A window shade pocket system comprises a pocket having an inside surface, a bracket removably affixed to the inside surface of the pocket and a roller shade within the pocket. The bracket may retain cabling and/or electrical components within the bracket. The bracket may include a plurality of brackets along the inside surface of the pocket, wherein the cabling is retained within the plurality of brackets. The brackets may form a channel between the bracket and the inside surface of the pocket. The roller shade may be able to be removed after the bracket is removed. The pocket may also be comprised of a first component having a first engagement device and a second component having a second engagement device, wherein the first engagement device engages the second engagement device to form the pocket.

An elongated support member is adapted to be connected to a wall portion or roof portion defining a space for housing an extendable or movable covering, wherein the support member is adapted for supporting a plate shaped cover in a way that the cover projects from the support member so that it at least partly can conceal the space for the covering. The support member includes a pivot arrangement for forming a pivot axis so that the cover may be pivoted between a non-connected state and a connected state in relation to the support member.

A cover arrangement for at least partially covering an opening includes an elongated support member, which is adapted to be arranged adjacent the opening, a plate-shaped cover adapted to be connected to the elongated support member in a way that, in a connected state, the plate-shaped cover projects from the elongated support member, and at least one connection element. The connection element and the elongated support member include complimentary shaped first engagement means so that the connection element may be rigidly connected to the elongated support member in an operative state. Further, the connection element and the plate-shaped cover include complimentary shaped pivot means so that the plate-shaped cover may be pivoted between a non-connected state and the connected state in relation to the elongated support member when the connection element is in its operative state in relation to the elongated support member.

A barrier system includes a roll-up barrier comprising a plurality of slats hingedly connected, a guide system, and a drive system. Each slat of the plurality of slats includes a central portion having a first thickness, a top portion, and a bottom portion. At least one of the top portion or the bottom portion having a second thickness less than the first thickness. The top portion of each slat overlaps the bottom portion of an adjacent slat forming an overlapping region having the first thickness when the barrier is in a closed configuration. The guide system is configured to guide movement of the roll-up barrier. The drive system configured to transition the roll-up barrier between open and closed configurations along the guide system.

A high speed sliding roll-up door interposed between two rooms at different temperatures has a flexible curtain to close or open a passage of a wall separating these rooms. The roll-up door has two side uprights having guide rails of the side edges of the curtain, and an upper crosspiece near which there is a storage area of the curtain. A device for draining the condensation water present on the curtain includes guide rails having an upper rectilinear portion, close to the shelter area, and a lower rectilinear portion offset with respect to the upper rectilinear portion, between which an inclined portion is interposed which is connected upstream and downstream with the upper and lower rectilinear portion. Below the upper rectilinear portion there is a gutter formation configured to receive the condensation water present on the curtain, when this rises towards the shelter area.

A door guardrail without exposed support rods, comprising a fabric winding tube and a handlebar arranged on an outer side of the fabric winding tube, a mesh fabric being arranged between the fabric winding tube and the handlebar, a support rod is arranged in the fabric winding tube, a spring device allowing the mesh fabric to retract automatically after being pulled out is disposed around the support rod, a lock device used for controlling a length of the mesh fabric pulled out is arranged at an end of the support rod. The support rod is arranged in the fabric winding tube, and the spring device is disposed around the support rod to allow the mesh fabric to retract automatically after being pulled out, such that the storage size of the door guardrail can be strictly controlled, thus effectively controlling packaging and transportation costs.

This disclosure presents a safe high speed roll-up door with spiral brackets. To enable a high speed operation, robust spiral brackets having efficient spacing are provided to guide the plurality of sectional slats. Durable and low noise signature rollers are used. A unique assembly configuration of the slats and the tracks guiding the rollers enable quick replacement of each individual roller without disassembling the door. A double-belt counter weight mechanism balances the door and incorporates safety sensors that prevent loosening the belts when the door is jammed. The belts are further adjustable using ratchets such that adjustment for the horizontal balance as well as weight position is made effortless. In all, the high speed roll-up door using sectional slats performs faster and quieter, withstands greater loads, and lasts longer than other existing roll-up doors with spiral brackets.

A rollable wall system includes a steel frame box, a roll-up wall mechanism, a horizontal self-adaptive rotating shaft, a pair of guiding columns, and two types of locking mechanisms. The roll-up wall mechanism includes several wall segments. There is a hinge between each two neighboring wall segments. The horizontal self-adaption shaft is connected to the uppermost wall segment of the wall mechanism. The rollable wall shaft is mounted in the steel frame box. When the shaft rotates, the wall mechanism will roll up and retract into the box. A locking mechanism is installed between the neighboring wall segments and at the bottom of the wall. The wall segments can be made of multiple interior layers.

A covering box for roller elements, to be fixed to a wall or ceiling, comprises a casing made up of multiple walls that define an internal housing configured to receive the roller elements. A lower hood is provided with a pivot to form an axis of rotation, such that the hood is able to pivot with respect to the casing between a connected state and a disconnected state. The pivot comprises a hollow and a hook-shaped segment configured to be coupled with a segment of the hood. The hollow is defined by a vertical extension that extends from the casing and an elongated horizontal extension from which the hook-shaped segment extends vertically defining a first point of rotation for a first segment of the hood and a curved segment intended to make contact under pressure on a second segment of the hood. An elongated segment protrudes from the elongated extension that defines a second point of rotation for a third segment of the hood.

This disclosure presents a safe high speed roll-up door with spiral brackets. To enable a high speed operation, robust spiral brackets having efficient spacing are provided to guide the plurality of sectional slats. Durable and low noise signature rollers are used. A unique assembly configuration of the slats and the tracks guiding the rollers enable quick replacement of each individual roller without disassembling the door. A double-belt counter weight mechanism balances the door and incorporates safety sensors that prevent loosening the belts when the door is jammed. The belts are further adjustable using ratchets such that adjustment for the horizontal balance as well as weight position is made effortless. In all, the high speed roll-up door using sectional slats performs faster and quieter, withstands greater loads, and lasts longer than other existing roll-up doors with spiral brackets.