WO2020085276A1 - Panel structure and structure for space configuration - Google Patents

Panel structure and structure for space configuration Download PDF

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Publication number
WO2020085276A1
WO2020085276A1 PCT/JP2019/041251 JP2019041251W WO2020085276A1 WO 2020085276 A1 WO2020085276 A1 WO 2020085276A1 JP 2019041251 W JP2019041251 W JP 2019041251W WO 2020085276 A1 WO2020085276 A1 WO 2020085276A1
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WO
WIPO (PCT)
Prior art keywords
frame
groove
plate
space
connection groove
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PCT/JP2019/041251
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French (fr)
Japanese (ja)
Inventor
真行 黒江
Original Assignee
株式会社オカムラ
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Publication of WO2020085276A1 publication Critical patent/WO2020085276A1/en

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    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04C—STRUCTURAL ELEMENTS; BUILDING MATERIALS
    • E04C2/00—Building elements of relatively thin form for the construction of parts of buildings, e.g. sheet materials, slabs, or panels
    • E04C2/30—Building elements of relatively thin form for the construction of parts of buildings, e.g. sheet materials, slabs, or panels characterised by the shape or structure
    • E04C2/38—Building elements of relatively thin form for the construction of parts of buildings, e.g. sheet materials, slabs, or panels characterised by the shape or structure with attached ribs, flanges, or the like, e.g. framed panels
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04C—STRUCTURAL ELEMENTS; BUILDING MATERIALS
    • E04C2/00—Building elements of relatively thin form for the construction of parts of buildings, e.g. sheet materials, slabs, or panels
    • E04C2/54—Slab-like translucent elements
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
    • E04H1/00—Buildings or groups of buildings for dwelling or office purposes; General layout, e.g. modular co-ordination or staggered storeys
    • E04H1/12—Small buildings or other erections for limited occupation, erected in the open air or arranged in buildings, e.g. kiosks, waiting shelters for bus stops or for filling stations, roofs for railway platforms, watchmen's huts or dressing cubicles

Definitions

  • the present invention relates to a panel structure and a space structure structure, and relates to a technique suitable for use in a space structure structure installed indoors or outdoors.
  • the present application claims priority based on Japanese Patent Application No. 2018-198479 filed in Japan on October 22, 2018, the content of which is incorporated herein by reference.
  • a space structure structure including a beam member provided so as to be used (Patent Document 1).
  • Patent Documents 1 to 4 in addition to Patent Document 1, a panel structure in which one plate-shaped member made of glass or the like is surrounded by a frame is used on the side surface. Things are known.
  • Japanese Patent Laid-Open No. 2006-207258 Japanese Patent Laid-Open No. 2006-249835 Japanese Patent Laid-Open No. 2005-240339 Japanese Patent Laid-Open No. 2012-132296
  • the width of the frame is noticeable with respect to the panel, and there is a demand to improve the design.
  • a plate-like body such as glass
  • the present invention has been made in view of the above circumstances, and aims to achieve the following objects. 1. Improves the design of the panel structure. 2. For panel structure, improve design and maintain strength. 3. Reduce the number of parts.
  • the present invention provides, as a first aspect, A panel structure in which a vertical frame and a horizontal frame are provided around a rectangular contour plate-shaped body, The vertical frame and the horizontal frame, A groove in which the peripheral end portion of the plate-shaped body is arranged inside, In a corner formed by the vertical frame and the horizontal frame, a connection groove in which a connecting member that connects the end of the vertical frame and the end of the horizontal frame is arranged inside, Have While the groove is located at one end side in the width direction that is the thickness direction of the plate-shaped body and extends in the longitudinal direction of the vertical frame and the horizontal frame, A panel structure in which the connection groove is located on the other end side in the width direction and extends in the longitudinal direction of the vertical frame and the horizontal frame, To adopt.
  • the plate-like body when viewed from the outside of the plate-like body in the thickness direction of the plate-like body, the plate-like body is located near the viewer.
  • the opposite side of the direction is made of visible glass or the like, it is possible to improve the visible state of the plate-shaped body as compared with the vertical frame and the horizontal frame.
  • the designability can be further improved. Even when the area recognized as the frame portion is narrowed, the dimension of the connection groove side that exhibits strength can be set independently of the dimension of the groove that forms the frame portion. It is also possible to thicken the vicinity of the connection groove. Accordingly, it is possible to obtain a panel structure that has sufficient designability and design while maintaining sufficient strength and capable of sufficiently appealing the texture of glass or the like.
  • the vertical frame and the horizontal frame have a member height on the one end side in the width direction in which the groove is provided, The height may be lower than the member height on the other end side in the width direction in which the connection groove is provided.
  • the opening end (edge portion end) of the groove is larger than the opening end (edge portion end) of the connection groove. It may be separated from the center of the main surface.
  • the surface area of the plate-shaped body made of glass or the like can be made thinner than the surface area of the frame in the direction from the center of the main surface of the plate-shaped body toward the peripheral end. Therefore, by increasing the diameter of the vertical frame and the horizontal frame that maintain the strength corresponding to the position of the connection groove, the position of the groove that supports the plate-like body that becomes a designable material such as glass is positioned at the edge of the panel structure. It can be arranged on the outside, and the visibility of the plate-shaped body can be improved. Accordingly, it is possible to obtain a panel structure that has sufficient designability and design while maintaining sufficient strength and capable of sufficiently appealing the texture of glass or the like.
  • a bottom portion of the connection groove is different from a bottom portion of the groove in the vertical frame.
  • it may be arranged closer to the center side of the main surface of the plate-shaped body than the peripheral end portion of the plate-shaped body provided with the horizontal frame.
  • the bottom of the groove may be farther from the center of the main surface of the plate than the bottom of the connection groove in the direction from the center of the main surface of the plate to the peripheral end.
  • the vertical frame and horizontal frame that maintain the strength corresponding to the position of the connecting groove are increased in diameter, and the position of the groove that supports the plate-like body such as glass that has a good design is adjusted to the edge of the panel structure. It can be arranged outside the section, and the visual state of the plate-shaped body can be improved. Accordingly, it is possible to obtain a panel structure that has sufficient designability and design while maintaining sufficient strength and capable of sufficiently appealing the texture of glass or the like.
  • a bottom portion of the connection groove in the panel structure according to the first aspect, has an opening end on the width direction one end side of the groove. May be arranged closer to the center side of the main surface of the plate-shaped body. In other words, in the direction from the center of the main surface of the plate-shaped body toward the peripheral end, the opening end (edge end) of the groove is separated from the center of the main surface of the plate-shaped body rather than the bottom of the connection groove. May be.
  • the vertical frame and horizontal frame that maintain the strength corresponding to the position of the connecting groove are increased in diameter, and the position of the groove that supports the plate-like body such as glass that has a good design is adjusted to the edge of the panel structure. It can be arranged outside the section, and the visual state of the plate-shaped body can be improved. Accordingly, it is possible to obtain a panel structure that has sufficient designability and design while maintaining sufficient strength and capable of sufficiently appealing the texture of glass or the like.
  • the connection member may be covered with a cap member that has and covers the opening of the connection groove. This makes it possible to firmly connect the vertical frame and the horizontal frame with the connecting member, which is an L-shaped metal fitting, and to improve the strength of the panel structure.
  • one end of the vertical frame and the horizontal frame has the other connection.
  • An abutting portion that comes into contact with the bottom portion of the groove and a notch portion that corresponds to the opening end (edge portion end) of the other connection groove may be provided.
  • the plate-shaped body is provided among the cutout portions corresponding to the open ends (edge ends) of the other connection groove.
  • the outer notch located on the groove side in the thickness direction has a larger dimension in the thickness direction of the plate than the inner notch located on the connection groove side in the thickness of the plate. May be formed as follows.
  • widthwise dimensions of the notches located on both sides of the abutting portion are different, it is possible to easily use a cutting tool or the like when forming the abutting portion, which reduces the manufacturing time. It can be shortened and manufacturability can be improved.
  • the present invention also provides, as an eighth aspect, A space-forming structure provided in a space for forming an internal space in the space, A support frame arranged at the boundary of the internal space in the space, A plurality of beam frames connected to the upper end of the pillar frame, A side portion formed by the pillar frame and the beam frame, Equipped with The side portion is provided with the panel structure according to any one of the above first to seventh, In the side portion, the connection groove is arranged on the inner space side, and the groove is arranged on the outside, a space constituting structure. May be adopted. As a result, when the space-constituting structure is installed independently of other structures, the plate-like body is located at a surface position close to the viewer who is visually recognized from the outside.
  • the plate-shaped body made of glass or the like As a result, it is possible to improve the visual recognition state of the plate-shaped body made of glass or the like. Furthermore, by narrowing the region where the vertical frame and the horizontal frame are recognized as the frame portion that covers the plate-shaped body at the peripheral portion of the plate-shaped body, it is possible to further improve the designability and design ease. Further, even when the area recognized as the frame portion is narrowed, the dimensions of the vertical frame and the horizontal frame that exhibit strength can be set independently of the dimensions of the groove forming the frame portion. It is possible to make the vicinity of the connection groove thicker than the frame portion. This makes it possible to provide a space-constituting structure that maintains sufficient strength and is capable of sufficiently appealing the texture of glass or the like and has excellent designability and design.
  • the space constituting structure according to the eighth aspect is provided in the space, and is isolated from the space to perform a specific work in the internal space. It may be a work booth. This makes it possible to isolate the internal space from the space outside the space structure structure, set the work environment in the internal space to a desired state, and manage the work environment.
  • the present invention it is possible to provide a panel structure and a space structure structure that have sufficient strength and that improve the visibility of the plate-shaped body and are excellent in design and design.
  • FIG. 1st embodiment of a panel structure concerning the present invention It is a perspective view showing a 1st embodiment of a panel structure concerning the present invention. It is an exploded perspective view showing a corner of a 1st embodiment of a panel structure concerning the present invention. It is a perspective view which shows the abutting part in 1st Embodiment of the panel structure body which concerns on this invention. It is a perspective view which shows the abutting state in the corner
  • FIG. 8 is a sectional view taken along the arrow in FIG. 7 showing a panel structure and a beam frame in a second embodiment of the space constituting structure according to the present invention. It is a top view which shows the support
  • FIG. 1 It is a perspective view showing a connecting member in a 2nd embodiment of a structure for space composition concerning the present invention. It is a perspective view showing the state where the connecting member in a 2nd embodiment of the structure for space composition concerning the present invention was connected. It is a perspective view which shows the cover member in 2nd Embodiment of the space structure structure which concerns on this invention. It is a plane sectional view showing a panel structure and a pillar frame in a 2nd embodiment of a structure for space composition concerning the present invention.
  • FIG. 1 is a perspective view showing a panel structure in the present embodiment, and in the figure, reference numeral 100 is a panel structure.
  • the panel structure 100 includes a rectangular outline plate-like body 101, a vertical frame 110 and a horizontal frame 120 provided around the plate-like body 101, and a bottom frame 120A.
  • a rectangular outline plate-like body 101 As shown in FIG. 1, the panel structure 100 according to the present embodiment includes a rectangular outline plate-like body 101, a vertical frame 110 and a horizontal frame 120 provided around the plate-like body 101, and a bottom frame 120A.
  • the plate-like body 101 is a rectangular flat plate and is made of a transparent material such as glass.
  • the vertical frame 110 and the horizontal frame 120 are rod-shaped and have substantially the same cross-sectional shape, and are formed by extruding a metal such as an aluminum alloy.
  • the vertical frame 110 extends on the vertical side of the plate body 101 so that the longitudinal direction is substantially vertical
  • the horizontal frame 120 extends on the top side of the plate body 101 so that the longitudinal direction is substantially horizontal.
  • the bottom frame 120A has substantially the same cross-sectional shape as the vertical frame 110 and the horizontal frame 120 except that the bottom frame 120A has portions having different vertical sizes.
  • FIG. 2 is an exploded perspective view showing the corners of the panel structure according to this embodiment.
  • the vertical frame 110 includes a groove 111 located inside the peripheral end of the plate-shaped body 101 at a position facing the plate-shaped body 101, and a horizontal frame 120 adjacent to the groove 111.
  • a connecting groove located inside the connecting member.
  • the groove 111 is arranged at an outer position in the visible direction S which is one end side in the width direction of the vertical frame 110
  • the connection groove 112 is arranged at an inner position in the visible direction S which is the other end side in the width direction of the vertical frame 110.
  • the vertical frame 110 is arranged so that the groove 111 and the connection groove 112 are opposed to each other on each vertical vertical side on both sides of the plate body 101.
  • the vertical frame 110 has an outer plate portion 113, a groove outer portion 114, a connection groove inner portion 115, a connection groove outer portion 116, and a connection groove bottom portion 117.
  • the outer plate portion 113 is a plate body that is an outer peripheral surface of the panel structure 100.
  • the width dimension of the outer plate portion 113 is formed to be equal to the thickness dimension of the panel structure 100 in the thickness direction of the plate body 101.
  • the outer surface 113c of the outer plate portion 113 is located outside in the direction from the center Cg of the main surface toward the peripheral end portion.
  • the groove outer portion 114 is a plate body parallel to the surface of the plate-shaped body 101, that is, in the direction from the center Cg of the main surface of the plate-shaped body 101 toward the peripheral end, and the thickness of the plate-shaped body 101 in the outer plate portion 113.
  • One end of the vertical frame 110 is provided over the entire length of the vertical frame 110 in the longitudinal direction.
  • the connection groove interior 115 is a plate body parallel to the surface of the plate body 101, and is provided at the other end of the outer plate portion 113 in the thickness direction of the plate body 101 over the entire length in the longitudinal direction.
  • connection groove exterior 116 is a plate parallel to the surface of the plate body 101, and the total length in the longitudinal direction of the vertical frame 110 is between the groove exterior 114 and the connection groove interior 115 in the thickness direction of the plate body 101. It is provided over.
  • connection groove bottom portion 117 is a plate body parallel to the outer plate portion 113, and is located between the connection groove inner portion 115 and the connection groove outer portion 116 in the thickness direction of the plate body 101 rather than the outer plate portion 113. Is installed over the entire length of the vertical frame 110 in the longitudinal direction in the vicinity of the center of the plane.
  • the portion surrounded by the groove outer portion 114, the connection groove outer portion 116, and the outer plate portion 113 forms the groove 111. Further, in the vertical frame 110, a portion surrounded by the inside 115 of the connecting groove, the bottom 117 of the connecting groove, and the outside 116 of the connecting groove forms the connecting groove 112. In the vertical frame 110, a portion surrounded by the outer plate portion 113, the inside of the connecting groove 115, the connecting groove bottom 117 and the outside of the connecting groove 116 has a rectangular pipe shape in cross section, and is mainly responsible for the strength of the vertical frame 110. Has become.
  • the distance from the inner surface 113d of the outer plate portion 113 to the tip 114a of the groove outer 114 is the groove 111. It becomes the depth dimension. That is, the tip 114a of the groove outer portion 114 is the opening end (edge of the groove) of the groove 111.
  • the dimension from the outer surface 113c to the inner surface 113d of the outer plate portion 113, that is, the thickness dimension of the outer plate portion 113 and the depth dimension of the groove 111 are combined to obtain the height dimension (height) of the groove outer portion 114. Tg.
  • a portion (inner surface) 113d sandwiched between the groove outer portion 114 and the connection groove outer portion 116 is the bottom portion of the groove 111.
  • a region (inner surface) 113d that is the bottom of the groove 111 corresponds to the region 113e corresponding to the connection groove 112, that is, the connection groove inner portion 115, the connection groove bottom portion 117, and the connection groove outer portion 116. It is formed to be thicker than the pipe-shaped region 113e.
  • the distance from the inner surface 117e of the connection groove bottom portion 117 to the tip 115a of the inside of the connection groove 115 is It becomes the depth dimension of the groove 112.
  • the distance from the inner surface 117e of the connection groove bottom 117 to the tip 116a of the connection groove outer portion 116 is equal to that of the connection groove 112.
  • Depth dimension. The dimension from the outer surface 113c of the outer plate portion 113 to the tip 115a of the inside 115 of the connection groove is defined as the height dimension (height) Ts of the inside 115 of the connection groove.
  • the distance from the plate portion 113 to the tip 114 a of the groove outer portion 114 is smaller than the distance from the outer plate portion 113 to the connection groove bottom portion 117. That is, the height dimension (height) Tg of the groove outer portion 114 is lower than the height dimension (height) Ts of the connection groove inner portion 115. Further, in the thickness direction of the outer plate portion 113, the distance from the outer plate portion 113 to the connection groove bottom portion 117 is smaller than the distance from the outer plate portion 113 to the tip 115a of the inside of the connection groove 115.
  • the distance from the outer plate portion 113 to the connection groove bottom portion 117 is smaller than the distance from the outer plate portion 113 to the tip 116a of the outside of the connection groove 116.
  • the distance from the outer plate portion 113 to the tip 115a of the inside of the connection groove 115 and the distance from the outer plate portion 113 to the tip 116a of the outside of the connection groove 116. are set to be substantially equal.
  • the groove 111 and the connection groove 112 are adjacent to each other with the connection groove outside 116 interposed therebetween.
  • the tip 114a of the groove outside 114 which is the opening end (edge end) of the groove 111, is opened at the opening end of the connection groove 112 (
  • the tip end 115a of the inside 115 of the connection groove and the tip 116a of the outside 116 of the connection groove, which are the edge portions) are farther from the center Cg of the principal surface of the plate-like body 101.
  • the tip 114a of the groove outside 114 which is the open end (edge end) of the groove 111, is the tip 115a of the inside 115 of the connection groove and the tip of the outside 116 of the connection groove, which is the open end (edge end) of the connection groove 112. It is located farther from the center Cg of the main surface of the vertical frame 110 than the 116a toward the outer periphery.
  • the outer plate portion 113 which is the bottom portion of the groove 111
  • the connection groove bottom portion 117 which is the bottom portion of the connection groove 112
  • the tip 114 a of the groove outside 114 which is the open end (edge end) of the groove 111, is the bottom of the connection groove 112. It is farther from the main surface center Cg of the plate-like body 101 than the connection groove bottom 117.
  • the outer plate portion 113, the groove outside 114, the connection groove inside 115, the connection groove outside 116, and the connection groove bottom 117 are all flush with each other.
  • the end surface 110b is formed.
  • the end surface 110b of the vertical frame 110 is formed to be a flat surface extending in the horizontal direction.
  • the horizontal frame 120 has substantially the same cross-sectional shape as the vertical frame 110. Therefore, the reference numerals in the figure should be read from the 110th generation to the 120th generation.
  • FIG. 3 is a perspective view showing an abutting portion in the panel structure according to the present embodiment.
  • the horizontal frame 120 has an outer plate portion 123, a groove outer portion 124, a connection groove inner portion 125, a connection groove outer portion 126, and a connection groove bottom portion 127, and a tip 124a.
  • , 125a and 126a have the same length dimension as the vertical frame 110.
  • the horizontal frame 120 includes an inner cutout portion (cutout portion) 128 and an outer cutout portion formed at a corner portion of the panel structure 100 at an end portion connected to the vertical frame 110 in a direction away from the vertical frame 110 from the end surface 120b. It has a part (notch part) 129.
  • the inner notch portion (notch portion) 128 is arranged at a position corresponding to the inside 115 of the connection groove in the thickness direction of the plate body 101.
  • the inner part 128b of the inner cutout part (cutout part) 128 is formed so as to abut the tip 115a of the inside 115 of the connection groove.
  • the outer cutout portion (cutout portion) 129 is arranged at a position corresponding to the outside 116 of the connection groove in the thickness direction of the plate body 101.
  • An inner portion 129b of the outer cutout portion (cutout portion) 129 is formed so as to abut the tip 116a of the connection groove exterior 116.
  • an abutting portion 122b is provided between the inner cutout portion (cutout portion) 128 and the outer cutout portion (cutout portion) 129.
  • the abutting portion 122b is formed as end surfaces 123b and 127b of the outer plate portion 123 and the connection groove bottom portion 127, and both are formed so as to abut the connection groove bottom portion 117.
  • the outer abutting portion 121b is provided on the side closer to the plate body 101 than the outer cutout portion (cutout portion) 129.
  • the outer abutting portion 121b has an end surface 124b of the groove outer portion 124, and is formed so as to abut at least the tip 114a of the groove outer portion 114.
  • the outer abutment portion 121b is formed such that the outer plate portion 123 at a position corresponding to the groove 111 is continuous in the longitudinal direction of the horizontal frame 120 as a plane substantially flush with the end surface 124b of the groove outer portion 124.
  • the outer notch (notch) 129 is formed so that the dimension in the thickness direction of the plate body 101 is larger than that of the inner notch (notch) 128.
  • FIG. 4 is a perspective view showing a butted state at a corner portion of the panel structure according to the present embodiment.
  • the abutting portion 122b of the horizontal frame 120 abuts on the connection groove bottom 117 of the vertical frame 110.
  • the outer abutting portion 121b of the horizontal frame 120 abuts on the tip 114a of the groove outer portion 114 of the vertical frame 110.
  • a tip end 115 a of the inside 115 of the connection groove in the vertical frame 110 abuts on a deep portion 128 b of the inner cutout portion (cutout portion) 128 of the horizontal frame 120.
  • the tip end 116 a of the outside of the connection groove 116 in the vertical frame 110 abuts on the inner part 129 b of the outer cutout part (cutout part) 129 of the horizontal frame 120. In this way, the corresponding positions are brought into contact with each other, whereby the connection position between the horizontal frame 120 and the vertical frame 110 can be easily defined.
  • FIG. 5 is a perspective view of a corner portion of the panel structure according to the present embodiment viewed at an angle different from that in FIG.
  • the connecting member 130 is an L-shaped metal fitting having plate portions 130a and 130b extending in the longitudinal direction of the vertical frame 110 and the horizontal frame 120, respectively.
  • the plate portion 130a is connected to the connection groove bottom portion 117 by a connecting means B2 such as a fastening bolt, a screw, or a screw.
  • the plate portion 130b is connected to the connection groove bottom portion 127 by a connecting means B2 such as a fastening bolt, a screw, or a screw.
  • connection member 130 In the connection member 130, the plate portion 130a is located inside the connection groove 112, and the plate portion 130b is located inside the connection groove 122 (see FIG. 9).
  • the connecting member 130 is made of steel, for example, and has sufficient strength.
  • a cap member 140 is provided in each of the connection grooves 112 and 122 so as to cover the connection member 130 and to cover the open portion of each of the connection grooves 112 and 122.
  • FIG. 6 is a perspective view showing a cap member in the vicinity of a corner of the panel structure according to this embodiment.
  • the cap member 140 covers the connection groove 112 of the vertical frame 110 and the connection groove 122 of the horizontal frame 120 so as to close the connection groove 112 and the connection groove 112 in the extending direction of the connection grooves 112 and 122, respectively. It is attached.
  • the cap member 140 has a substantially U-shaped cross-sectional shape corresponding to the connection grooves 112 and 122, and is inserted into the connection grooves 112 and 122 (see FIG. 10).
  • the cap member 140 is closed so as to be flush with the tip 115a of the inside 115 of the connection groove and the tip 116a of the outside 116 of the connection groove.
  • a combination of a ridge and a groove is provided on each of the surfaces that abut and face each other to form a stopper 145. (See FIG. 5).
  • the cap member 140 is closed in the connection groove 122 of the horizontal frame 120 so as to be flush with the tip 125 a of the inside 125 of the connection groove and the tip 126 a of the outside 126 of the connection groove.
  • a combination of a ridge and a groove is provided on each of the surfaces that abut and face each other, and the stopper 145 is formed. (See FIG. 5).
  • the panel structure 100 in the present embodiment is located at a surface position where the plate-like body 101 is close to the viewing side when viewed from the outside in the viewing direction indicated by the arrow S in FIGS. 1 to 6. Therefore, it is possible to improve the design and improve the design so that the design of the surface of the plate-shaped body 101, which is a glass plate, is improved, and the hard impression of the glass surface is closely felt. 1 to 6, the area covering the plate-like body 101 viewed in the viewing direction indicated by the arrow S, that is, the area outside the groove 114 of the vertical frame 110 and the groove outside 124 of the horizontal frame 120 is narrowed. It becomes possible.
  • the dimensions of the pipe-shaped connection groove inner portions 115, 125 and the connection groove outer portions 116, 126 exhibiting strength can be set regardless of the dimensions of the groove outer portions 114, 124. Thereby, it is possible to obtain the panel structure 100 which has a sufficient strength and is capable of sufficiently appealing the texture of glass or the like and which is excellent in design and design.
  • the outer abutting portion 121b, the abutting portion 122b, the inner cutout portion (cutout portion) 128, and the outer cutout portion (cutout portion) 129 are all formed on the one horizontal frame 120, but instead of this, the other It can also be formed on the vertical frame 110.
  • FIG. 7 is a perspective view showing a structure for space construction in the present embodiment, and in the figure, reference numeral 10 is a structure for space formation.
  • the panel structure 100 of the above-described first embodiment is attached to the space-forming structure 10, and in terms of the panel structure 100, the configuration corresponding to that of the above-described first embodiment is the same. And the description thereof will be omitted.
  • the space constructing structure 10 has an outer appearance of a substantially square pole shape with an upper opening, and has a rectangular outline in a plan view, and the inside thereof is separated from the outside space. It is a work booth that is formed as an internal space. It should be noted that in the following description, reference numerals will be given to configurations that do not appear in the drawings for description.
  • the space constructing structure 10 is installed between four pillar frames 11 to 14 which are erected at the corners of the substantially rectangular column and the upper ends of two adjacent pillar frames 11. Also, four beam frames 15 to 18 and face plate-shaped side portions 19A to 19D provided on the side surface portions formed by the column frames 11 to 14 and the beam frames 15 to 18 are provided.
  • the pillar frames 11 to 14 have substantially the same vertical length. Further, the column frames 11 to 14 have a width dimension in the horizontal direction that is substantially equal to the thickness dimension of the side portions 19A to 19D.
  • the four pillar frames 11 to 14 have substantially the same cross-sectional shape and are arranged in the same direction at the four corners of the space constituting structure 10.
  • a pillar frame 11 and a pillar frame 12 are erected at both side positions which are the front surface of the space structure structure 10, and a beam frame 15 is erected in a substantially horizontal direction at the upper ends of these.
  • a pillar frame 13 and a pillar frame 14 are erected at both side positions on the inner side of the space structure structure 10, and a beam frame 18 is erected in a substantially horizontal direction at the upper ends of these.
  • a pillar frame 11 and a pillar frame 13 are erected at a position on the left side of the space structure structure 10 when viewed from the front, and a beam frame 16 is erected in a substantially horizontal direction at the upper ends of these.
  • a support frame 12 and a support frame 14 are erected at a position on the right side of the space structure structure 10 when viewed from the front, and a beam frame 17 is installed in a substantially horizontal direction at the upper ends of these. ing.
  • a front portion (side portion) 19A having an openable / closable door 19Aa for entering / leaving a room is provided on the front side formed by the strut frame 11, the strut frame 12, and the beam frame 15.
  • the door 19Aa is made of, for example, glass, and the internal space of the space constituting structure 10 is visible from the outside in a state where the door 19Aa is closed.
  • the door 19Aa has the same vertical dimension as the pillar frame 11.
  • a wall portion 19Ab is arranged in a portion other than the door 19Aa in the front surface portion (side portion) 19A.
  • a back surface portion (side portion) 19 ⁇ / b> B is provided on the back side formed by the support frame 13, the support frame 14, and the beam frame 18.
  • the back surface portion (side portion) 19B is a panel structure 100 in which three sides are connected to the support frame 13, the support frame 14, and the beam frame 18, and has a thickness substantially equal to the width dimension of the support frames 11 to 14 in the horizontal direction. It can have dimensions.
  • the plate-shaped body 101 and the groove outer portions 114 and 124 are included in the space structure structure 10. It is arranged so as to be located on the side opposite to the internal space, that is, on the outside.
  • a left surface portion (side portion) 19C is provided on the left side formed by the support frame 11, the support frame 13, and the beam frame 16.
  • the left surface portion (side portion) 19C is a face plate in which the pillar frame 11 and the pillar frame 13 are connected to the beam frame 16 on three sides, and has a thickness dimension substantially equal to the horizontal width dimension of the pillar frames 11 to 14. It has a plate body.
  • a right surface portion (side portion) 19D is provided on the right side formed by the column frame 12, the column frame 14, and the beam frame 17.
  • the right surface portion (side portion) 19D is a face plate in which the pillar frame 12 and the pillar frame 14 are connected to the beam frame 17 on three sides, and has a thickness dimension substantially equal to the width dimension of the pillar frames 11 to 14 in the horizontal direction. It has a plate body.
  • the outer surfaces 11a to 14a of the pillar frames 11 to 14 are curved surfaces having a curvature in the horizontal direction and are continuous in the same shape in the entire length in the vertical direction.
  • the outer side surfaces 11a to 14a have contours whose horizontal cross section is arcuate.
  • the outer side surfaces 11a to 14a correspond to the shape with rounded corners in the quadrangular prism-shaped space constituting structure 10.
  • the beam frames 15-18 are covered with cover members 25-28 over their entire lengths.
  • the outer surfaces 25a to 28a of the cover members 25 to 28 have contours such that the cross-sections in the width direction of the cover members 25 to 28 are arcuate, like the outer surfaces 11a to 14a of the column frames 11 to 14.
  • the outer side surfaces 25a to 28a of the cover members 25 to 28 are curved surfaces which are inclined upward from the lower end so that the horizontal cross-sectional contour of the space constructing structure 10 becomes smaller.
  • the pillar frames 11 to 14 and the beam frames 15 to 18 are connected at the four corners of the upper end portion of the space structure structure 10.
  • a cover member that covers the outer surface 11a of the pillar frame 11 and the beam frame 15.
  • a corner member 21 is provided that connects the outer surface 25 a of the beam 25 and the outer surface 26 a of the cover member 26 that covers the beam frame 16.
  • the outer surface 12a of the support frame 12 and a cover member that covers the beam frame 15 are provided.
  • a corner member 22 is provided that connects the outer surface 25 a of the beam 25 and the outer surface 27 a of the cover member 27 that covers the beam frame 17, respectively.
  • a corner member 23 is provided that connects the outer surface 28 a of the member 28 and the outer surface 26 a of the cover member 26 that covers the beam frame 16.
  • a corner member 24 is provided that connects the outer surface 28a of the member 28 and the outer surface 27a of the cover member 27 that covers the beam frame 17, respectively.
  • FIG. 8A is an enlarged perspective view of a corner portion of the space constituting structure according to the present embodiment.
  • a corner member 21 is arranged at a corner portion which is an upper end of the pillar frame 11 in the space constructing structure 10.
  • the outer surface 21a of the corner member 21 faces the outer surface 11a of the column frame 11, the outer surface 25a of the cover member 25, and the outer surface 26a of the cover member 26 so as to be flush with each other. It is formed into a convex curved surface.
  • the outer surface 21a of the corner member 21 can be formed into a shape close to a spherical surface, for example.
  • the corner member 21 is made to correspond to the corner members 22 to 24, and the reference signs of the support frame 11 and the beam frames 15 and 16 are read as the corresponding signs.
  • FIG. 8B is an enlarged perspective view of a corner portion of the space constructing structure according to the present embodiment from a direction different from FIG. 8A.
  • the ends are butted so that the beam frame 15 and the beam frame 16 are exposed on the internal space side.
  • the beam frames 15 and 16 are formed with grooves 15a and 16a extending to the internal space side of the space constructing structure 10, and the internal space sides of the beam frame 15 and the beam frame 16 are flush with each other.
  • cap members 35 and 36 are fitted in the grooves 15a and 16a.
  • the grooves 15a and 16a are formed over the entire length of the beam frames 15 and 16, respectively. Note that FIG. 8B illustrates a state in which the cap member 35 is removed from the groove 15a.
  • the corner member 24 of the space constructing structure 10 will be described in a section viewed from the corner member 23 side.
  • FIG. 9 is a cross-sectional view of the panel structure and the beam frame in the space structure structure according to the present embodiment, taken along the line IX-IX in FIG. 7.
  • the beam frame 18 has the same cross-sectional shape over its entire length, as shown in FIG.
  • the beam frame 18 includes a lower plate portion 18h that is assembled substantially horizontally, and an inner wall portion 18b that is erected on an end portion 18h1 that is the inner space side of the lower plate portion 18h.
  • the lower plate portion 18h has the same width dimension over the entire length of the beam frame 18.
  • the width dimension of the lower plate portion 18h is set smaller than the thickness dimension of the back surface portion (side portion) 19B.
  • the lower end plate portion 28b of the cover member 28 is the inner surface portion (side portion) 19B of the outer frame portion of the horizontal frame 120 in the panel structure 100. It is arranged so as to be in direct contact with 123.
  • a connecting portion 18c is provided along the entire length as a ridge having an open groove.
  • the connection portion 18c is a threaded hole for connecting a groove extending in the length direction of the beam frame 18 to the connecting member 44 at an end position of the beam frame 18.
  • a connecting means B such as a fastening bolt, a screw, or a screw penetrating the connecting member 44 is screwed into the groove of the connecting portion 18c to fix the beam frame 18 and the connecting member 44 (the connecting means corresponding to FIG. 12). B is shown).
  • the inner wall portion 18b has an inner wall base portion 18b1 which stands substantially vertically from the end portion 18h1, and an inner wall upper portion 18b2 which is formed flush with the inner wall base portion 18b1 at a middle position in the height direction through the groove 18a.
  • the groove 18a has a rectangular cross-section in the width direction of the vertical beam frame 18, and is connected to the upper end of the inner wall base 18b1 and has a substantially horizontal groove lower portion 18a1 and the groove lower portion 18a1 standing upright from the inner wall base 18b1.
  • a connecting part 18d is provided in the entire length as a ridge having an open groove. Similar to the connecting portion 18c, the connecting portion 18d has a groove extending in the length direction of the beam frame 18 as a screwing hole for connecting to the connecting member 44 at the end position of the beam frame 18.
  • a connecting means B such as a fastening bolt, a screw, or a screw penetrating the connecting member 44 is screwed into the groove of the connecting portion 18d to fix the beam frame 18 and the connecting member 44 (the connecting means corresponding to FIG. 12). B is shown).
  • the cap member 38 Approximately all of the opening facing the inner space of the groove 18a is closed by the cap member 38 covering the inner space side.
  • the cap member 38 is inserted into the groove 18a above and below the cap plate 38a that covers the opening of the groove 18a, and contacts the groove lower portion 18a1 and the groove upper portion 18a3 to fit the cap member 38. It has a cap lower part 38b and a cap upper part 38c for fitting and fixing.
  • the tip ends of the cap lower portion 38b and the cap upper portion 38c are inclined so as to be smaller than the vertical dimension of the groove 18a, so that the cap member 38 can be easily inserted into the groove 18a.
  • the cap lower portion 38b and the cap upper portion 38c have their tips abutting on the convex portions 18a11 and the convex portions 18a31 provided on the groove lower portion 18a1 and the groove upper portion 18a3, so that the cap plate 38a is flush with the inner wall portion 18b.
  • the position can be regulated so that
  • the cap lower portion 38b is provided with a convex portion 38b3 on the side that comes into contact with the groove lower portion 18a1, and is fitted into the concave portion 18a13 provided on the groove lower portion 18a1 side.
  • the cap upper portion 38c is provided with a convex portion 38c3 on the side that comes into contact with the groove upper portion 18a3, and is fitted into the concave portion 18a14 provided on the groove upper portion 18a3 side.
  • the fitting of the convex portion 38b3 and the concave portion 18a13 and the fitting of the convex portion 38c3 and the concave portion 18a14 can maintain the state in which the cap member 38 is fitted in the groove 18a.
  • cap member 38 is fitted in the groove 18a so that the cap plate 38a and the inner wall portion 18b are flush with each other in setting the mounting position between the cap lower portion 38b and the groove lower portion 18a1 and between the cap upper portion 38c and the groove upper portion 18a3.
  • the structure is not limited to the above, as long as the state can be maintained.
  • the cover member 28 has the same sectional shape over its entire length.
  • a curved surface portion 28k forming the outer side surface 28a is formed in an arcuate cross section.
  • the lower end of the outer surface 28a is substantially equal to the surface direction of the plate-like body 101 of the panel structure 100 that is the inner surface portion (side portion) 19B, and the upper end of the outer surface 28a is substantially equal to the horizontal plane. It is curved.
  • the curved surface portion 28k has a substantially uniform thickness dimension as a whole.
  • a lower end plate portion 28b is provided at the lower end position of the curved surface portion 28k so as to be flush with the lower plate portion 18h of the beam frame 18.
  • the width dimension of the lower end plate portion 28b is set smaller than the thickness dimension of the panel structure 100 which is the back surface portion (side portion) 19B.
  • the lower plate portion 18h directly contacts the panel structure 100 that is the back surface portion (side portion) 19B, and the lower end plate portion 28b is By contacting the end portion 18h2, the position of the cover member 28 with respect to the beam frame 18 can be set.
  • the width dimension of the lower end plate portion 28b and the lower plate portion 18h is set to be substantially equal to the thickness dimension of the panel structure 100 which is the back surface portion (side portion) 19B in total.
  • the end of the lower end plate portion 28b in the inner space direction abuts a notch in the end of the lower plate portion 18h on the outer side (the direction opposite to the inner space), and the vertical position is set.
  • a fixed support portion 28c is provided upright on the lower end plate portion 28b.
  • the shape of the upper end side of the fixed support portion 28c is set so as to be close to the inner wall portion 18b of the beam frame 18 and not to contact the connection portion 18c.
  • a fixed portion 28d is provided on the upper end of the fixed support portion 28c.
  • the fixing portion 28d is provided so as to come into contact with the back surface of the groove inner portion 18a2, that is, the back surface of the groove inner portion 18a2 opposite to the groove 18a.
  • the fixed portion 28d is a plate body that is substantially parallel to the groove inner portion 18a2.
  • the fixing portion 28d and the groove inner portion 18a2 are provided with fixing holes 28d1 and 18a5 at corresponding positions.
  • a fixing member B1 such as a fastening bolt, a screw, and a screw so as to penetrate the fixing hole 28d1 and the fixing hole 18a5.
  • a fixing member B1 such as a fastening bolt, a screw, and a screw so as to penetrate the fixing hole 28d1 and the fixing hole 18a5.
  • a fixing hole 15a5 of the beam frame 15 is shown in FIG. 8B corresponding to the fixing hole 18a5 shown in FIG. Note that the fixing member B1 is omitted in FIG. 8B.
  • the upper end position of the curved surface portion 28k is an upper end contact portion 28e that contacts the upper end side of the inner wall upper portion 18b2 of the beam frame 18.
  • the tip of the upper end contact portion 28e is formed such that its inner space side is flush with the inner wall upper portion 18b2.
  • a position regulating portion 28f is formed downward so as to contact the back surface of the inner wall upper portion 18b2, that is, the surface opposite to the inner space side.
  • a convex portion 28f3 is provided at the lower end of the position restricting portion 28f on the side in contact with the back surface of the inner wall upper portion 18b2, and is fitted into a recess 18b5 provided on the back surface side of the inner wall upper portion 18b2.
  • the groove outside 124 on the outside of the plate body 101 is visually recognized in the viewing direction S from the outside in the space constructing structure 10, but the connection groove outside 126 is a plate made of glass or the like. Since it is visible only through the shape body 101, the design of the space constituting structure 10 is improved. Thereby, the visible area of the plate-shaped body 101 can be increased. Further, as shown in FIG. 9, a gasket G may be provided on the bottom side of the groove 121 between the groove 121 and the end of the plate 101.
  • FIG. 10 is a top view which shows the support
  • the pillar frame 11 is in the shape of a hollow pipe, and is continuous with the same cross-sectional shape in the entire length in the vertical direction.
  • the pillar frame 11 includes an arcuate portion 11b forming an outer surface 11a having an arcuate cross section, a left surface portion (side portion) 19C side plate surface portion 11c, and a front surface portion (side portion) 19A side plate surface portion 11d.
  • the arcuate portion 11b, the plate surface portion 11c, and the plate surface portion 11d are formed so as to have a cross-sectional outline shape that is a fan shape of a substantially quadrant.
  • the plate surface portion 11c and the plate surface portion 11d are connected at their cross-section end portions so as to be substantially orthogonal to each other, and the arcuate portion 11b and the plate surface portion 11c, and the arcuate portion 11b and the plate surface portion 11d are also crossed so as to be substantially orthogonal to each other. The ends are connected.
  • a thick portion 11c1 is formed as a ridge at the center of the plate surface portion 11c in the width direction, on the side of the cross-section center of the pillar frame 11 that is the opposite side of the left surface portion (side portion) 19C.
  • a thick portion 11d1 is formed as a ridge in the central portion in the width direction of the plate surface portion 11d, on the cross-sectional center side of the pillar frame 11 that is the opposite side of the front surface portion (side portion) 19A.
  • the plate surface portion 11d side of the thick portion 11c1 and the plate surface portion 11c side of the thick portion 11d1 are connected by the middle plate portion 11e so as to bridge each other.
  • a connecting portion 11f is provided on the entire length of the middle plate portion 11e as a ridge having a groove that opens in the direction toward the internal space.
  • the connecting portion 11f has a groove extending in the length direction of the support frame 11 as a screw hole for connecting to the connecting member 41 at the upper end position of the supporting frame 11.
  • a connecting means B such as a fastening bolt, a screw, or a screw penetrating the connecting member 41 is screwed into the groove of the connecting portion 11f to fix the support frame 11 and the connecting member 41 (the connecting means corresponding to FIG. 12). B is shown).
  • FIG. 14 is a plan cross-sectional view showing the vicinity of the panel structure and the pillar frame in the space constituting structure according to the present embodiment.
  • the pillar frame 14 has a wall thickness at the center portion in the width direction of the plate surface portion 14d on the cross-sectional center side of the pillar frame 14 which is the opposite side (back surface side) of the back surface portion (side portion) 19B.
  • the portion 14d1 is formed as a ridge.
  • the thick portion 14d1 is provided with a fixing hole 14d5.
  • the fixing hole 14d5 connects and fixes the support frame 14 and the vertical frame 110 of the panel structure 100, which is the back surface portion (side portion) 19B.
  • the outer plate portion 113 and the connection groove bottom portion 117 of the vertical frame 110 are provided with fixing holes 113d5 and fixing holes 117d at positions corresponding to the fixing holes 14d5. .
  • a coupling means B3 such as a fastening bolt, a screw, or a screw that penetrates the fixing hole 113d5 and the fixing hole 117d is screwed into the fixing hole 14d5 to fix the column frame 14 and the vertical frame 110.
  • a gasket G may be provided between the groove 111 and the end of the plate body 101.
  • the groove outside 114 on the outside of the plate-shaped body 101 is visually recognized in the viewing direction S from the outside in the space constructing structure 10, but the connection groove outside 116 is a plate made of glass or the like. Since it is visible only through the shape body 101, the design of the space constituting structure 10 is improved. Thereby, the visible area of the plate-shaped body 101 can be increased.
  • FIG. 11 is a perspective view showing a connecting member in the space constituting structure according to the present embodiment.
  • FIG. 12 is a perspective view showing a state in which the connecting members are connected in the space constructing structure in the present embodiment.
  • the connecting member 41 connects the support frame 11, the beam frame 16, and the beam frame 15. As shown in FIGS. 11 and 12, the connecting member 41 includes a substantially horizontal bottom plate portion 41 a that abuts on the column frame 11, and a vertical plate portion 41 b that is erected from the bottom plate portion 41 a so as to abut the beam frame 16.
  • the horizontal plate portion 41c is provided upright from the bottom plate portion 41a so as to come into contact with the beam frame 15.
  • the bottom plate portion 41a, the vertical plate portion 41b, and the horizontal plate portion 41c can have substantially the same thickness dimension.
  • the bottom plate portion 41a is formed to have a fan shape of a substantially quadrant as a contour shape in a plan view.
  • the contour shape of the outer end portion 41a1 of the bottom plate portion 41a in a plan view corresponds to the outer surface 11a of the column frame 11, and is substantially the same. It has an arcuate contour.
  • the shape of the outer end portion 41a1 is smaller than that of the arc-shaped portion 11b so as to form a gap V in plan view between the outer end portion 41a1 and the inner side surface of the arc-shaped portion 11b of the support frame 11, as described later. It is formed as an arc of dimensions.
  • the joint portion 41ab between the bottom plate portion 41a and the vertical plate portion 41b is formed by a radial portion in a fan-shaped contour to be formed into a substantially horizontal straight line, and the bottom plate portion 41a and the vertical plate portion 41b are joined so as to be orthogonal to each other.
  • a joint portion 41ac between the bottom plate portion 41a and the horizontal plate portion 41c is formed by a radial portion in a fan-shaped contour and is formed into a substantially horizontal straight line, and the bottom plate portion 41a and the horizontal plate portion 41c are joined so as to be orthogonal to each other.
  • a joint portion 41bc between the vertical plate portion 41b and the horizontal plate portion 41c is formed by a radial portion in a fan-shaped contour and formed into a substantially vertical straight line, and is joined so that the vertical plate portion 41b and the horizontal plate portion 41c are orthogonal to each other.
  • the arcuate portions of the fan-shaped contours of the bottom plate portion 41a, the vertical plate portion 41b, and the horizontal plate portion 41c form a substantially triangular outer edge with which the corner member 21 abuts.
  • the contour shape of the outer end portion 41b1 of the vertical plate portion 41b when viewed from the front, that is, the contour shape on the side away from the internal space of the space constructing structure 10 corresponds to the outer surface 26a of the cover member 26, It has an arcuate contour.
  • the shape of the outer end portion 41b1 has a diameter smaller than that of the inner side surface of the curved surface portion 26k so that the entire length of the outer end portion 41b1 can contact the inner side surface of the curved surface portion 26k of the cover member 26, as described later. It is formed as an arc of dimensions.
  • the outer end portion 41c1 of the lateral plate portion 41c viewed from the side has its contour shape, that is, the contour shape on the side away from the internal space of the space structure structure 10, corresponding to the outer surface 25a of the cover member 25. It has an arcuate contour.
  • the outer end portion 41c1 has a smaller diameter than the inner side surface of the curved surface portion 25k so that the entire length of the outer end portion 41c1 can come into contact with the inner side surface of the curved surface portion 25k of the cover member 25, as described later. It is formed as an arc of dimensions.
  • the bottom plate portion 41a, the vertical plate portion 41b, and the horizontal plate portion 41c are arranged so as to be orthogonal to each other, and the joint portion 41ab, the joint portion 41bc, and the joint portion 41bc are located on the inner space side of the space constituting structure 10. It is configured to intersect at the same place.
  • the bottom plate portion 41a is provided with a connection hole 41d for connecting the support frame 11 and the connection member 41 at a position corresponding to the connection portion 11f.
  • the vertical plate portion 41b is provided with a connecting hole 41e for connecting the beam frame 16 and the connecting member 41 at a position corresponding to the connecting portion 16c, and a connecting hole 41f for connecting the beam frame 16 and the connecting member 41 to the connecting portion. It is provided at a position corresponding to 16d.
  • the horizontal plate portion 41c is provided with a connecting hole 41g for connecting the beam frame 15 and the connecting member 41 at a position corresponding to the connecting portion 15c, and a connecting hole 41h for connecting the beam frame 15 and the connecting member 41 to the connecting portion. It is provided at a position corresponding to 15d.
  • the bottom plate portion 41a is provided with a penetrating portion 41j at a position separated from the connecting hole 41d, the joint portion 41ab and the joint portion 41ac.
  • the vertical plate portion 41b and the horizontal plate portion 41c are provided with penetrating portions 41k so as to straddle the joint portion 41bc at positions separated from the connecting holes 41e to 41h.
  • the penetrating portion 41j and the penetrating portion 41k are provided, for example, for passing necessary wiring. Further, it may be provided to reduce the weight of the connecting member 41.
  • the contour shape and arrangement of the penetrating part 41j and the penetrating part 41k can be arbitrarily set as long as they do not affect the strength of the connecting member 41.
  • FIG. 13 is a perspective view of the corner member in the space constituting structure of the present embodiment as viewed from the inner side surface side.
  • the corner member 21 projects from the curved surface portion 21b forming the outer side surface 21a, the projection portion 21c projecting from the lower end portion 21b1 of the curved surface portion 21b, and the vertical end portion 21b2 on the cover member 26 side. It has a protrusion 21d and a protrusion 21e protruding from the lateral end 21b3 on the cover member 25 side.
  • the curved surface portion 21b can be set between the upper end portion of the column frame 11 connected by the connecting member 41 and the cover members 26 and 25 so as to smoothly connect them.
  • the lower end portion 21b1 of the curved surface portion 21b is formed in an arc shape so as to be aligned with the upper end portion of the support frame 11 so as to look like a straight line when viewed in the horizontal direction.
  • the vertical end portion 21b2 of the curved surface portion 21b is formed in an arc shape so as to look like a straight line in a side view, in conformity with the front end portion on the cover member 26 side.
  • the lateral end portion 21b3 of the curved surface portion 21b is formed in an arc shape so as to be seen as a straight line in a side view, in conformity with the left end portion on the cover member 25 side.
  • the curved surface portion 21b is formed by the lower end portion 21b1, the vertical end portion 21b2, and the horizontal end portion 21b3 into a contour shape like a triangular curved surface.
  • the curved surface portion 21b has a substantially uniform thickness dimension.
  • the inner surface 21g facing the inner space of the space constituting structure 10 is a smooth curved surface.
  • the protruding portion 21c, the protruding portion 21d, and the protruding portion 21e are all made thinner than the curved surface portion 21b.
  • each of the protruding portion 21c, the protruding portion 21d, and the protruding portion 21e has a substantially uniform width direction dimension.
  • the width direction of the protruding portion 21c is a direction from the center of the curved surface portion 21b toward the support frame 11, that is, the vertical direction.
  • the width direction of the protruding portion 21d is a direction from the center of the curved surface portion 21b toward the cover member 26, that is, the front-back direction of the space constituting structure 10.
  • the width direction of the protruding portion 21e is the direction from the center of the curved surface portion 21b toward the cover member 25, that is, the left-right direction of the space constituting structure 10.
  • the pillar frames 11 to 14 and the beam frames 15 to 18 can be extruded materials made of metal such as aluminum alloy.
  • the cover members 25 to 28, the cap members 35 to 38, and the corner members 21 to 24 can be made of resin, for example.
  • the connecting members 41 to 44 and the connecting means B can be made of steel, for example. If the material has sufficient strength, or if there is a request from the viewpoint of external appearance designability, easiness of manufacture, etc., these materials can be appropriately changed.
  • the space-forming structure 10 is installed as a working booth in an office, a booth for a videophone, a booth for a meeting / meeting, etc., for example, in a state separated from a wall or ceiling of an office or the like. be able to.
  • the internal space of the space-structuring structure 10 is separated from the outside by the side portions 19A to 19D, and the upper portion of the space-structuring structure 10 is open and communicates with the outside. Further, by opening and closing the door 19Aa, it is possible to enter and leave the room and to be closed from the outside.
  • the internal space of the space-structuring structure 10 is separated from the outside, but the side portion 19B is a panel structure 100 having a plate-like body 101 made of glass or the like that can be seen through.
  • the side portion 19B is a panel structure 100 having a plate-like body 101 made of glass or the like that can be seen through.
  • the space constituting structure 10 in the present embodiment can have sufficient strength due to the pillar frames 11 to 14 and the beam frames 15 to 18 connected by the connecting members 41 to 44. Further, since the upper part is not closed by a ceiling plate or the like and the floor plate is not provided, it is possible to reduce the weight and shorten the assembling time as compared with the configuration having the plate bodies in these upper and lower positions. It will be possible.
  • outer surfaces 11a to 14a of the column frames 11 to 14, the outer surfaces 25a to 27a of the cover members 25 to 28, and the outer surfaces 21a to 24a of the corner members 21 to 24 are all curved surfaces, When viewed from the outside, the corners are all seen as a rounded columnar shape, which gives a softer impression than that made up of only flat surfaces, improving designability. Becomes Since the upper side of the space constructing structure 10 is a curved surface that faces inward, the appearance can be made soft, and the width of design formation is widened.
  • the pillar frames 11 to 14, the beam frame 16, and the connecting members 41 to 44 are connected, but the structure is not limited to this, and the boundary of the internal space having a substantially square prism shape is formed. If you have.
  • the protrusions 21c, 21d, and 21e of the corner member 21 can make the gap between the outer surfaces 11a, 25a, and 26a and the outer surface 21a of the corner member 21 invisible, the design of the structure 10 for space configuration. It is possible to improve the property. In particular, it is difficult to make the gaps inconspicuous because the corners between the cover member and the support frame where the gaps in the connecting portions are easily noticeable have curved surfaces in three vertical and horizontal heights. In the space structure structure 10, this problem can be solved only by mounting the corner members 21 to 24.
  • the protrusions 21c, 21d, and 21e that make the gap between the outer side surfaces 11a, 25a, and 26a and the outer side surface 21a of the corner member 21 invisible are not on the corner member 21 side, but on the column frame 11 and the cover member 25. It is also possible to provide it on the 26 side. Further, among the protrusions 21c, 21d, and 21e that protrude in at least three directions, the protrusions in at least one direction may be provided on different sides of the corner member 21 side and the cover members 25, 26 side.
  • the side portion 19A is configured to have the door 19Aa
  • the side portion 19B is the panel structure 100 including the plate-like body 101 made of a glass plate.
  • the side portions 19C and 19D are One or both of them may be the panel structure 100.
  • the side portions 19B to 19D may be provided with a structure such as a door portion or a window portion that can be opened or closed, or a partial or whole surface opening portion or the like.
  • other components may be provided near the upper opening of the space constructing structure 10.
  • the outer shape of the space structure structure 10 is a substantially square pole, it may be another polygonal shape. In this case, when connecting the plurality of support frames and the plurality of beam frames, it is possible to deal with this by changing the joining angle of the bottom plate portion, the vertical plate portion, and the horizontal plate portion in the connecting component.
  • Examples of utilization of the present invention include a work booth installed in an office, a meeting booth, a video conference booth, a phone booth for answering a phone call, and a browsing booth in a public facility such as a library.
  • the present invention it is possible to provide a panel structure and a space structure structure that have sufficient strength and that improve the visibility of the plate-shaped body and are excellent in design and design.
  • Reference numeral 10 Spatial structure structures 11 to 14 ... Strut frames 11a to 14a ... Outer surface 15 to 18 ... Beam frame 19A ... Front part (side part) 19B ... Back surface (side) 19C ... Left side (side) 19D ... Right side (side) 21 to 24 ... Corner members 25 to 28 ... Cover members 35 to 38 ... Cap members 41 to 44 ... Connecting member V ... Gap 100 ... Panel structure 101 ... Plate-like body 110 ... Vertical frames 111, 121 ... Grooves 112, 122 ... Connection grooves 113, 123 ... Outer plate portions 114, 124 ... Groove outer portions 115, 125 ... Connection groove inner portions 116, 126 ...

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  • Engineering & Computer Science (AREA)
  • Architecture (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Panels For Use In Building Construction (AREA)
  • Securing Of Glass Panes Or The Like (AREA)

Abstract

A panel structure (100) that is provided with a vertical frame (110) and a horizontal frame (120) around the periphery of a plate-shaped body (101) having a rectangular outline, wherein the vertical frame (110) and the horizontal frame (120) have: grooves (111, 121) into which the peripheral edges of the plate-shaped body (101) are disposed; and connection grooves (112, 122) into which a connection member (130), which connects an end of the vertical frame (110) and an end of the horizontal frame (120) at a corner formed by the vertical frame (110) and the horizontal frame (120), is disposed.

Description

パネル構造体、空間構成用構造体Panel structure, space structure structure
　本発明は、パネル構造体、空間構成用構造体に係り、室内や室外に設置される空間構成用構造体に用いて好適な技術に関するものである。本願は、２０１８年１０月２２日に日本に出願された日本国特願２０１８－１９８４７９号に基づき優先権を主張し、その内容をここに援用する。 The present invention relates to a panel structure and a space structure structure, and relates to a technique suitable for use in a space structure structure installed indoors or outdoors. The present application claims priority based on Japanese Patent Application No. 2018-198479 filed in Japan on October 22, 2018, the content of which is incorporated herein by reference.
　オフィスや展示ホール等の屋内、あるいは屋外において、各種の展示や打ち合わせ、飲食等を行うための空間を形成するため、床面上に立設した複数の支柱と、これら支柱の上端部同士を連結するよう設けた梁材と、を備えた空間構成用構造体が用いられている（特許文献１）。 In order to form a space for various exhibitions, meetings, eating and drinking indoors or outdoors such as offices and exhibition halls, multiple pillars standing on the floor are connected to the upper ends of these pillars. A space structure structure including a beam member provided so as to be used (Patent Document 1).
　近年、オフィスのフリーアドレス化や、モバイルワークの進展等に鑑み、このような構造体を設置する機会が増えている。 In recent years, the number of opportunities to install such a structure has increased in consideration of the free addressing of offices and the progress of mobile work.
　このような構造体においては、特許文献１に加えて特許文献２～４に記載されるように、ガラスなどからなる一枚の板状体の周囲をフレームで囲んだパネル構造体を側面に用いるものが知られている。 In such a structure, as described in Patent Documents 1 to 4, in addition to Patent Document 1, a panel structure in which one plate-shaped member made of glass or the like is surrounded by a frame is used on the side surface. Things are known.
日本国特開２００６－２０７２５８号公報Japanese Patent Laid-Open No. 2006-207258 日本国特開２００６－２４９８３５号公報Japanese Patent Laid-Open No. 2006-249835 日本国特開２００５－２４０３３９号公報Japanese Patent Laid-Open No. 2005-240339 日本国特開２０１２－１３２２９６号公報Japanese Patent Laid-Open No. 2012-132296
　しかし、従来の構造体では、フレームの厚さ方向における中間部に板状体を設ける構造であるため、パネルに対してフレームの幅が目につき、意匠性を改善したいという要求があった。
　また、構造体においてガラスなどの板状体を設ける場合、その面積をなるべく大きくするために、フレームの幅を狭くしたいという要求があるが、その場合、フレームの強度を維持することが難しいという問題があった。 However, in the conventional structure, since the plate-shaped body is provided in the middle portion in the thickness direction of the frame, the width of the frame is noticeable with respect to the panel, and there is a demand to improve the design.
Further, when a plate-like body such as glass is provided in the structure, there is a demand to narrow the width of the frame in order to make the area as large as possible, but in that case, it is difficult to maintain the strength of the frame. was there.
　本発明は、上記の事情に鑑みてなされたもので、以下の目的を達成しようとするものである。
１．パネル位構造体において、意匠性を向上する。
２．パネル位構造体において、デザイン性の向上と強度の維持とを図る。
３．部品点数を削減する。 The present invention has been made in view of the above circumstances, and aims to achieve the following objects.
1. Improves the design of the panel structure.
2. For panel structure, improve design and maintain strength.
3. Reduce the number of parts.
　上記課題を解決するために、本発明は、第１の態様として、
　矩形輪郭の板状体の周囲に縦フレームおよび横フレームを設けたパネル構造体であって、
　前記縦フレームおよび前記横フレームが、
　前記板状体の周端部が内側に配置される溝と、
　前記縦フレームと前記横フレームとで形成される角部において、前記縦フレームの端部と前記横フレームの端部とを接続する接続部材が内側に配置される接続溝と、
を有し、
　前記溝が、前記板状体の厚み方向である幅方向の一端側に位置して前記縦フレームおよび前記横フレームの長手方向に延在するとともに、
　前記接続溝が、前記幅方向の他端側に位置して前記縦フレームおよび前記横フレームの長手方向に延在するパネル構造体、
を採用する。
　これにより、矩形輪郭とされるパネル構造体において、板状体よりも外側から板状体の厚み方向視して、板状体が視認者に近接する位置にあるため、板状体を厚さ方向の反対側を視認可能なガラス等からなるものとした際に、縦フレームおよび横フレームに比べて、板状体の視認状態を向上することができる。さらに、板状体周縁部で縦フレームおよび横フレームが板状体を覆う額縁部分として認識される領域を狭くすることで、さらに、意匠性を向上することができる。また、額縁部分として認識される領域を狭くした場合であっても、強度を呈する接続溝側の寸法を、額縁部分を形成する溝の寸法とは関係なく設定することができるため、額縁部分よりも接続溝付近を太くすることが可能となる。これにより、充分な強度を維持して、かつ、ガラス等の質感を充分にアピール可能なデザイン性、意匠性に優れたパネル構造体とすることができる。 In order to solve the above problems, the present invention provides, as a first aspect,
A panel structure in which a vertical frame and a horizontal frame are provided around a rectangular contour plate-shaped body,
The vertical frame and the horizontal frame,
A groove in which the peripheral end portion of the plate-shaped body is arranged inside,
In a corner formed by the vertical frame and the horizontal frame, a connection groove in which a connecting member that connects the end of the vertical frame and the end of the horizontal frame is arranged inside,
Have
While the groove is located at one end side in the width direction that is the thickness direction of the plate-shaped body and extends in the longitudinal direction of the vertical frame and the horizontal frame,
A panel structure in which the connection groove is located on the other end side in the width direction and extends in the longitudinal direction of the vertical frame and the horizontal frame,
To adopt.
As a result, in a panel structure having a rectangular contour, when viewed from the outside of the plate-like body in the thickness direction of the plate-like body, the plate-like body is located near the viewer. When the opposite side of the direction is made of visible glass or the like, it is possible to improve the visible state of the plate-shaped body as compared with the vertical frame and the horizontal frame. Further, by narrowing the area where the vertical frame and the horizontal frame are recognized as the frame portion that covers the plate-shaped body at the peripheral portion of the plate-shaped body, the designability can be further improved. Even when the area recognized as the frame portion is narrowed, the dimension of the connection groove side that exhibits strength can be set independently of the dimension of the groove that forms the frame portion. It is also possible to thicken the vicinity of the connection groove. Accordingly, it is possible to obtain a panel structure that has sufficient designability and design while maintaining sufficient strength and capable of sufficiently appealing the texture of glass or the like.
　また、本発明は、第２の態様として、上記第１の態様のパネル構造体において、前記縦フレームおよび前記横フレームは、前記溝が設けられた前記幅方向の一端側の部材高さが、前記接続溝が設けられた前記幅方向の他端側の部材高さよりも低くてもよい。言い換えると、前記板状体の主面中心から周端部に向かう方向において、前記溝の開口端（縁部端）が、前記接続溝の開口端（縁部端）よりも前記板状体の主面中心から離間していてもよい。
　これにより、外側から視認した際に、前記板状体の主面中心から周端部に向かう方向において、ガラス等からなる板状体の面領域を、フレームの面領域よりも細くすることができるため、接続溝の位置に対応する強度を維持する縦フレーム、横フレームの径寸法を大きくし、ガラス等の意匠性をになう板状体を支持する溝の位置をパネル構造体の縁部外側に配置することができ、板状体の視認状態を向上することができる。これにより、充分な強度を維持して、かつ、ガラス等の質感を充分にアピール可能なデザイン性、意匠性に優れたパネル構造体とすることができる。 Further, as a second aspect of the present invention, in the panel structure according to the first aspect, the vertical frame and the horizontal frame have a member height on the one end side in the width direction in which the groove is provided, The height may be lower than the member height on the other end side in the width direction in which the connection groove is provided. In other words, in the direction from the center of the main surface of the plate-shaped body toward the peripheral end, the opening end (edge portion end) of the groove is larger than the opening end (edge portion end) of the connection groove. It may be separated from the center of the main surface.
Thereby, when viewed from the outside, the surface area of the plate-shaped body made of glass or the like can be made thinner than the surface area of the frame in the direction from the center of the main surface of the plate-shaped body toward the peripheral end. Therefore, by increasing the diameter of the vertical frame and the horizontal frame that maintain the strength corresponding to the position of the connection groove, the position of the groove that supports the plate-like body that becomes a designable material such as glass is positioned at the edge of the panel structure. It can be arranged on the outside, and the visibility of the plate-shaped body can be improved. Accordingly, it is possible to obtain a panel structure that has sufficient designability and design while maintaining sufficient strength and capable of sufficiently appealing the texture of glass or the like.
　また、本発明は、第３の態様として、上記第１の態様のパネル構造体において、前記縦フレームおよび前記横フレームは、前記接続溝の底部が、前記溝の底部に対して、当該縦フレームまたは横フレームが設けられた前記板状体の周端部よりも前記板状体の主面中心側に配されていてもよい。言い換えると、前記板状体の主面中心から周端部に向かう方向において、前記溝の底部が、前記接続溝の底部よりも前記板状体の主面中心から離間していてもよい。
　これにより、接続溝の位置に対応する強度を維持する縦フレーム、横フレームの径寸法を大きくし、ガラス等の意匠性をになう板状体を支持する溝の位置をパネル構造体の縁部外側に配置することができ、板状体の視認状態を向上することができる。これにより、充分な強度を維持して、かつ、ガラス等の質感を充分にアピール可能なデザイン性、意匠性に優れたパネル構造体とすることができる。 As a third aspect of the present invention, in the panel structure according to the first aspect, in the vertical frame and the horizontal frame, a bottom portion of the connection groove is different from a bottom portion of the groove in the vertical frame. Alternatively, it may be arranged closer to the center side of the main surface of the plate-shaped body than the peripheral end portion of the plate-shaped body provided with the horizontal frame. In other words, the bottom of the groove may be farther from the center of the main surface of the plate than the bottom of the connection groove in the direction from the center of the main surface of the plate to the peripheral end.
As a result, the vertical frame and horizontal frame that maintain the strength corresponding to the position of the connecting groove are increased in diameter, and the position of the groove that supports the plate-like body such as glass that has a good design is adjusted to the edge of the panel structure. It can be arranged outside the section, and the visual state of the plate-shaped body can be improved. Accordingly, it is possible to obtain a panel structure that has sufficient designability and design while maintaining sufficient strength and capable of sufficiently appealing the texture of glass or the like.
　また、本発明は、第４の態様として、上記第１の態様のパネル構造体において、前記縦フレームおよび前記横フレームは、前記接続溝の底部が、前記溝の前記幅方向一端側の開口端よりも前記板状体の主面中心側に配されていてもよい。言い換えると、前記板状体の主面中心から周端部に向かう方向において、前記溝の開口端（縁部端）が、前記接続溝の底部よりも前記板状体の主面中心から離間していてもよい。
　これにより、接続溝の位置に対応する強度を維持する縦フレーム、横フレームの径寸法を大きくし、ガラス等の意匠性をになう板状体を支持する溝の位置をパネル構造体の縁部外側に配置することができ、板状体の視認状態を向上することができる。これにより、充分な強度を維持して、かつ、ガラス等の質感を充分にアピール可能なデザイン性、意匠性に優れたパネル構造体とすることができる。 Further, according to a fourth aspect of the present invention, in the panel structure according to the first aspect, in the vertical frame and the horizontal frame, a bottom portion of the connection groove has an opening end on the width direction one end side of the groove. May be arranged closer to the center side of the main surface of the plate-shaped body. In other words, in the direction from the center of the main surface of the plate-shaped body toward the peripheral end, the opening end (edge end) of the groove is separated from the center of the main surface of the plate-shaped body rather than the bottom of the connection groove. May be.
As a result, the vertical frame and horizontal frame that maintain the strength corresponding to the position of the connecting groove are increased in diameter, and the position of the groove that supports the plate-like body such as glass that has a good design is adjusted to the edge of the panel structure. It can be arranged outside the section, and the visual state of the plate-shaped body can be improved. Accordingly, it is possible to obtain a panel structure that has sufficient designability and design while maintaining sufficient strength and capable of sufficiently appealing the texture of glass or the like.
　また、本発明は、第５の態様として、上記第１～４のいずれか１つの態様のパネル構造体において、前記接続部材が前記縦フレームおよび前記横フレームの長手方向にそれぞれ延在する部分を有し、前記接続溝の開口を覆うキャップ部材によって、前記接続部材が覆われてもよい。
　これにより、例えばＬ字金具とされる接続部材により、縦フレームと横フレームとを強固に接続して、パネル構造体としての強度を向上することが可能となる。 Further, as a fifth aspect of the present invention, in the panel structure according to any one of the first to fourth aspects, a portion in which the connecting member extends in the longitudinal direction of the vertical frame and the horizontal frame, respectively. The connection member may be covered with a cap member that has and covers the opening of the connection groove.
This makes it possible to firmly connect the vertical frame and the horizontal frame with the connecting member, which is an L-shaped metal fitting, and to improve the strength of the panel structure.
　また、本発明は、第６の態様として、上記第１～５の態様のいずれか１つのパネル構造体において、前記縦フレームおよび前記横フレームのうち、一方の端部には、他方の前記接続溝の底部に当接する突き当たり部と、他方の前記接続溝の開口端（縁部端）に対応した切欠部とが設けられてもよい。
　これにより、縦フレームと横フレームとの溝部の内側にガラス等の板状体の周端部を位置して、一方の突き当たり部を他方の接続溝に突き当てることで、組み立て時におけるハンドリング例を向上できるとともに、組み立てた縦フレームと横フレームとからなる枠における強度を向上することができる。 As a sixth aspect of the present invention, in the panel structure according to any one of the first to fifth aspects, one end of the vertical frame and the horizontal frame has the other connection. An abutting portion that comes into contact with the bottom portion of the groove and a notch portion that corresponds to the opening end (edge portion end) of the other connection groove may be provided.
Thereby, by positioning the peripheral end portion of the plate-like body such as glass inside the groove portion of the vertical frame and the horizontal frame, and abutting one abutting portion against the other connecting groove, a handling example at the time of assembly In addition to being able to improve the strength, the strength of the frame composed of the assembled vertical frame and horizontal frame can be improved.
　また、本発明は、第７の態様として、上記第６の態様のパネル構造体において、前記他方の接続溝の開口端（縁部端）に対応した前記切欠部のうち、前記板状体の厚さ方向において前記溝側に位置する外側切欠部が、前記板状体の厚さ方向において前記接続溝側に位置する内側切欠部よりも、前記板状体の厚さ方向における寸法が大きくなるように形成されてもよい。
　このように、切欠部を設けることで、突き当たり部を接続溝の底部に突き当てる際に、接続溝の縁端部を避けて突き当てる必要がなくなる。これにより、組み立て字の縦フレームと横フレームとのハンドリング性を向上し、組み立て作業時間を短縮することができる。
　また、突き当たり部の両側に位置する切欠部の幅方向寸法が異なるように設定されることにより、突き当たり部を形成する際に、切削工具等を容易に用いるようにすることができ、製造時間を短縮して、製造容易性を向上することができる。 Further, according to a seventh aspect of the present invention, in the panel structure according to the sixth aspect, among the cutout portions corresponding to the open ends (edge ends) of the other connection groove, the plate-shaped body is provided. The outer notch located on the groove side in the thickness direction has a larger dimension in the thickness direction of the plate than the inner notch located on the connection groove side in the thickness of the plate. May be formed as follows.
By providing the cutout portion in this manner, when the abutting portion is abutted against the bottom portion of the connection groove, it is not necessary to avoid the edge portion of the connection groove and abut. As a result, the handleability of the vertical frame and the horizontal frame of the assembled character can be improved, and the assembly work time can be shortened.
Further, by setting the widthwise dimensions of the notches located on both sides of the abutting portion to be different, it is possible to easily use a cutting tool or the like when forming the abutting portion, which reduces the manufacturing time. It can be shortened and manufacturability can be improved.
　また、本発明は、第８の態様として、
　空間に設けられ、該空間内に内部空間を形成するための空間構成用構造体であって、
　前記空間内における前記内部空間の境界に配置された支柱フレームと、
　前記支柱フレームの上端部に連結された複数の梁フレームと、
　前記支柱フレームと前記梁フレームとで形成された側部と、
を備え、
　前記側部には、上記第１～７のいずれか１つに記載のパネル構造体を備え、
　前記側部において、前記接続溝が前記内部空間側に配置され、前記溝が外側に配置される空間構成用構造体、
を採用してもよい。
　これにより、空間構成用構造体が他の構造物とは独立に設置された際に、板状体が外から視認する視認者側に近接する表面位置にあるため、縦フレームおよび横フレームに比べて、ガラス等とされた板状体の視認状態を向上することができる。さらに、板状体周縁部で縦フレームおよび横フレームが板状体を覆う額縁部分として認識される領域を狭くすることで、さらに、デザイン性、意匠容易性を向上することができる。また、額縁部分として認識される領域を狭くした場合であっても、強度を呈する縦フレームや横フレーム側の寸法を、額縁部分を形成する溝の寸法とは関係なく設定することができるため、額縁部分よりも接続溝付近を太くすることが可能となる。これにより、充分な強度を維持して、かつ、ガラス等の質感を充分にアピール可能なデザイン性、意匠性に優れた空間構成用構造体とすることができる。 The present invention also provides, as an eighth aspect,
A space-forming structure provided in a space for forming an internal space in the space,
A support frame arranged at the boundary of the internal space in the space,
A plurality of beam frames connected to the upper end of the pillar frame,
A side portion formed by the pillar frame and the beam frame,
Equipped with
The side portion is provided with the panel structure according to any one of the above first to seventh,
In the side portion, the connection groove is arranged on the inner space side, and the groove is arranged on the outside, a space constituting structure.
May be adopted.
As a result, when the space-constituting structure is installed independently of other structures, the plate-like body is located at a surface position close to the viewer who is visually recognized from the outside. As a result, it is possible to improve the visual recognition state of the plate-shaped body made of glass or the like. Furthermore, by narrowing the region where the vertical frame and the horizontal frame are recognized as the frame portion that covers the plate-shaped body at the peripheral portion of the plate-shaped body, it is possible to further improve the designability and design ease. Further, even when the area recognized as the frame portion is narrowed, the dimensions of the vertical frame and the horizontal frame that exhibit strength can be set independently of the dimensions of the groove forming the frame portion. It is possible to make the vicinity of the connection groove thicker than the frame portion. This makes it possible to provide a space-constituting structure that maintains sufficient strength and is capable of sufficiently appealing the texture of glass or the like and has excellent designability and design.
　また、本発明は、第９の態様として、上記第８の態様の空間構成用構造体は、前記空間内に設けられ、前記空間から隔離して前記内部空間内で特定の作業を行うためのワークブースであってもよい。
　これにより、空間構成用構造体の外側である空間から、内部空間を隔離して、内部空間における作業環境を所望の状態に設定してこれを管理することができる。 Further, according to a ninth aspect of the present invention, the space constituting structure according to the eighth aspect is provided in the space, and is isolated from the space to perform a specific work in the internal space. It may be a work booth.
This makes it possible to isolate the internal space from the space outside the space structure structure, set the work environment in the internal space to a desired state, and manage the work environment.
　本発明によれば、充分な強度を有し、かつ、板状体の視認状態を向上してデザイン性、意匠性に優れたパネル構造体、空間構成用構造体を提供することができる。 According to the present invention, it is possible to provide a panel structure and a space structure structure that have sufficient strength and that improve the visibility of the plate-shaped body and are excellent in design and design.
本発明に係るパネル構造体の第１実施形態を示す斜視図である。It is a perspective view showing a 1st embodiment of a panel structure concerning the present invention. 本発明に係るパネル構造体の第１実施形態の角部を示す分解斜視図である。It is an exploded perspective view showing a corner of a 1st embodiment of a panel structure concerning the present invention. 本発明に係るパネル構造体の第１実施形態における突き当たり部を示す斜視図である。It is a perspective view which shows the abutting part in 1st Embodiment of the panel structure body which concerns on this invention. 本発明に係るパネル構造体の第１実施形態の角部における突き当て状態を示す斜視図である。It is a perspective view which shows the abutting state in the corner | angular part of 1st Embodiment of the panel structure body which concerns on this invention. 本発明に係るパネル構造体の第１実施形態の角部を図４とは異なる角度で見た斜視図である。It is the perspective view which looked at the corner of a 1st embodiment of the panel structure concerning the present invention from an angle different from Drawing 4. 本発明に係るパネル構造体の第１実施形態の角部付近におけるキャップ部材を示す斜視図である。It is a perspective view showing a cap member near a corner of a 1st embodiment of a panel structure concerning the present invention. 本発明に係る空間構成用構造体の第２実施形態を示す斜視図である。It is a perspective view showing a 2nd embodiment of the structure for space composition concerning the present invention. 本発明に係る空間構成用構造体の第２実施形態におけるコーナー部を拡大した斜視図である。It is the perspective view which expanded the corner part in 2nd Embodiment of the space structure structure which concerns on this invention. 本発明に係る空間構成用構造体の第２実施形態におけるコーナー部を図８Ａとは異なる方向から拡大した斜視図である。It is a perspective view which expanded the corner part in 2nd Embodiment of the space structure structure which concerns on this invention from the direction different from FIG. 8A. 本発明に係る空間構成用構造体の第２実施形態におけるパネル構造体および梁フレームを示す図７における矢視断面図である。FIG. 8 is a sectional view taken along the arrow in FIG. 7 showing a panel structure and a beam frame in a second embodiment of the space constituting structure according to the present invention. 本発明に係る空間構成用構造体の第２実施形態における支柱フレームを示す平面図である。It is a top view which shows the support | pillar frame in 2nd Embodiment of the space structure structure which concerns on this invention. 本発明に係る空間構成用構造体の第２実施形態における連結部材を示す斜視図である。It is a perspective view showing a connecting member in a 2nd embodiment of a structure for space composition concerning the present invention. 本発明に係る空間構成用構造体の第２実施形態における連結部材を連結した状態を示す斜視図である。It is a perspective view showing the state where the connecting member in a 2nd embodiment of the structure for space composition concerning the present invention was connected. 本発明に係る空間構成用構造体の第２実施形態におけるカバー部材を示す斜視図である。It is a perspective view which shows the cover member in 2nd Embodiment of the space structure structure which concerns on this invention. 本発明に係る空間構成用構造体の第２実施形態におけるパネル構造体および支柱フレームを示す平断面図である。It is a plane sectional view showing a panel structure and a pillar frame in a 2nd embodiment of a structure for space composition concerning the present invention.
　以下、本発明に係るパネル構造体の第１実施形態を、図面に基づいて説明する。
　図１は、本実施形態におけるパネル構造体を示す斜視図であり、図において、符号１００は、パネル構造体である。 Hereinafter, a first embodiment of a panel structure according to the present invention will be described with reference to the drawings.
FIG. 1 is a perspective view showing a panel structure in the present embodiment, and in the figure, reference numeral 100 is a panel structure.
　本実施形態に係るパネル構造体１００は、図１に示すように、矩形輪郭の板状体１０１と、板状体１０１の周囲に設けられた縦フレーム１１０および横フレーム１２０と、底フレーム１２０Ａと、を有する。 As shown in FIG. 1, the panel structure 100 according to the present embodiment includes a rectangular outline plate-like body 101, a vertical frame 110 and a horizontal frame 120 provided around the plate-like body 101, and a bottom frame 120A. With.
　板状体１０１は、矩形輪郭の平板とされ、例えばガラス等の透明材とされている。
　縦フレーム１１０と横フレーム１２０とは、略同一の断面形状を有する棒状とされ、例えば、アルミニウム合金等の金属を押し出し成形して形成される。
　縦フレーム１１０は、長手方向が略鉛直方向となるように板状体１０１の縦辺に延在し、横フレーム１２０は、長手方向が略水平方向となるように板状体１０１の天辺に延在している。
　底フレーム１２０Ａは、後述するように、上下方向の寸法の異なる部分を有する以外は縦フレーム１１０と横フレーム１２０と略同一の断面形状を有するものとされる。 The plate-like body 101 is a rectangular flat plate and is made of a transparent material such as glass.
The vertical frame 110 and the horizontal frame 120 are rod-shaped and have substantially the same cross-sectional shape, and are formed by extruding a metal such as an aluminum alloy.
The vertical frame 110 extends on the vertical side of the plate body 101 so that the longitudinal direction is substantially vertical, and the horizontal frame 120 extends on the top side of the plate body 101 so that the longitudinal direction is substantially horizontal. Existence
As will be described later, the bottom frame 120A has substantially the same cross-sectional shape as the vertical frame 110 and the horizontal frame 120 except that the bottom frame 120A has portions having different vertical sizes.
　図２は、本実施形態におけるパネル構造体における角部を示す分解斜視図である。
　縦フレーム１１０は、図２に示すように、板状体１０１に面した位置に板状体１０１の周端部を内側に位置する溝１１１と、この溝１１１に隣接して横フレーム１２０との接続部材を内側に位置する接続溝１１２と、を有する。
　溝１１１は、縦フレーム１１０における幅方向の一端側である視認方向Ｓの外側位置、接続溝１１２は、縦フレーム１１０における幅方向の他端側である視認方向Ｓの内側位置にそれぞれ配置される。
　縦フレーム１１０は、板状体１０１の両側となるそれぞれの鉛直方向縦辺において、互いに溝１１１および接続溝１１２が対向するように配置される。 FIG. 2 is an exploded perspective view showing the corners of the panel structure according to this embodiment.
As shown in FIG. 2, the vertical frame 110 includes a groove 111 located inside the peripheral end of the plate-shaped body 101 at a position facing the plate-shaped body 101, and a horizontal frame 120 adjacent to the groove 111. A connecting groove located inside the connecting member.
The groove 111 is arranged at an outer position in the visible direction S which is one end side in the width direction of the vertical frame 110, and the connection groove 112 is arranged at an inner position in the visible direction S which is the other end side in the width direction of the vertical frame 110. .
The vertical frame 110 is arranged so that the groove 111 and the connection groove 112 are opposed to each other on each vertical vertical side on both sides of the plate body 101.
　縦フレーム１１０は、外板部１１３と、溝外部１１４と、接続溝内部１１５と、接続溝外部１１６と、接続溝底部１１７と、を有する。
　外板部１１３は、パネル構造体１００の外周面となる板体とされる。外板部１１３の幅寸法は、板状体１０１の厚さ方向におけるパネル構造体１００の厚さ寸法と等しく形成されている。
　外板部１１３は、その外面１１３ｃが主面中心Ｃｇから周端部に向かう方向における外側に位置している。 The vertical frame 110 has an outer plate portion 113, a groove outer portion 114, a connection groove inner portion 115, a connection groove outer portion 116, and a connection groove bottom portion 117.
The outer plate portion 113 is a plate body that is an outer peripheral surface of the panel structure 100. The width dimension of the outer plate portion 113 is formed to be equal to the thickness dimension of the panel structure 100 in the thickness direction of the plate body 101.
The outer surface 113c of the outer plate portion 113 is located outside in the direction from the center Cg of the main surface toward the peripheral end portion.
　溝外部１１４は、板状体１０１の主面中心Ｃｇから周端部に向かう方向、つまり、板状体１０１の表面と平行な板体とされ、外板部１１３における板状体１０１の厚さ方向の一端部で、縦フレーム１１０の長手方向の全長にわたって設けられる。
　接続溝内部１１５は、板状体１０１の表面と平行な板体とされ、外板部１１３における板状体１０１の厚さ方向の他端部で長手方向の全長にわたって設けられる。 The groove outer portion 114 is a plate body parallel to the surface of the plate-shaped body 101, that is, in the direction from the center Cg of the main surface of the plate-shaped body 101 toward the peripheral end, and the thickness of the plate-shaped body 101 in the outer plate portion 113. One end of the vertical frame 110 is provided over the entire length of the vertical frame 110 in the longitudinal direction.
The connection groove interior 115 is a plate body parallel to the surface of the plate body 101, and is provided at the other end of the outer plate portion 113 in the thickness direction of the plate body 101 over the entire length in the longitudinal direction.
　接続溝外部１１６は、板状体１０１の表面と平行な板体とされ、板状体１０１の厚さ方向における溝外部１１４と接続溝内部１１５との間で、縦フレーム１１０の長手方向の全長にわたって設けられる。 The connection groove exterior 116 is a plate parallel to the surface of the plate body 101, and the total length in the longitudinal direction of the vertical frame 110 is between the groove exterior 114 and the connection groove interior 115 in the thickness direction of the plate body 101. It is provided over.
　接続溝底部１１７は、外板部１１３と平行な板体とされ、板状体１０１の厚さ方向における接続溝内部１１５と接続溝外部１１６との間に外板部１１３よりも板状体１０１の面中心側に近接して、縦フレーム１１０の長手方向の全長にわたって架設される。 The connection groove bottom portion 117 is a plate body parallel to the outer plate portion 113, and is located between the connection groove inner portion 115 and the connection groove outer portion 116 in the thickness direction of the plate body 101 rather than the outer plate portion 113. Is installed over the entire length of the vertical frame 110 in the longitudinal direction in the vicinity of the center of the plane.
　縦フレーム１１０においては、溝外部１１４と接続溝外部１１６と外板部１１３とで囲まれた部分が、溝１１１を形成している。また、縦フレーム１１０においては、接続溝内部１１５と接続溝底部１１７と接続溝外部１１６とで囲まれた部分が、接続溝１１２を形成している。
　縦フレーム１１０においては、外板部１１３と接続溝内部１１５と接続溝底部１１７と接続溝外部１１６とで囲まれた部分が断面矩形のパイプ状となり、縦フレーム１１０の強度を主に担う部分となっている。 In the vertical frame 110, the portion surrounded by the groove outer portion 114, the connection groove outer portion 116, and the outer plate portion 113 forms the groove 111. Further, in the vertical frame 110, a portion surrounded by the inside 115 of the connecting groove, the bottom 117 of the connecting groove, and the outside 116 of the connecting groove forms the connecting groove 112.
In the vertical frame 110, a portion surrounded by the outer plate portion 113, the inside of the connecting groove 115, the connecting groove bottom 117 and the outside of the connecting groove 116 has a rectangular pipe shape in cross section, and is mainly responsible for the strength of the vertical frame 110. Has become.
　縦フレーム１１０においては、外板部１１３の厚さ方向、つまり、板状体１０１の表面と平行な方向において、外板部１１３の内面１１３ｄから溝外部１１４の先端１１４ａまでの距離が、溝１１１の深さ寸法となる。すなわち、溝外部１１４の先端１１４ａは、溝１１１の開口端（縁部端）となっている。
　ここで、外板部１１３の外面１１３ｃから内面１１３ｄまでの寸法、つまり、外板部１１３の厚さ寸法と溝１１１の深さ寸法とを合わせて、溝外部１１４の高さ寸法（高さ）Ｔｇとする。
　また、外板部１１３において、溝外部１１４と接続溝外部１１６とで挟まれた部分（内面）１１３ｄが、溝１１１の底部となっている。 In the vertical frame 110, in the thickness direction of the outer plate portion 113, that is, in the direction parallel to the surface of the plate-shaped body 101, the distance from the inner surface 113d of the outer plate portion 113 to the tip 114a of the groove outer 114 is the groove 111. It becomes the depth dimension. That is, the tip 114a of the groove outer portion 114 is the opening end (edge of the groove) of the groove 111.
Here, the dimension from the outer surface 113c to the inner surface 113d of the outer plate portion 113, that is, the thickness dimension of the outer plate portion 113 and the depth dimension of the groove 111 are combined to obtain the height dimension (height) of the groove outer portion 114. Tg.
Further, in the outer plate portion 113, a portion (inner surface) 113d sandwiched between the groove outer portion 114 and the connection groove outer portion 116 is the bottom portion of the groove 111.
　縦フレーム１１０において、外板部１１３は、溝１１１の底部となる領域（内面）１１３ｄが、接続溝１１２に対応する領域１１３ｅ、つまり、接続溝内部１１５と接続溝底部１１７と接続溝外部１１６とともにパイプ状に形成される領域１１３ｅに比べて、厚くなるように形成されている。 In the vertical frame 110, in the outer plate portion 113, a region (inner surface) 113d that is the bottom of the groove 111 corresponds to the region 113e corresponding to the connection groove 112, that is, the connection groove inner portion 115, the connection groove bottom portion 117, and the connection groove outer portion 116. It is formed to be thicker than the pipe-shaped region 113e.
　縦フレーム１１０においては、外板部１１３の厚さ方向、つまり、板状体１０１の表面と平行な方向において、接続溝底部１１７の内面１１７ｅから接続溝内部１１５の先端１１５ａまでの距離が、接続溝１１２の深さ寸法となる。同様に、外板部１１３の厚さ方向、つまり、板状体１０１の表面と平行な方向において、接続溝底部１１７の内面１１７ｅから接続溝外部１１６の先端１１６ａまでの距離が、接続溝１１２の深さ寸法となる。
　外板部１１３の外面１１３ｃから接続溝内部１１５の先端１１５ａまでの寸法を、接続溝内部１１５の高さ寸法（高さ）Ｔｓとする。 In the vertical frame 110, in the thickness direction of the outer plate portion 113, that is, in the direction parallel to the surface of the plate-like body 101, the distance from the inner surface 117e of the connection groove bottom portion 117 to the tip 115a of the inside of the connection groove 115 is It becomes the depth dimension of the groove 112. Similarly, in the thickness direction of the outer plate portion 113, that is, in the direction parallel to the surface of the plate-like body 101, the distance from the inner surface 117e of the connection groove bottom 117 to the tip 116a of the connection groove outer portion 116 is equal to that of the connection groove 112. Depth dimension.
The dimension from the outer surface 113c of the outer plate portion 113 to the tip 115a of the inside 115 of the connection groove is defined as the height dimension (height) Ts of the inside 115 of the connection groove.
　すなわち、接続溝内部１１５の先端１１５ａと、接続溝外部１１６の先端１１６ａとは、接続溝１１２の開口端（縁部端）となっている。
　接続溝内部１１５と接続溝外部１１６とで挟まれた接続溝底部１１７は、接続溝１１２の底部となっている。 That is, the tip 115 a of the inside 115 of the connection groove and the tip 116 a of the outside 116 of the connection groove are the open ends (edges) of the connection groove 112.
The connection groove bottom 117 sandwiched between the connection groove inside 115 and the connection groove outside 116 is the bottom of the connection groove 112.
　縦フレーム１１０においては、外板部１１３の厚さ方向、つまり、板状体１０１の主面中心Ｃｇから周端部に向かう方向、言い換えると、板状体１０１の表面と平行な方向において、外板部１１３から溝外部１１４の先端１１４ａまでの距離は、外板部１１３から接続溝底部１１７までの距離よりも小さい。つまり、溝外部１１４の高さ寸法（高さ）Ｔｇが接続溝内部１１５の高さ寸法（高さ）Ｔｓよりも低い。
　また、外板部１１３の厚さ方向において、外板部１１３から接続溝底部１１７までの距離は、外板部１１３から接続溝内部１１５の先端１１５ａまでの距離よりも小さい。 In the vertical frame 110, in the thickness direction of the outer plate portion 113, that is, in the direction from the center Cg of the main surface of the plate-shaped body 101 toward the peripheral end, in other words, in the direction parallel to the surface of the plate-shaped body 101, The distance from the plate portion 113 to the tip 114 a of the groove outer portion 114 is smaller than the distance from the outer plate portion 113 to the connection groove bottom portion 117. That is, the height dimension (height) Tg of the groove outer portion 114 is lower than the height dimension (height) Ts of the connection groove inner portion 115.
Further, in the thickness direction of the outer plate portion 113, the distance from the outer plate portion 113 to the connection groove bottom portion 117 is smaller than the distance from the outer plate portion 113 to the tip 115a of the inside of the connection groove 115.
　また、外板部１１３の厚さ方向において、外板部１１３から接続溝底部１１７までの距離は、外板部１１３から接続溝外部１１６の先端１１６ａまでの距離よりも小さい。
　本実施形態においては、外板部１１３の厚さ方向で、外板部１１３から接続溝内部１１５の先端１１５ａまでの距離と、外板部１１３から接続溝外部１１６の先端１１６ａまでの距離とは、略等しく設定される。 Further, in the thickness direction of the outer plate portion 113, the distance from the outer plate portion 113 to the connection groove bottom portion 117 is smaller than the distance from the outer plate portion 113 to the tip 116a of the outside of the connection groove 116.
In the present embodiment, in the thickness direction of the outer plate portion 113, the distance from the outer plate portion 113 to the tip 115a of the inside of the connection groove 115 and the distance from the outer plate portion 113 to the tip 116a of the outside of the connection groove 116. , Are set to be substantially equal.
　したがって、縦フレーム１１０において、溝１１１と接続溝１１２とは、接続溝外部１１６を挟んで隣接している。 Therefore, in the vertical frame 110, the groove 111 and the connection groove 112 are adjacent to each other with the connection groove outside 116 interposed therebetween.
　縦フレーム１１０では、板状体１０１の主面中心Ｃｇから周端部に向かう方向において、溝１１１の開口端（縁部端）である溝外部１１４の先端１１４ａが、接続溝１１２の開口端（縁部端）である接続溝内部１１５の先端１１５ａおよび接続溝外部１１６の先端１１６ａよりも、板状体１０１の主面中心Ｃｇから離間している。言い換えると、溝１１１の開口端（縁部端）である溝外部１１４の先端１１４ａは、接続溝１１２の開口端（縁部端）である接続溝内部１１５の先端１１５ａおよび接続溝外部１１６の先端１１６ａよりも、縦フレーム１１０の主面中心Ｃｇから周縁外側に向けて離間した位置にある。 In the vertical frame 110, in the direction from the center Cg of the main surface of the plate-shaped body 101 toward the peripheral end, the tip 114a of the groove outside 114, which is the opening end (edge end) of the groove 111, is opened at the opening end of the connection groove 112 ( The tip end 115a of the inside 115 of the connection groove and the tip 116a of the outside 116 of the connection groove, which are the edge portions), are farther from the center Cg of the principal surface of the plate-like body 101. In other words, the tip 114a of the groove outside 114, which is the open end (edge end) of the groove 111, is the tip 115a of the inside 115 of the connection groove and the tip of the outside 116 of the connection groove, which is the open end (edge end) of the connection groove 112. It is located farther from the center Cg of the main surface of the vertical frame 110 than the 116a toward the outer periphery.
　また、縦フレーム１１０では、板状体１０１の主面中心Ｃｇから周端部に向かう方向において、溝１１１の底部である外板部１１３が、接続溝１１２の底部である接続溝底部１１７よりも、板状体１０１の主面中心Ｃｇから離間している。
　つまり、接続溝１１２の底部である接続溝底部１１７が、溝１１１の底部に対して板状体１０１の主面中心Ｃｇに近い配置とされる。 Further, in the vertical frame 110, the outer plate portion 113, which is the bottom portion of the groove 111, is larger than the connection groove bottom portion 117, which is the bottom portion of the connection groove 112, in the direction from the center Cg of the main surface of the plate-shaped body 101 toward the peripheral end portion. , Is separated from the center Cg of the main surface of the plate-like body 101.
That is, the connection groove bottom 117, which is the bottom of the connection groove 112, is arranged closer to the center Cg of the principal surface of the plate-like body 101 than the bottom of the groove 111.
　また、縦フレーム１１０では、板状体１０１の主面中心Ｃｇから周端部に向かう方向において、溝１１１の開口端（縁部端）である溝外部１１４の先端１１４ａが、接続溝１１２の底部である接続溝底部１１７よりも、板状体１０１の主面中心Ｃｇから離間している。 Further, in the vertical frame 110, in the direction from the center Cg of the main surface of the plate-shaped body 101 toward the peripheral end, the tip 114 a of the groove outside 114, which is the open end (edge end) of the groove 111, is the bottom of the connection groove 112. It is farther from the main surface center Cg of the plate-like body 101 than the connection groove bottom 117.
　縦フレーム１１０の上端部は、図２に示すように、外板部１１３と、溝外部１１４と、接続溝内部１１５と、接続溝外部１１６と、接続溝底部１１７とがいずれも面一となる端面１１０ｂを形成している。縦フレーム１１０の端面１１０ｂは、水平方向に延在する平面となるように形成される。 As shown in FIG. 2, at the upper end of the vertical frame 110, the outer plate portion 113, the groove outside 114, the connection groove inside 115, the connection groove outside 116, and the connection groove bottom 117 are all flush with each other. The end surface 110b is formed. The end surface 110b of the vertical frame 110 is formed to be a flat surface extending in the horizontal direction.
　横フレーム１２０は、縦フレーム１１０と略同一の断面形状を有する。このため、図における符号を１１０番代から１２０番代に読みかえればよい。 The horizontal frame 120 has substantially the same cross-sectional shape as the vertical frame 110. Therefore, the reference numerals in the figure should be read from the 110th generation to the 120th generation.
　図３は、本実施形態におけるパネル構造体における突き当たり部を示す斜視図である。
　横フレーム１２０は、図２，図３に示すように、外板部１２３と、溝外部１２４と、接続溝内部１２５と、接続溝外部１２６と、接続溝底部１２７と、を有し、先端１２４ａ，１２５ａ，１２６ａも、縦フレーム１１０と同様に長さ寸法が設定されている。 FIG. 3 is a perspective view showing an abutting portion in the panel structure according to the present embodiment.
As shown in FIGS. 2 and 3, the horizontal frame 120 has an outer plate portion 123, a groove outer portion 124, a connection groove inner portion 125, a connection groove outer portion 126, and a connection groove bottom portion 127, and a tip 124a. , 125a and 126a have the same length dimension as the vertical frame 110.
　横フレーム１２０は、パネル構造体１００の角部において、縦フレーム１１０と接続される端部に、端面１２０ｂから縦フレーム１１０と離間する方向に形成された内側切欠部（切欠部）１２８、外側切欠部（切欠部）１２９を有する。 The horizontal frame 120 includes an inner cutout portion (cutout portion) 128 and an outer cutout portion formed at a corner portion of the panel structure 100 at an end portion connected to the vertical frame 110 in a direction away from the vertical frame 110 from the end surface 120b. It has a part (notch part) 129.
　内側切欠部（切欠部）１２８は、板状体１０１の厚さ方向において接続溝内部１１５に対応した位置に配置される。内側切欠部（切欠部）１２８の奥部１２８ｂは、接続溝内部１１５の先端１１５ａに当接するように形成される。
　外側切欠部（切欠部）１２９は、板状体１０１の厚さ方向において接続溝外部１１６に対応した位置に配置される。外側切欠部（切欠部）１２９の奥部１２９ｂは、接続溝外部１１６の先端１１６ａに当接するように形成される。 The inner notch portion (notch portion) 128 is arranged at a position corresponding to the inside 115 of the connection groove in the thickness direction of the plate body 101. The inner part 128b of the inner cutout part (cutout part) 128 is formed so as to abut the tip 115a of the inside 115 of the connection groove.
The outer cutout portion (cutout portion) 129 is arranged at a position corresponding to the outside 116 of the connection groove in the thickness direction of the plate body 101. An inner portion 129b of the outer cutout portion (cutout portion) 129 is formed so as to abut the tip 116a of the connection groove exterior 116.
　板状体１０１の厚さ方向、つまり、横フレーム１２０の幅方向において、内側切欠部（切欠部）１２８と外側切欠部（切欠部）１２９との間には、突き当たり部１２２ｂが設けられる。
　突き当たり部１２２ｂは、外板部１２３と接続溝底部１２７との端面１２３ｂ，１２７ｂとして形成され、いずれも、接続溝底部１１７に当接するように形成される。 In the thickness direction of the plate body 101, that is, in the width direction of the horizontal frame 120, an abutting portion 122b is provided between the inner cutout portion (cutout portion) 128 and the outer cutout portion (cutout portion) 129.
The abutting portion 122b is formed as end surfaces 123b and 127b of the outer plate portion 123 and the connection groove bottom portion 127, and both are formed so as to abut the connection groove bottom portion 117.
　板状体１０１の厚さ方向、つまり、横フレーム１２０の幅方向において、外側切欠部（切欠部）１２９よりも板状体１０１に近接する側には、外突き当たり部１２１ｂが設けられる。
　外突き当たり部１２１ｂは、溝外部１２４の端面１２４ｂを有し、少なくとも、溝外部１１４の先端１１４ａに当接するように形成される。
　外突き当たり部１２１ｂは、溝１１１に対応する位置における外板部１２３が、横フレーム１２０の長手方向において、溝外部１２４の端面１２４ｂとほぼ面一な平面として連続するように形成される。 In the thickness direction of the plate body 101, that is, in the width direction of the horizontal frame 120, the outer abutting portion 121b is provided on the side closer to the plate body 101 than the outer cutout portion (cutout portion) 129.
The outer abutting portion 121b has an end surface 124b of the groove outer portion 124, and is formed so as to abut at least the tip 114a of the groove outer portion 114.
The outer abutment portion 121b is formed such that the outer plate portion 123 at a position corresponding to the groove 111 is continuous in the longitudinal direction of the horizontal frame 120 as a plane substantially flush with the end surface 124b of the groove outer portion 124.
　外側切欠部（切欠部）１２９が、内側切欠部（切欠部）１２８よりも、板状体１０１の厚さ方向における寸法が大きくなるように形成される。 The outer notch (notch) 129 is formed so that the dimension in the thickness direction of the plate body 101 is larger than that of the inner notch (notch) 128.
　図４は、本実施形態におけるパネル構造体における角部における突き当て状態を示す斜視図である。
　パネル構造体１００の角部においては、図４に示すように、横フレーム１２０の突き当たり部１２２ｂが、縦フレーム１１０の接続溝底部１１７に当接する。また、横フレーム１２０の外突き当たり部１２１ｂが、縦フレーム１１０における溝外部１１４の先端１１４ａに当接する。 FIG. 4 is a perspective view showing a butted state at a corner portion of the panel structure according to the present embodiment.
At the corners of the panel structure 100, as shown in FIG. 4, the abutting portion 122b of the horizontal frame 120 abuts on the connection groove bottom 117 of the vertical frame 110. Further, the outer abutting portion 121b of the horizontal frame 120 abuts on the tip 114a of the groove outer portion 114 of the vertical frame 110.
　また、横フレーム１２０の内側切欠部（切欠部）１２８の奥部１２８ｂには、縦フレーム１１０における接続溝内部１１５の先端１１５ａが当接する。さらに、横フレーム１２０の外側切欠部（切欠部）１２９の奥部１２９ｂには、縦フレーム１１０における接続溝外部１１６の先端１１６ａが当接する。
　このように、対応する箇所がそれぞれ当接することで、横フレーム１２０と縦フレーム１１０との接続位置が容易に規定できる。 Further, a tip end 115 a of the inside 115 of the connection groove in the vertical frame 110 abuts on a deep portion 128 b of the inner cutout portion (cutout portion) 128 of the horizontal frame 120. Further, the tip end 116 a of the outside of the connection groove 116 in the vertical frame 110 abuts on the inner part 129 b of the outer cutout part (cutout part) 129 of the horizontal frame 120.
In this way, the corresponding positions are brought into contact with each other, whereby the connection position between the horizontal frame 120 and the vertical frame 110 can be easily defined.
　図５は、本実施形態におけるパネル構造体における角部を図４とは異なる角度で見た斜視図である。
　パネル構造体１００の角部においては、図５に示すように、縦フレーム１１０と横フレーム１２０とが接続部材１３０により接続される。
　接続部材１３０は、縦フレーム１１０および横フレーム１２０の長手方向にそれぞれ延在する板部１３０ａ，１３０ｂを有したＬ字金具とされる。 FIG. 5 is a perspective view of a corner portion of the panel structure according to the present embodiment viewed at an angle different from that in FIG.
At the corners of the panel structure 100, as shown in FIG. 5, the vertical frame 110 and the horizontal frame 120 are connected by the connecting member 130.
The connecting member 130 is an L-shaped metal fitting having plate portions 130a and 130b extending in the longitudinal direction of the vertical frame 110 and the horizontal frame 120, respectively.
　板部１３０ａは、締結ボルト、ビス、ねじ等の連結手段Ｂ２によって、接続溝底部１１７に接続される。
　板部１３０ｂは、締結ボルト、ビス、ねじ等の連結手段Ｂ２によって、接続溝底部１２７に接続される。 The plate portion 130a is connected to the connection groove bottom portion 117 by a connecting means B2 such as a fastening bolt, a screw, or a screw.
The plate portion 130b is connected to the connection groove bottom portion 127 by a connecting means B2 such as a fastening bolt, a screw, or a screw.
　接続部材１３０は、板部１３０ａが接続溝１１２の内部に位置し、板部１３０ｂが接続溝１２２の内部に位置する（図９参照）。
　接続部材１３０は、例えばスチール製とされ、充分な強度を有するものとされる。
　さらに、接続溝１１２，１２２には、接続部材１３０を覆うように、接続溝１１２，１２２の開口した部分を覆うキャップ部材１４０が設けられる。 In the connection member 130, the plate portion 130a is located inside the connection groove 112, and the plate portion 130b is located inside the connection groove 122 (see FIG. 9).
The connecting member 130 is made of steel, for example, and has sufficient strength.
Further, a cap member 140 is provided in each of the connection grooves 112 and 122 so as to cover the connection member 130 and to cover the open portion of each of the connection grooves 112 and 122.
　図６は、本実施形態におけるパネル構造体における角部付近におけるキャップ部材を示す斜視図である。
　キャップ部材１４０は、図６に示すように、縦フレーム１１０の接続溝１１２、および、横フレーム１２０の接続溝１２２、を覆って閉塞する状態に、接続溝１１２，１２２の延在する方向にそれぞれ取り付けられる。 FIG. 6 is a perspective view showing a cap member in the vicinity of a corner of the panel structure according to this embodiment.
As shown in FIG. 6, the cap member 140 covers the connection groove 112 of the vertical frame 110 and the connection groove 122 of the horizontal frame 120 so as to close the connection groove 112 and the connection groove 112 in the extending direction of the connection grooves 112 and 122, respectively. It is attached.
　キャップ部材１４０は、接続溝１１２，１２２に対応して、略コ字状の断面形状を有して、接続溝１１２，１２２に挿入される（図１０参照）。 The cap member 140 has a substantially U-shaped cross-sectional shape corresponding to the connection grooves 112 and 122, and is inserted into the connection grooves 112 and 122 (see FIG. 10).
　キャップ部材１４０は、縦フレーム１１０の接続溝１１２において、接続溝内部１１５の先端１１５ａと、接続溝外部１１６の先端１１６ａと、面一となるように閉塞する。キャップ部材１４０において、接続溝内部１１５および接続溝外部１１６に接触する部分には、例えば、突条と凹条との組み合わせなどが対向して当接する面にそれぞれ設けられ、外れ止め１４５とされてもよい（図５参照）。 In the connection groove 112 of the vertical frame 110, the cap member 140 is closed so as to be flush with the tip 115a of the inside 115 of the connection groove and the tip 116a of the outside 116 of the connection groove. In the portion of the cap member 140 that contacts the inside 115 of the connection groove and the outside 116 of the connection groove, for example, a combination of a ridge and a groove is provided on each of the surfaces that abut and face each other to form a stopper 145. (See FIG. 5).
　キャップ部材１４０は、横フレーム１２０の接続溝１２２において、接続溝内部１２５の先端１２５ａと、接続溝外部１２６の先端１２６ａと、面一となるように閉塞する。キャップ部材１４０において、接続溝内部１２５および接続溝外部１２６に接触する部分には、例えば、突条と凹条との組み合わせなどが対向して当接する面にそれぞれ設けられ、外れ止め１４５とされてもよい（図５参照）。 The cap member 140 is closed in the connection groove 122 of the horizontal frame 120 so as to be flush with the tip 125 a of the inside 125 of the connection groove and the tip 126 a of the outside 126 of the connection groove. In the portion of the cap member 140 that contacts the inside 125 of the connecting groove and the outside 126 of the connecting groove, for example, a combination of a ridge and a groove is provided on each of the surfaces that abut and face each other, and the stopper 145 is formed. (See FIG. 5).
　本実施形態におけるパネル構造体１００は、図１～図６に矢印Ｓで示す外側からの視認方向視して、板状体１０１が視認側に近接した表面位置にある。このため、ガラス板である板状体１０１の表面に対する意匠性を向上して、ガラス面の硬質な印象を近しく感じるように、意匠性を向上してデザイン性を改善することができる。
　図１～図６に矢印Ｓで示す視認方向視して視認される板状体１０１を覆う部分、つまり、縦フレーム１１０の溝外部１１４および横フレーム１２０の溝外部１２４の面積を挟幅化することが可能となる。
　この場合であっても、強度を呈するパイプ状の接続溝内部１１５，１２５と接続溝外部１１６，１２６との寸法を、溝外部１１４，１２４の寸法とは関係なく設定することができる。これにより、充分な強度を維持して、かつ、ガラス等の質感を充分にアピール可能なデザイン性、意匠性に優れたパネル構造体１００とすることができる。 The panel structure 100 in the present embodiment is located at a surface position where the plate-like body 101 is close to the viewing side when viewed from the outside in the viewing direction indicated by the arrow S in FIGS. 1 to 6. Therefore, it is possible to improve the design and improve the design so that the design of the surface of the plate-shaped body 101, which is a glass plate, is improved, and the hard impression of the glass surface is closely felt.
1 to 6, the area covering the plate-like body 101 viewed in the viewing direction indicated by the arrow S, that is, the area outside the groove 114 of the vertical frame 110 and the groove outside 124 of the horizontal frame 120 is narrowed. It becomes possible.
Even in this case, the dimensions of the pipe-shaped connection groove inner portions 115, 125 and the connection groove outer portions 116, 126 exhibiting strength can be set regardless of the dimensions of the groove outer portions 114, 124. Thereby, it is possible to obtain the panel structure 100 which has a sufficient strength and is capable of sufficiently appealing the texture of glass or the like and which is excellent in design and design.
　なお、外突き当たり部１２１ｂ、突き当たり部１２２ｂ、内側切欠部（切欠部）１２８、外側切欠部（切欠部）１２９を、いずれも、一方である横フレーム１２０に形成したが、これに変えて、他方である縦フレーム１１０に形成することもできる。 The outer abutting portion 121b, the abutting portion 122b, the inner cutout portion (cutout portion) 128, and the outer cutout portion (cutout portion) 129 are all formed on the one horizontal frame 120, but instead of this, the other It can also be formed on the vertical frame 110.
　以下、本発明に係る空間構成用構造体の第２実施形態を、図面に基づいて説明する。
　図７は、本実施形態における空間構成用構造体を示す斜視図であり、図において、符号１０は、空間構成用構造体である。
　本実施形態において、上述した第１実施形態のパネル構造体１００が空間構成用構造体１０に取り付けられており、パネル構造体１００に関する点において、上述した第１実施形態と対応する構成には同一の符号を付してその説明を省略する。 A second embodiment of the space structure structure according to the present invention will be described below with reference to the drawings.
FIG. 7 is a perspective view showing a structure for space construction in the present embodiment, and in the figure, reference numeral 10 is a structure for space formation.
In the present embodiment, the panel structure 100 of the above-described first embodiment is attached to the space-forming structure 10, and in terms of the panel structure 100, the configuration corresponding to that of the above-described first embodiment is the same. And the description thereof will be omitted.
　本実施形態に係る空間構成用構造体１０は、図７に示すように、上側の開口した略四角柱状の外観を有し、平面視した輪郭が矩形とされ、その内側を外部の空間から分離された内部空間として形成するワークブースとされる。
　なお、以下の説明においては、図には現れない構成にも符号を付して、説明をおこなうものとする。 As shown in FIG. 7, the space constructing structure 10 according to the present embodiment has an outer appearance of a substantially square pole shape with an upper opening, and has a rectangular outline in a plan view, and the inside thereof is separated from the outside space. It is a work booth that is formed as an internal space.
It should be noted that in the following description, reference numerals will be given to configurations that do not appear in the drawings for description.
　本実施形態に係る空間構成用構造体１０は、略四角柱状の角部に立設された４本の支柱フレーム１１～１４と、隣接する２本の支柱フレーム１１の上端部の間に架設された４本の梁フレーム１５～１８と、これら支柱フレーム１１～１４と梁フレーム１５～１８とで形成された側面部分に設けられた面板状の側部１９Ａ～１９Ｄと、を備える。
　支柱フレーム１１～１４は、いずれも略等しい鉛直方向長さを有する。また、支柱フレーム１１～１４は、側部１９Ａ～１９Ｄの厚さ寸法と略等しい水平方向における幅寸法を有する。 The space constructing structure 10 according to the present embodiment is installed between four pillar frames 11 to 14 which are erected at the corners of the substantially rectangular column and the upper ends of two adjacent pillar frames 11. Also, four beam frames 15 to 18 and face plate-shaped side portions 19A to 19D provided on the side surface portions formed by the column frames 11 to 14 and the beam frames 15 to 18 are provided.
The pillar frames 11 to 14 have substantially the same vertical length. Further, the column frames 11 to 14 have a width dimension in the horizontal direction that is substantially equal to the thickness dimension of the side portions 19A to 19D.
　４本の支柱フレーム１１～１４はいずれも略同一の断面形状とされ、空間構成用構造体１０の四隅で同じ向きに配置されている。
　空間構成用構造体１０の正面となる両サイド位置には、支柱フレーム１１と支柱フレーム１２とが立設され、これらの上端部には、梁フレーム１５が略水平方向に架設されている。
　空間構成用構造体１０の奥側となる両サイド位置には、支柱フレーム１３と支柱フレーム１４とが立設され、これらの上端部には、梁フレーム１８が略水平方向に架設されている。 The four pillar frames 11 to 14 have substantially the same cross-sectional shape and are arranged in the same direction at the four corners of the space constituting structure 10.
A pillar frame 11 and a pillar frame 12 are erected at both side positions which are the front surface of the space structure structure 10, and a beam frame 15 is erected in a substantially horizontal direction at the upper ends of these.
A pillar frame 13 and a pillar frame 14 are erected at both side positions on the inner side of the space structure structure 10, and a beam frame 18 is erected in a substantially horizontal direction at the upper ends of these.
　空間構成用構造体１０を正面視して左側となる位置には、支柱フレーム１１と支柱フレーム１３とが立設されており、これらの上端部には、梁フレーム１６が略水平方向に架設されている。
　空間構成用構造体１０を正面視して右側となる位置には、支柱フレーム１２と支柱フレーム１４とが立設されており、これらの上端部には、梁フレーム１７が略水平方向に架設されている。 A pillar frame 11 and a pillar frame 13 are erected at a position on the left side of the space structure structure 10 when viewed from the front, and a beam frame 16 is erected in a substantially horizontal direction at the upper ends of these. ing.
A support frame 12 and a support frame 14 are erected at a position on the right side of the space structure structure 10 when viewed from the front, and a beam frame 17 is installed in a substantially horizontal direction at the upper ends of these. ing.
　支柱フレーム１１と支柱フレーム１２と梁フレーム１５とで形成される正面側には、入退室用の開閉自在なドア１９Ａａを有する正面部（側部）１９Ａが設けられる。正面部（側部）１９Ａにおいて、ドア１９Ａａは、例えばガラス製とされ、ドア１９Ａａを閉じた状態で、空間構成用構造体１０の内部空間を外部から視認可能なものとされる。ドア１９Ａａは、支柱フレーム１１と同じ上下方向寸法を有する。正面部（側部）１９Ａにおいて、ドア１９Ａａ以外の部分には、壁部１９Ａｂが配置されている。 A front portion (side portion) 19A having an openable / closable door 19Aa for entering / leaving a room is provided on the front side formed by the strut frame 11, the strut frame 12, and the beam frame 15. In the front portion (side portion) 19A, the door 19Aa is made of, for example, glass, and the internal space of the space constituting structure 10 is visible from the outside in a state where the door 19Aa is closed. The door 19Aa has the same vertical dimension as the pillar frame 11. A wall portion 19Ab is arranged in a portion other than the door 19Aa in the front surface portion (side portion) 19A.
　支柱フレーム１３と支柱フレーム１４と梁フレーム１８とで形成される奥側には、奥面部（側部）１９Ｂが設けられる。奥面部（側部）１９Ｂは、支柱フレーム１３と支柱フレーム１４と梁フレーム１８とに３辺を接続されたパネル構造体１００とされ、支柱フレーム１１～１４の水平方向の幅寸法とほぼ等しい厚み寸法を有することができる。
　奥面部（側部）１９Ｂとして、支柱フレーム１３と支柱フレーム１４と梁フレーム１８とに接続されたパネル構造体１００は、板状体１０１および溝外部１１４，１２４が、空間構成用構造体１０の内部空間と反対側、つまり、外側に位置するように配置される。 A back surface portion (side portion) 19 </ b> B is provided on the back side formed by the support frame 13, the support frame 14, and the beam frame 18. The back surface portion (side portion) 19B is a panel structure 100 in which three sides are connected to the support frame 13, the support frame 14, and the beam frame 18, and has a thickness substantially equal to the width dimension of the support frames 11 to 14 in the horizontal direction. It can have dimensions.
In the panel structure 100 connected to the support frame 13, the support frame 14, and the beam frame 18 as the back surface portion (side portion) 19B, the plate-shaped body 101 and the groove outer portions 114 and 124 are included in the space structure structure 10. It is arranged so as to be located on the side opposite to the internal space, that is, on the outside.
　支柱フレーム１１と支柱フレーム１３と梁フレーム１６とで形成される左側には、左面部（側部）１９Ｃが設けられる。左面部（側部）１９Ｃは、支柱フレーム１１と支柱フレーム１３とが梁フレーム１６とに３辺を接続された面板とされ、支柱フレーム１１～１４の水平方向の幅寸法とほぼ等しい厚み寸法を有する板体とされる。 A left surface portion (side portion) 19C is provided on the left side formed by the support frame 11, the support frame 13, and the beam frame 16. The left surface portion (side portion) 19C is a face plate in which the pillar frame 11 and the pillar frame 13 are connected to the beam frame 16 on three sides, and has a thickness dimension substantially equal to the horizontal width dimension of the pillar frames 11 to 14. It has a plate body.
　支柱フレーム１２と支柱フレーム１４と梁フレーム１７とで形成される右側には、右面部（側部）１９Ｄが設けられる。右面部（側部）１９Ｄは、支柱フレーム１２と支柱フレーム１４とが梁フレーム１７とに３辺を接続された面板とされ、支柱フレーム１１～１４の水平方向の幅寸法とほぼ等しい厚み寸法を有する板体とされる。 A right surface portion (side portion) 19D is provided on the right side formed by the column frame 12, the column frame 14, and the beam frame 17. The right surface portion (side portion) 19D is a face plate in which the pillar frame 12 and the pillar frame 14 are connected to the beam frame 17 on three sides, and has a thickness dimension substantially equal to the width dimension of the pillar frames 11 to 14 in the horizontal direction. It has a plate body.
　支柱フレーム１１～１４の外側面１１ａ～１４ａは、水平方向に曲率を有する曲面とされ、上下方向の全長で同じ形状として連続している。外側面１１ａ～１４ａは、水平断面が円弧状となる輪郭を有する。外側面１１ａ～１４ａは、四角柱状の空間構成用構造体１０における角を丸めた形状に対応している。 The outer surfaces 11a to 14a of the pillar frames 11 to 14 are curved surfaces having a curvature in the horizontal direction and are continuous in the same shape in the entire length in the vertical direction. The outer side surfaces 11a to 14a have contours whose horizontal cross section is arcuate. The outer side surfaces 11a to 14a correspond to the shape with rounded corners in the quadrangular prism-shaped space constituting structure 10.
　梁フレーム１５～１８は、その全長にわたってそれぞれカバー部材２５～２８で覆われている。カバー部材２５～２８は、その外側面２５ａ～２８ａが支柱フレーム１１～１４の外側面１１ａ～１４ａと同様に、カバー部材２５～２８の幅方向断面が円弧状となる輪郭を有する。カバー部材２５～２８の外側面２５ａ～２８ａは、下端から上方向に向けて、空間構成用構造体１０における水平断面輪郭が小さくなるように傾斜した曲面とされている。 The beam frames 15-18 are covered with cover members 25-28 over their entire lengths. The outer surfaces 25a to 28a of the cover members 25 to 28 have contours such that the cross-sections in the width direction of the cover members 25 to 28 are arcuate, like the outer surfaces 11a to 14a of the column frames 11 to 14. The outer side surfaces 25a to 28a of the cover members 25 to 28 are curved surfaces which are inclined upward from the lower end so that the horizontal cross-sectional contour of the space constructing structure 10 becomes smaller.
　空間構成用構造体１０の上端部において、その四隅では、支柱フレーム１１～１４と梁フレーム１５～１８とが連結されている。 The pillar frames 11 to 14 and the beam frames 15 to 18 are connected at the four corners of the upper end portion of the space structure structure 10.
　支柱フレーム１１と梁フレーム１５と梁フレーム１６との連結された空間構成用構造体１０の左側正面の隅（コーナー部）においては、支柱フレーム１１の外側面１１ａと、梁フレーム１５を覆うカバー部材２５の外側面２５ａと、梁フレーム１６を覆うカバー部材２６の外側面２６ａとをそれぞれ接続するコーナー部材２１が設けられる。
　支柱フレーム１２と梁フレーム１５と梁フレーム１７との連結された空間構成用構造体１０の右側正面の隅（コーナー部）においては、支柱フレーム１２の外側面１２ａと、梁フレーム１５を覆うカバー部材２５の外側面２５ａと、梁フレーム１７を覆うカバー部材２７の外側面２７ａとをそれぞれ接続するコーナー部材２２が設けられる。 At a corner (corner) on the left front side of the space constituting structure 10 in which the pillar frame 11, the beam frame 15, and the beam frame 16 are connected, a cover member that covers the outer surface 11a of the pillar frame 11 and the beam frame 15. A corner member 21 is provided that connects the outer surface 25 a of the beam 25 and the outer surface 26 a of the cover member 26 that covers the beam frame 16.
At a corner (corner portion) on the right front side of the space constituting structure 10 in which the support frame 12, the beam frame 15, and the beam frame 17 are connected, the outer surface 12a of the support frame 12 and a cover member that covers the beam frame 15 are provided. A corner member 22 is provided that connects the outer surface 25 a of the beam 25 and the outer surface 27 a of the cover member 27 that covers the beam frame 17, respectively.
　支柱フレーム１３と梁フレーム１８と梁フレーム１６との連結された空間構成用構造体１０の左側奥側の隅（コーナー部）においては、支柱フレーム１３の外側面１３ａと、梁フレーム１８を覆うカバー部材２８の外側面２８ａと、梁フレーム１６を覆うカバー部材２６の外側面２６ａとをそれぞれ接続するコーナー部材２３が設けられる。
　支柱フレーム１４と梁フレーム１８と梁フレーム１７との連結された空間構成用構造体１０の右側奥側の隅（コーナー部）においては、支柱フレーム１４の外側面１４ａと、梁フレーム１８を覆うカバー部材２８の外側面２８ａと、梁フレーム１７を覆うカバー部材２７の外側面２７ａとをそれぞれ接続するコーナー部材２４が設けられる。 A cover for covering the outer side surface 13 a of the column frame 13 and the beam frame 18 at a corner (corner portion) on the left back side of the space constituting structure 10 in which the column frame 13, the beam frame 18, and the beam frame 16 are connected. A corner member 23 is provided that connects the outer surface 28 a of the member 28 and the outer surface 26 a of the cover member 26 that covers the beam frame 16.
At the corner (corner portion) on the right rear side of the space constituting structure 10 in which the column frame 14, the beam frame 18, and the beam frame 17 are connected, a cover that covers the outer surface 14 a of the column frame 14 and the beam frame 18. A corner member 24 is provided that connects the outer surface 28a of the member 28 and the outer surface 27a of the cover member 27 that covers the beam frame 17, respectively.
　図８Ａは、本実施形態における空間構成用構造体におけるコーナー部を拡大した斜視図である。
　空間構成用構造体１０における支柱フレーム１１の上端となるコーナー部には、図８Ａに示すように、コーナー部材２１が配置される。コーナー部材２１の外側面２１ａは、それぞれ支柱フレーム１１の外側面１１ａと、カバー部材２５の外側面２５ａと、カバー部材２６の外側面２６ａと面一になるように連続性を有する外側に向けて凸状となる曲面状に形成される。コーナー部材２１の外側面２１ａは、例えば、球面に近しい形状とされることができる。 FIG. 8A is an enlarged perspective view of a corner portion of the space constituting structure according to the present embodiment.
As shown in FIG. 8A, a corner member 21 is arranged at a corner portion which is an upper end of the pillar frame 11 in the space constructing structure 10. The outer surface 21a of the corner member 21 faces the outer surface 11a of the column frame 11, the outer surface 25a of the cover member 25, and the outer surface 26a of the cover member 26 so as to be flush with each other. It is formed into a convex curved surface. The outer surface 21a of the corner member 21 can be formed into a shape close to a spherical surface, for example.
　空間構成用構造体１０の上端部における四隅は、略同一の構造であるので、ここでは、支柱フレーム１１と梁フレーム１５と梁フレーム１６とが連結されてコーナー部材２１が配置された左側正面において説明した。他の３つの隅においては、それぞれコーナー部材２１をコーナー部材２２～２４に対応させて、支柱フレーム１１と梁フレーム１５，１６との符号を対応する符号に読みかえるものとする。 Since the four corners at the upper end of the space structure structure 10 have substantially the same structure, here, on the left front side where the pillar frame 11, the beam frame 15, and the beam frame 16 are connected and the corner member 21 is arranged. explained. In the other three corners, the corner member 21 is made to correspond to the corner members 22 to 24, and the reference signs of the support frame 11 and the beam frames 15 and 16 are read as the corresponding signs.
　図８Ｂは、本実施形態における空間構成用構造体におけるコーナー部を図８Ａとは異なる方向から拡大した斜視図である。
　空間構成用構造体１０における支柱フレーム１１の上端となるコーナー部においては、図８Ｂに示すように、内部空間側で、梁フレーム１５と梁フレーム１６とが露出するように端部どうしが突き合わされている。梁フレーム１５と梁フレーム１６とには、空間構成用構造体１０の内部空間側に延在する溝１５ａ，１６ａが形成されており、梁フレーム１５と梁フレーム１６との内部空間側が面一となるように、溝１５ａ，１６ａにはキャップ部材３５，３６が嵌め込まれている。溝１５ａ，１６ａは、それぞれ梁フレーム１５、１６の全長に形成される。
　なお、図８Ｂにおいては、キャップ部材３５が溝１５ａから取り外された状態を図示している。 FIG. 8B is an enlarged perspective view of a corner portion of the space constructing structure according to the present embodiment from a direction different from FIG. 8A.
As shown in FIG. 8B, at the corner portion that is the upper end of the pillar frame 11 in the space structure structure 10, the ends are butted so that the beam frame 15 and the beam frame 16 are exposed on the internal space side. ing. The beam frames 15 and 16 are formed with grooves 15a and 16a extending to the internal space side of the space constructing structure 10, and the internal space sides of the beam frame 15 and the beam frame 16 are flush with each other. As described above, cap members 35 and 36 are fitted in the grooves 15a and 16a. The grooves 15a and 16a are formed over the entire length of the beam frames 15 and 16, respectively.
Note that FIG. 8B illustrates a state in which the cap member 35 is removed from the groove 15a.
　次に、梁フレーム、カバー部材、および、キャップ部材について説明する。ここでは、空間構成用構造体１０のコーナー部材２４をコーナー部材２３側から見た断面で説明する。 Next, the beam frame, cover member, and cap member will be described. Here, the corner member 24 of the space constructing structure 10 will be described in a section viewed from the corner member 23 side.
　図９は、本実施形態における空間構成用構造体においてパネル構造体および梁フレームを図７におけるＩＸ－ＩＸ矢視した断面図である。
　梁フレーム１８は、図９に示すように、その全長で同一の断面形状を有している。梁フレーム１８は、略水平に組み付けられる下板部１８ｈと、下板部１８ｈの内側空間側となる端部１８ｈ１に立設された内壁部１８ｂと、を有する。 FIG. 9 is a cross-sectional view of the panel structure and the beam frame in the space structure structure according to the present embodiment, taken along the line IX-IX in FIG. 7.
The beam frame 18 has the same cross-sectional shape over its entire length, as shown in FIG. The beam frame 18 includes a lower plate portion 18h that is assembled substantially horizontally, and an inner wall portion 18b that is erected on an end portion 18h1 that is the inner space side of the lower plate portion 18h.
　下板部１８ｈは、梁フレーム１８の全長で同一の幅寸法とされる。下板部１８ｈの幅寸法は、奥面部（側部）１９Ｂの厚さ寸法よりも小さく設定される。
　下板部１８ｈよりも空間構成用構造体１０の外側となる部分では、カバー部材２８の下端板部２８ｂが、奥面部（側部）１９Ｂであるパネル構造体１００における横フレーム１２０の外板部１２３と直接接触するように配置されている。 The lower plate portion 18h has the same width dimension over the entire length of the beam frame 18. The width dimension of the lower plate portion 18h is set smaller than the thickness dimension of the back surface portion (side portion) 19B.
In a portion outside the lower plate portion 18h of the space structuring structure 10, the lower end plate portion 28b of the cover member 28 is the inner surface portion (side portion) 19B of the outer frame portion of the horizontal frame 120 in the panel structure 100. It is arranged so as to be in direct contact with 123.
　下板部１８ｈの上外側、つまり、内側空間側とは反対側となる端部１８ｈ２の上側位置には、上方の開口した溝を有する突条として接続部１８ｃがその全長に設けられる。
　接続部１８ｃは、梁フレーム１８の長さ方向に延在する溝が、梁フレーム１８の端部位置において連結部材４４と接続するための螺合穴とされる。接続部１８ｃの溝には、連結部材４４を貫通した締結ボルト、ビス、ねじ等の連結手段Ｂが螺合されて、梁フレーム１８と連結部材４４とを固定する（図１２に対応する連結手段Ｂを図示）。 At the upper outer side of the lower plate portion 18h, that is, at the upper side of the end portion 18h2 opposite to the inner space side, a connecting portion 18c is provided along the entire length as a ridge having an open groove.
The connection portion 18c is a threaded hole for connecting a groove extending in the length direction of the beam frame 18 to the connecting member 44 at an end position of the beam frame 18. A connecting means B such as a fastening bolt, a screw, or a screw penetrating the connecting member 44 is screwed into the groove of the connecting portion 18c to fix the beam frame 18 and the connecting member 44 (the connecting means corresponding to FIG. 12). B is shown).
　内壁部１８ｂは、端部１８ｈ１から略鉛直に立ち上がる内壁基部１８ｂ１と、高さ方向中間位置に溝１８ａを介して内壁基部１８ｂ１と面一に形成された内壁上部１８ｂ２とを有する。
　溝１８ａは、鉛直な梁フレーム１８の幅方向断面が矩形とされており、内壁基部１８ｂ１の上端部に接続されて略水平な溝下部１８ａ１と、溝下部１８ａ１から立設されて内壁基部１８ｂ１および内壁上部１８ｂ２と平行な溝奥部１８ａ２と、溝奥部１８ａ２の上端部に接続されるとともに内壁上部１８ｂ２の下端に接続された略水平な溝上部１８ａ３と、によって、内壁部１８ｂから凹んだ溝状に形成されている。溝奥部１８ａ２には、その外側、つまり、内側空間側とは反対側となる位置に、後述するように、カバー部材２８が取り付けられる。 The inner wall portion 18b has an inner wall base portion 18b1 which stands substantially vertically from the end portion 18h1, and an inner wall upper portion 18b2 which is formed flush with the inner wall base portion 18b1 at a middle position in the height direction through the groove 18a.
The groove 18a has a rectangular cross-section in the width direction of the vertical beam frame 18, and is connected to the upper end of the inner wall base 18b1 and has a substantially horizontal groove lower portion 18a1 and the groove lower portion 18a1 standing upright from the inner wall base 18b1. A groove recessed from the inner wall portion 18b by a groove inner portion 18a2 parallel to the inner wall upper portion 18b2 and a substantially horizontal groove upper portion 18a3 connected to an upper end portion of the groove inner portion 18a2 and connected to a lower end of the inner wall upper portion 18b2. It is formed into a shape. As will be described later, a cover member 28 is attached to the groove inner part 18a2 at the outer side thereof, that is, at the position opposite to the inner space side.
　溝上部１８ａ３には、その上外側、つまり、内側空間側とは反対側となる端部１８ｈ２の上側位置には、上方の開口した溝を有する突条として接続部１８ｄがその全長に設けられる。
　接続部１８ｄは、接続部１８ｃと同様に、梁フレーム１８の長さ方向に延在する溝が、梁フレーム１８の端部位置において連結部材４４と接続するための螺合穴とされる。接続部１８ｄの溝には、連結部材４４を貫通した締結ボルト、ビス、ねじ等の連結手段Ｂが螺合されて、梁フレーム１８と連結部材４４とを固定する（図１２に対応する連結手段Ｂを図示）。 On the groove upper part 18a3, on the outer side thereof, that is, on the upper side of the end part 18h2 on the side opposite to the inner space side, a connecting part 18d is provided in the entire length as a ridge having an open groove.
Similar to the connecting portion 18c, the connecting portion 18d has a groove extending in the length direction of the beam frame 18 as a screwing hole for connecting to the connecting member 44 at the end position of the beam frame 18. A connecting means B such as a fastening bolt, a screw, or a screw penetrating the connecting member 44 is screwed into the groove of the connecting portion 18d to fix the beam frame 18 and the connecting member 44 (the connecting means corresponding to FIG. 12). B is shown).
　溝１８ａは、内側空間側を覆うキャップ部材３８によって内側空間に面した開口のほぼ全てが閉塞される。キャップ部材３８は、溝１８ａの開口部分を覆うキャップ板３８ａと、キャップ板３８ａの上下で溝１８ａの内側に差し込んで、溝下部１８ａ１と溝上部１８ａ３とに対して接触し、キャップ部材３８を嵌合固定するキャップ下部３８ｂとキャップ上部３８ｃとを有する。 Approximately all of the opening facing the inner space of the groove 18a is closed by the cap member 38 covering the inner space side. The cap member 38 is inserted into the groove 18a above and below the cap plate 38a that covers the opening of the groove 18a, and contacts the groove lower portion 18a1 and the groove upper portion 18a3 to fit the cap member 38. It has a cap lower part 38b and a cap upper part 38c for fitting and fixing.
　キャップ下部３８ｂとキャップ上部３８ｃとは、その先端が、溝１８ａの上下方向寸法よりも小さくなるように傾斜しており、キャップ部材３８を溝１８ａに挿入しやすくなっている。
　キャップ下部３８ｂとキャップ上部３８ｃとは、その先端が、溝下部１８ａ１と溝上部１８ａ３とに設けられた凸部１８ａ１１と凸部１８ａ３１とに当接して、キャップ板３８ａが内壁部１８ｂと面一となるように位置規制可能とされる。 The tip ends of the cap lower portion 38b and the cap upper portion 38c are inclined so as to be smaller than the vertical dimension of the groove 18a, so that the cap member 38 can be easily inserted into the groove 18a.
The cap lower portion 38b and the cap upper portion 38c have their tips abutting on the convex portions 18a11 and the convex portions 18a31 provided on the groove lower portion 18a1 and the groove upper portion 18a3, so that the cap plate 38a is flush with the inner wall portion 18b. The position can be regulated so that
　キャップ下部３８ｂには、溝下部１８ａ１と接触する側に凸部３８ｂ３が設けられ、溝下部１８ａ１側に設けられた凹部１８ａ１３と嵌合する。
　キャップ上部３８ｃには、溝上部１８ａ３と接触する側に凸部３８ｃ３が設けられ、溝上部１８ａ３側に設けられた凹部１８ａ１４と嵌合する。
　凸部３８ｂ３と凹部１８ａ１３の嵌合、および、凸部３８ｃ３と凹部１８ａ１４の嵌合によって、キャップ部材３８が溝１８ａ内に嵌め込まれた状態を維持できる。 The cap lower portion 38b is provided with a convex portion 38b3 on the side that comes into contact with the groove lower portion 18a1, and is fitted into the concave portion 18a13 provided on the groove lower portion 18a1 side.
The cap upper portion 38c is provided with a convex portion 38c3 on the side that comes into contact with the groove upper portion 18a3, and is fitted into the concave portion 18a14 provided on the groove upper portion 18a3 side.
The fitting of the convex portion 38b3 and the concave portion 18a13 and the fitting of the convex portion 38c3 and the concave portion 18a14 can maintain the state in which the cap member 38 is fitted in the groove 18a.
　なお、キャップ下部３８ｂと溝下部１８ａ１、および、キャップ上部３８ｃと溝上部１８ａ３の間での取り付け位置設定は、キャップ部材３８が溝１８ａ内に嵌め込んでキャップ板３８ａと内壁部１８ｂとが面一の状態を維持可能であれば、上記の構造に限定されるものではない。 Note that the cap member 38 is fitted in the groove 18a so that the cap plate 38a and the inner wall portion 18b are flush with each other in setting the mounting position between the cap lower portion 38b and the groove lower portion 18a1 and between the cap upper portion 38c and the groove upper portion 18a3. The structure is not limited to the above, as long as the state can be maintained.
　カバー部材２８は、図９に示すように、その全長で同一の断面形状を有している。カバー部材２８は、外側面２８ａを形成する曲面部２８ｋが断面円弧状に形成される。曲面部２８ｋにおいては、外側面２８ａの下端が奥面部（側部）１９Ｂであるパネル構造体１００の板状体１０１の面方向と略等しく、外側面２８ａの上端が水平面と略等しくなるように湾曲している。曲面部２８ｋは、その全体で厚み寸法が略均一とされる。 As shown in FIG. 9, the cover member 28 has the same sectional shape over its entire length. In the cover member 28, a curved surface portion 28k forming the outer side surface 28a is formed in an arcuate cross section. In the curved surface portion 28k, the lower end of the outer surface 28a is substantially equal to the surface direction of the plate-like body 101 of the panel structure 100 that is the inner surface portion (side portion) 19B, and the upper end of the outer surface 28a is substantially equal to the horizontal plane. It is curved. The curved surface portion 28k has a substantially uniform thickness dimension as a whole.
　曲面部２８ｋの下端位置には、梁フレーム１８の下板部１８ｈと面一となるように、下端板部２８ｂが設けられる。下端板部２８ｂの幅寸法は、奥面部（側部）１９Ｂであるパネル構造体１００の厚さ寸法よりも小さく設定される。下端板部２８ｂの空間構成用構造体１０の内側となる部分では、下板部１８ｈが直接的に奥面部（側部）１９Ｂであるパネル構造体１００と当接しており、下端板部２８ｂが端部１８ｈ２に当接することで、梁フレーム１８に対するカバー部材２８の位置設定が可能なように配置されている。下端板部２８ｂと下板部１８ｈとの幅寸法は、合わせて奥面部（側部）１９Ｂであるパネル構造体１００の厚さ寸法と略等しくなるように設定されている。
　下端板部２８ｂの内側空間方向の端部は、下板部１８ｈの外側（内側空間と反対方向）の端部の切欠に当接して上下方向の位置が設定されている。 A lower end plate portion 28b is provided at the lower end position of the curved surface portion 28k so as to be flush with the lower plate portion 18h of the beam frame 18. The width dimension of the lower end plate portion 28b is set smaller than the thickness dimension of the panel structure 100 which is the back surface portion (side portion) 19B. At a portion of the lower end plate portion 28b that is inside the space structuring structure 10, the lower plate portion 18h directly contacts the panel structure 100 that is the back surface portion (side portion) 19B, and the lower end plate portion 28b is By contacting the end portion 18h2, the position of the cover member 28 with respect to the beam frame 18 can be set. The width dimension of the lower end plate portion 28b and the lower plate portion 18h is set to be substantially equal to the thickness dimension of the panel structure 100 which is the back surface portion (side portion) 19B in total.
The end of the lower end plate portion 28b in the inner space direction abuts a notch in the end of the lower plate portion 18h on the outer side (the direction opposite to the inner space), and the vertical position is set.
　下端板部２８ｂには、固定支持部２８ｃが立設されている。固定支持部２８ｃの上端側は、梁フレーム１８の内壁部１８ｂに近接するとともに、接続部１８ｃと接触しないようにその形状が設定される。固定支持部２８ｃの上端には、固定部２８ｄが設けられている。
　固定部２８ｄは、溝奥部１８ａ２の裏面、つまり、溝奥部１８ａ２における溝１８ａと反対側となる裏面に当接するように設けられる。固定部２８ｄは、溝奥部１８ａ２と略平行な板体とされる。固定部２８ｄと溝奥部１８ａ２とにおいては、それぞれの対応する位置に、固定孔２８ｄ１および固定孔１８ａ５が設けられている。 A fixed support portion 28c is provided upright on the lower end plate portion 28b. The shape of the upper end side of the fixed support portion 28c is set so as to be close to the inner wall portion 18b of the beam frame 18 and not to contact the connection portion 18c. A fixed portion 28d is provided on the upper end of the fixed support portion 28c.
The fixing portion 28d is provided so as to come into contact with the back surface of the groove inner portion 18a2, that is, the back surface of the groove inner portion 18a2 opposite to the groove 18a. The fixed portion 28d is a plate body that is substantially parallel to the groove inner portion 18a2. The fixing portion 28d and the groove inner portion 18a2 are provided with fixing holes 28d1 and 18a5 at corresponding positions.
　固定孔２８ｄ１および固定孔１８ａ５を貫通するように、締結ボルト、ビス、ねじ等の固定部材Ｂ１によって内部空間に対する内側位置から固定することで、カバー部材２８を梁フレーム１８に固定することが可能となる。
　また、図９に図示した固定孔１８ａ５に対応して、図８Ｂに梁フレーム１５の固定孔１５ａ５が示される。なお、図８Ｂにおいて、固定部材Ｂ１を省略している。 It is possible to fix the cover member 28 to the beam frame 18 by fixing the cover member 28 from the inner position with respect to the internal space by a fixing member B1 such as a fastening bolt, a screw, and a screw so as to penetrate the fixing hole 28d1 and the fixing hole 18a5. Become.
Further, a fixing hole 15a5 of the beam frame 15 is shown in FIG. 8B corresponding to the fixing hole 18a5 shown in FIG. Note that the fixing member B1 is omitted in FIG. 8B.
　曲面部２８ｋの上端位置は、梁フレーム１８の内壁上部１８ｂ２の上端側に当接する上端当接部２８ｅとされる。上端当接部２８ｅの先端は、その内側空間側が内壁上部１８ｂ２と面一になるように形成される。上端当接部２８ｅの下側位置には、内壁上部１８ｂ２の裏面、つまり、内側空間側とは反対側となる面に当接するように、位置規制部２８ｆが下方に向けて形成される。位置規制部２８ｆの下端には、内壁上部１８ｂ２の裏面と接触する側に凸部２８ｆ３が設けられ、内壁上部１８ｂ２の裏面側に設けられた凹部１８ｂ５と嵌合する。 The upper end position of the curved surface portion 28k is an upper end contact portion 28e that contacts the upper end side of the inner wall upper portion 18b2 of the beam frame 18. The tip of the upper end contact portion 28e is formed such that its inner space side is flush with the inner wall upper portion 18b2. At a position below the upper end contact portion 28e, a position regulating portion 28f is formed downward so as to contact the back surface of the inner wall upper portion 18b2, that is, the surface opposite to the inner space side. A convex portion 28f3 is provided at the lower end of the position restricting portion 28f on the side in contact with the back surface of the inner wall upper portion 18b2, and is fitted into a recess 18b5 provided on the back surface side of the inner wall upper portion 18b2.
　図９に示すように、空間構成用構造体１０における外側からの視認方向Ｓに対して、板状体１０１の外側の溝外部１２４が視認されるが、接続溝外部１２６は、ガラス等の板状体１０１を透過してしか視認されないので、空間構成用構造体１０の意匠性が向上する。
これにより、板状体１０１の視認面積を大きくすることができる。
　また、溝１２１の底部側には、図９に示すように、板状体１０１との端部との間にガスケットＧを設けてもよい。 As shown in FIG. 9, the groove outside 124 on the outside of the plate body 101 is visually recognized in the viewing direction S from the outside in the space constructing structure 10, but the connection groove outside 126 is a plate made of glass or the like. Since it is visible only through the shape body 101, the design of the space constituting structure 10 is improved.
Thereby, the visible area of the plate-shaped body 101 can be increased.
Further, as shown in FIG. 9, a gasket G may be provided on the bottom side of the groove 121 between the groove 121 and the end of the plate 101.
　次に、支柱フレーム、連結部材、コーナー部材について説明する。ここでは、支柱フレーム１１に対応するコーナー部分について説明する。 Next, the support frame, connecting member, and corner member will be described. Here, a corner portion corresponding to the support frame 11 will be described.
　図１０は、本実施形態における空間構成用構造体における支柱フレームを示す平面図である。
　支柱フレーム１１は、図１０に示すように、中空のパイプ状とされ、上下方向の全長で同じ断面形状として連続している。支柱フレーム１１は、断面円弧状の外側面１１ａを形成する円弧状部１１ｂと、左面部（側部）１９Ｃ側の板面部１１ｃと、正面部（側部）１９Ａ側の板面部１１ｄと、を有する。
　これら円弧状部１１ｂと板面部１１ｃと板面部１１ｄとが連結された断面輪郭形状として、略四分円の扇形輪郭となるように形成される。
　板面部１１ｃと板面部１１ｄとは、互いに略直交するように断面端部が接続され、円弧状部１１ｂと板面部１１ｃ、円弧状部１１ｂと板面部１１ｄも、それぞれ互いに略直交するように断面端部が接続されている。 FIG. 10: is a top view which shows the support | pillar frame in the structure for space composition in this embodiment.
As shown in FIG. 10, the pillar frame 11 is in the shape of a hollow pipe, and is continuous with the same cross-sectional shape in the entire length in the vertical direction. The pillar frame 11 includes an arcuate portion 11b forming an outer surface 11a having an arcuate cross section, a left surface portion (side portion) 19C side plate surface portion 11c, and a front surface portion (side portion) 19A side plate surface portion 11d. Have.
The arcuate portion 11b, the plate surface portion 11c, and the plate surface portion 11d are formed so as to have a cross-sectional outline shape that is a fan shape of a substantially quadrant.
The plate surface portion 11c and the plate surface portion 11d are connected at their cross-section end portions so as to be substantially orthogonal to each other, and the arcuate portion 11b and the plate surface portion 11c, and the arcuate portion 11b and the plate surface portion 11d are also crossed so as to be substantially orthogonal to each other. The ends are connected.
　板面部１１ｃの幅方向中央部には、左面部（側部）１９Ｃの反対側となる支柱フレーム１１の断面中心側に、肉厚部１１ｃ１が突条として形成される。
　板面部１１ｄの幅方向中央部には、正面部（側部）１９Ａの反対側となる支柱フレーム１１の断面中心側に、肉厚部１１ｄ１が突条として形成される。
　肉厚部１１ｃ１の板面部１１ｄ側と、肉厚部１１ｄ１の板面部１１ｃ側とは互いに架橋するように中板部１１ｅによって連結される。 A thick portion 11c1 is formed as a ridge at the center of the plate surface portion 11c in the width direction, on the side of the cross-section center of the pillar frame 11 that is the opposite side of the left surface portion (side portion) 19C.
A thick portion 11d1 is formed as a ridge in the central portion in the width direction of the plate surface portion 11d, on the cross-sectional center side of the pillar frame 11 that is the opposite side of the front surface portion (side portion) 19A.
The plate surface portion 11d side of the thick portion 11c1 and the plate surface portion 11c side of the thick portion 11d1 are connected by the middle plate portion 11e so as to bridge each other.
　中板部１１ｅの幅方向中央部には、内部空間に向かう方向の開口した溝を有する突条として接続部１１ｆがその全長に設けられる。
　接続部１１ｆは、接続部１８ｃ，１８ｄと同様に、支柱フレーム１１の長さ方向に延在する溝が、支柱フレーム１１の上端位置において連結部材４１と接続するための螺合穴とされる。接続部１１ｆの溝には、連結部材４１を貫通した締結ボルト、ビス、ねじ等の連結手段Ｂが螺合されて、支柱フレーム１１と連結部材４１とを固定する（図１２に対応する連結手段Ｂを図示）。 A connecting portion 11f is provided on the entire length of the middle plate portion 11e as a ridge having a groove that opens in the direction toward the internal space.
Like the connecting portions 18c and 18d, the connecting portion 11f has a groove extending in the length direction of the support frame 11 as a screw hole for connecting to the connecting member 41 at the upper end position of the supporting frame 11. A connecting means B such as a fastening bolt, a screw, or a screw penetrating the connecting member 41 is screwed into the groove of the connecting portion 11f to fix the support frame 11 and the connecting member 41 (the connecting means corresponding to FIG. 12). B is shown).
　図１４は、本実施形態における空間構成用構造体におけるパネル構造体および支柱フレーム付近を示す平断面図である。
　支柱フレーム１４は、図１４に示すように、板面部１４ｄの幅方向中央部には、奥面部（側部）１９Ｂの反対側（裏面側）となる支柱フレーム１４の断面中心側に、肉厚部１４ｄ１が突条として形成される。 FIG. 14 is a plan cross-sectional view showing the vicinity of the panel structure and the pillar frame in the space constituting structure according to the present embodiment.
As shown in FIG. 14, the pillar frame 14 has a wall thickness at the center portion in the width direction of the plate surface portion 14d on the cross-sectional center side of the pillar frame 14 which is the opposite side (back surface side) of the back surface portion (side portion) 19B. The portion 14d1 is formed as a ridge.
　肉厚部１４ｄ１には、固定孔１４ｄ５が設けられている。固定孔１４ｄ５は、支柱フレーム１４と、奥面部（側部）１９Ｂであるパネル構造体１００の縦フレーム１１０とを接続固定する。
　具体的には、縦フレーム１１０の外板部１１３と接続溝底部１１７とには、図１４に示すように、固定孔１４ｄ５に対応する位置に、固定孔１１３ｄ５および固定孔１１７ｄが設けられている。 The thick portion 14d1 is provided with a fixing hole 14d5. The fixing hole 14d5 connects and fixes the support frame 14 and the vertical frame 110 of the panel structure 100, which is the back surface portion (side portion) 19B.
Specifically, as shown in FIG. 14, the outer plate portion 113 and the connection groove bottom portion 117 of the vertical frame 110 are provided with fixing holes 113d5 and fixing holes 117d at positions corresponding to the fixing holes 14d5. .
　固定孔１４ｄ５には、固定孔１１３ｄ５および固定孔１１７ｄを貫通した締結ボルト、ビス、ねじ等の連結手段Ｂ３が螺合されて、支柱フレーム１４と縦フレーム１１０とを固定する。
　また、溝１１１の底部側には、図１４に示すように、板状体１０１との端部との間にガスケットＧを設けてもよい。 A coupling means B3 such as a fastening bolt, a screw, or a screw that penetrates the fixing hole 113d5 and the fixing hole 117d is screwed into the fixing hole 14d5 to fix the column frame 14 and the vertical frame 110.
Further, on the bottom side of the groove 111, as shown in FIG. 14, a gasket G may be provided between the groove 111 and the end of the plate body 101.
　図１４に示すように、空間構成用構造体１０における外側からの視認方向Ｓに対して、板状体１０１の外側の溝外部１１４が視認されるが、接続溝外部１１６は、ガラス等の板状体１０１を透過してしか視認されないので、空間構成用構造体１０の意匠性が向上する。これにより、板状体１０１の視認面積を大きくすることができる。 As shown in FIG. 14, the groove outside 114 on the outside of the plate-shaped body 101 is visually recognized in the viewing direction S from the outside in the space constructing structure 10, but the connection groove outside 116 is a plate made of glass or the like. Since it is visible only through the shape body 101, the design of the space constituting structure 10 is improved. Thereby, the visible area of the plate-shaped body 101 can be increased.
　連結部材４１～４４は、それぞれ、支柱フレーム１１～１４の上端部位置に連結され、それぞれ対応する梁フレーム１６～１８のうちの２本と連結される。
　連結部材４１～４４は、いずれも略同一な構成とされるため、ここでは連結部材４１を例示して説明する。
　図１１は、本実施形態における空間構成用構造体における連結部材を示す斜視図である。図１２は、本実施形態における空間構成用構造体における連結部材を連結した状態を示す斜視図である。 The connecting members 41 to 44 are respectively connected to the upper end positions of the column frames 11 to 14 and are connected to two of the corresponding beam frames 16 to 18, respectively.
Since the connecting members 41 to 44 have substantially the same configuration, the connecting member 41 will be described as an example here.
FIG. 11 is a perspective view showing a connecting member in the space constituting structure according to the present embodiment. FIG. 12 is a perspective view showing a state in which the connecting members are connected in the space constructing structure in the present embodiment.
　連結部材４１は、支柱フレーム１１と梁フレーム１６と梁フレーム１５とを連結する。
　連結部材４１は、図１１，図１２に示すように、支柱フレーム１１に当接する略水平の底板部４１ａと、梁フレーム１６に当接するように底板部４１ａから立設された縦板部４１ｂと、梁フレーム１５に当接するように底板部４１ａから立設された横板部４１ｃと、を有する。底板部４１ａと縦板部４１ｂと横板部４１ｃとの厚さ寸法は、略同一とすることができる。
　底板部４１ａは、平面視した輪郭形状として、略四分円の扇形輪郭となるように形成される。 The connecting member 41 connects the support frame 11, the beam frame 16, and the beam frame 15.
As shown in FIGS. 11 and 12, the connecting member 41 includes a substantially horizontal bottom plate portion 41 a that abuts on the column frame 11, and a vertical plate portion 41 b that is erected from the bottom plate portion 41 a so as to abut the beam frame 16. The horizontal plate portion 41c is provided upright from the bottom plate portion 41a so as to come into contact with the beam frame 15. The bottom plate portion 41a, the vertical plate portion 41b, and the horizontal plate portion 41c can have substantially the same thickness dimension.
The bottom plate portion 41a is formed to have a fan shape of a substantially quadrant as a contour shape in a plan view.
　底板部４１ａの平面視した外側端部４１ａ１は、その輪郭形状、つまり、空間構成用構造体１０の内部空間と反対側の輪郭形状が、支柱フレーム１１の外側面１１ａに対応して、ほぼ同じ弧状輪郭とされている。なお、外側端部４１ａ１の形状は、後述するように、支柱フレーム１１における円弧状部１１ｂの内側面との間に、平面視して隙間Ｖを形成するように円弧状部１１ｂよりも小さい径寸法の弧状として形成される。 The contour shape of the outer end portion 41a1 of the bottom plate portion 41a in a plan view, that is, the contour shape on the side opposite to the inner space of the space constituting structure 10, corresponds to the outer surface 11a of the column frame 11, and is substantially the same. It has an arcuate contour. The shape of the outer end portion 41a1 is smaller than that of the arc-shaped portion 11b so as to form a gap V in plan view between the outer end portion 41a1 and the inner side surface of the arc-shaped portion 11b of the support frame 11, as described later. It is formed as an arc of dimensions.
　底板部４１ａと縦板部４１ｂとの接合部４１ａｂは、扇形輪郭における半径部分によって構成されて略水平な直線状に形成され、底板部４１ａと縦板部４１ｂとが直交するように接合されている。
　底板部４１ａと横板部４１ｃとの接合部４１ａｃは、扇形輪郭における半径部分によって構成されて略水平な直線状に形成され、底板部４１ａと横板部４１ｃとが直交するように接合されている。
　縦板部４１ｂと横板部４１ｃとの接合部４１ｂｃは、扇形輪郭における半径部分によって構成されて略鉛直な直線状に形成され、縦板部４１ｂと横板部４１ｃとが直交するように接合されている。
　これにより、底板部４１ａ、縦板部４１ｂおよび横板部４１ｃそれぞれの扇形輪郭における円弧部分によって、コーナー部材２１が当接する概略三角形状の外縁が形成されている。
　連結部材４１は、板状体を折り曲げて形成する場合には、上記の接合部４１ａｂ，４１ａｃ，４１ｂｃのうちいずれかが、端部が接触した状態とされてもよい。 The joint portion 41ab between the bottom plate portion 41a and the vertical plate portion 41b is formed by a radial portion in a fan-shaped contour to be formed into a substantially horizontal straight line, and the bottom plate portion 41a and the vertical plate portion 41b are joined so as to be orthogonal to each other. There is.
A joint portion 41ac between the bottom plate portion 41a and the horizontal plate portion 41c is formed by a radial portion in a fan-shaped contour and is formed into a substantially horizontal straight line, and the bottom plate portion 41a and the horizontal plate portion 41c are joined so as to be orthogonal to each other. There is.
A joint portion 41bc between the vertical plate portion 41b and the horizontal plate portion 41c is formed by a radial portion in a fan-shaped contour and formed into a substantially vertical straight line, and is joined so that the vertical plate portion 41b and the horizontal plate portion 41c are orthogonal to each other. Has been done.
As a result, the arcuate portions of the fan-shaped contours of the bottom plate portion 41a, the vertical plate portion 41b, and the horizontal plate portion 41c form a substantially triangular outer edge with which the corner member 21 abuts.
When the connecting member 41 is formed by bending a plate-like body, any one of the above-mentioned joining portions 41ab, 41ac, 41bc may be in a state where the end portions are in contact with each other.
　縦板部４１ｂの正面視した外側端部４１ｂ１は、その輪郭形状、つまり、空間構成用構造体１０の内部空間から離間する側の輪郭形状が、カバー部材２６の外側面２６ａに対応して、弧状輪郭とされている。なお、外側端部４１ｂ１の形状は、後述するように、カバー部材２６の曲面部２６ｋの内側面に、外側端部４１ｂ１の全長が当接可能なように曲面部２６ｋの内側面よりも小さい径寸法の弧状として形成される。 The contour shape of the outer end portion 41b1 of the vertical plate portion 41b when viewed from the front, that is, the contour shape on the side away from the internal space of the space constructing structure 10 corresponds to the outer surface 26a of the cover member 26, It has an arcuate contour. The shape of the outer end portion 41b1 has a diameter smaller than that of the inner side surface of the curved surface portion 26k so that the entire length of the outer end portion 41b1 can contact the inner side surface of the curved surface portion 26k of the cover member 26, as described later. It is formed as an arc of dimensions.
　横板部４１ｃの側面視した外側端部４１ｃ１は、その輪郭形状、つまり、空間構成用構造体１０の内部空間から離間する側の輪郭形状が、カバー部材２５の外側面２５ａに対応して、弧状輪郭とされている。なお、外側端部４１ｃ１の形状は、後述するように、カバー部材２５の曲面部２５ｋの内側面に、外側端部４１ｃ１の全長が当接可能なように曲面部２５ｋの内側面よりも小さい径寸法の弧状として形成される。 The outer end portion 41c1 of the lateral plate portion 41c viewed from the side has its contour shape, that is, the contour shape on the side away from the internal space of the space structure structure 10, corresponding to the outer surface 25a of the cover member 25. It has an arcuate contour. The outer end portion 41c1 has a smaller diameter than the inner side surface of the curved surface portion 25k so that the entire length of the outer end portion 41c1 can come into contact with the inner side surface of the curved surface portion 25k of the cover member 25, as described later. It is formed as an arc of dimensions.
　底板部４１ａと縦板部４１ｂと横板部４１ｃとは、互いに直交するように配置されており、接合部４１ａｂと接合部４１ｂｃと接合部４１ｂｃとが、空間構成用構造体１０の内部空間側の同一箇所で交わるように構成される。
　底板部４１ａには、支柱フレーム１１と連結部材４１とを連結する連結孔４１ｄが接続部１１ｆに対応した位置に設けられる。 The bottom plate portion 41a, the vertical plate portion 41b, and the horizontal plate portion 41c are arranged so as to be orthogonal to each other, and the joint portion 41ab, the joint portion 41bc, and the joint portion 41bc are located on the inner space side of the space constituting structure 10. It is configured to intersect at the same place.
The bottom plate portion 41a is provided with a connection hole 41d for connecting the support frame 11 and the connection member 41 at a position corresponding to the connection portion 11f.
　縦板部４１ｂには、梁フレーム１６と連結部材４１とを連結する連結孔４１ｅが接続部１６ｃに対応した位置に設けられ、梁フレーム１６と連結部材４１とを連結する連結孔４１ｆが接続部１６ｄに対応した位置に設けられる。
　横板部４１ｃには、梁フレーム１５と連結部材４１とを連結する連結孔４１ｇが接続部１５ｃに対応した位置に設けられ、梁フレーム１５と連結部材４１とを連結する連結孔４１ｈが接続部１５ｄに対応した位置に設けられる。 The vertical plate portion 41b is provided with a connecting hole 41e for connecting the beam frame 16 and the connecting member 41 at a position corresponding to the connecting portion 16c, and a connecting hole 41f for connecting the beam frame 16 and the connecting member 41 to the connecting portion. It is provided at a position corresponding to 16d.
The horizontal plate portion 41c is provided with a connecting hole 41g for connecting the beam frame 15 and the connecting member 41 at a position corresponding to the connecting portion 15c, and a connecting hole 41h for connecting the beam frame 15 and the connecting member 41 to the connecting portion. It is provided at a position corresponding to 15d.
　底板部４１ａには、連結孔４１ｄ、接合部４１ａｂおよび接合部４１ａｃから離間した位置に、貫通部４１ｊが設けられる。
　縦板部４１ｂと横板部４１ｃとには、連結孔４１ｅ～４１ｈから離間する位置で、接合部４１ｂｃを跨ぐように貫通部４１ｋが設けられる。
　貫通部４１ｊおよび貫通部４１ｋは、たとえば、必要な配線を通すために設けられる。
　また、連結部材４１を軽量化するために設けられこともできる。貫通部４１ｊおよび貫通部４１ｋの輪郭形状および配置等は、連結部材４１の強度に影響を及ぼさなければ任意に設定できる。 The bottom plate portion 41a is provided with a penetrating portion 41j at a position separated from the connecting hole 41d, the joint portion 41ab and the joint portion 41ac.
The vertical plate portion 41b and the horizontal plate portion 41c are provided with penetrating portions 41k so as to straddle the joint portion 41bc at positions separated from the connecting holes 41e to 41h.
The penetrating portion 41j and the penetrating portion 41k are provided, for example, for passing necessary wiring.
Further, it may be provided to reduce the weight of the connecting member 41. The contour shape and arrangement of the penetrating part 41j and the penetrating part 41k can be arbitrarily set as long as they do not affect the strength of the connecting member 41.
　コーナー部材２１は、支柱フレーム１１の上端部に取り付けられる。
　図１３は、本実施形態の空間構成用構造体におけるコーナー部材を内側面側から見た斜視図である。
　コーナー部材２１は、図１３に示すように、外側面２１ａを形成する曲面部２１ｂと、曲面部２１ｂの下端部２１ｂ１から突出する突出部２１ｃと、カバー部材２６側の縦端部２１ｂ２から突出する突出部２１ｄと、カバー部材２５側の横端部２１ｂ３から突出する突出部２１ｅと、を有する。 The corner member 21 is attached to the upper end of the support frame 11.
FIG. 13 is a perspective view of the corner member in the space constituting structure of the present embodiment as viewed from the inner side surface side.
As shown in FIG. 13, the corner member 21 projects from the curved surface portion 21b forming the outer side surface 21a, the projection portion 21c projecting from the lower end portion 21b1 of the curved surface portion 21b, and the vertical end portion 21b2 on the cover member 26 side. It has a protrusion 21d and a protrusion 21e protruding from the lateral end 21b3 on the cover member 25 side.
　曲面部２１ｂは、連結部材４１で連結された支柱フレーム１１の上端部とカバー部材２６，２５との間で、これらをなめらかに繋ぐように形状設定可能である。
　曲面部２１ｂの下端部２１ｂ１は、支柱フレーム１１の上端部に合わせて、水平方向視して直線に見えるように円弧状に形成される。 The curved surface portion 21b can be set between the upper end portion of the column frame 11 connected by the connecting member 41 and the cover members 26 and 25 so as to smoothly connect them.
The lower end portion 21b1 of the curved surface portion 21b is formed in an arc shape so as to be aligned with the upper end portion of the support frame 11 so as to look like a straight line when viewed in the horizontal direction.
　曲面部２１ｂの縦端部２１ｂ２は、カバー部材２６側の前側端部に合わせて、側面視して直線に見えるように円弧状に形成される。
　曲面部２１ｂの横端部２１ｂ３は、カバー部材２５側の左側端部に合わせて、側面視して直線に見えるように円弧状に形成される。
　曲面部２１ｂは、下端部２１ｂ１と縦端部２１ｂ２と横端部２１ｂ３とによって、三角形を曲面にしたような輪郭形状とされる。曲面部２１ｂは、略均一な厚さ寸法とされる。 The vertical end portion 21b2 of the curved surface portion 21b is formed in an arc shape so as to look like a straight line in a side view, in conformity with the front end portion on the cover member 26 side.
The lateral end portion 21b3 of the curved surface portion 21b is formed in an arc shape so as to be seen as a straight line in a side view, in conformity with the left end portion on the cover member 25 side.
The curved surface portion 21b is formed by the lower end portion 21b1, the vertical end portion 21b2, and the horizontal end portion 21b3 into a contour shape like a triangular curved surface. The curved surface portion 21b has a substantially uniform thickness dimension.
　曲面部２１ｂと突出部２１ｃと突出部２１ｄと突出部２１ｅとは、いずれも空間構成用構造体１０の内側空間に向いた内面２１ｇが、なめらかな曲面とされている。
　突出部２１ｃと突出部２１ｄと突出部２１ｅとは、いずれも曲面部２１ｂよりも薄肉化され、突出部２１ｃと下端部２１ｂ１、突出部２１ｄと縦端部２１ｂ２、突出部２１ｅと横端部２１ｂ３は、それぞれが段差を形成している。 In each of the curved surface portion 21b, the protruding portion 21c, the protruding portion 21d, and the protruding portion 21e, the inner surface 21g facing the inner space of the space constituting structure 10 is a smooth curved surface.
The protruding portion 21c, the protruding portion 21d, and the protruding portion 21e are all made thinner than the curved surface portion 21b. The protruding portion 21c and the lower end portion 21b1, the protruding portion 21d and the vertical end portion 21b2, the protruding portion 21e and the lateral end portion 21b3. Each form a step.
　また、突出部２１ｃと突出部２１ｄと突出部２１ｅとは、いずれも、略均一な幅方向寸法とされる。ここで、突出部２１ｃの幅方向は、曲面部２１ｂの中心から支柱フレーム１１に向かう方向、つまり、上下方向とされる。
　突出部２１ｄの幅方向は、曲面部２１ｂの中心からカバー部材２６に向かう方向、つまり、空間構成用構造体１０の前後方向とされる。
　突出部２１ｅの幅方向は、曲面部２１ｂの中心からカバー部材２５に向かう方向、つまり、空間構成用構造体１０の左右方向とされる。 In addition, each of the protruding portion 21c, the protruding portion 21d, and the protruding portion 21e has a substantially uniform width direction dimension. Here, the width direction of the protruding portion 21c is a direction from the center of the curved surface portion 21b toward the support frame 11, that is, the vertical direction.
The width direction of the protruding portion 21d is a direction from the center of the curved surface portion 21b toward the cover member 26, that is, the front-back direction of the space constituting structure 10.
The width direction of the protruding portion 21e is the direction from the center of the curved surface portion 21b toward the cover member 25, that is, the left-right direction of the space constituting structure 10.
　支柱フレーム１１～１４および梁フレーム１５～１８は、いずれもアルミ合金等の金属製の押し出し材とされることができる。カバー部材２５～２８、キャップ部材３５～３８およびコーナー部材２１～２４は、例えば樹脂製とすることができる。連結部材４１～４４および連結手段Ｂは、例えば、スチール材とすることができる。
　なお、充分な強度を有している場合、あるいは、外観デザイン性や製造容易性等からの要請がある場合、これらの材質を適宜変更することが可能である。 The pillar frames 11 to 14 and the beam frames 15 to 18 can be extruded materials made of metal such as aluminum alloy. The cover members 25 to 28, the cap members 35 to 38, and the corner members 21 to 24 can be made of resin, for example. The connecting members 41 to 44 and the connecting means B can be made of steel, for example.
If the material has sufficient strength, or if there is a request from the viewpoint of external appearance designability, easiness of manufacture, etc., these materials can be appropriately changed.
　本実施形態における空間構成用構造体１０は、オフィス内のワーキングブース、テレビ電話用のブース、あるいは、会議・打合せ用のブースなどとして、例えば、オフィスなどの壁あるいは天井から離間した状態に設置することができる。この際、空間構成用構造体１０の内部空間は、側部１９Ａ～１９Ｄによって、外部から分離されるとともに、空間構成用構造体１０の上部は開口した状態で外部と連通している。また、ドア１９Ａａを開閉することで入退室および外部からの閉塞状態が可能となる。
　同時に、空間構成用構造体１０の内部空間は、外部から分離されているが、側部１９Ｂが、透過して視認可能なガラス等からなる板状体１０１を有するパネル構造体１００とされていることで、外部から視認した際の意匠性を高め、また、デザイン性を向上することができる。 The space-forming structure 10 according to the present embodiment is installed as a working booth in an office, a booth for a videophone, a booth for a meeting / meeting, etc., for example, in a state separated from a wall or ceiling of an office or the like. be able to. At this time, the internal space of the space-structuring structure 10 is separated from the outside by the side portions 19A to 19D, and the upper portion of the space-structuring structure 10 is open and communicates with the outside. Further, by opening and closing the door 19Aa, it is possible to enter and leave the room and to be closed from the outside.
At the same time, the internal space of the space-structuring structure 10 is separated from the outside, but the side portion 19B is a panel structure 100 having a plate-like body 101 made of glass or the like that can be seen through. As a result, it is possible to improve the design when viewed from the outside and also improve the design.
　本実施形態における空間構成用構造体１０は、連結部材４１～４４により連結された支柱フレーム１１～１４および梁フレーム１５～１８によって、充分な強度を有することができる。また、上部が天井板などで閉塞されていないとともに、床板が設けられていないため、これらの上下位置における板体を有する構成に比べて、軽量化を図り、その組み立て作業時間を短縮することが可能となる。 The space constituting structure 10 in the present embodiment can have sufficient strength due to the pillar frames 11 to 14 and the beam frames 15 to 18 connected by the connecting members 41 to 44. Further, since the upper part is not closed by a ceiling plate or the like and the floor plate is not provided, it is possible to reduce the weight and shorten the assembling time as compared with the configuration having the plate bodies in these upper and lower positions. It will be possible.
　また、支柱フレーム１１～１４の外側面１１ａ～１４ａ、カバー部材２５～２８の外側面２５ａ～２７ａ、およびコーナー部材２１～２４の外側面２１ａ～２４ａがいずれも曲面から構成されていることにより、外側から視認した際に、角部がいずれも丸められた四角柱状として視認されるために、平面のみで構成されたものに比べて柔らかい印象を与えることができ、デザイン性を向上することが可能となる。空間構成用構造体１０の上側が内側に向かう曲面となるため、柔らかな見た目とすることが可能となるなど、意匠形成の幅が広くなる。 Further, since the outer surfaces 11a to 14a of the column frames 11 to 14, the outer surfaces 25a to 27a of the cover members 25 to 28, and the outer surfaces 21a to 24a of the corner members 21 to 24 are all curved surfaces, When viewed from the outside, the corners are all seen as a rounded columnar shape, which gives a softer impression than that made up of only flat surfaces, improving designability. Becomes Since the upper side of the space constructing structure 10 is a curved surface that faces inward, the appearance can be made soft, and the width of design formation is widened.
　さらに、梁フレーム１５～１８における内部空間に露出する面が、キャップ部材３５～３８によって、側部１９Ａ～１９Ｄと面一となることにより、空間構成用構造体１０の内部空間側から視認した際の意匠性を向上し、デザイン性を向上することが可能となる。 Furthermore, when the surfaces of the beam frames 15 to 18 exposed to the internal space are flush with the side portions 19A to 19D by the cap members 35 to 38, when viewed from the internal space side of the space constituting structure 10. It is possible to improve the design and the design.
　本実施形態においては、支柱フレーム１１～１４、梁フレーム１６、連結部材４１～４４を連結しているが、この構成に限定されるものではなく、略四角柱状である内部空間の境界を形成していればよい。 In the present embodiment, the pillar frames 11 to 14, the beam frame 16, and the connecting members 41 to 44 are connected, but the structure is not limited to this, and the boundary of the internal space having a substantially square prism shape is formed. If you have.
　コーナー部材２１の突出部２１ｃ，２１ｄ，２１ｅによって、外側面１１ａ，２５ａ，２６ａとコーナー部材２１の外側面２１ａとの隙間が視認できないようにすることができるため、空間構成用構造体１０のデザイン性を向上することができる。
　特に、接続部分の隙間が目立ちやすかったカバー部材と支柱フレームとのコーナー部分では、縦横高さの３方向の曲面となるため、隙間を目立たなくすることが困難であったが、本実施形態の空間構成用構造体１０では、コーナー部材２１～２４を載置するだけで、この課題を解決することができる。 Since the protrusions 21c, 21d, and 21e of the corner member 21 can make the gap between the outer surfaces 11a, 25a, and 26a and the outer surface 21a of the corner member 21 invisible, the design of the structure 10 for space configuration. It is possible to improve the property.
In particular, it is difficult to make the gaps inconspicuous because the corners between the cover member and the support frame where the gaps in the connecting portions are easily noticeable have curved surfaces in three vertical and horizontal heights. In the space structure structure 10, this problem can be solved only by mounting the corner members 21 to 24.
　なお、外側面１１ａ，２５ａ，２６ａとコーナー部材２１の外側面２１ａとの隙間が視認できないようにする突出部２１ｃ，２１ｄ，２１ｅは、コーナー部材２１側ではなく、支柱フレーム１１およびカバー部材２５，２６側に設けることも可能である。また、少なくとも３方向に突出する突出部２１ｃ，２１ｄ，２１ｅのうち、少なくとも１方向の突出部がコーナー部材２１側と、カバー部材２５，２６側との異なる側に設けられることもできる。 In addition, the protrusions 21c, 21d, and 21e that make the gap between the outer side surfaces 11a, 25a, and 26a and the outer side surface 21a of the corner member 21 invisible are not on the corner member 21 side, but on the column frame 11 and the cover member 25. It is also possible to provide it on the 26 side. Further, among the protrusions 21c, 21d, and 21e that protrude in at least three directions, the protrusions in at least one direction may be provided on different sides of the corner member 21 side and the cover members 25, 26 side.
　本実施形態においては、側部１９Ａにドア１９Ａａを有する構成とし、側部１９Ｂがガラス板からなる板状体１０１を有するパネル構造体１００としたが、これに加えて、側部１９Ｃ，１９Ｄの一方もしくは両方をパネル構造体１００とすることもできる。さらに、側部１９Ｂ～１９Ｄに扉部や窓部などの開閉可能な構成、あるいは、部分的もしくは一面全面の開口部等を設けることもできる。あるいは、空間構成用構造体１０の上部開口付近に他の構成部品を設けることも可能である。 In this embodiment, the side portion 19A is configured to have the door 19Aa, and the side portion 19B is the panel structure 100 including the plate-like body 101 made of a glass plate. However, in addition to this, the side portions 19C and 19D are One or both of them may be the panel structure 100. Further, the side portions 19B to 19D may be provided with a structure such as a door portion or a window portion that can be opened or closed, or a partial or whole surface opening portion or the like. Alternatively, other components may be provided near the upper opening of the space constructing structure 10.
　さらに、空間構成用構造体１０の外形として、略四角柱状としたが、他の多角形状とすることもできる。この場合、複数の支柱フレームと複数の梁フレームとを連結する際に、連結部品における底板部と縦板部と横板部との接合角度を変更することで対応可能である。 Further, although the outer shape of the space structure structure 10 is a substantially square pole, it may be another polygonal shape. In this case, when connecting the plurality of support frames and the plurality of beam frames, it is possible to deal with this by changing the joining angle of the bottom plate portion, the vertical plate portion, and the horizontal plate portion in the connecting component.
　本発明の活用例として、オフィスに設置されるワークブース、打合せ用ブース、テレビ会議用のブース、電話応答を行うフォンブースや、図書館等の公共施設での閲覧ブースを挙げることができる。 Examples of utilization of the present invention include a work booth installed in an office, a meeting booth, a video conference booth, a phone booth for answering a phone call, and a browsing booth in a public facility such as a library.
　本発明によれば、充分な強度を有し、かつ、板状体の視認状態を向上してデザイン性、意匠性に優れたパネル構造体、空間構成用構造体を提供することができる。 According to the present invention, it is possible to provide a panel structure and a space structure structure that have sufficient strength and that improve the visibility of the plate-shaped body and are excellent in design and design.
１０…空間構成用構造体
１１～１４…支柱フレーム
１１ａ～１４ａ…外側面
１５～１８…梁フレーム
１９Ａ…正面部（側部）
１９Ｂ…奥面部（側部）
１９Ｃ…左面部（側部）
１９Ｄ…右面部（側部）
２１～２４…コーナー部材
２５～２８…カバー部材
３５～３８…キャップ部材
４１～４４…連結部材
Ｖ…隙間
１００…パネル構造体
１０１…板状体
１１０…縦フレーム
１１１，１２１…溝
１１２，１２２…接続溝
１１３，１２３…外板部
１１４，１２４…溝外部
１１５，１２５…接続溝内部
１１６，１２６…接続溝外部
１１７，１２７…接続溝底部
１２０…横フレーム
１２１ｂ…外突き当たり部
１２２ｂ…突き当たり部
１２８…内側切欠部（切欠部）
１２９…外側切欠部（切欠部）
１３０…接続部材
１４０…キャップ部材
Ｂ，Ｂ２，Ｂ３…連結手段
Ｂ１…固定部材
Ｇ…ガスケット
Ｓ…視認方向
Ｖ…隙間
Ｃｇ…主面中心
Ｔｇ…溝外部の高さ
Ｔｓ…接続溝内部の高さ Reference numeral 10 ... Spatial structure structures 11 to 14 ... Strut frames 11a to 14a ... Outer surface 15 to 18 ... Beam frame 19A ... Front part (side part)
19B ... Back surface (side)
19C ... Left side (side)
19D ... Right side (side)
21 to 24 ... Corner members 25 to 28 ... Cover members 35 to 38 ... Cap members 41 to 44 ... Connecting member V ... Gap 100 ... Panel structure 101 ... Plate-like body 110 ... Vertical frames 111, 121 ... Grooves 112, 122 ... Connection grooves 113, 123 ... Outer plate portions 114, 124 ... Groove outer portions 115, 125 ... Connection groove inner portions 116, 126 ... Connection groove outer portions 117, 127 ... Connection groove bottom portion 120 ... Horizontal frame 121b ... Outer abutment portion 122b ... Abutment portion 128. … Inside notch (notch)
129 ... Outer notch (notch)
130 ... Connection member 140 ... Cap members B, B2, B3 ... Connection means B1 ... Fixing member G ... Gasket S ... Visual direction V ... Gap Cg ... Main surface center Tg ... Height outside groove Ts ... Height inside connection groove

Claims (9)

  1. 　矩形輪郭の板状体の周囲に縦フレームおよび横フレームを設けたパネル構造体であって、
    　前記縦フレームおよび前記横フレームが、
    　前記板状体の周端部が内側に配置される溝と、
    　前記縦フレームと前記横フレームとで形成される角部において、前記縦フレームの端部と前記横フレームの端部とを接続する接続部材が内側に配置される接続溝と、
    を有し、
    　前記溝が、前記板状体の厚み方向である幅方向の一端側に位置して前記縦フレームおよび前記横フレームの長手方向に延在するとともに、
    　前記接続溝が、前記幅方向の他端側に位置して前記縦フレームおよび前記横フレームの長手方向に延在するパネル構造体。     A panel structure in which a vertical frame and a horizontal frame are provided around a rectangular contour plate-shaped body,
    The vertical frame and the horizontal frame,
    A groove in which the peripheral end portion of the plate-shaped body is arranged inside,
    In a corner formed by the vertical frame and the horizontal frame, a connection groove in which a connecting member that connects the end of the vertical frame and the end of the horizontal frame is arranged inside,
    Have
    While the groove is located at one end side in the width direction that is the thickness direction of the plate-shaped body and extends in the longitudinal direction of the vertical frame and the horizontal frame,
    A panel structure in which the connection groove is located on the other end side in the width direction and extends in the longitudinal direction of the vertical frame and the horizontal frame.
  2. 　前記縦フレームおよび前記横フレームは、前記溝が設けられた前記幅方向の一端側の部材高さが、前記接続溝が設けられた前記幅方向の他端側の部材高さよりも低い請求項１に記載のパネル構造体。 In the vertical frame and the horizontal frame, a member height on one end side in the width direction in which the groove is provided is lower than a member height on the other end side in the width direction in which the connection groove is provided. The panel structure described in 1.
  3. 　前記縦フレームおよび前記横フレームは、前記接続溝の底部が、前記溝の底部に対して、前記縦フレームまたは横フレームが設けられた前記板状体の周端部よりも前記板状体の主面中心側に配されている請求項１に記載のパネル構造体。 In the vertical frame and the horizontal frame, the bottom portion of the connection groove has a main portion of the plate-shaped body with respect to the bottom portion of the groove rather than a peripheral end portion of the plate-shaped body provided with the vertical frame or the horizontal frame. The panel structure according to claim 1, wherein the panel structure is arranged on the center side of the plane.
  4. 　前記縦フレームおよび前記横フレームは、前記接続溝の底部が、前記溝の前記幅方向の一端側の開口端よりも前記板状体の主面中心側に配されている請求項１に記載のパネル構造体。 The vertical frame and the horizontal frame according to claim 1, wherein a bottom portion of the connection groove is arranged closer to a center side of the main surface of the plate-shaped body than an opening end of the groove on one end side in the width direction. Panel structure.
  5. 　前記接続部材が前記縦フレームおよび前記横フレームの長手方向にそれぞれ延在する部分を有し、
    　前記接続溝の開口を覆うキャップ部材によって、前記接続部材が覆われる請求項１から４のいずれか一項に記載のパネル構造体。     The connection member has portions extending in the longitudinal direction of the vertical frame and the horizontal frame, respectively,
    The panel structure according to any one of claims 1 to 4, wherein the connection member is covered with a cap member that covers the opening of the connection groove.
  6. 　前記縦フレームおよび前記横フレームのうち、一方の端部には、他方の前記接続溝の底部に当接する突き当たり部と、他方の前記接続溝の開口端に対応した切欠部とが設けられる請求項１から５のいずれか一項に記載のパネル構造体。 One of the vertical frame and the horizontal frame is provided at one end thereof with an abutting portion that abuts a bottom portion of the other connection groove, and a cutout portion corresponding to an open end of the other connection groove. The panel structure according to any one of 1 to 5.
  7. 　前記他方の接続溝の開口端に対応した前記一方の切欠部のうち、前記板状体の厚さ方向において前記溝側に位置する外側切欠部が、前記板状体の厚さ方向において前記接続溝側に位置する内側切欠部よりも、前記板状体の厚さ方向における寸法が大きくなるように形成される請求項６に記載のパネル構造体。 Out of the one notch corresponding to the open end of the other connection groove, the outer notch located on the groove side in the thickness direction of the plate-shaped body is the connection in the thickness direction of the plate-shaped body. The panel structure according to claim 6, wherein the panel-shaped body is formed such that the dimension of the plate-shaped body in the thickness direction is larger than that of the inner notch located on the groove side.
  8. 　空間に設けられ、該空間内に内部空間を形成するための空間構成用構造体であって、
    　前記空間内における前記内部空間の境界に配置された支柱フレームと、
    　前記支柱フレームの上端部に連結された複数の梁フレームと、
    　前記支柱フレームと前記梁フレームとで形成された側部と、
    を備え、
    　前記側部には、請求項１から７のいずれか一項に記載のパネル構造体を備え、
    　前記側部において、前記接続溝が前記内部空間側に配置され、前記溝が外側に配置される空間構成用構造体。     A space-forming structure provided in a space for forming an internal space in the space,
    A support frame arranged at the boundary of the internal space in the space,
    A plurality of beam frames connected to the upper end of the pillar frame,
    A side portion formed by the pillar frame and the beam frame,
    Equipped with
    The panel structure according to any one of claims 1 to 7 is provided on the side portion,
    In the side portion, the space constituting structure in which the connection groove is arranged on the inner space side and the groove is arranged on the outer side.
  9. 　前記空間内に設けられ、前記空間から隔離して前記内部空間内で特定の作業を行うためのワークブースである請求項８に記載の空間構成用構造体。 The space structure structure according to claim 8, which is a work booth provided in the space and isolated from the space to perform a specific work in the internal space.
PCT/JP2019/041251 2018-10-22 2019-10-21 Panel structure and structure for space configuration WO2020085276A1 (en)

Applications Claiming Priority (2)

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JP2018198479A JP7198040B2 (en) 2018-10-22 2018-10-22 Panel structure, structure for space composition
JP2018-198479 2018-10-22

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US11391053B1 (en) * 2021-03-04 2022-07-19 Michal Rosen Low-slung booth

Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH11296091A (en) * 1998-04-13 1999-10-29 Hayashi Kogyo Kk Frame body structure, frame constitutive member, and reinforcing member
JP2006077543A (en) * 2004-09-13 2006-03-23 Kokuyo Co Ltd Partition and panel element mounting structure
JP2013159924A (en) * 2012-02-02 2013-08-19 Lixil Corp Unit room

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH11296091A (en) * 1998-04-13 1999-10-29 Hayashi Kogyo Kk Frame body structure, frame constitutive member, and reinforcing member
JP2006077543A (en) * 2004-09-13 2006-03-23 Kokuyo Co Ltd Partition and panel element mounting structure
JP2013159924A (en) * 2012-02-02 2013-08-19 Lixil Corp Unit room

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US11391053B1 (en) * 2021-03-04 2022-07-19 Michal Rosen Low-slung booth

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