DK178392B1 - System for mounting wall and / or roof cladding materials and method for mounting wall and or roof cladding to a building structure - Google Patents

Abstract

Wall and / or roof cladding system and method for mounting a wall and / or roof cladding of individual elements (1) to a newly established or existing building structure. The mounting system comprises a mounting profile (3). The lattice profile (3) has a mounting surface (6) for mounting cladding elements (1) and one or two L-shaped legs (7), the lower flanges (8) being substantially parallel to the mounting surface (6) and being adapted to engage with the hook-shaped elements (4) of the guide strip (1). The mounting system is easy and quick to install, thus reducing the total cost of installing the wall or roof cladding.

Description

System for mounting wall and / or roof cladding materials and method for mounting wall and or roof cladding to a building structure

FIELD OF THE INVENTION

The present invention relates to a mounting system for mounting a wall and / or roof cladding to a building structure.

The invention further relates to a method of mounting a wall and / or roof cladding to a building structure.

BACKGROUND OF THE INVENTION

A building is usually erected by molding an insulated foundation, and subsequently exterior walls, interior walls, and the roof structure of the building are placed so that it is at least supported by the exterior walls. Then, a roofing roof is added to the roof structure, such as diffusion-open roofing of tablecloth or other known materials, plywood or masonite boards or other wood cladding and similar types of roofing traditionally used in construction. Finally, the roof covering is typically laid out individually in the form of stones of e.g. bricks, cement-based materials or small flat plate-shaped elements of materials, e.g. are of wood or are ceramic, e.g. of brick, roofing-based or natural stone, e.g. slate. This type of flat garment is also called shingles. Alternatively, larger plate-shaped materials are used, e.g. corrugated sheets, including, for example, plastic sheets, etemit, and the individual are fastened on a seam-fixed plate-shaped surface or on rafters mounted on rafters in the roof structure.

Facade cladding, which is mounted on existing facades or on newly erected buildings, can be mounted in a variety of known ways.

In case of building renovation, possibly in connection with exterior insulation of existing buildings, it is e.g. it is possible to mount facade cladding directly on an existing facade by attaching the facade cladding directly to the facade's vertical surface, e.g. with screws or similar fasteners.

US 2003/0182888 Subscribes e.g. a roof mounting system with horizontal mounting profiles, mounted on the roof with guide strips. The roof cladding is mounted by having the cladding on its back having one or more hooks at a distance from the lower edge, which is adapted to support a wing on the upper edge of the lath profile.

Alternatively, horizontal ladders or rails are mounted, e.g. of metal, plastic or wood to which the facade cladding can be attached, e.g. with screws or similar fasteners. The horizontal beams may be mounted directly on the facade surface, or they may be mounted on vertical posts in the outer wall, especially in new construction. Alternatively, these posts are attached to the existing facade, e.g. by exterior insulation of existing buildings.

For example, a first lower row of elements in the facade cladding can be mounted by means of fasteners, e.g. screws, along the upper end edge. The next row can be positioned so that the lower end of the next row of facade cladding elements covers the upper edge of the underlying row of facade cladding elements. Thus, the new row of facade cladding elements can also cover the fasteners of the previous row.

Common to these known systems is that each facade cladding element is mounted individually according to time-consuming measurements. Ie the installation of the cladding materials is very time-consuming and entails increased construction costs for the facade renovation or construction of new buildings. In addition, the installation is dependent on dry weather or during covering of the building to avoid moisture behind the facade cladding.

The object of the invention

It is an object of the invention to provide a system and method which makes it easy and fast to mount and attach plate-shaped wall and / or roof cladding elements to a building structure, thereby reducing the cost of mounting the roof and / or wall cladding. It is further an object of the invention to provide a system and method for mounting plate-shaped roof elements in a roof covering which is material saving and thus entails reduced costs.

Description of the Invention

These objects of the invention are achieved with a wall and / or roof cladding system for mounting a wall and / or roof cladding to a building structure (hereinafter also referred to simply as a mounting system). The mounting system comprises a mounting profile with a mounting surface for mounting roof or wall covering elements with at least a first L-shaped leg, wherein a mounting flange on the L-shaped leg is connected to the lower edge of the mounting surface of the mounting profile, and the mounting surface on the mounting profile comprises a flange, which is substantially perpendicular from the top surface of the mounting surface along the upper edge of the mounting surface of the lath profile, the flange constituting a stop for the wall or roof cladding elements. The mounting surface of the mounting profile comprises a plurality of holes for affixing fasteners for holding the upper end of the roof or wall covering elements to the mounting surface of the mounting profile.

Thus, the roof or wall cladding elements are retained only on the lattice profile by the fasteners along the upper edge of the roof or wall cladding elements, and cover against the row below at the lower end of the roof or wall cladding elements in the zone of overlap between the two rows of roof or wall cladding elements. This ensures that the mounting of the cladding elements on the lath profiles is invisible, uniform and very stable.

When mounting the roof or wall cladding elements on the mounting surface of the lath profile, the above flange thus forms a guide when mounting the roof or wall cladding. Thus, the roof or the roof will be. the wall covering mounted uniformly on the lath profile and thus the roof or wall covering appears with a substantially straight line along the lower edge of a series of cladding elements overlapping the previous row of cladding elements.

Hereby it is achieved that it becomes very easy and very fast to put a roof or install a wall covering on a building structure which comprises small plate-shaped roof or wall covering materials of the above-mentioned type, e.g. slates.

In the following, the roofing will be referred to as slate or roofing sheets, although the invention is not limited to slate boards, but may also be used for mounting other roofing materials in the form of wood panel elements, ceramic materials including tile, etemite, roofing based materials and natural stone. including especially slate, and other commonly used roofing materials used in sheet form. The roof plates are preferably flat, but the system according to the invention can also be used in the installation of corrugated sheets, e.g. traditional etemite sheets or other commonly known corrugated sheets, e.g. of metal, such as steel sheets.

The roof structure itself includes rafters which must support the roof. The roof construction is e.g. of wood which is traditionally used in residential construction or roof construction is a metal construction, e.g. of steel, including galvanized steel or light metal, e.g. aluminum.

The wall structure includes supporting posts and transverse laths. The wall structure is e.g. of wood, which is traditionally used in residential construction or is a metal structure, e.g. of steel, including galvanized steel or light metal, e.g. aluminum which may constitute the base of the mounting base of the mounting system according to the invention. The outside of the walls against the climate screen is possibly. covered with a sheet material, e.g. plywood sheets which can also be used as a support for attaching the mounting system according to the invention. For exterior insulation of an existing building, the existing exterior wall will be used to secure a structure that holds the insulation between the former exterior wall and the new climate shield. The new climate screen is e.g. mounted on the structure with the mounting system according to the invention.

It is preferred that the mounting system comprise a guide rail which is placed on a catch and comprises hook-shaped elements spaced apart therein, and the hooks are adapted to engage a flange on a lattice profile. The guide strip is mounted on the upper side of a rafter or on a wall surface, such as on an existing wall surface, a cover plate on a wall or directly on the posts in a wall structure. The guide strip is fitted with traditional fasteners, e.g. nails or screws, if necessary. in combination with an adhesive in the form of an adhesive strip on the back of the guide strip, which is covered with a removable piece of cover paper until the assembly itself. Alternatively, the guide strip can be fixed with rivets on a metal roof structure. The exception may be fixed between the barrier and the guide rail or otherwise.

The mounting system according to the invention thus becomes easy and fast to install. The beam profiles can be placed very easily and very precisely with the required distance with very little tolerance and level when placed in the hook elements on the guide strips. The only prerequisite is that the guide strips are positioned uniformly on the substrate so that the lower hook elements are placed in a horizontal row on the wall or roof structure. This makes mounting the roof and / or wall cladding easy and fast. because the building engineer no longer needs to measure the distances and make sure that each and every row of the roofing material is placed horizontally on the wall or roof structure. Once the metering for mounting of the guide strips has been made and the guide strips are mounted, the entire roof or roof, respectively. the wall covering is mounted correctly and very quickly, the installer can simply place the lath profiles in the hooks of the guide rail, whereby they are automatically placed at a correct distance relative to each other, the distance between the hanger elements of the guide rail being adapted to the size of the plate-shaped cladding elements and taking into account the requirements of the mounting system . Taken respectively. the wall cladding will also appear aesthetically pleasing and has been properly executed in accordance with the applicable building specifications for the roof cladding in question. This also results in a significant reduction in the total cost of replacing or installing a roof, since a significant part of the costs constitute labor costs for the roof installers.

If the wall or roof structure is of metal, the guide strip may optionally be integrated into the post or rafter construction, the hook-shaped elements being thereby formed in the upper surface of the rafters, respectively. the surface of the posts facing the outside of the building.

However, it is preferred that the guide strip is an independent element, as it thereby makes it possible to produce various guide strips adapted to the wall and / or roof cladding materials and with distances between the hook-shaped elements adapted to the size of the boards and the need. for support, e.g. in a selected wall and / or roof covering material. In this way one can produce rafters respectively. wall posts independent of the choice of roof covering. In addition, the guide strip can also be mounted on an existing wall or roof structure where the cladding needs to be replaced, and thus the new wall and / or roof cladding can be quickly mounted on an existing building.

The hook-shaped elements of the guide strip are positioned at a distance d corresponding to the distance between the L-shaped legs of the lath profile. The distance d between the hook-shaped elements is adjusted according to the type of roof or roof. wall coverings and the size of the cover plates, is the height h of the plates, which determines the distance d between the laying profiles, calculating a certain overlap between the roofing sheets and the like. wall covering plates, over the lath profile.

In a variant of the guide strip, it is formed with paired hook elements, with a distance between the two hook elements in the pairs corresponding to the distance between the two L-shaped legs of the lath profile.

The hook elements on the guide strip are manufactured e.g. in that a tab is punched out of the rail and pressed into a hook shape with a suitable tool.

In a variant of the guide frame, two rows of hook elements are arranged parallel to the longitudinal direction of the guide frame. This makes it possible to place any joints between the joint profiles over a lock and at the same time attach the ends of the two joint profiles to the joint.

The distance D between the laying profiles in a roof structure will e.g. be approx. 250 mm, if, for example, slate boards with a size of 300x300 mm and a thickness of 5-15mm are used. According to the invention there may be an overlap h, e.g. essentially corresponds to the width of the lath profile, which in this case will be approx. 50 mm.

Distance D ′ between the laying profiles when mounting wall coverings on a wall structure depends on the size of the selected wall covering sheets, choosing a distance between the laying profiles slightly smaller than the height of the wall covering panels, so that there is also an overlap between two rows of wall facing panels.

The lattice profiles comprise a mounting surface for attaching the roof panels to the lattice profiles. The mounting surface preferably has through holes at a certain predetermined distance which is used in securing the garment elements with traditional fasteners such as e.g. screws. By using a predetermined distance, e.g. 75-100 mm, it will be possible to produce cladding elements for roofs and / or walls with pre-drilled holes at the specified distance, so that the cladding elements are easily and quickly mounted.

The roof panels or wall covering are mounted on the lath profile so that their side surfaces abut each other, ie. without overlap.

In order to avoid water penetration between two neighboring panels in a roof structure, a seal look is used, which will be described below. When the first row of roofing sheets is attached to a first laying profile, the overlap from the next row of roofing sheets will cover the fasteners in the first row of roofing sheets, etc. The assembly between the roofing sheets in the second row is preferably offset from the previous row, so the sealing tin (see below) can guide any. water penetrating into the joint between two neighboring plates, down to an underlying plate in the row below.

The latch profile preferably comprises two L-shaped legs, the lower flange being substantially parallel to the mounting surface and adapted to engage the hook-shaped elements of the guide strip. The two L-shaped legs are attached to the underside of the mounting surface and parallel to respectively. the upper and lower edges of the mounting surface. In order to engage the hook members of the guide rail, the lower flange of the L-shaped legs faces the same way and points downwards when mounted in the hook members of the guide rail. Thus, the weight of the roof will help to maintain the lath profiles in the hooks of the guide rail using its own weight, and it is easy to mount the lath profiles by pushing them down into the hanger elements.

The lower mounting flange of the lath profile on the L-shaped legs preferably comprises a groove parallel to the longitudinal direction of the lath profile. The groove is intended to engage with an edge on the back of the hook-shaped elements. This ensures a better retention of the laying profiles in the guide strip, partly during the mounting thereof, since the parts are not easily separated, e.g. during a push or the like during assembly, partly in the finished roof, respectively. the finished wall covering.

The lath profile is suitable for extrusion manufacture. The beam profile can be made in lengths adapted to the relevant roof structure, so that the length is adapted to the distance between the rafters in the roof structure or in standard lengths, e.g. between 900-6000 mm.

Both guide strip and lath profile are made of metal, such as steel, including galvanized steel, light metal, e.g. aluminum or similar suitable metals. In one variant, the guide strip and / or the laying profile are coated with a plastic layer of e.g. polyethylene (PE), polypropylene (PP), polyester / polyethylene terephthalate (PET) and / or similar suitable plastic types and / or combinations thereof, which will inhibit or completely prevent any corrosion of the metal parts of the mounting system.

The thickness of the guide strip and in particular the laying profile depends on the weight of the cladding material mounted on the wall, respectively. taken, but will in relation to a traditional wall respectively. roof construction of wood be easy, which improves the ergonomics of construction workers, as the number of heavy lifts can be significantly reduced or completely avoided.

A guide strip and lath profile for mounting a slate roof of slate boards with a size of 300x300 mm and a thickness of 5-15mm will e.g. have a thickness of 0.5-0.8mm, preferably 0.6-0.7mm.

Preferably, the mounting system also includes a sealing strip which can be mounted on an additional flange along the back of the stop. The sealing strip prevents the penetration of water, which may run "backwards" between the overlapping sheets of wall or roof covering, eg during a storm or due to other weather conditions. A sealing strip or a sealing strip in the form of a foam band, e.g. Polyether sulfone (PES) or, alternatively, a rubber-based sealing tape, such as butyl rubber, is preferably located on the additional flange behind the stop flange, for example, the sealing strip may have a height exceeding the height of the stop flange so that the sealing strip is compressed under the weight of the The sealing strip preferably comprises an adhesive strip which is placed against the further flange along the back of the stopper after gluing a cover strip or sealing strip with another suitable adhesive type, for example a separate piece. double-sided adhesive tape or a suitable liquid adhesive.

Preferably, the mounting system comprises a sealing sheet, preferably in the form of a metal band, which along both its lateral edges comprises a folding seal between two adjacent roof plates. By having the belt folded along the side edges, water that enters between two neighboring roofing sheets is prevented from penetrating between two roofing sheets and under the roof covering. Instead, the water is led down to a roof plate in the row below, etc. This minimizes the risk of water damage and possible problems with mold and mold in the roof structure and in the building in general.

The sealing tin is preferably manufactured as a metal strip of steel, aluminum or zinc, which may be used. is coated with a plastic layer of e.g. polyethylene (PE), polypropylene (PP), polyester / polyethylene terephthalate (PET) and / or similar suitable plastic types and / or combinations thereof. The metal band is e.g. with a thickness of 0.05-0.4 mm, preferably 0.15-0.25 mm. The sealing tin can be supplied in lengths adapted to the height of the roofing sheets used, thereby avoiding spills in the form of end pieces that are too short. Alternatively, the sealing sheet is made in lengths that can be easily shortened, e.g. by cutting or cutting a piece of the sealing tin to the desired length.

The invention further relates to a method of mounting a wall and / or roof cladding to a building structure. The method comprises mounting a guide strip with hook-shaped elements on a support. Next, a lattice profile is mounted with a mounting surface for mounting wall or cladding elements and with at least one L-shaped leg, where the lower flange of the at least one L-shaped leg is inserted into the opening between the hook elements on the guide rail and the top of the guide rail and engages. , such as click engagement as described above, with the hook-shaped elements on the guide strip. Then, roof or wall cladding elements are mounted on the mounting plate mounting plate so that the upper edge of the wall cladding members is contacted with a flange which is substantially perpendicular from the top of the mounting surface along the upper edge of the mounting surface on the lattice profile, which constitutes a stop for the wall or roof cladding elements. . Roof or wall cladding elements attach to the mounting surface of the mounting profiles with fasteners.

It is preferred to place an adhesive between two overlapping rows of wall or roof cladding elements. This ensures that the clothing elements do not clap against each other in strong winds or any wind. is completely torn off during a storm. In addition, the adhesive helps to secure the climbing screen against water penetration.

It is preferred that the lower face of the lower support flange or the upper face of the spacer be glued together with an adhesive to avoid displacements between the mounting rails, e.g. during gusts of wind.

Preferably, an adhesive is used in the form of a double-adhesive sealing strip or a sealing strip in the form of a rubber or foam band with adhesives on both sides. The sealing list is e.g. made of a polyether sulfone (PES) rubber or a butyl rubber-based sealing tape that can be compressed without flowing under the pressure that arises between the cladding plates when the exterior of the two overlapping cladding sheets is attached to the cladding profile. Alternatively, there may be. an expanding adhesive type or sealant is used which can fill a gap between the cladding panels.

Preferably, the method further comprises laying a sealing look between two neighboring members, the sealing look along both of its lateral edges comprising a fold-over as described above.

Preferably, the method of the invention also includes mounting a sealing strip along the back of the stopper as described above.

drawing Description

The invention will now be described with reference to the drawings, in which: FIG. 1 shows a roof made with a roof mounting system according to the invention,

FIG. Figure 2 shows the roof mounting system's control list and roof profile without roof covering,

FIG. 3 shows the roof mounting system's control list and roof profile with roof covering in detail,

FIG. 4 shows a section through the joint between the guide strip and the laying profile, seen in perspective,

FIG. 5. shows in detail the L-shaped legs of the lath profile mounted in the hook elements of the guide strip,

FIG. 6. shows the location of a sealing sheet according to the invention,

FIG. 7a-7b show the location of a sealing sheet according to the invention in various magnifications,

FIG. 8 shows the sealing look between two roof sheets according to the invention,

Figures 9a-b show possible alternative designs of the lath profile, which are suitable for mounting facade cladding materials,

FIG. 10a-b show a cross section at A-A through the lath profile of FIG. 9a or 9b,

FIG. Figure 11a shows a variation of the guide strip in cross-section and in perspective.

FIG. 1 lb is a perspective view of a variant of the guide list,

Fig. 12a shows a cross-section of a lath profile, which is mounted in a guide strip, and fitted with facade cladding, and

Fig. 12b shows a cross-section of a lath profile and mounted with facade cladding. Detailed description of the invention

FIG. 1 shows a roof with a roof covering in the form of individual roof panels 1, which is fitted with a mounting system according to the invention. A number of guide strips 2 are mounted on the upper side of rafters in a roof structure (not shown). Perpendicular to the guide strips 1, ie. substantially horizontally, laying profiles 3 are mounted to which the roof plates 1 are attached. The roof plates 1 are arranged in rows so that a joint 18 between two neighboring plates appears. The second row of roof plates 1 is mounted offset relative to the row below, etc., so that the joint 18 on the second row is adjacent to an area of a roof plate 1 in the row below. Thereby, the joint 18 between the roof plates 1 will not lie directly in extension of each other.

FIG. 2 shows the roof mounting system according to the invention without roof plates 1. The guide strip 2 has a number of sets of hook elements 4 located with the distance D between each set of hook elements 4. The distance D is e.g. ca. 250 mm if the roof plates 1 have a H (fig. 1) of 300 mm. The distance d between the hook elements in each set is d, e.g. 50 mm, corresponding to the width of the lath profile 3 until the stop flange 9, ie. without the area behind the stop 9. The beam profile 3 comprises a mounting surface 6 on which the roof plates, e.g. slate plates, are mounted with fasteners 14 in an area along the upper end of the roof plates 1. Therefore, the mounting surface preferably comprises a plurality of through-holes 13 which are intended to receive the fastening means 14, e.g. screws. A sealing strip 15 is preferably mounted on the mounting surface 6 in the area behind the stop 9.

The stop 9 has a height substantially equal to the thickness of a roof plate 1.

The roof panels 1 are laid with an overlap h, so that the next row of roof panels 1 covers the area of the previous row of roof panels 1, where the fastening means 14, e.g. screws are provided.

FIG. 4-5 show a section through the guide strip 2, the hooks 4 and the laying profile 3. The laying profile 3 has a mounting surface 6, the upper side of which is substantially parallel to the plane of the guide strip 2. On the underside of the mounting surface 6, two L-shaped legs 7 are attached, the lower flanges 8 being substantially parallel to the mounting surface 6. The mounting flanges 8 face in the same direction, ie. downwards when mounted.

The lath profile is mounted in the guide strip 2 by clicking the lower flanges 8 into the hook elements 4 on the guide strips. A roof profile 3 extends over several guide strips 2, and the roof mounting system thus replaces the traditional wooden roofs in a roof structure and is both faster and easier to install.

FIG. 6 and 7a-7b show the location of the sealing sheet 16 below a joint 18 between two adjacent roof plates 1. The sealing sheet 16 has a folding edge along its lateral edges 17. The sealing sheet 16 is placed under a joint 18 between two neighboring roof sheets 1 in a row, so that the joint 18 lies approximately along the center line of the sealing sheet 16, and then the bends 17 face upward relative to the roof plates 1 on which the sealing sheet 16 is applied to the strip.

Thus, the bend 17 will lie below the roof plate 1, which prevents water penetration under the roof plates 1 and into the housing. Any penetrating water will be directed down from the sealing tin 1 and out onto the surface of the roof plate 1 in the row below, because the joints 18 between the roof plates 1 in a row are displaced in relation to the rows above and in relation to the row below the current row of roof plates.

The roof mounting system guide strip 2 and the roof profile 3 described above are also applicable for mounting facade cladding 1 on a wall in a building. When installing facade cladding on a wall, the guide strip is mounted on a substrate on the wall surface, e.g. a cover plate and / or a post in the wall. The sealing tin 16 can be omitted when mounting facade cladding on a wall.

FIG. Figures 1a-1b show a variant of the guide strip 2 which is useful for wall mounting of the mounting system in connection with the installation of facade cladding. The hook element 4 on the guide strip 2 is substantially as described above, however, there are not two hook elements 4 per laying profile 3. The hook elements 4 can also be located in this variant of the guide strip 2 in two parallel rows (not shown) longitudinally, so that it becomes possible to bump the ends of two hinge profiles 3 against each other and support the ends of the hinge profiles 3 in each of its hooks 4.

In wall mounting, it is preferred that the mounting flange 8 on the mounting profile 3, 3 'is also secured with fasteners 19, e.g. screws, to the substrate. Therefore, the mounting flange 8 on the lower of the L-shaped legs 7 of the lath profile is preferably also provided with holes (not shown) for fasteners which attach the lath profile 3 to the substrate in the wall structure.

FIG. 9a-9b and 10a-10b show variants of the lay profile 3 ', and 10a-10b show variants of the lay profile 3' in cross section. This lattice profile 3 'is suitable for wall mounting of facade cladding material 1' in the form of plate-shaped facade cladding elements, as described in more detail above. The lattice profile 3 'comprises a mounting surface 6 which along its lower edge has an L-shaped leg 7 with a mounting flange 8. The angle between the connecting flange of the L-shaped leg 7 and the mounting flange 8 is substantially perpendicular. The angle α between the connecting flange and the mounting surface is preferably 86-89 °, preferably 87-88.5 0 such that the mounting surface 6 and the mounting flange 8 of the L-shaped leg are 1 -4 °. This allows each row of plate-shaped cladding elements 1 in an above-mounted row to be inclined, so that the lower edge of the row of the plate-shaped cladding elements 1 of the above-mounted laying profile 3 can thus overlap plate-shaped cladding elements 1 in the row below (see Figures 1a-1b).

The mounting flange 8 is provided with a number of through holes 20 which are used to attach the lattice profile 3 'to the substrate in the wall.

The stop flange 9 is also in this variant of the lattice profile 3 'substantially perpendicular to the upper mounting surface 6, as described above. The mounting surface 6 is provided with a number of openings 13 for fasteners 14 which attach the facade cladding material Γ to the mounting surface of the lath profile 6. The number of openings 13 and their individual distance can be varied according to corresponding openings in the facade cladding plates Γ. Alternatively, the lattice profiles 3 'can be made with a shorter or longer row of openings 13, so that it is possible to produce a single variant of the lattice profile 3' which can be used for almost all types of facade cladding, since it is possible to select a number of suitable openings which fits with the mounting openings in the facade cladding materials 1 regardless of the distance between them.

It is possible to equip the lath profile 3 'with an additional flange 19 along the back of the stop 9, such as e.g. constitutes an extension of the mounting surface 6. This additional flange 19 is used to mount the sealing strip 15, as described above.

To provide additional rigidity to the structure, the lattice profile 3 'may be provided with a support flange 21 which is substantially perpendicular to the underside of the mounting surface 6. The support flange 21 supports against the support, i.e. the outer surface of the wall, e.g. a cover plate.

FIG. 12a shows a cross-section through the lath profile 3 'mounted with the guide strip in a cross-section through the longitudinal direction of the guide strip 2. The mounting flange 8 is located between the surface of the guide strip 2 and the hook element 4.

FIG. 12b shows a cross-section through the lattice profile 3 'between two guide strips 2. Preferably, an adhesive strip or sealing strip 22 or glue is mounted as described above, which ensures that the panels in the facade cladding 1 do not collapse against one another under heavy wind or completely tear off, e.g. . during a stormy weather.

The mounting flange 8 on the lath profile 3 'is attached to the support, i.e. the wall, with fasteners 23.

However, it is also possible to use the laying profiles 3, 3 'without the use of guide strips 2, 2', but the setup of the laying profiles 3, 3 'is considerably faster when using checklists, since the use of the checklists 2, 2' avoids having to make measurements of the distance from the previous laying profile 3,3 'and ensure that the laying profile 3, 3' is level during the placement of each laying profile 3, 3 '. When using the guides 2, 2 'it is only necessary to make measurements when setting up the guides 2, 2'.

Claims (10)

1. Wall and / or roof cladding mounting system for mounting a wall and / or roof cladding (1, på) to a building structure comprising: a cladding profile (3, 3 ') with a mounting surface (6) for wall or roof mounting roof covering elements (1, Γ), wherein the lattice profile (3, 3 ') along the lower edge of the mounting surface (6) comprises at least a first L-shaped leg (7), where a mounting flange on the L-shaped leg (7) is connected to it. the lower edge of the mounting surface (6) of the mounting profile with a connecting surface which is substantially angled on the mounting flange, and - that the mounting surface (6) of the mounting profile (3, 3 ') comprises a flange (9) which is substantially perpendicular to the from the top surface of the mounting surface (6) along the upper edge of the mounting surface, which constitutes a stop for the upper edge of the wall or roof cladding elements, characterized in that the mounting surface (6) of the mounting profile (6) comprises a plurality of holes (13) for affixing fasteners (14) extending the upper end of the roof or wall covering elements to the mounting surface (6) of the lath profile. Wall and / or roof cladding mounting system according to claim 1, characterized in that the system comprises a guide strip (2, 2 '), which can be placed on a support structure of the building structure and comprising hook-shaped elements (4) at a distance (d). between these and which are adapted to engage the mounting flange of the at least one L-shaped leg (7) of the lath profile (3, 3 '). Wall and / or roof cladding mounting system according to claim 1 or 2, characterized in that the leg profile (3, 3 ') comprises two L-shaped legs (7), the second L-shaped leg being arranged on the underside of the mounting surface (6). ) at a distance from the first L-shaped leg. Wall and / or roof cladding mounting system according to claim 2 or 3, characterized in that the mounting flange of the lath profile on the L-shaped legs (7) comprises a groove intended to engage with an edge on the back of the hook-shaped elements (4). Wall and / or roof cladding mounting system according to any one of claims 1-4, characterized in that it comprises a sealing sheet (16) in the form of a band comprising, along both its lateral edges, a fold (17) for sealing between two adjacent roof cladding elements ( 1). Wall and / or roof cladding mounting system according to any one of claims 1-5, characterized in that it comprises a sealing strip (15) which can be mounted on a further flange along the rear of the stop (9). A method of mounting a wall and / or roof cladding (1, Γ) to a building structure comprising - mounting a guide frame (2, 2 ') with hook-shaped elements (4) on a support, attaching a lattice profile ( 3, 3 ') for a substrate or for the guide strip (2, 2'), the mounting profile (3, 3 ') comprising a mounting surface (6) for mounting cladding elements (1, Γ) and at least a first L-shaped legs (7), wherein the lower mounting flange of the L-shaped leg (7) during the attachment is arranged to be inserted into the opening between the hook elements (4) on the guide rail (2, T) and the upper side of the guide rail and engage the hook-shaped elements (4) on the guide strip (2, 2 '), - mounting roof or wall cladding elements (1, Γ) on the mounting surface (6) of the lath profile, so that the upper edge of the wall cladding elements is contacted with a flange (9), which is substantially perpendicular from the top surface of the mounting surface along the mounting surface its upper edge of the lattice profile (3, 3 '), which constitutes a stop for the upper edge and fastening of the cladding elements (1, 1') of the wall or roof cladding elements on the mounting surface (6) of the lattice profiles (3, 3 ') with fasteners (19) via a plurality of holes (13) in the mounting surface (6) of the lath profile. Method according to claim 7, characterized in that an adhesive is laid between two overlapping rows of wall or roof covering elements (1, Γ). Method according to claim 7 or 8, characterized in that a sealing sheet (16) is laid between two adjacent roof elements (1), the sealing sheet (16) comprising, on both its side edges, a folding bend (17). Method according to claim 7, 8 or 9, characterized in that a sealing strip (15) is mounted along the back of the stop (9).