The present invention comprises a recessed soap case wall unit with pins that the collapsible soap holster clamps into that rest on a dripping tray which is in place to catch the excess water that drips from the soap when it has been used. The hosting device is configured in different sizes to accommodate different shapes and molds of soap.

The present invention comprises a recessed soap case wall unit with pins that the collapsible soap holster clamps into that rest on a dripping tray which is in place to catch the excess water that drips from the soap when it has been used. The hosting device is configured in different sizes to accommodate different shapes and molds of soap.

The present invention comprises a soap which does not disengage from the user while in use and provides a means to hang the soap while not in use. Specifically, in a preferred embodiment of the present invention, a semiflexible continuous mechanical structure extends above a surface of a soap bar just enough to create an open area through which the user's finger may be removably inserted whereby the bottom portion of the structure is embedded within the body of soap 12, such that, when, in use, a user's finger may be inserted into the top portion of the structure, where it will rest atop the top surface of the soap and the bottom portion of the structure will remain substantially embedded in the soap as it dissolves. The top portion of the structure also provides a means to hang the soap while not in use.

The present invention comprises a soap which does not disengage from the user while in use and provides a means to hang the soap while not in use. Specifically, in a preferred embodiment of the present invention, a semiflexible continuous mechanical structure extends above a surface of a soap bar just enough to create an open area through which the user's finger may be removably inserted whereby the bottom portion of the structure is embedded within the body of soap 12, such that, when, in use, a user's finger may be inserted into the top portion of the structure, where it will rest atop the top surface of the soap and the bottom portion of the structure will remain substantially embedded in the soap as it dissolves. The top portion of the structure also provides a means to hang the soap while not in use.

A container used to hold and transport items that get wet during use such as bar soap, razors, toothbrushes and clothing. Ducts in the container allow drier air from outside the container to mix with moist air inside the container to aid in the drying process. The ducts protrude into the container such that the openings in the ducts are presented above the level of any liquid dripping from the wet items regardless of the container's orientation. Thus, retaining the relatively small amount of liquid droplets and providing ventilation for drying. An embodiment can also arrange the position of the ducts to aid in the retention of the contained items to limit the movement of contents during transport.

A container used to hold and transport items that get wet during use such as bar soap, razors, toothbrushes and clothing. Ducts in the container allow drier air from outside the container to mix with moist air inside the container to aid in the drying process. The ducts protrude into the container such that the openings in the ducts are presented above the level of any liquid dripping from the wet items regardless of the container's orientation. Thus, retaining the relatively small amount of liquid droplets and providing ventilation for drying. An embodiment can also arrange the position of the ducts to aid in the retention of the contained items to limit the movement of contents during transport.

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.

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 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.