초록 ▼

A paintbrush support apparatus for use in a container and a method of controlling the depth bristles of the brush may be dipped into paint in the container, as the paint level falls in the container. The brush support apparatus includes a rotatable disk that is adapted to accommodate the bristles of

A paintbrush support apparatus for use in a container and a method of controlling the depth bristles of the brush may be dipped into paint in the container, as the paint level falls in the container. The brush support apparatus includes a rotatable disk that is adapted to accommodate the bristles of a brush resting thereon. The disk is physically configured to have an annular, helical thread configuration that cooperates with a mating helical thread structure that is adapted for inclusion in the container. Rotation of the disk causes the disk to move to varying levels in the container from a top of the mating helical thread structure to a bottom of the mating thread structure adjacent the bottom of the container.

대표청구항 ▼

What is claimed is: 1. A paintbrush support apparatus adapted to use in a paint container, the paintbrush support apparatus comprising: a rotatable disk adapted to accommodate paintbrush placed thereon, the rotatable disk having a raised portion that begins at an edge of the disk and extends radial

What is claimed is: 1. A paintbrush support apparatus adapted to use in a paint container, the paintbrush support apparatus comprising: a rotatable disk adapted to accommodate paintbrush placed thereon, the rotatable disk having a raised portion that begins at an edge of the disk and extends radially toward the center of the disk where the raised portion diminishes in height to zero to thereby establish a helical incline plane that rises over 360 degrees from a base of the raised portion to a top of the raised portion; the disk having at its edge an annular helical thread configuration that cooperates with a mating helical thread structure positioned adjacent to an inner surface of a paint container; rotation of the disk causes the disk to move to varying levels from a top of the mating helical thread structure to a bottom of the mating helical thread structure; the mating helical thread structure is provided with a paintbrush support component removably secured thereto, the paintbrush support component is configured to accommodate a portion of a paintbrush that is supported by the disk and extends above the top of the mating helical thread structure, the paintbrush support apparatus is provided with at least two openings, at least one of the openings adapted to receive an elongated element such that with the element vertically positioned in the opening, whereby rotation of the element causes the disk to rotate and thereby vary the disk level from a top of the mating helical thread structure to a bottom of the mating helical thread structure; the paintbrush support apparatus further includes a crescent shaped brush bristle wiper that is adapted to be securely attached to an upper rim of the mating helical thread structure such that the convex curvature of the crescent shaped brush bristle wiper matches an external curvature of the upper rim, the crescent shaped bristle wiper having a concave curvature that provides a brush bristle wiper surface. 2. The paintbrush support apparatus of claim 1 wherein the crescent shaped wiper includes there through a crescent shaped opening that is coextensive with the crescent shaped wiper, the crescent shaped wiper and the removable object support component adapted to cooperate when in place with an inner edge of the top of a container to prevent rotation of the mating helical thread structure when the rotatable disk is being rotated to adjust the level of the disk. 3. The paintbrush support apparatus of claim 2 wherein the brush bristle wiper having bristles and a handle, the handle cooperating with the paint support component when the paintbrush is placed on the disk between uses. 4. The paintbrush support apparatus of claim 1 wherein the mating helical thread structure is tubular in nature. 5. The paintbrush support apparatus of claim 4 wherein at least some regions of the inner surface of the tubular helical thread structure are provided with the mating helical threads. 6. The paintbrush support apparatus of claim 5 wherein the tubular mating helical structure has openings between the threaded regions. 7. The paintbrush support apparatus of claim 1 wherein the mating helical thread structure is adapted to be readily removed from a paint container. 8. The paintbrush support apparatus of claim 1 when in use with a container wherein the mating helical structure extends from near a top of the container to the bottom of the container, thereby allowing a container lid to be positioned adjacent to the top of the container and the mating helical thread structure. 9. A method of controlling paint carried on the bristles of a paintbrush by continuously controlling a depth to which the brush bristles may be inserted into paint in a container as paint is continuously removed from the container by repeated insertions of the paintbrush into the paint, the method comprising the following steps: rotating a disk having an annular helical thread configuration that cooperates with a mating helical thread structure to cause the disk to move to varying levels in a container from a top of the mating helical thread structure to a bottom of the mating helical thread structure adjacent a bottom of the container to thereby control the depth of the paint above the disk such that the depth of the paint does not exceed the length of the paintbrush bristles as paint level changes in response to the continuous removal of paint from the container, providing the rotatable disk with a raised portion that begins at an edge of the disk and extends radially toward the center of the disk where the raised portion diminishes in height to zero to thereby establish a helical incline plane that rises over 360 degrees from a base of the raised portion to a top of the raised portion. 10. The method of claim 9 that further includes the following steps: providing an opening in the rotatable disk adapted to receive an elongated element, and inserting the elongated element into the opening of the disk. 11. The method of claim 9 that further includes the following step: rotating the element to cause the disk to rotate and thereby vary the disk level in the container.