Packaging for roof window installation products, packaging kit for window installation products, and method for using packaging for roof window installation products

Abstract

The present invention discloses a packaging (1) for a roof window installation product, the packaging comprising a folded sheet member (12) having, in an assembled state, four side sections (5a, 5b), a top section and a bottom section (3) defining a first plane, the sections together defining an interior chamber and a first external dimension of the packaging. The packaging comprises at least one flange (2, 4, 21, 22, 41) and at least one handle (6), each of which is movable between a first position and a second position, in which, in the first position, each extends substantially parallel to and adjacent to at least one of the sections, and in the second position, each extends beyond the first external dimension. The at least one flange is configured to engage with a roof structure when in the second position, and the handle is configured to be used for carrying the packaging when in the second position. A method of using the packaging for a window installation product is also disclosed.

Description

Technical Field

[0001] The invention relates to a packaging for roof window installation products, the packaging comprising a folded sheet member which, in an assembled state, has four side sections, a top section and a bottom section defining a first plane, the sections together defining an interior chamber and a first outer dimension of the packaging. Background Art

[0002] The package can include various roof window installation products used when installing roof windows, flat roof windows, skylights, etc., such as flashing kits, mounting brackets, insulation, roof under-rings, vapor barrier rings, and similar components to be used during window installation. The package can also be used for products related to roof windows, such as roller shutters, sunshades, etc.

[0003] The contents of the package can be used during several steps or throughout the entire roof window installation. Therefore, when the package contents are used, the package typically needs to be placed on the roof for a period of time. During this period, the package may move on the roof, for example due to weather conditions such as wind or gusts, or the package may slide downward, for example due to the inclination of the roof structure and gravity. Displacement of the package due to movement during window installation can lead to errors, make the package contents less accessible, and / or delay the window installation, for example, if the window installer must walk around the roof to collect the package contents or reposition the package closer to the window when the package must be used.

[0004] At another angle, for example if the package or some of its contents slide off a sloping roof, the package moving back and forth on the roof may pose a safety risk to the person installing the window as well as to people below the roof.

[0005] The external dimensions of the packaging used for roof window installation products—which are typically rectangular and quite long, with the length being two to three times greater than the width—often make it difficult for the window installer to handle, carry, and place the packaging on the roof. The external dimensions may limit the window installer to only bringing one package to the roof at a time, even if more packages are needed. The size of the package may also increase the risk of error, as it can be difficult for the window installer to move the package around and arrange it on the roof in a safe manner.

[0006] The above-mentioned problems arise in particular when the packages are handled by persons with little or no experience and the risk of error is therefore relatively high.

[0007] To reduce the risk of errors, the information on the outside of the packaging related to roof window installation and the instructions included inside the packaging have been improved over the years whenever problems have been discovered. At the same time, the handling of the packaging itself has remained relatively unchanged, and the improvements that have been made have focused on optimizing the use of packaging materials for environmental or economic reasons, on adapting the size and shape to storage requirements, or on improving the user experience when opening the packaging, as can be seen, for example, in the applicant's international patent application WO2013050041. Summary of the Invention

[0008] It is therefore an object of the present invention to provide a packaging for roof window installation products with improved handleability, in particular when working on pitched roof structures.

[0009] In a first aspect of the invention, this is achieved by a packaging for a roof window installation product of the type mentioned in the background technology, and is further characterized in that the packaging has a first configuration and a second configuration, in which, in the second configuration, the packaging is configured to rest on a sloping roof structure, wherein the packaging includes at least one flange, which is movable between a first position and a second position, in which, in the first position, the at least one flange extends substantially parallel to and adjacent to at least one of the sections, and in the second position, the at least one flange extends beyond a first external dimension, the flange being configured to engage with the roof structure when in the second position, and wherein the packaging includes at least one handle, which is movable between a first position and a second position, in which, in the first position, the at least one handle extends substantially parallel to and adjacent to at least one of the side sections, and in the second position, the at least one handle extends beyond the first external dimension, the handle being configured to carry the packaging when in the second position.

[0010] In the first configuration of the package, the at least one flange and the at least one handle are in their first positions, so that the first external dimension is substantially the same as a prior art package for roof window installation products, which has an internal compartment with substantially the same dimensions. This means that existing systems for transport, storage and unpacking can be used for the package according to the present invention without requiring adjustments, thereby making the package easily adaptable to existing systems.

[0011] In the second configuration of the packaging, the at least one flange is in its second position, which enables the window installer to place the packaging on and / or engage with a sloped roof structure. The at least one handle can remain in its second position after use or be moved back into its second position when no longer needed.

[0012] The connection between the package and the roof structure can be achieved by having the flange extend parallel to and contact the roof structure, thereby generating friction between the flange and the roof structure surface, thereby increasing the friction area between the package and the roof structure. This reduces the risk of the package slipping off the roof. However, it is also possible to secure the flange to the roof structure by inserting fasteners such as nails, screws, or clamps through the flange into roof structure elements such as battens.

[0013] The engagement between the package and the roof structure can also be achieved by the flange extending into the roof structure and contacting a roof structure element, such as a batten, a sub-batten, a rafter, or an element extending outwards and away from the surface of the roof structure, such as a vent or a window. The flange thus abuts against the roof structure element or the extension element and prevents the package from moving in at least one direction.

[0014] The flange can engage with the roof structure by extending beyond a first dimension of the bottom section of the package, by extending beyond a first dimension of the top section, or by extending beyond a first dimension of a side section of the package. In this context, the first dimension is understood to be the dimension of the package when it is in the first configuration of the package.

[0015] The flange can be substantially parallel to, perpendicular to, or angled relative to a roof structural element, such as a batten or rafter, when engaged, thereby transferring forces to the roof structural element. For example, the flange can extend substantially perpendicular to the first plane, such that the flange extends into the roof structure and abuts a side surface of, for example, a batten in the roof structure. In this example, contact between the flange and the side section of the batten creates engagement, wherein the batten supports the flange and, therefore, the position of the package on the roof.

[0016] The plate-like flange is preferably arranged with a main surface extending perpendicular to the surface of the batten, the plate-like flange having two main surfaces and engaging with a surface on a batten or the like by extending into the roof structure.

[0017] The package according to the invention is particularly advantageous for use on roof structures with a slope of 15 to 45 degrees, where the risk of the package sliding under the influence of gravity is high, but it will be appreciated that the package according to the invention is not limited to this use. The package according to the invention can even provide advantages when used on flat roofs, as one or more flanges can be used to lift one side of the package, causing the bottom section to tilt, thereby potentially providing easier access to the interior of the package.

[0018] In one embodiment, the flange in the second position finds support on the roof structure by extending from any of the top, bottom or side sections of the package parallel to the first plane and exceeding the first dimension of the package. Here, the flange can be in contact with roof structure elements such as roofing felt, one or more battens and / or rafters, or the flange finds support on elements extending from the roof surface, such as previously installed roof windows or the like, and thereby improves the connection between the package and the roof structure. As an example, the flange can extend from the side sections approximately parallel to the first plane so that the flange abuts the outer side of a batten in the roof structure. In this example, the contact between the flange and the batten can support the position of the package by friction and / or distribution of force over a larger area.

[0019] When the flange is in the second position, the installer can place the package into a window that is for example previously installed near an existing roof mounting member, and allow the package to find support against the existing roof mounting member. After placement, the flange can help the package to be kept in place by transferring force from the package to the roof structure or the element on the roof. After use or during use, pulling the flange can be used to adjust the position of the package on the roof, so it is easy to reposition the package or remove the package from the roof. Usually the flange can be returned to the first position in combination with moving the package, and then the flange will be brought back to the second position when the package has been arranged in the new position, which will be relevant when the package comprises a packaged product for use with two or more windows. The flange can also be returned to the first position or torn off from the package in combination with the removal of the package from the roof.

[0020] Thus, using the flange to position the package, hold the package, reposition the package, and remove the package from the roof may improve the user experience through better handleability when compared to the prior art.

[0021] The handle is also intended for use in positioning, repositioning and removing the package, not only allowing the installer to easily carry the package, but also potentially helping when the package needs to be moved from a roof structure. The handle can be used by a person or can also be used to attach the package to a lifting device used to lift the package onto the roof structure.

[0022] Where the handles are provided at side sections of the packages and extend in the first plane, then two packages may be arranged back to back with the handles touching each other to allow a person to carry two or more packages at a time in one hand.

[0023] The handle may be part of the sheet of material or may be attached to the package.The handle may be reinforced to increase the strength of the handle, for example by comprising or consisting of a stronger material.

[0024] The handle can be produced in a first position to abut the package without the need for any fasteners, and folded to a second position to act as a handle.

[0025] The handle may be formed by folding the sheet material.

[0026] In some embodiments, the package may have more than one handle to increase accessibility of the handles, to allow lifting at two or more points simultaneously, or to allow several people and / or devices to lift the package together.

[0027] In embodiments, the handle may be multi-purpose, serving as both a handle for transport and a flange having any of the potential features of the flange described above.

[0028] It is noted that whenever reference is made to "bottom" and "top," "upward," and "downward," etc., these directional indications are given with reference to the intended orientation of the package resting on a roof structure or similar surface for opening. During storage and transport, the package may be found in other orientations. The intended direction for opening the package may be indicated, for example, by printed information on the package.

[0029] In some embodiments, the flange is made of a material and has dimensions that allow fasteners, such as nails, screws, or clamps, to pass through the flange, allowing the flange to be fastened to the roof structure. The flange may have guides for these fasteners, such as perforations in the flange material. During use, the fastening of the package to the roof can help secure the package to the roof structure, thereby further improving the security of the package. In embodiments, the flange may have markings or penetrations for fasteners, which allow visual identification of, for example, the slats to which the package can be fastened.

[0030] In some embodiments, the flange can contact more than one slat or other roof element, so that the support function of the flange can be improved. The flange can contact more than one roof element by, for example, having a larger surface area that is also parallel to, away from, and / or along the package. The flange can also extend from more than one section of the package, thus finding support on more than one side section and / or on the first plane. The flange can also include fold lines and / or separation lines, thereby allowing the user to use only part of the flange.

[0031] In some embodiments, the profile of flange can be rounded, triangular, square or other geometric shapes, which allows the modification of flange profile to adapt to the packaging needs and for example be unlikely to be pushed away by the inclusions of the packaging, such as by making the corners rounded to improve the flange strength of the structural reinforcement or by the conditions of the roof structure such as triangular shape setting can make it easier to identify the placement of the lath, to add fasteners by the flange. However, rectangular flange will usually be preferred because rectangular flange is very simple in structure and provides a potential contact surface extending parallel to or perpendicular to the other parts of the packaging. Similar considerations also apply to handles, but, wherein, factors such as ergonomics and safety can play a greater role.

[0032] In some embodiments, the flange is part of at least one side section, and the flange is arranged parallel to and adjacent to the side section in a first position of the flange, and is arranged parallel to a first plane defined by the bottom surface and extends away from the interior of the package in a second position of the flange. Such a flange on the side section - in the second position of the flange - increases the surface area in the first plane, for example, on the bottom surface. The flange in the second position can increase the area of friction or engage with a roof structure element to reduce the movement of the package on the roof structure.

[0033] In some embodiments, the flange is part of at least one side segment, the flange being arranged parallel to and adjacent to the side segment in a first position of the flange and being arranged substantially parallel to the segment and extending away from the interior of the package in a second position of the flange. Such a flange on the side segment—in the second position of the flange—increases the surface area perpendicular to the first plane, for example, on the surface of the side segment.

[0034] In this embodiment, the flange in the second position can engage with the above-mentioned roof structure element. However, the flange can also be used to raise one end of the package relative to the other end, that is, to act as a bracket, which tilts / lifts the package relative to the plane of the roof structure so that an angle is formed between the bottom surface and the roof structure. This can make the window mounting element more accessible when installing the window, and / or compensate for the inclination of the roof in whole or in part. In order to form the angle between the bottom surface and the roof structure, it is possible that the flange can engage with another part of the package, such as a cover, which can act as a self-supporting structure on the roof structure. The angle between the bottom surface and the roof structure may also be advantageous on a flat roof, where this can bring the installer closer to the window mounting element. The handle can be used in a similar manner.

[0035] In some embodiments, the at least one flange is part of the bottom section, the at least one flange being arranged parallel to and adjacent to the bottom section in a first position of the at least one flange and being arranged to extend outwardly relative to an interior chamber defined by the package in a second position of the at least one flange. The flange on the bottom surface can extend into the roof structure and engage with a roof structural element, such as a batten, wherein the flange can engage with an outer surface of the batten to transfer forces to the batten and / or to align the package with the roof structural element by tilting the package as described above.

[0036] In some embodiments, the at least one flange can be positioned at the junction between the two segments, so that, with the flange being perpendicular to one segment, the flange can extend from and increase the surface area of the other segment. In these embodiments, the fold lines of the sheet material can be used, for example, to fold or support the flange.

[0037] In some embodiments, the flange can extend across multiple sections when in the first position, thereby potentially forming a larger flange that can improve the handleability of the package and, for example, be easier to secure to a roof structure, or form a larger opening in the package that can, for example, be used for installation purposes or can potentially improve accessibility to the contents of the package.

[0038] In some embodiments, the flange can form the lid of the package or the part of similar closure, for example, when the folding of the flange from the first position to the second position makes the top of the box open, the flange is produced for support at the same time. In this embodiment, the flange can be used to close the package again, or the whole package is divided into at least two smaller compartments. In these embodiments, the lid of the package or similar closure can be on any side section in the top section, bottom section or side section. The lid can be the part of a section, constitute the entire section or can be the part of more than one section.

[0039] In some embodiments, the package may have more than one flange, such as two flanges on opposite side sections, two flanges at the bottom section or a combination of flanges at different sections. The addition of at least one flange may improve the possibilities for supporting the package on the roof, such as by engaging with slats at multiple points or with multiple slats. Having at least two flanges also allows the installer to use the most relevant flange for the current installation, such as in the case where at least one of the flanges of the package is blocked by an element extending from the roof surface, such as a window, or allows the use of flanges regardless of how the distance between the slats allows. The combination of at least one flange on the side section and one flange at the bottom section may create a synergistic advantage between the flanges, such as by having one flange used for structural support and a second flange used for holding the package in place or securing it to a roof element or a combination of any of these purposes.

[0040] Therefore, having more than one flange can improve the flexibility, fixation and disposability of the package.The package can also have three, four, five, six or more flanges, for example to provide better support around obstacles, flexible support or to improve disposability.

[0041] In some embodiments, the flange may form part of the sheet member and fold out from the package, potentially leaving an opening in the sheet member. The flange may also be moved inwardly in some cases to produce improved handling of the package.

[0042] The profile or a part of flange and / or handle can be prepared as weakened portion and / or incision in the sheet member for example by perforation, cut portion, fold line or thinner material. Flange and / or handle can be fixed to the first position by for example packaging material, glue, adhesive tape or other fixing elements. Flange and / or handle can be released from the first position by for example being torn by hand, being cut or removing fixing element. In some embodiments, fixing element can be used for flange and / or handle being returned to the first position after being in the second position. In an embodiment, flange and / or handle can be made by the outer layer of two or more layers of packaging.

[0043] In some embodiments, flange and / or handle can be a separate member attached to sheet member, and this separate member is substantially parallel to sheet member and adjacent or flush with the surface of sheet member, replaces a section of sheet member when being in the first position.Flange and / or handle can comprise the same material as sheet member or be made of the same material as sheet member, or flange and / or handle can be different materials, for example coated cardboard, wood, metal, paper or polymer, to increase rigidity, usability and / or stability.The attachment of flange and / or handle to sheet member can be by chemical compound such as glue or adhesive, can use physical measures such as clip, pin or by other devices such as adhesive tape for attachment.Having flange and / or handle for attachment eliminates the need to produce hole in package when flange and / or handle are folded to second position, and therefore potentially improves the structural strength of package and prevents object from falling.

[0044] In some embodiments, the sheet member of the package may include or consist of paper, cardboard, corrugated cardboard, wood, metal, polymer, or a combination of two or more materials. For example, the sheet member of cardboard may be covered or coated with a different material, such as a laminate, which may improve the stability, rigidity, weatherproofing, or strength of the package.

[0045] The use of the packaging is described in some embodiments as being used with a roof structure having slats covered by a roof covering such as tiles, shingles, roofing boards, etc. The distance between slats in these roof structures may vary depending on geographic region, laws, regulations, or national traditions. These examples do not limit the possible use of the packaging for this type of roof structure, as those skilled in the art will be able to adapt the use of the packaging for other types of roof structures.

[0046] A second aspect of this innovation relates to a packaging kit for roof window installation products. The kit may include roof window installation products, such as flashings, baffles, fasteners, and packaging according to any of the embodiments. This kit can improve the efficiency of roof window installation and reduce errors, for example by providing the necessary elements for roof window installation on a roof in a single unit, potentially with instructions on when to use which products and how to install the roof window installation products.

[0047] A third aspect of the present innovation relates to a method for using a packaging for a roof window installation product, the packaging comprising a folded sheet member which, in an assembled state, has four side sections, a top section, and a bottom section defining a first plane, the sections together defining an interior chamber and a first external dimension of the packaging; wherein the method for use comprises: moving at least one handle from a first position to a second position, wherein in the first position, the at least one handle extends substantially parallel to and adjacent to at least one of the sections, and in the second position, the at least one handle extends beyond the first external dimension; using the at least one handle to carry the packaging when the at least one handle is in the second position; and moving at least one flange from a first position to a second position, wherein in the first position, the at least one flange extends substantially parallel to and adjacent to at least one of the sections, and in the second position, the at least one flange extends beyond the first external dimension of the packaging.

[0048] In one embodiment, the at least one flange engages with the roof structure during or after movement to the second position.

[0049] In some embodiments, the method of use further comprises attaching the flange to the roof structure using at least one fastener. An advantage of the fastener and flange combination is that it eliminates the need for the installer to fasten the packaging by the bottom section, potentially damaging the roof window installation product and / or losing slats.

[0050] Unless stated otherwise, embodiments and advantages described with reference to one embodiment of the invention also apply to the other aspects. BRIEF DESCRIPTION OF THE DRAWINGS

[0051] In the following description, embodiments of the present invention will be described with reference to the accompanying drawings, in which:

[0052] Figure 1 is a perspective view of a package with different flanges depicted;

[0053] Figure 2 is a perspective view of the package wherein the flange is parallel to the longest side surface;

[0054] Figure 3 is a perspective view of the package with the flange at different angles and the handle acting as the flange;

[0055] Figure 4 is with Figure 2 a corresponding bottom view of the package with the flange in the second position;

[0056] Figure 5 is a bottom view of a package having an elongated flange and a flange fold line;

[0057] Figure 6 is a bottom view of the package having a modified flange shape and perforations for fasteners;

[0058] Figure 7 is a perspective view of a package having two side flanges, two bottom section flanges and a handle;

[0059] Figure 8 An installer is shown carrying several packages; and

[0060] Figure 9 This is a package in use located next to a window on a sloping roof structure. DETAILED DESCRIPTION

[0061] exist Figure 1 , a package 1 for a roof window installation product is depicted in an inverted orientation. The package 1 is made of a sheet member 12 folded into a package having a rectangular bottom section 3 defining a first plane and a top section opposite the bottom section and parallel to the first plane. The bottom section is connected to four side sections 5a, 5b, which in the embodiment are depicted as two smaller side sections 5a and two larger side sections 5b. A height direction H extends from the bottom section 3 toward the top section, generally perpendicular to the bottom section. The bottom section 3, the top section, and the side sections 5a, 5b together define the outer dimensions of the package.

[0062] exist Figure 1 In the embodiment shown in FIG, the package is shown as a rectangle, but the package can take the shape of a square or other geometric figure if folded in a different manner.

[0063] The bottom section 3 is intended to face and abut the roof structure surface when the package is opened.

[0064] A rectangular flange 4 on the bottom section 3, located at one of the smaller side sections 5a, is in a second position, the rectangular flange 4 extending substantially parallel to the smaller side section so that the rectangular flange 4 can extend into and engage with the roof structure, as described below. In the first position (not shown) of the flange 4, the flange 4 forms part of the bottom section 3 of the package, and in the second position of the flange 4, the flange 4 leaves a hole in the bottom section 3 of the package.

[0065] like Figure 1The larger side section 5b at the left side of the package as seen in FIG has a rectangular flange 2 in a first position at the edge connecting the side section 5b to the bottom section 3. The flange 2 extends substantially parallel to the larger side section 5b and therefore does not change the outer dimensions of the package.

[0066] In the opposite side section ( Figure 1 ), a similar rectangular flange 2 is shown in a second position. This flange extends substantially in a first plane, i.e. parallel to and at the height level of the bottom section 3, thus enlarging the effective bottom surface of the package.

[0067] Reference Figure 2 , shows another package in which the bottom section 3 has two rectangular flanges 4. The two flanges are shown in the second position of the two flanges, extending parallel to each other and parallel to the larger side section and perpendicular to the smaller side section.

[0068] Figure 2 The left flange 4 on the bottom section 3 has left a hole in the bottom section 3 of the package. Figure 2 The right flange 4 on the middle bottom section 3 is formed from a separate piece of material attached to the bottom surface 3 and leaves the surface of the bottom section intact.

[0069] Figure 2 The right side flange 2 and Figure 1 The right side flange 2 described in is identical to that described above, except that it extends parallel to the larger side section rather than the smaller side section.

[0070] It should be understood that unless otherwise stated, Figures 2 to 6 All features and references of the package in Figure 1 All features of the packages described are identical.

[0071] Figure 2 The left side section 5b of the middle package 1 has a rectangular flange 20, which is in the second position and is substantially parallel to the first plane at an offset in height relative to the surface of the bottom section. The flange 20 is suitable for engaging with an element of the roof structure / an element on the roof structure, which protrudes above the outer side of the roof structure.

[0072] Reference Figure 3 --Should Figure 3 Shown with the exception of the flange Figure 1 The same package of the packages of FIG. 1 - the bottom section 3 has three rectangular bottom flanges 4 , 41 , all of which are shown in their second position.

[0073] The two bottom flanges 4 are angled relative to the surface of the bottom section 3, and the right flange of the two bottom flanges 4 is folded so that the right flange is between the first position of the right flange and perpendicular to the bottom section, while the left flange is folded to be more than 90 degrees relative to the bottom section from the first position of the left flange.

[0074] The third bottom flange 41 is at the edge connecting the larger side section 5b to the bottom section 3 and is substantially parallel to the larger side section 5b, thereby enlarging the surface area of the larger side section surface.

[0075] Figure 3 Also shown are the first side flange 21, the second side flange 2 and the third side flange 22 in their second positions. The first side flange 21 is located at the edge connecting the smaller side section 5a with the bottom section 3, and the flange 21 extends parallel to the bottom section, thereby enlarging the surface of the bottom section. The second side flange 2 and the third side flange 22 are located at the first larger side section and the second larger side section, respectively, extending parallel to the first plane. The third side surface flange 22 is located at the top section, thereby enlarging the top section surface, while the third side surface 2 is flush with the bottom section 3, thereby enlarging the bottom section surface, as also described with reference to Figure 1 described.

[0076] Figure 3 Also depicted is a handle 6 on the larger side section 5b on the left side of the package. In its second position, the handle is parallel to the first plane and flush with the top section. Positioning the handle on the top section surface of the package allows the user to carry two packages back to back in one hand. Similar advantages can be achieved with a handle on the bottom section.

[0077] Figure 4 is a bottom view of a package 1 having a side flange 2 at each of the larger side sections 5b and two bottom flanges 4 at the bottom section, the side flanges 2 being as shown in FIG. Figure 1 In the middle, close to one of the smaller side sections, the two bottom flanges 4 are similar to Figure 2 The package is parallel to one of the larger side sections of the package.

[0078] exist Figure 5In the embodiment of the present invention, there is no bottom flange on the bottom section. There are two elongated side flanges 23, 24, of which the elongated side flange 23 extends along one of the larger side sections of the package, and the elongated side flange 24 extends along the other larger side section 5b. One side flange 24 extends along the entire length of the package from one smaller side section to the other smaller side section, while the other side flange is slightly shorter but still extends substantially the entire length. Figure 5 The corners of the side flanges 23, 24 in FIG. 1 are shown as being pointed or curved, respectively.

[0079] The fold and / or tear lines 8 on the side flanges 23, 24 allow the installer to use only a portion of the flanges or to arrange multiple sections of the flanges in different positions, such as arranging one section to extend into the roof structure and arranging two sections to extend parallel to the first plane and the roof structure. The fold and / or tear lines 8 can be linear or non-linear, for example, the fold and / or tear lines 8 can be straight, the fold and / or tear lines 8 can be parallel to the side sections, the fold and / or tear lines 8 can be angled with respect to the side sections, or the fold and / or tear lines 8 can be curved.

[0080] Figure 6 Variations of the bottom section flanges 4, 42 to 44 are shown, with the bottom section flanges 4, 42 to 44 varying in size, shape, arrangement, and orientation relative to the side sections. Various side flanges 2, 25 to 29 are depicted as having different sizes, shapes, arrangements, and orientations on the side sections of the package. It should be understood that this is merely illustrative of the many different possible embodiments of the flanges, and that not all of the many different possible embodiments of the flanges will be present on a real-life package.

[0081] Two of the side flanges 25, 26 have through-holes 10 for, for example, fasteners, to simplify installation. The through-holes 10 can be used, for example, to identify the slats behind the flanges and help the installer secure the package to the roof structure by inserting nails, screws, or the like through the through-holes into the roof structure. The through-holes 10 can also be made of a transparent material, such as a polymer, to create see-through holes. The through-holes 10 can be used to identify different parts of the roof structure and mounting elements thereon.

[0082] One of the flanges 2 has a fold line 8 to enable the installer to use only a portion of the flange, as shown in FIG. Figure 5 described.

[0083] The remaining flanges 27 , 28 , 29 , 42 , 43 , 44 illustrate different possible shapes.

[0084] A bottom flange 43 is provided by additional material glued to the bottom section 3, as indicated by the hatching 31 on the bottom surface.

[0085] Reference Figure 7 The handle 6 in its second position is shown on the top section opposite the bottom section 3 and at 5b of the larger side section. This handle is part of the outer material of the side section, leaving no holes in the packaging because the side section is double-layered. Thus, the handle in its second position reveals the second layer 51 of the side section material.

[0086] The exposed second layer 51 of the side section material may have information (not shown) printed on the second layer 51, such as safety instructions, instructions on how to use the packaging for the roof window installation product, and / or other instructions. These instructions may be marked, glued, and / or printed on the packaging.

[0087] Figure 7 The package in also has two side flanges 2 in a second position, which are substantially parallel to the bottom section 3, thus enlarging the bottom surface. The bottom section has two flanges 4 in a second position, which extend parallel to the larger side section 5b.

[0088] exist Figure 8 In the figure, it is shown that Figure 7 A package like the one shown in FIG is in use. A person 7 uses the handle 6 in the second position to carry two packages 1 in each hand, the packages being arranged with their top sections abutting each other. The position of the handle 6 allows the person 7 to hold two packages simultaneously in the same hand.

[0089] exist Figure 9 , the package 1 is located in use on a sloping roof structure 9 close to the window opening and the window frame 91. The bottom section (not visible) of the package 1 abuts the sloping roof 9 and the top section 11 of the package serves as a cover which is open in a position almost parallel to one of the larger side sections. The cover can be folded completely so that part of the cover rests on the roof structure. A side flange 2 is seen on one of the larger side sections and a similar flange can be found on the opposite larger side section which is not visible or on the smaller side section. Furthermore, the bottom section can be provided with, for example, Figure 7 The flanges shown in FIG. 1 may engage with one of the battens 92 or rafters 93 of the roof structure to hold the package in place, as described above.

[0090] In the accompanying drawings, all embodiments of packing 1 are shown in their second configuration, wherein, at least one flange 2,20 to 29,4,41 to 44 or handle 6 has moved out to its second position.In the first configuration of packing, all flanges and handles extend along at least one of top section 11, bottom section 3 and side sections 5a, 5b, so that all flanges and handles are within the first external dimension of the packing limited by these sections 3,5a,5b,11. However, it should be understood that because flange or handle can be formed by the separate material piece attached with the main body of packing, flange or handle can protrude several millimeters above main body. Equally, flange or handle can protrude several millimeters above the edge of packing, to allow the installer to grip flange or handle. This applies to all embodiments of the present invention, including those embodiments not shown in the accompanying drawings.

[0091] Reference Signs List

[0092] 1 Packaging for window installation products

[0093] 11 Top section of the package

[0094] 12 Sheet components

[0095] 2 A flange positioned at the level of the bottom surface at one of the larger side sections of the package

[0096] 20 A flange positioned between the height of the bottom surface and the height of the top surface at one of the larger side sections of the package

[0097] 21 Flange positioned at one of the smaller side sections of the package

[0098] 22 A flange located at the interface between the two surfaces of the package at a side section

[0099] 23 An elongated flange positioned at and extending along a majority of one of the sides of the package

[0100] 24 An elongated flange positioned at one of the sides of the package

[0101] 25 Rectangular flange on the side section

[0102] 26 Flanges on the side sections with rounded rectangular shapes

[0103] 27 Triangular flange on the side section

[0104] 28 Pentagonal flange on the side section

[0105] 29 Flange with rounded shape on the side section

[0106] 3 Bottom surface extending along the entire side section

[0107] 31 Shaded bottom surface area

[0108] 4. The flange in the second position is positioned at the bottom surface of the package.

[0109] 41 A flange located at the interface between two surfaces of the package at the bottom surface

[0110] 42 A flange having a triangular shape positioned at the bottom surface

[0111] 43. Flanges positioned at the bottom surface that are not parallel to the side sections

[0112] 44 A flange with a rounded shape positioned at the bottom surface

[0113] 5a Smaller side section of the package

[0114] 5b Larger side section of the package

[0115] 51 Shaded side section area

[0116] 6 Handles on the packaging that can serve as flanges

[0117] 7 people

[0118] 8 Tear / fold lines on side flanges

[0119] 9. Sloping roof

[0120] 91 Roof window frame

[0121] 92 slats

[0122] 93 Citron

[0123] 10 Perforated or transparent materials

[0124] H Height

Claims

1. A method for using a packaging member for a window installation product, the packaging member comprising: a folded sheet member having, in an assembled state, four side sections, a top section, and a bottom section defining a first plane, the sections together defining an interior compartment and a first exterior dimension of the package; The method of use includes: moving at least one handle from a first position in which the at least one handle extends substantially parallel to and adjacent to at least one of the segments to a second position in which the at least one handle extends beyond the first outer dimension, using the handle for carrying the package when the handle is in the second position, and At least one flange is moved from a first position in which the at least one flange extends substantially parallel to and adjacent to at least one of the segments to a second position in which the at least one flange extends beyond the first outer dimension of the package.

2. The method for using the package according to claim 1, wherein: The packaging is for a roof window installation product, and the at least one flange engages the roof structure during or after movement to the second position.

3. A method of using the package according to claim 1 or 2, further comprising attaching the flange to a roof structure with at least one fastener.

4. A packaging for a roof window installation product, for use in the method according to any one of claims 1 to 3, the packaging comprising: a folded sheet member having, in an assembled state, four side sections, a top section, and a bottom section defining a first plane, the sections together defining an interior compartment and a first exterior dimension of the package; It is characterized by: the package having a first configuration and a second configuration, wherein in the second configuration the package is configured to rest on a sloped roof structure; wherein the package comprises at least one flange movable between a first position in which the at least one flange extends substantially parallel to and adjacent at least one of the segments and a second position in which the at least one flange extends beyond the first outer dimension, the flange being configured to engage the roof structure when in the second position, and wherein the package includes at least one handle that is movable between a first position and a second position, wherein in the first position, the at least one handle extends substantially parallel to and adjacent to at least one of the segments, and in the second position, the at least one handle extends beyond the first outer dimension, the handle being configured to carry the package when in the second position.

5. The package according to claim 4, wherein: The at least one flange forms part of at least one side section in the at least one flange's first position and is arranged parallel to the first plane defined by the bottom surface in the at least one flange's second position.

6. The package according to claim 4 or 5, wherein: The at least one flange is part of the bottom section, and the at least one flange is arranged to be parallel to and adjacent to the bottom section when in a first position of the at least one flange, and is arranged to extend outwardly relative to the interior chamber defined by the packaging when in a second position of the at least one flange.

7. The package according to claim 4 or 5, wherein: The profile of the at least one flange is a weakening of the material of the sheet.

8. The package according to claim 4 or 5, wherein: The at least one flange has at least one through-hole.

9. The package according to claim 4 or 5, wherein: The at least one handle extends generally parallel to and adjacent one of the side sections when in the first position.

10. The package according to claim 4 or 5, wherein: The sheet member is made of paper, paperboard, corrugated paperboard, polymer or a combination of at least two materials.

11. A packaging kit for a window installation product, the packaging kit comprising the packaging member according to any one of claims 4 to 10.

12. The packaging kit of the window installation product according to claim 11, wherein: The window installation product is a flashing member, a barrier or a fastener.

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