CN113303638A

CN113303638A - Exhibition space system and construction and manufacturing method thereof

Info

Publication number: CN113303638A
Application number: CN202110725754.3A
Authority: CN
Inventors: 刘彦琪
Original assignee: Peking University
Current assignee: Peking University
Priority date: 2021-06-29
Filing date: 2021-06-29
Publication date: 2021-08-27

Abstract

The invention discloses a display space system and a construction and manufacturing method thereof, wherein the display space system comprises a slope display block and a cube display block which are sequentially folded by a plurality of folding inserting plates with different structures; a baffle is inserted on the inclined surface of the slope exhibition block, and a folded reinforcing part can be arranged in the cubic exhibition block; the ramp tiles include 45 degree inclined tiles and 30 and 60 degree inclined tiles. The invention also provides a construction and manufacturing method of the exhibition space system, the method adopts the splicing structure, the manufactured exhibition space system is convenient to reuse, the structure is stable, and the exhibition space system can be completely disassembled into a plane structure so as to be stored and stored.

Description

Exhibition space system and construction and manufacturing method thereof

Technical Field

The invention relates to the technical field of exhibition space systems, in particular to an exhibition space system and a construction and manufacturing method thereof.

Background

On exhibition and exhibition, the showpiece needs to be orderly put in a certain space so that the audience can watch and show the aesthetic feeling of the showpiece. For example, in order to reasonably use limited space, the exhibits are generally required to be arranged in rows, and square blocks are required to be used to avoid mutual shielding between the exhibits, so that the exhibits have staggered spatial levels. For example, the exhibition stand for the thin-film type exhibits or books is horizontally arranged on the exhibition stand, is not beneficial to watching, needs to be arranged at a specific angle, enables the audience to obtain a comfortable watching angle, and needs a slope exhibition stand at this time. At present, exhibition blocks used in exhibition halls and museums are mostly made of wood, such as solid wood and laminated board, density board and the like. The exhibition block made of solid wood is mostly connected with each component by using self-tapping nails, nail guns or adhesives, and finally, the surface of the exhibition block is decorated by mounting cloth.

The existing exhibition blocks made of wood are solid, but have single structures, and the exhibition blocks are often required to be made again when different exhibition space building requirements are met during exhibition, so that a large amount of wood is consumed. At present, the price of wood rises, solid wood materials are more and more valuable, and the temporary used exhibition blocks are manufactured in a large batch by using solid wood, which is waste of resources. For the exhibition blocks made of the laminated boards and the density boards, in addition to high manufacturing cost and resource waste, the exhibition blocks have new problems, such as the manufactured exhibition blocks release harmful gases such as formaldehyde and the like, and the exhibition blocks are harmful to the safety of the exhibits and people in the exhibition spaces. For the exhibition of special exhibits, such as cultural relics, the requirement on the environmental protection level of the exhibition blocks is high, and the wood exhibition blocks, especially the density board and the laminated board exhibition blocks, are difficult to meet the requirement on the protection of the cultural relics. In addition, a large amount of dust pollution and the like can be generated in the processing processes of wood cutting, polishing and the like, and places such as museums, exhibition halls and the like require clean environments, so that wood exhibition blocks must be processed in plants with less environmental protection restrictions such as suburbs and the like and then transported to exhibition sites, the manufacturing cost of the exhibitions is further increased, and the carbon dioxide emission is increased.

Due to the connection process, the exhibition block made of wood is difficult to disassemble, maintain and refit after being manufactured. When the exhibition device is not used, a large amount of space is often occupied for storage, and the exhibition device is single in structure and difficult to adapt to changeable exhibition requirements, so that a large amount of exhibition blocks need to be manufactured again every time new exhibition is carried out, and the waste of materials, labor and time is serious.

Disclosure of Invention

The invention aims to provide a display space system and a construction and manufacturing method thereof, which are used for solving the problems in the prior art, adopt an insertion structure, are convenient to reuse, have stable structure, and can be completely disassembled into a planar structure so as to be stored and stored.

In order to achieve the purpose, the invention provides the following scheme:

the invention provides a display space system, which comprises a slope display block and a cube display block, wherein the slope display block and the cube display block are sequentially formed by folding a plurality of folding inserting plates with different structures; a baffle is inserted on the inclined surface of the slope exhibition block, and a folded reinforcing part can be arranged in the cubic exhibition block; the ramp tiles include 45 degree inclined tiles and 30 and 60 degree inclined tiles.

Optionally, the 45-degree inclined unfolding block adopts four combined sixth folding insertion plates of a triangular structure in pairs as a support, side edge slots of the sixth folding insertion plates are inserted into two slots on one edge of the first folding insertion plate of a rectangular structure in a matched manner, and the other edge of the first folding insertion plate is inserted into the first slot at the bottom edge of the sixth folding plate after being folded along the virtual folding line; one side edge of a second folding inserting plate with a rectangular structure is inserted into a slot of the side edge of the sixth folding inserting plate where the first folding inserting plate is located, and the other side edge of the second folding inserting plate is inserted into a slot of the other side edge of the sixth folding inserting plate after being folded along the virtual folding line; a third folding plug board with a rectangular structure is further inserted into a side slot at one side of the sixth folding plug board, which is far away from the first folding plug board, and the other end of the third folding plug board is bent along a virtual folding line and then inserted into a second slot at the bottom edge of the sixth folding plug board; a fourth folding inserting plate which is folded into a concave shape is inserted into the first slot and the second slot at the bottom edge of the sixth folding inserting plate; a fifth folding plug board which is folded into a rectangular sheet is inserted into a gap between the first folding plug board and the second folding plug board, a gap between the second folding plug board and the third folding plug board, a gap between the third folding plug board and the fourth folding plug board, and a gap between the fourth folding plug board and the first folding plug board; two ninth folding insertion plates are symmetrically inserted into two sides of the 45-degree inclined unfolding block, the ninth folding insertion plates are of triangular structures, and three edges of each ninth folding insertion plate are connected with a plurality of extension blocks through virtual folding lines.

Optionally, the 30-degree and 60-degree inclined unfolding blocks adopt four eighth folding insertion plates which are combined in pairs as supports, the eighth folding insertion plates are of irregular quadrilateral structures, third folding insertion plates are inserted into first insertion grooves on the long sides of the eighth folding insertion plates, and the other sides of the third folding insertion plates are folded and inserted into insertion grooves on the first middle sides adjacent to the eighth folding insertion plates; a second folding inserting plate is inserted into a slot at the first middle edge of the eighth folding inserting plate, and the other edge of the second folding inserting plate is folded and inserted into a slot at the second middle edge adjacent to the eighth folding inserting plate; a seventh folding plugboard with a rectangular structure is inserted into a slot on the second middle edge of the eighth folding plugboard, and the other edge of the seventh folding plugboard is folded and inserted into a second slot on the long edge of the eighth folding plugboard; a fourth folding plug board is inserted into a first slot on the long side of the eighth folding plug board, and the other side of the fourth folding plug board is folded and inserted into a second slot on the long side of the eighth folding plug board; and a fifth folding inserting plate which is folded into a rectangular sheet is respectively inserted into the gap between the third folding inserting plate and the slot where the second folding inserting plate is located, the gap between the second folding inserting plate and the slot where the seventh folding inserting plate is located, the gap between the seventh folding inserting plate and the slot where the fourth folding inserting plate is located, and the gap between the fourth folding inserting plate and the slot where the third folding inserting plate is located.

Optionally, the cube display block adopts two fifteenth folding insertion plates with rectangular structures and three fourteenth folding insertion plates with rectangular structures as a frame, or adopts two seventeenth folding insertion plates with rectangular structures and three sixteenth folding insertion plates with rectangular structures as a frame; five slots are formed in one long edge of the fifteenth folding inserting plate, two short-distance slots are formed in one side edge of the fourteenth folding inserting plate, two long-distance slots are formed in the other side edge of the fourteenth folding inserting plate, the seventeenth folding inserting plate and the fifteenth folding inserting plate are identical in structure, the slot width of the seventeenth folding inserting plate is larger than that of the fifteenth folding inserting plate, the sixteenth folding inserting plate and the fourteenth folding inserting plate are identical in structure, and the slot width of the sixteenth folding inserting plate is larger than that of the fourteenth folding inserting plate; the three fourteenth folding insertion plates are respectively and vertically arranged with the two fifteenth folding insertion plates which are vertically and symmetrically arranged through the two short-distance grooves; the frame is arranged on a thirteenth folding inserting plate of a rectangular structure, four edges of the thirteenth folding inserting plate are respectively connected with a trapezoidal extending edge through two virtual folding lines, the tail end of the trapezoidal extending edge is connected with a rectangular extending edge through a virtual folding line, two slots are formed in the tail ends of the rectangular extending edges at two short edges of the thirteenth folding inserting plate, and three slots are formed in the tail ends of the rectangular extending edges at two long edges of the thirteenth folding inserting plate; rectangular extension edges at two long edges of the thirteenth folding insertion plate are inserted into slots of three adjacent fourteenth folding insertion plates through three slots, and rectangular extension edges at two short edges of the thirteenth folding insertion plate are inserted into outermost slots of two adjacent fifteenth folding insertion plates through two slots; the reinforcing part adopts the folding picture peg of twenty-seventh to make, the folding picture peg of twenty-seventh is the rectangle structure, four edges of the folding picture peg of twenty-seventh are connected with the rectangle extension limit through virtual broken line respectively, three slot has been seted up respectively to two long rectangular extension limit ends on the limit of two long limits of the folding picture peg of twenty-seventh, two slots have been seted up respectively to the rectangle extension limit end on two minor faces of the folding picture peg of twenty-seventh, the folding picture peg of twenty-seventh inserts the frame department of locating the folding picture peg of sixteenth and the folding picture peg of seventeenth after buckling along virtual broken line and forms the reinforcing part.

The invention also provides a method for constructing and manufacturing the exhibition space system, which comprises a 45-degree inclined exhibition block manufacturing method, 30-degree and 60-degree inclined exhibition block manufacturing methods and a cube exhibition block manufacturing method; the manufacturing method of the 45-degree inclined exhibition block comprises the following steps:

step one, four sixth folding insertion plates are used as internal support structures, the four sixth folding insertion plates are combined in pairs, and the first folding insertion plates are bent along the virtual folding lines and are inserted into slots on one side edge of the sixth folding insertion plates;

bending the other side of the first folding inserting plate to the sixth folding inserting plate, and inserting the other side of the first folding inserting plate into a first slot at the bottom edge of the sixth folding inserting plate;

step three, after the second folding inserting plate is bent along the virtual folding line, a side slot of the second folding inserting plate is inserted into a side slot of the sixth folding inserting plate and shares a slot with the first folding inserting plate; bending the other side of the second folding inserting plate to the sixth folding inserting plate, and inserting the other side of the second folding inserting plate into the slot at the other side of the sixth folding inserting plate;

step four, after the third folding inserting plate is bent along the virtual folding line, a slot at one side of the third folding inserting plate is inserted into a slot at one side edge of the sixth folding inserting plate, and the slot and one side edge of the second folding inserting plate share the slot; bending the other side of the third folding inserting plate to a sixth folding inserting plate, and inserting the other side of the third folding inserting plate into a second slot at the bottom edge of the sixth folding inserting plate;

step five, completing the fourth folding plug-in board into a concave shape, inserting the fourth folding plug-in board into a first slot and a second slot at the bottom edge of the sixth folding plug-in board, wherein one side of the fourth folding plug-in board shares the first slot at the bottom edge of the sixth folding plug-in board with the first folding plug-in board, and the other side of the fourth folding plug-in board shares the second slot at the bottom edge of the sixth folding plug-in board with the third folding plug-in board;

step six, respectively inserting a fifth folding inserting plate folded into a rectangular sheet into a gap between the first folding inserting plate and the second folding inserting plate, a gap between the second folding inserting plate and the third folding inserting plate, a gap between the third folding inserting plate and the fourth folding inserting plate, and a gap between the fourth folding inserting plate and the first folding inserting plate;

and step seven, bending the ninth folding inserting plate along the virtual folding line to form a decorative panel, inserting the decorative panel into two sides of the structure in the step six, and manufacturing a 45-degree inclined unfolding block after finishing.

Optionally, the manufacturing method of the 30-degree and 60-degree inclined exhibition blocks comprises the following steps:

step one, combining four eighth folding insertion plates in pairs as supports, wherein after the third folding insertion plate is bent along a virtual folding line, one side of the third folding insertion plate is inserted into a first slot on the long edge of the eighth folding insertion plate, and the other side of the third folding insertion plate is inserted into a slot close to a first middle edge of the eighth folding insertion plate;

inserting a second folding inserting plate into a slot at the first middle edge of the eighth folding inserting plate, and inserting the other edge of the second folding inserting plate into a slot at the second middle edge close to the eighth folding inserting plate after folding; a seventh folding plugboard with a rectangular structure is inserted into a slot on the second middle edge of the eighth folding plugboard, and the other edge of the seventh folding plugboard is folded and inserted into a second slot on the long edge of the eighth folding plugboard;

inserting a fourth folding inserting plate into a first slot at the long edge of the eighth folding inserting plate, and inserting the other side of the fourth folding inserting plate into a second slot at the long edge of the eighth folding inserting plate after folding;

and step four, respectively inserting a fifth folding inserting plate which is folded into a rectangular sheet at the gap position of the slot where the third folding inserting plate and the second folding inserting plate are located, the gap position of the slot where the second folding inserting plate and the seventh folding inserting plate are located, the gap position of the slot where the seventh folding inserting plate and the fourth folding inserting plate are located, and the gap position of the slot where the fourth folding inserting plate and the third folding inserting plate are located, so that the manufacturing of the 30-degree and 60-degree inclined unfolding block is completed, and the unfolding block can provide slopes with two different angles of 30-degree and 60-degree.

Optionally, the method for manufacturing the cube tile includes the following steps:

step one, arranging three fourteenth folding inserting plates respectively and vertically with two fifteenth folding inserting plates which are vertically and symmetrically arranged through two short-distance grooves to form a frame;

step two, the frame is arranged on a thirteenth folding inserting plate of a rectangular structure;

step three, the rectangular extending edges at the two long edges of the thirteenth folding inserting plate are inserted into the slots of the three adjacent fourteenth folding inserting plates through the three slots;

step four, the rectangular extending edges at the two short edges of the thirteenth folding inserting plate are inserted into the outermost slots of the adjacent two fifteenth folding inserting plates through the two slots;

and step five, when the display block with the reinforcing part is needed to be used, firstly forming a frame by the sixteenth folding inserting plate and the seventeenth folding inserting plate according to the step one, then folding according to the step two, the step three and the step four, and finally bending the twenty seventh folding inserting plate along the virtual folding line and inserting the bent twenty seventh folding inserting plate at the position of the frame to form the reinforcing part.

Compared with the prior art, the invention has the following technical effects:

the invention uses the acid-free corrugated board which meets the protective requirements of the exhibit preventability, adopts the splicing structure, and does not use adhesives, adhesive tapes, nail guns or hot melt adhesives. The structure is stable, and the structure can be completely disassembled into a plane structure so as to be convenient for storage. Saving materials and meeting strict environmental protection standards. These advantages are not available with conventional wood panels. All parts of the invention are completely inserted, and the forming is convenient and rapid. Simple manufacturing materials and process, energy saving, carbon emission reduction and environmental protection. The method does not need professional equipment, and can manufacture the exquisite exhibition block which meets the exhibition requirements even if only relying on simple tools and production conditions such as acid-free corrugated paper, cutting pads, wallpaper knives, ruler drawing and the like. The production process has no noise, smell and dust. The invention has low manufacturing cost. For the same size of the tile, the weight of the tile product made by the technology provided by the invention is only one tenth or even a few tenths of the weight of the traditional wood tile. The storage and transportation costs are much lower than for conventional wood display pieces. The consumption of wood is also greatly reduced. Compared with the traditional wood display blocks, the display blocks provided by the invention have stronger expandability and adaptability, for example, the slope-shaped display blocks can be mutually spliced and assembled into higher and wider display blocks, and the position and the height of the baffle can also be adjusted.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings needed in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings without creative efforts.

FIG. 1 is a schematic view of the arrangement of a folding insert plate required after the 45-degree inclined exhibition block is disassembled;

FIG. 2 is a schematic view of the arrangement of folding insertion plates required after the 30-degree and 60-degree inclined unfolding blocks are disassembled;

FIG. 3 is a schematic view of the layout of a folding board of the present invention after the cube exhibition block is disassembled;

FIG. 4 is a schematic view of the arrangement of a folding insert plate required after disassembly of a rectangular parallelepiped display block according to the present invention;

FIG. 5 is a schematic view showing the arrangement of folding insertion plates required after the flat cube tile of the present invention is disassembled;

FIG. 6 is a schematic view showing the arrangement of folding insertion plates required after the cube panel is disassembled;

FIG. 7 is a schematic view of the reinforcement part of the present invention after disassembly;

FIGS. 8-16 and 18 are schematic diagrams illustrating the insertion process of the 45-degree inclined display block according to the present invention;

FIG. 17 is a method of adjusting the height of the 45 degree inclined span of the present invention with the stop extending from the slope;

fig. 19-22 are schematic diagrams illustrating the insertion process of 30-degree and 60-degree oblique exhibition blocks according to the present invention;

FIG. 23 is a schematic view showing the extended connection process of two 45-degree inclined exhibition blocks after the tenth folding insertion plate replaces the fifth folding insertion plate according to the present invention;

fig. 24 is a schematic view showing another state of the extended connection process of the two 45-degree inclined unfolding blocks after the tenth folding inserting plate replaces the fifth folding inserting plate according to the present invention;

FIG. 25(1) is a schematic diagram of the expanded connection of FIGS. 23 and 24;

FIG. 25(2) is a schematic diagram of two structures of the expanded connection of FIG. 23 and FIG. 24;

FIG. 25(3) is a schematic diagram of three structures of FIG. 23 and FIG. 24 after expansion connection;

FIG. 25(4) is a schematic diagram of four structures of FIG. 23 and FIG. 24 after expansion connection;

FIG. 26 is a schematic view of a twenty-seventh foldable board according to the present invention for connecting two parallel 45 degree display modules;

fig. 27(1) is a schematic view of the parallel connection of the display blocks in fig. 26;

fig. 27(2) is a schematic view of two kinds of the exhibition blocks of fig. 26 connected in parallel;

fig. 27(3) is a schematic view of the three kinds of blocks shown in fig. 26 after being connected in parallel;

fig. 27(4) is a schematic diagram of four kinds of the tiles shown in fig. 26 after being connected in parallel;

FIG. 28 is a schematic view of a 45 degree inclined display with variable spatial separation according to the present invention;

FIGS. 29-32 are schematic diagrams of the insertion process of the cubic display block of the present invention;

FIG. 33 is a schematic view of a process for inserting the reinforcement portion into the cube display according to the present invention;

FIG. 34 is a schematic view of a cubic panel with reinforcing members inserted therein in a state wherein the top surface thereof is pressed against an article of more than 50 kg;

FIG. 35 is a schematic view of the assembled display space system showing the status of the display items according to the present invention;

wherein, 1 is a first folding insertion plate, 2 is a second folding insertion plate, 3 is a third folding insertion plate, 4 is a fourth folding insertion plate, 5 is a fifth folding insertion plate, 6 is a sixth folding insertion plate, 7 is a seventh folding insertion plate, 8 is an eighth folding insertion plate, 9 is a ninth folding insertion plate, 10 is a tenth folding insertion plate, 11 is an eleventh folding insertion plate, 12 is a twelfth folding insertion plate, 13 is a thirteenth folding insertion plate, 14 is a fourteenth folding insertion plate, 15 is a fifteenth folding insertion plate, 16 is a sixteenth folding insertion plate, 17 is a seventeenth folding insertion plate, 18 is an eighteenth folding insertion plate, 19 is a nineteenth folding insertion plate, 20 is a twentieth folding insertion plate, 21 is a twenty-first folding insertion plate, 22 is a twentieth folding insertion plate, 23 is a twentieth folding insertion plate, 24 is a twenty-fourth folding insertion plate, 25 is a twenty-fifth folding insertion plate, 26 is a twenty-sixth folding insertion plate, And 27 is a twenty-seventh folding insertion plate.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

In order to make the aforementioned objects, features and advantages of the present invention comprehensible, embodiments accompanied with figures are described in further detail below.

The invention provides a display space system, which is shown in the attached drawings 1-35 and comprises a slope display block and a cube display block, wherein the slope display block and the cube display block are manufactured by sequentially folding a plurality of folding inserting plates with different structures; the folding insert plate uses acid-free corrugated paper as a manufacturing material. In the figure, a solid line is shown as a cutting line, a dotted line is shown as a broken line, a baffle is inserted on the inclined surface of the slope exhibition block, and a folded reinforcing part can be arranged in the cubic exhibition block; the ramp tiles include 45 degree inclined tiles and 30 degree and 60 degree inclined tiles.

Specifically, the 45-degree inclined unfolding block adopts the six folded inserting plates 6 with four triangular structures which are combined in pairs as supports, in order to balance the stress of the inner support structure, the six folded inserting plates 6 which are combined in pairs have different corrugation arrangement directions, the side edge slots of the sixth folded inserting plate 6 are matched and inserted into two slots on one edge of the first folded inserting plate 1 with a rectangular structure, and the other edge of the first folded inserting plate 1 is inserted into the first slot at the bottom edge of the sixth folded plate after being folded along a virtual folding line; one side edge of a second folding inserting plate 2 with a rectangular structure is inserted into a slot of the side edge of a sixth folding inserting plate 6 where the first folding inserting plate 1 is located, and the other side edge of the second folding inserting plate 2 is folded along a virtual folding line and inserted into a slot of the other side edge of the sixth folding inserting plate 6; a third folding plug board 3 with a rectangular structure is also inserted into a side slot of the sixth folding plug board 6 far away from one side of the first folding plug board 1, and the other end of the third folding plug board 3 is bent along a virtual fold line and then inserted into a second slot at the bottom edge of the sixth folding plug board 6; a fourth folding inserting plate 4 which is folded into a concave shape is inserted into the first slot and the second slot at the bottom edge of the sixth folding inserting plate 6, and the fourth folding inserting plate 4 is inserted to the bottom along the arrow direction; the gap of the slot where the first folding inserting plate 1 and the second folding inserting plate 2 are located, the gap of the slot where the second folding inserting plate 2 and the third folding inserting plate 3 are located, the gap of the slot where the third folding inserting plate 3 and the fourth folding inserting plate 4 are located, and the gap of the slot where the fourth folding inserting plate 4 and the first folding inserting plate 1 are located are all inserted with a fifth folding inserting plate 5 which is folded into a rectangular sheet shape, two adjacent folding inserting plates are firmly fixed through extrusion and friction, a baffle plate can be provided on a slope surface through the fifth folding inserting plate 5, an exhibit placed on the slope surface is prevented from sliding downwards and falling, the baffle plate needs to be adjusted, namely when the height of the fifth folding inserting plate 5 extends out, the folding inserting plate adjacent to the fifth folding inserting plate is fixed through fingers and pushed along the direction of an arrow through the other fingers, and the extending height of the baffle plate can be higher. When the extending height of the baffle needs to be reduced, the baffle is pressed inwards. When the baffle is not used, the baffle is pressed to the bottom until the baffle is flush with the slope; 45 degree slope exhibition piece bilateral symmetry is inserted and is equipped with two ninth folding picture peg 9 for shelter from the inner structure that exhibition piece both sides exposed, improve its aesthetic property, ninth folding picture peg 9 is the triangle-shaped structure, three edges of ninth folding picture peg 9 are connected with a plurality of extension pieces through virtual broken line, make the decoration panel after bending it along virtual broken line, with its decoration panel that can make the mirror image along virtual broken line reverse fold, insert exhibition piece both sides along the arrow point direction can.

The 30-degree and 60-degree inclined unfolding blocks adopt four eighth folding insertion plates 8 which are combined in pairs as supports, the eighth folding insertion plates 8 are of irregular quadrilateral structures, third folding insertion plates 3 are inserted into first slots at the long edges of the eighth folding insertion plates 8, and the other edges of the third folding insertion plates 3 are folded and inserted into slots at the first middle edges adjacent to the eighth folding insertion plates 8; a second folding inserting plate 2 is inserted into a slot at a first middle edge of the eighth folding inserting plate 8, and the other edge of the second folding inserting plate 2 is folded and inserted into a slot at a second middle edge adjacent to the eighth folding inserting plate 8; a seventh folded inserting plate 7 with a rectangular structure is inserted into a slot on the second middle edge of the eighth folded inserting plate 8, and the other edge of the seventh folded inserting plate 7 is folded and inserted into a second slot on the long edge of the eighth folded inserting plate 8; a fourth folding insertion plate 4 is inserted into a first slot on the long side of the eighth folding insertion plate 8, and the other side of the fourth folding insertion plate 4 is folded, inserted into a second slot on the long side of the eighth folding insertion plate 8 and inserted to the bottom along the arrow direction; a fifth folding inserting plate 5 which is folded into a rectangular sheet is respectively inserted into a gap between the third folding inserting plate 3 and the second folding inserting plate 2, a gap between the second folding inserting plate 2 and the seventh folding inserting plate 7, a gap between the seventh folding inserting plate 7 and the fourth folding inserting plate 4, and a gap between the fourth folding inserting plate 4 and the third folding inserting plate 3; the exhibition block can provide slopes with two different angles of 30-degree angle and 60-degree angle, and the extending height of the baffle can be adjusted as required, or the height of the baffle can be adjusted to the bottom, and the baffle is flush with the slopes. The exposed internal structures on the two sides of the display piece are shielded by a decorative panel made of the twelfth folding inserting plate 12.

Most parts between the slope showing blocks with the angles of 45 degrees and 30 degrees and 60 degrees can be used universally, the slope showing blocks with the angles of 45 degrees are disassembled, the sixth folding inserting plate 6 is replaced by the eighth folding inserting plate 8, the first folding inserting plate 1 is replaced by the seventh folding inserting plate 7, the ninth folding inserting plate 9 is replaced by the twelfth folding inserting plate 12, and the slope showing blocks with the angles of 30 degrees and 60 degrees can be obtained. The component sharing rate between the two different types of slope display blocks reaches 50%, so that the design and production cost can be reduced, and the display block is easier to form.

Referring to fig. 23, after the tenth folding board 10 is folded along the double dotted folding lines, two or more 45-degree slope display blocks can be inserted into each other to expand the same by replacing the baffle of the fifth folding board 5. Fig. 24 shows another plug-in combination of the 45-degree slope display piece and the tenth foldable board 10. By the above-mentioned method, the 45-degree slope block can be expanded but not limited to the changeable space structure 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 display blocks is not high, two eleventh folding inserting plates 11 can be used for replacing the tenth folding inserting plate 10 so as to save paper.

As shown in fig. 26, the twenty-seventh folded board 27 is used to connect the 45 degree slope display in parallel. The twenty-seventh folding inserting plate 27 is bent along the double virtual folding lines, after a braid is clamped, the twenty-seventh folding inserting plate 27 is inserted into the two juxtaposed slope unfolding blocks with the angle of 45 degrees, and therefore the two or more slope unfolding blocks can be stably connected in a juxtaposed mode. According to the method, the slope display block expansion modes shown in the figures 27(1), 27(2), 27(3) and 27(4) can be obtained, the same display blocks are inserted into each other, and after different placing modes are adopted and the baffle plates are adjusted, variable display purposes can be obtained.

As shown in fig. 28, it is also possible to provide variable space division on the same slope, and it is suitable for placing thin sheet exhibits of different sizes, such as books with different books.

As shown in fig. 29 to 32, the cube display block adopts two fifteenth folding insertion plates 15 with rectangular structures and three fourteenth folding insertion plates 14 with rectangular structures as a frame, five slots are formed in one long side of the fifteenth folding insertion plate 15, two short-distance slots are formed in one side edge of the fourteenth folding insertion plate 14, and two long-distance slots are formed in the other side edge of the fourteenth folding insertion plate; the three fourteenth folding insertion plates 14 are respectively and vertically arranged with the two fifteenth folding insertion plates 15 which are vertically and symmetrically arranged through the two short-distance grooves; the frame is arranged on a thirteenth folding inserting plate 13 of a rectangular structure, four edges of the thirteenth folding inserting plate 13 are respectively connected with a trapezoidal extending edge through two virtual folding lines, the tail end of the trapezoidal extending edge is connected with a rectangular extending edge through the virtual folding line, two slots are formed in the tail ends of the rectangular extending edges at two short edges of the thirteenth folding inserting plate 13, and three slots are formed in the tail ends of the rectangular extending edges at two long edges of the thirteenth folding inserting plate 13; rectangular extending edges at two long edges of the thirteenth folding insertion plate 13 are inserted into slots of three adjacent fourteenth folding insertion plates 14 through three slots, and rectangular extending edges at two short edges of the thirteenth folding insertion plate 13 are inserted into outermost slots of two adjacent fifteenth folding insertion plates 15 through two slots; the twenty-seventh folding insertion plate 27 is matched with the sixteenth folding insertion plate 16 and the seventeenth folding insertion plate 17 with widened slots, namely other folding structures are unchanged, the seventeenth folding insertion plate 17 with two rectangular structures and the sixteenth folding insertion plate 16 with three rectangular structures are adopted as frames, then the folding is carried out according to the structures, after the folding is finished, the twenty-seventh folding insertion plate 27 is inserted into the frames and used as a reinforcing part, and the cubic unfolding block with the reinforcing structure can be obtained. After the cubic exhibition block is manufactured according to the principle of fig. 29 to 32, the twenty-seventh folded inserting plate 27 is inserted to the bottom along the arrow direction as shown in fig. 33, which is the bottom shape of the cubic exhibition block of the reinforced structure. The cube display block with the reinforced structure is placed upright, the static pressure of the top surface of the cube display block exceeds 50 kilograms, and the structure of the cube display block is still intact after a 24-hour compression test. The strengthening part adopts the seventeenth folding picture peg 27 to make, the seventeenth folding picture peg 27 is the rectangle structure, four edges of the twenty seventh folding picture peg 27 are connected with the rectangle extension limit through virtual broken line respectively, three slot has been seted up respectively to the rectangle extension limit end on two long edges of the twenty seventh folding picture peg 27, two slots have been seted up respectively to the rectangle extension limit end on two minor faces of the twenty seventh folding picture peg 27, the twenty seventh folding picture peg 27 inserts after buckling along virtual broken line and locates frame department and form the strengthening part. Other cubic exhibition blocks in various forms can be manufactured by using the eighteenth folding insertion plate 18, the nineteenth folding insertion plate 19, the twentieth folding insertion plate 20, the twenty-first folding insertion plate 21, the twentieth folding insertion plate 22, the twenty-third folding insertion plate 23, the twenty-fourth folding insertion plate 24, the twenty-fifth folding insertion plate 25 and the twenty-sixth folding insertion plate 26, as shown in the structure after the disassembly of fig. 4, 5 and 6, the cubic exhibition blocks comprise a cuboid exhibition block, a flat cube exhibition block, a cube exhibition block and the like. The series of display blocks are arranged and combined, so that a display space can be built, but not limited to the display space shown in the figure, and the display space is used for placing and displaying the exhibits with various sizes, and a good display effect is obtained.

step one, four sixth folding insertion plates 6 are used as internal support structures, the four sixth folding insertion plates are combined in pairs, and the first folding insertion plates 1 are bent along virtual folding lines and are inserted into slots on one side edge of the sixth folding insertion plates 6;

step two, bending the other side of the first folding inserting plate 1 to the sixth folding inserting plate 6, and inserting the other side into a first slot at the bottom edge of the adjacent sixth folding inserting plate 6;

step three, after the second folding inserting plate 2 is bent along the virtual folding line, a side slot of the second folding inserting plate is inserted into a side slot of the sixth folding inserting plate 6 and shares a slot with the first folding inserting plate 1; bending the other side of the second folded inserting plate 2 to the sixth folded inserting plate 6, and inserting the other side of the sixth folded inserting plate 6 into the slot;

step four, after the third folding inserting plate 3 is bent along the virtual folding line, a slot at one side of the third folding inserting plate is inserted into a slot at one side of the sixth folding inserting plate 6, and the slot and one side of the second folding inserting plate share the slot; bending the other side of the third folded inserting plate 3 to the sixth folded inserting plate 6, and inserting the other side into a second slot at the bottom edge of the sixth folded inserting plate 6;

step five, completing the fourth folding inserting plate 4 into a concave shape, inserting the concave shape into a first slot and a second slot at the bottom edge of the sixth folding inserting plate 6, wherein one side of the fourth folding inserting plate 4 and the first folding inserting plate 1 share the first slot at the bottom edge of the sixth folding inserting plate 6, and the other side and the third folding inserting plate 3 share the second slot at the bottom edge of the sixth folding inserting plate 6;

step six, respectively inserting a fifth folding inserting plate 5 folded into a rectangular sheet into a gap between the first folding inserting plate 1 and the second folding inserting plate 2, a gap between the second folding inserting plate 2 and the third folding inserting plate 3, a gap between the third folding inserting plate 3 and the fourth folding inserting plate 4, and a gap between the fourth folding inserting plate 4 and the first folding inserting plate 1;

and step seven, bending the ninth folding inserting plate 9 along the virtual folding line to form a decorative panel, inserting the decorative panel into two sides of the structure in the step six, and manufacturing a 45-degree inclined unfolding block after finishing.

step one, combining every two of the four eighth folding insertion plates 8 as supports, after the third folding insertion plate 3 is bent along the virtual folding line, inserting one side of the third folding insertion plate into a first slot on the long edge of the eighth folding insertion plate 8, and inserting the other side of the third folding insertion plate into a slot on the position, close to the first middle edge, of the eighth folding insertion plate 8;

inserting a second folded inserting plate 2 into a slot at a first middle edge of the eighth folded inserting plate 8, and inserting the other edge of the second folded inserting plate 2 into a slot at a second middle edge close to the eighth folded inserting plate 8 after folding; a seventh folded inserting plate 7 with a rectangular structure is inserted into a slot on the second middle edge of the eighth folded inserting plate 8, and the other edge of the seventh folded inserting plate 7 is folded and inserted into a second slot on the long edge of the eighth folded inserting plate 8;

step three, inserting a fourth folded inserting plate 4 into a first slot at the long edge of the eighth folded inserting plate 8, and inserting the other edge of the fourth folded inserting plate 4 into a second slot at the long edge of the eighth folded inserting plate 8 after being folded;

and step four, respectively inserting a fifth folding inserting plate 5 which is folded into a rectangular sheet at the gap position of the slot where the third folding inserting plate 3 and the second folding inserting plate 2 are located, the gap position of the slot where the second folding inserting plate 2 and the seventh folding inserting plate 7 are located, the gap position of the slot where the seventh folding inserting plate 7 and the fourth folding inserting plate 4 are located, and the gap position of the slot where the fourth folding inserting plate 4 and the third folding inserting plate 3 are located, so as to finish the manufacture of 30-degree and 60-degree inclined unfolding blocks, wherein the unfolding blocks can provide slopes with two different angles of 30-degree and 60-degree.

step one, arranging three fourteenth folding insertion plates 14 respectively and vertically with two fifteenth folding insertion plates 15 which are vertically and symmetrically arranged through two short-distance grooves to form a frame;

step two, the frame is arranged on a thirteenth folding inserting plate 13 with a rectangular structure;

step three, the rectangular extending edges at the two long edges of the thirteenth folding inserting plate 13 are inserted into the slots of the three adjacent fourteenth folding inserting plates 14 through the three slots;

step four, the rectangular extending edges at the two short edges of the thirteenth folding inserting plate 13 are inserted into the outermost slots of the adjacent two fifteenth folding inserting plates 15 through the two slots;

and step five, bending the twenty-seventh folding inserting plate 27 along the virtual folding line and inserting the bent plate into the frame to form a reinforcing part.

The invention adopts corrugated paper or other repeatedly bendable and tough polymer materials such as PP, nylon and the like. Relying only on insert molding. No adhesive, tape, and nail gun were used. Can be disassembled and assembled repeatedly. Can restore to the flat shape after being disassembled, and is convenient for management and storage. The transportation and storage cost is reduced. And part of parts of the display block are stained, and the display block can be disassembled and used after being updated with accessories, so that the waste is reduced, and the carbon dioxide emission is reduced. The exhibition block can realize the extension of style and size, for example 45 degree angle slope piece can peg graft each other and make up into the slope exhibition block of heightening, widening. The exhibition block can adapt to the changeable exhibition requirements, is convenient to be repeatedly used, and inhibits the current one-time use habit of the exhibition block. The forming is convenient, the environment is protected, no pollution is caused, the concept of sustainable development is met, the energy is saved, and the carbon emission is reduced. The parts between the exhibition blocks have high universality, and most parts between the slope blocks with 45-degree angles and 30-60-degree angles can be commonly used. And (3) disassembling the 45-degree slope unfolding block, and replacing part of components to obtain the 30-degree and 60-degree slope unfolding block. The component universal ratio between the slope surface display blocks of two different types reaches 50 percent, thereby not only reducing the design and production cost, but also leading the display block to be easier to form. The height and the position of the baffle of the slope exhibition block can be adjusted, and the slope exhibition block is favorable for adapting to changeable exhibition requirements. The static bearing capacity of the exhibition block is better, and the exhibition block is a flat cuboid, and can bear hundreds of kilograms of static pressure even though the exhibition block is formed by only using acid-free corrugated paper in an inserting mode.

In the description of the present invention, it should be noted that the terms "center", "top", "bottom", "left", "right", "vertical", "horizontal", "inner", "outer", and the like indicate orientations or positional relationships based on those shown in the drawings, and are only for convenience of description and simplicity of description, and do not indicate or imply that the device or element being referred to must have a particular orientation, be constructed in a particular orientation, and be operated, and thus, should not be construed as limiting the present invention. Furthermore, the terms "first" and "second" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.

The principle and the implementation mode of the invention are explained by applying a specific example, and the description of the embodiment is only used for helping to understand the method and the core idea of the invention; meanwhile, for a person skilled in the art, according to the idea of the present invention, the specific embodiments and the application range may be changed. In view of the above, the present disclosure should not be construed as limiting the invention.

Claims

1. A display space system, comprising: comprises a slope display block and a cube display block which are made by sequentially folding a plurality of folding inserting plates with different structures; a baffle is inserted on the inclined surface of the slope exhibition block, and a folded reinforcing part can be arranged in the cubic exhibition block; the ramp tiles include 45 degree inclined tiles and 30 and 60 degree inclined tiles.

2. The display space system of claim 1, wherein: the 45-degree inclined unfolding block adopts four sixth folding insertion plates of a triangular structure combined in pairs as supports, side edge slots of the sixth folding insertion plates are inserted into two slots on one edge of a first folding insertion plate of a rectangular structure in a matched mode, and the other edge of the first folding insertion plate is inserted into a first slot at the bottom edge of the sixth folding plate after being folded along a virtual folding line; one side edge of a second folding inserting plate with a rectangular structure is inserted into a slot of the side edge of the sixth folding inserting plate where the first folding inserting plate is located, and the other side edge of the second folding inserting plate is inserted into a slot of the other side edge of the sixth folding inserting plate after being folded along the virtual folding line; a third folding plug board with a rectangular structure is further inserted into a side slot at one side of the sixth folding plug board, which is far away from the first folding plug board, and the other end of the third folding plug board is bent along a virtual folding line and then inserted into a second slot at the bottom edge of the sixth folding plug board; a fourth folding inserting plate which is folded into a concave shape is inserted into the first slot and the second slot at the bottom edge of the sixth folding inserting plate; a fifth folding plug board which is folded into a rectangular sheet is inserted into a gap between the first folding plug board and the second folding plug board, a gap between the second folding plug board and the third folding plug board, a gap between the third folding plug board and the fourth folding plug board, and a gap between the fourth folding plug board and the first folding plug board; two ninth folding insertion plates are symmetrically inserted into two sides of the 45-degree inclined unfolding block, the ninth folding insertion plates are of triangular structures, and three edges of each ninth folding insertion plate are connected with a plurality of extension blocks through virtual folding lines.

3. The display space system of claim 1, wherein: the 30-degree and 60-degree inclined unfolding blocks adopt four eighth folding insertion plates which are combined in pairs as supports, the eighth folding insertion plates are of irregular quadrilateral structures, third folding insertion plates are inserted into first insertion grooves in the long edges of the eighth folding insertion plates, and the other edges of the third folding insertion plates are folded and inserted into insertion grooves in the first middle edges adjacent to the eighth folding insertion plates; a second folding inserting plate is inserted into a slot at the first middle edge of the eighth folding inserting plate, and the other edge of the second folding inserting plate is folded and inserted into a slot at the second middle edge adjacent to the eighth folding inserting plate; a seventh folding plugboard with a rectangular structure is inserted into a slot on the second middle edge of the eighth folding plugboard, and the other edge of the seventh folding plugboard is folded and inserted into a second slot on the long edge of the eighth folding plugboard; a fourth folding plug board is inserted into a first slot on the long side of the eighth folding plug board, and the other side of the fourth folding plug board is folded and inserted into a second slot on the long side of the eighth folding plug board; and a fifth folding inserting plate which is folded into a rectangular sheet is respectively inserted into the gap between the third folding inserting plate and the slot where the second folding inserting plate is located, the gap between the second folding inserting plate and the slot where the seventh folding inserting plate is located, the gap between the seventh folding inserting plate and the slot where the fourth folding inserting plate is located, and the gap between the fourth folding inserting plate and the slot where the third folding inserting plate is located.

4. The display space system of claim 1, wherein: the cube display block adopts two fifteenth folding insertion plates with rectangular structures and three fourteenth folding insertion plates with rectangular structures as a frame, or adopts two seventeenth folding insertion plates with rectangular structures and three sixteenth folding insertion plates with rectangular structures as a frame; five slots are formed in one long edge of the fifteenth folding inserting plate, two short-distance slots are formed in one side edge of the fourteenth folding inserting plate, two long-distance slots are formed in the other side edge of the fourteenth folding inserting plate, the seventeenth folding inserting plate and the fifteenth folding inserting plate are identical in structure, the slot width of the seventeenth folding inserting plate is larger than that of the fifteenth folding inserting plate, the sixteenth folding inserting plate and the fourteenth folding inserting plate are identical in structure, and the slot width of the sixteenth folding inserting plate is larger than that of the fourteenth folding inserting plate; the three fourteenth folding insertion plates are respectively and vertically arranged with the two fifteenth folding insertion plates which are vertically and symmetrically arranged through the two short-distance grooves; the frame is arranged on a thirteenth folding inserting plate of a rectangular structure, four edges of the thirteenth folding inserting plate are respectively connected with a trapezoidal extending edge through two virtual folding lines, the tail end of the trapezoidal extending edge is connected with a rectangular extending edge through a virtual folding line, two slots are formed in the tail ends of the rectangular extending edges at two short edges of the thirteenth folding inserting plate, and three slots are formed in the tail ends of the rectangular extending edges at two long edges of the thirteenth folding inserting plate; rectangular extension edges at two long edges of the thirteenth folding insertion plate are inserted into slots of three adjacent fourteenth folding insertion plates through three slots, and rectangular extension edges at two short edges of the thirteenth folding insertion plate are inserted into outermost slots of two adjacent fifteenth folding insertion plates through two slots; the reinforcing part adopts the folding picture peg of twenty-seventh to make, the folding picture peg of twenty-seventh is the rectangle structure, four edges of the folding picture peg of twenty-seventh are connected with the rectangle extension limit through virtual broken line respectively, three slot has been seted up respectively to two long rectangular extension limit ends on the limit of two long limits of the folding picture peg of twenty-seventh, two slots have been seted up respectively to the rectangle extension limit end on two minor faces of the folding picture peg of twenty-seventh, the folding picture peg of twenty-seventh inserts the frame department of locating the folding picture peg of sixteenth and the folding picture peg of seventeenth after buckling along virtual broken line and forms the reinforcing part.

5. A method for constructing and manufacturing a display space system is characterized by comprising the following steps: the method comprises a 45-degree inclined exhibition block manufacturing method, a 30-degree and 60-degree inclined exhibition block manufacturing method and a cube exhibition block manufacturing method; the manufacturing method of the 45-degree inclined exhibition block comprises the following steps:

6. The exhibition space system building and manufacturing method according to claim 5, wherein: the manufacturing method of the 30-degree and 60-degree inclined exhibition blocks comprises the following steps:

and step four, respectively inserting a fifth folding inserting plate which is folded into a rectangular sheet into a gap between the third folding inserting plate and the second folding inserting plate, a gap between the second folding inserting plate and the seventh folding inserting plate, a gap between the seventh folding inserting plate and the fourth folding inserting plate, and a gap between the fourth folding inserting plate and the third folding inserting plate, and finally inserting the twelfth folding inserting plate into two sides of the unfolding block as a decoration panel to finish the manufacture of 30-degree and 60-degree inclined unfolding blocks, wherein the unfolding block can provide slopes with two different angles of 30-degree and 60-degree.

7. The exhibition space system building and manufacturing method according to claim 5, wherein: the manufacturing method of the cube display block comprises the following steps: