JP2013227726A - Folded plate roof material, connection structure of folded plate roof material, and connecting fixture used for connecting folded plate roof material - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a folded plate roof material for roofing a building by connecting roof materials with each other in an eaves-ridge direction and an eaves direction, a connection structure thereof, and a connecting fixture used for connection.SOLUTION: A folded plate roof material includes: a flat bottom plate part 1 partitioned by a pair of long sides 1a, 1b extending along an eaves-ridge direction and a pair of short sides extending in an eaves direction; and shoulders 4, 5 and rising parts 6, 7 connecting to upper end parts of inclined side plate parts 2, 3, respectively. In the folded plate roof material, hook-shaped lower seams 8 upwardly folded at an angle of 180° and fittable to upper seams 9 of another folded plate roof material disposed adjacently along the eaves-ridge direction are provided at one or all of the short side of the bottom plate part 1, the end edges of the inclined side plate parts 2, 3 connected to the short side, the end edges of the shoulders 4, 5, and the end edges of the rising parts 6, 7, and a filling and arrangement region of an elastic seal member is formed in a fitting state.

Description

  The present invention relates to a folded plate roof material, a folded plate roof material connecting structure, and a connecting fixture used for the connection, which are widely used in large-area roofs of factories, warehouses, large stores, and the like.

  Folded plate roofing material is made of a main body and steel plate coil, and is formed into a desired shape and length using a roll forming machine placed at the construction site. Workability, wind pressure strength, waterstop Is widely used as a roofing material that can be economically secured.

  By the way, in recent years, there is an increasing demand for repairing existing folded-plate roofs, and there is a need for rapid forming and construction of folded-plate roof materials at construction sites. In some cases, it is often difficult (such as securing a place) to perform molding and construction.

  As a breakthrough, recently, there is a roofing material and construction method in which it is molded into a predetermined shape with a length that can be transported in the factory in advance (sizing), and this is joined at the construction site to lift the roof. As a prior art in this respect, reference is made to a vertical roofing material as disclosed in Patent Document 1 or a joint structure of building boards as described in Patent Document 2.

Japanese Patent No. 3196560 JP-A-6-93686

  However, what is disclosed in the above-mentioned documents 1 and 2 has a structure in which the roofing material is fixed to the lowest bottom plate portion via a fixing tool such as a screw. Even if the water stop structure used is applied, it is difficult to maintain its function for a long time due to solar radiation, expansion and contraction due to cold, deterioration over time, etc., and there is concern that it will leak (buildings that use this type of roofing material) Since there are many large-area and gently-sloped roofs, securing water-stopping is an issue), and multiple members for connecting roofing materials are required separately, and an increase in the number of parts is inevitable It is difficult to achieve efficient construction.

  The object of the present invention is to simplify the structure and realize efficient construction, and to prevent the intrusion of rainwater and the like, and to ensure the prevention of intrusion of rainwater, etc. It is in the place of proposing the coupling fixture used for the connection of a folded-plate roof material.

  The present invention includes a flat bottom plate section defined by a pair of long sides extending along the eave-ridge direction and a pair of short sides extending along the eave direction, and each of the long sides of the bottom plate portion connected to the long sides. Folded plate roofing material comprising an inclined side plate portion that rises in an open state, a pair of shoulder portions connected to the upper ends of the inclined side plate portions, and a rising portion that stands vertically at the ends of the pair of shoulder portions. And any one or all of the short side located on the ridge side of the bottom plate part, the edge of the inclined side plate part connected to the short side, the edge of the shoulder part, and the edge of the rising part A bottom gob that is formed by folding up 180 degrees upward and is fitted in the upper goby of another folded plate roofing material that is adjacently arranged along the eave-ridge direction, A short side located on the side, an edge of the inclined side plate portion connected to the short side Under one or all of the edges of the shoulders and the edges of the rising parts, folded down 180 ° downward, and placed under the other folded plate roofing material adjacently disposed along the eave-ridge direction. An upper goby that has a saddle shape that can be fitted into the goby is provided, and the upper goze and the lower goze are fitted with the lower goze and the upper goze of other folded plate roofing materials arranged adjacently along the eave-ridge direction. It is a folded-plate roofing material characterized by having a fitting space which forms a filling and arrangement region of an elastic seal member in a combined state.

In folded plate roofing material composed of the above,
(1) The rising portion is provided with a joint portion that allows connection with other folded-plate roofing materials arranged adjacent to each other in the eave direction in the region excluding the upper end and both edges.
(2) The lower goby and upper goby provided on the inclined side plate portion have t as the opening size of the fitting space, and the open size of the fitting space of the bottom plate and shoulder lower goby and upper goby as t _1. And when the rising angle of the inclined side plate portion with respect to the horizontal plane is θ, t = t ₁ × cos θ.
(3) The elastic seal member is constituted by a main body portion that is filled and arranged in the fitting space, and a winding portion that is integrally connected to the main body portion and wound up on the folded upper surface of the lower goby,
(4) The connecting portion between the bottom plate portion and the inclined side plate portion, the connecting portion between the inclined side plate portion and the shoulder portion is a bent portion bent with a constant radius of curvature, or a bent portion that is bent slowly at a plurality of angles. Consisting of
Is preferable as a specific means for solving the problems of the present invention.

  Further, the present invention is a connection structure of folded plate roofing material having the above-described configuration, wherein the lower goby and upper goby are placed on the upper goby and lower side of another folded plate roofing material arranged adjacent to each other in the eave-ridge direction. The roof material is connected to the eaves-ridge direction by fitting each with a goby, while the joint portion is linked to the joint portion of another folded plate roof material arranged adjacent to the eave direction to connect the roof materials to each other. It is the connection structure of the folded-plate roof characterized by being formed.

  Furthermore, the present invention relates to a folded plate roof material having the above-described configuration, and in the connecting fixture used to connect the folded plate roofs to each other at the fitting portion of the upper goby and the lower goby, the fixing of the roof A folding plate roofing material having a bolt that is linked to a portion, a receiving plate that is located on the lower surface of the shoulder portion of the folded plate roofing material, and an opening that penetrates the bolt. And a nut that engages with the bolt at the top of the pressing member and clamps the shoulder between the backing plate and the pressing member by tightening the pressing member. The pressing member is formed in a concave portion that faces the fitting portion of the lower and upper goby of the folded plate roofing material and positions the fitting portion on the inner side thereof, and at least four places on the front, rear, and right and left of the concave portion. Provided on each shoulder of the folded roof material to be connected A coupling fixtures used for connection of the folded sheet roofing, characterized in that it consists of those consisting of the pressing legs in contact.

  In the connection fixture having the above-described configuration, it is preferable to provide a cover that is detachably fitted to the pressing member and accommodates the pressing member in its inner space. Moreover, this invention comprises the connection structure of a folded-plate roof material by connecting the said roof materials mutually in the fitting part of the said upper goby and the lower goby using the connection fixture which consists of said structure. It is preferable to do this.

  In the folded plate roof material of the present invention having the above-described configuration, the short side (water upper end side) located on the ridge side of the bottom plate part, the edge of the inclined side plate part connected to this short side, the edge of the shoulder part, and the rising edge A saddle-shaped shape that can be fitted to an upper goby of another folded plate roofing material that is formed by folding 180 ° upward at any one or all of the edges of the section and arranged adjacently along the eave-ridge direction. A short side located on the eave side of the bottom plate part (water lower end side), an edge of the inclined side plate part connected to this short side, an edge of the shoulder part, an edge of the rising part Or one or all of them are provided with an upper goby that has a saddle shape that can be fitted to the lower goby of another folded-plate roofing material that is formed by folding 180 ° downward and adjacently arranged along the eave-ridge direction. As a result, it is possible to connect the folded plate roofing material with a simple operation that only fits the upper goby to the lower goby. That (simplification of the structure, improvement of work efficiency).

  In addition, since the area where the upper goby and the lower goby are formed has high resistance (rigidity) to deformation, an elastic seal member (rubber or rubber) is formed in the fitting space formed when the lower goze and the upper goze are fitted. When a sponge-like elastic foam or the like is filled and arranged, the repulsive force of the elastic seal member can be increased, and the water stoppage at the connecting portion of the roofing material can be improved.

  Moreover, according to the folded-plate roof material by this invention, the coupling | joint part which enables the connection with the other folded-plate roof material arrange | positioned adjacent to the eaves direction in the area | region except the upper end and both edge part of a standing part. This joint part is composed of a sandwiching piece having a recess (groove part) opened laterally for the one provided on the rising part, and the joint part is provided on the sandwiching piece for the other rising part. Because it consists of insertable insert pieces, when connecting other folded-plate roofing materials adjacent to each other, it is possible to connect the folded-plate roofs while securing high water-stopping properties by simply inserting the insert pieces into the recesses of the sandwiching pieces. Can do.

Moreover, according to the folded-plate roof material by this invention, the opening dimension of the fitting space of the lower goby and the upper goby provided in the inclination side board part is set to t, and the bottom board part, the lower goby of the shoulder part, and the upper goby fitting When the opening dimension of the space is t ₁ and the rising angle of the inclined side plate portion with respect to the horizontal plane is θ, t = t ₁ × cos θ, so that the fitting space of the lower goby and the upper goby provided on the inclined side plate portion is set. The opening dimension t becomes smaller by cos θ, and when the upper goby and the lower goby are folded back, the forming process can be performed without any shape deformation.

  Moreover, according to the folded-plate roof material of this invention which consists of said structure, an elastic sealing member is integrally connected to this main-body part with which the fitting space is filled and arrange | positioned, and the folding part of a lower goby Because it consists of a roll-up part that winds up on the upper surface of the top, when fitting the lower goby and upper goby, the tip of the upper goby can be easily inserted between the elastic seal member and the lower goby In addition, since the winding portion wound up on the folded upper surface of the lower goby is in close contact with the inner wall surface of the upper goby, the water stop performance is improved.

  Further, according to the folded plate roof material of the above-described configuration according to the present invention, the connecting portion between the bottom plate portion and the inclined side plate portion, the connecting portion between the inclined side plate portion and the shoulder portion is a curved portion that is slowly curved, or Since the bent portion is gently bent at a plurality of angles and the bent portion is formed, the goby (upper goby, lower goby) at the connecting portion can be easily formed.

  Furthermore, according to the connection structure of the folded plate roof material of the present invention having the above-described configuration, the lower goby and the upper goby are used as upper goze and lower goze of other folded plate roof materials arranged adjacent to each other in the eave-ridge direction. The roof materials are connected to each other in the eave-ridge direction while the joint portions are connected to the joint portions of other folded plate roof materials arranged adjacent to each other in the eave direction to connect the roof materials to each other. As a result, it is possible to connect the roofing materials in the eave-building direction and the eave direction without requiring extra members, and efficient lifting work can be performed.

  Further, with respect to the folded-plate roof material having the above-described configuration, a connecting fixture used for connecting the folded-plate roofs to each other at the fitting portion of the upper goby and the lower goby is linked to the fixing portion of the roof. A bolt, an opening penetrating the bolt, a receiving plate located on the lower surface of the shoulder portion of the folded plate roof material, an opening penetrating the bolt, and the shoulder portion of the folded plate roof material A pressing member disposed on the upper surface and a nut that engages with the bolt at the upper part of the pressing member and clamps the shoulder between the receiving plate and the pressing member by tightening the bolt. The pressing member is disposed in at least four places on the front and rear, and on the left and right sides of the concave portion, facing the fitting portion of the lower and upper goby of the folded plate roof material and positioning the fitting portion on the inside thereof. , The press leg that contacts each shoulder of the folded roof material to be connected Since was Ranaru ones, the 該折 plate roofing, it can be reliably fixed to the fixed portion such as a tight frame provided in the building structure.

  According to the coupling fixture of the present invention having the above-described configuration, since the cover for detachably fitting to the pressing member and storing the pressing member in the inner space is provided, from the connection portion of the folded plate roof Intrusion of rainwater or the like can be avoided reliably.

It is an external appearance perspective view of the folded-plate roof material according to this invention. It is the figure which showed the front of the folded-plate roof material shown in FIG. It is the figure which showed the side surface of the folded-plate roof material shown in FIG. It is the figure which showed the plane of the folded-plate roof material shown in FIG. It is the figure which expanded and showed the principal part cross section of the lower goby. It is the figure which expanded and showed the principal part cross section of the upper goby. It is the figure which showed the fitting state of a lower goby and an upper goby. It is the figure which showed the fitting point of a lower goby and an upper goby. It is the external appearance perspective view which showed the arrangement | positioning condition of the elastic seal member about the principal part. It is explanatory drawing of the construction point of the folded-plate roof material according to this invention. It is the figure which showed the connection condition of the folded-plate roof material according to this invention about the principal part. (A) and (b) are the figures which showed the front and side of a tight frame. (A) (b) is the figure which showed the structure of the connection fixing tool according to this invention. It is the figure which showed the external appearance perspective view of the connection fixing tool according to this invention in the decomposition | disassembly state. (A)-(d) is the figure which showed the point which fixes and holds a folded-plate roof material using the connection fixture according to this invention. (A) (b) is the figure which showed the structure of the connection fixture suitable for arrange | positioning the folded-plate roof material according to this invention to the existing roof.

Hereinafter, the present invention will be described more specifically with reference to the drawings.
FIG. 1 is an external perspective view of a folded-plate roof material according to the present invention, FIG. 2 is a diagram showing its front, FIG. 3 is a diagram showing its side, and FIG. 4 is a diagram showing its plane. It is. The folded plate roof material according to the present invention is a longitudinally folded type folded plate roof material having a thickness of 0.6 to 1.0 mm, for example, a rust-proof steel plate such as a hot-dip galvanized steel plate or a color steel plate, and a stainless steel plate. A copper plate, an aluminum alloy plate, a zinc plate, and the like are made of a regular member formed by roll forming.

  Reference numeral 1 in the figure denotes a flat bottom plate portion that forms a main body portion of the folded plate roofing material. The bottom plate 1 is partitioned by a pair of long sides 1a and 1b extending along the eave-ridge direction and a pair of short sides 1c and 1d extending in the eave direction.

  In addition, reference numerals 2 and 3 denote an inclined side plate portion integrally connected to the long sides 1a and 1b of the bottom plate portion 1 and stand up in an outwardly opened state, and 4 and 5 denote end portions thereof at upper ends of the inclined side plate portions 2 and 3, respectively. The shoulder portions 6 and 7 connected at an inclination angle so as to be slightly higher toward the rear are standing portions that stand vertically at the ends of the shoulder portions 4 and 5.

  The inclined side plate portions 2 and 3, the shoulder portions 4 and 5, and the rising portions 6 and 7 have the same length as the long sides 1 a and 1 b of the bottom plate portion 1, and are the ends of the inclined side plates 2 and 3. The edges, the edges of the shoulders 4 and 5, and the edges of the rising parts 6 and 7 are continuously connected to the short sides 1c and 1d of the bottom plate part 1, and the planar shape is rectangular as shown in FIG. It has a shape.

  Reference numeral 8 denotes a lower gob provided on the short side 1d located on the ridge side of the bottom plate 1 and the edges of the inclined side plates 2 and 3 connected to the short side 1d and the edges of the shoulders 4 and 5.

  As shown in FIG. 5, the lower goby 8 has a bowl-like shape formed by folding back each part thereof by 180 ° upward. Another folded plate roofing material that is opened and has a fitting space 8a that forms a filling and placement region of the elastic seal member and is arranged adjacently along the eave-ridge direction (this folded plate roofing material is shown in the figure) Can be fitted to the upper goby).

  Reference numeral 9 denotes a short side 1 c located on the eave side of the bottom plate portion 1, the edge of the inclined side plates 2, 3 connected to the short side 1 c, and the upper goby provided on the edges of the shoulder portions 4, 5.

  As shown in FIG. 6, the upper goby 9 has a bowl shape formed by folding back each part thereof 180 ° downward. Other folding plate roofing material (this folding plate roofing material is disposed adjacently along the eave-ridge direction). It can be fitted to the lower goby (lower goby 8).

For the lower goby 8 and upper goby 9 provided on the inclined side plate portions 2 and 3, the opening dimensions of the fitting spaces 8a and 9a are t (see FIG. 5), and the bottom plate portion 1 and the shoulder portions 4 and 5 When the opening dimension of the fitting spaces 8a and 9a of the lower goby 8 and the upper goby 9 is t ₁ (see FIG. 5) and the rising angle of the inclined side plate portions 2 and 3 with respect to the horizontal plane is θ (see FIG. 2), It is preferable that t = t ₁ × cos θ, so that the opening dimension t of the fitting space of the lower goby and the upper goby provided on the inclined side plate portion is reduced by cos θ, and the lower gouge 8 and the upper goby 9 When performing the folding process, the molding process can be performed without any shape deformation.

  FIG. 7 shows a state where the lower gob 8 and the upper gob 9 are held in the fitted state, and the elastic seal member S is disposed in the fitting spaces 8a and 9a. In order to arrange the elastic seal member S in the fitting spaces 8a and 9a, the elastic seal member S is arranged in advance in the fitting space 8a of the lower goby 8 as shown in FIG. What is necessary is just to insert the front-end | tip nail | claw part 9b between the inner wall face of the lower goby 8 and the elastic seal member S. As the elastic seal member S, a synthetic rubber foam or the like can be applied.

In order to facilitate the fitting of the lower gob 8 and the upper gob 9 and to ensure high water-stopping at the connecting portion of the folded roof material, the elastic seal member S is fitted with the lower gob 8 as shown in FIG. Applying an elastic seal member S composed of a main body portion S ₁ that is filled and arranged in the space 8 a and a winding portion S ₂ that is integrally connected to the main body portion S ₁ and is wound up on the upper surface of the folded portion of the lower goby 8. Can do.

  The elastic seal member S has a length longer than that of the fitting space 8a, the portion protruding from the fitting space 8a is wound up on the upper surface of the folded portion of the lower goby 8, and the rolled-up portion is bonded via an adhesive. May be bonded to the upper surface of the folded portion of the lower goby 8.

  Reference numeral 10 denotes a joint provided at the upper ends of the rising portions 6 and 7 and in a region excluding both edges of the rising portions 6 and 7 (see FIGS. 2 and 3). This joint part 10 enables connection with other folded-plate roof materials arranged adjacent to each other in the eave direction, and the rising part 6 has a holding piece 10a having a recessed part c opened sideways. Thus, the rising portion 7 includes an insertion piece 10b that can be inserted into the recess c of the holding piece 10a. By providing the joint portion 10 in a region excluding both edge portions of the rising portions 6 and 7, an opening for exposing a bolt of a connecting fixture described later can be formed.

  The sandwiching piece 10a and the insertion piece 10b have been shown by way of example as being reversely disposed so that the cross-sectional shapes thereof are substantially the same. However, the shape can be changed as appropriate, and the insertion piece 10b is formed of the sandwiching piece 10a. The height is set such that it can be inserted into the recess c.

The connecting portion between the bottom plate portion 1 and the inclined side plate portions 2 and 3 and the connecting portion between the inclined side plate portions 2 and 3 and the shoulder portions 4 and 5 are slowly bent at a curved portion P ₁ or at a plurality of angles. is bent can be configured by the bent portion P ₂ with (see Fig. 2), thereby it is possible to expand the adjustment amount during molding, goby in said connecting portion (upper Haze, lower goby) Is easy to mold.

  In order to construct a connection structure by connecting folded plate roof materials having the above-described configuration in the eave-ridge direction and the eave direction, first, the folded plate roof material A shown in FIG. The upper roof 9 of the other folded-plate roof material B arranged on the ridge side in the eave-ridge direction is fitted to the lower roof 8 of the plate roof material A, and the roof materials are sequentially connected from the eave to the ridge. Go. Then, after the work up to the ridge has been completed, the joint portion 10 of the folded plate roof material A is then linked to the joint portion 10 of another folded plate roof material C disposed adjacent to the eave direction. The roof materials may be connected to each other, and another folded plate roof material may be sequentially connected in the eave-building direction like the folded plate roof material D while performing this connection work.

  FIG. 11: is the figure which showed the connection part of the folded-plate roof material according to this invention about the principal part. When connecting the folded-plate roof materials, it is important to arrange the elastic seal member S in the lower goby 8 as shown in the drawing, thereby ensuring a high water-stopping property.

Further, by folding the elastic seal member S from the end of the lower goby 8 and providing an upright portion S ₃ (see FIG. 11) that rises along the side walls of the upright portions 6, 7, the folded plate roofing material is provided. The water-stopping property of the connecting portion can be further increased.

  The folded roof material according to the present invention is shown in FIGS. 12 (a) and 12 (b) having a corrugated shape that is installed and fixed to a beam or the like of a building structure when connecting in the eave-building direction or the eave direction. Such a tight frame 11 is arranged (in the case of a new installation), and the folded plate roof material for connection is fixed to the tight frame 11 via a connecting fixture in accordance with the connection of the folded plate roof material.

  FIGS. 13 (a) and 13 (b) are views showing the connecting fixture according to the present invention with respect to its front and side surfaces, and FIG. 14 is a diagram showing its appearance in an exploded state.

  Reference numeral 12 in the figure denotes a bolt linked to the tight frame 11. The bolt 12 has a tip portion through an opening h formed when the folded plate roof materials are joined together (an opening portion defined by the rising portions 6 and 7 and the edge of the connection portion 10, see FIG. 14). Is exposed on the outer surface of the folded-plate roofing material.

  Reference numeral 13 denotes a receiving plate which has an opening penetrating the bolt 12 and is located on the lower surface of the shoulder portions 4 and 5 of the folded roof material. The receiving plate 13 is composed of a single plate-like member that matches the shape of the shoulder portions 4 and 5.

  Reference numeral 14 denotes a pressing member that has an opening penetrating the bolt 12 and is disposed on the upper surfaces of the shoulder portions 4 and 5 of the folded roof material. The pressing member 14 is also composed of a single member, and has a C-shaped cross-sectional shape opened downward.

  15 is engaged with the bolt 12 at the upper part of the pressing member 14 and clamps the shoulder portions 4 and 5 of the folded plate roofing material that are overlapped between the receiving plate 13 and the pressing member 14 by tightening the bolt 12. It is a nut.

  The pressing member 14 has concave portions 14a that are opened downward on both sides in the width direction so as to face the fitting portions of the lower and upper gores 8 and 9 of the folded plate roofing material and to locate the fitting portions on the inside thereof. There are at least four places on the front, rear, left and right of this recess 14a (shown in the case of four places in this example) corresponding to the shoulders 4 and 5 of the folded roof material to be connected, respectively. The press leg part 14b which touches is formed. In addition, a tongue piece 14c that is folded vertically upward is formed at an end of the pressing member 14 in the longitudinal direction.

  Reference numeral 16 denotes a cover that is detachably fitted to the pressing member 14 and accommodates the pressing member 14 in the inner space M thereof. The cover 16 is composed of a top wall 16a and an arm wall 16c that is connected to the edge of the top wall 16a and on the inside of which an engaging claw portion 16b that is linked to the side wall convex portion 14b of the pressing member 14 is formed. It is.

  The cover 16 is disposed over the entire length in the eave-ridge direction of the folded-plate roof material, and this can also increase the water-stopping property, and an integrated object having a length over the entire length in the eave-ridge direction is applied. However, it is possible to apply a combination of a plurality of standard objects.

  The point which fixes a folded-plate roof material to the tight frame 11 using the connection fixture which consists of said structure is shown to Fig.15 (a)-(d).

  In the folded plate roof material according to the present invention, when the upper goby 9 is fitted to the lower gobo 8, a step d is formed between them as shown in FIG. 15 (c). In the connecting fixture having the above-described configuration, the pressing legs 14b of the pressing member 14 individually abut on the four portions of the folded-plate roof material, so that the nut 15 is tightened as shown in FIG. 15 (d). This allows the folded core roofing material to be kept horizontal.

  Moreover, as shown in FIGS. 16A and 16B, the folded plate roof material according to the present invention has a receiving metal member 17 having a two-piece structure with mounting bolts 12 on the goby portion of the existing folded plate roof. Arranged separately, and the folded plate roofing material according to the present invention can be arranged and joined together in the manner shown in FIG. 9 on the receiving bracket 17, and can be easily repaired on the roof of an existing building structure. Can do.

  In the eaves-ridge direction, the folded-plate roof material according to the present invention connects the folded-plate roof materials with the upper goby 9 and the lower goze 8, and connects the roof materials with the shoulder portions 4, 5 in the eave direction. In addition, rainwater and the like do not easily enter and can maintain high resistance to wind pressure.

  ADVANTAGE OF THE INVENTION According to this invention, while simplifying a structure and achieving efficient construction, the folded-plate roof material which can prevent intrusion of rainwater etc. over a long period of time, the connection structure of the folded-plate roof material, and the folded-plate roof material It is possible to provide a coupling fixture used for the connection.

DESCRIPTION OF SYMBOLS 1 Bottom plate part 1a Long side 1b Long side 1c Short side 1d Short side 2 Inclined side plate part 3 Inclined side plate part 4 Shoulder part 5 Shoulder part 6 Standing part 7 Standing part 8 Lower goby 8a Fitting space 9 Upper goby 9a Fitting space 10 Joint part 10a Holding piece 10b Insertion piece 11 Tight frame 12 Bolt 13 Receiving plate 14 Holding member 14a Recessed part 14b Pressing leg part 15 Nut 16 Cover 16a Top wall 16b Locking claw part 16c Arm wall 17 Bracket S Elastic seal member h Opening part M Storage space

Claims (9)

A flat bottom plate section defined by a pair of long sides extending along the eaves-ridge direction and a pair of short sides extending along the eave direction, and connected to each of the long sides of the bottom plate portion and in an outwardly opened state. A folded plate roofing material comprising an inclined side plate portion that rises, a pair of shoulder portions connected to the upper end portion of each inclined side plate portion, and a rising portion that stands vertically at the ends of the pair of shoulder portions,
180 ° upward to any one or all of the short side located on the ridge side of the bottom plate part, the edge of the inclined side plate part connected to the short side, the edge of the shoulder part, and the edge of the rising part Provided with a lower goby that has a saddle shape that can be fitted to an upper goby of another folded plate roofing material that is folded and formed adjacent to the eaves-ridge direction,
180 ° downward on one or all of the short side located on the eave side of the bottom plate part, the edge of the inclined side plate part connected to the short side, the edge of the shoulder part, and the edge of the rising part An upper goby is formed that is folded and formed into a saddle shape that can be fitted to the lower goby of another folded plate roofing material that is adjacently disposed along the eave-ridge direction.
The upper goby and the lower goze are fitted to form an arrangement region for filling and arranging an elastic seal member in a state of being fitted with the lower goze and the upper goze of another folded plate roof material arranged adjacently along the eave-ridge direction. A folded roof material characterized by having a joint space.   The rising portion has a joint portion that enables connection with another folded-plate roof material arranged adjacent to the eave direction in the region excluding the upper end and both edges, and among the joint portions, The joint portion provided on one rising portion is composed of a sandwich piece having a concave portion opened laterally, and the joint portion provided on the other rising portion is composed of an insertion piece that can be inserted into the concave portion of the sandwiching piece. The folded plate roofing material according to claim 1, wherein The opening dimension of the fitting space of the lower goby and upper goby provided on the inclined side plate part is t, and the opening dimension of the fitting space of the lower plate and shoulder lower gob and upper gob is t ₁ , The folded plate roofing material according to claim ₁ , wherein t = t ₁ × cos θ, where θ is a rising angle of the inclined side plate portion with respect to a horizontal plane.   The elastic seal member includes a main body portion that is filled and arranged in the fitting space, and a winding portion that is integrally connected to the main body portion and is wound on the upper surface of the folded portion of the lower goby. The folded-plate roof material described in any one of Items 1 to 3.   The connecting portion between the bottom plate portion and the inclined side plate portion, and the connecting portion between the inclined side plate portion and the shoulder portion are formed of a bent portion that is slowly bent or a bent portion that is bent slowly at a plurality of angles. The folded roof material according to any one of claims 1 to 4, It is the connection structure of the folded-plate roof material of any one of Claims 1-5,
While the lower goby and the upper goze are respectively fitted to the upper goze and the lower goze of other folded plate roof materials arranged adjacent to each other in the eave-building direction, the roof materials are connected in the eave-building direction, while the joint The connecting structure of the folded-plate roof characterized by connecting a roofing material by making a part link with the joint part of the other folded-plate roofing material arrange | positioned adjacent to the eaves direction. The folded plate roof material according to any one of claims 1 to 5, wherein the folded plate roofs are connected to each other at a fitting portion of the upper goby and the lower goby, and are connected fixtures,
A bolt linked to the fixed portion of the roof, an opening that penetrates the bolt, a receiving plate located on the lower surface of the shoulder portion of the folded plate roofing material, an opening that penetrates the bolt, and the folding A pressing member disposed on the upper surface of the shoulder portion of the plate roof material, and engages with the bolt at the upper portion of the pressing member, and tightening the shoulder portion between the receiving plate and the pressing member. It consists of a nut to hold,
The pressing member is provided at at least four locations on the front and rear, and on the left and right sides of the concave portion that faces the fitting portion of the lower and upper goby of the folded-plate roof material and positions the fitting portion on the inside thereof. A connecting fixture for connecting a folded plate roof material, characterized by comprising pressing leg portions that respectively contact the shoulder portions of the folded plate roof material.   The coupling fixture used for connecting the folded-plate roof material according to claim 7, further comprising a cover that is detachably fitted to the pressing member and accommodates the pressing member in an inner space thereof.   The connecting and fixing device according to claim 7 or 8, wherein the folded plate roofing materials are connected to each other at a fitting portion of the upper goby and the lower goby. Connected structure of folded plate roofing material.

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