The powered scrubbing device with telescoping handle includes a handheld, battery-powered scrubbing device having a telescoping handle. The battery powers a motor that drives a reciprocator, which provides linear reciprocating motion to an attached sponge or brush. The reciprocating speed may be controlled by a user through a button on a body of the device. A scrubbing pad may be removably attachable so it can be replaced when worn out or when a user requires a scrubbing pad having different scrubbing characteristics. The telescoping handle may be extended for accessing hard to reach places with the scrubbing device.

This disclosure provides cleaning implement comprising a holder and a removable cleaning head. The cleaning head may be of various types, including brushes, sponges, dusters, and loofahs. The holder has two arms connected at a junction. Opposite the junction, the holder includes a locking mechanism. In one embodiment, the locking mechanism includes a hingedly connected locking member on the first arm, which includes a latch portion which engages a catch disposed on the second arm. In another embodiment, the locking mechanism includes a hingedly connected locking member on each arm, which interlock when moved to a locking position. The arms may be flexible so that they can be pushed toward each other to facilitate the coupling and decoupling of the locking mechanism.

A hygienic brush for cleaning crevices on the human body is disclosed, which includes a handle, the handle having a groove running along a length of the handle and a brush at one end of the handle. The brush configured to clean a crevice on the human body. The hygienic brush includes a concave curved handle and may include a hole to hang the brush on a hook.

A rope is formed of multiple separate strands including at least one soap supply strand, at least one bristle strand and multiple absorbent strands. These strands extend between a proximal end of a distal end of the rope. The bristle strands include bristle bundles extending radially therefrom, preferably concentrated at a central portion of the bristle strands. The soap supply strand has a hollow interior and slits which allow soap to ooze out and be accumulated on the absorbent strands. A liquid soap reservoir is attached to one end of the soap supply strand which can be squeezed to cause soap to ooze out of the slits and be collected upon the absorbent strands. A handle and the liquid soap reservoir at opposing end of the rope allow the bathing tool of elongate flexible form to be maneuvered for scrubbing and washing of skin of a bather.

A body scrubbing device is controllable by a user's fingers such that the curvature of body contacting portion of the device may be made to conform to curved portions of the body. The device includes a motor, a power output shaft connected to the motor, a driven member and a flexible non-driven member adjacent the flexible driven member. The flexible non-driven member includes a bearing surface for contact with the driven member and a non bearing surface configured for contact with a user's fingers in permitting deformation the driven member into a curved disposition and the application of plural localized regions of pressure against the driven member and the contacting portion. Some implementations may include a wall mountable construction which may support the device for hands-free operation.

A bath auxiliary device includes a front and a back communicated via a first through hole, a second through hole and a slot. The first and second through holes are separated for the slot to located therebetween. The slot has one end communicated with the first through hole and the slot has a width smaller than a diameter of the first through hole. A rope fixing portion extends outward from a periphery of the second through hole. When the bath auxiliary device is used with a bath puff, a rope of the bath puff passes through the first through hole. Then a part of the rope is positioned in the slot, and the rest of the rope is fixed to the rope fixing portion by means of winding. Thereby, the bath puff can be easily assembled to and disassembled from the bath auxiliary device, improving convenience of use.

The powered scrubbing device with telescoping handle includes a handheld, battery-powered scrubbing device having a telescoping handle. The battery powers a motor that drives a reciprocator, which provides linear reciprocating motion to an attached sponge or brush. The reciprocating speed may be controlled by a user through a button on a body of the device. A scrubbing pad may be removably attachable so it can be replaced when worn out or when a user requires a scrubbing pad having different scrubbing characteristics. The telescoping handle may be extended for accessing hard to reach places with the scrubbing device.

The powered scrubbing device with telescoping handle accessory includes a handheld, battery-powered scrubbing device and an attachable, telescoping handle. The battery powers a motor that drives a reciprocator, which provides linear reciprocating motion to an attached sponge or brush. The reciprocating speed may be controlled by a user through a button on a body of the device. A scrubbing pad may be removably attachable so it can be replaced when worn out or when a user requires a scrubbing pad having different scrubbing characteristics. The telescoping handle may be attached for accessing hard to reach places with the scrubbing device.

This disclosure provides cleaning implement comprising a holder and a removable cleaning head. The cleaning head may be of various types, including brushes, sponges, dusters, and loofahs. The holder has two arms connected at a junction. Opposite the junction, the holder includes a locking mechanism. In one embodiment, the locking mechanism includes a hingedly connected locking member on the first arm, which includes a latch portion which engages a catch disposed on the second arm. In another embodiment, the locking mechanism includes a hingedly connected locking member on each arm, which interlock when moved to a locking position. The arms may be flexible so that they can be pushed toward each other to facilitate the coupling and decoupling of the locking mechanism.

A device may include a handle component that is configured to permit a user to grasp the handle component during a sanitation process of the user wherein the user sanitizes a distal appendage using the device. The device may include a shaft component that extends in a vertical direction and that is configured to connect the handle component and a connection component. The device may include the connection component that is configured to removably adhere to a surface to permit the device to remain substantially stationary during the sanitation process of the user. The device may include a brush component that is configured to permit the user to perform the sanitation process of the user and that is removably connected to the connection component.