Matsushita Electric Works, Ltd.

Panasonic Intellectual Property Management Co., Ltd.

Panasonic Electric Works Co., Ltd.

Panasonic Corporation

Hitoshi Ogawa

Seiko Yabuuchi

Takashi Yamaguchi

Satoshi Sobagaki

Makoto Nakakura

Jyuzaemon Iwasaki

Toshio Ikuta

Hidekazu Sueyoshi

Kazuhiro Morisugi

Toshihiro Takeuchi

Shoji Fujikawa

Tetsuro Hashiguchi

Kazuyuki Ouchi

Daisuke Takano

Wei Wang

Yoshihiko Takada

Hisao Nakagawa

Yoshinori Masuko

Yasuo Uenishi

An attachment which is detachably attached to an electric hair-cutting device having a blade part, and is selectable between a first use mode in which the attachment is used with a first side of the blade part coming into contact with a skin and a second use mode in which the attachment is used with a second side of the blade part coming into contact with the skin. The attachment includes a comb part disposed around the blade part. The comb part includes at least one first comb having a first skin contact surface coming into contact with the skin when the first use mode is selected, a second skin contact surface coming into contact with the skin when the second use mode is selected, a first hair raising groove formed on the first skin contact surface, and a second hair raising groove formed on the second skin contact surface.

Attachment for electric hair-cutting device

A blade unit can be attached to a hair clipper body. The blade unit has: a stationary blade part including stationary blades that are disposed side by side like teeth of a comb; a movable blade part including movable blades that are disposed side by side like teeth of a comb; and a base holding the stationary blade part and the movable blade part so as to allow reciprocation of the movable blade part. The base includes a rib extending along the stationary blades. This configuration enables the rib to prevent the stationary blades from biting into skin and thus can mitigate a skin stimulus.

Blade unit hair clipper

An electric hair clipper comprises a main body block and a cutting block. The main body block has a motor built-in. The cutting block is provided with a blade section. The main body block is formed so as to have a configuration that a curved portion is located between an apical end portion and a rear end portion. The apical end portion is set so that an axial direction thereof is inclined with respect to an axial direction of the rear end portion. Further, the cutting block is set so that a cutting edge direction thereof is inclined with respect to the axial direction of the rear end portion.

Electric hair clipper

The hair clipper of the present invention includes an adjusting device for adjusting a clipping height. The adjusting device includes an attachment, a handle ring, and a connection mechanism. The attachment is allowed to move in a predetermined moving direction relative to a blade block. The handle ring is allowed to rotate around a rotation axis extending along the moving direction. The connection mechanism moves the attachment with rotation of the handle ring. The connection mechanism includes a cam groove and a linking pin allowed to move along the cam groove. The cam groove includes a first side and a second side opposite to each other. The first side includes: plural step parts which are formed in different positions in the moving direction and extend in a direction perpendicular to the moving direction; and a slope part configured to connect the step parts.

Hair clipper

A nose hair trimmer that facilitates removal of clipped hair from a blade. A main body case of the nose hair trimmer includes an interior chamber, a disposal opening, and a ring-shaped shutter. The interior chamber accommodates an inner blade rotor, which supports an inner blade, and collects clipped nose hair. The disposal opening communicates the chamber with the exterior. The shutter opens and closes the disposal opening. The shutter includes a communication portion, which communicates the interior chamber and disposal opening to the exterior. The position of the shutter in the circumferential direction when the disposal opening is closed is set as a reference position, and the shutter opens the disposal opening when rotated from the reference position by an amount that is less than one complete rotation.

Nose hair trimmer

A hair clipper () comprises a replaceable blade block () having a comb-shaped stationary blade () and a comb-shaped moving blade () which is reciprocally movable in a widthwise direction of the hair clipper (), a main body () having a motor () and a driving member () to transfer and to transmit a driving force of the motor () to reciprocal motion of the moving blade (), and to which the blade block () is detachably attached, and a pressing mechanism () to press the moving blade () toward the stationary blade (). The pressing mechanism () is provided on the main body () and has at least one contact portion () which reciprocally moves in synchronism with a reciprocal motion of the moving blade ().

An electric hair remover, includes: a body part having a head end part in a longitudinal direction, a blade part for cutting hair being formed at the head end part; a holder part mounted to the body part in such a configuration as to slide along the longitudinal direction of the body part and to rotate.

Electric hair remover

A hair trimmer includes a main body, a cutter block and a comb attachment. The cutter block has a stationary blade and a movable blade, both of which are comb-shaped and are slidably in contact with each other. In addition, the cutter block is protrudingly installed at one end of the main body. The comb attachment has a plurality of comb tooth-shaped sections and covers the cutter block. The comb tooth-shaped sections are provided with cut-off hair deflectors to prevent hairs cut by the cutter block from outwardly scattering away from the comb attachment. Furthermore, cut-off hair deflectors located between two neighboring comb tooth-shaped sections are disposed at relatively inner and outer positions.

Hair trimmer

To provide a nose hair cutter, comprising a blade configures to cut nose hair, a motor which drives a movable blade of the blade, and a fan which is driven by the motor to suck pieces of the nose hair cut by the blade into a body.

Nose hair cutter

A hair trimmer with a rattle dampening structure, includes an elongated main body; a cutter block having a stationary blade and a movable blade, both of which are comb-shaped and are slidably in contact with each other, the cutter block being protrudingly installed at one end of the main body; a comb-shaped cylindrical comb attachment covering the cutter block such that it is movable in a projected direction of the cutter block; and an elastic member for elastically pressing the comb attachment for trim length adjustment, in a direction approximately perpendicular to a moving direction of the comb attachment.

Hair trimmer with rattle dampening structure

Disclosed is a comb-vibration preventing structure for a hair cutter including a cutter body and a cutting-length adjusting comb adapted to be fitted on an upper portion of the cutter body and vertically moved in a sliding manner so as to adjust a cutting length. The comb-vibration preventing structure comprises a wire spring for urging each of opposite inner side surfaces of the cutting-length adjusting comb in an outward thrusting manner in an opposite lateral direction. The comb-vibration preventing structure can prevent vibrations of the cutting-length adjusting comb to reduce chatter noises, and achieve enhanced usability while facilitating quality control.

Comb-vibration preventing structure for hair cutter

A hair trimmer with a trim length adjustment mechanism includes an elongated main body; a cutter block having a stationary blade and a movable blade, both of which are comb-shaped and slidably in contact with each other, the cutter block being protrudingly installed at one end portion of the main body; a comb-shaped cylindrical comb attachment for trim length adjustment; a connecting member disposed in the main body and engaged with the comb attachment; a rotary dial, capable of transmitting its turning movement to the connecting member, installed at one side of the main body approximately in parallel with said one side; and an operation switch, disposed over a portion of the main body where the rotary dial is installed, for turning on and off an operation of the main body.

Hair trimmer with trim length adjustment mechanism

An improved epilating device is capable of effectively removing the hairs at different skin portions of the human body. The epilating device includes a single housing which is shaped to be grasped by the hand of a user and which includes a drive source. The housing carries a first epilation module provided at its top with a first plucking head which is driven by the drive source to effect the plucking of the body hairs. The first plucking head has a length defining therealong a first epilation zone. Also carried on the housing is a second epilation module provided at its top with a second plucking head which is driven commonly by the drive source to effect plucking of the body hairs. The second plucking head has a length defining therealong a second epilation zone. The first and second epilation modules are shaped respectively to have individual top ends of different external dimensions along the lengths of the first and second plucking heads and to have the first and second epilation zones of different lengths. Thus, the first and second epilation module can be selected depending upon the intended skin portion for optimum hair plucking at that portion.

Epilating device for removal of body hairs

A hair trimmer for trimming hairs including a casing having an actuating device; a cutter head disposed at one end of the casing and including a generally elongated fixed blade and a movable blade adapted to be driven by the actuating device so as to reciprocate relative to the fixed blade in a cutting plane to trim the hairs; and a hair restraint edge for regulating a distance between the cutter head and the scalp to permit the hairs to extend across a space between the cutter head and the hair restraint edge in a substantially layer form of a thickness equal to the distance to the cutter head.

Electric hair trimmer

A hair clipper has a cutter head on the front end of a housing. The cutter head includes a toothed stationary blade and a toothed movable blade reciprocating on the stationary blade in a hair shearing engagement between individual toothed edges thereof. The movable blade is slidable relative to the stationary blade in an edgewise direction perpendicular to the reciprocating motion of the movable blade for varying a cut length of hairs. An adjuster handle is slidably fitted on an outer round surface of the housing and linked to the movable blade through a linkage member such that the movable blade is shifted in the edgewise direction to increase and reduce the cut length by rotating the adjuster handle about a longitudinal axis of the housing. In addition, the hair clipper can be formed in such a structure that the reciprocating motion of the movable blade is turned on and off at the opposite ends of the rotation range of the adjuster handle. Therefore, the operator is required only to rotate the adjuster handle with a slight manipulation force for initiating the reciprocating motion and then adjusting the cut length.

Growing community of inventors

Inukami-gun, Japan

Hitoshi Ogawa