CN107965168A - A kind of easy to disassemble and extension exhibition room and preparation method thereof - Google Patents

Abstract

The present invention relates to exhibition room technical field, especially a kind of easy to disassemble and extension exhibition room and preparation method thereof.Easy to disassemble and extension the exhibition room, the panel wall being connected including central plate and with central plate, central plate is connect and is formed by I plate of rectangle and II board of square type, I plate top half of rectangle is from top to bottom equipped with the vertical slot with I plate plane perpendicular of rectangle, II plate the latter half of square type is equipped with the vertical slot vertical with II plate top surface of square type from the bottom to top, I plate of rectangle and II plate of square type are clamped to be formed in cross central plate by two vertical slots, rectangular opening is from top to bottom both provided with four sides of central plate, four sides panel wall is individually fixed on four sides of central plate by the clamping of L-type fastener and rectangular opening, form four independent exhibition rooms.Exhibition room a kind of easy to disassemble and extension of the present invention and preparation method thereof, smart structural design, makes simply, and agent structure is by the way of clamping, and combination is flexible, fast demountable, extension.

Description

An exhibition room that is easy to disassemble and expand and its manufacturing method

technical field

The invention relates to the technical field of exhibition rooms, in particular to an exhibition room that is easy to assemble and disassemble and expand and a manufacturing method thereof.

Background technique

The exhibition industry is an industry that has developed rapidly in China in recent years. Its basic forms mainly include exhibitions, expositions, trade fairs, fairs, exhibitions, etc. Exhibitions can not only bring huge economic benefits, but more importantly, they can also bring huge social benefits. Therefore, the exhibition industry is being valued by many regions and cities. The exhibition room is an indispensable facility in exhibition activities, mainly used for the display of enterprise products. Most of the existing exhibition rooms are built independently, the construction process is complicated, the process is slow, and it cannot be spliced quickly. In some exhibition activities, it is often necessary to build a large number of exhibition rooms, which requires a lot of manpower and material resources; in addition, building one by one Large exhibition rooms are likely to cause irregular planning of exhibition activities and affect the visual effect of exhibition activities.

Contents of the invention

The purpose of the present invention is to provide an exhibition room that is easy to disassemble and expand, and its manufacturing method, which overcomes the disadvantages of independent construction of the exhibition room in the prior art, complicated construction procedures and slow process, and enables the exhibition room to be quickly constructed during the construction process. It is spliced, disassembled, and easy to expand, which greatly improves the construction efficiency of the exhibition room and saves the construction materials of the exhibition room.

The technical solution adopted by the present invention to solve its technical problems is: an exhibition room that is easy to disassemble and expand, including a central panel and an exhibition panel wall connected with the central panel, the central panel and the exhibition panel wall are both micro-foamed plastic hollow panels, The center plate is formed by clamping a rectangular I plate and a rectangular II plate. The half part of the rectangular I plate is provided with vertical grooves perpendicular to the bottom surface of the rectangular I plate from top to bottom, and the lower half of the rectangular II plate is arranged from bottom to top. There is a vertical groove perpendicular to the top surface of the rectangular II plate, the rectangular I plate and the rectangular II plate are clamped through two vertical grooves to form a cross-shaped central plate, and the four sides of the central plate are arranged from top to bottom. There are rectangular holes; the display panel wall is formed by clamping multiple display panels, each display panel is provided with an L-shaped clip matching the rectangular hole on the side close to the center panel, and each display panel is provided with a Rectangular holes, the sides of the contacting panels are set as horizontal three-level stepped surfaces that cooperate with each other, and the tops of the contacting sides of the display panels are fixed and connected by reinforced aluminum profiles; the four walls of the display panels are connected to the rectangular holes by L-shaped clips The clip joints are respectively fixed on the four sides of the central board to form four independent exhibition rooms.

Further, the display panels used to splice into display panel walls are hollow panels that have not been hollowed out or hollow panels that have been hollowed out in the shape of "日".

Further, the display panels used to be spliced into the display panel wall are hollow panels with an integrated structure or a spliced upper and lower structure.

Further, rectangular sockets are uniformly arranged on the walls of the exhibition board walls in each exhibition room, and exhibit support structures are clamped to the rectangular sockets.

Further, the exhibit supporting structure is composed of a plurality of A-shaped supports located on the same horizontal plane and partitions fixedly supported by the upper surface of the A-shaped supports. The A-shaped supports are composed of Z-shaped The base, the beam fixed on the Z-shaped base and the convex semicircle integrally formed with the beam are composed of the A-shaped support and the partition fixed and supported by the upper surface of the A-shaped support. It is mainly used to display items that can be squared.

Further, the exhibit support structure is composed of a plurality of B-shaped supports located on the same horizontal plane and a horizontal tube running through the top of the B-shaped supports. The beam on the Z-shaped base and the through hole of the horizontal tube at the top of the beam are formed. The B-shaped support and the horizontal tube running through the top of the B-shaped support are mainly used to display clothes and other items that can be hung.

Further, a spliced L board is provided at the intersection of the vertical lines at the ends of the two adjacent exhibition board walls of each independent exhibition room, and a top board is fixed on the top of the exhibition board wall end and the top of the L board, and LEDs can be arranged on the inside of the top board. Lights to increase the lighting effect in the exhibition room, and posters can be pasted on the outside of the roof to enhance the effect of publicity.

Further, grooves are provided around the front and back sides of the display panels used for splicing into display panel walls, and strong magnetic strips are provided in the grooves.

Further, each independent exhibition room is equipped with independent power switches, sockets and charging sockets for mobile phones.

Further, among the display boards used to form the display board wall, L-shaped clips matching the rectangular holes are provided on both sides of the display board farthest from the central board, near the central board and away from the central board, wherein The L-shaped clip on one side is snapped into the rectangular hole on the other central board.

A manufacturing method for an exhibition room that is easy to disassemble and expand, the manufacturing method includes preparatory work, making a center panel, pretreatment of the display panel wall, fixing the center panel to the display panel wall, fixing the display panel wall to the top panel and L-board ;

Described preparatory work comprises the following steps:

S0. Select the micro-foamed plastic hollow board for making the center board and the micro-foamed plastic hollow board for making the display board with the same specification, and the micro-foamed plastic hollow board for making the display board includes a hollow board without hollowing out And the hollow board hollowed out into the shape of "day".

The manufacturing method of the center plate comprises the following steps:

S1. Select two micro-foamed plastic hollow boards of the same specification prepared in step S0, mill a vertical groove perpendicular to the bottom surface of the hollow board on the half part of one of the hollow boards from top to bottom, and make a rectangular I board. The lower half of another hollow plate is milled from bottom to top to process vertical grooves perpendicular to the top surface of the hollow plate to obtain a rectangular II plate;

S2, connecting the rectangular I board and the rectangular II board described in step S1 through two vertical slots to form a cross-shaped central board;

S3. Form a plurality of rectangular holes by milling from top to bottom on the four sides of the cross-shaped center plate described in step S2;

The pretreatment method of the display panel wall includes the following steps:

S4. Select the micro-foamed plastic hollow board prepared in the step S0 for making the display panel, and fix the L-shaped clip on its right side with screws, and the fixed position of the L-shaped clip corresponds to the fixed position of the rectangular hole in the center plate; Milling on its left side forms a horizontal three-level stepped surface, and milling on its left side forms a rectangular hole; milling on its front and back forms uniformly distributed rectangular sockets, and milling around its front and back to form a concave Groove, paste a strong magnetic strip in the groove, that is, the display board used to connect with the center board is made;

S5. Select the micro-foamed plastic hollow board prepared in step S0 for making the display panel, and mill on its right side to form a horizontal three-level stepped surface matching the horizontal three-level stepped surface on the left side of the display panel in step S4, and Fix the L-shaped clip on its right side with screws; mill on its left side to form a horizontal three-level stepped surface that is the same as the horizontal three-level stepped surface on the left side of the display board in step S4, and mill on its left side to form a rectangular hole ; Milling on the front and back to form evenly distributed rectangular sockets, and milling to form grooves around the front and back, pasting strong magnetic strips in the grooves, that is, the display panels located in the middle of the display panel wall;

S6. Select the micro-foamed plastic hollow board used to make the display panel prepared in step S0, and mill on its right side to form a horizontal three-level stepped surface that matches the horizontal three-level stepped surface of the display panel in step S4, and on its right side The L-shaped clip is fixed by screws on the side; the front and back are milled to form evenly distributed rectangular sockets, and the front and back are milled to form grooves, and strong magnetic strips are pasted in the grooves, that is, the Display panels at the edge of the display panel wall;

S7. Select the micro-foamed plastic hollow board used to make the display panel prepared in step S0, and mill on its right side to form a horizontal three-level stepped surface matched with the horizontal three-level stepped surface of the display panel in step S4; on its left side Both the L-shaped card and the right side are fixed by screws, and the fixed position of the L-shaped card corresponds to the fixed position of the rectangular hole; the front and back are milled to form evenly distributed rectangular sockets, and the front and back are surrounded by Grooves are formed by milling, and strong magnetic strips are pasted in the grooves to make display panels located on the edge of the display panel wall;

The fixing method of the center board and the display board wall includes the following steps:

S8, snapping the L-shaped clip of the display panel connected to the central board prepared in step S4 into the rectangular hole of the central board prepared in step S3;

S9, clamping the display panel located in the middle part of the display panel wall prepared in step S5 with the display panel used to connect with the center panel in step S8, and the tops of the contact surfaces of the two display panels are fixedly connected through reinforced aluminum profiles;

S10, clamping the display panel located at the edge of the display panel wall prepared in step S6 or S7 with the display panel located in the middle part of the display panel wall in step S9, and the tops of the contact surfaces of the two display panels are fixedly connected through reinforced aluminum profiles;

S11. Connect the exhibit support structure to the rectangular socket on the wall surface of the display panel wall composed of display panels in step S10;

The fixing method of the display board wall and the top board and the L board is as follows:

S12, the L board formed by splicing is arranged at the intersection point of the vertical line of the two adjacent display panel wall ends in step S11, and the top of the display panel wall end is fixedly connected with the top of the L panel through the top plate;

S13. Install independent power switches, sockets and mobile phone charging jacks in each independent exhibition room, that is.

The beneficial effects of the present invention are: compared with the prior art, an exhibition room that is easy to disassemble and expand and its manufacturing method has the following beneficial effects: (1) The main structure of the present invention adopts the way of clamping, combined Flexible, can be quickly disassembled and expanded. The center board is combined into a cross shape by means of ingenious clamping. Each display board is clamped to form a display panel wall. The L-shaped clips of the display panel wall are clamped to the four sides of the cross-shaped center panel. , the main structure of the four exhibition rooms can be quickly built. By setting the L-shaped clamps on the side of the end of the exhibition wall and connecting the L-shaped clamps to the rectangular holes of the other center board, the other exhibition rooms can be realized. Rapid expansion, fast construction speed, and greatly save labor and building material consumption; (2) In the present invention, the contact surfaces between the multiple display panels that make up the display panel wall are all horizontal three-level stepped surfaces that cooperate with each other, which effectively limits the The relative position of the display panel wall, the three-level stepped surface that cooperates with each other and the reinforced aluminum profile that is set on the top of the contact surface between multiple display panel walls and acts as a fixation work together to make the display panel wall structure more stable on the basis of clamping; ( 3) In the exhibition room of the present invention, the micro-foamed plastic hollow board is used as the base material, so that the exhibition board can be reused without destroying the ecological environment; (4) The exhibition boards used to form the exhibition board wall in the present invention can be hollowed out to form a "day" font, in order to further reduce the weight of the board, reduce the labor intensity of workers, and shorten the installation time; (5) There are grooves around each display board used to splice into the display board wall in the present invention, and there are fixed in the groove for absorbing the company's publicity posters. Or the strong magnetic strip of LOGO makes the replacement of posters and company LOGO convenient and quick; (6) Each exhibition room in the present invention is equipped with independent power switches, sockets and mobile phone charging sockets, which is easy to use; (7) The exhibition of the present invention Inside the room, different supporting structures can be clamped in the rectangular sockets on the surface of the display board wall, so that the hanging exhibition and/or horizontal display of different types of items can be realized; (8) the exhibition room of the present invention sets all the components as Parts and special parts make it easy to transport after disassembly, and can be used again after assembly.

Description of drawings

Fig. 1 is a three-dimensional schematic diagram of the overall structure of the present invention (the strong magnetic strip is not shown);

Fig. 2 is a schematic enlarged view of the structure of a rectangular I plate and a rectangular II plate of the present invention;

Fig. 3 is a schematic enlarged view of the center plate structure of the present invention;

Fig. 4 is a schematic enlarged view of the structure of the display panel near the center panel in the display panel wall of the present invention (the strong magnetic strip is not shown);

Fig. 5 is the A-direction view of Fig. 4 of the present invention (the strong magnetic strip is not shown);

Fig. 6 is an enlarged view of the partial structure of part B of Fig. 5 of the present invention;

Fig. 7 is an enlarged view of the panel connection structure of the panel wall of the present invention (the strong magnetic strip is not shown);

Figure 8 is a schematic enlarged view of the structure of the A-type support of the present invention;

Figure 9 is a schematic enlarged view of the B-type support structure of the present invention;

Fig. 10 is a schematic structural diagram of Embodiment 2 of the present invention;

Fig. 11 is an enlarged view of the structure of the display panel hollowed out into a "day" shape according to the present invention;

Among them, 1 rectangular I board, 2 rectangular II board, 3 rectangular holes, 4 exhibition boards, 5 L-shaped clips, 6 horizontal three-level stepped surfaces, 7 L boards, 8 top boards, 9 rectangular sockets, and 10 A-shaped supports pieces, 11 B-type support pieces, 12 clapboards, 13 horizontal tubes, 14 reinforced aluminum profiles, 15 strong magnetic strips.

Detailed ways

In order to make the purpose, technical solutions and advantages of the embodiments of the present invention more clear, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention.

Embodiment 1 An exhibition room that is easy to disassemble and expand

In the embodiment shown in Figures 1-9, an exhibition room that is easy to disassemble and expand includes a central panel and an exhibition panel wall connected to the central panel. The central panel and the exhibition panel wall are both micro-foamed plastic hollow panels. The center plate is formed by clamping the rectangular I plate 1 and the rectangular II plate 2. The upper half of the rectangular I plate 1 is provided with a vertical groove perpendicular to the bottom surface of the rectangular I plate 1 from top to bottom, and the lower half of the rectangular II plate 2 Vertical grooves perpendicular to the top surface of the rectangular II plate 2 are provided from bottom to top. The rectangular I plate and the rectangular II plate 2 are snapped together by two vertical grooves to form a cross-shaped central plate. The four sides of the central plate are composed of Rectangular holes 3 are provided from top to bottom; the display board wall is formed by clamping a plurality of display boards 4, each display board 4 is a hollow board that is not hollowed out, and grooves are arranged around the front and back of each display board 4, and the grooves A strong magnetic strip 15 is provided inside, each display board 4 is provided with an L-shaped clip 5 matching the rectangular hole 3 on the side close to the center board, each display board 4 is provided with a rectangular hole 3 on the side away from the center board, each The contacting sides of the display boards 4 are all arranged as horizontal three-level stepped surfaces 6 that cooperate with each other, and the tops of the contacting sides of the display boards 4 are fixedly connected by reinforced aluminum profiles 14; The clip joints of the holes 3 are respectively fixed on the four sides of the center board to form four independent exhibition rooms, and the intersection of the vertical lines at the ends of the adjacent two exhibition board walls of each independent exhibition room is provided with spliced L Board 7, the top of the end of the display board wall and the top of L board 7 are fixed with a top board 8, and each independent exhibition room is equipped with an independent power switch, socket and mobile phone charging socket. Among the display panels 4 used to form the display panel wall, L-shaped clips 5 matching the rectangular holes 3 are provided on both sides of the display panel 4 that is farthest from the central panel, near the central panel and away from the central panel, The L-shaped clip 5 on one side is snapped into the rectangular hole 3 on the other central plate.

Rectangular jacks 9 are uniformly arranged on the walls of the display panel walls in each exhibition room, and the supporting structures of exhibits are clamped on the rectangular jacks 9 . The exhibit support structure is composed of a plurality of A-shaped supports 10 located on the same horizontal plane and a partition 12 fixedly supported by the upper surface of the A-shaped supports 10. The base, the crossbeam fixed on the Z-shaped base and the convex semicircle integrally formed with the crossbeam are composed. The exhibit support structure is composed of a plurality of B-shaped supports 11 located on the same horizontal plane and a horizontal tube 13 running through the top of the B-shaped supports 11. 1. The cross beam fixed on the Z-shaped base and the cross tube 13 through holes positioned at the top of the cross beam constitute.

Embodiment 2 An exhibition room that is easy to disassemble and expand

In the embodiment shown in Figure 10 and Figure 11, an exhibition room that is easy to disassemble and expand includes a central panel and an exhibition panel wall connected to the central panel. The central panel and the exhibition panel wall are both micro-foamed plastic hollow panels. The center plate is formed by clamping the rectangular I plate 1 and the rectangular II plate 2, the upper half of the rectangular I plate 1 is provided with vertical grooves perpendicular to the bottom surface of the rectangular I plate 1 from top to bottom, and the lower half of the rectangular II plate 2 A part is provided with a vertical groove perpendicular to the top surface of the rectangular II plate 2 from bottom to top, and the rectangular I plate and the rectangular II plate 2 are clamped through two vertical grooves to form a cross-shaped central plate. Rectangular holes 3 are provided from top to bottom; the display panel wall is formed by clamping a plurality of display panels 4, and each display panel 4 is a hollow panel that is not hollowed out or hollowed out into a "day" shape, and each panel 4 Grooves are arranged around the front and back, and strong magnetic strips 15 are arranged in the grooves. L-shaped clips 5 matching the rectangular holes 3 are arranged on the sides of each display board 4 close to the center board, and each display board 4 is far away from the center. Rectangular holes 3 are provided on the sides of the boards, and the side surfaces in contact with each display board 4 are set as horizontal three-level stepped surfaces 6 that cooperate with each other. ; The four exhibition board walls are respectively fixed on the four sides of the center board through the clamping connection between the L-shaped clamp 5 and the rectangular hole 3, forming four independent exhibition rooms; the ends of the two exhibition board walls adjacent to each independent exhibition room There is a spliced L board 7 at the intersection of the vertical lines of the vertical lines. The top of the exhibition board wall and the top of the L board 7 are fixed with a top board 8. Each independent exhibition room is equipped with an independent power switch, socket and mobile phone charging socket.

Rectangular jacks 9 are uniformly arranged on the walls of the exhibition boards located in each exhibition room, and the supporting structures of exhibits are clamped on the rectangular jacks 9 . A part of the exhibit support structure is composed of a plurality of A-shaped supports 10 located on the same horizontal plane and a partition 12 fixedly supported by the upper surface of the A-shaped supports 10 . It consists of a Z-shaped base, a beam fixed on the Z-shaped base, and an upward convex semicircle integrally formed with the beam. The other part of the exhibit support structure is composed of a plurality of B-shaped supports 11 located on the same horizontal plane and a horizontal tube 13 running through the top of the B-shaped supports 11. Base, the crossbeam that is fixed on the Z-shaped base and the cross tube 13 through holes that are positioned at the top of the crossbeam constitute.

In one of the four display panel walls connected to the central panel, the display panel 4 that is farthest from the central panel is provided with a rectangular hole 3 on both sides close to the central panel and away from the central panel. The L-shaped clip 5, wherein the L-shaped clip 5 on one side is clipped in the rectangular hole 3 of the other central plate, and the other three sides of the other central plate are also clipped with display panel walls.

In this embodiment, 2 center panels and 7 exhibition panel walls are quickly spliced and expanded to form 6 exhibition rooms symmetrically arranged front and back. Among them, the lengths of the bottom sides of the rectangular I panel 1 and the rectangular II panel 2 of the two central panels are both 550mm; the length and width of the four exhibition board rooms at both ends are 2975mm; the rectangle of the exhibition room in the middle is 5950mm, and the width is 2975mm; the length of one side of the L board is 470mm, and the length of the other side is 420mm; The middle part of the entrance end is provided with a T-shaped plate for supporting the top plate 8, the length of the T-shaped plate horizontal plate is 350mm, and the length of the vertical plate is 340mm; the grooves for setting the strong magnetic strip 15 around each display plate are 3mm deep and 20mm wide.

Embodiment 3 A method of making an exhibition room that is easy to disassemble and expand

A manufacturing method for an exhibition room that is easy to disassemble and expand, the manufacturing method includes preparatory work, making a center panel, pretreatment of the display panel wall, fixing the center panel to the display panel wall, fixing the display panel wall to the top panel and L-board ;

Described preparatory work comprises the following steps:

S0. Select the micro-foamed plastic hollow board for making the center board and the micro-foamed plastic hollow board for making the display board 4 with the same specifications, and the micro-foamed plastic hollow board for making the display board 4 includes a non-hollowed-out Hollow boards and hollow boards hollowed out into the shape of a "day".

The manufacturing method of the center plate comprises the following steps:

S1. Select two micro-foamed plastic hollow boards of the same specification prepared in step S0, mill a vertical groove perpendicular to the bottom surface of the hollow board on the half of one of the hollow boards from top to bottom, and make a rectangular I board 1, A vertical groove perpendicular to the top surface of the hollow plate is milled from bottom to top on the lower half of another hollow plate to obtain a rectangular II plate 2;

S2. Connect the rectangular I board 1 and the rectangular II board 2 described in step S1 through two vertical slots to form a cross-shaped central board;

S3. Form a plurality of rectangular holes 3 by milling from top to bottom on the four sides of the cross-shaped center plate described in step S2;

The pretreatment method of the display panel wall includes the following steps:

S4. Select the micro-foamed plastic hollow board used to make the exhibition board 4 prepared in step S0, and fix the L-shaped clip 5 on the right side by screws, and the fixing position of the L-shaped clip 5 and the fixing of the rectangular hole 3 of the center plate Corresponding positions; milling on its left side forms a transverse three-level stepped surface 6, and milling on its left side forms a rectangular hole 3; milling on its front and back forms evenly distributed rectangular sockets 9, and milling on its front Milling and processing around the back to form a groove, paste a strong magnetic strip 15 in the groove, that is, to make a display board 4 for connecting with the center board;

S5. Select the micro-foamed plastic hollow plate used to make the display panel 4 prepared in step S0, and mill on its right side to form a horizontal three-level step that matches the horizontal three-level step surface 6 on the left side of the display panel 4 in step S4. surface 6, and fix the L-shaped clip 5 on its right side by screws; milling on its left side forms the same horizontal three-level stepped surface 6 as the horizontal three-level stepped surface 6 on the left side of the display panel 4 in step S4, and Milling on its left side forms a rectangular hole 3; milling on its front and back forms evenly distributed rectangular sockets 9, and milling forms a groove around its front and back, and pastes a strong magnetic strip 15 in the groove. That is to make the display panel 4 located in the middle part of the display panel wall;

S6. Select the micro-foamed plastic hollow plate used to make the display panel 4 prepared in step S0, and mill on its right side to form a horizontal three-level stepped surface 6 that matches the horizontal three-level stepped surface 6 of the display panel 4 in step S4. , and fix the L-shaped clip 5 on its right side with screws; it is milled on its front and back to form evenly distributed rectangular sockets 9, and milled around its front and back to form grooves, and paste strong Magnetic strip 15, promptly makes the display board 4 that is positioned at the edge of display board wall;

S7. Select the micro-foamed plastic hollow plate used to make the display panel 4 prepared in step S0, and mill on its right side to form a horizontal three-level stepped surface 6 matched with the horizontal three-level stepped surface 6 of the display panel 4 in step S4. ; On its left and right sides, the L-shaped clip 5 is fixed by screws, and the fixed position of the L-shaped clip 5 corresponds to the fixed position of the rectangular hole 3; the front and back are milled to form evenly distributed rectangular jacks 9. Mill and form grooves around the front and back sides, and paste strong magnetic strips 15 in the grooves to obtain display panels 4 positioned at the edge of the display panel wall;

The fixing method of the center board and the display board wall includes the following steps:

S8, snapping the L-shaped clip 5 of the display board 4 prepared in step S4 to the rectangular hole 3 of the center board prepared in step S3;

S9, the display panel 4 located in the middle part of the display panel wall prepared in step S5 is clamped with the display panel 4 used to connect with the center panel in step S8, and the tops of the contact surfaces of the two display panels 4 are fixedly connected through the reinforced aluminum profile 14;

S10, clamping the display panel 4 located at the edge of the display panel wall prepared in step S6 or S7 with the display panel 4 located in the middle part of the display panel wall in step S9, and the tops of the contact surfaces of the two display panels 4 are fixedly connected through reinforced aluminum profiles 14;

S11. Engage the supporting structure of the exhibit in the rectangular socket 9 on the wall surface of the display panel wall composed of the display panels 4 in step S10;

The fixing method of the display board wall and the top board and the L board is as follows:

S12, the L board 7 spliced at the intersection of the vertical lines of the two adjacent display panel wall ends in step S11 is arranged, and the top of the display panel wall end is fixedly connected with the top of the L panel 7 through the top plate 8;

S13. Install independent power switches, sockets and mobile phone charging jacks in each independent exhibition room, that is.

The above-mentioned specific embodiments are only specific cases of the present invention. The scope of patent protection of the present invention includes but is not limited to the product form and style of the above-mentioned specific embodiments. Appropriate changes or modifications made should fall within the scope of patent protection of the present invention.

Claims (10)

1. An exhibition room that is easy to disassemble and expand, including a central panel and an exhibition panel wall connected to the central panel. The central panel and the exhibition panel wall are both micro-foamed plastic hollow panels. It is characterized in that: the central panel consists of a rectangular I The plate (1) and the rectangular II plate (2) are clamped together. The upper half of the rectangular I plate (1) is provided with a vertical groove perpendicular to the bottom surface of the rectangular I plate (1) from top to bottom. The rectangular II plate ( 2) The lower half is provided with a vertical groove perpendicular to the top surface of the rectangular II plate (2) from bottom to top, and the rectangular I plate and the rectangular II plate (2) are snapped together by two vertical grooves to form a cross-shaped central plate , the four sides of the center plate are provided with rectangular holes (3) from top to bottom; the display panel wall is formed by clamping a plurality of display panels (4), and each display panel (4) is provided on the side close to the center panel There are L-shaped clips (5) matching the rectangular holes (3), each display board (4) is provided with a rectangular hole (3) on the side away from the center board, and the contacting sides of each display board (4) are It is set as a horizontal three-level stepped surface (6) that cooperates with each other, and the tops of the side surfaces that are in contact with each display panel (4) are fixedly connected by reinforced aluminum profiles (14); the four display panel walls are connected by L-shaped clamps (5) and rectangular holes (3) The clip joints are respectively fixed on the four sides of the center plate to form four independent exhibition rooms. 2. An exhibition room that is easy to disassemble and expand according to claim 1, characterized in that: the display panels (4) used to splice into display panel walls are hollow panels that are not hollowed out or hollowed out into "days" Font hollow board. 3. An exhibition room that is easy to disassemble and expand as claimed in claim 2, characterized in that: said exhibition wall is located on the walls of each exhibition room and is evenly provided with rectangular jacks (9), and the rectangular jacks (9) The supporting structure of the exhibits is clamped on the upper part. 4. An exhibition room that is easy to disassemble and expand according to claim 3, characterized in that: the supporting structure of the exhibits is composed of a plurality of A-shaped supports (10) on the same horizontal plane and through the A-shaped supports ( 10) The upper surface is fixedly supported by a partition (12), and the A-shaped support (10) is composed of a Z-shaped base clamped on a rectangular socket (9), a beam fixed on the Z-shaped base, and a beam integrated with the beam Formed upward convex semicircle. 5. An exhibition room that is easy to disassemble and expand according to claim 3, characterized in that: the supporting structure for exhibits is composed of a plurality of B-shaped supports (11) on the same horizontal plane and through B-shaped supports ( 11) The top horizontal tube (13) is composed of the B-shaped support (11) consisting of a Z-shaped base snapped into a rectangular socket (9), a beam fixed on the Z-shaped base, and a horizontal tube at the top of the beam (13) Formation of through holes. 6. An exhibition room that is easy to disassemble and expand as claimed in claim 2, characterized in that: the intersection of the vertical lines at the ends of the two adjacent exhibition board walls of each independent exhibition room is provided with splicing The top of the L plate (7) at the end of the display panel wall and the top of the L plate (7) are fixed with a top plate (8). 7. An exhibition room that is easy to disassemble and expand as claimed in claim 2, characterized in that grooves are provided on the front and back sides of each display panel (4) for splicing into display panel walls, and the concave Strong magnetic strip (15) is provided in the groove. 8. An exhibition room that is easy to disassemble and expand as claimed in claim 2, characterized in that: each independent exhibition room is equipped with an independent power switch, socket and mobile phone charging socket. 9. An exhibition room that is easy to disassemble and expand according to claims 1-8, characterized in that: among the display panels (4) used to form the display panel wall, the display panel (4) that is farthest from the center panel ) are provided with L-shaped clips (5) matching the rectangular holes (3) on both sides close to the center plate and away from the center plate, and the L-shaped clips (5) on one side are clipped to the other in the rectangular hole (3) of the center plate. 10. A manufacturing method for an exhibition room that is easy to disassemble and expand, characterized in that: the manufacturing method includes preparatory work, making of the center board, pretreatment of the display board wall, fixing the center board and the display board wall, and the display board wall and Fixing of top plate and L plate; Described preparatory work comprises the following steps: S0. Select the micro-foamed plastic hollow board used to make the center board and the micro-foamed plastic hollow board used to make the display board (4) with the same specifications, and the micro-foamed plastic hollow board used to make the display board (4) Including unhollowed hollow boards and hollow boards hollowed out into the shape of "日"; The manufacturing method of the center plate comprises the following steps: S1. Select two micro-foamed plastic hollow boards of the same specification prepared in step S0, mill a vertical groove perpendicular to the bottom surface of the hollow board on the half part of one of the hollow boards from top to bottom, and make a rectangular I board (1 ), milling a vertical groove perpendicular to the top surface of the hollow plate from bottom to top on the lower half of another hollow plate to obtain a rectangular II plate (2); S2. Connect the rectangular I board (1) and the rectangular II board (2) described in step S1 through two vertical slots to form a cross-shaped center board; S3. Form a plurality of rectangular holes (3) by milling from top to bottom on the four sides of the cross-shaped center plate described in step S2; The pretreatment method of the display panel wall includes the following steps: S4. Select the micro-foamed plastic hollow board used to make the exhibition board (4) prepared in step S0, and fix the L-shaped clip (5) on its right side with screws, and the fixed position of the L-shaped clip (5) is connected to the center plate Corresponding to the fixed position of the rectangular hole (3) in the left side; milling on its left side forms a transverse three-level stepped surface (6), and milling on its left side forms a rectangular hole (3); milling on its front and back forms Evenly distributed rectangular sockets (9), and milling around the front and back to form grooves, paste strong magnetic strips (15) in the grooves, that is, the display board (4) used to connect with the center board is made; S5. Select the micro-foamed plastic hollow board prepared in step S0 for making the display board (4), and mill on its right side to form the horizontal three-level stepped surface (6) on the left side of the display board (4) in step S4. Match the horizontal three-level stepped surface (6), and fix the L-shaped clip (5) on its right side with screws; mill on its left side to form a horizontal three-level step on the left side of the display board (4) in step S4 The surface (6) is the same as the horizontal three-level stepped surface (6), and the rectangular hole (3) is formed by milling on its left side; the uniformly distributed rectangular socket (9) is formed by milling on its front and back, and The front and back sides are milled to form a groove, and a strong magnetic strip (15) is pasted in the groove to obtain a display panel (4) located in the middle part of the display panel wall; S6. Select the micro-foamed plastic hollow plate used to make the display board (4) prepared in step S0, and mill on its right side to form a horizontal three-level stepped surface (6) that matches the display board (4) in step S4. The horizontal three-level stepped surface (6), and the L-shaped clip (5) is fixed by screws on the right side; the front and back are milled to form evenly distributed rectangular sockets (9), and the front and back are surrounded by A groove is formed by milling, and a strong magnetic strip (15) is pasted in the groove to obtain a display panel (4) positioned at the edge of the display panel wall; S7. Select the micro-foamed plastic hollow board used to make the display board (4) prepared in step S0, and mill on its right side to form a horizontal three-level stepped surface (6) that matches the display board (4) in step S4. Horizontal three-level stepped surface (6); the L-shaped clamp (5) is fixed by screws on the left and right sides, and the fixed position of the L-shaped clamp (5) corresponds to the fixed position of the rectangular hole (3); The front and back are milled to form evenly distributed rectangular sockets (9), and the front and back are milled to form grooves, and strong magnetic strips (15) are pasted in the grooves, that is, they are located on the edge of the exhibition board wall. display board (4); The fixing method of the center board and the display board wall includes the following steps: S8. Connect the L-shaped clip (5) of the display board (4) prepared in step S4 to the rectangular hole (3) of the center board prepared in step S3; S9. Connect the display panel (4) in the middle part of the display panel wall prepared in step S5 with the display panel (4) used to connect with the center panel in step S8, and the top of the contact surface of the two display panels (4) is passed through the reinforced aluminum profile ( 14) Fixed connection; S10. Clamp the display panel (4) at the edge of the display panel wall prepared in step S6 or S7 with the display panel (4) in the middle part of the display panel wall in step S9, and the top of the contact surface of the two display panels (4) is passed through a reinforced aluminum profile ( 14) Fixed connection; S11. Connect the rectangular socket (9) on the wall surface of the display panel (4) formed by the display panel (4) to the support structure of the exhibit in step S10; The fixing method of the display board wall and the top board and the L board is as follows: S12. Set the spliced L board (7) at the intersection point of the vertical line at the end of the two adjacent display panel walls in step S11, and the top of the display panel wall end is fixedly connected with the top of the L panel (7) through the top plate (8); S13. Install independent power switches, sockets and mobile phone charging jacks in each independent exhibition room, that is.