A shaving device comprising a head assembly including a support member having at least one support member magnet and a blade cartridge having at least one face with at least one razor blade and configured to be rotatably coupled to the support member about a pivot axis. The blade cartridge includes at least one blade cartridge magnet having a pole aligned with a pole of the support member magnet to generate a magnetic force that urges the blade cartridge about the pivot axis towards an initial starting position (ISP), wherein the blade cartridge is further configured to rotate about the pivot axis away from the ISP upon application of an external force sufficient to overcome the magnetic force between the support member magnet and the blade cartridge magnet.

The present application discloses a manual razor with self-cleaning capabilities having a handle. The hand having a blade housing at its free end. The blade housing having a razor blade held that firmly, but removable held within the blade housing. The blade housing may further contain a spring element that is integrated into the blade housing. The spring element may be adjacent to said blade, with the first end of the spring element connected to the blade housing and the second end of the spring element connected to the cleaning element. The cleaning element is snugly coupled with the cutting area of the blade, preferably encircling both sides of the cutting area, as well as the edge of the blade. The cleaning element is configured to be displaced or to slide forward and back along the length of the blade in an attempt to clear hair bristles and other shaving debris from the surface of the cutting area.

A haircutter (1) comprises a blade head (2), a grip, (10) and a haircutting blade (4) comprising a cutting edge (14) accommodated in the blade head (2). The blade head (2) comprises two blade head sections (201, 202) removably coupled to one another by means of a blocking device (200). The blocking device (200) comprises a locking mechanism (203) operable by an operating member (204). The operating member (204) is provided by at least part of the grip (10). Actuating the operating member (204) causes the locking mechanism (203) to shift from an operating position to an off position, to allow releasing the coupled blade head sections (201, 202) from one another.

A haircutter (1) comprises a blade head (2), a grip, (10) and a haircutting blade (4) comprising a cutting edge (14) accommodated in the blade head (2). The blade head (2) comprises two blade head sections (201, 202) removably coupled to one another by means of a blocking device (200). The blocking device (200) comprises a locking mechanism (203) operable by an operating member (204). The operating member (204) is provided by at least part of the grip (10). Actuating the operating member (204) causes the locking mechanism (203) to shift from an operating position to an off position, to allow releasing the coupled blade head sections (201, 202) from one another.

A device may include a handle comprising a hollow portion configured to operate as a chamber to encompass a razor blade when in a closed position. A device may include a cutting component connected to the handle via a swivel pivot point, the swivel pivot point configured to enable the cutting component to be directed to create varying degrees of openness relative to the handle, wherein the cutting component comprises an elongated metal portion that includes a blade retainer integrated into the cutting component. A device may include a blade adaptor configured to be received within the blade retainer, the blade adaptor includes an internal portion configured to hold smaller ejector blades securely within the blade retainer; and wherein the blade retainer comprises a slide mechanism configured to secure the blade adaptor within the blade retainer or eject the blade adaptor from the blade retainer, wherein the slide mechanism is configured to eject the blade adaptor upon a slide of the slide mechanism being slid along a slide channel, causing the blade adaptor to be removed from a distal end of the blade retainer.

A device may include a handle comprising a hollow portion configured to operate as a chamber to encompass a razor blade when in a closed position. A device may include a cutting component connected to the handle via a swivel pivot point, the swivel pivot point configured to enable the cutting component to be directed to create varying degrees of openness relative to the handle, wherein the cutting component comprises an elongated metal portion that includes a blade retainer integrated into the cutting component. A device may include a blade adaptor configured to be received within the blade retainer, the blade adaptor includes an internal portion configured to hold smaller ejector blades securely within the blade retainer; and wherein the blade retainer comprises a slide mechanism configured to secure the blade adaptor within the blade retainer or eject the blade adaptor from the blade retainer, wherein the slide mechanism is configured to eject the blade adaptor upon a slide of the slide mechanism being slid along a slide channel, causing the blade adaptor to be removed from a distal end of the blade retainer.