The present disclosure provides an articulating blade assembly that can include a blade housing, a mount arranged to rotationally engage the blade housing, a biasing element configured to bias the blade housing to a neutral position while allowing for rotation, and a handle adapter. The articulating blade assembly is configurable with a body of a hair removal device. As such, the disclosure further provides a hair removal device incorporating the articulating blade assembly and also a method for manufacturing an articulating blade assembly.

A hair clipper or cutter is provided with an adjustment slider that adjusts the gap between an inner and outer blade. A yoke is attached to the inner blade. The adjustment slider may be configured with preset gap lengths and may be adjustable before, after, or during a hair cutting operation. A T-guide couples the adjustment slider to the inner blade to slidably move the inner blade relative to the outer blade. The yoke, inner blade, outer blade and/or T-guide may be magnetized to create an attractive or repulsive force between the inner blade and the outer blade.

A trimmer head for pen-shaped eyebrow trimmer, including a cylindrical trimmer head body, the trimmer head body is provided with a blade, the trimmer head and handle can form an eyebrow trimmer with a pen-shaped structure. The blade is a curved arc-shaped structure, and blade edge at the upper end is arc-shaped; by placing the upper end of blade on upper end face of trimmer head body, the trimmer head can move perpendicular to the skin or inclined at a certain angle with the direction perpendicular to the skin when shaving, combined with the inclined setting of the blade relative to axis L of the trimmer head body to form an inclined cutting angle to ensure sharpness of cutting. To improve the flexibility and controllability of eyebrow trimming, the blade with arc-shaped structure can effectively control the shaving of concave and convex parts, as to accurately trim and shape eyebrows.

A grooming device having a base plate, a reciprocating plate, and a biasing mechanism. The base plate includes a plurality of grooves configured for guiding hair into a plurality of grooves of the reciprocating plate. The grooves of the reciprocating plate are disposed in sliding abutment with the grooves of the base plate and are configured as cutting edges for shearing or cutting the hair extending through the grooves of the base plate.

A hair cutting device includes a cutting head having a moveable trimmer blade and a stationary trimmer blade, a collection chamber beneath the moveable trimmer blade and the stationary trimmer blade for collecting hairs cut by the moveable trimmer blade and the stationary trimmer blade, and a cover enclosing the collection chamber, the cover being removably connected to the cutting head via a magnetic interface.

A razor head comprises a frame. The frame comprises a leading longitudinal member and a trailing longitudinal member. The razor head further comprises a plurality of substantially parallel cutting members disposed between the leading longitudinal member and the trailing longitudinal member, and a cutting member support arranged in the frame, wherein the cutting member support is coupled to the plurality of cutting members. The cutting member support is configured to displace at least one cutting member of the plurality of cutting members from a default position to at least one predetermined deviating position based on an external stimulus.

An attachment which is detachably attached to an electric hair-cutting device having a blade part, and is selectable between a first use mode in which the attachment is used with a first side of the blade part coming into contact with a skin and a second use mode in which the attachment is used with a second side of the blade part coming into contact with the skin. The attachment includes a comb part disposed around the blade part. The comb part includes at least one first comb having a first skin contact surface coming into contact with the skin when the first use mode is selected, a second skin contact surface coming into contact with the skin when the second use mode is selected, a first hair raising groove formed on the first skin contact surface, and a second hair raising groove formed on the second skin contact surface.

A bladeset for a hair clipper has a stationary blade with a plurality of stationary blade teeth defined along a stationary blade lateral axis and includes first and second outermost stationary blade teeth. A stationary blade midpoint is defined between the first and second outermost stationary blade teeth. The bladeset also has a moving blade with a plurality of moving blade teeth defined along a moving blade lateral axis and includes first and second outermost moving blade teeth. A moving blade midpoint is defined between the first and second outermost moving blade teeth. Preferably, each of the stationary blade teeth and the moving blade teeth define a rake angle along at least one edge of each tooth, and the rake angles of at least one of the stationary blade teeth and the moving blade teeth change gradually from the corresponding blade midpoint to the corresponding outermost tooth.

The present invention relates to a hair cutting appliance (10) comprising a blade set (20), and to a blade set (20) of a hair cutting appliance (10). The blade set (20) is arranged to be moved through hair in an assumed moving direction (28) to cut hair. The blade set (20) comprises a stationary blade (22), a movable blade (24), and a lateral protecting element (56). The stationary blade (22) comprises at least one toothed cutting edge (32, 34), a lateral end (30), and a first surface (48) that is arranged, when in use for shaving purposes, as a skin-contacting surface. The movable blade (24) comprises a toothed cutting edge (32, 34). The stationary blade (22) and the movable blade (24) are arranged to be reciprocally moved with respect to each other in a cutting direction (Y) that is basically perpendicular to the assumed moving direction (28). The lateral protecting element (56) is associated with the lateral end (30), thereby defining a lateral end cap of the stationary blade (22), wherein the lateral protecting element (56) laterally shields a lateral edge (40) of the lateral end (30), such that, when in use, skin contact of the lateral edge (40) is prevented. The lateral protecting element (56) and the lateral end (30) cooperate so as to prevent hairs from being trapped there between. The stationary blade (22) and the movable blade (24) are at least partially made from steel, and the lateral protecting element (56) is made from plastic material. The blade set (20) configured to pivot or swivel with respect to a housing of the hair cutting appliance (10).