JP6359963B2 - Slit screen type exterior packaging jig, slit screen type exterior construction method, and slit screen type exterior - Google Patents

Description

  The present invention relates to a packing jig for a slit screen type external structure in which a plurality of pillars are erected at intervals, a construction method for the slit screen type external structure, and a slit screen type external structure.

  Conventionally, some exteriors such as fences and fences are constructed by stacking a plurality of block materials while joining them with mortar or the like. On the other hand, this type of wet exterior (wall structure) has the disadvantage that the construction period is prolonged due to the work of stacking block materials while applying mortar and the time required for the mortar to harden. There is.

  On the other hand, it is provided in a region surrounded by a plurality of struts erected at predetermined intervals, an upper frame member and a lower frame member constructed on adjacent struts, and a strut, an upper frame member, and a lower frame member. In addition, a dry exterior structure (wall structure) configured with a plurality of block members arranged side by side vertically and horizontally has been proposed and put into practical use.

  Furthermore, some dry exteriors are configured by standing a plurality of pillars at predetermined intervals (see, for example, Patent Document 1). This slit screen type exterior (a fence-like exterior, a fence-like wall structure) is installed, for example, in order to improve designability, or is installed as a sunshade or blindfold.

  In addition, this type of slit screen type exterior includes, for example, a plurality of metal columnar main bodies in which columnar materials are arranged in parallel at predetermined intervals, and a cylindrical decorative material extrapolated to these columnar main bodies. A plurality of pillar material bodies, a substrate on which the lower ends of the pillar material bodies are fixed, and a reinforcing member engaged from a lower end of the plurality of pillar material bodies by a predetermined length in a horizontal direction. A fence-like frame is constructed. And this slit screen type | mold external structure is constructed | assembled by burying the lower end of the fence-shaped frame | skeleton containing a reinforcing material in the ground, and extrapolating and fixing a decorative material to the pillar material main body above a reinforcing material.

  In some cases, a plurality of column members are individually erected in order with a space therebetween while fixing a lower end from one side to construct a slit screen type outer structure.

JP 2010-59669 A

  However, in the above conventional slit screen type exterior, there are problems that the number of members and the number of construction man-hours are increased and the workability is improved by constituting the pillar material by two members of the pillar material body and the decorative material. Moreover, since extraneous material is extrapolated, a space is required in the upper part, and there is a problem that application is restricted depending on the construction site.

  In addition, when a plurality of pillars are arranged in a curved line to further improve the design, a great deal of labor and labor is required to produce a fence-like framework consisting of a plurality of pillars, main bodies, and substrates. It takes.

  In view of the above circumstances, the present invention provides a packing jig for a slit screen type exterior, a construction method for the slit screen type exterior, and a slit screen type exterior that can greatly improve workability. For the purpose.

  In order to achieve the above object, the present invention provides the following means.

  The packaging jig for the slit screen type exterior according to the present invention is a packaging jig for the slit screen type exterior that has a lower end fixed and a plurality of column members standing upright at predetermined intervals in the lateral direction. In addition, a plurality of pillar material insertion and holding holes are provided, which are formed so as to penetrate at a predetermined interval, and for inserting and holding the plurality of pillar materials.

  In this invention, it can hold | maintain in the state which opened the predetermined space | interval by inserting the several pillar material of a slit screen type | mold outer structure to a pillar material penetration holding hole, respectively.

  And in the stage where a plurality of pillar materials conveyed to the site in this holding state are erected, the plurality of pillar materials are erected together while maintaining the holding state, the lower end side is fixed, and the lower end side is fixed Remove the packing jig from the columns. Accordingly, it is possible to construct a slit screen type outer structure by using a packing jig for construction and standing up a plurality of pillar materials accurately and efficiently (easy).

  In the packaging jig for the slit screen type exterior of the present invention, a plurality of linearly arranged column material insertion holding holes for holding the plurality of columnar materials arranged in a straight line, and the plurality It is desirable to provide a plurality of irregularly arranged column material insertion holding holes for holding the column materials in a curved or bent shape.

  In this invention, by inserting the column material into the column material insertion holding hole for linear arrangement, it is possible to hold a plurality of column materials in a straight line with a predetermined interval therebetween. Column material can be packed (protected) and transported to the site.

  Then, the column material is inserted into the column material insertion holding hole for linear arrangement in this way, and a plurality of column materials are erected together while maintaining the holding state of the plurality of column materials arranged linearly, and the lower end When the side is fixed and the lower end side is fixed, the packing jig is removed from the plurality of pillars, so that the packing jig is used for the construction, and the plurality of pillars are erected with high accuracy and efficiency. It is possible to construct a slit screen type outer shape.

  On the other hand, after the column material is inserted into the column material insertion holding hole for linear arrangement and transported to the site with a plurality of column materials held in a straight line, the packing jig is removed from the plurality of column materials, and the plurality of column materials The plurality of column members are inserted and held in the plurality of columnar arrangement insertion holes for holding the plurality of irregular shapes, and the plurality of column members are arranged in accordance with the arrangement of the column material insertion holding holes for the plurality of irregular shapes. Further, it can be accurately arranged in a curved shape having a desired radius of curvature or a bent shape such as a mountain shape. As a result, it is possible to construct a curved or bent slit screen type outer structure by using a packing jig for construction and standing up a plurality of pillar materials accurately and efficiently.

  Furthermore, in the packaging jig for the slit screen type exterior according to the present invention, it is more preferable that a plurality of the column material insertion holding holes through which the one column material is inserted are provided.

  In this invention, the pillar material can be firmly held by inserting one pillar material into the plurality of pillar material insertion holding holes. Thereby, a some pillar material can be hold | maintained accurately at predetermined intervals at the time of packing and construction.

  In addition, it is further desirable that the packaging jig for the slit screen type exterior of the present invention has a cutout portion having a shape in which a corner portion is cut out at a predetermined angle.

  In this invention, when constructing a curved or bent slit screen type exterior by arranging a plurality of exterior units made of a plurality of column members, one of the exterior units attached to one adjacent exterior unit By matching the notches of the packing jig and the other packing jig attached to the other external unit, one adjacent external unit and the other external unit can be accurately, easily and efficiently Can be positioned. This makes it possible to improve workability.

  The slit screen type exterior construction method of the present invention is a method of constructing a slit screen type exterior using one of the above-described slit screen type exterior packaging jigs, In the stage where the plurality of column members are erected in the holding state inserted through the column member insertion holding holes, the lower end sides of the plurality of column members are fixed while the holding state is maintained, and the lower end side is fixed. The packing jig is removed from the plurality of column members.

  In this invention, standing up a plurality of pillars transported to the site in a state of being held by the packing jig, fixing the plurality of pillars together while maintaining the holding state, and fixing the lower end side, By removing the packing jig from the plurality of pillars at the stage where the lower end side is fixed, the packing jig is used for construction, and the plurality of pillars are erected with high accuracy and efficiency (easy), and the slit screen type. It is possible to build a site.

Moreover, in the construction method of the slit screen type external structure of this invention, the said packing jig is the column material penetration holding hole for several linear arrangement | positioning for arranging and holding the said several column material linearly in parallel. And a plurality of irregularly arranged column material insertion holding holes for holding the plurality of column materials arranged in a curved shape or a bent shape, and inserting the column jig for linear arrangement of the packing jig. The packing jig is removed from the plurality of column members conveyed in a straight line holding state inserted through the holding holes, and the plurality of column members are inserted into the plurality of deformed arrangement column member insertion holding holes while standing the plurality of column members. The column members are inserted and held, and the lower end sides of the plurality of column members are fixed while maintaining the holding state, and the packing jig is removed from the plurality of column members when the lower end sides are fixed. Can be used to create a curved or bent slit screen type exterior. It is desirable to built.

  In this invention, after the column material is inserted into the column material insertion holding hole for linear arrangement and conveyed to the site in a state of holding the plurality of column materials linearly, the packing jig is removed from the plurality of column materials, The plurality of column members are inserted into the plurality of irregularly arranged column material insertion holding holes while holding the plurality of column material insertion holding holes. It can be accurately arranged in a curved shape with a desired radius of curvature corresponding to the arrangement or a bent shape such as a mountain shape. As a result, it is possible to construct a curved or bent slit screen type outer structure by using a packing jig for construction and standing up a plurality of pillar materials accurately and efficiently.

  Furthermore, in the construction method of the slit screen type exterior of the present invention, when constructing a slit screen type exterior by arranging a plurality of exterior units made of the plurality of column members, one adjacent exterior unit The column material of the other exterior unit is inserted into the column material insertion holding hole of one packing jig, and one adjacent exterior unit and the other exterior unit are positioned by the one packaging jig. It is more desirable to hold.

  In this invention, when constructing a large slit screen type exterior by arranging a plurality of exterior units composed of a plurality of column members, the column material of one adjacent exterior unit and the other exterior unit is 1 By passing through the column material insertion holding holes of one packing jig, it is possible to accurately position and hold one adjacent exterior unit and the other exterior unit by this one packing jig. As a result, it is possible to construct a large slit screen type exterior by arranging a plurality of exterior units with high accuracy and efficiency (easy) using the packaging jig for construction.

  The slit screen type exterior of the present invention is constructed using any of the above-described packaging jigs for the slit screen type exterior.

  In the present invention, it is possible to construct the slit screen type outer structure by taking advantage of the effect of the above-described packing jig for the slit screen type outer structure and the construction method of the slit screen type outer structure.

  Further, in the slit screen type outer structure of the present invention, it is desirable that a connection holding member that can be elastically deformed in the lateral direction is fixedly connected to each lower end side of the plurality of column members.

  In this invention, the connection holding member that can be elastically deformed in the lateral direction is fixed to the lower end side of the plurality of column members, and the lower end side of the plurality of column members is connected to the lower end side of the plurality of column members. It becomes possible to hold at a predetermined interval, and it is possible to easily arrange a plurality of column members in a straight line shape or a curved shape. This makes it possible to construct a straight, curved or bent slit screen type exterior with high accuracy and efficiency.

  According to the packaging jig for the slit screen type exterior of the present invention, the method for constructing the slit screen type exterior, and the slit screen type exterior, it becomes possible to greatly improve the workability as compared with the conventional case. In addition, the packing jig (packing material) can also be used as a construction auxiliary material, and the cost can be reduced.

It is a perspective view which shows the slit screen type | mold outer structure which concerns on one Embodiment of this invention. It is a perspective view which shows the state which attached the packaging jig for slit screen type | mold external structures which concerns on one Embodiment of this invention to several pillar materials. FIG. 3 is a view taken along line X1-X1 in FIG. FIG. 3 is a view taken along line X2-X2 in FIG. 2. It is an expanded view of the packing jig for slit screen type | mold external structures which concerns on one Embodiment of this invention. It is an expanded view of the packing jig for slit screen type exteriors. It is a perspective view which shows the condition at the time of constructing | curving a curved slit screen type | mold external structure using the packaging jig for slit screen type | mold external structures which concerns on one Embodiment of this invention. It is a front view which shows the condition at the time of constructing | assembling a large slit screen type | mold external structure, holding the adjacent structural unit using the packaging jig for slit screen type | mold external structures which concerns on one Embodiment of this invention. It is a front view which shows the condition at the time of positioning the adjacent exterior unit using the packaging jig for slit screen type exteriors which concerns on one Embodiment of this invention, and constructing a large curvilinear slit screen type exterior. is there.

  Hereinafter, with reference to FIG. 1 to FIG. 9, a packing jig for a slit screen type exterior, a construction method for the slit screen type exterior, and a slit screen type exterior according to an embodiment of the present invention will be described.

  First, the slit screen type exterior A of the present embodiment is installed near the boundary of a residential premises, for example, to improve the design, or to be installed as a sunshade or blindfold, as shown in FIG. In addition, a plurality of rectangular rod-shaped column members 1 are arranged in a horizontal direction (in the width direction of the outer structure A) T1 with a predetermined interval and are erected to form a fence shape. Further, each column member 1 is provided with a lower end 1a placed in an excavation groove formed by excavating the ground G, for example, and a lower end 1a side fixed to a foundation 2 formed by placing concrete in the excavation groove. It is installed.

  Further, the connection holding member 3 is fixed to one side surface 1b facing the front-rear direction (thickness direction / lateral direction of the outer structure A) T2 on the lower end 1a side of each column member 1 by screwing or the like. 3, the lower ends 1 a of the plurality of column members 1 are integrally connected in a state with a predetermined interval. The connection holding member 3 is, for example, a resin plate such as vinyl chloride, and is formed to be elastically deformable in the front-rear direction (lateral direction) T2 so that a plurality of column members can be arranged in an arc shape.

  The slit screen type outer structure A is formed by arranging a plurality of column members 1 in a straight line. Alternatively, the slit screen type outer structure A is formed by elastically deforming the connection holding member 3 and arranging a plurality of column members 1 in a curved shape (see FIG. 7).

  On the other hand, when constructing the slit screen type exterior A, a plurality of pillar materials 1 are carried into the site. At this time, as shown in FIG. 2 to FIG. 4, a plurality of column members 1 are packed using a packing jig (dedicated packing jig) B (B1 to B4) for the slit screen type exterior.

  Specifically, the packaging jig B for the slit screen type exterior according to the present embodiment is formed using, for example, corrugated cardboard. In the present embodiment, a plurality of column members 1 are linearly formed as the packaging jig B. A first packing jig B1 and a second packing jig B2 that are held in parallel, and a third packing jig B3 that is attached to the upper ends 1c of the plurality of column members 1 and holds the plurality of column members 1; A fourth packing jig B4 that is attached to the lower ends 1a of the plurality of column members 1 and holds the plurality of column members 1 is used.

  As shown in FIGS. 2 to 4 and 5, the first packing jig B <b> 1 and the second packing jig B <b> 2 include a top plate portion 5, a bottom plate portion 6, and a pair of side plate portions 7 and 8, and are substantially rectangular. It is formed in a hollow box shape. In addition, the first packing jig B1 and the second packing jig B2 are formed so that the thickness in the short side direction (inner thickness) is slightly larger than the thickness dimension in the front-rear direction T2 of the column 1 and The width of the direction is formed to have a predetermined size larger than the width of the entire plurality of columnar members 1 arranged linearly.

 In addition, a plurality of column members 1 are formed on the upper top plate portion 5 and the lower bottom plate portion 6 extending in the width direction with an opening area substantially equal to the cross-sectional area of each column member 1 and arranged linearly. The first pillar material insertion holding hole (column material insertion holding hole for linear arrangement) 10 for penetrating and holding each of the first pillar material insertion hole is formed. In other words, the top plate portion 5 and the bottom plate portion 6 of the first packing jig B1 and the second packing jig B2 are inserted and held by a plurality of first column members arranged in a straight line with a predetermined interval in the width direction. A hole 10 is formed, and a pair of upper and lower first column member insertion holding holes 10 of the top plate portion 5 and the bottom plate portion 6 are formed on the same axis so as to overlap in the vertical direction.

  Moreover, the opening area substantially equivalent to the cross-sectional area of each pillar 1 is each in the side plate parts 7 and 8 orthogonal to the top-plate part 5 and the baseplate part 6 of 1st packing jig | tool B1 and 2nd packing jig | tool B2. A plurality of second column member insertion holding holes (a column member insertion holding hole for irregular arrangement) for inserting and holding a plurality of column members 1 formed in a curved shape having a predetermined desired radius of curvature. ) 11 is formed through.

  As shown in FIGS. 2 to 4 and 5, the third packing jig B <b> 3 includes a top plate portion 12 and a pair of side plate portions 13 and 14, and is formed in a substantially rectangular hollow box shape having an open bottom surface. ing. In addition, the third packaging jig B3 has a thickness in the short direction that is slightly larger than a thickness (inner thickness) in the front-rear direction T2 of the column 1 and a width in the longitudinal direction is linear. The plurality of columnar members 1 arranged in a shape are formed to have dimensions slightly larger than the overall width dimension.

  The fourth packing jig B4 includes a bottom plate portion 15 and a pair of side plate portions 13 and 14, and is formed in a substantially rectangular hollow box shape having an open top surface. In addition, the fourth packaging jig B4 has a thickness in the short direction which is slightly larger than a thickness (inner thickness) in the front-rear direction T2 of the column 1 and a width in the longitudinal direction is linear. The plurality of columnar members 1 arranged in a shape are formed to have dimensions slightly larger than the overall width dimension.

  In this embodiment, as shown in FIGS. 2 to 4, each column member 1 is inserted into a pair of upper and lower first column member insertion holding holes 10 in the top plate portion 5 and the bottom plate portion 6 to connect and hold the connection holding member 3. Then, the first packing jig B1 and the second packing jig B2 are attached to the plurality of column members 1 connected at the lower end 1a side. Moreover, in this embodiment, 1st packing jig | tool B1 is installed in the upper end 1c side of the pillar material 1, and 2nd packing jig B2 is installed in the center part or lower end 1a side of the pillar material 1. FIG. Thereby, the plurality of column members 1 are held at a predetermined interval by the first packing jig B1 and the second packing jig B2.

  Further, the third packing jig B3 is attached to the upper ends 1c of the plurality of column members 1 so that the upper ends 1c of the plurality of column members 1 are inserted into the inside from the openings on the lower surface. Further, the fourth packing jig B4 is attached to the lower ends 1a of the plurality of column members 1 so that the lower ends 1a of the plurality of column members 1 are inserted into the inside from the openings on the upper surface. Thereby, the upper end 1c side and the lower end 1a side of the plurality of column members 1 are covered and protected and held by the third packing jig B3 and the fourth packing jig B4.

  In the present embodiment, a plurality of pillar materials 1 (a plurality of pillars 1 are attached in a state where the first packaging jig B1, the second packaging jig B2, the third packaging jig B3, and the fourth packaging jig B4 are attached in this manner. The exterior unit A1) made of the material 1 is transported to the site.

  Next, as shown in FIG. 1 and FIG. 2, when constructing a linear slit screen type exterior A (in the construction method of the linear slit screen type exterior A of the present embodiment), the first A state in which the packing jig B1, the second packing jig B2, the third packing jig B3, and the fourth packing jig B4 are attached and held, that is, a plurality of columnar members 1 in a straight line holding state is carried into the site.

  Next, the ground G at the position where the slit screen type exterior A is constructed is excavated to form excavation grooves. Then, the fourth packing jig B4 is removed, the lower end 1a side is arranged in the excavation groove, a plurality of pillars 1 are erected, and concrete is placed in the excavation groove, etc. The lower end 1a side of the column 1 is fixed.

  At this time, in this embodiment, each column member 1 is inserted into the first column member insertion holding holes 10 provided at predetermined intervals of the first packing jig B1 and the second packing jig B2, and a plurality of column members are inserted. 1 is positioned and held. For this reason, a plurality of pillar materials 1 can be erected with high accuracy and efficiency.

  The third packing jig B3, the first packing jig B1, and the second packing jig B2 are removed when the concrete is hardened and the lower ends 1a of the plurality of column members 1 are fixed. Thereby, the slit screen type outer structure A is constructed with high accuracy using the packing jig B.

  On the other hand, when constructing a curved slit screen type exterior A (in the construction method of the curved slit screen type exterior A of the present embodiment), as shown in FIG. The packing jig B1, the second packing jig B2, the third packing jig B3, and the fourth packing jig B4 are attached, and the plurality of pillar materials 1 arranged and held in a straight line are carried into the site.

  Next, the ground G at the position where the slit screen type exterior A is constructed is excavated to form excavation grooves. Further, the first packing jig B1, the second packing jig B2, the third packing jig B3, and the fourth packing jig B4 are removed from the plurality of column members 1 connected by the connection holding member 3. And the connection holding member 3 is elastically deformed in the horizontal direction so that the connection holding member 3 is arranged inside the arc, and the plurality of column members 1 are arranged in a curved shape (arc shape).

  At the same time, the first packing jig B1 and the second packing jig B2 are attached to the upper end 1c side and the lower end 1a side of the plurality of column members 1, respectively. At this time, the side plate portions 7 and 8 are directed in the vertical direction, and the plurality of column members 1 are respectively inserted into the plurality of second column member insertion holding holes 11 previously arranged in a curved shape with a desired radius of curvature. As a result, the plurality of column members 1 are accurately arranged in parallel with each other at a desired curvature radius and held by the first packing jig B1 and the second packing jig B2.

  In this state, the lower end 1a side is arranged in the excavation groove, a plurality of pillar members 1 are erected, concrete is placed in the excavation groove, and the like. The lower end 1a side is fixed.

  Thus, the plurality of pillars 1 are positioned and held in a curved shape using the first packaging jig B1 and the second packaging jig B2, and the plurality of pillars 1 are erected in a curved shape with high accuracy. Using the jig B, a curved slit screen type outer structure A is constructed with high accuracy.

  Here, as shown in FIG. 8 (FIG. 2), the plurality of pillars 1 to which the first packing jig B1, the second packing jig B2, the third packing jig B3, and the fourth packing jig B4 are attached. There may be a case where a large exterior A is constructed by connecting a plurality of exterior units A1 on site. In this case, one third packing jig is provided on the upper end 1c side of some column members 1 of one adjacent exterior unit A1 and on the upper end 1c side of some column members 1 of the other exterior unit A1. By attaching B3 (or the first packaging jig B1 or the second packaging jig B2), the adjacent exterior units A1 are linearly arranged and held. As a result, the exterior units A1 are positioned and arranged in a straight line with high accuracy, and a large linear external structure A is constructed with high accuracy.

  In addition, a plurality of exterior units A1 of a plurality of column members 1 to which the first packaging jig B1, the second packaging jig B2, the third packaging jig B3, and the fourth packaging jig B4 are attached are connected to each other in a curved line. When constructing a large exterior A, the upper end 1c side of some column members 1 of one adjacent exterior unit A1 and the upper end 1c side of some column members 1 of the other exterior unit A In addition, each column member 1 is inserted into the second column member insertion holding hole 11 to increase one first packing jig B1 or second packing jig B2 (the first packing jig B1 or the second packing jig B2). By attaching a part B5 of the side plate portion 17 (see FIG. 5), the adjacent exterior units A1 are arranged and held in a curved shape. Thereby, the site units A1 are accurately positioned and arranged in a curved shape, and a large curved site A is constructed with high accuracy.

  Further, when constructing a large exterior A by connecting a plurality of exterior units A1 in this way, the lower end 1a side of the column member 1 facing one adjacent exterior unit A1 and the other exterior unit A1 It is preferable that a spacer is provided in connection with each of the column members 1 and that the interval between the column members 1 facing each other is defined by this spacer.

  Further, as shown in FIGS. 2, 3, 5, and 7, when a plurality of exterior units A1 are connected on site to construct a large curved exterior A, the first packing jig B1 and the second It is preferable to provide a notch 16 having a shape obtained by notching the corner of the two packing material B2. In this case, the first packing jig B1 attached to one exterior unit A1 and the notch 16 of the second packaging jig B2 and the first packaging jig B1 attached to the other exterior unit A1 The notch portion 16 of the two packing jig B2 is formed at a predetermined angle so as to correspond to a predetermined relative position of one adjacent exterior unit A1 and the other exterior unit A1.

  And as shown in FIG. 9, the notch part 16 of the 1st packaging jig B1 attached to one exterior unit A1, and the notch part 16 of the 1st packaging jig B1 attached to the other exterior unit A1. The edges forming the notch 16 of the second packaging jig B2 attached to one exterior unit A1 and the notch 16 of the second packaging jig B2 attached to the other exterior unit A1 ( The sides forming the notch 16 are brought into contact with each other and abutted. Thereby, one exterior unit A1 and the other exterior unit A1 are easily arranged and positioned at predetermined positions. Therefore, the adjacent exterior unit A1 is accurately arranged, and a large curved exterior A is suitably constructed.

  In the present embodiment, as the packing jig B, three types of packing, that is, a first packing jig B1 and a second packing jig B2, which have different configurations, a third packing jig B3, and a fourth packing jig B4 are used. Although the jig B is used, the first packaging jig B1 and the second packaging jig B2 may use only one first packaging jig B1. In addition, since the first packing jig B1 and the second packing jig B2 can be applied as the third packing jig B3 and the fourth packing jig B4, the third packing jig B3 and the fourth packing jig B2 are also applicable. You may apply 1st packaging jig | tool B1 (2nd packaging jig | tool B2) instead of B4.

  Further, when the first packing jig B1 or the second packing jig B2 is used as an auxiliary material during the construction of the slit screen type outer structure A, the side plate portions 7, 8 and the like are used after being separated (cut). It may be.

  Therefore, in the packaging tool B for the slit screen type exterior according to the present embodiment, the construction method of the slit screen type exterior A, and the slit screen type exterior A, the plurality of pillar materials 1 of the slit screen type exterior A Can be held in a state with a predetermined interval by being inserted into the column member insertion holding holes 10 (11).

  Then, the plurality of column members 1 conveyed to the site in this holding state are erected, the plurality of column members 1 are erected together while maintaining the holding state, and the lower end 1a side is fixed, and the lower end 1a side is fixed. At the stage of fixing, the packing jig B is removed from the plurality of column members 1. As a result, it is possible to construct the slit screen type outer structure A by using the packing jig B for construction and standing up the plurality of pillars 1 accurately and efficiently (easy).

  Further, by inserting the column material 1 through the first column material insertion holding hole (columnar material insertion holding hole for linear arrangement) 10, the plurality of column materials 1 are held in a straight line with a predetermined interval. In this holding state, a plurality of pillar materials 1 can be packed (protected) and transported to the site.

  Then, the column material 1 is inserted into the columnar material insertion holding hole 10 for linear arrangement in this way, and the plurality of column materials 1 are raised together while maintaining the holding state of the plurality of linearly disposed column materials 1. The lower end 1a side is installed and the lower end 1a side is fixed, and the packing jig B is removed from the plurality of pillars 1 at the stage where the lower end 1a side is fixed. It is possible to construct a linear slit screen type exterior A by standing up well and efficiently.

  Further, after the column material 1 is inserted into the column material insertion holding hole 10 for linear arrangement and conveyed to the site with the plurality of column materials 1 held linearly, the packing jig B is removed from the plurality of column materials 1 The plurality of column members 1 are inserted and held in the plurality of second column member insertion holding holes (column member insertion holding holes for deformed arrangement) 11 while standing the plurality of column members 1. The material 1 can be accurately arranged in a curved line having a desired radius of curvature according to the arrangement of the plurality of irregularly arranged column material insertion holding holes 11. As a result, it is possible to construct the curved slit screen type outer structure A by using the packing jig B for the construction and standing up the plurality of column members 1 accurately and efficiently.

  Furthermore, by providing a plurality of column member insertion holding holes 10 and 11 for inserting one column member 1 into the packing jig B, one column member 1 is provided with a plurality of column member insertion holding holes 10 and 11. The pillar material 1 can be firmly held by being inserted through the. Thereby, the some pillar material 1 can be hold | maintained accurately at predetermined intervals at the time of packing and construction.

  Further, since the packaging jig B is provided with a notch 16 having a shape in which a corner is notched at a predetermined angle, a plurality of exterior units A1 made up of a plurality of column members 1 are juxtaposed. When constructing the slit screen type exterior A, the cutting of one packing jig B attached to one adjacent exterior unit A1 and the other packaging jig B attached to the other exterior unit A1 By abutting the notch portions 16 with each other, one adjacent exterior unit A1 and the other exterior unit A1 can be positioned accurately, easily and efficiently. This makes it possible to improve workability.

  Furthermore, when constructing a large slit screen type exterior A by arranging a plurality of exterior units A1 made up of a plurality of pillars 1, the pillars of one exterior unit A1 and the other exterior unit A1 are adjacent. 1 is inserted into the column material insertion holding holes 10 and 11 of one packing jig B, thereby positioning one adjacent exterior unit A1 and the other exterior unit A1 with high precision. And can be held. As a result, it is possible to construct the large slit screen type exterior A by using the packaging jig B for construction and arranging the plurality of exterior units A1 with high accuracy and efficiency.

  Further, the connecting and holding member 3 that can be elastically deformed in the lateral direction is fixedly connected to the lower end 1a side of each of the plurality of column members 1 so that the lower end 1a side of the plurality of column members 1 is arranged at a predetermined interval. It becomes possible to hold in. Furthermore, it becomes possible to arrange the plurality of column members 1 in a straight line shape or a curved line shape. As a result, it is possible to construct a straight or curved slit screen type outer structure A accurately and efficiently.

  Therefore, according to the packaging jig B for the slit screen type exterior according to the present embodiment, the construction method of the slit screen type exterior A, and the slit screen type exterior A, the workability is greatly improved as compared with the conventional case. In addition, the packing jig (packing material) B can be used as a construction auxiliary material, and the cost can be reduced.

  As mentioned above, although the packaging jig for the slit screen type exterior according to the present invention, the construction method of the slit screen type exterior, and one embodiment of the slit screen type exterior have been described, the present invention is based on the above embodiment. It is not limited and can be changed as appropriate without departing from the spirit of the invention.

  For example, in the present embodiment, the side plate portions 7 and 8 of the first packaging jig B1 and the second packaging jig B2 are provided with columnar insertion holding holes 11 for irregular arrangement arranged in parallel with a predetermined radius of curvature. However, a plurality of types of irregularly arranged column material insertion holding holes 11 corresponding to a plurality of curvature radii may be provided. In this case, it is possible to form a plurality of types of slit screen type outer structures A having different curvature radii using the same first packing jig B1 and second packing jig B2.

  Further, in this embodiment, the columnar material insertion holding holes 11 for irregularly arranged are formed in a curved shape (arc shape), but are arranged in a bent shape such as a mountain shape, for example. Also good. In this case, the slit screen type outer structure A in which a plurality of pillar materials 1 are arranged in a jagged manner can be constructed with high accuracy and efficiency. That is, the columnar material insertion holding hole 11 for deformed arrangement corresponding to any arbitrary arrangement shape may be formed in the packing jig B.

  Further, in the present embodiment, the first packing jig B1 and the second packing jig B2 have the top plate portion 5 and the bottom plate portion 6 provided with the column material insertion holding holes 10 for linear arrangement, and the column material insertion for deformed arrangement. The pair of side plate portions 7 and 8 having the holding holes 11 is provided, but the top plate portion 5 and the bottom plate portion 6 are only one, or the pair of side plate portions 7 and 8 is one. Only the packing jig B may be configured. Even in this case, it is needless to say that the same effect as the present embodiment can be obtained.

  Further, in this embodiment, the column material 1 is formed in a rectangular bar shape, and the column material insertion holding holes 10 and 11 are formed in a rectangular shape according to this, but the column material 1 is a round bar shape, It may be a polygonal bar shape or the like, and there is no particular need to limit its cross-sectional shape. Moreover, it is not necessary to limit the shape of the pillar material insertion holding holes 10 and 11 as in this embodiment.

  Of course, the packaging jig B according to the present invention may be formed of a material (material) other than cardboard.

DESCRIPTION OF SYMBOLS 1 Column material 1a Lower end 1b One side surface 1c Upper end 2 Foundation 3 Connection holding member 5 Top plate part 6 Bottom plate part 7 Side plate part 8 Side plate part 10 1st column material insertion holding hole (column material insertion holding hole for linear arrangement)
11 2nd pillar material insertion holding hole (column material insertion holding hole for irregular shape arrangement)
12 Top plate portion 13 Side plate portion 14 Side plate portion 15 Bottom plate portion 16 Notch portion A Slit screen type exterior A1 Exterior unit B Packing jig B1 for slit screen type exterior B1 First packaging jig B2 Second packaging jig B3 3rd packing jig B4 4th packing jig G Ground T1 Lateral direction (width direction of exterior)
T2 longitudinal direction (external thickness direction / lateral direction)

Claims (9)

It is a packing jig for a slit screen type external structure in which a lower end is fixed and a plurality of pillars are erected with a predetermined interval in the lateral direction,
A packing jig for a slit screen type external structure, wherein the packaging jig is provided with a plurality of pillar material insertion holding holes formed so as to penetrate through the predetermined intervals and to insert and hold the plurality of pillar materials. . In the slit screen type exterior packaging jig according to claim 1,
A plurality of linearly arranged column material insertion holding holes for holding the plurality of column members arranged side by side in a straight line, and a plurality of column members for holding the plurality of column members arranged side by side in a curved or bent shape A packing jig for a slit screen type exterior having a plurality of columnar insertion holding holes for deformed arrangement. In the packing jig for the slit screen type exterior according to claim 1 or 2,
A packing jig for a slit screen type external structure in which a plurality of the column material insertion holding holes through which one column material is inserted are provided. In the packaging jig for the slit screen type exterior according to any one of claims 1 to 3,
A packing jig for a slit screen type exterior having a notch portion in which a corner portion is notched at a predetermined angle. A method of constructing a slit screen type outer structure using the packaging jig for the slit screen type outer structure according to any one of claims 1 to 4,
The plurality of column members are erected in a holding state inserted through the column member insertion holding holes of the packing jig, and the lower ends of the plurality of column members are fixed while maintaining the holding state, and the lower ends A method for constructing a slit screen type outer structure, wherein the packing jig is removed from the plurality of column members at a stage where the side is fixed. In the construction method of the slit screen type exterior according to claim 5,
The packing jig includes a plurality of linear arrangement column material insertion holding holes for linearly arranging and holding the plurality of column materials, and the plurality of column materials arranged in a curved shape or a bent shape. And a plurality of irregularly arranged column material insertion holding holes for holding,
Removing the packing jig from the plurality of pillars conveyed in a straight line holding state inserted through the linear arrangement column material insertion holding holes of the packing jig;
Inserting and holding the plurality of column members in the plurality of columnar shape insertion holding holes for arranging the plurality of irregular shapes while standing the plurality of column members,
Fixing each lower end side of the plurality of pillars while maintaining the holding state,
A slit screen type exterior construction method for constructing a curved or bent slit screen type exterior by removing the packing jig from the plurality of column members at a stage where the lower end side is fixed. In the construction method of the slit screen type exterior according to claim 5 or claim 6,
When a slit screen type exterior is constructed by arranging a plurality of exterior units composed of the plurality of column members, the packaging material is combined with one column unit of the adjacent exterior unit and the other exterior unit. A slit screen type exterior construction method for inserting and positioning one adjacent exterior unit and the other exterior unit with the one packing jig through the column material insertion holding hole of the tool.   A slit screen type outer structure constructed using the packaging jig for the slit screen type outer structure according to any one of claims 1 to 4. In the slit screen type exterior according to claim 8,
A slit screen type outer structure in which a connecting and holding member that can be elastically deformed in a lateral direction is fixedly connected to a lower end side of each of the plurality of column members.

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