Abstract: A blade guide for a hair clipper bladeset, the guide configured for slidable engagement in a transverse track of a stationary blade, and including a blade guide body having a first edge and a second edge being generally parallel to and spaced from the first edge, each of the edges having a pair of opposed free ends. At least one arched load beam connects a corresponding opposed pair of the free ends of the first and second edges for exerting a torsion-resisting biasing force between the edges.

Abstract: A gap between a main body grip portion and a head portion is reduced while securing a tiltable range of the head portion with respect to the main body grip portion. A hair cutting device includes the head portion provided at its upper end surface with a blade head, and the main body grip portion which supports the head portion such that the head portion can vertically float and tilt. A lower portion of the head portion is accommodated in an opened space formed in an upper portion of the main body grip portion, the head portion includes a neck portion whose lower side width in the tilting direction is wider than an upper side width, the neck portion is located at a portion of an opening formed in an upper end surface of the main body grip portion.

Abstract: An electric shaver includes a housing in which an electric drive for cutting knives of a shearing head is arranged. A shearing head frame is held by a first latching device in a position abutting on the housing and, upon release by the first latching device, is movable relative to the cutting knives into a position spaced apart from the housing against a stop. A second latching device is provided, by the release of which the shearing head frame is separately removable irrespective of the shearing head frame position released by the first latching device.

Abstract: Dry shaving apparatus comprises a drive source provided in a housing; a first shaving unit (111) having a first outer cutter and a first undercutter coupled to the drive source and mounted for movement beneath said first outer cutter, and a second shaving unit (112, 113), having a second outer cutter and a second undercutter coupled to the drive source and mounted for oscillatory movement beneath said second outer cutter. The first outer cutter is coupled to the drive source and is mounted for oscillatory movement to serve as a skin agitation member; and the first outer cutter and the second undercutter are arranged to be driven at the same frequency by the drive source.

Abstract: Dry shaving apparatus comprises a first individual shaving unit (111) having at least two first cutters cooperating together, including a first outer cutter and a first undercutter; at least a second individual shaving unit (112, 113) having at least two second cutters cooperating together including a second outer cutter and a second undercutter; biasing element for the cooperation of the cutters; and at least one drive source coupled with at least one cutter of each individual shaving unit. All cutters of at least the first (111) of the individual shaving units are coupled to the drive source to be driven for cutting and skin agitating purposes and the outer cutter of at least a further one (112, 113) of the individual shaving units is inactive.