JP2003503615A - Roofs composed of continuous corrugated sheets and the like with devices for fixing roof coverings for thermal insulation and / or protection or for mounting support members for various components - Google Patents

Abstract

SUMMARY OF THE INVENTION An object of the present invention is to provide a roof or cladding composed of a continuous corrugated sheet having a device for mounting a roof covering for thermal insulation and / or protection or a support member for mounting various members. To provide materials. SOLUTION: The roof or cladding material of the present invention, particularly formed by juxtaposition of corrugated sheets (1) made of asbestos cement or a similar material, does not perforate the corrugated sheets (1), and provides insulation and / or heat insulation. Or a device for fixing a protective roof covering (19) or for attaching supports for various components to the roof, the device comprising at least two peaks (13, 14) at least two parallel slots (5, 6; 7) arranged along the lateral edge of at least one corrugated sheet and fitted on the edge of the sheet with corrugated peaks like a comb , 8) and a connecting means between the bracket (2) and the roof covering (19) or the support member.

Description

Detailed Description of the Invention

[0001]

TECHNICAL FIELD OF THE INVENTION

The present invention relates to a roof constituted by a continuous corrugated sheet, an exterior material (device) for fixing a roof covering material for protection or heat insulation, or a device for attaching a support member for various members to the roof ( cladding) or building components similar thereto.

[0002]

[Prior art]

For more than a century, roofs or similar roof members made of strong corrugated sheet, especially made of asbestos cement or steel type material, whether or not reinforced with glass or similar fibers, have been known. Also, recently, roofs or similar roof members made of polyester resin are known.

These corrugated sheets can form a continuous coating, in particular in any building to protect the interior of the building under the roof thus formed from the ingress of rainwater or the like. The inside and the outside are separated, and this rainwater and the like collect on the covering material in the corrugated trough of the plate and, if the roof is appropriately inclined horizontally, flow out to the outside.

[0004] These corrugated sheets are generally relatively limited in size, which necessarily necessitates juxtaposition of such corrugated sheets along their adjacent edges. Overlap each other for a suitable length and the last corrugation of at least one plate is
It is meant to partially overlap and be accommodated inside the corresponding corrugations of the next plate.

However, these solutions are incomplete, whereby the roof cannot be entirely watertight, in particular water can infiltrate between the overlapping plates. Furthermore, these plates provide only the usual mediocre insulation effects between the inside and outside of the building.

[0006] Thus, along the adjacent edges, water can be prevented from entering and also the outside insulation on the roof formed by adjacent plates that overlap one another from one plate to the next. It is essential to provide one or more insulation layers that can be improved.

These thermal insulation layers usually have to be fixed to the corrugated sheets over the entire roof, so that they can in particular be non-slip on these sheets and withstand the peeling forces of the wind.

Furthermore, at the top of the roof, where the roofs on both sides meet, it is also necessary to attach to the end of the corrugated sheet an overlapping member or ridge sheet that must be firmly fixed to the corrugated sheet.

By the way, the difficulty lies particularly in fixing the roof covering or the crest to the corrugated sheet,
If the corrugated sheet is made of asbestos cement, in the case of an existing roof or in a new construction, use studs or other fastening means to lock the roof covering to the sheet using lock nuts etc. Difficult to handle when drilling holes for passage.

French Patent No. 590921 describes a roof of this kind made of corrugated sheet, in particular corrugated sheet made of asbestos cement, which corrugated sheet comprises a mounting device, in particular a ridge plate, in one embodiment Supposes the use of clip-shaped members, which are located across the edge of the corrugated plate in the area where the ridge plate is to be attached, which are bolts mounted at right angles to the corrugated plate. To help secure the ridges, as well as to keep the ridge plate stationary with respect to the corrugated plate.

Such a device may be applied, without any modification, to the means implemented when the thermal barrier coating is mounted and fixed to a corrugated roof, which thermal barrier coating is , Mounted on the surface of this roof in exactly the same way as with the use of clip-shaped members incorporated into the edges of the corrugated sheet and the fixing studs carried by these members.

French patent FR-A-2524524 also describes a device for incorporating and fixing a thermal barrier coating or other coating on a corrugated sheet roof. Using a member, i.e. a clip placed over the edge of the plate, as is already known from US Pat. No. 5,909,921, the invention described is a special form of one of these members consisting of two clamping jaws. Is limited to
These two clamping jaws cooperate with a bolt whose head is fixed to one of said jaws and which has a threaded shank which cooperates with a first nut, whereby one jaw. Hold the other jaw against and hold the edge of the corrugated sheet, and the threaded shank penetrates through the thermal barrier coating to the protruding end of the threaded shank. It is attached to the corrugated plate by a second nut that engages.

This solution is a “sandwich” in which a thermal barrier coating is arranged and held between two corrugated plates which are fixedly fixed with respect to other corrugated plates by a threaded shank. It should be noted that it applies only to roof structures. This method also ensures that once the threaded shank passes through the panels, it can no longer correct their position, so that the shank is insulated so that it is placed in the correct position before passing through them. It should also be noted that it requires panels to install the layers.

German Patent DE-A-19810722 also resembles for fixing and mounting insulation and / or protective coverings or supporting members for various members on a roof consisting of juxtaposed corrugated sheets. In which the edge or side edge of at least one plate is gripped between the two jaws of the clip, thereby avoiding piercing the plate, the clip and the roof covering. Connection means are provided between them.

Furthermore, another solution, with the edges of the plate clamped, is a Swiss patent CH-A-
Found at 514760.

[0016]

[Problems to be Solved by the Invention]

The present invention incorporates a support piece on the edge of a corrugated sheet of a roof of the type described above, which has a particularly great advantage compared to the known solutions mentioned above, while at the same time keeping the support piece stationary. It's about a new solution that doesn't have to be pierced.

The device according to the invention, in particular, does not require any system of clamping jaws on the edges of the corrugated sheet, and a thermal insulation or protective roof covering on the roof formed of these corrugated sheets at each support strip. Not only does it make it possible to fix immovably by point anchorage, but also for fixing roof coverings between support pieces of this kind arranged on one and the same corrugated sheet. It makes it possible to incorporate means by which the members can be supported, which are arranged as desired along these means, so that a "sandwich" structure in which the roof covering is stuck between two corrugated sheets is obtained. There is no need to hire anymore.

Another advantage of the present invention is that, according to the proposed device, the panel forming the thermal insulation layer is
The layer can be placed in the correct position before it is immobilized by the fixing means employed.

Yet another advantage of the present invention is the ability to attach or secure any type of member that needs to be incorporated and secured to the roof or cladding.

[0020]

[Means for Solving the Problems]

To this end, the roof or cladding of the invention, which is formed by juxtaposition of corrugated sheets, in particular made of asbestos cement or similar material, provides a roof for heat insulation and / or protection without puncturing these sheets. It has a device for fixing the dressing or for attaching to this roof a support member for various members, the device comprising at least two continuous corrugations.
Located between the two peaks along the lateral edge of at least one corrugated sheet, like a comb (in
the manner of a comb), a number of support brackets having at least two parallel slots (grooves) that fit on the edge of the board at the ridges of the corrugations and the connection between the brackets and the roof covering or support member It is characterized by comprising means and.

Accordingly, the present invention provides for the comb-like edges of corrugated sheets of roofs made of facing or similar elements, especially along the edges of the lateral edges of these corrugated sheets. Consists of providing and incorporating a matching support bracket on top of two of the same plate
The slots of one bracket engaged in two consecutive corrugations completely fix this bracket, on which the roof covering or the member applied on or under the roof or cladding is fixed. Means can be provided.

[0022]

DETAILED DESCRIPTION OF THE INVENTION

  Each bracket is suitably made of metal or plastic.

In one particular embodiment of the invention, each support bracket has, in its lengthwise direction, a central portion located between at least two consecutive corrugations of at least one corrugated sheet, and a central mounting slot. These slots, which have two ends separated from the section and run parallel to the short sides of the plate, are limited in their length so that when the bracket is in place on the corrugated plate, The edge of the plate abuts these slots at the bottom of its corrugation.

As an option, the plate portion of the bracket has four slots forming a pair of two slots that are parallel in pairs and arranged one close to each lateral end of the plate. Then, each pair of slots is attached to a corrugated crest of the corrugated sheet.

According to another advantageous feature of the invention, the end of the plate is curved so that it stabilizes the bracket and distributes the load it carries, so that the end of the plate attaches to the plate. The shape of the corrugated peaks of the corrugated sheet that is formed corresponds from below.

According to a further feature of the invention, the bracket comprises a plate, in particular in the central part, for fixing the roof covering on the roof and for incorporating studs arranged at right angles to the bracket. It has at least one, and preferably a large number of holes on its surface.

Advantageously, each corrugated sheet of the roof has two brackets facing each other on an edge parallel to its opposite edge and on which the brackets are fixed.
A rail running across the two brackets is built into the valley between the two corrugations,
The rail cooperates with a set of studs that allow the fixation of the roof covering by virtue of the layout of the joints, which have many points arranged along the length of the rail.

In one alternative of the embodiment, the bracket has a continuous surface capable of receiving a bonding material for the roof covering attached to the corrugated sheet of the roof.

The support bracket of the invention is, in any case, a roof covering made in particular of a layer of insulating material made of polyurethane foam or expanded polystyrene block type insulating material and formed of juxtaposed panels. The structure of is not planned. Preferably, such a layer is generally itself coated with a watertight coating which is cast in the mold with bitumen or which is spread and laid in the form of strip material which is joined to the thermal insulation layer.

As an alternative, the roof covering, which is attached to the roof via the support brackets, is a grid that is attached in dots to a metal member or, in the alternative, a corrugated plate member, in particular to form the edge area of the roof. It may consist of a rigid framework intended to allow the adoption of a grating or walkway or any other member or accessory. Furthermore, the device according to the invention, in this case using this device for forming the wall cladding, is intended for the orientation of the corrugations in which the roof coverings attached to these corrugations are arranged vertically. Absent

Other features of a device for supporting a roof covering for thermal insulation and protection, in particular for a roof or roof-like formed by juxtaposition of corrugated sheets produced according to the invention, refer to the accompanying drawings. , Will be further clarified through the description by a number of examples given by way of non-limiting method.

FIG. 1 is a side view of a corrugated sheet for roof on which the support bracket of the first embodiment is incorporated.

FIG. 2 is a partial plan view of the plate of FIG. 1 illustrating the mounting of the support bracket in more detail.

FIG. 3 shows the corrugated sheet of FIGS. 1 and 2 in connection with a thermal insulation and protective roof covering attached to this bracket via rails or similar connecting devices arranged in corrugated valleys. Show brackets.

FIG. 4 is similar to FIG. 3 but for an alternative embodiment of the means for securing the roof covering without connecting rails.

[0036]   5 and 6 illustrate two other embodiments of the bracket of the present invention.

[0037]   7 is a plan view of a support bracket used in the alternative of FIG.

FIG. 8 illustrates an example of fixing an insulating roof covering formed by adjacent blocks of the device of the present invention.

[0039]   9 and 10 relate to an alternative form of incorporation of a thermal insulation roof covering.

[0040]   11 and 12 describe another alternative form of bracket.

The same reference numbers are used repeatedly in these various figures to indicate similar elements.

In the example shown in FIG. 1, numeral 1 was intended to allow the roof of any building to be formed using asbestos cement or polyester resin, or other adjoining boards (not shown), 3 shows a conventional corrugated sheet made of all other similar materials.

By its very nature, it is not desirable for such a plate to be perforated at one or more points. In contrast to this, it is generally necessary for the corrugated roof to have a roof covering applied to the outermost surface so as to form a suitable separation between the exterior and the interior of the building, which roof The dressing is composed of one or more materials with thermal insulating properties and prevents water from penetrating through the roof, especially in the areas where the various corrugated sheets meet, possibly in the areas of overlap at their adjacent edges. A watertight coating is formed to avoid.

Furthermore, it is necessary that a protective roof covering is firmly connected to the corrugated roof in order to prevent this insulation and / or in particular peeling off by wind-induced peeling effects.

The subject of the invention is therefore able to be attached to the roof or to the outer covering, whereby the roof covering or various members are attached and firmly fixed, while at the same time perforating any corrugated sheet. It is a support bracket that does not need to be used.

For this purpose, the device according to the invention, in this embodiment, is mounted on the edge 4 of at least one corrugated sheet 1 from the side, as illustrated by the example shown in FIGS. 1 and 2. Shown is a bracket 2 in the form of a generally rectangular plate 3 which can be fitted in a perfect fit with the corrugated plate 1 and does not move.

A bracket 2 made of pressed metal or of a suitably hardened or unreinforced polyester resin type molded hard plastic is 4 in this embodiment.
Having one slot, 5 and 6, on one side and 7 and 8, on the other side, these slots are formed parallel to the short side of the rectangular plate, starting from one of the longer sides 9 and not reaching the opposite side 10. ing.

Each pair of slots 5, 6 on the one hand and 7, 8 on the other hand is thus 1 in the first pair.
The first pair demarcates two tabs, twelve, which more or less slide under corrugated plate 1 at two consecutive corrugated adjacent peaks 13 and 14 of this corrugated plate. Arranged so that it can be collapsed, the bracket 2 is thus mounted laterally on the edge 4 of the plate until the plate abuts the closed ends of the four slots.

In the embodiment shown, the lateral end sides of the plate 3 beyond the slots 5, 6 and 7, 8 respectively return over the corrugated plate 1 over the tabs 11 and 12. Two extensions 15 and 16 are formed.

The bracket 2 thus mounted has in its central part 17 a number of holes 18 for incorporating suitable fastening means for roof coverings which are mounted on the corrugated sheet of the roof. The dressing is not shown in Figures 1 and 2, but can be seen particularly in Figures 3 and 4.

Thus, in these figures, the roof covering placed on the corrugated sheet 1 has the reference numeral 1
9, the roof covering is here composed of a first layer 20 which is itself covered with a watertight covering 21, for example made of a heat insulating material of the polyester or polyurethane type, Prevents water from entering in the direction.

In FIG. 3, the roof covering 19 is fitted with two brackets 2, more preferably two brackets of this type by two brackets of this type, which are installed opposite each other at both ends of the corrugated plate 1. The same peaks 13 and 14 of continuous corrugation are fixed to the roof.

This arrangement makes it possible, in particular, to assemble a common rail 22 on two brackets 2 thus assembled on each side of the plate, which rail is provided with two peaks 13 and 14.
It is arranged so as to cross over the corrugated plate of the valleys 23 formed therebetween.

In this same FIG. 3, the two brackets 2 run between them by means of studs 24 which pass through the insulation layer 20 of the roof covering 19 which are arranged at right angles to the central part 17 of the brackets. It can be seen that it can be fixed to the rail 22.

The stud 24 is manufactured in the form of a shank having a threaded end 25 and cooperates with one of the holes 18 provided in the central part 17 of the bracket and tapped for this purpose. To work. The other end of this shank consists of a head 26 which presses the layer 20 against the roof when the studs are tightened.

As another example (not shown), the threaded end 25 of the shank cooperates with a nut to ensure that the shank is tightened in the same way and the roof covering 19 is immobile. May be.

The rail 22 may have any suitable shape, provided that it can be moved longitudinally along the valley 23 between the two brackets, this rail being suitable for fixing the roof covering 19. It is possible to mount any number of studs 24, the studs being distributed along their length, so that the fixing of the roof covering 19 is made possible by the positioning of the brackets and the proper choice of the rails fixed to them. The best layout of the joints is possible so that the roof covering can be held in place and completely fixed.

The watertight coating 21 may be arranged on the heat insulating layer 20. If the layer and the coating have already been manufactured and previously secured to each other, the studs 24 will pass through this coating,
The head 26 of the stud rests on this coating.

In the illustrated embodiment, the rails 22 are of closed box construction and, if necessary, the threaded ends 25 of the studs 24 to protect against any ingress of rain.
It can be tightened with a fixing nut.

In the alternative embodiment illustrated in FIG. 4, the support bracket 2 mounted on the lateral edge 4 of the plate 1 in exactly the same way as already described comprises a support bracket 2 on the upper surface of the bracket and a layer 20. The roof covering 19 by means of a joint 27 that is arranged between
, And in one example, this bond is exactly equivalent to the mechanical fixation, such as by the studs envisioned in the previous alternatives of the embodiment.

In FIG. 5, the shape of the bracket 2 is slightly different and its central part 17 is slightly lowered so that the central part has a valley 23 between two consecutive corrugated peaks 13 and 14 of the plate 1.
Can be located roughly.

In this case, the connection between the central part 3 and the tabs 11 and 12 at the slots 6 and 7 follows the corrugated outwardly rounded shape of the extension 2 in that region facing them.
8 and 29 allow the bracket 2 to more reliably support the corrugated plate 1.

In the alternative embodiment shown in FIGS. 6 and 7, the bracket 2a is provided so as to run longitudinally over a number of successive corrugations of the plate 1, which bracket, as in the previous embodiment,
It has a set of slots 5 and 6 and 7 and 8 that fit these corrugations in pairs along the length of the bracket.

At each central portion 17 thereof separated by the tabs 11 and 12, the bracket has fixing holes 18 as it had in the alternative of FIG.

FIG. 8 shows another method of securing a properly juxtaposed roof covering 19 on a roof formed of corrugated sheet 1, in particular with a heat insulating layer 20 on each of its adjacent sides. Blocks, such as 20a and 20b, each having a protrusion 30 that fits into a recess 31 are arranged side by side.

In this case, the heat insulating layer 20 is advantageously fixed using the studs 24 by using the L-shaped connecting pieces 32, the vertical branches 33 of which are two blocks 20 a.
20b, the other branch 34 presses against the central part 17 of the plate 3 of the support bracket 2.

The connecting piece 32 may be fixed to the bracket 2 by the branch 34 thereof, particularly by using a rivet 35 or the like.

9 and 10 further describe another alternative for securing the stud 24, which is to improve the force acting on the roof covering against the corrugated sheet of the roof, It shows the use of nuts 36 and the use of plates 37 incorporated in the head 26 of the stud.

FIGS. 11 and 12 show that the support bracket 2 accommodates the peeling force of the wind, in particular.
A more specifically designed embodiment is described. This force is transmitted from the bracket 2 to the corrugated plate 1, and spreads and is distributed over the entire surfaces of the tabs 40 and 41 of the bracket 2 that come into contact with the corrugated plate 1. In the opposite direction, the force due to the weight transferred from the bracket 2 to the corrugated plate 1 is concentrated in a smaller area near the slots 38, 39.

11 and 12 finally fit the support bracket 2 more so that the two corrugated sheets 1a and 1b, respectively, are incorporated in particular in the edge areas which overlap at edges which adjoin one another along the width of the roof. An embodiment having such a structure will be described.

In this case, the bracket 2 is provided with two slots 38 and 39 near the lateral edges of the plate 3 and curved end tabs 40 and 41 in the middle of the bracket.
The tabs 40 and 41 may be delimited by two successive wave crests on which the plates 1a and 1b overlap, with the two plates below one or the other, respectively.

Such a simplified form of the bracket 2 is not limited to the area where two consecutive plates overlap, without the extensions 15 and 16 beyond the tabs 40 and 41, but rather the non-overlap of the roof. Can be applied to the running part, this bracket is
Note that it fits more easily on the lateral edges that receive the bracket.

In this way it is possible to manufacture a device for supporting and attaching a protective or insulating roof covering, which is attached and fixed to a set of corrugated sheets, which device is very simple and , Which are particularly effective for the functions required at the same time, by means of brackets fixed on the edges of the plates at the end faces of the plates engaged in slots formed appropriately in these brackets, Alternatively, roof coverings secured to connecting rails supported by these brackets mounted in pairs on each side of the plate are immobile.

This assembly is easy to install or remove and, above all, does not require perforations in the plate itself, which allows the device of the invention to be easily adapted to existing roofs while at the same time being required. The various attachment points can be distributed without limitation on the dimensions of the surface to be coated.

The roof covering, which is attached and fixed to the corrugated sheet, may be of any nature, in particular the support on which the grid or suitable work-or passages are attached. It can be in the form of a framework or, in the alternative, in the form of any member or accessory.

[0076]

【The invention's effect】

As explained above, the device of the present invention is not limited to the application to the actual roof itself, but may be applied to the surface of vertical or other walls as well, in which case the installed covering material. Constitutes a protective exterior material. Thus, with this device, any member attached to the roof or exterior, such as an antenna, ventilation / ventilation system, suspended ceiling, shelf unit, etc., may be fixed, especially in a substantially vertical plane, and more generally , Can be installed.

[Brief description of drawings]

FIG. 1 is a side view of a corrugated sheet for a roof on which the support bracket of the first embodiment is incorporated.

2 is a partial view from above the plate of FIG. 1 and is a plan view illustrating the details of the mounting of the support bracket.

FIG. 3 relates to a thermal and protective roof covering mounted on this bracket via rails or rail-like connecting devices arranged in corrugated valleys.
FIG. 3 is a schematic view showing plates and brackets of Nos. 2 and 2;

FIG. 4 is a schematic view of an alternative embodiment of the means for securing roof coverings without connecting rails similar to FIG.

FIG. 5 is a schematic view showing another embodiment of the bracket of the present invention.

FIG. 6 illustrates still another embodiment of the bracket of the present invention.

7 is a plan view showing a support bracket used in the alternative form of FIG. 6. FIG.

FIG. 8 is a schematic diagram showing the application of the device of the present invention to the fixing of an insulating roof covering formed by adjacent blocks.

FIG. 9 is a schematic diagram showing an alternative form of incorporation of a thermal insulating roof covering.

FIG. 10 is a schematic diagram showing an alternative form of incorporation of a thermal insulating roof covering.

FIG. 11 is a schematic view showing another alternative form of the bracket.

FIG. 12 is a plan view showing another alternative form of the bracket.

[Explanation of symbols]             1 ... Corrugated sheet             2 ... Bracket             3 ... Plate             4 ... edge             5, 6, 7, 8 ... Slot             9 ... long side           10 ... Opposite side           11, 12 ... Tab           13, 14 ... Mine           15, 16 ... Extension           17 ... Central part           18 ... hole           19 ... Roof covering           20 ... 1st layer (heat insulation layer)           20a, 20b ... Block           21 ... Watertight coating           22 ... Rail           23 ... Valley           24 ... Stud           25 ... Threaded end           26 ... Stud head           27 ... Joined joint           28, 29 ... Extension           30 ... Projection           31 ... Recess           32 ... Connection piece           33 ... Vertical branch           34 ... Other branches           35 ... Rivet           36 ... Nut           37 ... Plate           38, 39 ... Slot           40, 41 ... Plate (tab)

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Claims (10)

[Claims] 1. Corrugated sheet (1) made especially of asbestos cement or similar material
In a roof or exterior material formed by juxtaposition with each other, a roof covering material for heat insulation and / or protection is fixed without drilling holes in the corrugated sheet, or a support member for various members is attached to the roof. For the continuous waveform (13,
14) at least two parallels arranged between the at least two ridges along the transverse edge (4) of the at least one corrugated plate and fitting on the edge face of the corrugated plate at the comb-like corrugated ridges Roof and cladding, comprising a number of support brackets (2) with various slots (6, 7) and connecting means between the brackets and roof coverings or support members. 2. Each support bracket (2) is made of metal or plastic,
The roof and exterior material according to claim 1. 3. A central part (17) in which each support bracket (2) occupies in its length direction at least two consecutive corrugations (13, 14) of at least one corrugated plate (1), Formed by a generally rectangular shaped plate (3) having two ends separated from the center by mounting slots (6, 7), these slots running parallel to the short sides of the plate are Is limited so that when the bracket is in place on the corrugated plate, the edge surface (4) of the corrugated plate is abutted against these slots at the bottom of its corrugations. The roof and exterior materials described in paragraph. 4. The plate portion (3) of the bracket (2) forms four pairs of slots which are parallel to each other and arranged one close to each lateral end of the plate. Having slots (5, 6, 7, 8), each pair of slots having a corrugated plate (
Roof and exterior material according to any one of claims 1 to 3, mounted on the corrugated peaks (13, 14) of 1). 5. The end of the plate (40, 41) or (11, 12) is matched with the shape of the corrugated peaks (13, 14) of the corrugated plate (1) to which the plate is attached from below. The roof and exterior material according to any one of claims 3 and 4, wherein an end portion of the plate is curved. 6. A central part of a plate (3) for the bracket (2) to incorporate studs (24) arranged at right angles to the bracket for fixing the roof covering (19) on the roof. The roof and the exterior material according to any one of claims 1 to 5, which has at least one and preferably a large number of holes on the surface of (17). 7. Each corrugated sheet (1) of the roof has an edge (4) and an edge (4) parallel to it.
) Has two brackets (2) facing each other, which bracket separates the two corrugations (13, 14) on which they are fixed.
A rail (22) running across the two brackets in 23) is installed,
This rail cooperates with a set of studs (24) to provide a roof covering, due to the layout of many joints that are arranged in dots along the length of the rail.
The roof and the exterior material according to any one of claims 1 to 6, which enables fixing of the exterior material or a similar material. 8. The bracket (2) has a continuous surface capable of receiving a material for joining a roof covering (19) attached to a corrugated sheet (1) of the roof. The roof and exterior material according to any one of 5 above. 9. The support bracket is mounted on one corrugation in cooperation with two corrugations that overlap one another along adjacent edges of the two corrugations. The roof and exterior material according to any one of 1 to 8. 10. A support bracket for a fixing or mounting device used in a roof or an exterior material according to any one of claims 1-9.