A razor for supporting a razor blade comprising a blade support arm, a handle element, and a cover element coupleable with the blade support arm. The razor can removably support the razor blade between the blade support arm and the cover element. The blade support arm can have a recess formed therein, and the cover member can be coupled with the blade support arm adjacent to the recess. Additionally, the cover member can be rotatable relative to the blade support arm to allow easy removal and/or replacement of the blade.

A base has a top, a bottom, a left side, a right side, an upper section, a lower section, a left lateral section extending outwardly and upwardly from the lower section, a right lateral section extending outwardly and upwardly from the lower section, a left surface along the left side section and the left lateral section, and a right surface along the right side section and the right lateral section. The left surface and the right surfaces are each in a generally semi-cylindrical configuration and together form a primary gripping assembly. A head with an operational face faces away from the base. The operational face includes at least one left blade and at least one right blade and an arcuate sliding surface there between.

A razor assembly for shaving with an open palm includes a grip. The grip may be positioned in a palm of a hand thereby facilitating the grip to inhibit symptoms of tendonitis. A blade unit is removably coupled to the grip. Thus, the blade unit may shave hair.

The present invention is a straight razor used in a barber shop for housing a plurality of blades. The straight razor comprises of a handle having a handle-distal end and a handle-proximal end, wherein the handle comprises of a longitudinal body with a longitudinal slot at a top portion of the longitudinal body; a groove along a wall side of the longitudinal body to navigate a charging-handle to a pathway; a blade holder wherein the blade holder is placed inside the longitudinal slot, the blade holder is pivotally attached to the handle from the handle-proximal end, the blade holder comprises of an elongated body with two clamp members designed at a holder-distal end to grab a blade; and a reloadable cartridge having a cartridge-enclosure with a plurality of springs attached inside the cartridge-enclosure to push a plurality of blades toward a cartridge opening.

The present disclosure relates to an apparatus and method for trimming hairs by rotating a housing on a handle that contains one or more razor blades angled for shaving adjacent hairs.

A razor assembly for shaving with an open palm includes a grip. The grip may be positioned in a palm of a hand thereby facilitating the grip to inhibit symptoms of tendonitis. A blade unit is removably coupled to the grip. Thus, the blade unit may shave hair.

A safety razor includes an elongated handle having an open end, a cartridge head having adjacent angled sections, and first and second blade sets arranged facing away from each other on the adjacent angled sections. The first and second blade sets are orientated generally in parallel with a longitudinal axis of the elongated handle, and the cartridge head has a generally V-shape. The cartridge head is releasable secured to the open end of the elongated handle. In addition, an elastic flexure bearing extends along an apex between the angled sections and joins together the adjacent angled sections. The elastic flexure bearing is comprised of a type of material different than the adjacent angled sections of the cartridge head. The cartridge head includes a base having an upper surface and a lower surface, and a plurality of latching pins coupled to, and extending away from the lower surface of the base.

A shaving implement comprises a cutting portion and an end portion. Further, the cutting portion transitions between a straight configuration and a bent configuration based on an application of an external force on the cutting portion. forming a bend in the cutting portion characterized by a curvature and a direction. Further, transitioning the cutting portion from the configuration to the straight configuration comprises removing the bend. Further, the cutting portion is not transitionable between the straight configuration and the bent configuration without the application of the external force. Further, the cutting portion comprises a blade slot for receiving a blade. Further, the cutting portion curves the blade in a blade shape based on the forming of the bend. Further, the end portion removably holds the cutting portion.

A shaving implement for facilitating shaving of facial hair. The shaving implement includes a cutting portion that receives a blade in a blade slot comprised in the cutting portion. The cutting portion is bendable in a shape based on an application of an external force on the cutting portion. The cutting portion retains the shape after a removal of the external force. The cutting portion bends the blade received in the blade slot to conform the blade to the cutting portion, and thereby conforms the blade to a contour of a spot on a user's face. The shaving implement allows the shaving of the facial hair by contactingly and continuously moving the blade which is received in the cutting portion and conformed to the cutting portion, on a skin of the user's face across the spot without operationally engaging the blade with any other blade.

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.