Abstract: Disclosed herein is a cordless window covering that has one or more removable securement mechanisms that are positionable at various locations along one or more straps that are coupled to a first side of the window covering. Different portions of each of the one or more straps are coupled to the window covering at a number of different positions. This enables the one or more removable securement mechanisms to be removably coupled to each of the different positions.

Abstract: 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.

Abstract: Disclosed herein is a cordless window covering that has one or more removable securement mechanisms that are positionable at various locations along one or more straps that are coupled to a first side of the window covering. Different portions of each of the one or more straps are coupled to the window covering at a number of different positions. This enables the one or more removable securement mechanisms to be removably coupled to each of the different positions.

Abstract: 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.

Abstract: Disclosed herein is a window covering having adjustable securement mechanisms that are operable to secure at least a portion of the window covering at a certain location once the window covering has been manipulated. As described, the window covering includes a panel and at least one guide coupled to a first side of the panel. The window covering also includes at least one sliding securement mechanism coupled to the guide. The at least one sliding securement mechanism is operative to move along the guide and secure at least a portion of the panel at different positions along the guide.

Abstract: Disclosed herein is a window covering having adjustable securement mechanisms that are operable to secure at least a portion of the window covering at a certain location once the window covering has been manipulated. As described, the window covering includes a panel and at least one guide coupled to a first side of the panel. The window covering also includes at least one sliding securement mechanism coupled to the guide. The at least one sliding securement mechanism is operative to move along the guide and secure at least a portion of the panel at different positions along the guide.

Abstract: A window covering for an oddly-shaped window includes a panel, having a flexible bottom edge, and a top edge attached at a top of the window. The panel is configured to be drawn upward by the bottom edge to uncover the window, and to lower to a substantially planar configuration to substantially cover the window. The bottom edge is configured to at least partly conform to a shape of the top of the window when drawn up thereagainst. At least two pull cords are attached to the bottom edge, and are configured to raise and lower the panel.

Abstract: A window covering for an irregularly-shaped window includes a panel, comprising accordion folds, configured to fold up at a base of the window, and to raise and unfold to a substantially planar configuration. A top edge of the panel is shaped to match a top shape of the window; and a pull cord is attached to the top edge, configured to raise and lower the panel. The window covering can also include an alignment device, extending between the base of the window and the top edge of the window, and a plurality of connectors, attached to alternating opposing folds of the accordion folds at a vertex thereof, and slidingly disposed along the alignment device, to retain a vertical alignment of the panel during raising and lowering.

Abstract: A window covering for an oddly-shaped window includes a panel, having a flexible bottom edge, and a top edge attached at a top of the window. The panel is configured to be drawn upward by the bottom edge to uncover the window, and to lower to a substantially planar configuration to substantially cover the window. The bottom edge is configured to at least partly conform to a shape of the top of the window when drawn up thereagainst. At least two pull cords are attached to the bottom edge, and are configured to raise and lower the panel.

Abstract: A window covering for an irregularly-shaped window includes a panel, comprising accordion folds, configured to fold up at a base of the window, and to raise and unfold to a substantially planar configuration. A top edge of the panel is shaped to match a top shape of the window; and a pull cord is attached to the top edge, configured to raise and lower the panel. The window covering can also include an alignment device, extending between the base of the window and the top edge of the window, and a plurality of connectors, attached to alternating opposing folds of the accordion folds at a vertex thereof, and slidingly disposed along the alignment device, to retain a vertical alignment of the panel during raising and lowering.