JP6106367B2 - Hanger for exterior wall materials - Google Patents

Description

  The present invention relates to a hanging tool for an outer wall material.

  When a building such as a house is constructed at a construction site, there is a case where an operation of moving the outer wall material to an attachment position with respect to the building frame may be performed. For example, when performing slinging work on an outer wall material using a hanging tool consisting of a single band, the operator winds the other part around the outer wall material with the hanging hole part of the hanging tool remaining. A hook or the like is hooked on the hook hole (for example, Patent Document 1). And an outer wall material is lifted by winding up the wire connected to the hook with heavy machinery, such as a crane.

Japanese Patent Laid-Open No. 2003-13604

  However, when using a sling made of a single band for slinging work, it is considered that skill is required to properly wind the hanger around the outer wall material, and the hanger is not properly wound. Then, there is a concern that the hanging tool loosens while the outer wall material is being lifted. In this case, it is also conceivable that the length of pulling out the hook hole varies each time the slinging operation is performed. For example, when the pulling-out length is short, the hook hooked on the hooking hole is likely to come into contact with the outer wall material, and when the pulling-out length is long, the outer wall surface material is likely to shake when it is lifted.

  The main object of the present invention is to facilitate a sling operation using a hanging tool, and to facilitate a work of removing the hanging tool from the outer wall material after the outer wall material is attached to the building frame.

  Hereinafter, means and the like effective for solving the above-described problems will be described while showing functions and effects as necessary.

  A hanging tool for an outer wall material according to a first aspect of the present invention is a hanging tool for an outer wall material used for lifting a rectangular plate-shaped outer wall material in a state where its longitudinal direction extends in the vertical direction, and intersects each other. The horizontal belt portion is provided with a buckle capable of passing one end side of the horizontal belt portion, and the horizontal belt portion in the horizontal belt portion. A portion in the vicinity of a buckle is fixed to the vertical belt portion, the horizontal belt portion is wound so as to extend along a short direction of the outer wall material, and the vertical belt portion is the horizontal belt portion. When the lifting work of the outer wall material wound around is performed, the outer wall material extends along the longitudinal direction of the outer wall material.

  According to the first invention, in the hanger, the horizontal belt portion is a portion that is wound around the outer wall material, and the vertical belt portion is a portion that is pulled out from the horizontal belt portion. The length of the vertical belt portion does not vary depending on the length of the portion. Therefore, it becomes easy to wind the horizontal belt portion around the outer wall material so as not to loosen, and to make the length of the vertical belt portion drawn out from the portion (horizontal belt portion) wound around the outer wall material a predetermined size.

  In addition, since the buckle is disposed near the vertical belt portion in the horizontal belt portion, the horizontal belt portion is wound around the outer wall material in a state where both the vertical belt portion and the buckle are positioned on the finished surface side of the outer wall material. Can do. In this case, unlike the configuration in which the buckle is provided at the free end of the horizontal belt portion, the buckle is not swung around when winding the horizontal belt portion around the outer wall material with the vertical belt portion as a reference. Thereby, it can avoid that an outer wall material deform | transforms or is damaged by a buckle hitting.

  Further, when securing the outer wall material to the building frame, in order to ensure the safety of the fixing work, it is preferable to release the lifting state of the outer wall material by a crane or the like after the fixing work of the outer wall material is completed. In this case, in order to remove the hanger from the outer wall material, it is necessary to remove the horizontal belt portion from the gap between the outer wall material and the building frame, the gap between adjacent outer wall materials, and the like. On the other hand, in the present invention, since the buckle is disposed near the vertical belt portion, it can be avoided that the horizontal belt portion cannot be extracted from the gap due to the buckle being caught.

  As described above, it is possible to facilitate the slinging work using the hanging tool, and it is possible to facilitate the work of removing the hanging tool from the outer wall material after the outer wall material is attached to the building frame.

  In the second aspect of the present invention, in the vertical belt portion, the long belt-shaped vertical band forming material forming the vertical belt portion is folded back with the horizontal band portion sandwiched therebetween, thereby A vertical belt overlapping portion in which side surfaces are overlapped is formed, and the vertical belt portion and the horizontal belt portion are stitched together in the vertical belt overlapping portion.

  According to the second invention, since the horizontal band portion is sewn to the vertical band forming material while being sandwiched between the vertical band forming materials, the connection state between the horizontal band portion and the vertical band portion is strong. Can be.

In the third invention, the vertical band overlapping portion is formed by overlapping one end of the vertical band forming material at an intermediate position in the longitudinal direction of the vertical band forming material, and the horizontal band portion is The longitudinal belt forming member is wound around the outer wall member in a state in which the surface where the end portion on the folded side exists is directed to the opposite side of the outer wall member.

  According to the third invention, since a part of the vertical belt part is a vertical belt overlap part, even if the length dimension of a part folded back in the vertical belt forming material is different from the dimensions of other parts. Good. For this reason, it is possible to save the trouble of measuring the folded-back dimension of the vertical band forming material when manufacturing the vertical band part, and, in turn, it is possible to reduce the manufacturing burden of the hanging tool.

  Further, in a configuration in which a part of the vertical belt portion is a vertical belt overlapping portion, a surface where a step is generated by the end of the vertical belt forming material in the vertical belt portion is set as the front side, and depending on the end of the vertical belt forming material When the surface having no step is set as the back side, the horizontal band portion is wound around the outer wall material with the back side of the vertical band portion facing the outer wall material. For this reason, it can suppress that a clearance gap produces between a vertical strip part and an outer wall material by the level | step difference produced by folding up a vertical strip formation material. In this case, since the vertical belt portion easily adheres to the outer wall material, the suspended outer wall material can be stabilized in a vertically extending posture.

In a fourth aspect of the invention, the vertical belt portion is provided with a vertical belt display means for distinguishing and displaying a surface where the folded-back side end portion of the vertical belt forming material is present and a surface on the opposite side. It has been.

According to the fourth invention, since the vertical band display means is provided, the operator can distinguish the front side and the back side of the vertical band part even if the operator does not notice the presence of the vertical band overlapping part. It can be recognized separately. In this case, it is possible to suppress the lateral belt portion from being wound around the outer wall material with the front side of the vertical belt portion facing the outer wall material.

In the fifth invention, the buckle has a fixing hole to which one end of the horizontal band portion is fixed, and in the horizontal band portion, a long band-shaped horizontal band forming the horizontal band portion is formed. The material is folded in a state of passing through the fixing hole of the buckle, thereby forming a horizontal band overlapping portion in which one side surface of the horizontal band forming material is overlapped. In the horizontal band overlapping portion, The overlapped portions of the horizontal band forming material are stitched together so that the buckle is fixed to the horizontal band portion, and the horizontal band forming portion has one end of the horizontal band forming material at the side. It is formed by being overlapped at an intermediate position in the longitudinal direction of the band forming material, and the lateral band portion has a surface on the side opposite to the outer wall material on the side where the folded-back end portion of the horizontal band forming material exists. It is wound around the outer wall material in a state of facing toward.

  According to the fifth invention, the folded and overlapped portions of the horizontal band forming material are sewn together with the end of the buckle sandwiched therebetween, so that the buckle is firmly attached to the horizontal band. It can be.

  Moreover, since a part of the horizontal band part is a horizontal band overlapping part, the length dimension of a part folded back in the horizontal band forming material may be different from the dimension of other parts. For this reason, it is possible to save the trouble of measuring the folded-back dimension of the horizontal band forming material when manufacturing the horizontal band part, and, in turn, it is possible to reduce the burden of manufacturing the hanging tool.

  Further, in the configuration in which a part of the horizontal band part is a horizontal band overlapping part, the surface where the step is generated by the end of the horizontal band forming material in the horizontal band part is the front side, and depending on the end of the horizontal band forming material When the surface having no step is the back side, the horizontal band portion is wound around the outer wall material with the back side of the horizontal band portion facing the outer wall material. For this reason, it can suppress that a clearance gap produces between a horizontal belt part and an outer wall material by the level | step difference produced by folding back a horizontal band formation material. In this case, since the horizontal band portion easily adheres to the outer wall material, it is possible to suppress loosening of the horizontal band portion with respect to the outer wall material.

  In a sixth aspect of the invention, the buckle has a through hole through which the free end of the horizontal band portion is passed in a state where the horizontal band portion is wound around the outer wall member, and the horizontal band portion is passed through the through hole. And a stopper that restricts the horizontal band portion from coming out of the through hole when the horizontal band portion is opposite to one end of the horizontal band forming material in the horizontal band overlapping portion. It is allowed to pass through the through hole from the side, and the horizontal band portion is prevented from passing through the through hole from one end side of the horizontal band forming material in the horizontal band overlapping portion.

  According to the sixth invention, the horizontal belt portion is wound around the outer wall material with the back side thereof facing the outer wall material, so that the horizontal belt portion can be passed from the outer wall material side to the through hole of the buckle. Become. In this case, it is possible to fasten the horizontal band portion to the outer wall material by an easy operation of pulling a portion extracted from the through hole in the horizontal band portion to the side away from the buckle. For this reason, even if an operator does not confirm the direction of the buckle, the operator can properly pass the horizontal belt portion through the through hole of the buckle by appropriately selecting the surface of the horizontal belt portion facing the outer wall material.

In a seventh aspect of the invention, the horizontal band portion is provided with a horizontal band display means for distinguishing and displaying a surface where the folded-back end portion of the horizontal band forming material is present and a surface opposite to the surface. It has been.

  According to the seventh invention, since the horizontal band display means is provided, the operator can distinguish the front side and the back side of the horizontal band part even if the operator does not notice the presence of the horizontal band overlapping part. It can be recognized separately. In this case, it is possible to suppress the lateral band portion from being wound around the outer wall material in a state where the front side of the horizontal band portion is directed to the outer wall material.

  In the eighth invention, a plurality of the horizontal band portions are provided side by side at a predetermined interval along the longitudinal direction of the vertical band portion.

  According to the eighth aspect of the invention, the posture of the outer wall material can be stabilized by the plurality of horizontal belt portions while the outer wall material is lifted.

The top view which shows the structure of a hanging tool. The perspective view which shows the usage example of a hanging tool. Sectional drawing of the hanging tool and outer wall material in the usage example of a hanging tool. The top view which shows the structure of another hanging tool. The top view which shows the structure of another hanging tool.

  Hereinafter, an embodiment embodying the present invention will be described with reference to the drawings. In the present embodiment, the hanging tool of the present invention is used in a state of being wound around an outer wall material when the outer wall material as a building material is lifted by a crane (hoist) as a heavy machine. FIG. 1 is a plan view showing the configuration of the hanger 10. FIG. 1A shows a view of the hanger 10 viewed from the front side, and FIG. 1B shows a view of the hanger 10 viewed from the back side. In FIG. 1A, illustration of the seams 27 and 37 is omitted.

  As shown in FIGS. 1 (a) and 1 (b), the hanger 10 has a horizontal belt portion 11 and a vertical belt portion 12 that extend in directions intersecting substantially at right angles to each other. The vertical belt portion 12 is connected to each other at the intersection. The horizontal belt portion 11 and the vertical belt portion 12 are each formed in a long belt shape, and each has flexibility. Two horizontal belt portions 11 are arranged side by side in the longitudinal direction of the vertical belt portion 12, and the horizontal belt portions 11 extend in parallel to each other.

  The vertical belt portion 12 has a hooking hole 13 that can hook a hook F (see FIG. 2) hung by a crane. The hook hole 13 is provided at one end of the vertical belt portion 12, and one of the two horizontal belt portions 11 is fixed to the end of the vertical belt portion 12 opposite to the hook hole 13. The other is fixed with respect to the intermediate position in the longitudinal direction of the vertical belt portion 12.

  A buckle 14 as a fastener is attached to one end of each horizontal belt portion 11, and each horizontal belt portion 11 is fixed to the vertical belt portion 12 at a portion near the end to which the buckle 14 is attached. ing. In this case, the buckle 14 is disposed near the vertical belt portion 12.

  For example, the length of the vertical belt portion 12 is about 2.1 m, and the length of each horizontal belt portion 11 is about 1.3 m. For the vertical belt portion 12, the length of the hook hole 13 is about 0.3 m, and the distance between the hook hole 13 and the horizontal belt portion 11 on the hook hole 13 side is about 1.5 m. The distance between the portions 11 is about 0.6 m.

  The buckle 14 is formed with a fixing hole 15 for fixing one end of the horizontal band portion 11 and a through hole 16 for passing the other end of the horizontal band portion 11. 16 are arranged side by side in the longitudinal direction of the lateral band portion 11 in the buckle 14. The buckle 14 is formed of a metal material, but may be formed of a synthetic resin material or the like.

  The buckle 14 has a stopper 17 that restricts the horizontal band portion 11 from coming out of the through hole 16 when the horizontal band portion 11 is passed through the through hole 16. The stopper 17 is pivotally supported on one open side of the through hole 16 so as to be rotatable with respect to a portion of the buckle 14 between the fixed hole 15 and the through hole 16. The stopper 17 is urged toward the through hole 16 by a biasing means such as a spring, and the stopper 17 has a lateral band on the side surface of the stopper 17 on the side of the through hole 16 on the rotation tip side. A hook portion that is hooked on the band surface of the portion 11 is formed. The hook portion has a shape in which the friction with respect to the band surface of the horizontal band portion 11 is increased, and the hook portion is hooked on the band surface of the horizontal band portion 11 due to the friction.

  The stopper 17 is in a state where the through hole 16 is covered on one side surface of the buckle 14, and it is difficult to pass the lateral band portion 11 through the through hole 16 from the installation side of the stopper 17. In this case, the side where the stopper 17 is not provided in the through hole 16 is the side where the horizontal band portion 11 is inserted into the through hole 16, and the side where the stopper 17 is provided is the side where the horizontal band portion 11 is pulled out from the through hole 16. Become.

  The horizontal band portion 11 is formed of a long band-shaped horizontal band forming material 21. The horizontal band forming material 21 is a woven fabric formed of synthetic fibers, natural fibers, or metal fibers, and has a cold color such as light blue, for example. The horizontal band forming material 21 is folded back with the end portion of the buckle 14 on the side of the fixing hole 15 in a state of being passed through the fixing hole 15 of the buckle 14, and the end portion of the buckle 14 in the horizontal band forming material 21 is folded. The band surfaces on the sandwiched side are overlapped.

  In the horizontal band portion 11, the horizontal band forming material 21 is not folded back so that one end thereof is overlapped with the other end, but the horizontal band forming material 21 overlaps one end thereof on the intermediate portion of the horizontal band forming material 21. It is folded to fit. In this case, in the horizontal band portion 11, the horizontal band forming portion 21 in which the horizontal band forming material 21 is double stacked with the end portion of the buckle 14 interposed therebetween, and the horizontal band in which the horizontal band forming material 21 is not stacked. The single part 24 is arranged side by side in the longitudinal direction of the horizontal band part 11. Here, the end of the lateral band single part 24 opposite to the lateral band overlapping part 22 is the free end of the lateral band part 11.

  At the end of the horizontal band forming portion 21 in the horizontal band overlapping portion 22, the horizontal band portion 11 is passed through the side where the stopper 17 of the buckle 14 is present on both the front and back surfaces of the horizontal band portion 11, that is, the through hole 16 of the buckle 14. In this case, the lateral band portion 11 is disposed on the side from which it is pulled out.

  In the horizontal band overlapping portion 22, the overlapped portions of the horizontal band forming material 21 are sewn and fixed with a sewing thread. The sewing thread is sewn to the horizontal band single part 24 in addition to the horizontal band overlapping part 22, and the seam 27 extends along the longitudinal direction of the horizontal band part 11.

  The vertical belt portion 12 is formed of a long belt-shaped vertical belt forming material 31. The vertical band forming material 31 is a woven fabric formed of synthetic fibers, natural fibers, and metal fibers, similar to the horizontal band forming material 21. For example, similar to the horizontal band forming material 21, the vertical band forming material 31 has a cold color such as light blue. ing.

  In the vertical band forming material 31, both end portions are folded back so as to overlap each other on the intermediate portion of the vertical band forming material 31, and the folded end portions are separated in the longitudinal direction of the vertical band forming material 31. . One end side of the vertical band forming member 31 is folded back by sandwiching a portion (horizontal band overlapping portion 22) close to the buckle 14 in each horizontal band portion 11, and sandwiching each horizontal band portion 11 in the vertical band forming member 31. The side belt faces are overlapped. Here, the length dimension of the horizontal belt portion 11 extending from the vertical belt portion 12 toward the buckle 14 is large enough to prevent the buckle 14 from being sandwiched between the vertical belt forming members 31. In this case, the buckle 14 is disposed near the vertical band forming member 31.

  The other end side of the vertical band forming member 31 is folded back toward the same band side as the one end side, and the other end is fixed to an intermediate portion of the vertical band forming member 31 and is a folded end portion side than the fixed portion. The hook hole 13 is formed by the fact that this portion is not fixed.

  In this case, in the vertical belt portion 12, the vertical belt forming member 31 is overlapped with the horizontal belt portion 11 sandwiched between the vertical belt forming portion 32 and the vertical belt forming material 31 so that the hook hole 13 is overlapped. The hook hole forming part 33 that forms the vertical band and the vertical band single part 34 on which the vertical band forming material 31 is not overlapped are arranged in the longitudinal direction of the vertical band part 12.

  The end of the vertical band forming member 31 in the vertical band overlapping portion 32 is the side where the stopper 17 of the buckle 14 is present on both the front and back surfaces of the horizontal band portion 11, that is, the end of the horizontal band forming member 21 in the horizontal band overlapping portion 22. Is located on the side where there is.

  In the vertical belt overlapping portion 32, the horizontal belt portion 11 and the vertical belt forming material 31 overlapped across the horizontal belt portion 11 are sewn and fixed with a sewing thread. Also in the hook hole forming portion 33, the overlapped portions of the vertical band forming material 31 are fixed by being sewn with a sewing thread. The sewing thread is also sewn to the vertical belt single portion 34 in addition to the vertical belt overlapping portion 32 and the hook hole forming portion 33, and the seam 37 extends along the longitudinal direction of the vertical belt portion 12.

  In the hanging tool 10, a front side and a back side are defined. On the front side of the hanger 10, as shown in FIG. 1A, a step is generated on the surface of the horizontal band portion 11 by the end of the horizontal band forming material 21 on the folded side, and the vertical band forming material. A step is generated on the surface of the vertical belt portion 12 by the folded end portions at 31, and a stopper 17 for the buckle 14 exists. Further, on the front side of the hanger 10, the seams 27 and 37 of the horizontal belt portion 11 and the vertical belt portion 12 are cold-colored colors (for example, white) that are similar to the horizontal belt forming material 21 and the vertical belt forming material 31. The seams 27 and 37 are made inconspicuous in the horizontal belt portion 11 and the vertical belt portion 12. In addition, in order to make it easy to understand that the seams 27 and 37 are not conspicuous on the front side of the hanger 10, the seams 27 and 37 are not shown in FIG.

  On the other hand, on the back side of the hanging tool 10, as shown in FIG.1 (b), the level | step difference has not arisen in any surface of the horizontal strip part 11 and the vertical strip part 12. FIG. Further, on the back side of the hanger 10, the seams 27 and 37 of the horizontal belt portion 11 and the vertical belt portion 12 are warm colors (for example, red) that are different from the horizontal belt forming material 21 and the vertical belt forming material 31. The seams 27 and 37 are conspicuous in the horizontal belt portion 11 and the vertical belt portion 12. In this case, the person can change the colors of the seams 27 and 37 without checking the presence or absence of a step on both the front and back surfaces of the horizontal belt portion 11 and the vertical belt portion 12 or checking the presence or absence of the stopper 17 on the buckle 14. The front and back of the hanger 10 can be identified only by looking.

  The seam 27 of the horizontal band portion 11 corresponds to the horizontal band display means, and the seam 37 of the vertical band portion 12 corresponds to the vertical band display means. The sewing thread includes an upper thread that forms the seams 27 and 37 on the front side of the band portions 11 and 12, and a lower thread that forms the seams 27 and 37 on the back side of the band portions 11 and 12. The upper thread and the lower thread are different colors such that the upper thread is a cold color and the lower thread is a warm color. In this case, both the upper thread and the lower thread constitute a horizontal band display means and a vertical band display means.

  Next, the usage method of the hanging tool 10 is demonstrated, referring FIG. 2, FIG. FIG. 2 is a perspective view showing an example of use of the hanging tool 10, and FIG. 3 is a cross-sectional view of the hanging tool 10 and the outer wall member 41 in the usage example of the hanging tool 10. 3A is a cross-sectional view taken along line AA in FIG. 2, and FIG. 3B is a cross-sectional view taken along line BB in FIG.

  As shown in FIG. 2, the hanger 10 is used in a state in which each horizontal band portion 11 is wound around an outer wall material 41. The outer wall material 41 is an exterior material formed in a substantially rectangular plate shape from lightweight cellular concrete (ALC) or the like. In addition to the ALC, the outer wall member 41 may be a rectangular plate-like outer wall panel or the like. The outer wall panel has an outer wall surface material that forms the outer wall surface, and a base frame fixed to the indoor side surface (back surface) of the outer wall surface material, and the outer wall surface material is formed by, for example, a ceramic siding board, The base frame is made of, for example, a lightweight steel frame having a U-shaped cross section.

  At the construction site, an operator performs a slinging operation on the outer wall material 41 placed in a state of being laid on a truck bed or a mounting table. Specifically, the horizontal strip 11 is wound along the lateral direction of the outer wall member 41 in a state where the back side of the hanging tool 10 is directed to the outer wall member 41 side. Then, the free end side of the horizontal band portion 11 is passed through the through hole 16 of the buckle 14 from the outer wall material 41 side, and the free end side of the horizontal band portion 11 is pulled to the side away from the buckle 14 to be lateral to the outer wall material 41. Tighten the belt part 11. Thereafter, the hook F is hooked in the hook hole 13 of the vertical belt portion 12, and the wire W connected to the hook F is wound up by a crane so that the end portion on the hook hole 13 side becomes the upper end. While gradually rising, it is lifted so that its longitudinal direction is in a vertically extending position (standing position).

  In this case, as shown in FIG. 3A, the stopper 17 of the buckle 14 is disposed on the side opposite to the outer wall member 41. Therefore, even if the lateral band portion 11 is tightened against the outer wall member 41, the stopper 17 can be prevented from being pressed against the outer wall material 41. That is, it is possible to avoid the outer wall member 41 from being deformed or damaged by the buckle 14. Further, since the back side of the horizontal band part 11 is directed to the outer wall material 41 side, the step due to the end of the horizontal band forming material 21 is compared with the case where the front side of the horizontal band part 11 is directed to the outer wall material 41 side. The gap between the lateral belt portion 11 and the outer wall material 41 is less likely to occur as much as there is no gap. That is, the back surface of the lateral band portion 11 is in close contact with the peripheral surface of the outer wall material 41.

  Returning to the description of FIG. 2, each horizontal belt portion 11 extends straight along the longitudinal direction of the outer wall member 41 so that the vertical belt portion 12 does not sag between the horizontal belt portions 11. In this way, the outer wall member 41 is tightened. Further, each horizontal band portion 11 is arranged so that the center Oa of each horizontal band portion 11 exists closer to the hook hole 13 side of the vertical band portion 12 than the center Ob of the outer wall material 41 in the longitudinal direction of the outer wall material 41. ing. Thereby, when the outer wall material 41 is lifted in a state where the hook F is hooked in the hook hole 13 of the vertical belt portion 12, the outer wall material 41 becomes difficult to tilt from the vertical direction, and the outer wall material 41 extends in the vertical direction. Can be stabilized in posture.

  In addition, each lateral belt portion 11 is disposed at a position where the hook hole forming portion 33 is present outside the outer wall material 41. Thereby, when the outer wall material 41 is lifted, the hook F hooked by the hook hole does not contact the outer wall material 41. Thereby, it can avoid that the outer wall material 41 deform | transforms by the contact with the hook F, or is damaged.

  In this case, as shown in FIG. 3B, since the back surface of the vertical belt portion 12 is directed to the outer wall material 41 side, compared to the case where the front side of the vertical belt portion 12 is directed to the outer wall material 41 side. A gap is less likely to occur between the vertical belt portion 12 and the outer wall material 41 due to the absence of a step due to the end of the vertical belt forming member 31. That is, the back surface of the vertical belt portion 12 is in close contact with the finished surface of the outer wall material 41. Thereby, it is possible to stabilize the suspended outer wall material 41 in a state of extending along the vertical belt portion 12, that is, in a posture extending in the vertical direction.

  An operator (operator) who operates the crane moves the hung outer wall material 41 to the installation position in the building, and the worker at the installation work place moves the outer wall material 41 against the building frame such as a large floor beam or a ceiling beam. Perform the installation work. The worker fixes the outer wall member 41 suspended by the crane to the building frame using a fixing tool such as a bolt, and then removes the hook F from the hooking hole 13 and the horizontal band from the through hole 16 of the buckle 14. The part 11 is extracted and the hanger 10 is removed from the outer wall material 41. Thereby, it can avoid that the outer wall material 41 will detach | leave from the attachment position in the middle of fixing operation of the outer wall material 41. FIG.

  Further, when removing the hanger 10 from the outer wall material 41, the horizontal band portion 11 creates a gap between the indoor side surface of the outer wall material 41 and the building frame or a gap (joint portion) between adjacent outer wall materials 41. Since it is assumed that it has passed, it is necessary to extract the horizontal band part 11 from those gaps. Here, since the buckle 14 is disposed on the finished surface side of the outer wall member 41 in the vicinity of the vertical belt portion 12 (outdoor side opposite to the building housing), the buckle 14 is on the free end side of the horizontal belt portion 11. Unlike the arrangement, the buckle 14 does not get caught in the gap when the horizontal band portion 11 is extracted from the gap around the outer wall member 41.

  According to the embodiment described in detail above, the following excellent effects can be obtained.

  In the hanger 10, the horizontal belt portion 11 is a portion that is wound around the outer wall material 41, and the vertical belt portion 12 is a portion that is pulled out from the horizontal belt portion 11. The length of the vertical belt portion 12 does not vary depending on the length of 11. Therefore, the horizontal belt portion 11 is wound around the outer wall member 41 so as not to loosen, and the length of the vertical belt portion 12 drawn out from the portion wound around the outer wall member 41 (the horizontal belt portion 11) is set to a predetermined size. Becomes easy.

  And since the buckle 14 is arrange | positioned near the vertical belt | band | zone part 12 in the horizontal belt | band | zone part 11, in the state which located both the vertical belt | band | zone part 12 and the buckle 14 in the finishing surface side of the outer wall material 41, a horizontal belt | band | zone part 11 can be wound around the outer wall material 41. In this case, even if the end of the lateral belt portion 11 where the buckle 14 is not fixed is swung, the buckle 14 will not be swung, so that the buckle 14 hits and the outer wall material 41 is deformed or damaged. Can be avoided.

  Further, the end portion of the horizontal band portion 11 where the buckle 14 is provided is fixed to the vertical band portion 12, while the end portion where the buckle 14 is not provided is the free end of the buckle 14. Since it passes through the through-hole 16, it is easy to pass the free end through the gap around the outer wall member 41. In this case, it is easy to extract the lateral band portion 11 through the gap between the outer wall material 41 and the building fence or the gap between the adjacent outer wall materials 41 in a state where the outer wall material 41 is attached to the building frame. The operator does not need to go around to the indoor side of the outer wall member 41 in order to remove the horizontal band portion 11 from the outer wall member 41. Therefore, the hanger 10 can be easily and safely removed from the outer wall material 41.

  As described above, the slinging work using the hanger 10 can be facilitated, and the work of removing the hanger 10 from the outer wall material 41 after the outer wall material 41 is attached to the building frame can be facilitated.

  In the hanger 10, since the two horizontal strip portions 11 are arranged along the longitudinal direction of the vertical strip portion 12, the posture of the outer wall member 41 can be stabilized when the outer wall member 41 is lifted. . Here, in order to stabilize the lifting posture of the outer wall material 41, it is conceivable that the outer wall material 41 is hooked to the outer wall material 41 using two hanging tools made of a single belt portion. There is a possibility that the slinging work becomes complicated by using. On the other hand, when the slinging operation is performed using one hanging tool 10 having two horizontal belt portions 11, the lifting posture of the outer wall material 41 can be stabilized, and the slinging operation is complicated. Can be suppressed.

  Since the horizontal belt portion 11 and the vertical belt forming material 31 are stitched together while the horizontal belt portion 11 is sandwiched between the vertical belt forming members 31, the connection state between the horizontal belt portion 11 and the vertical belt portion 12 is changed. It can be strong.

  In the configuration in which the vertical belt portion 12 is formed by folding the vertical belt forming material 31, the vertical belt forming portion 31 and the vertical belt single portion 34 are arranged side by side. The length dimension may be different from the length dimension of other portions. For this reason, it is possible to save the trouble of measuring the folding dimension of the vertical band forming member 31 when manufacturing the vertical band portion 12, and to reduce the manufacturing burden of the hanger 10.

  Further, on the front side of the vertical belt portion 12, there is a step due to the vertical belt forming material 31 being folded back (a step between the vertical belt overlapping portion 32 and the vertical belt single portion 34), but there is no step on the back side. Therefore, when the hoist 10 is attached to the outer wall material 41 with the back side of the vertical belt portion 12 facing the outer wall material 41, the vertical side is different from the case where the front side of the vertical belt portion 12 is directed to the outer wall material 41. A gap due to the step does not occur between the belt portion 12 and the outer wall material 41. In this case, since the back side surface of the vertical belt portion 12 is easily brought into close contact with the peripheral surface of the outer wall member 41, the suspended outer wall member 41 can be stabilized in a vertically extending posture.

  Since the stitches 37 of the sewing thread extending along the vertical belt portion 12 have different colors on the front side and the back side of the vertical belt portion 12, the front and back surfaces of the hanger 10 can be identified by the seam 37. . For this reason, it can be avoided that the operator attaches the lifting tool 10 to the outer wall member 41 in a state where the front side of the vertical belt portion 12 faces the outer wall member 41. Moreover, since the front and back of the vertical belt portion 12 can be identified by the difference in the color of the seam 37, it is not necessary to attach a dedicated member for identifying the front and back to the vertical belt portion 12, and when the vertical belt portion 12 is manufactured. The cost can be reduced and the trouble of attaching the dedicated member can be saved.

  In the horizontal band portion 11, the folded and overlapped portions of the horizontal band forming material 21 are sewn together with the end portion of the buckle 14 sandwiched between them, so that the buckle 14 is attached to the horizontal band portion 11. It can be strong.

  Moreover, since the horizontal band overlapping portion 22 and the horizontal band single portion are arranged side by side, the length dimension of the folded portion of the horizontal band forming member 21 may be different from the length dimension of the other portions. For this reason, when manufacturing the horizontal band part 11, the effort of measuring the return | turnback dimension of the horizontal band formation material 21 can be saved, and the manufacturing burden of the hanger 10 can be reduced by extension.

  Further, on the front side of the horizontal band portion 11, there is a level difference (a level difference between the horizontal band overlap portion 22 and the vertical band overlap portion 32) due to the folding of the horizontal band forming material 21, but there is no level difference on the back side. Therefore, when the horizontal band portion 11 is wound around the outer wall material 41 with the back side of the horizontal band portion 11 facing the outer wall material 41, unlike the case where the front side of the horizontal band portion 11 is directed to the outer wall material 41, A gap due to the step is not generated between the lateral band portion 11 and the outer wall material 41. In this case, since the back side surface of the horizontal band portion 11 is easily brought into close contact with the peripheral surface of the outer wall material 41, it is possible to suppress loosening of the horizontal band portion 11 with respect to the outer wall material 41.

  Since no step is formed on the back side of the horizontal band portion 11 due to the folding of the horizontal band forming member 21, the step is pressed against the peripheral surface of the outer wall member 41 when the horizontal band portion 11 is fastened to the outer wall member 41. Can be avoided. Thereby, it can avoid that the outer wall material 41 deform | transforms and is damaged by the level | step difference by the folding | turning of the horizontal band formation material 21. FIG.

  In the buckle 14, the direction in which the lateral band portion 11 is passed through the through hole 16 is determined by the stopper 17 in the direction from the back side to the front side of the lateral band portion 11. When wound in a state of being directed, it is possible to easily perform the operation of passing the free end side of the lateral band portion 11 through the through hole 16 of the buckle 14 and pulling it away from the buckle 14 (outer wall material 41). . In this case, even if the operator does not check the direction of passing the lateral band portion 11 with respect to the buckle 14, the operator can appropriately select the surface of the lateral band portion 11 facing the outer wall material 41, thereby The through hole 16 can be properly passed.

  Since the lateral belt portion 11 is provided with the buckle 14, the lateral belt portion 11 is pulled through the through-hole 16 of the buckle 14 and the free end side is pulled to pull the lateral belt portion 11 to the outer wall material 41. Can be easily tightened. In this case, tightening of the lateral band portion 11 with respect to the outer wall material 41 is unlikely to be insufficient, so that the outer wall material 41 can be lifted in a state close to a vertical suspension extending in a substantially vertical direction. Therefore, the outer wall member 41 in the lifted state can be easily moved to the attachment position without being brought into contact with the scaffold or the building frame even in a narrow place or a place with a small interval between the scaffolds.

  Since the seam 27 extending along the horizontal band part 11 has a different color between the front side and the back side of the horizontal band part 11, the front and back of the hanger 10 can be identified by the seam 27. For this reason, it can be avoided that the operator winds the horizontal band portion 11 around the outer wall material 41 in a state where the front side of the horizontal band portion 11 is directed to the outer wall material 41. Moreover, since the front and back of the horizontal band portion 11 can be identified by the difference in the color of the seam 27, it is not necessary to attach a dedicated member for identifying the front and back to the hanging tool 10, and the production cost of the horizontal band portion 11 is not required. Reduction can be achieved, and the trouble of attaching a dedicated member can be saved.

  Since the vertical band forming material 31 is in a state of sandwiching the horizontal band part 11, the horizontal band part 11 with the buckle 14 can be manufactured in advance. For this reason, for example, unlike the configuration in which the horizontal band forming material 21 and the vertical band forming material 31 are alternately stacked, the work of folding the horizontal band forming material 21 to manufacture the horizontal band portion 11 and the vertical band forming The work of folding the material 31 and manufacturing the vertical belt portion 12 can be performed separately. For this reason, it can avoid that work becomes complicated by producing the horizontal belt part 11 and the vertical belt part 12 simultaneously.

  The portion of the horizontal band forming material 21 that is overlapped with the end of the buckle 14 is further sandwiched by the vertical band forming material 31, so that both the vertical band forming material 31 and the horizontal band forming material 21 are released. As long as this is not done, the buckle 14 will not come off the lateral band portion 11. That is, the buckle 14 is firmly fixed to the lateral band portion 11. For this reason, the buckle 14 can maintain suitably the state which tightened the horizontal band part 11 with respect to the outer wall material 41 strongly.

  Since the seams 27 and 37 are provided on the back side of the horizontal belt portion 11 and the vertical belt portion 12, the seams 27 and 37 come into contact with the peripheral surface of the outer wall material 41, whereby the peripheral surface of the outer wall material 41 and the horizontal belt Friction with the back side surfaces of the portion 11 and the vertical belt portion 12 can be increased. In this case, the seams 27 and 37 exhibit a function as a slip stopper for the lateral belt portion 11 and the longitudinal belt portion 12 with respect to the outer wall material 41.

[Other Embodiments]
The present invention is not limited to the description of the above embodiment, and may be implemented as follows, for example.

  (1) In the above embodiment, the buckle 14 is attached to one end of the horizontal belt portion 11. However, if the buckle 14 is disposed near the vertical belt portion 12, the buckle 14 is an intermediate portion of the horizontal belt portion 11. It may be attached to. For example, as shown in FIG. 4A, the buckle 14 is not disposed at the folded end portion of the horizontal band forming member 21, but the buckle 14 is disposed at the intermediate portion of the horizontal band overlapping portion 22. And In this configuration, the overlapped portions of the horizontal band forming material 21 are stitched together in the horizontal band overlapping portion 22 except for a portion where the horizontal band forming material 21 is passed through the through hole 16 of the buckle 14.

  Moreover, if the buckle 14 is arrange | positioned near the vertical belt part 12, it is not arrange | positioned on the opposite side to the free end of the horizontal belt part 11 on both sides of the vertical belt part 12, but the vertical belt part 12 It may be arranged closer to the free end side of the lateral band part 11 than. Even in this case, in a state where the horizontal belt portion 11 is wound around the outer wall member 41, the free end side of the horizontal belt portion 11 is overlapped with the upper side of the vertical belt portion 12 and passed through the through hole 16 of the buckle 14. The horizontal belt portion 11 can be clamped to the outer wall material 41.

  (2) In the above embodiment, the horizontal band portion 11 is sandwiched by the vertical band forming material 31, but the vertical band portion 12 may be sandwiched by the horizontal band forming material 21. The band forming material 31 may be alternately stacked. For example, as shown in FIG. 4B, one of the portions that are overlapped with each other in the horizontal band forming material 21 is sandwiched by the vertical band forming material 31, and the portion that is overlapped with each other in the vertical band forming material 31. One side is sandwiched between the horizontal band forming materials 21. According to this structure, the connection state of the horizontal strip part 11 and the vertical strip part 12 can be made still stronger.

  (3) In the above embodiment, the horizontal belt portion 11 and the vertical belt portion 12 are connected by stitching the overlapping portions 22 and 32 together. The connecting portion may include at least one of the horizontal band single part 24 and the vertical band single part 34. For example, the horizontal band single part 24 and the vertical band single part 34 are configured to be stitched together and connected in a state where the band surfaces overlap each other. In this configuration, it is preferable that the vertical belt portion 12 is overlapped on the front side of the horizontal belt portion 11. In this case, when the horizontal belt portion 11 is wound around the outer wall material 41, the vertical belt portion 12 or the vertical belt forming material 31 is not sandwiched between the horizontal belt portion 11 and the outer wall material 41. 11 can be brought into close contact with the peripheral surface of the outer wall member 41. Thereby, when the outer wall material 41 is lifted, it is possible to maintain a state in which the outer wall material 41 is suitably held by the horizontal band portion 11.

  (4) The entire horizontal band portion 11 may be the horizontal band overlapping portion 22. Further, the entire vertical belt portion 12 may be a vertical belt overlapping portion 32.

  (5) The horizontal band portion 11 may be formed of a horizontal band forming material 21 that is not folded back. That is, the entire horizontal band portion 11 may be the horizontal band single portion 24. Even in this case, it is possible to attach the buckle 14 to the horizontal band portion 11 by using a fixing tool for fixing the buckle 14 or the like. In this case, the lateral band portion 11 has no front and back.

  Further, the vertical band portion 12 may be formed of a vertical band forming material 31 that is not folded back. That is, the entire vertical belt portion 12 may be a vertical belt single portion 34. Even in this case, the vertical belt portion 12 and the horizontal belt portion 11 are sewn in a state where the belt surfaces overlap each other, so that the vertical belt portion 12 and the horizontal belt portion 11 can be connected in an intersecting state. . In this case, the vertical belt portion 12 has no front and back.

  (6) In the above embodiment, the end of the vertical belt portion 12 opposite to the hooking hole 13 is fixed to the horizontal belt portion 11, but the end portion extends beyond the horizontal belt portion 11 and is hooked into the hooking hole. 13 may extend to the opposite side. In this case, the extending portion extending outward from the horizontal belt portion 11 in the vertical belt portion 12 can be used for alignment of the outer wall member 41 as an intervening rope.

  (7) The horizontal belt portion 11 and the vertical belt portion 12 may be fixed by a fixing tool such as a fixing pin or a fixing bracket. In this case, the fixing tool fixes the horizontal belt portion 11 and the vertical belt portion 12 in a state where the horizontal belt portion 11 and the vertical belt portion 12 are overlapped with each other.

  (8) In the above embodiment, the color of the fibers of the belt portions 11 and 12 and the color of the seams 27 and 37 are the same color on the front side of the hanger 10 and the different color on the back side. Any configuration may be used as long as the front side and the back side of the hanger 10 can be identified by the color of the fibers of the belt portions 11 and 12 and the color of the seams 27 and 37. For example, the color of at least one of the horizontal belt portion 11 and the vertical belt portion 12 is different between the front side and the back side. In this configuration, the color of the fibers in the horizontal band portion 11 corresponds to the horizontal band display means, and the color of the fibers in the vertical band portion 12 corresponds to the vertical band display means. Incidentally, the seams 27 and 37 may extend along the short direction of the band portions 11 and 12.

  Moreover, the character as a display means may be provided to at least one of the front side and the back side of the horizontal band part 11 and the vertical band part 12.

  (9) In the hanging tool 10, only one horizontal belt portion 11 may be provided, or three or more horizontal belt portions 11 may be provided. Here, by increasing or decreasing the number of the horizontal belt portions 11 in the hanging tool 10, the number of winding steps of the hanging tool 10 around the outer wall material 41 can be increased or decreased. For this reason, unlike the case where the number of wrapping steps around the outer wall member 41 is increased or decreased by a single suspender, even if the worker is not a person skilled in the slinging operation, a plurality of members are arranged in the longitudinal direction of the outer wall member 41. The horizontal band portion 11 can be easily wound around the outer wall material 41 at the position of.

  (10) At least one of the horizontal belt portion 11 and the vertical belt portion 12 may be provided with anti-slip means for increasing the friction coefficient of the back surface with respect to the peripheral surface of the outer wall material 41. In this case, it can suppress that the horizontal belt | band | zone part 11 and the vertical belt | band | zone part 12 slip | deviate from the position with which the outer wall material 41 was mounted | worn. Thereby, the suspended outer wall material 41 can be held in a stable posture.

  (11) The buckle 14 only needs to have a configuration that can prevent the horizontal band portion 11 from coming out of the through hole 16, and may be a pin-type buckle. For example, a through hole through which the pin of the buckle 14 passes is formed in the horizontal band part 11, and the pin is passed through the through hole of the horizontal band part 11 in a state where the horizontal band part 11 is passed through the through hole 16 of the buckle 14, As a result, the lateral belt portion 11 is configured to be restricted from being removed from the through hole 16.

  (12) The lateral band portion 11 may be provided with a tightening display means that indicates the tightening degree of the lateral belt portion 11 with respect to the outer wall material 41. For example, as shown in FIG. 5, it is assumed that marks 51 and 52 are displayed as tightening display means at predetermined intervals on the back side of each horizontal belt portion 11. In this configuration, by confirming which one of the marks 51 and 52 has passed through the through hole 16 of the buckle 14 in a state in which the lateral band portion 11 is wound around the outer wall member 41, the operator can tighten the lateral band portion 11. Can know. Thereby, it can avoid that the outer wall material 41 is lifted with the state in which the fastening condition of the horizontal band part 11 with respect to the outer wall material 41 was insufficient.

  Moreover, since the marks 51 and 52 are provided on the back side of the lateral band portion 11, the outer peripheral side of the outer wall member 41 is directed to the outer wall member 41 side as long as it does not pass through the through hole 16 of the buckle 14 ( It is not exposed to the outer peripheral side of the lateral belt portion 11 in the wound state, but is exposed to the outer peripheral side of the outer wall material 41 only after passing through the through hole 16 of the buckle 14. In this case, if the operator can visually recognize the marks 51 and 52, the lateral band portion 11 is properly tightened with respect to the outer wall material 41.

  Incidentally, the marks 51, 52 may be provided on the front side of the horizontal band part 11, but in this case, the marks 51, 52 pass through the buckle 14 in a state where the horizontal band part 11 is wound around the outer wall material 41. Even if it does not pass through the hole 16, it will be exposed to the outer peripheral side of the lateral band portion 11, so the operator checks whether or not the marks 51 and 52 have passed through the through hole 16 of the buckle 14. There is a need.

  In addition, the marks 51 and 52 are arrange | positioned according to the width dimension of the outer wall material 41 around which the horizontal strip part 11 is wound. The mark 51 is disposed at a position that overlaps the through hole 16 of the buckle 14 when the lateral band portion 11 is properly wound around the outer wall member 41 having a width dimension (short dimension) of 500 mm, for example. On the other hand, the mark 52 overlaps with the through hole 16 of the buckle 14 when the lateral band portion 11 is properly wound around the outer wall member 41 having a width dimension of 250 mm, for example, at a position closer to the buckle 14 than the mark 51. Placed in position.

  Further, at least one of the front side and the back side of the horizontal band part 11 may be provided with a display part for aligning the horizontal band part 11 in the short direction of the outer wall material 41. For example, when the vertical belt portion 12 is arranged in the center of the outer wall material 41 in the short direction, the display portion is provided at a position overlapping the long side of the finished surface of the outer wall material 41. In this case, when the horizontal band portion 11 is wound around the outer wall material 41, the horizontal band portion 11 is centered in the short direction of the outer wall material 41 by an easy operation of overlapping the display portion on the long side of the finished surface of the outer wall material 41. It can suppress shifting from.

  DESCRIPTION OF SYMBOLS 10 ... Suspension tool, 11 ... Horizontal belt part, 12 ... Vertical belt part, 14 ... Buckle, 15 ... Fixing hole, 16 ... Through-hole, 17 ... Stopper, 21 ... Horizontal band formation material, 22 ... Horizontal belt overlap part, 27 ... seams as horizontal band display means, 31 ... vertical belt forming material, 32 ... vertical belt overlapping portion, 37 ... seams as vertical belt display means, 41 ... outer wall material.

Claims (8)

A hanging tool for an outer wall material used for lifting a rectangular plate-shaped outer wall material with its longitudinal direction extending in the vertical direction,
Equipped with a long horizontal strip and a vertical strip extending in the direction intersecting each other,
The horizontal belt portion is provided with a buckle capable of passing one end side of the horizontal belt portion, a portion of the horizontal belt portion near the buckle is fixed to the vertical belt portion,
The horizontal band portion is wound so as to extend along the short direction of the outer wall material,
The vertical belt portion extends along the longitudinal direction of the outer wall material when the lifting operation of the outer wall material around which the horizontal belt portion is wound is performed,
In the vertical belt portion, the long belt-shaped vertical belt forming material forming the vertical belt portion is folded in a state of sandwiching the horizontal belt portion, so that one side surface of the vertical belt forming material is overlapped. A vertical belt overlap is formed,
The vertical band overlapping portion is formed by overlapping one end of the vertical band forming material at an intermediate position in the longitudinal direction of the vertical band forming material,
The horizontal band portion is wound around the outer wall member in a state where the surface on which the end portion on the folded side of the vertical band forming member exists is directed to the opposite side of the outer wall member. Suspension for exterior wall materials. The The vertical band part, to a plane end on the side which is folded back in the longitudinal strip forming material is present, according to claim 1 in which the longitudinal zone display means for displaying to distinguish between the opposite side surface is provided with it The hanging tool for external wall materials described in 1. The buckle has a fixing hole to which one end of the horizontal belt portion is fixed;
In the horizontal band portion, the long band-shaped horizontal band forming material forming the horizontal band portion is folded back through the fixing hole of the buckle so that one side surface of the horizontal band forming material overlaps. A horizontal band overlap portion formed,
In the horizontal band overlapping part, the buckle is fixed to the horizontal band part by stitching the overlapped parts in the horizontal band forming material,
The horizontal band overlapping portion is formed by overlapping one end of the horizontal band forming material at an intermediate position in the longitudinal direction of the horizontal band forming material,
The horizontal band portion, a surface end of the folded side in the horizontal band forming material is present in a state of facing the opposite side of the outer wall member, according to claim 1 in which is wound around the outer wall material Suspension for exterior wall materials. A hanging tool for an outer wall material used for lifting a rectangular plate-shaped outer wall material with its longitudinal direction extending in the vertical direction,
Equipped with a long horizontal strip and a vertical strip extending in the direction intersecting each other,
The horizontal belt portion is provided with a buckle capable of passing one end side of the horizontal belt portion, a portion of the horizontal belt portion near the buckle is fixed to the vertical belt portion,
The horizontal band portion is wound so as to extend along the short direction of the outer wall material,
The longitudinal strip portion, when the lifting work of the outer wall member in which the transverse strip section is wound is made, all SANYO extending along a longitudinal direction of the outer wall member,
Furthermore, the buckle has a fixing hole to which one end of the horizontal band portion is fixed,
In the horizontal band portion, the long band-shaped horizontal band forming material forming the horizontal band portion is folded back through the fixing hole of the buckle so that one side surface of the horizontal band forming material overlaps. A horizontal band overlap portion formed,
In the horizontal band overlapping part, the buckle is fixed to the horizontal band part by stitching the overlapped parts in the horizontal band forming material,
The horizontal band overlapping portion is formed by overlapping one end of the horizontal band forming material at an intermediate position in the longitudinal direction of the horizontal band forming material,
The horizontal band portion is wound around the outer wall material in a state in which a surface where the end portion of the folded side of the horizontal band forming material exists is directed to the opposite side of the outer wall material. Suspension for exterior wall materials. In the longitudinal belt portions, by vertical banding material long strip forming the said longitudinal strip portion is returned Ri folding, vertical strip overlapping portion in which one side faces are stacked in said longitudinal strip forming material is formed And
The hanging member for an outer wall material according to claim 4 , wherein the vertical belt portion and the horizontal belt portion are stitched together in the vertical belt overlapping portion. The buckle includes a through hole through which a free end side of the horizontal band portion is passed in a state where the horizontal band portion is wound around the outer wall material, and the horizontal band when the horizontal band portion is passed through the through hole. And a stopper for restricting the part from coming out of the through hole,
The stopper allows the horizontal band portion to pass through the through hole from the side opposite to one end of the horizontal band forming material in the horizontal band overlapping portion, and the horizontal band portion is in the horizontal band overlapping portion. The hanging tool for an outer wall material according to any one of claims 3 to 5, which prevents the horizontal band forming material from being passed through the through hole from one end side thereof. Wherein the lateral belt portion, and the surface on which the end on the side which is folded back in the horizontal band forming material is present, according to claim 3 in which the lateral strip display means for displaying to distinguish between the opposite side surface is provided with it The hanging tool for outer wall materials given in any 1 paragraph of thru / or 6 .   The said horizontal belt | band | zone part is a hanging tool for outer wall materials of any one of the Claims 1 thru | or 7 provided side by side with predetermined spacing along the longitudinal direction of the said vertical belt | band | zone part.

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