A foot brush structure includes a frame and at least a brush. The frame includes a positioning section and a support section. The support section is coupled to the positioning section and extends upward at a predetermined angle. The support section includes at least one elastic member. The brush is mounted to the support section. A user may step on and hold the positioning section in position with one foot and places the sole of another foot on the brush or places the instep in contact with the brush, while having the foot move back and forth so as to achieve an operation of reciprocally brushing the foot with the brush. An efficacy of the present invention is that the elder is allowed to brush and clean the feet in an independent, easy, effortless, and efficient manner without hand operation or bending waist and requiring no assistant from other people.

The scrubbing device with an adjustable head includes a handle portion and a scrubbing head attached to the handle portion. The scrubbing head is angularly adjustable with respect to the handle portion. A scrubbing pad is releasably attached to the scrubbing head and a battery-powered reciprocating mechanism provides selective reciprocation of the scrubbing pad. The scrubbing head may be releasably locked at a desired angle. Additionally, the handle portion may include at least one telescoping member for adjusting a length of the handle portion. The reciprocating mechanism may be powered by a rechargeable battery. A charging dock may be provided for receiving the handle portion and recharging the rechargeable battery. Alternatively, or used in conjunction with the charging dock, an inductive charger may be provided for releasable attachment to the handle portion for recharging the rechargeable battery.

A combination sticky roller and brush, includes a frame, a cylindrical roller, a handle, and at least one groove defined in the frame, parallel to the roller axis of rotation. The at least one groove is to engage and selectably retain a brush head. The frame and the brush head together define a latching mechanism for selectably latching the brush head in a service position and for resisting a predetermined threshold disengaging force. The cylindrical roller has a washable sticky layer defined at a circumferential surface of the cylindrical roller.

A flexible electronic toothbrush device includes a toothbrush that has a handle, a tube extending away from the handle and a mounting head attached to the tube. The tube has a flexible portion which is biased into a gentle curve. A brushing head is removably attachable to the mounting head for brushing a user's teeth. A drive unit is integrated into the toothbrush for rotating the brushing head rotated back and forth to brush the user's teeth in a motion preferred by dental health professionals. A straightening unit is movably integrated into the toothbrush for straightening the tube. In this way the straightening unit orients the brushing head at a preferred orientation for brushing the user's teeth without requiring the user to position their shoulder in an orientation that the user cannot achieve.

A brush system utilizable with a floor-cleaning machine includes brush head, a coupler, and a riser, wherein the coupler is a flexible coupler for adjusting the position of the riser relative to the brush head. The brush head essentially comprises a bristled pad that may be peeled off a floor machine pad driver.

A process unit includes a rotatable image bearing member, a charging roller, a brush unit including a brush and a holding member, a regulation member, and an urging member. The holding member includes a first force-receiving portion configured to receive a force in the first direction from the urging member, a second force-receiving portion configured to receive a force in the second direction from the regulation member, and a third force-receiving portion configured to receive a force in the second direction from the brush substrate. The first force-receiving portion, the second force-receiving portion, and the third force-receiving portion are disposed on one end side with respect to a center of the holding member in a rotation axis direction of the charging roller, and are arranged in an order of the second force-receiving portion, the first force-receiving portion, and the third force-receiving portion from the one end toward the center.