A hair remover includes a main unit having a gripper, a head unit having a blade, and a drive unit for driving the blade. One end of the main unit has an extension portion extending in an extension direction. The direction in the head unit along the hair removing direction of the blade is defined as a first direction. A second direction in the head unit is perpendicular to the first direction. The hair remover also includes a rotating mechanical section having a rotation center, the axis of which is perpendicular to the extension direction, enabling the head unit to rotate around the rotation center with respect to the main unit, and thereby switching between a state where the second direction of the head unit is parallel to the extension direction and a state where the second direction of the head unit is perpendicular to the extension direction.
1. A hair remover comprising:
a main unit having a gripper;
a head unit having a movable blade and a fixed blade for removing hair;
a motor;
a drive transmission unit configured to transfer a rotation driving force of said motor to reciprocate said movable blade; and
a rotating mechanical section configured to rotatably support said head unit with respect to said main unit,
wherein said main unit is provided in one end thereof with an extension portion said main unit and said extension portion having longitudinal axes that are in parallel to each other,
wherein said extension portion is offset with regard to the longitudinal axis of said main unit to define a recess which houses said head unit, said extension portion being provided with said rotating mechanical section,
said rotating mechanical section being configured to support said head unit to be capable of switching between a state of a first position where a longitudinal axis of said head unit is parallel to the longitudinal axis of said main unit so that said hair remover has an I-shaped appearance and a state of a second position where the longitudinal axis of said head unit is perpendicular to the longitudinal axis of said main unit so that said hair remover has a T-shaped appearance, and
wherein said drive transmission unit is configured to transfer the rotation driving force of said motor to said movable blade to reciprocate said movable blade in said states of said first and second positions.
2. The hair remover as claimed in claim 1 ,
wherein said rotating mechanical section is configured to support said head unit so as to be capable of being rotated 360 degrees with respect to said main unit to perform the switching between said states of said first and second positions.
3. The hair remover as claimed in claim 2 ,
wherein said drive transmission unit comprises: a face gear; a shaft member that is fixed in said extension portion so as to rotatably support said face gear; and a pinion gear that is provided at one end of said rotation shaft of said motor,
wherein said shaft member is placed so that an axis of said shaft member is perpendicular to an axis of a rotation shaft of said motor, and
wherein said pinion gear is configured to directly engage with said face gear to rotate said face gear.
4. The hair remover as claimed in claim 3 ,
wherein said rotating mechanical section comprises a turn plate that is rotatably attached at said extension portion to support said head unit,
said turn plate being provided with an output hole that is formed as a through hole along the axis of said shaft member, and
wherein said face gear comprises an eccentric section that is configured to project toward said head unit through said output hole to transfer the rotation driving force of said motor to said head unit.
5. The hair remover as claimed in claim 2 ,
wherein said drive transmission unit comprises: a face gear; a shaft member that is fixed in said extension portion so as to rotatably support said face gear; a pinion gear that is provided at one end of said rotation shaft of said motor; a transmission shaft; and two gears,
wherein said shaft member is placed so that an axis of said shaft member is perpendicular to an axis of a rotation shaft of said motor, and
wherein the pinion gear is configured to indirectly engage with said face gear via said transmission shaft and said two gears to rotate said face gear.
6. The hair remover as claimed in claim 5 ,
wherein said rotating mechanical section comprises a turn plate that is rotatably attached at said extension portion to support said head unit,
said turn plate being provided with an output hole that is formed as a through hole along the axis of said shaft member, and
wherein said face gear comprises an eccentric section that is configured to project toward said head unit through said output hole to transfer the rotation driving force of said motor to said head unit.
7. The hair remover as claimed in claim 1 ,
wherein said drive transmission unit comprises: a face gear; a shaft member that is fixed in said extension portion so as to rotatably support said face gear; and a pinion gear that is provided at one end of said rotation shaft of said motor, and
wherein said shaft member is placed so that an axis of said shaft member is perpendicular to an axis of a rotation shaft of said motor, and
wherein said pinion gear is configured to directly engage with said face gear to rotate said face gear.
8. The hair remover as claimed in claim 7 ,
wherein said rotating mechanical section comprises a turn plate that is rotatably attached at said extension portion to support said head unit,
said turn plate being provided with an output hole that is formed as a through hole along the axis of said shaft member, and
wherein said face gear comprises an eccentric section that is configured to project toward said head unit through said output hole to transfer the rotation driving force of said motor to said head unit.
9. The hair remover as claimed in claim 1 ,
wherein said drive transmission unit comprises: a face gear; a shaft member that is fixed in said extension portion so as to rotatably support said face gear; a pinion gear that is provided at one end of said rotation shaft of said motor; a transmission shaft; and two gears,
wherein said shaft member is placed so that an axis of said shaft member is perpendicular to an axis of a rotation shaft of said motor, and
wherein the pinion gear is configured to indirectly engage with said face gear via said transmission shaft and said two gears to rotate said face gear.
10. The hair remover as claimed in claim 9 ,
wherein said rotating mechanical section comprises a turn plate that rotatably attached at said extension portion to support said head unit,
said turn plate being provided with an output hole that is formed as a through hole along the axis of said shaft member, and
wherein said face gear comprises an eccentric section that is configured to project toward said head unit through said output hole to transfer the rotation driving force of said head unit.