An all-in-one shaving system having a hollow handle, a neck attachable to the hollow handle, a razor blade movably attachable to the neck and pivotally positioned for use in shaving, a disposable shaving liquid reservoir cartridge, a foot assembly attachable to the opposite end of the hollow handle as the neck, the foot assembly including a shaving brush, a valve housing, and a travel passage through which said shaving liquid travels from the valve assembly of the disposable shaving reservoir cartridge and into the shaving brush. The shaving system further includes a shaving liquid dispensing mechanism wherein activation of dispensing mechanism withdraws shaving liquid from the shaving liquid reservoir through a shaving liquid travel passage to the shaving brush. A method of use includes a user activating the dispensing mechanism, applying shaving liquid to the face with the shaving brush and then shaving with the razor.

A razor includes one or more blades that are directly or indirectly heated by RF energy. A control circuit is connected to and operates a high frequency (HF) generator and a HF power amplifier (HFPA) for generating radio frequency (RF) energy throughout a range of controllable power levels. The generated RF energy is guided by a wave guide from the HFPA to a resonance chamber (i.e., band pass filter cavity). The RF energy is radiated from the resonance chamber towards the one or more blades which absorb the RF energy, thereby causing the temperature of the blades to increase. An energy source provides the electric current required for operating the control circuit, the HF generator and the HFPA. In another embodiment, the RF energy is radiated from the resonance chamber towards a heating element that increases in temperature and heats the blades by thermal conduction.

A razor includes one or more blades that are directly or indirectly heated by RF energy. A control circuit is connected to and operates a high frequency (HF) generator and a HF power amplifier (HFPA) for generating radio frequency (RF) energy throughout a range of controllable power levels. The generated RF energy is guided by a wave guide from the HFPA to a resonance chamber (i.e., band pass filter cavity). The RF energy is radiated from the resonance chamber towards the one or more blades which absorb the RF energy, thereby causing the temperature of the blades to increase. An energy source provides the electric current required for operating the control circuit, the HF generator and the HFPA. In another embodiment, the RF energy is radiated from the resonance chamber towards a heating element that increases in temperature and heats the blades by thermal conduction.

A shaving razor cartridge includes a housing and at least one razor blade. The housing extends between front and rear ends. The housing includes a blade support portion and a handle interface portion. The blade support portion is positioned between the front and rear ends. The blade support portion includes a cap and a guard that is spaced from the cap and cooperates with the cap to define a shaving plane. The handle interface portion is positioned between the front and rear ends and includes a front and rear wall. The front and rear walls each include a lower surface and an interior surface. The at least one razor blade is disposed in the blade support portion between the cap and the guard. The lower surfaces cooperate to define a lower opening. The interior surfaces cooperate to at least partially define a handle receptacle that extends to the lower opening.

A shaving razor cartridge includes a housing and at least one razor blade. The housing extends between front and rear ends. The housing includes a blade support portion and a handle interface portion. The blade support portion is positioned between the front and rear ends. The blade support portion includes a cap and a guard that is spaced from the cap and cooperates with the cap to define a shaving plane. The handle interface portion is positioned between the front and rear ends and includes a front and rear wall. The front and rear walls each include a lower surface and an interior surface. The at least one razor blade is disposed in the blade support portion between the cap and the guard. The lower surfaces cooperate to define a lower opening. The interior surfaces cooperate to at least partially define a handle receptacle that extends to the lower opening.

Provided is a razor assembly including a cartridge including at least one blade and a handle assembly including an electric power source, a printed circuit board (PCB) electrically coupled to the electric power source, and at least one induction coil coupled to the PCB, wherein the at least one induction coil is configured to cause at least a portion of the cartridge to be heated in a non-contact manner, wherein the cartridge is detachably coupled to the handle assembly.

Provided is a razor assembly including a cartridge including at least one blade and a handle assembly including an electric power source, a printed circuit board (PCB) electrically coupled to the electric power source, and at least one induction coil coupled to the PCB, wherein the at least one induction coil is configured to cause at least a portion of the cartridge to be heated in a non-contact manner, wherein the cartridge is detachably coupled to the handle assembly.

A hair removal apparatus constituted of: an elongated heating element constituted of a material which generates heat responsive to electric power being applied thereto; and a hair adjustment unit comprising: a first elongated member generally in parallel with the elongated heating element, a second elongated member generally in parallel with the elongated heating element, and a plurality of extension members extending from the second elongated member, away from the first elongated member, the elongated heating element positioned between the first elongated member and the extension members, wherein each extension member exhibits a base end and a tip end, each extension member extending from the second elongated member at the base end towards the tip end, and wherein a first face of each of the plurality of extension members, at the tip ends, and a face of the first elongated member define a plane.

A hair removal apparatus constituted of: an elongated heating element constituted of a material which generates heat responsive to electric power being applied thereto; and a hair adjustment unit comprising: a first elongated member generally in parallel with the elongated heating element, a second elongated member generally in parallel with the elongated heating element, and a plurality of extension members extending from the second elongated member, away from the first elongated member, the elongated heating element positioned between the first elongated member and the extension members, wherein each extension member exhibits a base end and a tip end, each extension member extending from the second elongated member at the base end towards the tip end, and wherein a first face of each of the plurality of extension members, at the tip ends, and a face of the first elongated member define a plane.

Provided is a razor assembly including a cartridge including at least one blade and a handle assembly including an electric power source, a printed circuit board (PCB) electrically coupled to the electric power source, and at least one induction coil coupled to the PCB, wherein the at least one induction coil is configured to cause at least a portion of the cartridge to be heated in a non-contact manner, wherein the cartridge is detachably coupled to the handle assembly.