Assembly including a cover for an architectureal opening

Abstract

According to an aspect of the invention, there is provided an assembly comprising: a cover for an architectural opening, the cover comprising a frame that defines an aperture and a covering configured to obscure the aperture, wherein the covering is movable relative to the frame to vary the extent to which the aperture is obscured, wherein the frame comprises a stile on either side of the covering, a top frame member and a bottom frame member; and a mounting device for attaching the cover to the architectural opening, the mounting device comprising: an attachment portion configured to attach to the architectural opening; and a support portion configured to engage with the cover, wherein a length of the mounting device is substantially the same as a distance between the stiles, and the length of the mounting device is less than or substantially the same as a length of a side of the architectural opening onto which the mounting device is to be attached.

Description

[0001] ASSEMBLY

[0002] Field of the invention

[0003] The present invention relates to an assembly for attaching a cover to an architectural opening, and to a mounting device for attaching the cover to an architectural opening.

[0004] Background

[0005] Different types of cover for architectural openings are well known. In general, many variations are known for use on windows and so, such examples will be discussed in the following, however it will be understood that such covers are not limited to use on windows only.

[0006] Such a window cover may include, for example, a frame and a covering which can be used to vary the amount of light which passes into a room. Any appropriate type of covering can be used, such as a shutter style covering, or a screen, roller blind, honeycomb / pleated blind and / or Venetian blind, for example. It is important with such window coverings to keep light strike, e.g. due to gaps around the window cover, to a minimum.

[0007] In general, when a window cover is attached / mounted on a window, at least part of the frame is fixed to the wall using screws or some other form of mechanical fastener. The attachment is necessary to keep the cover in place, however, this usually requires drilling into the wall, window frame and / or area surrounding the window. Drilling / screwing into a wall or frame permanently damages the drilled area. Once the frame is attached to the wall, the cover cannot easily be removed, e.g. for cleaning or maintenance of the window cover.

[0008] Alternatively, a window cover can be attached / mounted on the window frame / movable part of the window itself (for instance with bead brackets that slide between the bead of the window and the window glazing itself). However, with bead brackets, during installation the rubber seal can be damaged by inserting the bracket between the glazing and the bead.

[0009] The present invention aims to provide a way of reducing or avoiding one or more of the problems with known covers, such as the window covers discussed above.

[0010] In addition, there is a general need for a mechanism to attach a cover to an architectural opening which is relatively easy to manufacture and which allows for easy installation for a user (and which does not require DIY such as drilling or having to hire a builder to assist with installation). Additionally, there is a need for mechanisms which do not detract from the overall aesthetic of a cover. Summary of the invention

[0011] According to an aspect of the invention, there is provided an assembly comprising: a cover for an architectural opening, the cover comprising a frame that defines an aperture and a covering configured to obscure the aperture, wherein the covering is movable relative to the frame to vary the extent to which the aperture is obscured, wherein the frame comprises a stile on either side of the covering, a top frame member and a bottom frame member; and a mounting device for attaching the cover to the architectural opening, the mounting device comprising: an attachment portion configured to attach to the architectural opening; and a support portion configured to engage with the cover, wherein a length of the mounting device is substantially the same as a distance between the stiles, and the length of the mounting device is less than or substantially the same as a length of a side of the architectural opening onto which the mounting device is to be attached..

[0012] According to an aspect of the invention, there is provided an assembly comprising: a cover for an architectural opening, the cover comprising a frame that defines an aperture and a covering configured to obscure the aperture, wherein the covering is movable relative to the frame to vary the extent to which the aperture is obscured, wherein the frame comprises a stile on either side of the covering, a top frame member and a bottom frame member; and a mounting device for attaching the cover to the architectural opening, the mounting device comprising: an attachment portion configured to attach to the architectural opening; and a support portion configured to engage with the cover, wherein the support portion is configured to extend away from the architectural opening to which the mounting device is to be attached, wherein the support portion is substantially constant in cross-section along the length of the mounting device , and the support portion is positioned further from the architectural opening than the attachment portion in use .

[0013] According to an aspect of the invention, there is provided a mounting device for attaching a cover for an architectural opening to an architectural opening, the mounting device comprising: an attachment portion configured to attach to an architectural opening; and a support portion configured to engage with the cover, wherein the support portion is substantially constant in crosssection along the length of the mounting device, and the support portion is positioned further from the architectural opening than the attachment portion in use..

[0014] Brief introduction to the drawings Embodiments of the invention will be more clearly understood from the following description, given by way of example only, with reference to the accompanying drawings in which:

[0015] Figure 1 is a schematic illustration of an example of an assembly mounted on a window;

[0016] Figure 2 is a schematic illustration of the assembly of figure 1 ;

[0017] Figure 3 is a schematic illustration of an exploded view of the assembly of figure 1 ;

[0018] Figures 4A and 4B provide schematic illustrations of different cross-sectional views through the assembly of figure 1;

[0019] Figure 5 is a schematic illustration of the assembly of figure 1 mounted on a window;

[0020] Figures 6A and 6B schematically illustrate how the assembly can be mounted on a window;

[0021] Figures 7A-7H show exemplary variations of the mounting device which could be provided;

[0022] Figure 8 is a schematic illustration of an example of an attachment frame mounted on a window;

[0023] Figure 9A is a schematic illustration of the attachment frame of figure 8, wherein cross sections of the attachment frame are shown in figure 9B and 9C, and figure 9D shows a close up section of figure 9B and figure 9E shows a close up section of figure 9C;

[0024] Figure 10 is a schematic illustration of an example of the mounting device comprising a further attachment portion with a hinged portion;

[0025] Figures 11A and 1 IB show the mounting device of figure 10 when mounted on a window.

[0026] Similar features in the figures have the same reference numerals. It will be noted that some of the figures only include some, and not all, features to more easily describe certain features. In some figures, only some reference signs have been included.

[0027] Detailed description

[0028] The invention provides an assembly comprising a cover and a mounting device. The cover can be used with any architectural opening. The mounting device can be used to attach the cover to an architectural opening. To assist in describing the invention, the invention will be described with reference to a window in the following description and drawings. It will be understood that the window is one example of such an architectural opening. The assembly may be used in combination with an alternative architectural opening, such as an opening without glazing and / or a door.

[0029] An example of the assembly 1 is shown in figures 1, 2 and 3. The mounting device 100 is suitable for attaching the window cover 50 to a window 200. In particular, a tilt and turn window is shown in these figures, as can be seen by the handle. The tilt and turn window may be operated so as to open by rotating about a single side, for example, the bottom edge or a side opposite the handle. The window cover 50 may be any appropriate cover for an architectural opening and for example, may otherwise be referred to as a shade, sun protector, shutter and / or blind.

[0030] The window cover 50 comprises a frame 60 that defines an aperture 90. The frame 60 comprises a stile 61 on either side of a covering 70, a top frame member 62 and a bottom frame member 63. The frame 60 may form a rectangular or square shape around the aperture 90. When installed on a window 200, the aperture will align with the window, and particularly with an opening 201 defined by the window 200. The opening 201 defined by the window 200 may be filled with glazing 202 of the window, through which light can pass.

[0031] The window cover 50 comprises the covering 70 configured to obscure the aperture 90. Thus, the covering 70 can be used to obscure the opening 201 of the window 200. The covering 70 is movable relative to the frame 60 to vary the extent to which the aperture 90 is obscured. The covering 70 may be used to reduce or prevent light from passing through the window cover 50. The position of the covering 70 relative to the frame 60 may thus affect the amount of light which passes through the window cover 50. In the current figures, a shutter type covering with tilting vanes 71 (described in further detail below) is used to vary the extent to which the aperture 90 is obscured. However, alternative coverings may be used to vary how much the aperture 90 is obscured, e.g. by lowering or raising a roller blind or pleated blind etc..

[0032] Preferably, the covering 70 is coupled to the frame 60, i.e. is attached in some way to the frame 60. The covering 70 may be coupled / attached in any way which allows the covering 70 to be movable relative to the frame 60 to vary the extent to which the aperture is obscured.

[0033] In one embodiment, the covering 70 comprises vanes 71, wherein each vane 71 is rotatably coupled to the frame 60. In this case, the window cover 50 may be referred to as a shutter. Generally, each vane 71 will be attached at either end to opposed sides of the frame, e.g. to one of the stiles 61 of the frame such that the vanes 71 are provided horizontally across the window cover. Each vane 71 may include a protrusion at either end which fits into a corresponding part of the frame (e.g. aperture 73 shown in figure 5). Thus, each vane 71 can rotate around a longitudinal axis aligned with the protrusions.

[0034] The vanes 71 may be moved by a rod 75, or other connecting member, which is connected to each of the vanes 71. The rod 75 may connect the vanes 71 so that rotation of one of the vanes 71 leads to rotation of all of the vanes. The rod 75 may be used to rotate all of the vanes 71 at the same time. This is beneficial in providing simultaneous rotation of all the vanes 71. Although if preferred, the vanes 71 could be moved individually. The mounting device 100 of the present invention may be configured to attach the window cover 50 to a window 200, although the mounting device 100 may be used to attach the window cover 50 to other types of architectural opening, such as a door. The mounting device 100 may otherwise be referred to as a mounting bracket or mounting profile. An example of the mounting device 100 is shown in figures 4A and 4B. The mounting device 100 comprises an attachment portion 110 and a support portion 120. The attachment portion 110 is configured to attach to a window. Thus, the attachment portion is the part of the mounting device which is for connecting to / attaching to the window. The support portion 120 is configured to engage with the window cover 50. In general, the mounting device 100 is a mechanism which can be used to attach the window cover 50 to a window 200.

[0035] As will be described below, the mounting device 100 is shaped so as to provide a robust connection with the window cover 50 (which can be removed) and a secure connection to the window 200. The mounting device can be attached without damaging the wall with screws or nails and without damaging the beading. Generally, the mounting device 100 is intended to sit along at least one side of the window cover 50 to attach to the window cover 50 to keep it in place. The mounting device 100 may be most effective when provided at the base of the window cover 50 on installation, as the mounting device 100 can sustain the weight of the window cover 50. Preferably, the assembly includes a mounting device 100 at the bottom and top of the window cover 50, as shown in figures 1-3 so as to attach to window cover 50 to support the weight of the window cover 50 and to keep the window cover 50 in place. Preferably, when attached to the window 200, the mounting device 50 is fixedly attached and so is retained in position on the window 200. However, the window cover 50 can be easily removed, and re-attached if necessary. This may be particularly beneficial for replacing the window cover 50, for example if a different type of covering is preferred or in case any part of the window cover 50 breaks, or for removing the window cover 50 to more easily clean the window over 50 before being re-attached.

[0036] The specific details of the mounting device 100 will be described in further detail below. Variations of the mounting device 100 will also be described, in addition to ways in which the mounting device may be provided as part of an attachment frame.

[0037] The attachment portion 110 may be configured to fixedly attach to the window 200. Thus, the attachment portion may be configured for attachment to the window which is not intended to be removed (i.e. is not removably attached). The attachment portion may be configured substantially to permanently attach to the window 200. For example, the attachment portion 110 may comprise adhesive along a length of the attachment portion 110. The adhesive may be provided along a surface 112 of the attachment portion 110, the surface 112 preferably being substantially parallel to the architectural opening when attached. The adhesive may extend along the full length of the attachment portion 110. The adhesive may extend along substantially the full length of the attachment portion 110. The adhesive may extend along at least 70%, or preferably at least 80% or preferably at least 90% of the length of the attachment portion 110. The attachment portion 110 may be provided along the full length of the mounting device 100, and thus, the adhesive may be provided along the full length, substantially the full length or a percentage of the length of the mounting device 100 as described above.

[0038] The adhesive may be provided as a double-sided adhesive strip 111, for example as shown in figure 4B. This is beneficial in that it is relatively easy to obtain and is easy to apply to the attachment portion and to the window to affix the attachment portion. Additionally, known double-sided adhesive strips 111 are available which have high adhesion, which is preferable to ensure that the window covering remains attached to the window 200 when mounted.

[0039] It will be noted that the surface 112 of the attachment portion 110 on which the adhesive strip 111 (or an adhesive) is positioned is slightly recessed relative to other parts of the mounting device 110. This is to allow the mounting device 100 to remain flush with an edge of the window when the adhesive strip 111 is provided. In particular, a ledge 113 may be provided at an outer edge of the attachment portion 110. The ledge 113 may effectively extend from the support portion 120 as shown in figure 4A, i.e. may overhang the surface 112 of the attachment portion 110. The ledge 113 may otherwise be referred to as a protrusion. The ledge 113 may be consistent along the length of the attachment portion 110. When in place on the window 200, the ledge 113 (forming an edge of the attachment portion 110) may be in contact with a surface of the window 200. This is beneficial in providing an improved aesthetic as there is no visible gap between the mounting device 100 and the window 200. Additionally, this may reduce light strike which may otherwise occur, e.g. in any region in which adhesive / adhesive strip 111 is not provided.

[0040] The support portion 120 is configured to engage with the window cover 50. In other words, the support portion 120 is configured to connect to the window cover 50. In further detail, the support portion 120 is configured to connect to the frame 60 of the window cover 50. In particular, the support portion 120 connects at least around an outside of the frame 60 of the window cover 50.

[0041] The support portion 120 may be configured to extend away from the window 200 to which the mounting device 100 is to be attached. Thus, the support portion 120 is configured to extend away from (i.e. in a direction away from) a side of the mounting device 100 configured to attach to the window. In other words, the support portion may be outwards of the window 200. Thus, the support portion 120 may be positioned, relative to the attachment portion 110 which is attached to the window 200, on the other side of the attachment portion 110 to the window 200. Thus, the support portion 120 may be positioned on one side of the attachment portion 110, and the surface 112 for attaching to the window may be positioned on the other side of the attachment portion 110. This is beneficial in allowing easy removal, replacement and / or re-attachment of the window cover 50 from the mounting device 100. Preferably, the support portion is positioned relative to the attachment portion so as to extend away from the window, i.e. the support portion and attachment portion may be generally perpendicular (±30°, or ±20°, or ±10°). Preferably, the attachment portion and support portion are substantially perpendicular to each other. In other words, the attachment portion and the support portion may substantially form an L-shape in cross-section. The length I of the mounting device 100 (i.e. the entire length of the mounting device) may be substantially the same as a distance d between the stiles 61. Thus, the mounting device 100 can be positioned between the stiles of the frame 60. This is only labelled for the upper mounting device 100 as shown in figure 3, but could equally apply to any mounting device 100 provided for any side of the frame 60 (i.e. along the top frame member 62, bottom frame member 63, one or other or both of the stiles 61). This is beneficial in restricting or preventing movement of the mounting device 100 relative to the window cover 50. This is particularly relevant when the mounting device 100 is connected to the frame 60 of the window cover 50 in a way which would otherwise allow for relative linear, i.e. side-to-side, movement between the mounting device 100 and the window cover 50, e.g. when they are connected via a lug and corresponding recess along the length of each respective part as in one of the variations described below.

[0042] The length I of the mounting device may be less than or substantially the same as the opening 201 of the window, and particularly as the length of the side of the opening of the window onto which the mounting device 100 is to be attached. For example, the length I of the mounting device 100 may be the same as the width of the opening 201 if the mounting device is to be positioned along the top or bottom of the window 200. For example, the length I of the mounting device 100 may be the same as the height of the opening 201 if the mounting device is to be positioned along either one of the sides of the window 200. Providing the mounting device 100 with a length I which is less than or substantially the same as the length of the side of the opening of the window 200 on which the mounting device 100 is to be attached is beneficial in allowing the mounting device 100 to be appropriately mounted onto the window 200. If the length I of the mounting device 100 is less than the length of the respective side of the opening of the window (i.e. smaller than the space available on the window itself for the mounting device 100), this is beneficial to allow for somewhat free positioning of the mounting device 100 on the window 200. Glazing may be provided in the opening 201 of the window. Thus, the length I of the mounting device may be less than or substantially the same as the opening 201 of the window in which the glazing is positioned. For other types of architectural opening, the length I of the mounting device may be less than or substantially the same as the length of a side of the opening onto which the mounting device is to be attached, e.g. less than or the same as a width (or height) of an opening without glazing, or less than or the same as a width (or height) of a door or an opening in a door with glazing.

[0043] The support portion 120 is preferably substantially constant in cross-section along the length I of the mounting device 100, i.e. along the entire length of the mounting device 100. In other words, the cross-section of the support portion 120 remains substantially the same along the whole length of the mounting device 100. This may be beneficial in allowing for relatively easy manufacture and / or installation. As the support portion is configured to engage with the frame 60 of the window cover 50, providing a consistent support portion 120 may also be beneficial in allowing for relatively easy manufacture of the window cover frame 60. The window cover frame 60 (and particularly each of the top frame member 62, bottom frame member 63 and / or either of the stiles 61) may be manufactured by any appropriate method. For example, the frame 60 (and particularly the top frame member 62, bottom frame member 63 and / or either of the stiles 61) may be manufactured by extrusion, injection moulding, 3-D printing, or material (e.g. wooden) strips may be used that have milled or planed surfaces. Additionally, having a consistent shape along the length of the support portion 120 may allow for easy installation of the frame 60.

[0044] These advantages may be further improved by the mounting device 100 being substantially constant in cross-section along the length of the device. The mounting device 100 may comprises a body 101 forming at least the support portion 120 and the attachment portion 110. The body 101 may be substantially constant in cross-section along the length of the mounting device 100. In other words, the body may be the same shape (as can be seen in cross-section in figure 4A for example) along the whole mounting device 100. The body 101 may comprise all parts of the mounting device 100 except the attachment mechanism, e.g. the adhesive. The body 101 may be formed of any appropriate material, such as plastic, e.g. PVC, or any extrudable plastic or composite material, or a metal such as aluminium. Providing a body with a substantially uniform cross-section may allow for easier and / or cheaper manufacture. The body 101 of the mounting device 100 may be manufactured by extrusion, although any appropriate manufacturing method may be used.

[0045] Preferably, the attachment portion 110 and the support portion 120 are integral with each other. Thus, these parts of the mounting device 100 are preferably formed from a single body. Of course, this is not a necessity, and the mounting device 100 may formed of separate parts which are attached together, for example, via interlocking parts or adhesive. In particular, the attachment portion 110 and the support portion 120 may be separate parts which are attached to each other.

[0046] Preferably, the support portion 120 is positioned further from the window than the attachment portion 110 in use. This is beneficial in that such a configuration allows the attachment portion 110 to be effectively hidden by the window cover 50. This is more aesthetically pleasing as the visibility of the mounting device 100 is reduced. Furthermore, this may be beneficial for a user in that the attachment portion is concealed and less likely to gather dust and dirt.

[0047] The mounting device 100 may be releasably engaged with the window cover 50. Thus, the mounding device 100 can be detached from, and reliably re-attached to, the window cover 50 without causing damage to either the mounting device 100 or the window cover 50. More particularly, the support portion 120 may be releasably engaged with the frame 60 of the window cover 50. In other words, the mounting device 100 may be removably attached to the window cover 50, and particularly, the mounting device 100 may be removably attached to the frame 60.

[0048] Various mechanisms may be used to provide such releasable engagement. For example, the support portion 120 may comprise a resilient arm 121 and a lug 122, examples of which can be seen in figures 4A and 4B. The resilient arm 121 may extend from the body 101 of the mounting device 100. The resilient arm 121 may extend from the attachment portion 110 of the mounting device 100. The lug 122 may be positioned towards an end, and preferably at the end, of the resilient arm 121. At an opposite end to the lug 122, the resilient arm 121 may be attached to the attachment portion 110. The assembly is preferably configured so as to provide mating parts on the support portion 120 and the frame 60 of the window cover 50. The lug 122 may provide a male mounting part. The frame 60 may comprise a corresponding recess 51 configured to receive the lug 122. The corresponding recess 51 may provide the female mounting part. The recess 51 may be positioned on an outer surface forming an edge of the frame 50, i.e. the radially outer surface forming a side surface of the frame 50. Providing the resilient arm 121 is beneficial in that the lug 122 is positioned within the recess 51 in use, but the user may disengage the lug 122 by bending the resilient arm 121 away from the frame 50 so that the window cover 50 can be removed. Preferably, a surface 123 of the lug 122 is at an acute angle to the resilient arm 121. Preferably, an end surface 123 of the lug is at an acute angle to the resilient arm 121. This is beneficial in that it makes it easier for a user to disengage the lug 122 from the recess, as an object (e.g. a coin, screwdriver, flat edged tool etc.) may be inserted by the user between the lug 122 and the recess 51 so as to push the resilient arm 121 away from the frame 60, thus disengaging the support portion 120 from the frame 60.

[0049] Generally, other forms of releasable engagement may be used. The frame may be configured to latch on to the mounting device. For example, the frame may be hooked or mechanically fastened in some way.

[0050] As will be understood from the description above and the figures, the mounting device 100 preferably does not form part of the frame 60. Thus, the mounting device 100 and the frame 60 are preferably separate components which can be attached and detached from each other (as many times as needed). Preferably, the entire cover 50 can be removed from the mounting device 100. In other words, the frame 60 as a whole and including the covering may be removed (and later reattached) to the mounting device 100.

[0051] Other forms of attachment may be used. For example, the window cover 50 could be attached to the support portion 120, using adhesive. Thus, the window cover 50 could be fixed (rather than releasably engaged with) the mounting device 100. Of course, this may not be as beneficial as the use of a releasable attachment (e.g. the corresponding lug 122 and recess 51) as it may not be possible to remove the window cover 50 from the mounting device 100 without damage to one or other of the window cover 50 or mounting device 100.

[0052] The mounting device 100 preferably comprises a protrusion 130 extending from a surface other than the support portion 120 and being configured to reinforce the attachment to the window frame 60 provided by the support portion 120. The frame 50 of the window cover 60 may comprise a corresponding recess 52 configured to receive the protrusion 130. The protrusion 130 may be curved so as to hook into the recess 52 in the frame 50. The recess 52 may be formed in a surface of the frame 50 which faces the window 200 when installed. The recess 51 and recess 52 are preferably formed on different surfaces from one another, preferably wherein the surfaces are orthogonal to each other. This may be beneficial in receiving mating parts of the mounting device 100 in different parts of the frame 50 to ensure a secure connection.

[0053] The protrusion 130 may generally extend in a direction substantially parallel to the support portion 120, although the protrusion 130 may be curved slightly towards the support portion 120. The protrusion 130 is beneficial in improving the connection between the mounting device 100 and the window cover 50. It is not required to include the protrusion 130 on the mounting device 100, but it would assist in providing a secure attachment of the window cover 50 to the mounting device 100, and thus, the window 200. The protrusion 130 may be attached to, i.e. positioned to extend from, the attachment portion 110 or may be positioned adjacent to the attachment portion 100, preferably on the other side of the attachment portion 100 than the support portion 120. The protrusion 130 may be attached to an end of the attachment portion 110, at an opposite end of the attachment portion 110 to the ledge 113.

[0054] The mounting device 100 may further comprise a positioning portion 140 which comprises a part 141 extending parallel to the support portion 120, and being positioned adjacent or in contact with window glazing 202 when the assembly 1 is installed. When installed, the part 141 of the positioning portion 140 may simply sit on top of the glazing 202, for example as shown in figure 5. The positioning portion 140 may extend from, and be attached to the attachment portion 110. The positioning portion 140, the protrusion 130 (if provided) and the attachment portion 110 may be connected together at substantially the same location. The positioning portion 140 may be beneficial in making installation of the mounting device 100 easier for a user (which is described in further detail below). The positioning portion 140 may be useful for ensuring that the covering, in particular the vanes, do not contact the window as the clearance may be specified by the length of the positioning portion 140. In other words, the positioning portion 140 may stick out slightly further than the vanes which allows a user to easily see if the window cover 50 will fit on the window. If the window beading 203 is too narrow, the positioning portion 140 will prevent the mounting device from sitting flush on the window 200 and so would not be attachable. Thus, the user simply needs to hold the mounting device against the window before installation to check that the vanes would still be able to move without hitting the window glazing 202. The positioning portion 140 is optional, as will be noted from the variations described in relation to figures 7A-G. If the positioning portion was not provided, the user could measure the width of the beading 203 beforehand to confirm that a clearance distance (for example provided in an accompanying manual) is provided to allow the vanes to move when installed using the mounting device.

[0055] The assembly 1 can be easy installed on a window using two mounting devices 100. Firstly, the assembly 1 may be provided with a window cover 50 comprising a mounting device 100 attached onto the bottom frame member 63, for example as shown in figures 6A and 6B. The mounting device 100 may comprise adhesive tape 111, as described above. A film protecting the exposed surface of the adhesive tape 111 may be removed and the window cover 50 and mounting device 100 may be moved from the position shown in figures 6A and 6B to attach the mounting device 100 to the lower side of the window 200. After gluing the lower mounting device 100 to the window 200, the widow cover 50 may be removed from the mounting device 100. At this point, as the lower mounting device 100 has been adhered to the window 200, the mounting device 100 will be retained in position on the window and the window cover 50 can be detached. An additional mounting device 100’ could be attached to the top frame member 62 (if not already present), and a fdm protecting the exposed surface of the adhesive tape on the top mounting device 100’ may be removed. The window cover 50 can then be positioned on the lower mounting device 100 again so that the window cover 50 and the lower mounting device 100 are engaged. The top of the window cover 50 (on which the upper mounting device 100’ is positioned) can then be pushed onto the window 200 until the adhesive on the top mounting device 100’ comes into contact with, and is securely attached to, the window 200. At this point, both the upper mounting device 100’ and the lower mounting device 100 are attached to the window 200, and the assembly 1 is positioned on the window 200, for example as shown in figures 1 and 5. To detach / disengage the window cover 50 from either of the top mounting device 100’ and / or bottom mounting device 100, a flat tool / object may be inserted between the support portion 120 and the frame 60 of the window cover 60 for the upper or lower mounting device.

[0056] The shape of the mounting device 100 (and 100’) in the above embodiments and corresponding drawings is consistently shown to be the same. However, there are a number of variations of the shape of the mounting device which may be used. Some of these variations are shown in figures 7A-7H.

[0057] For example, the mounting device 100 may be provided without the positioning portion 140, as shown in figure 7A. In this instance, the mounting device may be formed of the support portion 120, attachment portion 110 (preferably with some form of adhesive such as the adhesive tape 111 attached), and the protrusion 130. As can be seen in figure 7A the ledge 113 is provided at one end of the attachment portion 110 near the support potion 120. A further ledge 114 may be provided in this instance at the other end of the attachment portion 110. The ledge 113 and further ledge 114 may contact a facing surface of the window 200 when installed (as shown). The ledge 113 and further ledge 114 may extend from the surface 112 of the attachment portion 110 to provide the slight recess in which the adhesive strip 111 (or other adhesive) is located whilst maintaining contact between the mounting device 100 and the window at either end of the attachment portion.

[0058] It is noted in figure 5 A that the mounting device comprises the positioning portion 140. Part of the positioning portion extends substantially parallel to the attachment portion. This part is shown as a vertical stem in figure 5 A and defines the distance of the part 141 from the attachment portion. The length of the stem 142 of the positioning portion 140 may be selected based on the preferred distance between an outer edge of the frame (supported by the support portion 120) and the window glazing 202 (on which part 121 is positioned). For example, the stem 142 may be slightly longer, as shown in figure 5, so that an outer edge of the frame 50 sits slightly further from the window beading 203. . Alternatively, the stem 142 could be slightly shorter, as shown in figure 7B, so that an outer edge of the frame 50 sits slightly nearer to the window beading 203. Providing mounting devices with different lengths of stem 142 allows for window covers 50 of standard sizes to be attached to a greater number of window 200 which may be slightly different sizes.

[0059] The mounting device 100 may comprise a spaced zone to improve increase stiffness of the mounting device 100 and / or to create extra distance between the frame 50 and the glazing 202 of the window 200. This may be particularly beneficial if the window only has a thin beading 203, because otherwise movement of the covering in the frame, and in particular the vanes, may be impeded by the glazing 202 of the window. For example, the spaced zone may be provided by the attachment portion 110 comprising two parallel elements 115A and 115B which are spaced apart from one another, as shown in figure 7C. The parallel elements 115A and 115B together can form the attachment portion 110, although only one of the parallel elements, in this case 115 A, may have the adhesive strip 111 on a surface. The parallel elements 115A and 115B may form a rectangular cross section, i.e. form a rectangular prism which is preferably constant along the length of the mounting device 100.

[0060] The stem 142 of the positioning portion 140 may similarly be provided as a rectangular prism, e.g. as shown in figure 7C. As will be noted the rectangular prism of the stem 143 of the positioning portion is similar to the rectangular prism of the attachment portion. This means that the mounting device can be provided with a main zone of the body including a spaced zone as shown. In other words, the main part of the mounting device positioned between the window and the frame 50 in use is spaced. This increases the stiffness of the mounting device and / or creates extra distance as described above.

[0061] The stem of the positioning portion may be provided, and may be spaced as shown in figure 7C, however the part 141 may not be included as shown in figure 7D. In this case, the stem 142 may simply be referred to as a part of the main body of the mounting device. The stem 142 may simply be a part of the body positioned adjacent to the attachment portion 110 and which provided some stability due to it’s position between the frame 50 and window 200 when in use. Although the mounting device could be provided with the rectangular prism as part of the attachment portion 110 and without any sort of positioning portion, for example as shown in figure 7A. In this case, the attachment portion 110 and particularly, the element 115A may have the ledge 113 and further ledge 114 extending at either end.

[0062] The positioning portion 140 may be provided in different shapes than previously shown. For example, the positioning portion 140 may be generally curved, for example as shown in figure 7E. This may provide a more aesthetically pleasing view, which can be seen through the window cover when the covering is open. As can be seen, the part and stem previously described may generally form one piece which extends from the attachment portion 110 and curves around the window beading 203. The positioning portion may be curved and spaced, as shown in figure 7F. In this case, the positioning portion may be provided by two corresponding elements 140A and 140B which form a spaced, i.e. wider, version of the curved positioning portion 140 so as to curve around the window beading 203 whilst also providing the additional stiffness and / or distance as described above in relation to figure 7C.

[0063] Variations of the mounting device 100 shown in figures 7C are shown in figures 7G and 7H. The mounting device 100 may have the spaced zones as described above, but may not include the protrusion 130 as shown as shown in figure 7H. The surface 150 of the mounting device 100 which is to come into contact with a surface of the frame 50, and particularly a surface of the frame 50 which will be facing the window 200 when installed, may be flat as shown in figure 7G or may have a step 151 as shown in figure 7H.

[0064] It will be understood that other variations of the mounting device 100 may also be provided. For example, any variation may be provided with or without the part 141 of the positioning portion, with or without the positioning portion 140 as a whole (which may be formed of generally straight sections or curved sections as described above), with or without the protrusion 130, with our without spaced zones, or any combination thereof.

[0065] The assembly 1 may preferably comprise two mounting devices, wherein one of the mounting devices is positioned at atop of the frame 50 and the other mounting device is positioned at the bottom of the frame 50 as described in relation to figures 6A and 6B. The mounting devices at the top and bottom of the frame may be the same, for example as indicated in figure 5. Alternatively, the mounting devices at the top and bottom of the frame may be different from each other. Although any combination of different variations of mounting device may be used, some preferred combinations include the same mounting device at top and bottom as shown in figure 5, the mounting device 100 of figure 7A at the top of the frame 50 and the mounting device 100 of figure 7B at the bottom of the frame 50, the mounting device 100 of figure 7A at the top of the frame 50 and the mounting device 100 of figure 5 at the bottom of the frame 50, the mounting device 100 of figure 7C at the top of the frame 50 and the mounting device 100 of figure 7C at the bottom of the frame 50, the mounting device 100 of figure 7D at the top of the frame 50 and the mounting device 100 of figure 7C at the bottom of the frame 50, the mounting device 100 of figure 7A at the top of the frame 50 and the mounting device 100 of figure 7E at the bottom of the frame 50, the mounting device 100 of figure 7D at the top of the frame 50 and the mounting device 100 of figure 7F at the bottom of the frame 50.

[0066] In addition to any of the above combinations, at least one mounting device may be provided along at least one, or even both, of the stiles. Thus, a mounting device may be provided along each edge of the frame 50. If mounting devices are provided at both sides of the stiles, they maybe the same or different from each other.

[0067] The assembly may comprise an attachment frame 300, for example, as shown in figure 8. The window cover 50 may sit within the attachment frame 300 when installed. The attachment frame 300 comprises at least one mounting device 100 at the bottom of the attachment frame 300, i.e. to support a lower edge of the window cover 50. The attachment frame preferably comprises at least one additional mounting device at the top and / or at least one side of the attachment frame. Preferably, the attachment frame 300 is formed by a mounting device on each of the top, bottom and both sides. The mounting devices used for the attachment frame may be any combination of the variations of the mounting devices described above, e.g. may be the same at the top and bottom, may be different at the top and bottom, may be the same on all sides etc. One specific variation is shown in figures 9A-9E which includes the variation of the mounting device shown in figure 7G forming the top and bottom members of the attachment frame 300 and the variation of the mounting device shown in figure 7H forming the sides of the attachment frame 300. It will be noted that the top and bottom members of the attachment frame 300 are thus provided with a lug along the support portion, which is not included on the side members. This is beneficial in that the cover 50 can be released from the attachment frame 300 by releasing the upper or lower mounting device (i.e. by disengaging at least one of the top or bottom mounting devices, for example, by pulling the support portion away from the frame 50 of the cover 60). Other variations of the profile may be provided to form the top, bottom and / or sides of the attachment frame 300, for example, mounting devices described above may be used.

[0068] A further variation of the mounting device 100 includes a further attachment portion 160, for example as shown in figure 10, which is configured to attach to the window beading 203 when the assembly is installed. The further attachment portion 160 may comprise adhesive along a length of the further attachment portion 160, and preferably along the whole length of the further attachment portion 160. Preferably, the further attachment portion 160 comprises a double-sided adhesive strip 161. The further attachment portion 160 may effectively replace the positioning portion 140 described in other variations above and may differ in that the further attachment portion 160 not only sits on or contacts the window beading 203 (as described above in relation to the positioning portion 140), but instead becomes attached / secured to the window beading 203.

[0069] The further attachment portion 160 preferably comprises a hinged portion 162 configured to allow for adjustment of the angle of the further attachment portion 160 relative to the rest of the mounting device. This is beneficial in more easily attaching the further attachment portion to the beading 203 of the window, irrespective of the shape / position of the beading, for example as shown in figure 11A and 1 IB. Preferably, the hinged portion is integral with other parts of the body of the mounting device. Preferably, the hinged portion 162 is formed by having a reduced cross-section width of the material forming the hinged portion compared to other parts of the body, such as the width of the elements forming the attachment portion 110 and support portion 120.

[0070] The attachment frame 300 may define a recess 301 for a handle 204 of window 200. The handle 204 may be used to operate the window 200, e.g. to lock or unlock the window 200 and control the degree of opening of the window 200. The recess 301 may be aligned with the handle 204 so as to reduce the likelihood of the attachment frame 300 obstructing movement of the handle 204 during operation of the handle 204. The recess 301 may be formed on one side of the attachment frame 300, and particularly on an outer edge of the attachment frame 300. The recess 301 may otherwise be referred to as a rebate.

[0071] In any of the above embodiments of variations, the frame 60 of the window cover 50 may define a recess 80 for the handle 204 of window 200. The recess 80 may be aligned with the handle 204 so as to reduce the likelihood of the frame 50 obstructing movement of the handle 204 during operation of the handle 204. The recess 80 may be formed on one of the stiles 61 of the frame 60, and particularly on an outer edge of the frame 60. The recess 80 may otherwise be referred to as a rebate. The recess 80 of the frame 60 of the window cover 50 may be aligned with the recess 301 of the attachment frame 300 (if the attachment frame 300 is provided). Alternatively, if a mounting device is provided along the same side as the handle 204, a recess may be provided in that mounting device to avoid obstructing movement of the handle 204.

[0072] It is described above that window cover is a shutter. However, other forms of window cover may be provided. For example, the cover may be a screen. For example, the cover may be a roller blind. For example, the roller blind may comprise a screen and at least one bar moveable relative to the frame of the window cover. The screen may be attached to the bar and the bar can be moved to pull down or up the screen to vary the extent to which the aperture is obscured. For example, the cover may be a roman blind. For example, the cover may be a Venetian blind. For example, the cover may be a honeycomb or pleated blind. For example, the cover may be a Velux® blind.

[0073] The cover may be manual, i.e. may require a person to physically adjust the opening of the cover. Alternatively, the cover may be automatic, e.g. may include an actuator to move the cover. In this case, the movement of the cover may be controlled by a remote control or an app.

[0074] Although the method of attaching the window cover / mounting device above uses the double-sided adhesive strip, other options are available. For example, alternative forms of adhesive may be used and may be applied to the attachment portion for affixing to the window.

[0075] In embodiments above, various components are described as preferably being integral. Although this may be beneficial, the components could be provided as separate parts which are connected together, e.g. by adhesive, welding and / or mechanical fasteners.

[0076] The invention also provides a mounting device, as described in any of the above embodiments or variations, without additional features or components of the assembly, e.g. without the window cover 50.

[0077] The mounting device described in the above embodiments and variations is especially suitable for tilt and turn windows, which can either be opened fully by turning (like opening a door) or by tilting, so that the window is open at a slight angle for ventilation, in keeping with the windows shown in the figures. However, the mounting device could be used with other types of window.

[0078] In the above variations and embodiments, the assembly and / or mounting device is described for use with a window, and thus reference to a window and “window cover” is described. However, it will be understood that the assembly and / or mounting device may be used for any architectural opening, e.g. an opening without glazing and / or a door. Thus, the window cover described above may be a cover for any architectural opening.

[0079] The present disclosure is set forth in various levels of detail in this application and no limitation as to the scope of the claimed subject matter is intended by either the inclusion or noninclusion of elements, components, or the like in the summary. In certain instances, details that are not necessary for an understanding of the disclosure or that render other details difficult to perceive may have been omited. It should be understood that the claimed subject mater is not necessarily limited to the particular embodiments or arrangements illustrated herein.

[0080] The accompanying drawings are provided for purposes of illustration only, and the dimensions, positions, order, and relative sizes reflected in the drawings attached hereto may vary. The detailed description will be beter understood in conjunction with the accompanying drawings, with reference made in detail to embodiments of the present subject mater, one or more examples of which are illustrated in the drawings. Each example is provided by way of explanation of the present subject mater, not limitation of the present subject mater. In fact, it will be apparent to those skilled in the art that various modifications and variations can be made in the present disclosure without departing from the scope or spirit of the present subject mater. Thus, it is intended that the present subject mater covers such modifications and variations as come within the scope of the appended claims and their equivalents.

[0081] In the foregoing description, it will be appreciated that the phrases “at least one”, “one or more”, and “and / or”, as used herein, are open-ended expressions that are both conjunctive and disjunctive in operation. The term “a” or “an” entity, as used herein, refers to one or more of that entity. As such, the terms “a” (or “an”), “one or more” and “at least one” can be used interchangeably herein.

Claims

CLAIMS1. An assembly comprising: a cover for an architectural opening, the cover comprising a frame that defines an aperture and a covering configured to obscure the aperture, wherein the covering is movable relative to the frame to vary the extent to which the aperture is obscured, wherein the frame comprises a stile on either side of the covering, a top frame member and a bottom frame member; and a mounting device for attaching the cover to the architectural opening, the mounting device comprising: an attachment portion configured to attach to the architectural opening; and a support portion configured to engage with the cover, wherein the support portion is configured to extend away from the architectural opening to which the mounting device is to be attached, wherein the support portion is substantially constant in cross-section along the length of the mounting device, and the support portion is positioned further from the architectural opening than the attachment portion in use.

2. The assembly of claim 1, wherein the length of the mounting device is substantially the same as a distance between the stiles, and the length of the mounting device is less than or substantially the same as a length of a side of an opening of the architectural opening onto which the mounting device is to be attached.

3. An assembly comprising: a cover for an architectural opening, the cover comprising a frame that defines an aperture and a covering configured to obscure the aperture, wherein the covering is movable relative to the frame to vary the extent to which the aperture is obscured, wherein the frame comprises a stile on either side of the covering, a top frame member and a bottom frame member; and a mounting device for attaching the cover to the architectural opening, the mounting device comprising: an attachment portion configured to attach to the architectural opening; and a support portion configured to engage with the cover, wherein a length of the mounting device is substantially the same as a distance between the stiles, and the length of the mounting device is less than or substantially thesame as a length of a side of the architectural opening onto which the mounting device is to be attached.

4. The assembly of claim 3, wherein the support portion is substantially constant in crosssection along the length of the mounting device, and / or the support portion is positioned further from the architectural opening than the attachment portion in use.

5. The assembly of any one of claims 3 or 4, wherein the support portion is configured to extend away from the architectural opening to which the mounting device is to be attached in use.

6. The assembly of any one of the preceding claims, wherein mounting device and frame are configured to be releasably engaged from each other.

7. The assembly of any one of the preceding claims, wherein frame is configured to latch on to the mounting device.

8. The assembly of any one of the preceding claims, wherein the attachment portion is configured to fixedly attach to the architectural opening.

9. The assembly of any one of the preceding claims, wherein the attachment portion comprises adhesive along a length of the attachment portion.

10. The assembly of claim 9, wherein the attachment portion comprises a double-sided adhesive strip.

11. The assembly of any one of the preceding claims, wherein the mounting device is substantially constant in cross-section along the length of the mounting device.

12. The assembly of any one of the preceding claims, wherein the attachment portion and support portion are substantially perpendicular to each other.

13. The assembly of any one of the preceding claims, wherein the support portion comprises a resilient arm and a lug, and the frame of the cover comprises a corresponding recess configured to receive the lug, preferably wherein a surface of the lug is at an acute angle to the resilient arm.

14. The assembly of any one of the preceding claims, wherein the mounting device comprises a protrusion configured to reinforce the attachment to the frame provided by the support portion, and the frame of the cover comprises a corresponding recess configured to receive the protrusion, preferably wherein the protrusion extends form a part of the mounting device other than the support portion.

15. The assembly of any one of the preceding claims, wherein the cover is a shutter and the covering comprises vanes, wherein each vane is rotatably coupled to the frame.

16. The assembly of any one of the preceding claims, wherein the architectural opening comprises glazing, the assembly further comprising a positioning portion which comprises a part extending parallel to the support portion, and being positioned adjacent or in contact with the glazing when the assembly is installed.

17. The assembly of any one of the preceding claims, wherein the architectural opening comprises glazing and beading around at least one edge of the architectural opening, the assembly further comprising a further attachment portion configured to attach to the beading when the assembly is installed, wherein the further attachment portion comprises adhesive along a length of the further attachment portion, preferably wherein the further attachment portion comprises a double-sided adhesive strip.

18. The assembly of claim 17, further attachment portion comprises a hinged portion configured to allow for adjustment of the angle of the further attachment portion relative to the rest of the mounting device.

19. The assembly of any one of the preceding claims, wherein the mounting device comprises a body forming at least the support portion and the attachment portion, preferably wherein the body is formed of plastic.

20. The assembly of any one of the preceding claims, wherein the attachment portion and the support portion are integral with each other.

21. The assembly of any one of the preceding claims, wherein the attachment portion comprises two parallel elements which are spaced apart from one another.

22. The assembly of any one of the preceding claims, wherein the architectural opening comprises a handle, and the frame defines a recess for the handle of architectural opening.

23. The assembly of any one of the preceding claims, comprising two mounting devices, wherein one of the mounting devices is positioned at a top of the frame and the other mounting device is positioned at the bottom of the frame.

24. The assembly of claim 23, wherein the mounting devices at the top and bottom of the frame are the same or wherein the mounting devices at the top and bottom of the frame are different from each other.

25. The assembly of any one of the preceding claims, comprising an attachment frame, wherein the attachment frame comprises at least one mounting device at the bottom of the attachment frame, preferably wherein the attachment frame comprises at least one additional mounting device at the top and / or at least one side of the attachment frame.

26. The assembly of any one of the preceding claims, wherein the architectural opening is a window and the cover is a window cover.

27. The assembly of any one of the preceding claims, wherein the covering is coupled to the frame.

28. The assembly of any one of the preceding claims, wherein the mounting device does not form part of the frame.2229. A mounting device for attaching a cover for an architectural opening to an architectural opening, the mounting device comprising: an attachment portion configured to attach to an architectural opening; and a support portion configured to engage with the cover, wherein the support portion is substantially constant in cross-section along the length of the mounting device, and the support portion is positioned further from the architectural opening than the attachment portion in use.

30. The mounting device of claim 29, wherein the support portion is configured to extend away from the architectural opening to which the mounting device is to be attached in use.

31. The mounting device of either of claims 29 or 30, wherein the attachment portion is configured to fixedly attach to the architectural opening.

32. The mounting device of any one of claims 29 to 31, wherein the attachment portion comprises adhesive along a length of the attachment portion, preferably wherein the attachment portion comprises a double-sided adhesive strip.

33. The mounting device of any one of claims 29 to 32, wherein the mounting device is substantially constant in cross-section along the length of the mounting device.

34. The mounting device of any one of claims 29 to 33, wherein the support portion comprises a resilient arm and a lug, and the frame of the cover comprises a corresponding recess configured to receive the lug, preferably wherein a surface of the lug is at an acute angle to the resilient arm.

35. The mounting device of any one of claims 29 to 34, wherein the mounting device comprises a protrusion configured to reinforce the attachment to the frame of the cover provided by the support portion, and the frame of the cover comprises a corresponding recess configured to receive the protrusion, preferably wherein the protrusion extends form a part of the mounting device other than the support portion.2336. The mounting device of any one of claims 29 to 35, further comprising a positioning portion which comprises a part extending parallel to the support portion, and being positioned adjacent or in contact with glazing of the architectural opening when the assembly is installed.

37. The mounting device of any one of claims 29 to 36, further comprising a further attachment portion configured to attach to beading of the architectural opening when the assembly is installed, wherein the further attachment portion comprises adhesive along a length of the further attachment portion, preferably wherein the further attachment portion comprises a double-sided adhesive strip.

38. The mounting device of claim 37, wherein the further attachment portion comprises a hinged portion configured to allow for adjustment of the angle of the further attachment portion relative to the rest of the mounting device.

39. The mounting device of any one of claims 29 to 38, wherein the mounting device comprises a body forming at least the support portion and the attachment portion, preferably wherein the body is formed of plastic.

40. The mounting device of any one of claims 29 to 39, wherein the attachment portion and the support portion are integral with each other.

41. The mounting device of any one of claims 29 to 3540 wherein the attachment portion comprises two parallel elements which are spaced apart from one another.

42. The mounting device of any one of the claims 29 to 41, wherein the architectural opening is a window and the cover is a window cover.

43. The mounting device of any one of the claims 29 to 42, wherein the attachment portion and support portion are substantially perpendicular to each other.24

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