Abstract: The window arrangement comprises a plurality of neighboring window systems, each window system comprising a frame structure (1, 101) including a plurality of frame members including a pair of opposed side frame members (3, 105), and at least one accessory element (200). Each side frame member comprises a groove such that two grooves of juxtaposed side frame members of two neighboring window systems form a track (100). The accessory element or elements (200) is connected to the window systems by means of the track.

Abstract: The window arrangement comprises a plurality of neighbouring window systems, each window system comprising a frame structure (1, 101) including a plurality of frame members including a pair of opposed side frame members (3, 105), and at least one accessory element (200). Each side frame member comprises a groove such that two grooves of juxtaposed side frame members of two neighbouring window systems form a track (100). The accessory element or elements (200) is connected to the window systems by means of the track.

Abstract: The window system has a substantially rectangular frame structure having four corner sections (1b) and being adapted to be installed in a roof structure and a bracket arrangement comprising a set of bracket units (6b), each bracket unit including a base element (10b) mounted at each corner section of the frame structure. Each bracket unit furthermore comprises at least one supplemental element (20b,40b) adapted to be detachably connected to said base element. One supplemental element comprises a leg element (20b) adapted to be detachably connected to the base element, preferably rotatably and detachably connected with the base element.

Abstract: In the method of installing a window arrangement comprising a number of neighboring windows, a support structure including an upstand is first provided. Each window is provided with a plurality of predefined connection points, and windows are placed next to each other. One window is connected with the other and neighboring window at said predefined connection points.

Abstract: The window system has a substantially rectangular frame structure having four corner sections (1b) and being adapted to be installed in a roof structure and a bracket arrangement comprising a set of bracket units (6b), each bracket unit including a base element (10b) mounted at each corner section of the frame structure. Each bracket unit furthermore comprises at least one supplemental element (20b,40b) adapted to be detachably connected to said base element. One supplemental element comprises a leg element (20b) adapted to be detachably connected to the base element, preferably rotatably and detachably connected with the base element.

Abstract: The window system has a substantially rectangular frame structure having four corner sections (1b) and being adapted to be installed in a roof structure and a bracket arrangement comprising a set of bracket units (6b), each bracket unit including a base element (10b) mounted at each corner section of the frame structure. Each bracket unit furthermore comprises at least one supplemental element (20b,40b) adapted to be detachably connected to said base element. One supplemental element comprises a leg element (20b) adapted to be detachably connected to the base element, preferably rotatably and detachably connected with the base element.

Abstract: In the method of installing a window arrangement comprising a number of neighboring windows, a support structure including an upstand is first provided. Each window is provided with a plurality of predefined connection points, and windows are placed next to each other. One window is connected with the other and neighboring window at said predefined connection points.

Abstract: The invention relates to a flashing member for use with a roof window mounted on an upstand, said flashing member having at least one insulating member and a compensation member on the inner side. The compensation member, which allows use of one flashing member for different angles of the window, is preferably compressible, expandable or provided with removal indications, such as cutting lines, for allowing an easy removable of a part thereof as well as elastic. A kit including at least one such flashing member may include corner flashing members, gable flashing members, a ridge flashing members and/or supplementary insulating members. The invention further relates to a method for mounting a flashing for a roof window mounted on an upstand, where one or more connector brackets are attached to the window and where the/each flashing member is attached to the window frame via at least one connector bracket.

Abstract: In the method of installing a window arrangement comprising a number of neighbouring windows, a support structure including an upstand is first provided. Each window is provided with a plurality of predefined connection points, and windows are placed next to each other. One window is connected with the other and neighbouring window at said predefined connection points.

Abstract: An assembly for securing an openable aperture closure member (11) in closed position relative to an aperture defines by a main frame (12), the aperture closure member (11) including a mechanically rotational element (24, 44, 54) for securing said closure member (11) to the frame (12), the assembly for securing comprising a push and/or pull actuation assembly (35) for easing the securing and/or releasing process for the aperture closure member, the actuation assembly including a handle bar (26) and at least one connecting member (37) which operably connects the handle bar (36) to the mechanical element (24, 44, 54); wherein the push and/or pull actuation assembly (35) is adapted to be translationally movable by an operator and the connecting member (37) is adapted to convert translational movement of the actuation assembly (35) into rotational forcing movement of the mechanically rotational element (24, 44, 54).

Abstract: In the method of installing a window arrangement comprising a number of neighbouring windows, a support structure including an upstand is first provided. Each window is provided with a plurality of predefined connection points, and windows are placed next to each other. One window is connected with the other and neighbouring window at said pre-defined connection points.

Abstract: The invention relates to a flashing member for use with a roof window mounted on an upstand, said flashing member having at least one insulating member and a compensation member on the inner side. The compensation member, which allows use of one flashing member for different angles of the window, is preferably compressible, expandable or provided with removal indications, such as cutting lines, for allowing an easy removable of a part thereof as well as elastic. A kit including at least one such flashing member may include corner flashing members, gable flashing members, a ridge flashing members and/or supplementary insulating members. The invention further relates to a method for mounting a flashing for a roof window mounted on an upstand, where one or more connector brackets are attached to the window and where the/each flashing member is attached to the window frame via at least one connector bracket.

Abstract: The window system has a substantially rectangular frame structure having four corner sections (1b) and being adapted to be installed in a roof structure and a bracket arrangement comprising a set of bracket units (6b), each bracket unit including a base element (10b) mounted at each corner section of the frame structure. Each bracket unit furthermore comprises at least one supplemental element (20b,40b) adapted to be detachably connected to said base element. One supplemental element comprises a leg element (20b) adapted to be detachably connected to the base element, preferably rotatably and detachably connected with the base element.

Abstract: The ventilation device (10) comprises a first plate (11) having a first set of apertures (16), and a second plate (21) having a second set of apertures (26) separated by cover portions (27). The first and second plates are slidable with respect to each other. The cover portions (27) have dimensions differing from the dimensions of the first set of apertures (16). Furthermore, the dimensions of the cover portions vary along said first direction (x) and/or in a second direction (y) perpendicular to the first direction to provide a visual indication of the degree of ventilation area achieved.

Abstract: An assembly for securing an openable aperture closure member (11) in closed position relative to an aperture defined by a main frame (12), the aperture closure member (11) including a mechanically rotational means (24, 44, 54) for securing said closure member (11) to the frame (12), the assembly for securing comprising a push and/or pull actuation assembly (35) for easing the securing and/or releasing process for the aperture closure member, the actuation assembly including a handle bar (36) and at least one connecting member (37) which operably connects the handle bar (36) to the mechanical means (24, 44, 54); wherein the push and/or pull actuation assembly (35) is adapted to be translationally movable by an operator and the connecting member (37) is adapted to convert translational movement of the actuation assembly (35) into rotational forcing movement of the mechanically rotational means (24, 44, 54).

Abstract: A skylight for installation on a roof of a building is provided. The skylight includes a frame that has a plurality of elements and defines an interior opening. A mounting bracket with a first and second leg is included. The first leg of the mounting bracket is connected to one of the elements of the frame, and the second leg may have a guide structure with at least one opening that extends at an angle with respect to the second leg. The guide structure may be used for securing the mounting bracket and skylight to the roofing structure. The skylight may be provided with a flashing profile that has a rigid section attached to one of the elements of the frame and a flexible section attached to the rigid section. The rigid and flexible sections may extend along the longitudinal lengths of two different elements of the frame.