A ladder rope retaining device includes a support base, a rotating base, and an elastic positioning member. The support base has a bottom wall and two opposite straight walls connected with the bottom wall and each having a pivot trough. The rotating base includes a pivot pivotally disposed in the pivot troughs, and a ladder rope retaining portion formed on the pivot. The pivot has a plurality of positioning recesses arranged in an equally-spaced manner. The elastic positioning member is disposed to one of the straight walls of the support base and elastically engaged with one of the positioning recesses of the pivot. Thus, when the rotating base is rotated relative to the support base, the positioning recesses are alternately engaged with and disengaged from the elastic positioning member to generate a better operating feel.

In one aspect, a cellular slat for a covering for an architectural structure includes an outer sock forming an outer cellular structure and an inner core configured to be positioned within the outer cellular structure. The inner core includes first and second ends and first and second fold edges formed between the first and second ends. With the inner core positioned within the outer sock, the inner core forms an inner cellular structure having a first curved profile extending along the first side of the cellular structure between the first and second fold edges and a second curved profile extending along the second side of the cellular structure between the first and second fold edges. Additionally, the inner core is in an at least partially detached state relative to the outer sock along at least a portion of an interface defined between the inner core and the outer sock.

In one aspect, a cellular slat for a covering for an architectural structure includes an outer sock forming an outer cellular structure and an inner core configured to be positioned within the outer cellular structure. The inner core includes first and second ends and first and second fold edges formed between the first and second ends. With the inner core positioned within the outer sock, the inner core forms an inner cellular structure having a first curved profile extending along the first side of the cellular structure between the first and second fold edges and a second curved profile extending along the second side of the cellular structure between the first and second fold edges. Additionally, the inner core is in an at least partially detached state relative to the outer sock along at least a portion of an interface defined between the inner core and the outer sock.

A bracket is disclosed that is configured for engagement with a clip for a window or door covering. The bracket includes a body and an adjustment mechanism that is configured for engagement with the body and the clip such that the clip is supportable by the body and the adjustment mechanism. The adjustment mechanism includes a drive assembly that is configured to vary a height of the bracket and a vertical position of the clip.

A blind repair device for repairing a vane of a blind system has a generally oblong body having a central opening, and a repair structure that can be aligned with a connection aperture of the vane. The repair device can be fit over and secured to the vane to align the repair structure with the connection aperture such that the ability of the vane to couple to a runner/hanger of the blind system is restored. The repair device can be expanded to more easily fit the vane through the central opening. The body of the device can be made of a resilient material, a rigid material, or a combination of resilient and rigid materials. The body can have gripping elements such as nodes, teeth, or a rough surface to secure the repair device to the vane.

A blind repair device for repairing a vane of a blind system has a generally oblong body having a central opening, and a repair structure that can be aligned with a connection aperture of the vane. The repair device can be fit over and secured to the vane to align the repair structure with the connection aperture such that the ability of the vane to couple to a runner/hanger of the blind system is restored. The repair device can be expanded to more easily fit the vane through the central opening. The body of the device can be made of a resilient material, a rigid material, or a combination of resilient and rigid materials. The body can have gripping elements such as nodes, teeth, or a rough surface to secure the repair device to the vane.

A follower arrangement, operatively coupled to a plurality of slats of a blind assembly via a flexible cord, for raising and lowering the plurality of slats via the flexible cord, may include a housing defining a first opening therethrough, a ferromagnetic or paramagnetic counterweight to act against a weight of the plurality of slats of the blind assembly to reduce forces required to be applied to the follower arrangement to raise or lower the slats, and at least one magnet received within the first opening defined through the housing and magnetically attached to the counterweight to magnetically secure the housing to the counterweight.

A follower arrangement, operatively coupled to a plurality of slats of a blind assembly via a flexible cord, for raising and lowering the plurality of slats via the flexible cord, may include a housing defining a first opening therethrough, a ferromagnetic or paramagnetic counterweight to act against a weight of the plurality of slats of the blind assembly to reduce forces required to be applied to the follower arrangement to raise or lower the slats, and at least one magnet received within the first opening defined through the housing and magnetically attached to the counterweight to magnetically secure the housing to the counterweight.

A fast fit mini blind bracket includes a bracket, the bracket including a first region and a second region oriented perpendicular to each other, the first region and the second region including at least one centrally located aperture, a fastener end, and a fastener, the fastener configured to secure the bracket to a surface.

A box for a system for opening and closing a communication route between two separate areas, the system including separation means suitable for allowing and preventing, respectively, at least partially, crossing of the route by light, may include: a box body configured to accommodate a movement unit of the system; and support elements for the movement unit. The box body may have a major extension direction. The box body may be defined by support and closing profiles, both extending along the direction. The support profile may define at least one upper, lower, and connecting wall. The closing profile may define a closing wall. The closing profile may be removably fixable to the support profile for closing the box body. When the closing profile is fixed to the support profile, a distance between the closing wall and the connecting wall may be less than or equal to 20 millimeters.