LU501265B1 - Exhibition space system and building and manufacturing method thereof - Google Patents
Exhibition space system and building and manufacturing method thereof Download PDFInfo
- Publication number
- LU501265B1 LU501265B1 LU501265A LU501265A LU501265B1 LU 501265 B1 LU501265 B1 LU 501265B1 LU 501265 A LU501265 A LU 501265A LU 501265 A LU501265 A LU 501265A LU 501265 B1 LU501265 B1 LU 501265B1
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- plugboard
- slot
- exhibition
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Classifications
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47F—SPECIAL FURNITURE, FITTINGS, OR ACCESSORIES FOR SHOPS, STOREHOUSES, BARS, RESTAURANTS OR THE LIKE; PAYING COUNTERS
- A47F5/00—Show stands, hangers, or shelves characterised by their constructional features
- A47F5/16—Platform-type show stands with flat, inclined, or curved upper surface
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47F—SPECIAL FURNITURE, FITTINGS, OR ACCESSORIES FOR SHOPS, STOREHOUSES, BARS, RESTAURANTS OR THE LIKE; PAYING COUNTERS
- A47F5/00—Show stands, hangers, or shelves characterised by their constructional features
- A47F5/10—Adjustable or foldable or dismountable display stands
- A47F5/11—Adjustable or foldable or dismountable display stands made of cardboard, paper or the like
- A47F5/112—Adjustable or foldable or dismountable display stands made of cardboard, paper or the like hand-folded from sheet material
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47F—SPECIAL FURNITURE, FITTINGS, OR ACCESSORIES FOR SHOPS, STOREHOUSES, BARS, RESTAURANTS OR THE LIKE; PAYING COUNTERS
- A47F5/00—Show stands, hangers, or shelves characterised by their constructional features
- A47F5/16—Platform-type show stands with flat, inclined, or curved upper surface
- A47F2005/165—Platform-type show stands with flat, inclined, or curved upper surface with inclined display surface
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Abstract
The present disclosure discloses an exhibition space system and a building and manufacturing method thereof. The exhibition space system comprises a slope exhibition block and a cube exhibition block which are sequentially folded by a plurality of folding plugboards with different structures. The present disclosure further provides a building and manufacturing method which uses a plug-in structure and is convenient for repeated use, stable in structure, and completely disassembled into a plane structure for safekeeping and storage.
Description
EXHIBITION SPACE SYSTEM AND BUILDING AND MANUFACTURING LU501265
[01] The present disclosure relates to the technical field of an exhibition system, in particular to an exhibition space system and a building and manufacturing method thereof.
[02] In exhibitions and meetings, most of the exhibition blocks and exhibits are placed in an orderly manner, and most of them are made of wood. Most of the exhibition blocks made of solid wood are connected by self-tapping nails, nail guns or adhesives, and all the components are connected. Finally, cloth is mounted on the surfaces of the exhibition blocks for decoration.
[03] The existing exhibition blocks made of wood have a single structure. Each time exhibition meets different exhibition space building requirements, it is often necessary to re-manufacture the exhibition blocks, resulting in a large amount of wood consumption. There are also new problems, such as the manufactured exhibition blocks releasing harmful gases such as formaldehyde, which are harmful to the safety of exhibits and people in the exhibition space. For the exhibition of special exhibits, such as cultural relics, the environmental protection level of exhibition blocks is high, especially the density boards and laminates are often difficult to meet the requirements of cultural relics protection. In addition, wood cutting, grinding, etc. will also produce a lot of dust pollution, etc. Because of the connection process, it is difficult to disassemble, maintain and refit the wood-made exhibition block.
[04] The present disclosure provides an exhibition space system, comprising a slope exhibition block and a cube exhibition block which are sequentially folded by a plurality of folding plugboards with different structures; wherein a baffle plate is inserted on the inclined surface of the slope exhibition block, a folded reinforcing part is provided in the cube exhibition block; and the slope exhibition block comprises a 45-degree inclined exhibition block and 30-degree and 60-degree inclined exhibition blocks.
[05] The 45-degree inclined exhibition block uses four sixth folding plugboards with triangular structures merged in pairs as supports, the slots at the side of the sixth folding plugboards are inserted into two slots on one side of a first folding plugboard with a rectangular structure, and the other side of the first folding plugboard is inserted into the first slot at the bottom of the sixth folding plugboard after being folded along the imaginary broken line; one side of a second folding plugboard with a rectangular structure is inserted into the slot in the sixth folding plugboard at the side where the first folding plugboard is located, and the other side of the second folding plugboard is inserted into the slot at the other side of the sixth folding plugboard after being folded along the imaginary broken line; a third folding plugboard with a rectangular structure oor nnn is inserted into the slot at the side of the sixth folding plugboard far away from the first LU501265 folding plugboard, and the other end of the third folding plugboard is inserted into the second slot at the bottom of the sixth folding plugboard after being bent along the imaginary broken line; a fourth folding plugboard folded in a concave shape is inserted in the first slot and the second slot at the bottom of the sixth folding plugboard; a fifth folding plugboard folded into a rectangular sheet is inserted into the gap of the slot where the first folding plugboard and the second folding plugboard are located, the gap of the slot where the second folding plugboard and the third folding plugboard are located, the gap of the slot where the third folding plugboard and the fourth folding plugboard are located, and the gap of the slot where the fourth folding plugboard and the first folding plugboard are located; two ninth folding plugboards are symmetrically inserted at both sides of the 45-degree inclined exhibition block, the ninth folding plugboard has a triangular structure, and a plurality of extended blocks are connected on three sides of the ninth folding plugboard through imaginary broken lines.
[06] The 30-degree and 60-degree inclined exhibition blocks use four eighth folding plugboards merged in pairs as supports, the eighth folding plugboard has an irregular quadrilateral structure, a third folding plugboard is inserted into the first slot at the long side of the eighth folding plugboard, the other side of the third folding plugboard is inserted into the slot of the first middle side adjacent to the eighth folding plugboard after being folded; a second folding plugboard is inserted into the slot of the first middle side of the eighth folding plugboard, and the other side of the second folding plugboard is inserted into the slot of the second middle side adjacent to the eighth folding plugboard after being folded; a seventh folding plugboard with a rectangular structure is inserted into the slot at the second middle side of the eighth folding plugboard, and the other side of the seventh folding plugboard is inserted into the second slot at the long side of the eighth folding plugboard after being folded; a fourth folding plugboard is inserted into the first slot at the long side of the eighth folding plugboard, and the other side of the fourth folding plugboard is inserted into the second slot at the long side of the eighth folding plugboard after being folded; and a fifth folding plugboard folded into a rectangular sheet is inserted into the gap of the slot where the third folding plugboard and the second folding plugboard are located, the gap of the slot where the second folding plugboard and the seventh folding plugboard are located, the gap of the slot where the seventh folding plugboard and the fourth folding plugboard are located, and the gap of the slot where the fourth folding plugboard and the third folding plugboard are located.
[07] The cube exhibition block uses two fifteenth folding plugboards with a rectangular structure and three fourteenth folding plugboards with a rectangular structure as frames, or uses two seventeenth folding plugboards with a rectangular structure and three sixteenth folding plugboards with a rectangular structure as frames; five slots are provided at one long side of the fifteenth folding plugboard, two short-distance slots are provided at one side of the fourteenth folding plugboard and two long-distance slots are provided at the other side thereof, the seventeenth folding plugboard and the fifteenth folding plugboard have the same structure, the slot width of the seventeenth folding plugboard is larger than that of the fifteenth folding plugboard,
the sixteenth folding plugboard and the fourteenth folding plugboard have the same LU501265 structure, and the slot width of the sixteenth folding plugboard is larger than that of the fourteenth folding plugboard; the three fourteenth folding plugboards are provided vertically to the two fifteenth folding plugboards which are vertically symmetrically provided through two short-distance grooves, respectively; the frame is provided on a thirteenth folding plugboard with a rectangular structure, four sides of the thirteenth folding plugboard are connected with a trapezoidal extended side through two imaginary broken lines, respectively, the ends of the trapezoidal extended sides are connected with a rectangular extended side through imaginary broken lines, two slots are provided at the ends of the rectangular extended sides at two short sides of the thirteenth folding plugboard, three slots are provided at the ends of the rectangular extended sides at two long sides of the thirteenth folding plugboard; the rectangular extended sides at two long sides of the thirteenth folding plugboard are inserted into the slots of three adjacent fourteenth folding plugboards through three slots, the rectangular extended sides at two short sides of the thirteenth folding plugboard are inserted into the outermost slots of two adjacent fifteenth folding plugboards through two slots; the reinforcing part is made of a twenty-seventh folding plugboard, the twenty-seventh folding plugboard has a rectangular structure, four sides of the twenty-seventh folding plugboard are connected with rectangular extended sides through imaginary broken lines, respectively, three slots are provided at the ends of rectangular extended sides on two long sides of the twenty-seventh folding plugboard, respectively, two slots are provided at the ends of rectangular extended sides on two short sides of the twenty-seventh folding plugboard, respectively, and the twenty-seventh folding plugboard is inserted into the frame formed by the sixteenth folding plugboard and the seventeenth folding plugboard to form the reinforcing part after being bent along the imaginary broken line.
[08] Compared with the prior art, the present disclosure uses a plug-in structure. The present disclosure is convenient and quick to be molded, and has no noise, smell or dust in the production process, which is not only stable in structure, but also can be completely disassembled into a plane structure for safekeeping and storage. The weight of the exhibition block of the present disclosure is only one tenth or even several tenths of the weight of the traditional wood exhibition block.
[09] FIG 1 is a schematic diagram of the arrangement of folding plugboards required after disassembling the 45-degree inclined exhibition block according to the present disclosure.
[10] FIG 2 is a schematic diagram of the arrangement of folding plugboards required after dismantling the 30-degree and 60-degree inclined panels according to the present disclosure.
[11] FIG 3 is a schematic diagram of the arrangement of the folding plugboard required after disassembling the cube exhibition block according to the present disclosure.
[12] FIG 4 is a schematic diagram of the arrangement of folding plugboards required after disassembling the rectangular solid exhibition block according to the present LU501265 disclosure.
[13] FIG 5 is a schematic diagram of the arrangement of the folding plugboard required after disassembling the flat square exhibition block according to the present disclosure.
[14] FIG 6 is a schematic diagram of the arrangement of the folding plugboard required after disassembling the square exhibition block according to the present disclosure.
[15] FIG 7 is a schematic structural diagram of the disassembled reinforcing part according to the present disclosure.
[16] FIG 8-FIG 16 and FIG 18 are schematic diagrams of the insertion process of the 45-degree inclined exhibition block according to the present disclosure.
[17] FIG 17 is a method for adjusting the protruding height of the baffle plate of the 45-degree inclined block from the slope according to the present disclosure.
[18] FIG 19-FIG 22 are schematic diagrams of the insertion process of the 30-degree and 60-degree inclined exhibition blocks according to the present disclosure.
[19] FIG 23 is a schematic diagram of the extended connection process of two 45-degree inclined exhibition blocks after the tenth folding plugboard replaces the fifth folding plugboard according to the present disclosure.
[20] FIG 24 is a schematic diagram of the extended connection process of two 45-degree inclined exhibition blocks in another state after the tenth folding plugboard replaces the fifth folding plugboard according to the present disclosure.
[21] FIG 25(1) is a schematic diagram of a structure after extended connection of FIG 23 and FIG 24.
[22] FIG 25(2) is a schematic diagram of two structures after extended connection of FIGS. 23 and 24.
[23] FIG 25(3) is a schematic diagram of three structures after extended connection of FIGS. 23 and 24.
[24] FIG 25(4) is a schematic diagram of four structures after extended connection of FIGS. 23 and 24.
[25] FIG 26 is a schematic diagram of the connection process of the twenty-eighth folding plugboard used for parallel connection of 45-degree inclined exhibition blocks.
[26] FIG 27(1) is a schematic diagram of an exhibition block after parallel connection of FIG 26.
[27] FIG 27(2) is a schematic diagram of three exhibition blocks after parallel connection of FIG 26.
[28] FIG 27(3) is a schematic diagram of three exhibition blocks after parallel connection in FIG 26.
[29] FIG 27(4) is a schematic diagram of three exhibition blocks after parallel connection of FIG 26.
[30] FIG 28 is a schematic diagram showing that the 45-degree inclined exhibition block according to the present disclosure has a changeable space separation structure.
[31] FIG 29-FIG 32 are schematic diagrams of the insertion process of the cube exhibition block according to the present disclosure.
[32] FIG 33 is a schematic diagram of the process of inserting the cube exhibition LU501265 block into the reinforcing part according to the present disclosure.
[33] FIG 34 is a schematic diagram showing the state of an article in which a cube exhibition block inserted into the reinforcing part is place forward and the top surface has a static pressure exceeding 50 kg according to the present disclosure.
[34] FIG 35 is a schematic diagram of an exhibit article according to the present disclosure.
[35] The present disclosure provides an exhibition space system, referring to FIGS. 1-35, which comprises a slope exhibition block and a cube exhibition block which are sequentially folded by a plurality of folding plugboards with different structures; wherein acid-free corrugated paper is used as the manufacturing material of the folding plugboard. In the figure, the solid line shows the cutter tangent line, and the dotted line shows the imaginary broken line. A baffle plate is inserted on the inclined surface of the slope exhibition block. A folded reinforcing part is provided in the cube exhibition block. The slope exhibition block comprises a 45-degree inclined exhibition block and 30-degree and 60-degree inclined exhibition blocks.
[36] Specifically, the 45-degree inclined exhibition block uses four sixth folding plugboards 6 with triangular structures merged in pairs as supports. In order to balance the stress of the inner support structure, the sixth folding plugboards 6 merged in pairs have different corrugated arrangement directions. The slots at the side of the sixth folding plugboards 6 are inserted into two slots on one side of a first folding plugboard 1 with a rectangular structure, and the other side of the first folding plugboard 1 is inserted into the first slot at the bottom of the sixth folding plugboard after being folded along the imaginary broken line. One side of a second folding plugboard 2 with a rectangular structure is inserted into the slot in the sixth folding plugboard 6 at the side where the first folding plugboard 1 is located, and the other side of the second folding plugboard 2 is inserted into the slot at the other side of the sixth folding plugboard 6 after being folded along the imaginary broken line. A third folding plugboard 3 with a rectangular structure is inserted into the slot at the side of the sixth folding plugboard 6 far away from the first folding plugboard 1, and the other end of the third folding plugboard 3 is inserted into the second slot at the bottom of the sixth folding plugboard 6 after being bent along the imaginary broken line. A fourth folding plugboard 4 folded in a concave shape is inserted in the first slot and the second slot at the bottom of the sixth folding plugboard 6. The fourth folding plugboard 4 is inserted to the bottom in the arrow direction. A fifth folding plugboard 5 folded into a rectangular sheet is inserted into the gap of the slot where the first folding plugboard 1 and the second folding plugboard 2 are located, the gap of the slot where the second folding plugboard 2 and the third folding plugboard 3 are located, the gap of the slot where the third folding plugboard 3 and the fourth folding plugboard 4 are located, and the gap of the slot where the fourth folding plugboard 4 and the first folding plugboard 1 are located. Two adjacent folding plugboards are firmly fixed by extrusion and friction. The fifth folding plugboard 5 can be used to provide a baffle plate on the slope to prevent the exhibits placed on the slope from sliding down. When the baffle plate needs to be LU501265 adjusted, that is, when the protruding height of the fifth folding plugboard 5 needs to be adjusted, the adjacent folding plugboard is fixed with a finger and is pushed in the arrow direction with another finger, so that the protruding height of the baffle plate can be higher. When it is necessary to reduce the protruding height of the baffle plate, the baffle plate is pressed inward. When the baffle plate is not used, the baffle plate is pressed to the bottom until it is flush with the slope. Two ninth folding plugboards 9 are symmetrically inserted at both sides of the 45-degree inclined exhibition block, which are used to shield the exposed internal structures at both sides of the exhibition block and improve its aesthetics. The ninth folding plugboard 9 has a triangular structure. A plurality of extended blocks are connected on three sides of the ninth folding plugboard 9 through imaginary broken lines. The ninth folding plugboard is made into a decorative panel after being bent along an imaginary broken line, and then is made into a mirror decorative panel by being folded back along the imaginary broken lines, and then is inserted into both sides of the exhibition block in the arrow direction.
[37] The 30-degree and 60-degree inclined exhibition blocks use four eighth folding plugboards 8 merged in pairs as supports. The eighth folding plugboard 8 has an irregular quadrilateral structure. A third folding plugboard 3 is inserted into the first slot at the long side of the eighth folding plugboard 8. The other side of the third folding plugboard 3 is inserted into the slot of the first middle side adjacent to the eighth folding plugboard 8 after being folded. A second folding plugboard 2 is inserted into the slot of the first middle side of the eighth folding plugboard 8, and the other side of the second folding plugboard 2 is inserted into the slot of the second middle side adjacent to the eighth folding plugboard 8 after being folded. A seventh folding plugboard 7 with a rectangular structure is inserted into the slot at the second middle side of the eighth folding plugboard 8, and the other side of the seventh folding plugboard 7 is inserted into the second slot at the long side of the eighth folding plugboard 8 after being folded. A fourth folding plugboard 4 is inserted into the first slot at the long side of the eighth folding plugboard 8, and the other side of the fourth folding plugboard 4 is inserted into the second slot at the long side of the eighth folding plugboard 8 after being folded, and is inserted to the bottom in the arrow direction. A fifth folding plugboard 5 folded into a rectangular sheet is inserted into the gap of the slot where the third folding plugboard 3 and the second folding plugboard 2 are located, the gap of the slot where the second folding plugboard 2 and the seventh folding plugboard 7 are located, the gap of the slot where the seventh folding plugboard 7 and the fourth folding plugboard 4 are located, and the gap of the slot where the fourth folding plugboard 4 and the third folding plugboard 3 are located. The exhibition block can provide slopes with two different angles: 30 degrees and 60 degrees. The protruding height of the baffle plate can be adjusted as required, or can be pressed to the bottom to be flush with the slope. The exposed internal structure at both sides of the exhibition block is shielded by the decorative panel made of the twelfth folding plugboard 12.
[38] Most of the parts between the 45-degree inclined exhibition block and the 30-degree and 60-degree inclined exhibition blocks are common. The 45-degree inclined exhibition block is disassembled, the sixth folding plugboard 6 is replaced with the eighth folding plugboard 8, the first folding plugboard 1 is replaced with the seventh LU501265 folding plugboard 7, and the ninth folding plugboard 9 is replaced with the twelfth folding plugboard 12, thus obtaining the 30-degree and 60-degree inclined exhibition blocks. The general rate of parts between two different types of slope exhibition blocks reaches 50%, which can not only reduce the design and production costs, but also make the molding of the exhibition blocks easier.
[39] As shown in FIG 23, after the tenth folding plugboard 10 is bent along the double imaginary broken line, the baffle plate of the fifth folding plugboard 5 can be replaced. Two or more 45-degree slope exhibition blocks can be inserted into each other and expanded. FIG 24 shows another plug-in combination mode of the 45-degree slope exhibition block and the tenth folding plugboard 10. In this way, the 45-degree slope exhibition block can be expanded, but not limited to the changeable spatial structure as shown in FIG 25(1), FIG 25(2), FIG 25(3) and FIG. 25(4). If the strength requirement of the connection combination between the slope exhibition blocks is not high, two eleventh folding plugboards 11 can be used instead of the tenth folding plugboard 10, so as to save paper.
[40] As shown in FIG 26, the twenty-eighth folding plugboard 28 is used for parallel connection of 45-degree slope exhibition blocks. After the twenty-eighth folding plugboard 28 is bent along the double imaginary broken line and a ribbon is sandwiched, the twenty-eighth folding plugboard 28 is inserted into two juxtaposed 45-degree slope exhibition blocks, so that two or more slope exhibition blocks can be stably juxtaposed and connected. According to this method, it is possible to obtain, but not limited to, the expansion styles of the slope exhibition blocks shown in FIG 27(1), FIG 27(2), FIG 27(3) and FIG 27(4). After the same exhibition block is inserted into each other, different placement methods are used and the baffle plate is adjusted, various exhibition purposes can be obtained.
[41] As shown in FIG 28, changeable space separation can be further provided on the same slope, which is suitable for placing thin exhibits of different sizes, such as books with different editions.
[42] As shown in FIGS. 29-32, the cube exhibition block uses two fifteenth folding plugboards 15 with a rectangular structure and three fourteenth folding plugboards 14 with a rectangular structure as frames. Five slots are provided at one long side of the fifteenth folding plugboard 15. Two short-distance slots are provided at one side of the fourteenth folding plugboard 14 and two long-distance slots are provided at the other side thereof. The three fourteenth folding plugboards 14 are provided vertically to the two fifteenth folding plugboards 15 which are vertically symmetrically provided through two short-distance grooves, respectively. The frame is provided on a thirteenth folding plugboard 13 with a rectangular structure. Four sides of the thirteenth folding plugboard 13 are connected with a trapezoidal extended side through two imaginary broken lines, respectively. The ends of the trapezoidal extended sides are connected with a rectangular extended side through imaginary broken lines. Two slots are provided at the ends of the rectangular extended sides at two short sides of the thirteenth folding plugboard 13. Three slots are provided at the ends of the rectangular extended sides at two long sides of the thirteenth folding plugboard 13. The rectangular extended sides at two long sides of the thirteenth folding plugboard 13 are inserted into the slots of three LU501265 adjacent fourteenth folding plugboards 14 through three slots. The rectangular extended sides at two short sides of the thirteenth folding plugboard 13 are inserted into the outermost slots of two adjacent fifteenth folding plugboards 15 through two slots. Twenty-seventh folding plugboards 27 are used to match the sixteenth folding plugboard 16 and the seventeenth folding plugboard 17 with widened slots, that 1s, other folding structures are unchanged. Two seventeenth folding plugboards 17 with a rectangular structure and three sixteenth folding plugboards 16 with a rectangular structure are used as frames, which are then folded according to the above structures. After being folded, the twenty-seventh folding plugboard 27 is inserted into the frame as the reinforcing part, so that cube exhibition blocks with a reinforced structure can be obtained. After the cube exhibition block is manufactured according to the principle of FIGS. 29-32, the twenty-seventh folding plugboard 27 is inserted to the bottom in the arrow direction as shown in FIG 33, which is the bottom form of the cube exhibition block of the reinforced structure. After an article in which a cube exhibition block of the reinforced structure is place forward and the top surface has a static pressure exceeding 50 kg is subject to a 24-hour compressive test, the structure of the cube exhibition block is still intact. The reinforcing part is made of a twenty-seventh folding plugboard 27. The twenty-seventh folding plugboard 27 has a rectangular structure. Four sides of the twenty-seventh folding plugboard 27 are connected with rectangular extended sides through imaginary broken lines, respectively. Three slots are provided at the ends of rectangular extended sides on two long sides of the twenty-seventh folding plugboard 27, respectively. Two slots are provided at the ends of rectangular extended sides on two short sides of the twenty-seventh folding plugboard 27, respectively. The twenty-seventh folding plugboard 27 is inserted into the frame to form the reinforcing part after being bent along the imaginary broken line. The eighteenth folding plugboard 18, the nineteenth folding plugboard 19, the twentieth folding plugboard 20, the twenty-first folding plugboard 21, the twenty-second folding plugboard 22, the twenty-third folding plugboard 23, the twenty-fourth folding plugboard 24, the twenty-fifth folding plugboard 25, and the twenty-sixth folding plugboard 26 can also be made into cube exhibition blocks of various other styles, as shown in the disassembled structures of FIGS. 4, 5, and 6, comprising a rectangular solid exhibition block, a flat square exhibition block, a square exhibition block, etc. By arranging and combining the above series of exhibition blocks, it is possible to build but not limited to the exhibition space as shown in the figure, which can be used for placing and exhibiting exhibits with various shapes and sizes, thus obtaining a good exhibition effect.
[43] The present disclosure further provides a method for building and manufacturing an exhibition space system, comprising a method for manufacturing a 45-degree inclined exhibition block, a method for manufacturing 30-degree and 60-degree inclined exhibition blocks and a method for manufacturing a cube exhibition block; wherein the method for manufacturing a 45-degree inclined exhibition block comprises the following steps:
[44] Step 1, four sixth folding plugboards 6 are used as internal supporting structures,
the four sixth folding plugboards are merged in pairs, and the first folding plugboard 1 LU501265 is bent along an imaginary broken line and is inserted into a slot at one side of the sixth folding plugboard 6;
[45] Step 2, the other side of the first folding plugboard 1 is bent toward the sixth folding plugboard 6 and is inserted into the first slot at the bottom of the adjacent sixth folding plugboard 6;
[46] Step 3, after bending the second folding plugboard 2 along the imaginary broken line, the slot at one side of the second folding plugboard is inserted into the slot at the side of the sixth folding plugboard 6 and is shared with the slot of the first folding plugboard 1; the other side of the second folding plugboard 2 is bent toward the sixth folding plugboard 6 and is inserted into the slot on the other side of the sixth folding plugboard 6;
[47] Step 4, after bending the third folding plugboard 3 along the imaginary broken line, the slot at one side of the third folding plugboard is inserted into the slot at one side of the sixth folding plugboard 6 and is shared with the slot at one side of the second folding slot; the other side of the third folding plugboard 3 is bent toward the sixth folding plugboard 6 and is inserted into the second slot at the bottom of the sixth folding plugboard 6;
[48] Step 5, the fourth folding plugboard 4 is completed into a concave shape and inserted into the first slot and the second slot at the bottom of the sixth folding plugboard 6, one side of the fourth folding plugboard 4 shares the first slot at the bottom of the sixth folding plugboard 6 with the first folding plugboard 1, and the other side of the fourth folding plugboard shares the second slot at the bottom of the sixth folding plugboard 6 with the third folding plugboard 3;
[49] Step 6, the fifth folding plugboard 5 folded into a rectangular sheet is inserted into the gap of the slot where the first folding plugboard 1 and the second folding plugboard 2 are located, the gap of the slot where the second folding plugboard 2 and the third folding plugboard 3 are located, the gap of the slot where the third folding plugboard 3 and the fourth folding plugboard 4 are located, and the gap of the slot where the fourth folding plugboard 4 and the first folding plugboard 1 are located;
[50] Step 7, the ninth folding plugboard 9 is used to be made into a decorative panel after being bent along an imaginary broken line, the decorative panel is inserted into both sides of the structure in Step 6, and a 45-degree inclined exhibition block is manufactured after completion.
[51] Preferably, the method for manufacturing 30-degree and 60-degree inclined exhibition blocks comprises the following steps:
[52] Step 1, four eighth folding plugboards 8 are merged in pairs as supports, and after the third folding plugboard 3 is bent along the imaginary broken line, one side of the third folding plugboard 3 is inserted into the first slot at the long side of the eighth folding plugboard 8, and the other side of the third folding plugboard is inserted into the slot adjacent to the first middle side of the eighth folding plugboard 8;
[53] Step 2, a second folding plugboard 2 is inserted into the slot of the first middle side of the eighth folding plugboard 8, the other side of the second folding plugboard 2 is inserted into the slot adjacent to the second middle side of the eighth folding plugboard 8 after being folded; a seventh folding plugboard 7 with a rectangular LU501265 structure is inserted into the slot of the second middle side of the eighth folding plugboard 8, and the other side of the seventh folding plugboard 7 is inserted into the second slot at the long side of the eighth folding plugboard 8 after being folded:
[54] Step 3, a fourth folding plugboard 4 is inserted into the first slot at the long side of the eighth folding plugboard 8, and the other side of the fourth folding plugboard 4 is inserted into the second slot at the long side of the eighth folding plugboard 8 after being folded; [SS] Step 4, a fifth folding plugboard 5 folded into a rectangular sheet is inserted into the gap of the slot where the third folding plugboard 3 and the second folding plugboard 2 are located, the gap of the slot where the second folding plugboard 2 and the seventh folding plugboard 7 are located, the gap of the slot where the seventh folding plugboard 7 and the fourth folding plugboard 4 are located, and the gap of the slot where the fourth folding plugboard 4 and the third folding plugboard 3 are located, so as to complete the manufacturing of 30-degree and 60-degree inclined exhibition blocks, and the exhibition block is capable of providing slopes with two different angles: 30 degrees and 60 degrees.
[56] Preferably, the method for manufacturing a cube exhibition block comprises the following steps:
[57] Step 1, the three fourteenth folding plugboards 14 are provided vertically to the two fifteenth folding plugboards 15 which are vertically symmetrically provided through two short-distance grooves, respectively;
[58] Step 2, the frame is provided on a thirteenth folding plugboard 13 with a rectangular structure;
[59] Step 3, the rectangular extended sides at two long sides of the thirteenth folding plugboard 13 are inserted into the slots of three adjacent fourteenth folding plugboards 14 through three slots;
[60] Step 4, the rectangular extended sides at two short sides of the thirteenth folding plugboard 13 are inserted into the outermost slots of two adjacent fifteenth folding plugboards 15 through two slots;
[61] Step 5, the twenty-seventh folding plugboard 27 is inserted into the frame to form a reinforcing part after being bent along the imaginary broken line. When it is necessary to use the exhibition block with a reinforcing part, the sixteenth folding plugboard 16 and the seventeenth folding plugboard 17 form a frame according to step 1 and then is folded according to step 2, step 3 and step 4. Finally, the twenty-seventh folding plugboard 27 is inserted into the frame to form a reinforcing part after being bent along the imaginary broken line.
[62] The present disclosure uses corrugated paper or other flexible polymer materials which can be bent repeatedly, such as PP and nylon. The present disclosure only relies on plug-in molding, without using adhesives, adhesive tapes or nail guns. The present disclosure can be disassembled and assembled repeatedly. After disassembly, the present disclosure can be restored to a flat shape, which is convenient for management and storage. The transportation and storage costs can be reduced. Some parts of the exhibition block are soiled, which can be disassembled and renewed for further use,
thus reducing waste and carbon dioxide emissions.
The exhibition block can realize the LU501265 expansion of style and size.
For example, the 45-degree slope exhibition block can be inserted into each other to form a heightening and widening slope exhibition block.
The exhibition block can adapt to the ever-changing exhibition needs, facilitate its repeated use, and curb the current habit of one-time use of the exhibition block.
The present disclosure is convenient to be molded, environmentally-friendly and pollution-free, and in line with the concept of sustainable development, saving energy and reducing carbon emissions.
The general rate of parts between the exhibition blocks is high.
For example, most of the parts between the 45-degree inclined exhibition block and the 30-degree and 60-degree inclined exhibition blocks are common.
The 45-degree inclined exhibition block is disassembled, and some parts are replaced, thus obtaining the 30-degree and 60-degree inclined exhibition blocks.
The general rate of parts between two different types of slope exhibition blocks reaches 50%, which can not only reduce the design and production costs, but also make the molding of the exhibition blocks easier.
Claims (6)
1. An exhibition space system, comprising a slope exhibition block and a cube exhibition block which are sequentially folded by a plurality of folding plugboards with different structures; wherein a baffle plate is inserted on the inclined surface of the slope exhibition block, a folded reinforcing part is provided in the cube exhibition block; and the slope exhibition block comprises a 45-degree inclined exhibition block and 30-degree and 60-degree inclined exhibition blocks.
2. The exhibition space system according to claim 1, wherein: the 45-degree inclined exhibition block uses four sixth folding plugboards with triangular structures merged in pairs as supports, the slots at the side of the sixth folding plugboards are inserted into two slots on one side of a first folding plugboard with a rectangular structure, and the other side of the first folding plugboard is inserted into the first slot at the bottom of the sixth folding plugboard after being folded along the imaginary broken line; one side of a second folding plugboard with a rectangular structure is inserted into the slot in the sixth folding plugboard at the side where the first folding plugboard is located, and the other side of the second folding plugboard is inserted into the slot at the other side of the sixth folding plugboard after being folded along the imaginary broken line; a third folding plugboard with a rectangular structure is inserted into the slot at the side of the sixth folding plugboard far away from the first folding plugboard, and the other end of the third folding plugboard is inserted into the second slot at the bottom of the sixth folding plugboard after being bent along the imaginary broken line; a fourth folding plugboard folded in a concave shape is inserted in the first slot and the second slot at the bottom of the sixth folding plugboard; a fifth folding plugboard folded into a rectangular sheet is inserted into the gap of the slot where the first folding plugboard and the second folding plugboard are located, the gap of the slot where the second folding plugboard and the third folding plugboard are located, the gap of the slot where the third folding plugboard and the fourth folding plugboard are located, and the gap of the slot where the fourth folding plugboard and the first folding plugboard are located; two ninth folding plugboards are symmetrically inserted at both sides of the 45-degree inclined exhibition block, the ninth folding plugboard has a triangular structure, and a plurality of extended blocks are connected on three sides of the ninth folding plugboard through imaginary broken lines.
3. The exhibition space system according to claim 1, wherein the 30-degree and 60-degree inclined exhibition blocks use four eighth folding plugboards merged in pairs as supports, the eighth folding plugboard has an irregular quadrilateral structure, a third folding plugboard is inserted into the first slot at the long side of the eighth folding plugboard, the other side of the third folding plugboard is inserted into the slot of the first middle side adjacent to the eighth folding plugboard after being folded; a second folding plugboard is inserted into the slot of the first middle side of the eighth folding plugboard, and the other side of the second folding plugboard is inserted into the slot of the second middle side adjacent to the eighth folding plugboard after being folded; a seventh folding plugboard with a rectangular structure is inserted into the slot at the second middle side of the eighth folding plugboard, and the other side of the seventh folding plugboard is inserted into the second slot at the long side of the eighth folding LU501265 plugboard after being folded; a fourth folding plugboard is inserted into the first slot at the long side of the eighth folding plugboard, and the other side of the fourth folding plugboard is inserted into the second slot at the long side of the eighth folding plugboard after being folded; and a fifth folding plugboard folded into a rectangular sheet is inserted into the gap of the slot where the third folding plugboard and the second folding plugboard are located, the gap of the slot where the second folding plugboard and the seventh folding plugboard are located, the gap of the slot where the seventh folding plugboard and the fourth folding plugboard are located, and the gap of the slot where the fourth folding plugboard and the third folding plugboard are located.
4. The exhibition space system according to claim 1, wherein the cube exhibition block uses two fifteenth folding plugboards with a rectangular structure and three fourteenth folding plugboards with a rectangular structure as frames, or uses two seventeenth folding plugboards with a rectangular structure and three sixteenth folding plugboards with a rectangular structure as frames; five slots are provided at one long side of the fifteenth folding plugboard, two short-distance slots are provided at one side of the fourteenth folding plugboard and two long-distance slots are provided at the other side thereof, the seventeenth folding plugboard and the fifteenth folding plugboard have the same structure, the slot width of the seventeenth folding plugboard is larger than that of the fifteenth folding plugboard, the sixteenth folding plugboard and the fourteenth folding plugboard have the same structure, and the slot width of the sixteenth folding plugboard is larger than that of the fourteenth folding plugboard; the three fourteenth folding plugboards are provided vertically to the two fifteenth folding plugboards which are vertically symmetrically provided through two short-distance grooves, respectively; the frame is provided on a thirteenth folding plugboard with a rectangular structure, four sides of the thirteenth folding plugboard are connected with a trapezoidal extended side through two imaginary broken lines, respectively, the ends of the trapezoidal extended sides are connected with a rectangular extended side through imaginary broken lines, two slots are provided at the ends of the rectangular extended sides at two short sides of the thirteenth folding plugboard, three slots are provided at the ends of the rectangular extended sides at two long sides of the thirteenth folding plugboard; the rectangular extended sides at two long sides of the thirteenth folding plugboard are inserted into the slots of three adjacent fourteenth folding plugboards through three slots, the rectangular extended sides at two short sides of the thirteenth folding plugboard are inserted into the outermost slots of two adjacent fifteenth folding plugboards through two slots; the reinforcing part is made of a twenty-seventh folding plugboard, the twenty-seventh folding plugboard has a rectangular structure, four sides of the twenty-seventh folding plugboard are connected with rectangular extended sides through imaginary broken lines, respectively, three slots are provided at the ends of rectangular extended sides on two long sides of the twenty-seventh folding plugboard, respectively, two slots are provided at the ends of rectangular extended sides on two short sides of the twenty-seventh folding plugboard, respectively, and the twenty-seventh folding plugboard is inserted into the frame formed by the sixteenth folding plugboard and the seventeenth folding plugboard to form the reinforcing part after being bent along the
- oe imaginary broken line. LU501265
5. A method for building and manufacturing an exhibition space system, comprising a method for manufacturing a 45-degree inclined exhibition block, a method for manufacturing 30-degree and 60-degree inclined exhibition blocks and a method for manufacturing a cube exhibition block; wherein the method for manufacturing a 45-degree inclined exhibition block comprises the following steps: Step 1, four sixth folding plugboards are used as internal supporting structures, the four sixth folding plugboards are merged in pairs, and the first folding plugboard is bent along an imaginary broken line and is inserted into a slot at one side of the sixth folding plugboard:; Step 2, the other side of the first folding plugboard is bent toward the sixth folding plugboard and is inserted into the first slot at the bottom of the adjacent sixth folding plugboard:; Step 3, after bending the second folding plugboard along the imaginary broken line, the slot at one side of the second folding plugboard 1s inserted into the slot at the side of the sixth folding plugboard and is shared with the slot of the first folding plugboard; the other side of the second folding plugboard is bent toward the sixth folding plugboard and is inserted into the slot on the other side of the sixth folding plugboard; Step 4, after bending the third folding plugboard along the imaginary broken line, the slot at one side of the third folding plugboard is inserted into the slot at one side of the sixth folding plugboard and is shared with the slot at one side of the second folding slot; the other side of the third folding plugboard is bent toward the sixth folding plugboard and is inserted into the second slot at the bottom of the sixth folding plugboard:; Step 5, the fourth folding plugboard is completed into a concave shape and inserted into the first slot and the second slot at the bottom of the sixth folding plugboard, one side of the fourth folding plugboard shares the first slot at the bottom of the sixth folding plugboard with the first folding plugboard, and the other side of the fourth folding plugboard shares the second slot at the bottom of the sixth folding plugboard with the third folding plugboard: Step 6, the fifth folding plugboard folded into a rectangular sheet is inserted into the gap of the slot where the first folding plugboard and the second folding plugboard are located, the gap of the slot where the second folding plugboard and the third folding plugboard are located, the gap of the slot where the third folding plugboard and the fourth folding plugboard are located, and the gap of the slot where the fourth folding plugboard and the first folding plugboard are located; Step 7, the ninth folding plugboard is used to be made into a decorative panel after being bent along an imaginary broken line, the decorative panel is inserted into both sides of the structure in Step 6, and a 45-degree inclined exhibition block is manufactured after completion.
6. The method for building and manufacturing an exhibition space system according to claim 5, wherein the method for manufacturing 30-degree and 60-degree inclined exhibition blocks comprises the following steps: Step 1, four eighth folding plugboards are merged in pairs as supports, and after the third folding plugboard is bent along the imaginary broken line, one side of the third LU501265 folding plugboard is inserted into the first slot at the long side of the eighth folding plugboard, and the other side of the third folding plugboard is inserted into the slot adjacent to the first middle side of the eighth folding plugboard;
Step 2, a second folding plugboard is inserted into the slot of the first middle side of the eighth folding plugboard, the other side of the second folding plugboard is inserted into the slot adjacent to the second middle side of the eighth folding plugboard after being folded; a seventh folding plugboard with a rectangular structure is inserted into the slot of the second middle side of the eighth folding plugboard, and the other side of the seventh folding plugboard is inserted into the second slot at the long side of the eighth folding plugboard after being folded;
Step 3, a fourth folding plugboard is inserted into the first slot at the long side of the eighth folding plugboard, and the other side of the fourth folding plugboard is inserted into the second slot at the long side of the eighth folding plugboard after being folded;
Step 4, a fifth folding plugboard folded into a rectangular sheet is inserted into the gap of the slot where the third folding plugboard and the second folding plugboard are located, the gap of the slot where the second folding plugboard and the seventh folding plugboard are located, the gap of the slot where the seventh folding plugboard and the fourth folding plugboard are located, and the gap of the slot where the fourth folding plugboard and the third folding plugboard are located, finally, the twelfth folding plugboard is inserted into both sides of the exhibition block as a decorative panel to complete the manufacturing of 30-degree and 60-degree inclined exhibition blocks, and the exhibition block is capable of providing slopes with two different angles: 30 degrees and 60 degrees.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202110725754.3A CN113303638A (en) | 2021-06-29 | 2021-06-29 | Exhibition space system and construction and manufacturing method thereof |
| CN202121454674.0U CN215502259U (en) | 2021-06-29 | 2021-06-29 | Display space system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| LU501265A1 LU501265A1 (en) | 2022-12-29 |
| LU501265B1 true LU501265B1 (en) | 2023-01-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| LU501265A LU501265B1 (en) | 2021-06-29 | 2022-01-19 | Exhibition space system and building and manufacturing method thereof |
Country Status (1)
| Country | Link |
|---|---|
| LU (1) | LU501265B1 (en) |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2688432A (en) * | 1949-04-27 | 1954-09-07 | William P Frankenstein | Carton |
| CA2559104A1 (en) * | 2006-09-05 | 2008-03-05 | Geoffrey A. Moss | Display stand stabilizing pedestal |
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2022
- 2022-01-19 LU LU501265A patent/LU501265B1/en active IP Right Grant
Also Published As
| Publication number | Publication date |
|---|---|
| LU501265A1 (en) | 2022-12-29 |
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| FG | Patent granted |
Effective date: 20230116 |