Grooming tools are provided, including a brush configured for removing debris and hairs, including at least one surfaced body having a first pad, a plurality of first bristles extending from the first pad, one end of each first bristle being connected to the pad, and the bristles being helical in shape. A multi-purpose comb includes a housing having a pair of sidewalls defining a central cavity, and a plurality of foldable combs pivotably mounted at corresponding ends to the housing for insertion into, and withdrawal from the cavity.

A dual-function floor cleaning brush comprises a crevice brush with a threaded head at the top for handle connection and a floor brush with an interior connection groove for crevice brush embedment, allowing a combination into a single entity. The top of the floor brush is movably provided with a fixing knob for clamping the crevice brush, the positioning slots are provided on both sides of the crevice brush, and positioning blocks are provided on both sides of the inner wall of the connection groove, realizing engagement between the positioning slots and the positioning blocks with the crevice brush embedded into the connection groove. The crevice brush and floor brush can be used independently or in combination, and rotating the fixing knob realizes a simple and quick operation of installing and removing the crevice brush, enabling the threaded head's angle adjustment via the turning knob.

A brush configured for removing debris and hairs is provided. Included in the brush are at least one surfaced body having a pad, and a plurality of first bristles extending from the pad. One end of each first bristle is connected to the pad, and an opposite free end of each first bristle has a radially extending head portion. At least one additional head portion is disposed in a spaced relationship along a longitudinal axis of the first bristle.

An oscillating motor for a personal care appliance that aims to reduce or substantially eliminate vibration transmitted to the appliance handle. In order to reduce vibration in the handle, the oscillating motor in one embodiment includes dual workpiece mounts. Each workpiece mount is moved independently by one of the two output drives or armatures of the oscillating motor. The oscillating motor utilizes dual, counter-oscillating armatures, each armature/inertial device being configured to offset the inertia generated by the other of the armature/inertial device, thereby creating zero or almost zero moments about the oscillating axis of the workpiece.

The invention relates to a hair styling appliance (1) comprising a shaft (12) having a comb-like styling tool (3), which extends only over part of the circumference of the shaft (12) and has teeth (5), which are each spaced apart from each other by a hair receptacle (10), are arranged in a tow in the longitudinal direction of the shaft (12), project from the shaft (12) and each form or have a styling part (7, 7.1), which is produced from a material that conducts heat well. In the part or the circumference of the shaft, which circumference is not occupied by the styling tool (3), the shaft (12) heats at least one hair collecting device (13), which follows the longitudinal direction of the row of teeth and is arranged opposite the latter such that, after hair has been caught by the hair collection device (13) and the shaft (12) has been rotated about the longitudinal axis thereof, the hair can be introduced into hair styling gaps situated between the pairs of styling parts (7, 7.1).

A tool assembly includes an elongated handle and a locking system for attaching a tool head to the handle. The tool head can be a floor care tool or other accessory that can be attached to the handle such that the elongated length of the handle can aid in the use of the tool attached. The locking system includes a keyed locking collar for engaging at least a first portion of the tool head, and a locking cap rotatably positioned on the handle for engaging a second portion of the tool head. The handle can be extendable, such as by telescoping, and can also be overmolded.

A makeup brush is disclosed, which includes a handle, a rubber head for dipping and dotting a makeup, and bristles for sweeping the makeup. The rubber head and the bristles are connected to the same end of the handle. The handle includes a handle body. An end of the handle body is provided with an accommodating cavity. A first end of the rubber head and a first end of the bristles are embedded in the accommodating cavity in parallel and fastened to the handle body. The handle includes a bottom base. The bottom base includes a flat surface to which at least one of the first end of the rubber head and the first end of the bristles is bonded. The bottom base is embedded in the accommodating cavity, and is detachably connected to the handle body.

A cleaning tool includes a handle having a longitudinal axis and a cleaning device having a longitudinal axis. The cleaning device is releasably securable to the handle and is moveable between a first position where the longitudinal axis of the cleaning device is generally aligned with the longitudinal axis of said handle, and a second position where the longitudinal axis of the cleaning device is arranged at an angle relative to the longitudinal axis of the handle.

A brush with bristles attached to multiple sides is designed to clean any gutter guard type that is manufactured today, including reverse curve type gutter guards. The brush has a main body of reverse-oriented bristles and accommodates an extension pole on the reverse side. When placed on top of the gutter guard, the brush can be pushed/pulled back and forth using the pole to dislodge any unwanted debris attached to the gutter guard's working surface. The use of the pole removes the need for a person to be on the roof when attempting to clean the gutter and/or gutter guard. With multiple bristle orientations, the brush can be used for other outdoor cleaning uses, such as house fixtures, structures, windows and so forth.

A pet hair removal apparatus has a plurality of engagement members. The apparatus operates in a plurality of different operational engagement position in which different engagement members contact the surface to remove pet hair from the surface depending on which operational engagement position the apparatus is positioned. In one operational engagement position, two or more engagement members, that are different types of engagement members, simultaneously contact the surface. In another operational engagement position, only one type of engagement member contacts the surface to remove pet hair from the surface.