The soap-holding attachment comprises a soap mount and a finger ring. The soap-holding attachment may be adapted to retain a bar of soap in a hand of a user such that the bar of soap is prevented from falling if dropped. The soap mount may be adapted to be imbedded within the bar of soap. The finger ring may be adapted to be worn on a finger of the user. The finger ring may detachably couple to the soap mount via a coupler. As a non-limiting example, the user may hold the bar of soap in a palm of their hand with the finger ring around the finger such that if the user releases the bar of soap, the bar of soap may not drop.

The soap-holding attachment comprises a soap mount and a finger ring. The soap-holding attachment may be adapted to retain a bar of soap in a hand of a user such that the bar of soap is prevented from falling if dropped. The soap mount may be adapted to be imbedded within the bar of soap. The finger ring may be adapted to be worn on a finger of the user. The finger ring may detachably couple to the soap mount via a coupler. As a non-limiting example, the user may hold the bar of soap in a palm of their hand with the finger ring around the finger such that if the user releases the bar of soap, the bar of soap may not drop.

A soap holder has a base and a hollow pedestal upwardly extending from the base to a top end, at which is formed an upper limit or locus. The locus receives a bar of soap. At least one air hole is formed to communicate to the pedestal interior and to be disposed below the top end. Since almost all of the exterior surface of the soap bar is exposed to ambient air, the soap bar dries without creating a goopy mess. Curved surfaces of the soap holder aid in its cleaning.

A soap holder has a base and a hollow pedestal upwardly extending from the base to a top end, at which is formed an upper limit or locus. The locus receives a bar of soap. At least one air hole is formed to communicate to the pedestal interior and to be disposed below the top end. Since almost all of the exterior surface of the soap bar is exposed to ambient air, the soap bar dries without creating a goopy mess. Curved surfaces of the soap holder aid in its cleaning.

An electric motor includes a housing with a tubular wall extending in an axial direction of the housing and a closures positioned at opposite axial ends of the tubular wall, a stator fixedly mounted inside of the housing, a rotor rotatably mounted inside of the housing, and a bearing rotatably supporting the rotor. At least one of the closures includes a rotor supporting portion. The rotor supporting portion includes a through hole configured to receive a portion of the rotor. The through hole has a triangular or polygonal shape, and a radius of an inscribed circle of the triangular or polygonal shape of the through hole is larger than a radius of the portion of the rotor received in the through hole.

Push-On-Soaps is a soap that can be easily attacked by simple pushing it on a small peg. The soap is designed with a small hold at the bottom that only goes halfway through the bottom and is the same diameter as the peg it is simply pushed down firmly on the peg. Once the soap is pushed on peg, it is now locked in place once it get wet.

Push-On-Soaps is a soap that can be easily attacked by simple pushing it on a small peg. The soap is designed with a small hold at the bottom that only goes halfway through the bottom and is the same diameter as the peg it is simply pushed down firmly on the peg. Once the soap is pushed on peg, it is now locked in place once it get wet.

The present invention relates to a novel self-draining dish soap holder device. The device comprises a cylindrical soap holding dish component with a pour spout and a plurality of continuous openings above the pour spout that function as additional drainage holes. The dish component is sloped, such that any residual water from the soap bar and/or sponge within the dish component will drain out of the pour spout and into a sink. The dish component is supported on a base component large enough to store the dish component and a sponge or bristle brush for draining. The base also includes drainage openings to ensure all excess water drains into the sink. Thus, users can easily access the soap and their brushes/sponges when needed to wash dishes, replacing the need for liquid dish soap.

An electric motor includes a housing with a tubular wall extending in an axial direction of the housing and a closures positioned at opposite axial ends of the tubular wall, a stator fixedly mounted inside of the housing, a rotor rotatably mounted inside of the housing, and a bearing rotatably supporting the rotor. At least one of the closures includes a rotor supporting portion. The rotor supporting portion includes a through hole configured to receive a portion of the rotor. The through hole is defined by a closed shape including at least three or more straight sides, and a radius of an inscribed circle of the closed shape of the through hole is larger than a radius of the portion of the rotor received in the through hole.

A housing for an electric motor includes a tubular wall extending in an axial direction of the housing, and closures at opposite axial ends of the tubular wall to rotatably support opposite axial end portions of a rotor. At least one of the closures is separate from the tubular wall and includes a radially inner portion and a radially outer flange that, in an assembled state, is in physical contact with a radially inner surface of the tubular wall and extends from the radially inner portion of the separate closure towards the opposite axial end of the tubular wall.