JP3950442B2 - Orthogonal material suspension support structure - Google Patents

Description

  The present invention relates to an orthogonal member suspension support structure in which an orthogonal member is suspended and supported by a plurality of parallel long members.

  For example, as is typically seen in solariums, outdoor structures are equipped with a roof and the roof is constructed by framing structural materials such as rafters, girders, and skeletons in a grid pattern, especially rafters. However, when installing the opening and closing guide rail of the opening member that forms a partition as a sunroom, especially the upper rail, it is installed on the front frame of the roof structure material, especially the column. Screw the standing pieces of the L-shaped brackets to the upper and lower parts of the upper frame at the front and lower positions, respectively, and open / close guide rails, especially the upper rails in the longitudinal direction between the horizontal protrusions of the upper and lower L-shaped brackets. Are fitted from the front side, and screws are inserted into the upper and lower surfaces of the upper rail from each horizontal protrusion, and fixed to the front of the roof top frame. When The lower rail is embedded placed in the corresponding position of the surface, between the opposed the closing guide rail in the vertical, folding doors, is intended to be mounted openably opening member such as a sliding door.

Japanese Patent Publication No. 7-23668

  In this case, the opening / closing guide rail is fixed to the roof frame of the outdoor structure, so that the opening member is always limited to the front end position in the width direction of the outdoor structure. Thus, the opening member cannot be installed at the intermediate position in the width direction of the outdoor structure so that the inside in the width direction is the sunroom. In this case, for example, if the mounting frame is horizontally cross-fixed at the intermediate position in the longitudinal direction of the rafter arranged in an inclined manner, and the opening / closing guide rail is supported by the mounting frame, the opening member can be installed at the support material position. However, since the rafters are inclined in the roof protruding width direction, they cannot be cross-fixed so that the mounting frame is horizontal.

  The present invention has been made in view of such circumstances, and the problem to be solved is, for example, that the opening / closing guide rail and the mounting frame for mounting the opening / closing guide rail are horizontally provided at the intermediate position in the protruding width direction of the inclined roof of the outdoor structure. Installed and fixed so that structural materials are fixed to form a sloped roof, so that an orthogonal material orthogonal to this can be suspended and supported horizontally at an intermediate position in the longitudinal direction with respect to a long material that is inclined. The present invention provides an orthogonal member suspension support structure.

  In accordance with the above-described problems, the present invention is configured to perform cross-fixation by suspending and supporting an orthogonal member at an intermediate position in the longitudinal direction of an elongated member arranged in an inclined manner, and to attach the suspension member to the bottom wall of the elongated member. While the inclined bolt hole which is inclined according to the inclination angle is arranged in a U-shaped section, this is fitted and arranged so as to hold the long material at an intermediate position in the longitudinal direction of the long material, while the orthogonal material By receiving the bolt head of the bolt that is inclined and screwed upside down in the inclined bolt hole, a horizontal suspension of the orthogonal member can be performed via the suspension member and the length-adjustable bolt of the inclination screw. In this structure, the orthogonal member can be horizontally cross-fixed at an appropriate position in the middle of the long member in the inclined arrangement, that is, the invention according to claim 1 is inclined. A plurality of parallel long materials, A U-shaped suspension member having a U-shaped cross section in which an inclined bolt hole having the same angle as the inclination angle of the long material is provided through the thick-walled bottom portion so as to be fitted in the middle position in the longitudinal direction of the long material, and the suspension member A suspension bolt that is suspended from the suspension member by being inclined and screwed into the inclined bolt hole, and a bolt head positioned at the lower end of the suspension bolt are received to be orthogonal to the plurality of parallel long materials and horizontally. An orthogonal member suspension support structure characterized by comprising an orthogonal member suspended and supported on the substrate.

  In addition to the above, the invention described in claim 2 supports the suspension member to which the elongated material is fitted in such a manner that the suspension member can be slidably guided in the longitudinal direction of the elongated material. Supporting and adjusting the position in the longitudinal direction of the long material, it is possible to easily arrange the suspension support position of the orthogonal material by attaching the long material and the suspension member to which the long material is fitted. 2. The slide guide having one ridge that supports the suspension member in a longitudinal direction of the long member so as to be slidable in the longitudinal direction and the other that has a groove in the middle. An orthogonal material suspension support structure is adopted.

  In addition to the above, the invention according to claim 3 is also capable of increasing the height of the suspension member by varying the fitting depth of the suspension member supported by the elongated material so as to be slidable in the long material. In order to be able to select the height of the orthogonal member as appropriate by setting it in a plurality of stages, this is made so that the protrusion or groove on one side of the slide guide in the long material or the suspension member is vertically parallel to the plurality of items. The plurality of ridges or grooves are selectively engageable with the other groove or ridge of the other slide guide in the above-mentioned suspension member or long material, and the fitting depth of the suspension member to the long material The orthogonal member suspension support structure according to claim 2, wherein the height is variable.

  In addition to the above, the invention described in claim 4 can prevent rotation of the bolt head received in the orthogonal member easily and reliably, and can stably support the orthogonal member. The bolt head received by the orthogonal member is non-rotatably received by the bolt receiving groove arranged at the center in the width direction of the orthogonal member or the bolt receiving material slidably fitted in the fitting groove. The orthogonal member suspension support structure according to claim 1, 2, or 3, wherein the orthogonal member suspension support structure is provided.

  In addition to the above, the invention according to claim 5 is configured so that the space can be closed by disposing a panel in a space formed between the orthogonal member and the plurality of long members suspended horizontally. For example, in order to ensure airtightness when an opening member is installed, a panel receiving groove is arranged in the orthogonal member, and the lower end of the panel for blocking between long materials is received in the panel receiving groove. The upper end of the panel was installed between the long members in a vertical panel receiving groove formed on the cover material arranged on the side of the long member so that the side edges of the panel covered the suspension member and the suspension bolt. 5. The orthogonality according to claim 1, 2, 3 and 4, wherein a space formed between adjacent long members is closed by a panel by receiving and supporting each in a horizontal panel receiving groove of a horizontal frame. This is a material suspension support structure.

  In addition to the above, the invention described in claim 6 is characterized in that the long material is a roof rafter in the outdoor structure so as to provide an outdoor structure in which an opening member is arranged in the middle of the roof protruding width direction. 6. An orthogonal material suspension support structure according to claim 1, wherein the structure is an opening / closing guide rail or a rail mounting frame of an opening member disposed in the middle of the width direction of the roof. It is.

  The present invention uses these as the gist of the invention and is a means for solving the above problems.

  Since the present invention is configured as described above, the invention according to claim 1 performs the cross-fixation by suspending and supporting the orthogonal member at the intermediate position in the longitudinal direction of the elongated member arranged in an inclined manner. The suspension member has a U-shaped cross-section in which an inclined bolt hole that is inclined according to the inclination angle of the long material is arranged on the bottom wall thereof, and this is held by the long material at an intermediate position in the longitudinal direction. The suspension member and the length of the slanted screw can be adjusted by receiving the bolt head of the bolt that is slantly screwed upside down in the slanted bolt hole on the orthogonal member. For example, an open / close guide rail and a mounting frame for mounting the open / close guide rail are installed horizontally at an intermediate position in the width direction of the inclined roof of an outdoor structure. The structure is It is possible to provide an orthogonal member suspension support structure in which an orthogonal member orthogonal to the longitudinal member can be horizontally suspended and supported at an intermediate position in the longitudinal direction with respect to a long member arranged in an inclined manner so that the members are fixed to each other. .

  In addition to the above, the invention described in claim 2 supports the suspension member to which the elongated material is fitted in such a manner that the suspension member can be slidably guided in the longitudinal direction of the elongated material. By supporting and adjusting the position in the longitudinal direction of the long material, it is possible to easily arrange the suspension support position of the orthogonal material.

  In addition to the above, the invention according to claim 3 is also capable of increasing the height of the suspension member by varying the fitting depth of the suspension member supported by the elongated material so as to be slidable in the long material. It can be set in a plurality of stages, and the height of the orthogonal member can be appropriately selected.

  In addition to the above, the invention described in claim 4 can easily and reliably prevent the rotation of the bolt head received in the orthogonal member, thereby enabling stable suspension support of the orthogonal member. .

  In addition to the above, the invention according to claim 5 can close the space by arranging a panel in the space formed between the orthogonal member and the plurality of long members suspended horizontally. be able to.

  In addition to the above, the invention according to claim 6 can provide an outdoor structure in which an opening member is arranged in the middle of the roof protrusion width direction.

  The present invention will be described in more detail below with reference to the example of the drawings. A is an unillustrated building as an outdoor structure based on a concept that is enriched in use and function by, for example, a living space connected to an indoor space as a semi-outdoor space. The terrace A of the present example is a wide terrace 8 with a wide and wide projecting roof. The front and rear corners of the terrace roof 1 have three corners on the front side and three wall surfaces 8 in the middle between the corners. In addition to supporting the terrace roof 1 by placing pillars on both sides of the back side, the opening member 10 capable of forming a sunroom space from both sides of the terrace roof 1 to the front and rear intermediate positions An open space 14 with a roof as a semi-outdoor space is disposed in front of the front and rear direction, and is made of aluminum mainly assembled using an aluminum extruded material. A further includes a grid-like wood roof 14 connected to the one side of the terrace roof 1 and supported by the one wall surface 8 of the terrace roof 1 and the fourth wall surface 8 at another place. Is opened as an open space 15, whereby the terrace A closes the opening member 10 to be used as a sunroom, opens it or uses only the semi-outdoor space as a roofed open space 14, Along with the space 15 of the roof 15, it can be used for outdoor purposes such as parties and do-it-yourself work.

  The terrace A is provided with an opening / closing guide rail 11 of the opening member 10, particularly the upper rail thereof, at the position of the opening member 10 in the middle of the above-mentioned widthwise direction of the terrace roof 1, and the lower rail is provided on the deck floor (not shown). The opening member 10 is installed and guided to open and close. At this time, the opening member 10 of this example can be used as a folding door so that the front side can be fully opened between the upper and lower rails to form the sunroom space. It is possible.

  In this example, the open / close guide rail 11 is fixed to the lower surface of the terrace roof 1 by a bracket or the like (not shown) on a rail mounting frame 20 which is an orthogonal member arranged horizontally across the roof in the left-right direction. At this time, the rail mounting frame 20 which is the orthogonal member is parallel to a plurality of parallel long members, in this example, a long member made of an aluminum extruded member arranged in a downwardly inclined manner so as to form a structural member of the terrace roof 1. An aluminum extrusion in which a number of rafters 5 are horizontally suspended perpendicularly and supported at the middle in the longitudinal direction, and both ends in the longitudinal direction are similarly inclined downward from the building side so as to form the structural material of the left and right ends of the terrace roof 1 It is assumed that it is horizontally arranged in the above-mentioned roof crossing manner by butt-installing a pair of parallel beams 3 which are long materials made of materials.

  The horizontal suspension support of the rail mounting frame 20 to the inclined rafter 5 is performed by using a suspension member 27 and a suspension bolt 34 screwed on the suspension member 27. At this time, the suspension member 27 is attached to the rafter 5. It has a U-shaped cross section in which an inclined bolt hole 32 having the same angle as the inclination angle of the rafter 5 is provided in the bottom wall 31 so as to be fitted at a middle position in the longitudinal direction. It is assumed that the slanted bolt hole 32 is suspended from the suspension member 27 so as to be adjustable in the vertical direction, and the bolt head located at the lower end of the suspension bolt 34 is received and this is performed.

  The suspension member 27 includes a facing wall 28 and a bottom wall 31 that connects the facing wall 28 at the lower end so as to form a U-shaped groove that matches the width of the rafter 5 that is the long material. The extruded material has a U-shaped block shape that is cut so as to have approximately the same width as the rail mounting frame 20 in this example. In this example, the bottom wall 31 is the inner wall of the opposing wall 28. Thick wall installed horizontally so as to define its lower surface via an opposing connecting wall 30 inclined or curved inward from the opposing wall 28 so as to be narrower than the width of the U-shaped groove. The sloped bolt hole 32 is formed so as to be inclined in the thick bottom wall 31, and the inclined bolt hole 32 absorbs the inclination angle of the rafter 5, and the suspension member 27 is attached to the rafter. The inclined bolt when it is in an inclined state by being placed in a fitting shape on 5 In order to always make a vertical bolt hole at any position in the longitudinal direction without inclining 32, the same angle of inclination as that of the rafter 5 was made transparent and a female screw was engraved on the hole wall as a bolt hole. As a thing.

  At this time, the suspension member 27 is provided with the opposing connecting wall 30 interposed between the opposing wall 28 and the bottom wall 31 so that the upper end of the opposing connecting wall 30 defines a U-shaped groove at the lower end, and the rafter 5 The placement depth position, that is, the squeeze depth position, is regulated when placing the fit shape on the bottom, and a space corresponding to the height of the opposing connecting wall 30 is formed below the fit depth position. 31. A vertical advancing / retreating space of the suspension bolt 34 that is inclinedly screwed from the inclined bolt hole 32 of the 31 is formed, and the bottom surface of the rafter 5 causes the vertical movement of the suspension bolt 34 by the fitting arrangement on the rafter 5. It is designed not to interfere.

  The suspension bolt 34 is inclinedly screwed into the inclined bolt hole 32 that absorbs the inclination angle of the rafter 5 from the lower surface side of the bottom wall 31 with the head of the bolt facing downward. The angle of inclination of the rafter 5 is absorbed, and the above-described fitting arrangement always makes a vertical screwed state regardless of the position of the rafter 5 in the longitudinal direction.

  The suspension member 27 is disposed so as to be fitted from the lower surface side so that the rafter 5 is received in the U-shaped groove, and is arranged at an arbitrary intermediate position in the longitudinal direction of the rafter 5, in this example, the width direction of the terrace roof 1. At the intermediate position, for example, by fixing the screw 33 to the rafter 5 from the opposing wall 28, the rail mounting frame 20 is suspended and supported at the predetermined position.

  At this time, in this example, between the rafter 5 and the suspension member 27 to which the rafter 5 is fitted, one of the suspension members 27 is supported so as to be slidable in the longitudinal direction of the rafter 5, and the other is a groove. In this example, a plurality of protrusions or grooves on one side of the slide guide in the rafter 5 or the suspension member 27 are arranged in parallel up and down, and the plurality of protrusions or grooves are The slide guide in the suspension member 27 or the rafter 5 is selectively engageable with the other groove or protrusion, and the fitting depth of the suspension member 27 with respect to the rafter 5 is made variable. The suspension member 27 is slid in the longitudinal direction of the rafter 5 so that its position can be freely adjusted, while the height of the suspension member 27 is set differently depending on the longitudinal position of the inclined rafter 5. -Variable and set stepwise hanging member 27 installation height by, are so can make stepwise adjustment of the rail mounting frame 20 height.

  In the slide guide of this example, the ridge 6 is formed at the lower end position of the rafter 5, the groove 29 is formed on the inner surface of the suspending member 27 facing the inner wall 28, and the groove 29 of the suspending member 27 is moved up and down two or more times. Three strips are arranged. At this time, the groove 29 has a common shape with each other so that an arbitrary engagement with the projection 6 and a slide guide having two stages in the depth direction of the suspension member 27 can be obtained. It can be selectively formed.

  The suspension support of the rail mounting frame 20 that receives the bolt head of the suspension bolt 34 that is inclined and screwed to the suspension member 27 is used in this example, and the bolt head is received in the width of the rail mounting member 20. The bolt head is non-rotatably received in a bolt receiving material which is slidably guided in a bolt receiving groove or a fitting groove arranged in the center in the direction of the direction. It is assumed that it was carried out so as to support it.

  In other words, in this example, the rail mounting frame 20 is provided with a fitting groove 21 having a C-shaped cross section in the center of the upper surface in the width direction and having an upward opening in the longitudinal direction, and a bolt receiving member 35 is slid into the fitting groove 21. The bolt head is non-rotatably received by the bolt receiving member 35 at the position of the rafter 5, and in this example, the bolt receiving member 35 has a width of the opposite side of the bolt head. A groove member that has a groove width matched to the shape of the bolt and has a C-shaped cross section in which the bolt head is slidable and non-rotatable. For example, an extruded material such as aluminum or synthetic resin is cut into a length of about several cm The engaging ribs are engaged by engaging outward ribs projecting outward at both ends in the width direction with inward ribs projecting inward at both ends in the width direction of the fitting groove of the C-shaped groove. Sometimes the bolt receiving member 35 is fitted with, for example, a rail. Inserted into the fitting groove 21 from the end in the longitudinal direction of the attached frame 20 or inserted into the fitting groove 21 from an insertion port formed by partially cutting away the rib at a predetermined position. The bolt head can be received at this time by inserting the bolt head into the fitting groove 21 in a state in which the projecting dimension from the suspension member 27 is adjusted by the inclined screwing of the suspension bolt 34, and the side of the bolt head is received. The bolt receiving member 35 may be slid from the above.

  In this example formed in this way, the rail mounting frame 20 is suspended and supported by inserting the suspension members 27 into the parallel rafters 5 from the longitudinal ends of the rafters 5 or through the insertion openings, respectively, and adjusting the positions to predetermined positions. For example, the opposing wall 28 is fixed to the side surface of the rafter 5 with a screw 33 and the height of the bolt head of the suspension bolt 34 inclinedly screwed into the inclined bolt hole 32 of the bottom wall 31 is adjusted to a predetermined height position. This is done by holding the rail mounting material 20 and inserting each bolt head into the fitting groove 21 and moving the bolt receiving material 35 to the position of each suspension bolt 34 to receive the bolt head. is there.

  On the other hand, for the butt construction of the rail mounting frame 20 between the above-mentioned beam 3, it is assumed that the beam 3 is provided with a receiving rod 4 having a full length in the integrally formed longitudinal direction on the opposite side surface, and the rail 4 is provided on the receiving beam 4 on the opposite side surface. The rail mounting frame 20 is abutted and installed between the opposing surfaces by hooking and placing the hooks 42 of the pair of joint blocks 39 arranged at both ends in the longitudinal direction of the mounting frame 20. The pair of parallel beams 3 are partially recessed on the side surfaces facing each other, and an L-shaped ridge is arranged so as to open upward in the recessed portion. An upward groove-shaped receiving strip 4 is provided so as to be flush with the side surface of the one side, and the receiving strip 4 is arranged in series along the entire length in the longitudinal direction of the side surface. It is constructed as a two-piece molded piece in close proximity. In the joint block 39, a long material provided with a hooking strip 42 that can be hooked and placed on the receiving strip 4 is made substantially the same as the width of the hollow portion of the rail mounting frame 20 with the entire length in the longitudinal direction integrally formed on the side surface. It is configured in a block shape that is cut or processed so as to be long or shorter, and the pair of joint blocks 39 are arranged at both ends in the longitudinal direction of the hollow portion of the rail mounting frame 20 so that the hooks 42 protrude from both ends in the longitudinal direction. It is assumed that the hook beam 3 is hooked and placed on the receiving strip 4 by being fitted and fixed to.

  In other words, the joint block 39 is fitted and fixed to the rail mounting frame 20 by inserting the long holes 23 at both ends in the longitudinal direction of the rail mounting frame 20, and screwing into the tapping holes 40 arranged in the joint block 39 from the long holes 23. 41 is temporarily screwed, the screw 41 is slid within the range of the long hole 23, and the joint block 39 is moved in the longitudinal direction of the rail mounting frame 20, thereby causing the hooking strip 42 to project from both ends. The installation of the rail mounting frame 20 using the joint block 39 is performed by placing the rail mounting frame 20 in a state where the hooking strip 42 is inserted between the end beams 3, The set screw 41 is slid, the joint block 39 is moved outward in the longitudinal direction, the hooking strip 42 is projected from the longitudinal end, and the hooking strip 42 is hooked on the receiving strip 4 of the end beam 3. By doing , There as being performed such that abutting butt laid to the shape abuts the longitudinal ends of the rail mounting frame 20 on the side surface of the joint beams 3.

  In this example, the horizontal mounting of the rail mounting frame 20 across the roof is such that the rail mounting frame 20 is supported horizontally by the parallel rafters 5 so that both ends of the rail mounting frame 20 are between the beams 3. After placing the joint blocks 39 in contact with each other, the joint block 39 may be slid so that both ends of the joint block 39 are butt-installed on the end beam 3.

  43 is a panel for closing the rafters used in this example so as to close the space between the adjacent rafters 5 formed by suspending and supporting the rail mounting frame 20 on the plurality of parallel rafters 5. The panel 43 has a panel receiving groove 22 disposed on the rail mounting frame 20, receives and supports the lower end of the panel receiving groove 22, and the side ends of the rafter 5 so as to cover the suspension member 27 and the suspension bolt 34. It is assumed that the vertical panel receiving groove 37 formed in the cover material 36 disposed on the side surface is received and supported by the horizontal panel receiving groove 45 of the horizontal frame 44 constructed between the rafters 5. The panel receiving groove 22 of the rail mounting frame 20 is arranged so as to extend over the entire length in parallel with the bolt receiving groove or the fitting groove, in this example, the fitting groove 21, and the panel receiving groove 22 and the cover. Each part of the material 36 and the horizontal frame 44 A panel 43 made of, for example, transparent glass is fitted through a gasket in a space surrounded by the groove receiving grooves 37 and 45 so as to be continuous on the same surface, and is thereby partitioned by the opening member 10. The airtightness of the solarium space is secured or improved.

  In the figure, 2 is a rafter for the terrace roof 1, 7 is a center frame, 9 is a glass block lighting window, 12 is a screen installed in the open space 14 with a roof, and 25 is installed at both ends in the longitudinal direction of the rail mounting frame 20. The rail mounting frame 20 is temporarily placed between the beam beams 3 to support the suspension or butt and is fixed to the upper surface of the beam beam 3 with screws 24 fixed to both ends of the rail mounting frame 20 in the longitudinal direction. A through hole penetrating the fixing screw 41 to the hole 40, 26 an L-shaped metal fitting for fixing the rail mounting frame 20 to the side surface of the cross beam 3, and 38 a back plate of the cover member 36.

  The illustrated example is as described above. For example, an open / close guide rail is horizontally installed on the roof structure material at the intermediate position in the widthwise direction of the inclined roof, and the inclined structure material and the horizontal structure are formed to form the structure of the inclined roof. In order to fix materials together, long materials and orthogonal materials should be used appropriately, including when used for other than inclined roofs, and suspension support for orthogonal materials including cases where the rafter and rail mounting frame are used. In the middle in the longitudinal direction and / or at both ends, so as not to use the butt construction by the above joint blocks at both ends in the longitudinal direction. The strips are arranged, and the bolt heads are received by the orthogonal members so that they can be slidably guided in the bolt receiving grooves arranged at the center in the width direction of the orthogonal members. The receiving groove has a C-shaped cross section with an upward opening and, for example, the inward ribs are notched and removed at a pitch of the crossing position with the long material, so that the suspension support is slid on the orthogonal material in a plurality of places in the longitudinal direction. Including the above, in implementing the present invention, a long material, an orthogonal material, a suspension member, a suspension bolt, and a slide guide used as necessary are formed. Specific shapes, structures, materials, applications, dimensions, relations, additions to these, etc., such as protrusions or grooves, bolt receiving grooves or bolt receiving materials fitted in fitting grooves, etc. are the gist of the invention described above. Unless it is contrary to the above, various forms can be adopted.

It is a perspective view of an outdoor structure. It is a perspective view which shows the structure of the terrace roof. It is a longitudinal cross-sectional view which shows the installation state of a rail attachment frame. It is a perspective view which shows the relationship of the suspension support by the suspension member of a rafter and a rail attachment frame. It is a perspective view of the orthogonal part of the rafter of the state which installed the cover material, and a rail mounting frame. It is a longitudinal cross-sectional view which shows the relationship of the suspension support of the rail attachment frame by a suspension member. It is a perspective view of a suspension member. It is a perspective view which shows the attachment state of a rafter panel. It is a disassembled perspective view which shows the relationship between the end beam and a rail attachment frame. It is a disassembled perspective view which shows the edge part structure of a rail attachment frame. It is a longitudinal cross-sectional view which shows the state just before butt construction of the end beam and a rail attachment frame.

Explanation of symbols

A terrace 1 terrace roof 5 rafter 6 ridge 10 opening member 11 opening / closing guide rail 20 rail mounting frame 21 fitting groove 22 panel groove 27 hanging member 31 bottom wall 32 inclined bolt hole 34 hanging bolt 35 bolt receiving material 43 panel

Claims (6)

  A plurality of parallel elongated materials arranged in an inclined manner, and a cross-section in which an inclined bolt hole having the same angle as the inclination angle of the elongated material is provided through the bottom wall of the elongated material so as to be fitted at an intermediate position in the longitudinal direction of the elongated material. Receiving a U-shaped suspension member, a suspension bolt suspended vertically from the suspension member by being inclinedly screwed into the inclined bolt hole of the suspension member, and a bolt head positioned at the lower end of the suspension bolt. An orthogonal member suspension support structure comprising: an orthogonal member that is orthogonal to the plurality of parallel long members and that is suspended horizontally.   Between the above-mentioned long material and the suspension member to which it is fitted, there is arranged a slide guide with one of the protrusions supporting the suspension member in a longitudinal direction of the long material so as to be slidable and the other being a groove. The orthogonal member suspension support structure according to claim 1, wherein:   A plurality of protrusions or grooves on one side of the slide guide in the long material or the suspension member are arranged in parallel vertically, and the plurality of protrusions or grooves on the other side of the slide guide in the suspension member or the long material are arranged. The orthogonal member suspension support structure according to claim 2, wherein the perpendicular member suspension support structure is configured to be selectively engageable with the strip or the protrusion, and the fitting depth of the suspension member with respect to the long member is variable.   The bolt head is received by the orthogonal member by non-rotatably receiving the bolt head in a bolt receiving groove or a fitting groove arranged in the center of the orthogonal member in the width direction so as to be slidably guided. The orthogonal member suspension support structure according to claim 1, 2 or 3, wherein   A panel receiving groove is arranged in the orthogonal member, and the lower end of the panel for closing the long material is received and supported in the panel receiving groove, and the side end of the panel is covered with the suspension member and the suspension bolt. It is formed between adjacent long materials by receiving and supporting the vertical panel receiving grooves formed in the cover material arranged on the side surface of the horizontal frame receiving grooves in the horizontal frame extending between the long materials. The orthogonal material suspension support structure according to claim 1, wherein the space is closed by a panel.   The long material is a rafter for a roof in an outdoor structure, and the orthogonal member is an open / close guide rail or a rail mounting frame for an opening member arranged in the middle of the width of the roof. , 4 or 5.

Images