Abstract: A liquid filtration system includes a sump screen, a filter, and a cap. The sump screen mounts to a tub bottom wall and includes a plate and a filter aperture edge mounted through the plate. The plate includes a sump mesh having a sump mesh size of less than approximately 0.1 inches. The filter mounts to the filter aperture edge and includes a sidewall and a plurality of posts mounted to extend up from the sidewall. The sidewall includes a filter mesh having a filter mesh size of less than approximately 0.1 inches. At least a portion of each post extends above the filter aperture edge when the filter is mounted to the filter aperture edge. The cap mounts above the plurality of posts. The plurality of posts and the cap form a conduit sized to allow material that cannot pass through the sump mesh to flow through the conduit.

Abstract: A docking system includes basket and wall conduit systems. The basket conduit system includes a conduit and first and second nozzles mounted to opposite ends of the conduit. The second nozzle has a first funnel shape with a first circumference that decreases from an open end of the second nozzle towards the conduit. The wall conduit system includes front and back housings, a sliding plate, and a third nozzle. A sliding aperture is formed through a front plate of the front housing. A nozzle aperture is formed through a back plate of the back housing. The sliding plate slides within a space formed by the front housing and the back housing. The third nozzle is sized and shaped to slide within the sliding aperture and includes a generally cylindrical shape and a second funnel shape with a second circumference that decreases from the sliding plate towards the generally cylindrical shape.

Abstract: A liquid filtration system includes a sump screen, a filter, and a cap. The sump screen mounts to a tub bottom wall and includes a plate and a filter aperture edge mounted through the plate. The plate includes a sump mesh having a sump mesh size of less than approximately 0.1 inches. The filter mounts to the filter aperture edge and includes a sidewall and a plurality of posts mounted to extend up from the sidewall. The sidewall includes a filter mesh having a filter mesh size of less than approximately 0.1 inches. At least a portion of each post extends above the filter aperture edge when the filter is mounted to the filter aperture edge. The cap mounts above the plurality of posts. The plurality of posts and the cap form a conduit sized to allow material that cannot pass through the sump mesh to flow through the conduit.

Abstract: A door includes a first door assembly, a second door assembly mounted to the first door assembly, a left hinge, and a right hinge. The first door assembly includes a first panel, a first brace, and a plurality of tabs that extend from the first brace. The second door assembly includes a second panel, a second brace, and a plurality of slots formed in the second brace. The first brace is mounted between a left side flange of the first panel assembly and a right side flange of the first panel assembly. The second brace is mounted between a left side flange of the second panel assembly and a right side flange of the second panel assembly. The plurality of tabs are configured to align with and to slide down into respective ones of the plurality of slots to mount the first door assembly to the second door assembly.

Abstract: A door includes a first door assembly, a second door assembly mounted to the first door assembly, a left hinge, and a right hinge. The first door assembly includes a first panel, a first brace, and a plurality of tabs that extend from the first brace. The second door assembly includes a second panel, a second brace, and a plurality of slots formed in the second brace. The first brace is mounted between a left side flange of the first panel assembly and a right side flange of the first panel assembly. The second brace is mounted between a left side flange of the second panel assembly and a right side flange of the second panel assembly. The plurality of tabs are configured to align with and to slide down into respective ones of the plurality of slots to mount the first door assembly to the second door assembly.

Abstract: A docking system includes basket and wall conduit systems. The basket conduit system includes a conduit and first and second nozzles mounted to opposite ends of the conduit. The second nozzle has a first funnel shape with a first circumference that decreases from an open end of the second nozzle towards the conduit. The wall conduit system includes front and back housings, a sliding plate, and a third nozzle. A sliding aperture is formed through a front plate of the front housing. A nozzle aperture is formed through a back plate of the back housing. The sliding plate slides within a space formed by the front housing and the back housing. The third nozzle is sized and shaped to slide within the sliding aperture and includes a generally cylindrical shape and a second funnel shape with a second circumference that decreases from the sliding plate towards the generally cylindrical shape.

Abstract: A mounting bracket for a linear LED tube-type light to be installed principally inside of display cases, shelves and soffits. In one embodiment, a cylindrical bracket is mounted to each side of a display case and an LED tube light (a semi-cylinder with mounted LED circuit boards) is inserted into these brackets and secured with a set screw. This bracket/tube system allows for power harness wiring through either side of the case or through a down rod at various positions to the bracket. Additional embodiments allow for mounting said brackets to the underside of the case glass or side walls using adhesive. Further embodiments incorporate this same cylindrical bracket design to mount the LED light tube to the front edge of shelves or on to a flat pedestal for mounting to a variety of flat surfaces such as a wall or ledge. Additional related embodiments are described and shown herein.

Abstract: A toilet users rollable desk for a compact personal office desk for the commode user. A toilet users rollable desk generally includes a desk that provides the toilet user with a space between the knees and legs to read, write, use the computer and store personal items as well as a shelf to place coffee or nourishment. A toilet users rollable desk is also able to store toilet tissue, hold reading material and be conveniently moved in front of the commode user for all processes to be best utilized in the large, average or small toilet commode area.

Abstract: A mounting bracket for a linear LED tube-type light to be installed principally inside of display cases, shelves and soffits. In one embodiment, a cylindrical bracket is mounted to each side of a display case and an LED tube light (a semi-cylinder with mounted LED circuit boards) is inserted into these brackets and secured with a set screw. This bracket/tube system allows for power harness wiring through either side of the case or through a down rod at various positions to the bracket. Additional embodiments allow for mounting said brackets to the underside of the case glass or side walls using adhesive. Further embodiments incorporate this same cylindrical bracket design to mount the LED light tube to the front edge of shelves or on to a flat pedestal for mounting to a variety of flat surfaces such as a wall or ledge. Additional related embodiments are described and shown herein.

Abstract: A toilet users rollable desk for A compact personal office desk for the commode user. The toilet users rollable desk generally includes A desk that provides the toilet user with a space between the knees and legs to read, write, use the computer and store personal items as well as a shelf to place coffee or nourishment. The toilet users rollable desk is also able to store toilet tissue, hold reading material and be conveniently moved in front of the commode user for all processes to be best utilized in the large, average or small toilet commode area.

Abstract: A combined igniter and flame sense electrode for a dual stage gas burner that includes a first burner and a second burner is disclosed. The electrode includes a first conductive element mounted on the shaft and positioned closer to the first burner than to the second burner; a second conductive element mounted on the shaft and positioned closer to the second burner than to the first burner; and one or more electrical connectors connected to the conductive elements. An electrode according to the invention can also be used with a single stage gas burner, by placing the first conductive element at the position of high level flame from the burner and by placing the second conductive element at the position of low level flame from the burner. A gas burner assembly incorporating such an electrode, and a gas appliance incorporating such a gas burner assembly, are also disclosed.