The invention relates to a cleaning and charging station for an electrically driven device. The station comprising an outer housing with a base portion and a gallows structure extending from the base portion. The base portion comprises a cleaning chamber for at least partially receiving the electrically driven device and the gallows structure comprises a charging terminal for charging the electrically driven device. The station further comprises a circuit board mounted within the housing and connected to the charging terminal. The circuit board is located in the gallows structure at a position spaced from the cleaning chamber.

A device (1) for cleaning for example a single or multi-bladed wet razor head. The device includes a housing (2) which has a water through-flow opening (20) that can be mounted on an outlet of a sanitary outlet fitting. At least one mechanism (21) is arranged inside the housing (2) of the device (1) and is designed to generate at least one pulsating water jet and/or to increase the flow speed of the mains water exiting the outlet of the tap, and adjoins the water through-flow opening. The mains water is delivered to the mechanism (21) via several of the flow-cross sections of the channels (22a, 22b, 22c) defining the mains water exiting the outlet of the sanitary outlet fitting, this mechanism (21) being designed as a rotational valve which includes several blades (multi-bladed) which are arranged close to each other on a common axis (23) below at least one of the channels (22a, 22b, 22c), with blades guiding the mains water to the water outlet (24).

A device (1) for cleaning for example a single or multi-bladed wet razor head. The device includes a housing (2) which has a water through-flow opening (20) that can be mounted on an outlet of a sanitary outlet fitting. At least one mechanism (21) is arranged inside the housing (2) of the device (1) and is designed to generate at least one pulsating water jet and/or to increase the flow speed of the mains water exiting the outlet of the tap, and adjoins the water through-flow opening. The mains water is delivered to the mechanism (21) via several of the flow-cross sections of the channels (22a, 22b, 22c) defining the mains water exiting the outlet of the sanitary outlet fitting, this mechanism (21) being designed as a rotational valve which includes several blades (multi-bladed) which are arranged close to each other on a common axis (23) below at least one of the channels (22a, 22b, 22c), with blades guiding the mains water to the water outlet (24).

A razor care apparatus. The razor care apparatus can include a brush unit that has a bristle housing and a plurality of bristles affixed in the bristle housing. A base can be connected to the bristle housing, the base including a suction cup.

A razor care apparatus. The razor care apparatus can include a brush unit that has a bristle housing and a plurality of bristles affixed in the bristle housing. A base can be connected to the bristle housing, the base including a suction cup.

A razor head cleaning device for improved comfort, performance, and hygiene includes a housing that defines an interior space. A plurality of walls, which is coupled to the housing and positioned in the interior space, defines a reservoir and a chamber. The housing has a front, which has a slot positioned therein that opens into the chamber. A plurality of nozzles is coupled to a top of the housing and positioned in the chamber. A stream of fluid that is expelled from the nozzles contacts a razor head of a shaving razor that is inserted through the slot into the chamber. A pump, which is coupled to the housing and positioned in the interior space, pumps the fluid from the reservoir through the nozzles to clean the razor head.

A razor head cleaning device for improved comfort, performance, and hygiene includes a housing that defines an interior space. A plurality of walls, which is coupled to the housing and positioned in the interior space, defines a reservoir and a chamber. The housing has a front, which has a slot positioned therein that opens into the chamber. A plurality of nozzles is coupled to a top of the housing and positioned in the chamber. A stream of fluid that is expelled from the nozzles contacts a razor head of a shaving razor that is inserted through the slot into the chamber. A pump, which is coupled to the housing and positioned in the interior space, pumps the fluid from the reservoir through the nozzles to clean the razor head.

The disclosed technology includes a cleaning device for cleaning personal care tools, such as toothbrushes and shaving razors. The cleaning device can include a heating element configured to heat cleaning fluid received by the cleaning device and a high pressure nozzle configured to output heated cleaning fluid into the cleaning chamber.

An enclosure for use in cleaning and disinfecting clipper implements is disclosed. The enclosure includes receptacle for the clipper device is rotatable to alternatively orient the clipper device to be exposed in operation of the spray enclosure to spray from the spray head and to be exposed to the stream of compressed air. The enclosure can be provided in the form of a kit. A method for using the enclosure in a process for cleaning and disinfecting clipper implements is disclosed.

An enclosure for use in cleaning and disinfecting clipper implements is disclosed. The enclosure includes receptacle for the clipper device is rotatable to alternatively orient the clipper device to be exposed in operation of the spray enclosure to spray from the spray head and to be exposed to the stream of compressed air. The enclosure can be provided in the form of a kit. A method for using the enclosure in a process for cleaning and disinfecting clipper implements is disclosed.