The present invention provides for a lighted shaving apparatus and more specifically, to a shaving apparatus with a pivotally attached lighting device and a blade cartridge with at least two blades and the light illuminates through a space between the two blades and forms a shaving guide.

The present invention provides for a lighted shaving apparatus and more specifically, to a shaving apparatus with a pivotally attached lighting device and a blade cartridge with at least two blades and the light illuminates through a space between the two blades and forms a shaving guide.

A hair shaving apparatus constitute of: a power source; a control circuitry; a housing, an end of the housing arranged to be juxtaposed to a skin surface; a motion sensor arranged to detect motion of the housing along the skin surface; a hair cutting element secured in relation to the housing, the hair cutting element arranged to be heated to a temperature sufficient to cut hair proceeding from the skin surface; a translation mechanism arranged to translate the hair cutting element between a hair shaving position and a retracted position; and a radiation source, the radiation source responsive to the control circuitry to provide radiation when the motion sensor detects motion in excess of a predetermined minimum quantity, the provided radiation arranged to impact the skin surface for which the hair cutting element is arranged to cut hair with a fluence of at least 0.5 Joules/cm.sup.2.

A hair shaving apparatus constitute of: a power source; a control circuitry; a housing, an end of the housing arranged to be juxtaposed to a skin surface; a motion sensor arranged to detect motion of the housing along the skin surface; a hair cutting element secured in relation to the housing, the hair cutting element arranged to be heated to a temperature sufficient to cut hair proceeding from the skin surface; a translation mechanism arranged to translate the hair cutting element between a hair shaving position and a retracted position; and a radiation source, the radiation source responsive to the control circuitry to provide radiation when the motion sensor detects motion in excess of a predetermined minimum quantity, the provided radiation arranged to impact the skin surface for which the hair cutting element is arranged to cut hair with a fluence of at least 0.5 Joules/cm.sup.2.

A lighted razor system with a lighted razor assembly having a handle having a proximate end, a distal end, a transparent shaft, and an inner volume; a head; at least one blade; an illuminator; an on/off switch; and a powerer. The lighted razor assembly has in functional combination the handle, the head, the at least one blade, the illuminator, and the powerer. The lighted razor system is useful to permit the lighted shaving means with illumination present such that accuracy in cutting and movement of the lighted razor assembly is improved in relation to a body surface of a user.

A lighted razor system with a lighted razor assembly having a handle having a proximate end, a distal end, a transparent shaft, and an inner volume; a head; at least one blade; an illuminator; an on/off switch; and a powerer. The lighted razor assembly has in functional combination the handle, the head, the at least one blade, the illuminator, and the powerer. The lighted razor system is useful to permit the lighted shaving means with illumination present such that accuracy in cutting and movement of the lighted razor assembly is improved in relation to a body surface of a user.

The light module includes a light element coupled to at least one position module. The position modules are configured to releasably couple to a stem of a razor. The position modules allows the light element to project light along an optical axis intersecting a longitudinal axis of the stem of the razor such that, during a shaving operation, the light projected from the light element illuminates the shaving surface beyond the head of the razor.

The light module includes a light element coupled to at least one position module. The position modules are configured to releasably couple to a stem of a razor. The position modules allows the light element to project light along an optical axis intersecting a longitudinal axis of the stem of the razor such that, during a shaving operation, the light projected from the light element illuminates the shaving surface beyond the head of the razor.

A razor assembly is proposed. The assembly may include a razor cartridge including a blade housing configured to longitudinally accommodate at least one razor blade each having a cutting edge. The razor cartridge may include a cartridge top surface where the cutting edge is exposed and a cartridge bottom surface opposite to the cartridge top surface. The assembly may also include a razor handle connected to the razor cartridge, the razor handle including a light source unit configured to emit light from one side of the razor handle. The light emitted from the light source unit may be reflected by a reflective surface included in the razor cartridge and may be emitted to the outside at the cartridge top surface.

A razor assembly is proposed. The assembly may include a razor cartridge including a blade housing configured to longitudinally accommodate at least one razor blade each having a cutting edge. The razor cartridge may include a cartridge top surface where the cutting edge is exposed and a cartridge bottom surface opposite to the cartridge top surface. The assembly may also include a razor handle connected to the razor cartridge, the razor handle including a light source unit configured to emit light from one side of the razor handle. The light emitted from the light source unit may be reflected by a reflective surface included in the razor cartridge and may be emitted to the outside at the cartridge top surface.