Abstract: An overflow drain for a tub includes a bracket configured to be located against an inside surface of the tub and connected to an overflow elbow. A first elongated slot is disposed through the bracket. A faceplate is configured to be attached to the bracket. A second elongated slot is disposed through the faceplate. A first knob is movably connected to the faceplate. An elongated seal plate is disposed on the inside of the faceplate and connected to the first knob. The seal plate is configured to move between an open position and a closed position by a movement of the first knob, wherein in the closed position the seal plate is configured to create a watertight seal around either the first or second elongated slots, and wherein in the open position the seal plate is configured to drain a fluid through the first and second elongated slots.

Abstract: An overflow for a tub or basin includes a bracket and a movable cover. A water passageway is disposed through the bracket. The cover is attached to the bracket and translatably movable by a user. A drain aperture is disposed through the cover. An edge is disposed along a perimeter of the cover with a channel disposed on an inside edge surface. The bracket includes a flexure or a pin biased by a spring. When the cover is attached to the bracket the flexure or pin is partially disposed within the channel creating a force biasing the cover to remain attached to the bracket. Alternatively, a magnet may be used to bias the cover to the bracket. When the cover is in an open position, water can flow through both the bracket and the cover. When the cover is in a closed position, it blocks the flow of water.

Abstract: An overflow for a tub or basin includes a bracket and a movable cover. A water passageway is disposed through the bracket. The cover is attached to the bracket and translatably movable by a user. A drain aperture is disposed through the cover. An edge is disposed along a perimeter of the cover with a channel disposed on an inside edge surface. The bracket includes a flexure or a pin biased by a spring. When the cover is attached to the bracket the flexure or pin is partially disposed within the channel creating a force biasing the cover to remain attached to the bracket. Alternatively, a magnet may be used to bias the cover to the bracket. When the cover is in an open position, water can flow through both the bracket and the cover. When the cover is in a closed position, it blocks the flow of water.

Abstract: A three-position, circularly-shaped, height-adjustable overflow drain is disclosed. A circular back plate includes a bottom half opposite a top half, and is configured to be attachable to an overflow elbow. A first aperture is located in the bottom half of the back plate. A second aperture is located in the top half of the back plate. A rotatable handle comprises an outer cylindrical portion including a center plate. A third aperture is located in the center plate. The first, second and third apertures are aligned along a common radius, wherein the rotatable handle is rotatable to align either the first and third apertures, the second and third apertures, or no apertures. A cover plate is disposed within the rotatable handle and attached to the circular back plate forming an annular gap between the cover plate and the outer cylindrical portion.

Abstract: An overflow drain for a tub includes a bracket configured to be located against an inside surface of the tub and connected to an overflow elbow. A first elongated slot is disposed through the bracket. A faceplate is configured to be attached to the bracket. A second elongated slot is disposed through the faceplate. A first knob is movably connected to the faceplate. An elongated seal plate is disposed on the inside of the faceplate and connected to the first knob. The seal plate is configured to move between an open position and a closed position by a movement of the first knob, wherein in the closed position the seal plate is configured to create a watertight seal around either the first or second elongated slots, and wherein in the open position the seal plate is configured to drain a fluid through the first and second elongated slots.

Abstract: A three-position, circularly-shaped, height-adjustable overflow drain is disclosed. A circular back plate includes a bottom half opposite a top half, and is configured to be attachable to an overflow elbow. A first aperture is located in the bottom half of the back plate. A second aperture is located in the top half of the back plate. A rotatable handle comprises an outer cylindrical portion including a center plate. A third aperture is located in the center plate. The first, second and third apertures are aligned along a common radius, wherein the rotatable handle is rotatable to align either the first and third apertures, the second and third apertures, or no apertures. A cover plate is disposed within the rotatable handle and attached to the circular back plate forming an annular gap between the cover plate and the outer cylindrical portion.

Abstract: A three-position, circularly-shaped, height-adjustable overflow drain is disclosed. A circular back plate includes a bottom half opposite a top half, and is configured to be attachable to an overflow elbow. A first aperture is located in the bottom half of the back plate. A second aperture is located in the top half of the back plate. A rotatable handle comprises an outer cylindrical portion including a center plate. A third aperture is located in the center plate. The first, second and third apertures are aligned along a common radius, wherein the rotatable handle is rotatable to align either the first and third apertures, the second and third apertures, or no apertures. A cover plate is disposed within the rotatable handle and attached to the circular back plate forming an annular gap between the cover plate and the outer cylindrical portion.