A device includes a front mounting plate having an aperture, a holdback arm having a generally flat proximal end with an aperture, and a rear mounting plate having a single central aperture and two mounting apertures configured at a 45 angle to a surface of the rear mounting plate, the holdback arm configured to be sandwiched between the front and rear mounting plates.

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.

A holdback assembly is provided comprising a mounting portion and a holdback portion. The mounting portion and the holdback portion are coupled and the mounting portion is configured to mount the holdback assembly to a structure while the holdback portion holds back a material or fabric from a position where it would otherwise fall under the force of gravity. In some embodiments, the holdback assembly is mounted to the side trim of a window and the holdback portion holds back a curtain from a portion of the window. In some embodiments, the holdback portion and the mounting portion are separable.

A holdback assembly is provided comprising a mounting portion and a holdback portion. The mounting portion and the holdback portion are coupled and the mounting portion is configured to mount the holdback assembly to a structure while the holdback portion holds back a material or fabric from a position where it would otherwise fall under the force of gravity. In some embodiments, the holdback assembly is mounted to the side trim of a window and the holdback portion holds back a curtain from a portion of the window. In some embodiments, the holdback portion and the mounting portion are separable.

A window dressing holding device for lifting and holding window dressings, such as draperies and curtains, off and above the floor and baseboards to facilitate more convenient cleaning or painting of the baseboards, lower walls or floors. The holding device includes a face plate, base plate, at least one hinge pivotally connecting the face plate to the base plate, first or left side panel having inward projecting flanges at opposite ends, second or right side panel having inward projecting flanges at opposite ends, at least one left side hinge pivotally connecting the left side panel to one end of the face plate, at least one right side hinge pivotally connecting the right side panel to an opposite end of the face plate, a left side bottom flange projecting inward from a lower end of the left side panel, a right side bottom flange projecting inward from a lower end of the right side panel wherein the bottom flanges support the base plate when the holding device is in use, and a plurality of suction cups wherein each suction cup is mounted to and projects outward from respective side panel flanges.

A window dressing holding device for lifting and holding window dressings, such as draperies and curtains, off and above the floor and baseboards to facilitate more convenient cleaning or painting of the baseboards, lower walls or floors. The holding device includes a face plate, base plate, at least one hinge pivotally connecting the face plate to the base plate, first or left side panel having inward projecting flanges at opposite ends, second or right side panel having inward projecting flanges at opposite ends, at least one left side hinge pivotally connecting the left side panel to one end of the face plate, at least one right side hinge pivotally connecting the right side panel to an opposite end of the face plate, a left side bottom flange projecting inward from a lower end of the left side panel, a right side bottom flange projecting inward from a lower end of the right side panel wherein the bottom flanges support the base plate when the holding device is in use, and a plurality of suction cups wherein each suction cup is mounted to and projects outward from respective side panel flanges.

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.

A pole top curtain rod bracket assembly is disclosed which includes a connecting member having a first end mechanically coupled to a pole top curtain rod, either by itself or via a mounting plate, and a second end that has inwardly turned top and bottom edges and includes at least one orifice to connect to a single or double curtain rod mounting bracket. The invention further includes a tie back curtain accessory assembly for holding back curtains from a window. The invention also includes a curtain assembly comprising two to four panels that enable different shading options over a window. The invention also includes a conversion kit that converts a flat curtain rod into a pole top curtain rod.