

At this time, the upper frame 20a, the display frame 20b, and the vertical frame 20c constituting the support 20 have a rectangular frame body 21 made of an aluminum material, and the frame body 21, respectively. ) is provided on each of the four sides of the frame body 21, each provided along the longitudinal direction of the sliding portion 22, and the sliding portion 22 is provided with a fixed stepped portion 23, each provided with .

Since the upper frame 20a, the display frame 20b, and the vertical frame 20c of the present invention made in this way are each made of an aluminum material, they are light in weight and prevent corrosion, so that they are easy to move and transport, and they can be installed and carried over a long period of time. It can be reused as it can prevent damage and deterioration due to storage.

In addition, according to the size and width of the exhibition booth to be installed, the upper frame (20a), the display frame (20b) and the vertical frame (20c) are cut to a predetermined length at the factory and then assembled and installed on site or installed as needed. Since the upper frame 20a, the display frame 20b, and the vertical frame 20c constituting the support 20 can be directly cut and installed to the required length in the field, the installability can be greatly improved.

The present invention is a fixing bolt 24 that is moved along the longitudinal direction of the sliding part 22 with a bolt head inserted into the sliding part 22, and a fixing nut 25 that is screwed with the fixing bolt 24. is provided and made.

In addition, a first binding bracket that connects the wall 10 and the upper frame 20a of the support 20 and is firmly fixed to the upper frame 20a by the fixing bolt 24 and the fixing nut 25 . (50a), a second binding bracket that connects the wall 10 and the display frame 20b and is firmly fixed to the display frame 20b by the fixing bolts 24 and the fixing nut 25 (50b) and a third binding bracket (50c) for firmly connecting and binding the display frame (20b) and the vertical frame (20c) by the fixing bolt (24) and the fixing nut (25) are provided.

In the process of screwing the fixing bolt 24 to the fixing bolt 24, since the fixing bolt 24 is closely supported by the fixing stepped portion 23 after the bolt head is drawn into the sliding moving part 22, It not only prevents the fixing bolt 24 from being separated from the sliding part 22, but also firmly fixes and binds the first binding bracket 50a, the second binding bracket 50b, and the third binding bracket 50c. It can have strong support for the wall 10 as well as the display body 30 .

In the present invention made in this way, it is possible to firmly bind the upper frame 20a of the wall 10 and the support 20 by the first binding bracket 50a, and the wall by the second binding bracket 50b. (10) and the display frame 20b of the support 20 can be firmly bound, and the display frame 20b and the vertical frame 20c can be firmly bound by the third binding bracket 50c. can

In addition, the upper frame 20a, the display body frame 20b, and the vertical frame in which the first binding bracket 50a, the second binding bracket 50b, and the third binding bracket 50c form the support 20, respectively. Since it can slide along the sliding parts 22 provided in (20c), respectively, the positions of the first binding bracket 50a, the second binding bracket 50b, and the third binding bracket 50c can be adjusted according to the installation position. After changing it, it can be firmly fixed and installed with the fixing bolt 24 and the fixing nut 25 .

The first binding bracket (50a), the second binding bracket (50b), and the third binding bracket (50c) of the present invention each have a first binding surface 52 having a first binding hole 51, and the It is formed by being provided with a second bonding bonding surface 54 extending vertically from the first bonding bonding surface 52 and having a second bonding hole 53 .

In addition, by fixing the first binding bracket 50a and the wall 10 and the second binding bracket 50b and the wall 10, respectively, the upper frame 20a is fixed to the wall 10 and the display It is provided with a binder 70 for fixing the sieve frame 20b to the wall 10 .

According to the present invention made in this way, the first binding bracket 50a and the second binding bracket 50b are respectively connected and fixed to the wall 10 by the binding body 70 and the first binding bracket 50a is formed. The upper frame 20a of the connected support 20 is firmly fixed to the wall 10, and the display frame 20b of the support 20 to which the second binding bracket 50b is connected is firmly fixed to the wall 10. can do.

The third binding bracket 50c firmly connects the display body frame 20b and the vertical frame 20c, and in this case, the first binding bonding surface 52 and the second bonding bonding surface 54 are After being closely attached to the display frame 20b and the vertical frame 20c, respectively, they are fixed with the fixing bolts 24 and the fixing nut 25 .

Of course, it is natural that the display body frame 20b and the vertical frame 20c can be more firmly bound by the improvement of the binding force by further connecting the third binding bracket 50c to the binding body 70 if necessary.

The binding body 70 of the present invention may be provided with a binding tie for connecting and fixing the first binding bracket 50a and the wall 10 and the second binding bracket 50b to the wall 10, respectively. .

As described above, as the binding body 70 is provided as a binding tie, the first binding bracket 50a and the wall 10 and the second binding bracket 50b and the wall 10 are firmly bound by a simple binding of the binding tie. Of course, the binding workability is greatly improved, and workability and work convenience are greatly improved.

The binding body 70 of the present invention is in close contact with any one of the binding bolt 71 and the first binding adhesive surface 52 or the second binding adhesive surface 52, and the binding bolt 71 is inserted therethrough. The first adhesive surface 72, which is positioned to face the first adhesive surface 72, and the second adhesive surface 73 through which the binding bolt 71 penetrating the first adhesive surface 72 penetrates; , a connection surface ( 75) and a binding nut 76 screwed to the binding bolt 71 may be provided.

The binding body 70 of the present invention made in this way is a wall 10 in the binding accommodation space 74 provided between the first adhesive surface 72 and the second adhesive surface 73 by the connection surface 75. After inserting the binding bolt 71 through the first adhesive surface 72 and the second adhesive surface 73, but the wall 10 introduced into the binding receiving space 74 is the upper portion of the binding bolt (71). After connecting so as to be positioned on the side, the binding nut 76 is screwed to the binding bolt 71, and the upper frame 20a and the display body frame ( 20b) and the wall 10 may be connected to each other to be bound.

At this time, as shown in FIG. 6 , the binding body 70 is in close contact with the second binding bonding surface 54 of the second binding bracket 50b connected to the display frame 20b of the support 20 . Thus, the display frame 20b and the wall 10 can be connected to each other to be bound.

In addition, although not shown, the binder 70 is in close contact with the first binding bracket 50a connected to the upper frame 20a of the support 20 to firmly bind the upper frame 20a and the wall 10. Of course you can.

In addition, as shown in FIG. 9 , the binding body 70 has a first binding bracket 50a and a second binding bracket on the upper frame 20a and the display body frame 20b constituting the support 20, respectively. It is natural that (50b) can be installed in direct contact with the absence of being provided.

The lighting body connecting bar 81 provided along the longitudinal direction of the upper frame 20a of the present invention and a plurality of the lighting body connecting bars 81 are provided in the longitudinal direction of the lighting body connecting bar 81 to move along the longitudinal direction. It is provided so as to be possible, is electrically connected to each other by the electric wire 82, and is provided with a plurality of lighting bodies 80 in which the electric wire 82 is closely fixed to the upper frame 20a by the binder 70.

The plurality of lighting bodies 80 are slidably connected along the longitudinal direction of the lighting body connection bar 81 , and wires exposed to the outside to electrically connect the plurality of lighting bodies 80 by the binding body 70 . Since the 82 is bound together when binding the upper frame 20a and the lighting body connecting bar 81, the sagging of the electric wire 82 located outside the upper frame 20a or the lighting body connecting bar 81 is reduced. This can be prevented, resulting in a clean overall appearance.

As described above, in the present invention, specific matters such as specific components, etc., and limited embodiments and drawings have been described, but these are only provided to help a more general understanding of the present invention, and the present invention is not limited to the above embodiments. , various modifications and variations are possible from these descriptions by those of ordinary skill in the art to which the present invention pertains.

10 : wall
10a, 30a: anti-rust and paint coating layer
20: support 20a: upper frame
20b: display frame 20c: vertical frame
21: frame body 22: sliding moving part
23: fixed stepped portion 24: fixed bolt
25: fixing nut 30: display body
50a: first binding bracket 50b: second binding bracket
50c: third binding bracket 51: first binding hole
52: first binding surface 53: second binding hole
54: second binding surface 70: binding body
71: binding bolt 72: first contact surface
73: second adhesion surface 74: binding receiving space
75: connection surface 76: binding nut
80: lighting body 81: lighting body connection bar
82: wire

Claims (4)

delete delete A prefabricated type provided with a wall 10 surrounding the periphery, a support 20 supporting the wall 10, and a display body 30 supported by the support 20 and positioned on the lower side of the wall 10 In the exhibition booth,
The wall 10 and the display body 30 are made of a panel-type mesh body each provided with anti-rust and paint coating layers 10a and 30a to prevent rust on the surface,
The support 20,
An upper frame 20a connecting and supporting the upper end of the wall 10 and a display frame 20b located on the lower side of the wall 10 and connected to the wall 10 to support the display body 30 ) and a vertical frame (20c) for vertically supporting the display frame (20b) with respect to the ground,
The upper frame (20a), the display frame (20b) and the vertical frame (20c) are each,
a rectangular frame body 21 made of an aluminum material;
a sliding part 22 provided on each of the four sides of the frame body 21, respectively, provided along the longitudinal direction of the frame body 21;
It is provided with a fixed stepped portion 23 provided in each of the sliding parts 22,
a fixing bolt 24 having a bolt head inserted into the sliding moving part 22 and moving along the longitudinal direction of the sliding moving part 22;
A fixing nut 25 that is screwed with the fixing bolt 24 is provided,
The first binding bracket 50a connects the wall 10 and the upper frame 20a of the support 20 and is firmly fixed to the upper frame 20a by the fixing bolt 24 and the fixing nut 25. )class;
a second binding bracket (50b) connecting the wall (10) and the display frame (20b) and firmly fixed to the display frame (20b) by the fixing bolts (24) and the fixing nut (25);
A third binding bracket (50c) is provided for firmly connecting and binding the display frame (20b) and the vertical frame (20c) by the fixing bolt (24) and the fixing nut (25),
The first binding bracket (50a), the second binding bracket (50b) and the third binding bracket (50c) are each,
a first binding surface 52 having a first binding hole 51;
It is vertically bent from the first bonding surface 52 and is provided with a second bonding surface 54 having a second bonding hole 53,
By fixing the first binding bracket 50a and the wall 10 and the second binding bracket 50b and the wall 10 respectively, the upper frame 20a is fixed to the wall 10 and the display body It is provided with a binder 70 for fixing the frame 20b to the wall 10,
The binder 70,
a binding bolt 71;
a first bonding surface 72 in close contact with any one of the first bonding bonding surface 52 or the second bonding bonding surface 52 and through which the bonding bolt 71 is inserted;
a second adhesion surface 73 positioned to face the first adhesion surface 72 and through which a binding bolt 71 passing through the first adhesion surface 72 penetrates;
A connection surface 75 that connects the upper ends of the first and second adhesive surfaces 72 and 73 and has a binding accommodation space 74 between the first and second adhesive surfaces 72 and 73 . )class;
A prefabricated exhibition booth provided with a mesh wall, characterized in that it is provided with a binding nut (76) screwed to the binding bolt (71). 4. The method of claim 3,
a lighting body connecting bar 81 provided along the longitudinal direction of the upper frame 20a;
A plurality of the lighting body connection bars 81 are provided to be movable along the longitudinal direction of the lighting body connection bars 81 , are electrically connected to each other by electric wires 82 , and are connected to the upper frame by the binder 70 . A prefabricated exhibition booth provided with a mesh wall, characterized in that it is provided with a plurality of lighting bodies 80 in which the electric wires 82 are closely fixed to the (20a).

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