Embodiments are provided of a curtain carrier forming a part of a curtain carrier assembly configured to support a curtain. The curtain carrier assembly includes an elongate track with a slot. The slot extends lengthwise along an underside of the track. A curtain carrier is slidably coupled to the track. The curtain carrier includes a spool that is slidable lengthwise along the slot. The curtain carrier also includes a stem that is pivotably coupled to the spool. In specific embodiments, at least a portion of the stem protrudes below the spool. In specific embodiments, the stem defines a hook opening sized to receive a curtain hook at a location spaced apart from the spool. The curtain carrier assembly further includes a curtain hook configured to support a portion of a sliding curtain. The curtain hook is coupled to the stem such that the curtain hook passes through the hook opening.

Embodiments are provided of a curtain carrier forming a part of a curtain carrier assembly configured to support a curtain. The curtain carrier assembly includes an elongate track with a slot. The slot extends lengthwise along an underside of the track. A curtain carrier is slidably coupled to the track. The curtain carrier includes a spool that is slidable lengthwise along the slot. The curtain carrier also includes a stem that is pivotably coupled to the spool. In specific embodiments, at least a portion of the stem protrudes below the spool. In specific embodiments, the stem defines a hook opening sized to receive a curtain hook at a location spaced apart from the spool. The curtain carrier assembly further includes a curtain hook configured to support a portion of a sliding curtain. The curtain hook is coupled to the stem such that the curtain hook passes through the hook opening.

A method for controlling a drapery assembly is disclosed that opens and close a drape based on low and high touch sensitivity signature values that are established manually by the user. The method comprises pressing at least one button to initiate setting low touch sensitivity value; detecting a first manual movement of the drape; determining a first number of ticks using an encoder associated with the first manual movement; determining a low end user sensitivity signature value by calculating the average first number of ticks of the encoder; pressing at least one another button to initiate setting high touch sensitivity value; detecting a second manual movement of the drape; determining a second number of ticks using the encoder associated with the second manual movement; and determining a high end user sensitivity signature value by calculating the average first number of ticks of the encoder over the first time period.

A method for controlling a drapery assembly is disclosed that opens and close a drape based on low and high touch sensitivity signature values that are established manually by the user. The method comprises pressing at least one button to initiate setting low touch sensitivity value; detecting a first manual movement of the drape; determining a first number of ticks using an encoder associated with the first manual movement; determining a low end user sensitivity signature value by calculating the average first number of ticks of the encoder; pressing at least one another button to initiate setting high touch sensitivity value; detecting a second manual movement of the drape; determining a second number of ticks using the encoder associated with the second manual movement; and determining a high end user sensitivity signature value by calculating the average first number of ticks of the encoder over the first time period.

A sliding screen system (101) for a sliding screen comprising a linear slide bar (110) and at least one sliding member (120, 120). The linear slide bar (110) has a slide surface coated with a lacquer comprising a resin. The lacquer is in turn at least partly coated with a lipophilic composition coating. The lipophilic composition coating provides a slide layer on the slide bar (110) with low friction. The sliding system (101) is arranged to support a sliding screen (130), such as a sliding door or a sliding curtain, connected to the sliding member (120) to allow for linear movement of the sliding screen (130) along the longitudinal axis of the linear slide bar (110).

A sliding screen system (101) for a sliding screen comprising a linear slide bar (110) and at least one sliding member (120, 120). The linear slide bar (110) has a slide surface coated with a lacquer comprising a resin. The lacquer is in turn at least partly coated with a lipophilic composition coating. The lipophilic composition coating provides a slide layer on the slide bar (110) with low friction. The sliding system (101) is arranged to support a sliding screen (130), such as a sliding door or a sliding curtain, connected to the sliding member (120) to allow for linear movement of the sliding screen (130) along the longitudinal axis of the linear slide bar (110).

A curtain changing apparatus and method of use thereof includes a curtain retrieval arm engageable with a curtain track to allow the transfer of a curtain between the curtain track and the curtain retrieval arm. A removable insert is adapted to bridge the full or partial cutout section of the curtain track for normal use of the track, and an insert retrieval tool is adapted to enable removal and replacement of the insert from ground level.

A cubicle privacy curtain assembly for use with an overhead curtain track includes a main portion having opposed upstanding leading and trailing edges with opposed top and bottom edges extending between the leading and trailing edges, respectively, such that the edges collectively define a flexible curtain sheet. Spaced apart track fasteners extend upwardly to selectively engage with the curtain track. A flexible protective panel is removably coupled to the curtain main portion along the leading edge, the protective panel having a front section and a rear section connected to the front section in a unitary construction, the front section being selectively foldable toward the rear section along an upstanding center line of weakness such that the front and rear sections of the protective panel are selectively positioned on the front and back sides of the curtain sheet, respectively, with the leading edge in contact with the center line of weakness.

A cubicle privacy curtain assembly for use with an overhead curtain track includes a main portion having opposed upstanding leading and trailing edges with opposed top and bottom edges extending between the leading and trailing edges, respectively, such that the edges collectively define a flexible curtain sheet. Spaced apart track fasteners extend upwardly to selectively engage with the curtain track. A flexible protective panel is removably coupled to the curtain main portion along the leading edge, the protective panel having a front section and a rear section connected to the front section in a unitary construction, the front section being selectively foldable toward the rear section along an upstanding center line of weakness such that the front and rear sections of the protective panel are selectively positioned on the front and back sides of the curtain sheet, respectively, with the leading edge in contact with the center line of weakness.

The present application belongs to the field of spring roller shutters, and particularly relates to a spring roller shutter with adjustable function, which comprises a spring assembly in a drum, an adjusting assembly and a limiting assembly, wherein one end of the drum includes a concentric adjusting cylinder, the adjusting cylinder is connected with an output end of the spring assembly, one end of the adjusting cylinder away from the drum includes a fixed shell, the fixed shell includes a cavity with an opening facing the adjusting cylinder, the one end of the adjusting cylinder slides in the fixed shell, and the adjusting assembly and the limiting assembly are in the fixed shell, thereby achieving the benefit of adjusting the maximum withdrawal height of the curtain.