A multi-curtain assembly includes: first and second curtain segments, each having a leading edge and side edge; an edge fastener having first and second fastener portions proximate the side edge of the first and second curtain segments, respectively, the first fastener portion of the first curtain segment being connectable to the second fastener portion of the second curtain segment to produce a seam as the curtain segments are moved to their closed positions; a motor driving one or more of the barrel assemblies; a synchronizing mechanism synchronizing the barrel assemblies. An overlap fastener, arranged proximate edges of the curtain segments in an overlap region, has aligning portions that align as the side edges are brought into alignment by the edge fastener, to mask at least one side of the fastener seam as the fastener portions are connected to each other.

A window shade may include a shade, a sliding base, a weight track, a first blocking unit, and two second blocking units. The shade has two mount bars respectively formed at an upper end and a lower end thereof, and the shade is connected to the sliding base and the weight track through the two mount bars. The position of the sliding base is limited by the first blocking unit while the second blocking units are configured to limit the position of the weight track. With the first blocking unit and the two second blocking units, the shade can be replaced easily, and also the structural stability of the window shade is improved.

A window shade may include a shade, and each of a top portion and a bottom portion thereof has a mount bar. The shade is installed into a sliding unit through the mount bar on the top portion of the shade, and the mount bar on the bottom portion of the shade is coupled with a weight track. The mount bars on the top portion and the bottom portion of the shade are adapted to enable the shade to horizontally install on a top track of a window curtain and also to enable the weight of the weight track to be evenly distributed on the bottom portion of the shade, thereby smoothing the operation of the shade.

A window shade may include a shade, and each of a top portion and a bottom portion thereof has a mount bar. The shade is installed into a sliding unit through the mount bar on the top portion of the shade, and the mount bar on the bottom portion of the shade is coupled with a weight track. The mount bars on the top portion and the bottom portion of the shade are adapted to enable the shade to horizontally install on a top track of a window curtain and also to enable the weight of the weight track to be evenly distributed on the bottom portion of the shade, thereby smoothing the operation of the shade.

Disclosed herein is a cordless covering for a sliding glass door or other large opening or window that can be arranged in at least three different configurations. In one configuration, one or more slats may be inserted into various pockets on the covering to enable an individual to gather the slats together and change a length of the covering. In a second configuration, a portion of the covering may be draped over one of the pockets of the covering to change the length of the covering. In a third configuration, the covering can be pulled to one side of the sliding glass door such that the width of the covering is changed.

Disclosed herein is a cordless covering for a sliding glass door or other large opening or window that can be arranged in at least three different configurations. In one configuration, one or more slats may be inserted into various pockets on the covering to enable an individual to gather the slats together and change a length of the covering. In a second configuration, a portion of the covering may be draped over one of the pockets of the covering to change the length of the covering. In a third configuration, the covering can be pulled to one side of the sliding glass door such that the width of the covering is changed.

Weight devices, draperies and methods for weighing down draperies include a weight wrapped in a pocket of a weight holder which weight holder is connected to vertical seams and/or vertical hems of the drapery. The weight is elongated and vertically oriented and connected along the vertical seam at a backside of the drapery which in some instances is an overlocked serged seam and provides concealed placement. Drapes are also retrofitted with the weight holders and weights which in some aspects the weights include lead rods.

Weight devices, draperies and methods for weighing down draperies include a weight wrapped in a pocket of a weight holder which weight holder is connected to vertical seams and/or vertical hems of the drapery. The weight is elongated and vertically oriented and connected along the vertical seam at a backside of the drapery which in some instances is an overlocked serged seam and provides concealed placement. Drapes are also retrofitted with the weight holders and weights which in some aspects the weights include lead rods.

Screen device (1) comprising a screen (2) which, on a screen edge (4), is provided with a fitting element (5), a screen slat (3) which comprises a fitting slot (6), in which this fitting element (5) is at least partly accommodable and one or several click-action means (9, 10) which are at least partly elastic in order to secure the fitting element (5) in the fitting slot (6) by means of a click-fit connection.

Screen device (1) comprising a screen (2) which, on a screen edge (4), is provided with a fitting element (5), a screen slat (3) which comprises a fitting slot (6), in which this fitting element (5) is at least partly accommodable and one or several click-action means (9, 10) which are at least partly elastic in order to secure the fitting element (5) in the fitting slot (6) by means of a click-fit connection.