A hair clipper is provided, including a chassis having upper and lower chassis portions defining an enclosed interior chamber, said upper and lower chassis portions configured for being secured together; and an outer housing including upper and lower housing portions constructed and arranged for enclosing the chassis as the housing portions are secured together such that the interior chamber is isolated from the housing.

A hair clipper is provided, including a chassis having upper and lower chassis portions defining an enclosed interior chamber, said upper and lower chassis portions configured for being secured together; and an outer housing including upper and lower housing portions constructed and arranged for enclosing the chassis as the housing portions are secured together such that the interior chamber is isolated from the housing.

An electric-powered trimmer includes a cutting assembly having a stationary blade. A moveable blade is positioned on the stationary blade such that a cutting gap is defined between the moveable blade and the stationary blade. The moveable blade is configured to move along a first axis and a second axis extending orthogonal to the first axis. An adjustment mechanism is operable to move the moveable blade along the second axis relative to the stationary blade to selectively change the size of the cutting gap.

An electric-powered trimmer includes a cutting assembly having a stationary blade. A moveable blade is positioned on the stationary blade such that a cutting gap is defined between the moveable blade and the stationary blade. The moveable blade is configured to move along a first axis and a second axis extending orthogonal to the first axis. An adjustment mechanism is operable to move the moveable blade along the second axis relative to the stationary blade to selectively change the size of the cutting gap.

A hair cutting device adapted for cutting one's own hair comprises a comb piece having teeth with smooth comb edges near open ends and sharp cutting edges near closed ends, a moving cutting arm with sharp cutting teeth in contact and rough alignment with the sharp cutting edges of the comb piece, capable of reciprocating sideways back and forth and cutting hair in conjunction with the sharp cutting edges of the comb piece, and a hair guard in close proximity along their lengths. The hair guard can be lowered to expose the sharp cutting edges of the comb piece and moving cutting arm to cut hair or raised above the sharp cutting edges to work as a comb.

A hair cutting device adapted for cutting one's own hair comprises a comb piece having teeth with smooth comb edges near open ends and sharp cutting edges near closed ends, a moving cutting arm with sharp cutting teeth in contact and rough alignment with the sharp cutting edges of the comb piece, capable of reciprocating sideways back and forth and cutting hair in conjunction with the sharp cutting edges of the comb piece, and a hair guard in close proximity along their lengths. The hair guard can be lowered to expose the sharp cutting edges of the comb piece and moving cutting arm to cut hair or raised above the sharp cutting edges to work as a comb.

The present disclosure relates to an automated grooming appliance (20) for hair processing procedures, the appliance (20) comprising a processing head (58) including a blade set (22) having a processing width (36), a length setting unit (26) that is operatively coupled to the blade set (22), and a control unit (40) that is arranged to operate the length setting unit (26) based on a hairstyle model (90) that correlates position data and hair processing data, wherein the control unit (40) is arranged to adjust a length setting dependent on an actual position and an actual orientation of the blade set (22). The present disclosure further relates to an automated hair processing system (10), to a method of operating an automated grooming appliance (20), and to a corresponding computer program.

The present disclosure relates to an automated grooming appliance (20) for hair processing procedures, the appliance (20) comprising a processing head (58) including a blade set (22) having a processing width (36), a length setting unit (26) that is operatively coupled to the blade set (22), and a control unit (40) that is arranged to operate the length setting unit (26) based on a hairstyle model (90) that correlates position data and hair processing data, wherein the control unit (40) is arranged to adjust a length setting dependent on an actual position and an actual orientation of the blade set (22). The present disclosure further relates to an automated hair processing system (10), to a method of operating an automated grooming appliance (20), and to a corresponding computer program.

The disclosure describes, a body housing; the shaving component is installed on the head of the housing, and the vacuum component is located at the inner end of the shaving component; the housing has a hair retraction cabin, and a hair retraction cabin cover is installed outside the cabin; the hair retraction cabin cover is fixedly installed on the housing through a retraction cabin fixing bracket.

The disclosure describes, a body housing; the shaving component is installed on the head of the housing, and the vacuum component is located at the inner end of the shaving component; the housing has a hair retraction cabin, and a hair retraction cabin cover is installed outside the cabin; the hair retraction cabin cover is fixedly installed on the housing through a retraction cabin fixing bracket.