WO2009072219A1

WO2009072219A1 - System equipment for display

Info

Publication number: WO2009072219A1
Application number: PCT/JP2007/073981
Authority: WO
Inventors: Heihachiro Yamamoto; Hitoshi Nishi; Yasushi Aoki
Original assignee: Waikeiwai Inc.
Priority date: 2007-12-05
Filing date: 2007-12-05
Publication date: 2009-06-11

Abstract

A system equipment for display designed to serve display, exhibition, partition, etc. The system equipment for display is constructed by fabricating cubes from a combination of pipe member (12) and coupling member (2) for coupling of pipe members and longitudinally and transversely joining the cubes to each other. The coupling member has coupling terminals (6) extending in three to six directions and is preferably made of an engineering plastic. The system equipment is adapted so that the attachment and detachment of the pipe member and coupling member can be conducted by one-touch operation without the need to use tools.

Description

Specification

System equipment for exhibition

The present invention relates to an exhibition system equipment used for an event display, a store display, a partition, or the like. These exhibition system equipment uses metal pipes such as iron and aluminum to ensure strength, and at the same time, we have tried to make it easy to carry and handle.

In addition, various devices have been devised for connecting members that connect pipes, and the devices have been devised so that they can be easily attached and detached while considering the strength when attached. From the viewpoint of pipe connection structure, various patents and utility models have already been filed and registered.

(Patent Document 1) JP-A-6-174165

(Patent Document 2) JP 2000-2831 23

(Patent Document 3) JP 2002-5363 A

(Patent Document 4) Japanese Unexamined Patent Application Publication No. 2004-76777

(Patent Document 5) Utility Model Registration No. 3017706

(Patent Document 6) Utility Model Registration No. 303331-6

(Patent Document 7) Utility model number 3034636

However, looking at these known documents and previous examples, there were the following features and problems.

① It is a connection on a straight line or a flat surface, and it was necessary to combine some of them in order to assemble three-dimensionally like the exhibition system equipment covered by this application. As a result, the number of parts has increased.

② Since bolts and nut screws are used for the connection, it takes time to connect and remove. In addition, when using a stopper or taper, it was necessary to use another tool or take time to remove it even when it was fast.

(3) In the case of a system that connects by screwing, it takes time to screw in and release the screw.

(4) Also, the connecting members became large, and the assembled pipe ridges did not become sticky on the design, so there was a problem in terms of efficiency with which shelves could be used throughout. Disclosure of the invention

Problems to be solved by the invention

In event exhibitions, store displays, parties, etc., the exhibition system equipment is made in three dimensions, and it is necessary to quickly assemble and dismantle it. Event exhibitions require that different events be held at regular intervals, or that they can be quickly assembled and dismantled based on the borrowing contract at the event venue. Even in store shelves and partitions, It is necessary to change the exhibition not only due to seasonal changes but also due to diversification of customer requests. Many shops have a short holiday period and cannot take a long time for remodeling, and it is necessary to assemble and dismantle quickly here.

Therefore, the purpose of this application is to provide the above-mentioned display system equipment that can be quickly assembled and disassembled. Of course, in that case, it is also a necessary condition that the cost is low so that the user can use it easily. In addition, the purpose of the design is to provide a structure in which the coupling member is a slick structure, and a large space is available for the assembled shelves. In addition, the exhibition system equipment can be used for permanent installation, but basically it is not permanent, so it must always be transported and stored, is not bulky, is lightweight, and has a small number of parts. It can be found that it is easy.

By the way, in order to be able to assemble three-dimensionally easily, and to be able to attach and detach with a touch, it is necessary to consider the assembly process with unprecedented ingenuity. Become. In that case, it was necessary to consider the following.

① To make it cheaply, make it with a mold.

② To make a mold, consider a simple and simple structure. .

(3) On the other hand, since certain strength and toughness are requirements, it is necessary to excavate materials that have not been used in the industry as in the present case.

④ The capacity is small and the number of parts is reduced without being bulky. Means for solving the problem

Therefore, in the present application, the means for solving the problems as described above are considered as follows.

(1) The basic assembly parts are two types of members: a pipe member and a connecting member that connects multiple pipe members. Even if there is a difference in the length of the pipe member and the number of connecting terminals coming out of the connecting member, it is possible to assemble without using other assembly parts at these two points. Also, at that time, fitting with screws or taper was avoided so that attachment and removal were possible with one touch.

(2) Another one is a cube made of a connecting member that connects a pipe member and a plurality of pipe members. The cube is connected vertically or horizontally to form an exhibit. In this case, the same pipe member and coupling member were used.

③ When a certain level of strength is required, for example due to an increase in the size of the exhibit, use the brace member ヽ By hanging this brace member over the coupling member,

Attaching and dismounting with three members: a coupling member and a brace member, so that it can be removed with one touch.

(4) A pipe member that has a three-dimensional structure that can be connected from at least three directions to six directions is molded with engineering plastics such as polycarbonate to create a shape that was impossible with conventional metal molds. Attaching to / removing from coupling member It was constructed so that it could be done with one touch.

(5) The coupling member has a plurality of coupling terminals. The coupling member has an outer shape that allows the pipe member to look out and couple with the coupling terminal, and further includes an elastic locking member. The elastic locking member is inserted into the recessed portion provided to maintain the coupled state, and when removed, the coupled state is released by pressing the locking member.

⑥ The resin used for the coupling member is transparent or semi-transparent, and the pipe is equipped with an electroluminescent device such as an LED, and when it emits light, the coupling member will be lit up to become a pipe shelf with a decorative effect. I made it.

⑦ In addition, a sheet member covering each section made of the four joints of the assembled cube was attached to enhance the decorativeness of the assembled exhibits. The invention's effect

If you use the display system equipment according to the present invention,

① The number of parts required for assembly such as pipe shelves, displays, bulletins, partitions, etc. is small, with two types of pipe members and coupling members, or three types including brace members. Therefore, assembly of pipe shelves is quick. It can be carried out. Easy and cheap to manage.

(2) Not only can assembly be done with a single touch, but once assembled, it will be locked, so it will not come off and can be stably displayed, displayed, and cut off unless it is manually released. '

③ Even when dismantling, the pipe member can be fixed and held in a single touch by simply pressing the protrusions of the elastic locking member.

④ Also, when attached to the coupling member, the coupling part of the coupling member is searched out by the pipe member and almost disappeared, so that the assembled pipe shelf etc. can be designed in a clean manner. is there.

(5) Since the entire assembly structure is simple, the brace with holes at both ends was attached with a one-tack and the stability of the pipe shelf was improved.

⑥ A cube made up of 8 connecting members and 12 pipe members is taken as a unit, and by combining the cubes, various shaped objects such as pillars, walls, and bridges could be easily made. .

⑦ A model can be colored by attaching a sheet with a size of one section made of four coupling members, and the inside of the attached sheet can be displayed by turning on the light spot using an electroluminescent device. I was able to make things more diverse.

In addition to the effects described above, the following effects can also be expected.

① There are events before and after the exhibition hall for events, etc., and the contract time for the exhibition of one event is often limited. In that case, hundreds to thousands of pipes If the time for installing and removing parts can be shortened, the number of personnel and time that must be allocated to that area can be reduced, and on the other hand, the entire event can be used for design and preparation of the device. Can enhance the exhibition.

(2) In the case of stores, etc., remodeling at seasons and special sales is frequently done regardless of the size of the store. In this case as well, if the pipe shelves, which are the basic structural members of the display, can be quickly assembled and disassembled, and the design can be simplified, it will be necessary to spend time and money for product display and advertising to sell the product. You can put in.

(3) Regardless of whether it is for an event or a store, we can provide a completely new display shelf that can light up the coupling members, contributing to diversity in the design of events and stores.

In addition, since the connecting members of the exhibition system equipment made of polycarbonate are made of polycarbonate, there is an advantage that it can be made light in weight without being inferior to that of metals in terms of strength and dustiness. In addition to being very easy to handle, it also has the effect of being inexpensive when transported at events. In addition, when connecting with a metal pipe member, if the connecting member is also a metal, there was a problem that it could not be fitted due to loosening due to mutual wear, but the present invention was a combination of plastic and metal. So there is no such worry.

BEST MODE FOR CARRYING OUT THE INVENTION

FIG. 1 is an external view of an embodiment of the display system equipment according to the present invention, in which the connecting member has connecting portions in six directions so that the pipe member can be connected. The connecting member was made of a mold using a polycarbonate material. The pipe member was made of a metal material such as aluminum or stainless steel.

FIG. 2 is a sectional view and a developed view of FIG. 1, and FIG. 3 is an enlarged view of a part thereof. (2) is a coupling member, (4) is the basic body of the coupling member, (6) is a coupling terminal, and is composed of six coupling terminals (6a) to (6f). (8) is the outer shape of the coupling terminal, and (10) and (11) are the elastic locking members, which are two here in each coupling terminal. (1 2) is the pipe member, and (14) is the hole. There may be one coupling terminal.

The coupling member (2) in Fig. 1 is the key part of the three-dimensional assembly. The coupling terminal (6a) is the coupling terminal (6b) and (6c), and the coupling terminal (6d) around the base (4). ) And 4 planes, including the coupling terminal (6 e) in the upper direction and the upper and lower directions of the coupling terminal (6 f) in the lower direction.

From FIG. 1 and FIG. 2, this coupling terminal (6a) is composed of a pipe-shaped outer part (8a) and two upper and lower elastic member (1 0a, 1 1a) force ^. At the same time, the coupling terminal (6c) is composed of a pipe-shaped outer part (8c) and two upper and lower elastic locking members (10c, 11c). The coupling member (2) also has four other coupling terminals (6 b, 6 d, 6 e, 6 f.), Each of which has a pipe-shaped outer part (8) and two elastic locking members ( 1 0, 1 1)

In Fig. 1, the pipe member (1 2) searched for at the connecting terminal (6 c) of this connecting member (2) is drawn, but the pipe member is searched for at the other connecting terminal (6), This exhibition system Equipment is being made. The pipe member (1 2) has holes (14, 1 6) in the upper and lower parts. The outer shape of the coupling terminal (6 c) is slightly smaller to match the inner shape of the pipe of this pipe member (1 2). When the pipe member (1 2) is searched for the connection terminal (6 c), the dimensions are made so that it can be connected to the connection terminal without looseness. For example, in the case of the outer shape of the pipe member (12.7 mm) and the inner shape (10.7 mm), the outer shape of the coupling member is made to the size of (10.5 mm).

Furthermore, as shown in FIG. 2, when the pipe member (1 2) is externally fitted to the connecting terminal (6 c), the elastic locking member (1 0 c, 1 1 c) of the connecting terminal (6 c) Are accommodated in the recesses (14, 16) of the pipe member (1 2), and are fixed in a coupled state.

This will be explained in more detail. The pipe member (1 2) is separated from the coupling member (2) as shown in Fig. 1, and the pipe member (1 2) is moved to the coupling member (2). When moving in the outward direction toward the coupling terminal (6 c) of the pipe, the inner surface of the pipe member (1 2) slips the outer part (8 c) of the coupling terminal (6 c). To the tip (1 2 a) of the pipe member (1 2) 1 and the abutting portion (1 0 c-1) of the elastic locking member (1 0 c, 1 1 c). The tip (1 2 a) is the base of the coupling member (2) while pushing down the elastic locking member (1 0 c, 1 1 c) in the direction of the center line (18) of the coupling terminal (6 c). (4) Proceed in the direction, and when the elastic locking member (1 0 c, 1 1 c) comes to the position of the hole, it returns to its original state by the elastic force of the elastic locking member (1 0 c, 1 1 c) A force acts in the direction, and the elastic locking members (1 0 c, 1 1 c) fit into the recessed holes (1 4, 16), respectively.

At this time, even if the pipe (1 2) is pulled in the direction to remove it, the pipe member (1 2) is not caught in the vertical surface (1 0 c— 2) of the elastic locking member (1 0 c, 1 1 c). The holes (1 4 and 1 6) abut and do not come off. In this state, the pipe member (12) cannot be pulled out from the coupling terminal (6c), and is in a locked and stable state. In this way, the pipe member (12) can be attached to the connecting terminal (6c) of the connecting member (2). The one handling this is to search for the pipe member (1 2) on the coupling terminal (6 c), contact the elastic locking member (1 0 c) once, and then proceed with this attachment by one-touch operation. Is possible. The coupling member (2) has coupling terminals in six directions, but if a pipe member having the same structure is inserted from any direction, one-touch attachment is possible.

Then, when removing, the elastic locking member (1 0 c, 1 1 c) protruding from the hole (14, 1 6) of the pipe member (1 2) searched for to the coupling terminal (6 c) If the projecting part is pressed from above and below and the pipe member (12) is pulled out, it can be removed with a single touch. It has also been confirmed that any one of the elastic locking members can be successfully connected to the pipe member (12).

FIG. 3 is a cross-sectional view of the coupling member (12) searched for the coupling terminal (6c), coupled and fixed. The structural relationship between the outer portion (8 c) of the coupling portion and the elastic locking members (10 c, 11 c) can be seen from this figure. (1 0 c- l), (1 1 c-1) Then, there is a part that protrudes further from the outer surface, and by pressing this toward the center part, the previous lock and coupling can be released.

The base body (4) and the coupling terminal (6) of the coupling member (2) of the present application and the outer portion (8) of the coupling terminal (6) 'and the elastic member It members (10c; and 11c) are all polycarbonate. It is made by integrally molding with engineering plastics. The coupling member (2) in FIG. 1 is coupled to the pipe member in six directions so that the pipe member (12) is searched and coupled to the coupling terminal (6c). The connection part of the pipe shelf is a force that must be held in three to six directions depending on the way and location of the connection S, when creating pipe shelves for exhibition, display and partition The wall must be strong enough to withstand impacts. For this reason, the connecting member must have a complex structure as shown in Fig. 1 and have a certain level of strength. In this application, it has excellent strength and toughness, which has been used as a conventional window for aircraft. Engineering plastics such as singlebonate were used.

Fig. 4 shows that the pipe member (2 0) is searched for one coupling terminal (6 b) of the coupling member (2) shown in Fig. 1 having coupling portions in six directions and coupled to the coupling terminal (6 b). FIG. The elastic locking member (1 O b) appears to protrude from the hole of the pipe member (2 0), but when the pipe member (2 0) is assembled, the coupling terminal (6 b) Almost disappeared. In the case of this coupling member (2), pipe members are coupled from the following five directions as in this example, and at that time, six pipe members are directly coupled to the base (4) of the coupling member. Such an assembly finish will be shown.

In the case of the system equipment for exhibition of this application, since it is configured in this way, the connecting member is changed depending on the number and direction of connecting the pipe parts, and the number of connecting parts is changed in advance. If it was prepared, it could be useful as a coupling member for three-dimensional assembly such as pipe shelves.

More specifically, the six directions (6 a, 6 b, 6 c, 6 d, 6 e, 6 f) of the coupling terminal (6) shown in Fig. 1 are replaced with A, B, C ··· F. If 6 directions are indicated by `` A + B + C + D + E + F '', 5 directions, `` A + B + C + D + E + F '' 4 directions `` A + B + C + D '' Or “A + B + C + E” 3 directions “A + B + C j” or “A + B + E” can be considered.

In addition to the three-dimensional structure of the connecting member, two-way “A + B” and “A + C” can be created. In this way, there are several types of connecting members that are actually required. However, in the case of this application, the shape of the connecting part is the same, so depending on how many and how this is added to the base. However, if the molds with 6-direction joints are used as the base and the resin does not flow through the joints that are not used when molding, several types of the above-mentioned types can be created while keeping mold molding costs low. Is possible.

By connecting pipe members to a plurality of connecting members made in this way, a cube is created with only two types of parts, and the creation of the exhibit of the present application is planned. In this case, as seen in Fig. 1 to Fig. ⁴ , no parts other than these two types are used during assembly. Ma In addition, assembling only searches for the pipe member to the connecting terminal of the connecting member, and at this time, it is not screwed or fitted while applying force, and mounting is one-touch. In addition, since the elastic engagement member of the coupling member and the engagement portion of the recessed portion of the pipe member are coupled and held, the removal can be performed with one touch only by pressing the elastic engagement member.

The system equipment for exhibition of this application uses a cube made of pipe members and coupling members in this way as a unit, and connects several vertically and horizontally to create the desired exhibits. The cube shown in Fig. 5 is created in this way, and it is possible to create an exhibit that combines the same size with these as a unit, or a combination of these sizes. .

Fig. 6 shows an external view of the brace member with holes at both ends (Fig. 6 (a)) and an external view when it is suspended from the coupling member (Fig. 6 (b)). (22) is a brace member, (24) is a coupling member, (26) is a coupling terminal, and (27) and (28) are holes in the brace member. The size of the hole is slightly larger than the outer diameter of the coupling terminal so that it can be suspended from the coupling terminal (26) as shown in Fig. 6 (b). After suspending the place member, the pipe member is searched for at this connecting terminal, and this brace member is fixed and held. Therefore, the size of the hole is made smaller than the outer diameter of the pipe member. Polycarbonate was used as the material for the brace members.

FIG. 7 is a front view of an exhibit assembled with three types of members: a pipe member, a coupling member, and a brace member. There are long and short pipe members and short and long brace members, but basically these three kinds of members are used for assembly. The brace member is suspended from the rack and used to increase the strength of the exhibit. This rack has a role to prevent and support the roll of the exhibit and the vertical movement when a load is applied.

Figure 8 is a diagram of a shelf holder that is necessary when trying to make a pipe shelf using the system equipment for exhibition according to the present application (Figure 8 (a)) and the shelf holder on the part where the pipe member and coupling member are joined. Fig. 8 (b) shows the state when it is installed. The shelf holders are made of elastic iron-based metal, (28) and (30) are elastic holding parts, and (32) are shelf holders.

In Fig. 8 (b), (34) is the coupling member, (36), (38), (40), (42) are the pipe members coupled to the coupling member (34), (44), (46), (48 ), (50) are shelf receiving members. In this figure, the pipe member (36), (38), (40), (42) is sequentially searched with one-touch to the coupling member (34), and then the shelf receiving member (44), (46) , (48), (50) are attached in order. For example, in the case of the shelf plate receiving member (44), the elastic holding portion (44a) and the elastic holding portion (44b) are attached to the pipe member (42) and the pipe member (36). At the same time, the other shelf receiving members (46), (48), (50) are also attached to the pipe members (36), (40), (42).

Figure 9 shows an example of a shelf board, here showing six different sizes. Fig. 1◦ shows a part of Fig. 8 (b). Here, shelf (52) and shelf (54) are placed on shelves. It is installed on the plate receiving member (46) and the shelf plate receiving member (48). As shown in FIG. 8, the shelf receiving member (32) is configured to be lower than the elastic holding portions (28) and (30), so that the shelf plate can enter the shelf receiving member. Therefore, as shown in Fig. 10, just placing the shelves (52), (54) does not fall off, and it can be installed with one touch. It can also be removed with a single touch. In this way, the display system equipment of the present application can be easily attached and detached even when the shelf holder is installed, and the pipe shelf to be produced is also strongly reinforced by attaching the shelf holder. It is like that.

Figure 11 is a top view of six face sheets that are one of the exhibition system equipment according to this book. This face sheet is made of polycarbonate as the material, but (56) is one of them. This face sheet (56) has a slightly protruding square and holes (58), (60), (62), and (64) in the protruding shape. This hole is a hole for suspending from the coupling terminal of the coupling member.

Fig. 1 2 shows the display structure made with pipe members and connecting members when a face sheet is attached. Fig. 1 2 (a) is an overall view, and Fig. 1 2 (b) is a partially enlarged view. It is. In Fig. 1 2 (a), (6 6), (68), (70), (72) are pipe members, (74), (76), (78), (80) are coupling members, pipe Members (66), (68), (70), (72) are coupling members, (74), (76),

Combined with (78) and (8 0), it has a square shape. Insert the face sheet (56) force S and square holes that fit the size of this square into the connecting terminals of the connecting members (74), (76), (78), and (80), and suspend them.

Fig. 1 2 (b) is a partially enlarged view of Fig. 1 2 (a). The pipe member (68) and the pipe member (70) are inserted into the coupling member (78), and the drawing of the coupling member (78) is shown. The hole (62) of the face sheet (5 6) is inserted into the connecting terminal (8 2) molded upward. In Fig. 1 2 (a), the square of the face sheet (56) is attached in the same way, and then another pipe member is inserted from above, and this face sheet (56) is inserted into the coupling member (78). Fix it. In this case, when the face sheet (56) comes to the front of the exhibition, a cap that covers the coupling terminal (82) is attached and fixed instead of the pipe member.

This face sheet is a decorative sheet, but structurally, it has the reinforcing role of the brace member described above with reference to FIG. Therefore, when three types of combination of the pipe member, the coupling member, and the face sheet member are combined, they can play the same role as the above-described three types of combination of the pipe member, the coupling member, and the brace member. In addition, this face sheet can be attached by simply inserting and suspending the square hole into the connecting terminal of the connecting member, and can be attached and removed with one touch.

Fig.13, Fig.14, and Fig.15 are exhibits that are constructed using face sheets etc. using pipe members and connecting members according to the present invention. An unprecedented display structure can be created by combining a cube made of these three types of materials as a unit and combining them vertically and horizontally. (84) is an arch type structure and (8 6) is a folding screen type structure. This Hue Illuminating with a light emitting diode inside the chair seat will make the exhibition more prominent. In addition, shelves are placed on some parts as in (8 8), (90), (92), (94) to display flowers and their unique prototypes and products. May be.

As shown in Fig. 15, reception desks and office desks (9 6) may be made at the time of exhibition, and pipe shelves (9 8) can be made.

When creating the coupling member of this application with engineering plastics such as polycarbonate, the resin should be transparent or translucent so that light can pass through and scatter, and at the same time, an electroluminescent device such as an LED in the pipe. I also thought about keeping it attached. When this electroluminescent device is turned on, the pipe member uses a metal material, so light cannot escape from it, but since the coupling member is transparent or translucent, that part will shine. The outer shape is blurred by shining, and the compact shape looks less bulky. In addition, it is possible to control the electroluminescent device with a personal computer, etc. to blink the light, change the color of the light, and combine the colors of the intersecting lights in multiple colors. Industrial applicability

If the display system equipment of this application is used for exhibitions for events, display shelves for stores, and partitions, it is possible to quickly assemble, dismantle, and partition frequently displayed displays and display shelves. In addition, it is light and easy to transport, and the cost is reduced. In addition, what was shown by the Example of this application is an Example to the last, and this application is not limited to the content. For example, one elastic locking member (1 0) is used to lock one elastic locking member (1 0, 1 1) provided on the coupling terminal (6) of FIG. You may do it. In this case, two holes are provided in the pipe member as shown in the figure so that assembly can be performed easily. Brief Description of Drawings

FIG. 1 is an example of an exhibition system equipment according to the present invention, and is an external view of a joint member and a pipe member.

FIG. 2 is a cross-sectional view when the pipe member is searched for the coupling member of FIG.

FIG. 3 is a cross-sectional view of the pipe member (1 2) shown in FIG. 1 when searching for the coupling terminal (6 c).

FIG. 4 is an external view of the pipe member (2 0) searched for and coupled to the coupling terminal (6 b) of the coupling member (2) of FIG.

Figure 5 shows the exhibition system equipment that forms a cube of the basic unit made by connecting the connecting member and the pipe member.

FIG. 6 is an external view of the brace member, FIG. 6 (a) is a single view of the brace member, and FIG. 6 (b) is an external view of the brace member suspended from the coupling member.

Fig. 7 shows an example of an exhibit modeled with a connecting member, pipe member and brace member. Fig. 8 is a view of a shelf holder for installing a shelf plate on a display system equipment made up of a coupling member and a pipe member. Fig. 8 (a) is a front view and a sectional view, and Fig. 8 (b) is a coupling. Appearance of the pipe attached to the member

Figure 9 shows the top view of the shelf

Fig. 10 shows an assumption figure when a shelf holder is attached to the system equipment for exhibition shown in Fig. 8 (b) and a shelf is placed on it.

Figure 1 1 is a top view of the face sheet.

Fig. 12 is a top view of the system equipment for exhibition made with connecting members and pipe members. Fig. 12 (a) is an overall view and Fig. 12 (b) is a partially enlarged view.

Figure 1 3 An example of an exhibition booth made with the system equipment for the exhibition of this application.

Fig. 14 External view of another example of an exhibition booth made with system equipment for display of this application Fig. 1 5 External view of an example of a desk and shelf made by combining the coupling member of this application and a pipe member Explanation of symbols

2,.

6.

1 0, 1 1 ... Elastic locking member

1 2, 20,.

Claims

The scope of the claims

1 Display system equipment for exhibitions, displays, partitions, etc., which is a combination of two members, a pipe member and a coupling member that couples the pipe member, creates a cube, and the pipe member and the coupling member Attachment and removal can be done with one touch without using other parts, tools, screwdrivers, fittings, etc., and without any time, and the cubes can be connected vertically or horizontally. System equipment for exhibition, characterized by

2 Display system equipment for exhibition, display, partition, etc., in which a cube is formed by combining three members of a brace member that reinforces the cube in addition to the pipe member and the coupling member, Attachment and removal of the members of two members can be done with one touch without using other parts, tools, screwing, fitting, etc., and time. System equipment for exhibition as set forth in claim 1 characterized in that it is constructed by connecting to 1 "

3 Exhibit system equipment for exhibition, display, partition, etc., in addition to the pipe member and the coupling member, three members comprising a covering member of a size made of the four coupling members By combining the three parts, a cube can be created, and the connection of the three parts can be attached and removed without using other parts, tools, screwing, fitting, etc., and one-touch without taking time. System equipment for display as set forth in claim 1, characterized in that the cubes are connected vertically and horizontally.

4 Display system equipment for exhibition, display, partition, etc., in a pipe shelf that assembles and creates a pipe member and a coupling member that couples the pipe member, the coupling member forms a three-dimensional shape 3 to 6 System equipment for exhibition which has a connecting terminal extending in the direction, made of engineering plastic such as polycarbonate, and the pipe member is configured to be able to look out to the connecting terminal and to be held in connection with the connecting member.

5 The coupling member of the coupling member is provided with an elastic locking member, while the pipe member has a recessed portion, and is coupled to the coupling terminal by looking out. A stop member enters the recessed portion and maintains the coupled state, and the pipe can be detached from the coupled member with one touch by artificially pressing the elastic locking member in the removal. Exhibit system equipment as set forth in claim 4 characterized in that

6. The coupling member is made of a transparent or translucent material, and an electroluminescent device such as an LED is provided in the pipe member, and the coupling member is configured to emit light by lighting up the electroluminescent device. System equipment for exhibition as set forth in claim 1

7 The system equipment for the previous exhibition made by the pipe member, the coupling member, and the sheet member, which covers two to four sides of the cube with the sheet member and connects the cube, LED inside the component The display device according to claim 3, characterized in that the solid body is lighted by light-up of the electroluminescent device. System equipment

8. A brace member or sheet member is provided with a recessed portion, and the recessed portion is inserted into a coupling terminal of the coupling member so as to be coupled with the coupling member. System equipment for exhibitions characterized by the characteristics described in Section 4