A skincare device having energy regenerating end effector is presented. In one embodiment, an end effector includes an inner end effector structure configured to oscillate about a first axis. The inner end effector structure includes at least one magnet and a plurality of contacting elements configured to contact skin of a user. The end effector also includes an outer end effector structure comprising at least one induction coil. The at least one magnet and the at least one induction coil cooperate to generate electrical current in the at least one induction coil when the end effector structure oscillates about an axis.

A self-propelled robotic pool cleaner includes a housing with a lower portion having an inlet and an upper portion having an outlet, the lower and upper portions define an internal chamber therebetween. A filter and a water pump are mounted in the internal chamber for suctioning pool water into the inlet and discharging filtered water through said outlet. Rotationally-mounted elements are mounted to the housing for supporting and guiding said cleaner on a surface of the pool. An arm assembly extends outward from said housing, and a rotary brush assembly is mounted at a distal end of the arm assembly. An electric motor is coupled to at least one of said water pump, the rotationally-mounted elements and the rotary brush. The pool cleaner is configured to continue climbing upward on a pool wall and tell the rotary brush assembly is above the water level and climbs over the pool coping edge propelling said pool cleaner onto the pool deck.

The present invention provides personalized experience based on the skin condition of each user. A cosmetic device according to the embodiments of the present application includes: a detachable component including a magnetic portion, a magnetic sensor for outputting a signal depending on magnetism of the magnetic portion, and a control circuit for driving the component by controlling a motor depending on the signal.

A self-propelled robotic pool cleaner includes a housing with a lower portion having an inlet and an upper portion having an outlet, the lower and upper portions define an internal chamber therebetween. A filter and a water pump are mounted in the internal chamber for suctioning pool water into the inlet and discharging filtered water through said outlet. Rotationally-mounted elements are mounted to the housing for supporting and guiding said cleaner on a surface of the pool. An arm assembly extends outward from said housing, and a rotary brush assembly is mounted at a distal end of the arm assembly. An electric motor is coupled to at least one of said water pump, the rotationally-mounted elements and the rotary brush. The pool cleaner is configured to continue climbing upward on a pool wall and tell the rotary brush assembly is above the water level and climbs over the pool coping edge propelling said pool cleaner onto the pool deck.

Provided is an automatic control type electric toothbrush, comprising a toothbrush head (20) and a toothbrush handle (10) connected by means of a driving shaft (12), wherein the toothbrush handle (10) is provided with a gesture sensor, a control module and a driving mechanism; and the control module can control the driving mechanism to drive the driving shaft (12), and same also drives the toothbrush head (20) to rotate clockwise or anticlockwise according to gesture data acquired from the gesture sensor, so that the toothbrush head (20) rotates in the direction from teeth root to dental crown. The automatic control type electric toothbrush can realize the purpose of automatically brushing teeth along the teeth, and can protect the gingivae, thus achieving automated treatment without manual control by a user, and therefore improving user experience.

A cleaning apparatus for an article and method of use are disclosed, wherein the apparatus includes a base and a surrounding sidewall about a longitudinal axis, the sidewall extending from the base forming an interior, the sidewall terminating in an open aperture having a scarfed outlet margin forming a plane, wherein the plane forms an acute angle with the longitudinal axis. Operationally the scarfed margin facilitates the interior being filled to a selected capacity with a liquid while the longitudinal axis also forms an acute angle with a surface. Further a cleaning surface is movably engaged to the base that has a structure to impart movement to the cleaning surface to clean the article that is immersed in a liquid within the interior while the longitudinal axis is at the acute angle with the surface to operationally facilitate ease of immersion and removal of the article from the interior.

An applicator, also referred to as workpiece, is suitable for use with a personal care appliance. The applicator can be in the form of a dual brush head. The dual brush head includes a movable central portion having first and second independently movable sections.

The present invention provides personalized experience based on the skin condition of each user. A cosmetic device according to the embodiments of the present application includes: a detachable component including a magnetic portion, a magnetic sensor for outputting a signal depending on magnetism of the magnetic portion, and a control circuit for driving the component by controlling a motor depending on the signal.

A tool for attaching a treatment head to a wash media element of a vehicle wash component includes a nose portion and a handle portion. The nose portion is sized to pass through an opening in the wash media element. The nose portion includes a slot for receiving and retaining a base portion of the treatment head to secure it to the wash media element such that the nose portion and treatment portion are disposed on opposite sides of the wash media element.

A cleaning apparatus for an article and method of use are disclosed, wherein the apparatus includes a base and a surrounding sidewall about a longitudinal axis, the sidewall extending from the base forming an interior, the sidewall terminating in an open aperture having a scarfed outlet margin forming a plane, wherein the plane forms an acute angle with the longitudinal axis. Operationally the scarfed margin facilitates the interior being filled to a selected capacity with a liquid while the longitudinal axis also forms an acute angle with a surface. Further a cleaning surface is movably engaged to the base that has a structure to impart movement to the cleaning surface to clean the article that is immersed in a liquid within the interior while the longitudinal axis is at the acute angle with the surface to operationally facilitate ease of immersion and removal of the article from the interior.