Multi-purpose prefabricated booth

Abstract

This multi-purpose prefabricated booth comprises: a bottom plate comprising a frame which is formed by bonding a plurality of first square-shaped steel pipes and forms a boundary, an upper panel forming an upper surface, and a lower panel forming a lower surface; a plurality of side plates each comprising a frame which is formed by bonding a plurality of second square-shaped steel pipes and forms a boundary, a front panel forming a front surface, and a back panel forming a back surface; a roof plate comprising a frame which is formed by bonding a plurality of third square-shaped steel pipes and forms a boundary, an upper panel forming an upper surface, and a lower panel forming a lower surface; a plurality of first shape steels coupled to any two of the bottom plate, the plurality of side plates, and the roof plate; and a plurality of second shape steels and a plurality of third shape steels.

Description

Multipurpose prefabricated booth

[0001] The present invention relates to an assembly booth, and more particularly, to a multi-purpose assembly booth that can be assembled and disassembled, is easy to move or store, and can be used anywhere.

[0002] Recently, there has been a growing trend of using container box-shaped structures.

[0003] Container boxes have a simple structure, are easier to install than permanent structures, and are portable, so they are mainly used for facilities such as rest areas, restaurants, and cafes.

[0004] However, the container box is made of all steel plates and steel frames, so it is heavy and not easy to disassemble, and it is bulky, so only one booth can be transported per truck, making it difficult to move, and it has been inconvenient because it takes a lot of time and money.

[0005] The present invention is intended to solve the above-described problems, and its purpose is to enable users to easily assemble or disassemble a booth anytime and anywhere, thereby providing an independent space.

[0006] The problems to be solved by the present invention are not limited to the problems mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the description below.

[0007] In order to solve the above-described problem, according to an embodiment of the present invention, a multipurpose assembly booth is provided, comprising: a floor plate formed by joining a plurality of first rectangular steel pipes and having a frame forming a rim, an upper panel forming an upper surface, and a lower panel forming a lower surface; a plurality of side plates formed by joining a plurality of second rectangular steel pipes and having a frame forming a rim, a front panel forming a front surface, and a rear panel forming a rear surface; a roof plate formed by joining a plurality of third rectangular steel pipes and having a frame forming a rim, an upper panel forming an upper surface, and a lower panel forming a lower surface; a plurality of first section steels formed by bending and having a first-first bend surface and a first-second bend surface, wherein the first-first bend surface is joined to a second rectangular steel pipe forming a lower rim of one of the side plates, and the first-second bend surface is joined to a first rectangular steel pipe forming a rim of one of the rims of the floor plate; A plurality of second shaped steels formed by bending and having a second-first bend surface and a second-second bend surface, wherein the second-first bend surface is joined to a second rectangular steel pipe forming a side edge of one of the plurality of side plates, and wherein the second-second bend surface is joined to a second rectangular steel pipe forming a side edge of a side plate adjacent to the one of the side plates; A plurality of third shaped steels formed by bending and having a third-first bend surface and a third-second bend surface, wherein the third-first bend surface is joined to a second rectangular steel pipe forming an upper edge of one of the plurality of side plates, and wherein the third-second bend surface is joined to a third rectangular steel pipe forming a side edge of one of the edges of the roof plate;Including, the 1-1 bending surface has a plurality of 1-1 surface joining holes formed therethrough, and a second rectangular steel pipe among the plurality of second rectangular steel pipes to be joined with the 1-1 bending surface has a plurality of 2-1 joint holes formed therethrough so as to be in communication with the plurality of 1-1 surface joining holes, the 1-2 bending surface has a plurality of 1-2 joint holes formed therethrough, and a first rectangular steel pipe among the plurality of first rectangular steel pipes to be joined with the 1-2 bending surface has a plurality of 1 joint holes formed therethrough so as to be in communication with the plurality of 1-2 surface joining holes, the 2-1 bending surface has a plurality of 2-1 surface joining holes formed therethrough, and a second rectangular steel pipe among the plurality of second rectangular steel pipes to be joined with the 2-1 bending surface has a plurality of 2-2 joint holes formed therethrough so as to be in communication with the plurality of 2-1 surface joining holes, and the 2-2 The bending surface has a plurality of second-second face-joining holes formed therethrough, and a second rectangular steel pipe among the plurality of second rectangular steel pipes to be joined with the second-second face-joining surface has a plurality of second-second face-joining holes formed therethrough to communicate with the plurality of second-second face-joining holes, the 3-1 bending surface has a plurality of third-first face-joining holes formed therethrough, and a second rectangular steel pipe among the plurality of second rectangular steel pipes to be joined with the 3-1 bending surface has a plurality of second-third face-joining holes formed therethrough to communicate with the plurality of third-first face-joining holes, the 3-2 bending surface has a plurality of third-second face-joining holes formed therethrough, and a third rectangular steel pipe among the plurality of third rectangular steel pipes to be joined with the 3-2 bending surface has a plurality of third face-joining holes formed therethrough to communicate with the plurality of third-second face-joining holes, and the multipurpose assembly booth has a plurality of first-first face-joining holes, It further includes a plurality of first fastening members inserted into each of the plurality of first-second surface coupling holes, the plurality of second-first surface coupling holes, the plurality of second-second surface coupling holes, the plurality of third-first surface coupling holes, and the plurality of third-second surface coupling holes, wherein the plurality of first fastening members are;

[0008] The multipurpose assembly booth may further include a plurality of second fastening members, each of which is inserted into the plurality of first judgment joining holes, the plurality of second-first judgment joining holes, the plurality of second-second judgment joining holes, the plurality of second-third judgment joining holes, and the plurality of third judgment joining holes, and each of which is joined to the plurality of first square steel pipes, the plurality of second square steel pipes, and the plurality of third square steel pipes, and each of which is inserted and fastened with the plurality of first fastening members.

[0009] The above multipurpose assembly booth further includes a plurality of first finishing members that are fitted into the plurality of first shaped steel members after the floor plate and the plurality of side plates are combined,

[0010] It may further include a plurality of second finishing members that are fitted into the plurality of first shaped steels after one of the plurality of side plates and a side plate adjacent to the one of the side plates are joined, and it may further include a plurality of third finishing members that are fitted into the plurality of third shaped steels after the roof plate and the plurality of side plates are joined.

[0011] The plurality of first finishing members, the plurality of second finishing members, and the plurality of third finishing members may have a first fastening member loosening prevention portion formed on the inside to prevent the plurality of first fastening members from loosening.

[0012] The above multipurpose assembly booth may further include a plurality of end finishing members connected to the ends of the plurality of first finishing members, the plurality of second finishing members, and the plurality of third finishing members.

[0013] The above plurality of second steel members can be formed at different bending angles depending on the shapes of the floor plate and the roof plate.

[0014] The multipurpose assembly according to the present invention allows users to easily assemble or disassemble the booth anytime and anywhere, thereby providing an independent space.

[0015] The effects of the present invention are not limited to the effects mentioned above, and other effects not mentioned will be clearly understood by those skilled in the art from the description below.

[0016] FIG. 1 is a drawing showing a combined state of a multipurpose prefabricated booth according to one embodiment of the present invention.

[0017] FIG. 2 is a perspective view showing a bottom view of a combined state of a multipurpose assembly booth according to one embodiment of the present invention.

[0018] FIG. 3 is a drawing showing a separated state of a multipurpose prefabricated booth according to one embodiment of the present invention.

[0019] Figure 4 is a bottom perspective view of a multipurpose prefabricated booth in a separated state according to one embodiment of the present invention.

[0020] FIG. 5a is a cross-sectional view of a multipurpose assembly booth assembled according to one embodiment of the present invention.

[0021] FIG. 5b is an enlarged view of part “A” of a multipurpose prefabricated booth according to one embodiment of the present invention.

[0022] FIG. 6 is a drawing showing the first section, the second section, and the third section of a multipurpose prefabricated booth according to one embodiment of the present invention.

[0023] FIG. 7 is a drawing showing a first finishing member, a second finishing member, and a third finishing member of a multipurpose assembly booth according to one embodiment of the present invention.

[0024] FIG. 8 is a drawing showing an end finishing member of a multipurpose prefabricated booth according to one embodiment of the present invention.

[0025] FIG. 9A is a cross-sectional view of a state in which a plurality of first finishing members, a plurality of second finishing members, and a plurality of third finishing members are combined in a multipurpose assembly booth according to another embodiment of the present invention.

[0026] FIG. 9b is an enlarged view of a “B” portion of a multipurpose assembly booth in which a plurality of second finishing members are combined according to another embodiment of the present invention.

[0027] FIG. 10 is a drawing showing a first finishing member, a second finishing member, and a third finishing member according to another embodiment of the present invention.

[0028] The present invention can be modified in various ways and has various embodiments, and specific embodiments are illustrated in the drawings and described in detail.

[0029] However, this is not intended to limit the present invention to a specific embodiment, but should be understood to include all modifications, equivalents, and alternatives included within the spirit and technical scope of the present invention. Similar reference numerals have been used to designate similar components throughout the description of each drawing.

[0030] When a component is referred to as being "connected" or "connected" to another component, it should be understood that it may be directly connected or connected to that other component, but that there may be other components intervening. Conversely, when a component is referred to as being "directly connected" or "connected" to another component, it should be understood that there are no other components intervening.

[0031] The terminology used in this application is only used to describe specific embodiments and is not intended to limit the present invention. The singular expression includes the plural expression unless the context clearly indicates otherwise. In this application, it should be understood that the terms "comprise" or "have" indicate the presence of a feature, number, step, operation, component, part, or combination thereof described in the specification, but do not exclude in advance the possibility of the presence or addition of one or more other features, numbers, steps, operations, components, parts, or combinations thereof.

[0032] Hereinafter, embodiments of the present invention will be described with reference to the attached drawings. Like reference numerals in each drawing represent like elements. In describing the present invention, detailed descriptions of related, known functions or components are omitted to avoid obscuring the gist of the present invention.

[0033] FIG. 1 is a drawing showing a combined state of a multipurpose prefabricated booth according to an embodiment of the present invention, FIG. 2 is a drawing showing a bottom perspective view of a combined state of a multipurpose prefabricated booth according to an embodiment of the present invention, FIG. 3 is a drawing showing a separated state of a multipurpose prefabricated booth according to an embodiment of the present invention, FIG. 4 is a bottom perspective view of a separated state of a multipurpose prefabricated booth according to an embodiment of the present invention, FIG. 5a is a cross-sectional view of a combined state of a multipurpose prefabricated booth according to an embodiment of the present invention, FIG. 5b is an enlarged view of a portion “A” of a multipurpose prefabricated booth according to an embodiment of the present invention, FIG. 6 is a drawing showing a first section steel, a second section steel, and a third section steel of a multipurpose prefabricated booth according to an embodiment of the present invention, FIG. 7 is a drawing showing a first finishing member, a second finishing member, and a third finishing member of a multipurpose prefabricated booth according to an embodiment of the present invention, and FIG. 8 is a drawing showing a first section steel, a second section steel, and a third finishing member of a multipurpose prefabricated booth according to an embodiment of the present invention. This is a drawing showing an end finishing member of a multipurpose prefabricated booth according to an embodiment.

[0034] Referring to FIGS. 1 to 8, a multipurpose assembly booth according to an embodiment of the present invention can be easily assembled or disassembled, making it easy to move or store, and can be assembled and used anywhere.

[0035] For this purpose, the multipurpose prefabricated booth may include a floor plate (100), a plurality of side plates (200), a roof plate (300), a plurality of first section steels (140), a plurality of second section steels (240), and a plurality of third section steels (340).

[0036] The floor plate (100) may have a frame in which a plurality of first square steel pipes (110) are joined to form a border, an upper panel (120) forming an upper surface, and a lower panel (130) forming a lower surface.

[0037] A plurality of side plates (200) may have a frame in which a plurality of second rectangular steel pipes (210) are joined to form a border, a front panel (220) forming the front, and a rear panel (230) forming the rear.

[0038] The roof plate (300) may have a frame in which a plurality of third-angled steel pipes (310) are joined to form a border, an upper panel (320) forming an upper surface, and a lower panel (330) forming a lower surface.

[0039] A plurality of first section steels (140), a plurality of second section steels (240), and a plurality of third section steels (340) can be combined with the floor plate (100), a plurality of side plates (200), and a roof plate (300).

[0040] The first steel member (140) is formed in a plate shape having a predetermined width with a length corresponding to the width of the floor plate, and this plate shape can be bent to form a first-first bending surface (141) and a first-second bending surface (142).

[0041] This first type steel (140) can be combined with the floor plate (100) and one of the side plates (200) among the plurality of side plates (200).

[0042] The first-first bending surface (141) can be combined with the second square steel pipe (210) forming the border of one of the side plates (200) among the plurality of side plates (200), and the first-second bending surface (142) can be combined with the first square steel pipe (110) forming the border of one of the borders of the bottom plate (100).

[0043] A plurality of holes can be formed in these plurality of first-type steels (140).

[0044] A plurality of first-type steel members (140) may have a plurality of first-type surface joining holes (141-1) formed through the first-type bending surface (141), and a plurality of first-type surface joining holes (142-1) formed through the first-type bending surface (142).

[0045] A 2-1 judgment hole (211) can be formed in the 2nd square steel pipe (210) to which the 1-1 bending surface (141) is joined.

[0046] A plurality of first vertex joining holes (111) can be formed in the first rectangular steel pipe (110) to which the first-second bending surfaces (142) are joined.

[0047] Specifically, the first section (140) is composed of a first-first bending surface (141) and a first-second bending surface (142). The first-first bending surface (141) can be joined to one of the plurality of side plates (200) and the first-second bending surface (142) can be joined to the bottom plate (100).

[0048] Here, the first-first bending surface (141) may be joined to the second square steel pipe (210) forming the border of one of the plurality of side plates (200), and the first-second bending surface (142) may be joined to the first square steel pipe (110) forming the border of the bottom plate (100).

[0049] A plurality of 1-1 surface joining holes (141-1) are formed in the 1-1 bending surface (141), and a 2-1 vertex joining hole (211) is formed in the 2nd square steel pipe (210) to communicate with the 1-1 surface joining holes (141-1) so that they can be joined.

[0050] In addition, a plurality of first-second surface joining holes (142-1) are formed in the first-second bending surface (142), and a first vertex joining hole (111) that is connected to the first-second surface joining hole (142-1) is formed in the first square steel pipe (110) so that they can be joined.

[0051] The second steel member (240) is formed in a plate shape with a predetermined width and a length corresponding to the height of the side plate (200), and this plate shape can be bent to form a second-first bending surface (241) and a second-second bending surface (242).

[0052] This second type steel (240) can be joined to any one of the side plates (200) among the plurality of side plates (200) and to any one of the side plates (200) adjacent to the side plate (200).

[0053] Specifically, the 2-1 bending surface (241) may be combined with a second rectangular steel pipe (210) forming a border of one of the side plates (200) among the plurality of side plates (200), and the 2-2 bending surface (242) may be combined with a second rectangular steel pipe (210) forming a border of one of the side plates (200) adjacent to one of the side plates (200).

[0054] A plurality of holes can be formed in the second section (240).

[0055] The second steel member (240) may have a plurality of second-first surface joining holes (241-1) formed through the second-first bending surface (241), and a plurality of second-second surface joining holes (242-1) formed through the second-second bending surface (242).

[0056] A 2-2 judgment hole (212) can be formed in the 2nd square steel pipe (210) to which the 2-1 bending surface (241) is joined.

[0057] A plurality of second-second verdict joining holes (212) can be formed in the second square steel pipe (210) to which the second-second bending surface (242) is joined.

[0058] Specifically, the second section (240) is composed of a second-first bending surface (241) and a second-second bending surface (242). The second-first bending surface (241) can be joined to one of the side plates (200) among the plurality of side plates (200), and the second-second bending surface (242) can be joined to a side plate (200) adjacent to one of the side plates (200).

[0059] The 2-1 folded surface (241) may be joined to a second rectangular steel pipe (210) forming the border of one of the plurality of side plates (200), and the 2-2 folded surface (242) may be joined to a second rectangular steel pipe (210) forming the border of a side plate (200) adjacent to one of the side plates (200).

[0060] Here, a plurality of 2-1 surface joining holes (241-1) may be formed in the 2-1 bending surface (241), and a 2-2 vertex joining hole (212) communicating with the 2-1 surface joining hole (241-1) may be formed in the 2nd square steel pipe (210).

[0061] A plurality of 2-1 surface joining holes (241-1) are formed in the 2-1 bending surface (241), and a 2-2 vertex joining hole (212) is formed in the 2nd square steel pipe (210) to communicate with the 2-1 surface joining holes (241-1) so that they can be joined.

[0062] In addition, a plurality of second-second face joining holes (242-1) are formed in the second-second bending surface (242), and a second-second vertex joining hole (212) that is connected to the second-second face joining hole (242-1) is formed in the second square steel pipe (210) so that they can be joined.

[0063] The third section (340) is formed in a plate shape with a predetermined width and a length corresponding to the width of the roof plate (300), and this plate shape can be bent to form a third-first bending surface (341) and a third-second bending surface (342).

[0064] This third type steel (340) can be joined to any one of the plurality of side plates (200) and the roof plate (300).

[0065] Specifically, the 3-1 folded surface (341) may be combined with the 2nd rectangular steel pipe (210) forming the edge of one of the side plates (200) among the plurality of side plates (200), and the 3-2 folded surface (342) may be combined with the 3rd rectangular steel pipe (310) forming the edge of one of the edges of the roof plate (300).

[0066] A plurality of holes can be formed in this third type steel (340).

[0067] The third section (340) may have multiple 3-1 surface joining holes (341-1) formed through the 3-1 bending surface (341), and multiple 3-2 surface joining holes (342-1) formed through the 3-2 bending surface (342).

[0068] A 2-3 judgment hole (213) can be formed in the 2nd square steel pipe (210) to which the 3-1 bending surface (341) is joined.

[0069] A plurality of third vertex joining holes (311) can be formed in the third rectangular steel pipe (310) to which the third-2 bending surface (342) is joined.

[0070] Specifically, the third section (340) is composed of a third-first bending surface (341) and a third-second bending surface (342). The third-first bending surface (341) can be joined to one of the plurality of side plates (200), and the third-second bending surface (342) can be joined to the roof plate (300).

[0071] The 3-1 folded surface (341) can be joined to the second rectangular steel pipe (210) forming the border of one of the plurality of side plates (200), and the 3-2 folded surface (342) can be joined to the third rectangular steel pipe (310) forming the border of the roof plate (300).

[0072] Here, a plurality of 1-1 surface joining holes (141-1) are formed in the 3-1 bending surface (341), and a 2-1 vertex joining hole (211) that is connected to the 1-1 surface joining hole (141-1) is formed in the 2nd square steel pipe (210) so that they can be joined.

[0073] In addition, a plurality of first-second surface joining holes (142-1) are formed in the first-second bending surface (142), and a first vertex joining hole (111) that is connected to the first-second surface joining hole (142-1) is formed in the first square steel pipe (110) so that they can be joined.

[0074] Such a multipurpose assembly booth may further include a plurality of first fastening members (500).

[0075] The first fastening member (500) can be inserted into each of a plurality of first-first surface coupling holes (141-1), a plurality of first-second surface coupling holes (142-1), a plurality of second-first surface coupling holes (241-1), a plurality of second-second surface coupling holes (242-1), a plurality of third-first surface coupling holes (341-1), and a plurality of third-second surface coupling holes (342-1).

[0076] Such a multipurpose assembly booth may further include a plurality of second fastening members (600) that are joined to each of a plurality of first square steel pipes (110), a plurality of second square steel pipes (210), and a plurality of third square steel pipes (310), and into which a plurality of first fastening members (500) are respectively inserted and fastened.

[0077] A plurality of second fastening members (600) are joined to a plurality of first rectangular steel pipes (110), second rectangular steel pipes (210), and third rectangular steel pipes (310), and may be joined on the opposite surface of the surface where a plurality of first shaped steels (140), a plurality of second shaped steels (240), and a plurality of third shaped steels (340) are joined.

[0078] In addition, the first judgment hole (111), the plurality of second-first judgment holes (211), the plurality of second-second judgment holes (212), the plurality of second-third judgment holes (213), and the plurality of third judgment holes (311) can be connected to the plurality of first judgment holes (111), the plurality of second-first judgment holes (211), the plurality of second-second judgment holes (212), the plurality of second-third judgment holes (213), and the plurality of third judgment holes (311) at the positions where the first judgment hole (111), the plurality of second-first judgment holes (211), the plurality of second-second judgment holes (212), the plurality of second-third judgment holes (213), and the plurality of third judgment holes (311) are formed.

[0079] Specifically, the second fastening member (600) is joined to a plurality of first rectangular steel pipes (110), a plurality of second rectangular steel pipes (210), and a plurality of third rectangular steel pipes (310), and is joined at a position that is in communication with a plurality of second-first joining holes (211), a plurality of second-second joining holes (212), a plurality of second-third joining holes (213), and a plurality of third joining holes (311), so that the plurality of first fastening members (500) are inserted into a plurality of first-first surface joining holes (141-1), a plurality of first-second surface joining holes (142-1), a plurality of second-first surface joining holes (241-1), a plurality of second-second surface joining holes (242-1), a plurality of third-first surface joining holes (341-1), and a plurality of third-second surface joining holes (341-2), and a plurality of second-first joining holes (211), a plurality of second-second It can be further inserted into the plurality of second-third judgment joining holes (212), the plurality of second-third judgment joining holes (213), the plurality of third judgment joining holes (311), and connected to the plurality of second-first judgment joining holes (211), the plurality of second-second judgment joining holes (212), the plurality of second-third judgment joining holes (213), the plurality of third judgment joining holes (311), and can be inserted and fastened to the plurality of second fastening members (600) that are joined at the positions where the plurality of second-first judgment joining holes (211), the plurality of second-second judgment joining holes (212), the plurality of second-third judgment joining holes (213), the plurality of third judgment joining holes (311) are formed.

[0080] The multipurpose prefabricated booth may further include a plurality of first finishing members (150) that are fitted to a plurality of first beams (140) after the floor plate (100) and the plurality of side plates (200) are joined.

[0081] The first closing member (150) is formed in a cross-section in the shape of an arc, with the end formed in a shape bent in the direction of the central axis of the arc shape, and a first fastening member loosening prevention portion (151) may be formed on the inside of the arc shape.

[0082] The first fastening member loosening prevention member (151) has a cross-section formed in a plate shape, and this shape is joined to the inside of the arc shape, and can be formed symmetrically from the central axis of the arc shape.

[0083] Additionally, the first fastening member loosening prevention member (151) can be formed spaced apart from the end by the thickness of the first steel member (140).

[0084] The first finishing member (150) can be formed with a length corresponding to the width of the floor plate (100).

[0085] In addition, the first closing member (150) can be joined by inserting the first steel beam (140) into the gap formed between the first fastening member loosening prevention member (151) and the end.

[0086] The multipurpose assembly booth may further include a plurality of second finishing members (250) that are fitted to a plurality of second beams (240) after one of the plurality of side plates (200) and the adjacent side plate (200) are joined.

[0087] The second closing member (250) is formed in a cross-section in the shape of an arc, with the end formed in a shape bent in the direction of the central axis of the arc shape, and a first fastening member loosening prevention portion (251) may be formed on the inside of the arc shape.

[0088] The first fastening member loosening prevention member (251) is formed in a plate shape in cross section, and this shape is joined to the inside of the arc shape, and can be formed symmetrically from the central axis of the arc shape.

[0089] Additionally, the first fastening member loosening prevention member (251) can be formed spaced apart from the end by the thickness of the second steel member (240).

[0090] The second finishing member (250) can be formed with a length corresponding to the height of the side plate (200).

[0091] Additionally, the second finishing member (250) can be joined by inserting the second steel beam (240) into the gap formed between the first fastening member loosening prevention member (251) and the end.

[0092] The multipurpose prefabricated booth may further include a plurality of third finishing members (350) that are fitted to a plurality of third beams (340) after the roof plate (300) and the plurality of side plates (200) are joined.

[0093] The third finishing member (350) is formed in a cross-section in the shape of an arc, with the end formed in a shape bent in the direction of the central axis of the arc shape, and a first fastening member loosening prevention portion (351) may be formed on the inside of the arc shape.

[0094] The first fastening member loosening prevention member (151) has a cross-section formed in a plate shape, and this shape is joined to the inside of the arc shape, and can be formed symmetrically from the central axis of the arc shape.

[0095] Additionally, the end and the first fastening member loosening prevention member (351) can be formed spaced apart from each other by the thickness of the third section steel (340).

[0096] Additionally, the third finishing member (350) can be joined by inserting the third shaped steel (340) into the gap formed between the first fastening member loosening prevention member (351) and the end.

[0097] The multipurpose assembly booth may further include a plurality of end finishing members (400) that are joined to the ends of a plurality of first finishing members (150), a plurality of second finishing members (250), and a plurality of third finishing members (350).

[0098] The end finishing member (400) is formed in a shape in which the shape of a sphere is cut horizontally and vertically so that only one-fourth remains, and a plurality of connecting protrusions (410) are formed on each of the cut surfaces, so that a plurality of connecting protrusions (410) can be inserted into and connected to the ends of a plurality of first finishing members (150), a plurality of second finishing members (250), and a plurality of third finishing members (350).

[0099] The end finishing member (400) is connected to the ends of a plurality of first finishing members (150), a plurality of second finishing members (250), and a plurality of third finishing members (350), thereby providing safety and a neat appearance.

[0100] The plurality of second types of steel (240) can be formed at different bending angles depending on the shape of the floor plate (100) and the roof plate (300).

[0101] Meanwhile, in the following, the first finishing member, the second finishing member, and the third finishing member will be described in other embodiments.

[0102] FIG. 9a is a cross-sectional view showing a state in which a first finishing member, a plurality of second finishing members, and a plurality of third finishing members are combined in a multipurpose assembly booth according to another embodiment of the present invention, FIG. 9b is an enlarged view of a “B” portion of a multipurpose assembly booth to which a second finishing member is combined according to another embodiment of the present invention, and FIG. 10 is a drawing showing a first finishing member, a second finishing member, and a third finishing member according to another embodiment of the present invention.

[0103] Compared to the plurality of first finishing members, the plurality of second finishing members, and the plurality of third finishing members according to other embodiments of the present invention, only the shape has been changed, and other components are the same, so a repeated description is omitted.

[0104] Referring to FIGS. 9a to 10, the first fastening member loosening prevention portions of the plurality of first finishing members, the plurality of second finishing members, and the plurality of third finishing members according to another embodiment of the present invention can be formed in different shapes.

[0105] A plurality of first closing members (150) may be formed in a cross-section in the shape of an arc, with the ends formed in a shape bent in the direction of the central axis of the arc shape, and a first fastening member loosening prevention part (151) may be formed on the inside of the arc shape.

[0106] Here, the first fastening member loosening prevention member (151) can be formed by a first end (151-1) and a second end (151-2).

[0107] The first section (151-1) may be formed to contact the side surface of the first fastening member (500), and the second section (151-2) may be formed to cover the outer surface of the first fastening member (500).

[0108] The first stage (151-1) and the second stage (151-2) can be formed spaced apart by the thickness of the joining projection of the end finishing member (400).

[0109] In other words, the first fastening member loosening prevention part (151) is formed by a first end (151-1) and a second end (151-2). The first end (151-1) is in close contact with the side surface of the first fastening member (500) to prevent the first fastening member (500) from rotating due to vibration generated by an external force applied from the outside, and the second end (151-2) is in close contact with the outer surface of the first fastening member (500) to more firmly fix the first fastening member (500) so that the first fastening member (500) does not come off due to vibration generated by an external force applied from the outside.

[0110] Specifically, a plurality of first fastening members (500) are inserted into a plurality of second shaped steel members (240), and further inserted into a plurality of first square steel pipes (110) and a plurality of second square steel pipes (210), and then inserted into a plurality of second fastening members (600) and fixed therein. When an external force is applied to the floor plate (100), a plurality of side plates (200), and a roof plate (300), vibration occurs, and the plurality of first fastening members (500) rotate, so that the fixation from the second fastening members (600) can be released.

[0111] To prevent this, the first closing member (150) is formed with a first fastening member loosening prevention portion (151), and the first fastening member loosening prevention portion (151) can be formed with a first end (151-1) and a second end (151-2).

[0112] The first stage (151-1) and the second stage (151-2) are formed in a plate shape, and the second stage (151-2) can be formed longer than the first stage (151-1).

[0113] The first section (151-1) is in close contact with the side surfaces of the plurality of first fastening members (500) to prevent the plurality of first fastening members (500) from rotating due to vibrations transmitted to the first fastening members (500), and the second section (151-2) is in close contact with the outer surfaces of the plurality of first fastening members (500) to more firmly fix the plurality of first fastening members (500) due to vibrations transmitted to the plurality of first fastening members (500).

[0114] A plurality of second closing members (250) may be formed in a cross-section in the shape of an arc, with the ends formed in a shape bent in the direction of the central axis of the arc shape, and a first fastening member loosening prevention part (251) may be formed on the inside of the arc shape.

[0115] Here, the first fastening member loosening prevention part (251) can be formed by a first end (251-1) and a second end (251-2).

[0116] The first section (251-1) may be formed to contact the side surfaces of the plurality of first fastening members (500), and the second section (251-2) may be formed to cover the outer surfaces of the plurality of first fastening members (500).

[0117] The first section (251-1) and the second section (251-2) can be formed spaced apart by the thickness of the joining projection of the end finishing member (400).

[0118] In other words, the first fastening member loosening prevention part (251) is formed by a first end (251-1) and a second end (251-2). The first end (251-1) is in close contact with the side surface of the plurality of first fastening members (500) so that the plurality of first fastening members (500) do not rotate due to vibration generated by an external force applied from the outside, and the second end (251-2) is in close contact with the outer surface of the plurality of first fastening members (500) so that the plurality of first fastening members (500) do not come off due to vibration generated by an external force applied from the outside, thereby more firmly fixing the plurality of first fastening members (500).

[0119] Specifically, a plurality of first fastening members (500) are inserted into a plurality of second shaped steel members (240), and further inserted into a plurality of first square steel pipes (110) and a plurality of second square steel pipes (210), and then inserted into a plurality of second fastening members (600) and fixed therein. When an external force is applied to the floor plate (100), the plurality of side plates (200), and the roof plate (300), vibration occurs, and the plurality of first fastening members (500) rotate, so that the fixation from the plurality of second fastening members (600) can be released.

[0120] To prevent this, the second closing member (250) is formed with a first fastening member loosening prevention portion (251), and the first fastening member loosening prevention portion (251) can be formed with a first end (251-1) and a second end (251-2).

[0121] The first stage (251-1) and the second stage (251-2) are formed in a plate shape, and the second stage (251-2) can be formed longer than the first stage (251-1).

[0122] The first section (251-1) is in close contact with the side surfaces of the plurality of first fastening members (500) to prevent the plurality of first fastening members (500) from rotating due to vibrations transmitted to the plurality of first fastening members (500), and the second section (251-2) is in close contact with the outer surfaces of the plurality of first fastening members (500) to more firmly fix the plurality of first fastening members (500) due to vibrations transmitted to the plurality of first fastening members (500).

[0123] A plurality of third finishing members (350) may be formed in a cross-section in the shape of an arc, with the ends formed in a shape bent in the direction of the central axis of the arc shape, and a first fastening member loosening prevention part (351) may be formed on the inside of the arc shape.

[0124] Here, the first fastening member loosening prevention part (351) can be formed by a first end (351-1) and a second end (351-2).

[0125] The first section (351-1) may be formed to contact the side surfaces of the plurality of first fastening members (500), and the second section (351-2) may be formed to cover the outer surfaces of the plurality of first fastening members (500).

[0126] The first section (351-1) and the second section (351-2) can be formed spaced apart by the thickness of the joining projection (410) of the end finishing member (400).

[0127] In other words, the first fastening member loosening prevention part (351) is formed by a first end (351-1) and a second end (351-2). The first end (351-1) is in close contact with the side surface of the plurality of first fastening members (500) so that the plurality of first fastening members (500) do not rotate due to vibration generated by an external force applied from the outside, and the second end (351-2) is in close contact with the outer surface of the plurality of first fastening members (500) so that the plurality of first fastening members (500) do not come off due to vibration generated by an external force applied from the outside, thereby more firmly fixing the plurality of first fastening members (500).

[0128] Specifically, a plurality of first fastening members (500) are inserted into a plurality of third shaped steel members (340), and further inserted into a plurality of second rectangular steel pipes (210) and a plurality of third rectangular steel pipes (310), and then inserted into a plurality of second fastening members (600) and fixed therein. When an external force is applied to the floor plate (100), the plurality of side plates (200), and the roof plate (300), vibration occurs, and the plurality of first fastening members (500) rotate, so that the fixation from the plurality of second fastening members (600) can be released.

[0129] To prevent this, the third closing member (350) is formed with a first fastening member loosening prevention portion (351), and the first fastening member loosening prevention portion (351) can be formed with a first end (351-1) and a second end (351-2).

[0130] The first stage (351-1) and the second stage (351-2) are formed in a plate shape, and the second stage (351-2) can be formed longer than the first stage (351-1).

[0131] The first section (351-1) is in close contact with the side surfaces of the plurality of first fastening members (500) to prevent the plurality of first fastening members (500) from rotating due to vibrations transmitted to the plurality of first fastening members (500), and the second section (351-2) is in close contact with the outer surfaces of the plurality of first fastening members (500) to more firmly fix the plurality of first fastening members (500) due to vibrations transmitted to the plurality of first fastening members (500).

[0132] Therefore, the plurality of first finishing members (150), the plurality of second finishing members (250), and the plurality of third finishing members (350) can prevent the first fastening members (500) from loosening and coming off while the plurality of first fastening members (500) are inserted and fastened to the plurality of second fastening members (600) so that the floor plate (100), the plurality of side plates (200), the roof plate (300) and the plurality of first shaped steels (140), the plurality of second shaped steels (240), and the plurality of third shaped steels (340) are connected.

[0133] The best embodiments are disclosed in the drawings and specifications.

[0134] Although specific terms are used herein, they are used only for the purpose of describing the present invention and are not used to limit the meaning or the scope of the present invention described in the claims.

[0135] Therefore, a person having ordinary skill in the art will understand that various modifications and equivalent other embodiments are possible from this.

[0136] Therefore, the true technical protection scope of the present invention should be determined by the technical idea of ​​the attached patent claims.

Claims

1. In a multipurpose assembly booth, A floor plate having a frame formed by joining a plurality of first rectangular steel pipes to form a border, an upper panel forming an upper surface, and a lower panel forming a lower surface; A plurality of side plates each having a frame formed by joining a plurality of second rectangular steel pipes to form a border, a front panel forming a front side, and a rear panel forming a rear side; A roof plate having a frame formed by joining a plurality of third rectangular steel pipes to form a border, an upper panel forming an upper surface, and a lower panel forming a lower surface; A plurality of first shaped steel members formed by bending and having a first-first bend surface and a first-second bend surface, wherein the first-first bend surface is joined to a second rectangular steel pipe forming a lower edge of one of the plurality of side plates, and the first-second bend surface is joined to a first rectangular steel pipe forming one of the edges of the bottom plates; A plurality of second shaped steel members formed by bending and having a second-first bend surface and a second-second bend surface, wherein the second-first bend surface is joined to a second rectangular steel pipe forming a side edge of one of the plurality of side plates, and the second-second bend surface is joined to a second rectangular steel pipe forming a side edge of a side plate adjacent to one of the plurality of side plates; A plurality of third shaped steel sheets, each of which is formed by bending and is composed of a third-first bend surface and a third-second bend surface, wherein the third-first bend surface is joined to a second rectangular steel tube forming an upper edge of one of the plurality of side plates, and the third-second bend surface is joined to a third rectangular steel tube forming one of the edges of the roof plates; The above 1-1 fold surface is, A plurality of first-first surface joining holes are formed through penetration, Among the plurality of second rectangular steel pipes, the second rectangular steel pipe that is connected to the first-first bending surface is: A plurality of 2-1 judgment joining holes are formed so as to be connected to the plurality of 1-1 surface joining holes, The above 1-2 fold surfaces are, A plurality of first-second surface joining holes are formed through penetration, Among the plurality of first rectangular steel pipes, the first rectangular steel pipe that is connected to the first-second bending surface is: A plurality of first judgment joining holes are formed so as to be connected to the plurality of first-second surface joining holes, The above 2-1 fold surface is, A plurality of second-first surface joining holes are formed through penetration, Among the plurality of second rectangular steel pipes, the second rectangular steel pipe that is connected to the second-1 bending surface is: A plurality of penetrating 2-2 coupling holes communicating with the plurality of 2-1 surface coupling holes are formed, The above 2-2 fold surface is, A plurality of second-second surface joining holes are formed through penetration, Among the plurality of second rectangular steel pipes, the second rectangular steel pipe that is connected to the second-2 bending surface is: A plurality of penetrating 2-2 judgment joining holes are formed, which are connected to the plurality of 2-2 surface joining holes, The above 3-1 fold surface is, A plurality of 3-1 surface joining holes are formed through penetration, Among the plurality of second rectangular steel pipes, the second rectangular steel pipe that is connected to the third-first bending surface is: A plurality of 2-3 judgment joining holes are formed so as to be connected to the plurality of 3-1 surface joining holes, The above 3-2 fold surface is, Multiple 3-2 surface joining holes are formed through penetration, Among the plurality of third rectangular steel pipes, the third rectangular steel pipe that is connected to the third-2 bending surface is A plurality of third judgment joining holes are formed so as to be connected to the plurality of third-2 surface joining holes, The above multipurpose prefabricated booth is, It further includes a plurality of first fastening members inserted into each of the plurality of 1-1 surface coupling holes, the plurality of 1-2 surface coupling holes, the plurality of 2-1 surface coupling holes, the plurality of 2-2 surface coupling holes, the plurality of 3-1 surface coupling holes, and the plurality of 3-2 surface coupling holes, The above plurality of first fastening members are, Further inserted into the plurality of first judgment summaries, the plurality of second-first judgment summaries, the plurality of second-second judgment summaries, the plurality of second-third judgment summaries and the plurality of third judgment summaries, The above multipurpose prefabricated booth is, A method of manufacturing a plurality of second fastening members, each of which is connected to each of the plurality of first rectangular steel pipes, the plurality of second rectangular steel pipes, and the plurality of third rectangular steel pipes, and further characterized by including a plurality of second fastening members into which each of the plurality of first fastening members is inserted and fastened; Multi-purpose prefabricated booth.

2. In paragraph 1, The above multipurpose prefabricated booth is, After the floor plate and the plurality of side plates are combined, a plurality of first finishing members are further included that are fitted into the plurality of first shaped steel members. Further comprising a plurality of second finishing members that are fitted and connected to the plurality of first shaped steel members after one of the plurality of side plates and the side plate adjacent to one of the plurality of side plates are joined, It is characterized in that it further includes a plurality of third finishing members that are fitted and connected to the plurality of third shaped steels after the roof plate and the plurality of side plates are combined. Multipurpose modular booth.

3. In paragraph 2, The above plurality of first finishing members, the above plurality of second finishing members and the above plurality of third finishing members, It is characterized in that a first fastening member loosening prevention part is formed on the inside to prevent multiple first fastening members from loosening. Multipurpose modular booth.

4. In paragraph 2, The above multipurpose prefabricated booth is, It is characterized by further including a plurality of end finishing members joined to the ends of the plurality of first finishing members, the plurality of second finishing members and the plurality of third finishing members. Multipurpose modular booth.

5. In paragraph 1, The above plurality of second types of steel are, It is characterized in that the bending angle is formed differently depending on the shape of the floor plate and the roof plate. Multipurpose modular booth.

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