Abstract: A soap dispensing scrubber device is provided. The device comprises a top cap that is fillable with a liquid soap and a scrubber element removably attached thereto. The top cap comprises a squeezable material or one that is rigid with a dispensing button therealong. Liquid soap stored within the interior of the top cap is dispensed through a one-way valve along the lower end of the top cap. In one embodiment, the top cap is affixed to a base-lid assembly that supports the one-way valve. The base of the base-lid assembly is secured to the top cap and the base supports a hingedly attached lid therefrom. The base provides a fill hole and the lid secures thereover. The scrubber element is preferably affixed to the base a male snap coupler member, while in other embodiments the scrubber element secures to the base via one or more tabs.

Abstract: A soap dispensing scrubber device is provided. The device comprises a top cap that is fillable with a liquid soap and a scrubber element removably attached thereto. The top cap comprises a squeezable material or one that is rigid with a dispensing button therealong. Liquid soap stored within the interior of the top cap is dispensed through a one-way valve along the lower end of the top cap. In one embodiment, the top cap is affixed to a base-lid assembly that supports the one-way valve. The base of the base-lid assembly is secured to the top cap and the base supports a hingedly attached lid therefrom. The base provides a fill hole and the lid secures thereover. The scrubber element is preferably affixed to the base a male snap coupler member, while in other embodiments the scrubber element secures to the base via one or more tabs.

Abstract: An improved I/O device, such as an audio/video router, includes at least a motherboard, such as a matrix board, including a plurality of locating slots and a plurality of connectors located on the motherboard such that when the motherboard is mounted in the I/O device, the plurality of connectors are positioned horizontally across the I/O device. The I/O device further includes a plurality of input/output (I/O) cards, such as audio/video cards, each of the I/O cards including a locating slot and two I/O connectors. In an I/O device of the present invention, the locating slot of each of the I/O cards mates with a respective locating slot of the motherboard such that the two I/O connectors of each of the I/O cards vertically straddle a respective connector of the motherboard thus maximizing a number of inputs and outputs able to be provided in the rear of the I/O device.

Abstract: An improved rack unit assembly having at least one receptacle, such as a power receptacle, includes a cover for removable attachment to the assembly, where the panel includes an opening in the panel for permitting a connector on a cord, such as a power cord, to extend through the panel to releasably engage the at least one receptacle in the assembly, and a channel originating at the opening for receiving and guiding the cord. Optionally, the channel in the cover may include tabs along the channel for keeping the cord in the channel and the opening of the cover for the rack unit may include a means of strain relief for preventing the connector on the cord from inadvertently disengaging from the receptacle.

Abstract: An improved rack unit assembly having at least one receptacle, such as a power receptacle, includes a cover for removable attachment to the assembly, where the panel includes an opening in the panel for permitting a connector on a cord, such as a power cord, to extend through the panel to releasably engage the at least one receptacle in the assembly, and a channel originating at the opening for receiving and guiding the cord. Optionally, the channel in the cover may include tabs along the channel for keeping the cord in the channel and the opening of the cover for the rack unit may include a means of strain relief for preventing the connector on the cord from inadvertently disengaging from the receptacle.

Abstract: An improved I/O device, such as an audio/video router, includes at least a motherboard, such as a matrix board, including a plurality of locating slots and a plurality of connectors located on the motherboard such that when the motherboard is mounted in the I/O device, the plurality of connectors are positioned horizontally across the I/O device. The I/O device further includes a plurality of input/output (I/O) cards, such as audio/video cards, each of the I/O cards including a locating slot and two I/O connectors. In an I/O device of the present invention, the locating slot of each of the I/O cards mates with a respective locating slot of the motherboard such that the two I/O connectors of each of the I/O cards vertically straddle a respective connector of the motherboard thus maximizing a number of inputs and outputs able to be provided in the rear of the I/O device.

Abstract: The surgical saw blade and hub of this invention includes a saw blade and instrument hub which connect the saw blade to the instrument such that no portion of the instrument extends beyond the blade. The blade includes a washer having a plurality of radially extending slots in communication with the central bore of the washer. Alternating slots of the washer are truncated or otherwise do not fully extend through the washer. The truncated slots form shoulders or lans within the washer. The center opening of the washer is in alignment with a base opening in the blade and accommodates a hub from the powered instrument. The hub of the powered instrument includes a plurality of radial fins extending outwardly therefrom. The fins abut against the shoulders of the washer to lock the blade to the hub. A helical spring is provided to maintain pressure against the blade and thereby retain the blade and hub in a locked configuration.