Abstract: A personal care apparatus having a hair trimmer, a main part and a head part. The head part being connected to the main part in a region of the main part that is adjacent to the head part and is pivotable relative to the main part. A personal care tool is provided on the head part and comprising a toothed cutting mechanism that has at least one drivable toothed blade and a spring of a U-shaped configuration has a cross-member connected to the head part and two sides co-operating with at least one position extension connected to the main part in the region of each of its two sides. The spring acts between the head part and the main part, and the head part is pivotable by the spring in synchronization with varying displacing forces that act on the head part in the course of a personal care process.

Abstract: A replaceable tip for a driving member of a clipper is configured to drive a moving blade. The replaceable tip is replaceable without disassembly of the clipper body.

Abstract: A hedge trimmer comprising: a chassis; a set of blades protruding from one end of the chassis; a cord extending from a second end of the chassis; and a rigid cord protector secured to a portion of the cord at end of the cord attached to the second end of the chassis.

Abstract: The invention is an improved electrical hair trimmer having an internal cleaning tray that cleans dirty cutting blades. Located adjacent to the cleaning tray is an internal conveying means that enables a dirty cutting blade to be removed and a cleaned cutting blade to be installed without the use of an external mechanism. The main benefit of this invention is to provide an electrical hair trimming tool that can automatically remove and clean a used and dirty cutting blade.

Abstract: A manual hair trimmer (1) comprising: a dome-shaped upper shell (2) and a substantially flat lower shell (3) coupled hermetically to the upper shell, a sealed chamber (4) being formed between the mutually coupled upper (2) and lower (3) shells; a motor drive (5) accommodated in the sealed chamber (4); a working head (6) provided with a set of hair cutting blades (7) and associated with the lower shell (3) on the opposite side with respect to the upper shell (2); and means (8) for transmitting motion from the motor drive (5) to the set of blades (7), which protrude from the lower shell (3), the dome being convex toward the outside so as to define a resting surface for a hand of a user.

Abstract: A hair cutting machine (10) having a handle (12) that contains an electromotive drive unit (49) and having a cutter head (16) that is disposed at the front handle end and, in the operating position of the handle (12), has a stationary blade (18) and an oscillating blade (20) disposed above it, the stationary and oscillating blades (18, 20) forming a cutting plane (22) that lies between the two blades (18, 20) and is inclined in relation to the longitudinal axis (24) of the handle (12). In the operating position of the handle (12), the cutting plane (22) is inclined downward in relation to the longitudinal axis (24) of the handle (12) and the oscillating blade (20) is disposed above the stationary blade (18), which makes it possible to produce a haircut that is comparable to a classic scissors cut (FIG. 9).

Abstract: A blade assembly for a hair trimmer having a trimmer body and a motor. The blade assembly includes an upper blade having a forward cutting edge, a lower blade having a forward cutting edge and defining a groove, a support member configured for coupling to the trimmer body and having a protrusion, the protrusion configured to be slidingly received in the groove of the lower blade, an actuation member coupled to the lower blade and extending outwardly from the lower blade, and a biasing member retained by the support member and configured to bias the upper blade against the lower blade. The upper blade is configured to oscillate in a transverse direction relative to forward edge of lower blade during operation of motor. The lower blade is configured to move relative to hair trimmer in a longitudinal direction perpendicular to forward edge of upper blade upon movement of actuation member.

Abstract: A drive circuit for a hair clipper comprises an electric motor and a control circuit for operating the motor at a constant speed regardless of load conditions. The control circuit has detector means for sensing the supply voltage to the clipper and the clipper current, processor means for generating an error signal indicative of a change in supply voltage needed to maintain a constant motor speed and driver means responsive to the error signal for adjusting the supply voltage to the motor to maintain the speed constant.

Abstract: A safety mechanism for a hedge trimmer is disclosed. Thumb catches 1032, 1048, together with corresponding locking members are initially biased downwardly relative to corresponding actuator levers 1010, 1014, as a result of which actuation of a motor of the hedge trimmer is prevented. This prevents inadvertent one-handed actuation of the hedge trimmer. In order to actuate the hedge trimmer, the user holds one of the actuator levers 1010, 1014 the corresponding thumb catch 1032 or 1048 upwardly, which causes movement of the other thumb catch towards its release position to allow pivotable movement of the actuator levers 1010, 1014 relative to a handle of the hedge trimmer. Movement of one of the actuator levers 1010, 1014 relative to the handle brings the lever 1018 into engagement with the electrical switch assembly 1008 to actuate the motor of the hedge trimmer.

Abstract: A hedge trimmer is provided which performs a trimming operation on a hedge. The hedge trimmer includes a machine body, a handle rotatably attached to the machine body, a throttle lever provided in the handle, a locking mechanism for preventing the handle from rotating relative to the machine body, and an unlocking member for unlocking the locking mechanism from the machine body. The unlocking of the locking mechanism from the machine body is effected by a slide movement of the unlocking member towards a rear part of the handle. When unlocking the locking mechanism from the machine body, the unlocking member surrounds the throttle lever so that the throttle lever can be inoperable with the result that the throttle lever is prevented from being erroneously operated during the rotational operation of the handle.

Abstract: A hair trimmer includes a handle having a housing including an actuation assembly rotatable relative to the housing, and a blade assembly including a reciprocating blade, a stationary blade and a blade assembly housing, the blade assembly constructed and arranged for being detachably engaged to the actuation assembly in a plane of rotation of the actuation assembly.

Abstract: A drive mechanism for a power tool having a housing, a motor, and an output shaft moving in a reciprocating motion. The drive mechanism comprises a gear plate (34) adapted to rotate about a first axis (Z-Z) and having a plurality of elongate first teeth (33) extending perpendicular to the first axis; and a drive conversion mechanism cooperating with the gear plate (34) to cause reciprocating movement of the output shaft in response to rotation of the gear plate about the first axis. Conventional drive mechanisms having an output shaft with a reciprocating motion generally have bevel gears with teeth formed at 45° to the axis of rotation of the gears. By providing a gear plate and a drive conversion mechanism which provides a reciprocating drive force for an output shaft with teeth formed at 90° to the axis of rotation of the gear, the gear is cheaper and easier to make as the gear teeth do not have to be formed as accurately as prior art inclined gear teeth.

Abstract: A hair clipper includes a motor with a rotary output shaft, a bladeset including a stationary blade and a moving blade configured for reciprocation relative to the stationary blade, a drive system configured for transferring motion from the output shaft to the bladeset, and including a driving member moving linearly along an axis transverse to a longitudinal axis of the clipper.

Abstract: Disclosed is a hair clipper having a moving lower blade, in which the lower blade moves so that upper and lower blades reciprocate in opposite directions and cross each other. In the hair clipper, an eccentric cam is connected to a rotary shaft of a motor installed in a main body, and an eccentric shaft formed on the eccentric cam is inserted into a fixing groove formed in an upper blade fixing plate and vibrates horizontally, the lower blade is mounted on a blade support, such that the lower blade can move horizontally, and is fixed to one end of a link, the central portion of which is fixed to the blade support, and the other end of which is fixed to the lower surface of an upper blade fixing plate, to which an upper blade is fixed, and thus, when the upper blade fixing plate vibrates horizontally by the rotation of the motor, the lower blade vibrates on the blade support by the link in the direction opposite to the vibration of the upper blade.

Abstract: A brake device for a power tool has a brake assembly, a bearing portion, a pinion and a gearbox. The brake assembly includes a brake base, a cover, a first throttle cable, a second throttle cable, a brake-activating block, a brake-guiding pillar, a brake band and a brake drum. The first throttle cable, the brake-activating block and the second throttle cable are linearly connected together in series. The brake-activating block is designed to abut against the brake-guiding pillar in a brake position and a release position, respectively. With the relative movement among the first throttle cable, the brake-activating block and the brake-guiding pillar, the abutting or separating state between the brake band and the brake drum can be easily controlled.

Abstract: A power working machine has a machine body, a drive source mounted on the machine body for driving a work implement connected to the machine body, and an operating handle mounted on the machine body for undergoing rotation relative to the machine body. A throttle lever is mounted on the operating handle for undergoing pivotal movement to adjust an output of the drive source. A lock mechanism is mounted on the operating handle for locking the operating handle at a preselected rotational angular position relative to the machine body. A lock cancellation lever is mounted on the operating handle for unlocking the lock mechanism to thereby permit rotational movement of the operating handle relative to the machine body. A stopper section is mounted on the operating handle for permitting operation of the lock mechanism while preventing pivotal movement of the throttle lever and for preventing operation of the lock mechanism while permitting pivotal movement of the throttle lever.

Abstract: There is disclosed a power tool comprising a housing (3), a motor provided in the housing and having a rotary output shaft, a reciprocating output shaft adapted to be caused by the motor to execute reciprocating motion to actuate a blade assembly, and a handle assembly (2, 102) comprising a front handle (6, 106) and a rear handle (7, 107) integral with the front handle. The handle assembly (2, 102) is pivotably mounted to the housing of the power tool and is adapted to be fixed in a plurality of orientations relative to the housing. By providing a handle assembly with integrally formed front and rear handles that is pivotable relative to the body of the power tool, this provides the advantage of avoiding the need for a user to hold the tool upside down when using the blade assembly to perform high-up horizontal cutting, instead of holding the tool above the user's head.

Abstract: The clipper has a cylindrical housing including a handle containing a battery and motor and a head pivotally mounted on the handle. The head carries a stationary blade and a reciprocating blade. Motion is transmitted from the motor to the reciprocating blade through a flexible rod. One end of the rod is connected to a protrusion offset from the axis of a gear connected to the output shaft on the motor. The other end of the arm carries the reciprocating blade. A control button is provided on the head. The control button can be manipulated to disengage the handle, to permit the head to be pivoted relative to the handle.

Abstract: A vibrator motor has a stationary piece and a moving piece hinged at one end. The moving piece does not generate substantial internal spring forces under the influence of an electromagnetic field, because it does not have a tail bracket. Other parts of conventional motors are also eliminated, so the motor is easier and less expensive to manufacture. In addition, the motor can be assembled and tuned before installation, which increases the ability to automate assembly.

Abstract: The invention relates to a hand-operated tool with handle (1) with a handle section (2) on the user side and with a foot section (3) arranged on the bottom side of the handle section (2) and with a detachable one-piece upper handle shell (8) that covers at least substantially the handle section (2) on the user side and the foot section (3) on the bottom or ground side.

Abstract: A power tool (10) comprises a main body (12) having a motor driven tool (24) extending from a first front end of the main body, and has a first handle (18) integrally formed on the main body to be remote from this front end. A second support handle (20) is pivotally mounted on the tool body (12) to be pivotally displaceable about a pivot axis (34) so as to be displaceable from a first position in which a grip (22) of the support handle is disposed forwards of the first handle (18), to a second position wherein the grip member (22) is disposed rearwardly of the first handle (18). Also disclosed is the use of restraining means engageable between the support handle (20) and the main body (12) for releasably restraining the handle in either of the first or second positions.

Abstract: A hedge trimmer has a working part with a cutting tool and a drive and further has guide part with a guide rod that has a drive connection for connecting a drive motor to the drive of the working part. The working part is pivotable relative to the guide part. A safety device in the form of a drive cutoff mechanism is provided that switches off the drive of the working part when the angle between the working part and the guide part is within a predetermined pivot angle range.

Abstract: A power working machine has a machine body, trimming blades attached to the machine body and drivable by a drive source, an operating handle rotatably mounted on the machine body, a throttle lever disposed on the operating handle, and a throttle lock lever disposed on the operating handle for disabling pivotal movement of the throttle lever. The operating handle has a lock mechanism for locking the operating handle at a rotational position relative to the machine body, and an operation lever for unlocking the lock mechanism to thereby permit rotational movement of the operating handle and, simultaneously with the unlocking of the lock mechanism, for placing the throttle lock lever in a locking position to disable pivotal movement of the throttle lever. The throttle lock lever has a lock portion for permitting pivotal movement of the throttle lever while simultaneously locking the operation lever of the operating handle.

Abstract: A portable working machine has a motive power source for producing a rotational motion, a cutting blade mounted to undergo linear reciprocating motion, and a reduction mechanism for reducing a speed of the rotational motion produced by the motive power source. A motion conversion mechanism converts the rotational motion reduced in speed by the reduction mechanism into a linear reciprocating motion of the cutting blade. A case accommodates therein the reduction mechanism and the motion conversion mechanism and has a lower surface. A cover member covers the lower surface of the case. The cover member has a first part connected to the lower surface of the case and a second part contiguous to the first part and extending to underlie a part of the lower surface of the case located below the reduction mechanism with a space defined between the part of the lower surface of the case and the second part of the cover member.

Abstract: Drill shear attachment clamps for a shear attachment with shear blades connected to a chuck of a portable drill includes left and right rails extending from and secured to the left housing side of the shear attachment along the drill body to a point beyond the rear of the drill body to a rear end. A connector adjustably is fastened to the rear ends of the rails to adjustably draw the ends together for nonrotatable securing of the shear attachment to the drill for one-handed operation of the drill with the shear attachment in either a right side up or upside down drill orientation.

Abstract: A blade set for a hair clipper including a movable blade constructed of ceramic. The movable blade includes an upper surface having a pair of integrally formed upper reinforcing protrusions. The upper reinforcing protrusions are disposed adjacent to a drive notch sized to receive a drive finger of the hair clipper. Reciprocation of the drive finger results in a cutting action of the blade set.

Abstract: A hand-held electrical device having a power cord that provides enhanced retainment of the power cord to a receptacle of the hand-held electrical device during operation of the hand-held electrical device. The power cord includes an enlarged tip portion that provides axial resistance against removal of the power cord from the receptacle of the hand-held electrical device when the power cord is operatively coupled to receptacle of the hand-held electrical device. The axial resistance provided by the enlarged tip portion increases the force necessary to remove the power cord from the receptacle of the hand-held electrical device, and thus decreases the likelihood of the power cord being inadvertently detached from the hand-held electrical device during operation of the hand-held electrical device.

Abstract: A hair clipping device includes a housing, a bladeset engageable upon the housing and including at least one stationary blade and at least one moving blade configured for reciprocal movement relative to the at least one stationary blade. The stationary blade has a first cutting edge and a second cutting edge, the at least one moving blade including a first moving edge configured for reciprocal movement relative to the first cutting edge, and a second moving edge configured for reciprocal movement relative to the second cutting edge. The housing defines a cutting location for the blades and the bladeset is rotatably engageable on the housing between a first position in which the first edges are employed, and a second position in which the second edges are employed. The housing encloses an apparatus for creating a vacuum, and defines a vacuum intake.

Abstract: By providing a beard and mustache trimmer construction wherein a single motor driven element is employed for directly operating both the main cutting blades as well as a pop-up trimmer, an easily employed, efficient, beard and mustache trimmer is realized. The trimmer is constructed in a manner which enables the pop-up trimmer to be directly driven by the same element which drives the principal cutting blades. In this way, greater power is delivered to the pop-up trimmer element than has otherwise been attained with prior art systems as well as providing substantially reduced noise levels. As a result, a substantially enhanced cutting and trimming system is realized.

Abstract: A seal for sealing a gap defined between a blade assembly and a housing of a clipper has a sealing portion and a base portion. The sealing portion has a blade engaging side and a housing engaging side. At least one projection extends upwards from the housing engaging side for engaging the housing. At least one attachment formation is provided for releasably attaching the seal to a boss interior to the housing.

Abstract: A hair trimmer having a clip, a releasable cutting head, and a release button operable to release the cutting head from an operating position to an open position when actuated by an operator of the hair trimmer. The clip selectively retains the cutting head in the operating position and releases the cutting head from the operating position to the open position when the release button is actuated by an operator of the hair trimmer. The clip also biases the release button to a retracted position, the release button being in the retracted position when the cutting head is in the operating position. The clip also holds the top and bottom portions of the hair trimmer body together for operation of the hair trimmer.

Abstract: A sleeve for surrounding a power cord, in whole or in part, for appliances such as hedge trimmers. The sleeve, preferably composed of a lightweight polymeric material in corrugated, convoluted, or similar form, has relatively large radial dimensions compared to the cord and therefore resists the insertion of the sleeve and the cord into appliances (such as a hedge trimmers cutting blades) thereby preventing damage to the sleeve and the cord and preventing other undesired results. The relatively large size of the sleeve tends to increase the user's awareness of the sleeve and cord. Also the sleeve's increased rigidity compared to the cord aids in preventing the cord from being entangled in the appliance and assists in managing and manipulating the cord. The sleeve includes at least one aperture to facilitate the dissipation of heat generated by the power cord.

Abstract: A hand-held electrical device having a power cord that provides enhanced retainment of the power cord to a receptacle of the hand-held electrical device during operation of the hand-held electrical device. The power cord includes an enlarged tip portion that provides axial resistance against removal of the power cord from the receptacle of the hand-held electrical device when the power cord is operatively coupled to receptacle of the hand-held electrical device. The axial resistance provided by the enlarged tip portion increases the force necessary to remove the power cord from the receptacle of the hand-held electrical device, and thus decreases the likelihood of the power cord being inadvertently detached from the hand-held electrical device during operation of the hand-held electrical device.

Abstract: The invention is directed to a guide tube assembly for a portable handheld work apparatus with a drive motor (3) mounted at one end (2) of the guide tube (1). The drive motor (3) is connected to a work tool (6) mounted at one end (5) of the guide tube (1) via a drive shaft (4) mounted in the guide tube (1). A reinforcing sleeve (8) is axially inserted into the work tool end (5) of the guide tube (1) in order to better introduce engine loads at a flange (7) of the work tool (6) into the guide tube (1). The reinforcing sleeve (8) projects axially along a part length (L′) of the guide tube (1) from the flange (7) into the guide tube (1).

Abstract: A personal care apparatus (1) with a housing (2) and with apparatus parts (6) for treating body parts of a person, which apparatus parts (6) are provided in a head region (5) of the personal care apparatus (1), is fitted in its head region (5) with a noise protection cap (9) which is designed with a closed circumference and which has a cap edge (12) which can be placed on the skin of a person during operation of the personal care apparatus (1) in order to fulfill a noise protection function.

Abstract: An arrangement for mounting a handle to a power tool housing includes a first mounting portion defined by the housing and a second mounting portion defined by an end of the handle. The first mounting portion includes a plurality of projections extending laterally therefrom.

Abstract: A power tool (10) comprises a main body (12) having a motor driven tool (24) extending from a first front end of the main body, and has a first handle (18) integrally formed on the main body to be remote from this front end. A second support handle (20) is pivotally mounted on the tool body (12) to be pivotally displaceable about a pivot axis (34) so as to be displaceable from a first position in which a grip (22) of the support handle is disposed forwards of the first handle (18), to a second position wherein the grip member (22) is disposed rearwardly of the first handle (18). Also disclosed is the use of restraining means engageable between the support handle (20) and the main body (12) for releasably restraining the handle in either of the first or second positions.

Abstract: A hair clipping device includes a housing, a bladeset engageable upon the housing and including at least one stationary blade and at least one moving blade configured for reciprocal movement relative to the at least one stationary blade. The stationary blade has a first cutting edge and a second cutting edge, the at least one moving blade including a first moving edge configured for reciprocal movement relative to the first cutting edge, and a second moving edge configured for reciprocal movement relative to the second cutting edge. The housing defines a cutting location for the blades and the bladeset is rotatably engageable on the housing between a first position in which the first edges are employed, and a second position in which the second edges are employed. The housing encloses an apparatus for creating a vacuum, and defines a vacuum intake.

Abstract: A seal for sealing a gap defined between a blade assembly and a housing of a clipper has a sealing portion and a base portion. The sealing portion has a blade engaging side and a housing engaging side. At least one projection extends upwards from the housing engaging side for engaging the housing. At least one attachment formation is provided for releasably attaching the seal to a boss interior to the housing.

Abstract: A hair trimmer having a clip, a releasable cutting head, and a release button operable to release the cutting head from an operating position to an open position when actuated by an operator of the hair trimmer. The clip selectively retains the cutting head in the operating position and releases the cutting head from the operating position to the open position when the release button is actuated by an operator of the hair trimmer. The clip also biases the release button to a retracted position, the release button being in the retracted position when the cutting head is in the operating position. The clip also holds the top and bottom portions of the hair trimmer body together for operation of the hair trimmer.

Abstract: A blade assembly for an electric hair cutter that includes a stationary blade and a cutting blade, where the cutting blade is configured for reciprocating arcuate motion relative to the stationary blade. The stationary blade includes a plurality of stationary cutting teeth, with each of the stationary cutting teeth having a tip at a distal end thereof, and wherein the tips of the stationary cutting teeth define a first imaginary line. The cutting blade includes a plurality of reciprocating cutting teeth, with each of the reciprocating cutting teeth having a tip at a distal end thereof, and wherein the tips of the reciprocating cutting teeth define a second imaginary line. The distance between the first imaginary line and the second imaginary line is greater near both end portions thereof than a corresponding distance at a center portion between the end portions.

Abstract: A vibrator motor has a stationary piece and a moving piece hinged at one end. The moving piece does not generate substantial internal spring forces under the influence of an electromagnetic field, because it does not have a tail bracket. Other parts of conventional motors are also eliminated, so the motor is easier and less expensive to manufacture. In addition, the motor can be assembled and tuned before installation, which increases the ability to automate assembly.

Abstract: An electric hair cutting device includes a stationary comb-type blade and an oscillating comb-type blade that is driven with a reciprocating movement against the stationary blade. A magnetically-driven oscillation generator is connected to the oscillating blade to impart a reciprocating movement to the blade through a structure that eliminates the need for drive power conversion components.

Abstract: A hair clipper having a bypass switch is provided. The clipper has a clipper head having a first blade and a reciprocating second blade to form a cutting edge. The clipper also has an interior for housing a drive mechanism that drives the reciprocating second blade and a power supply. The power supply is operatively connected to the drive mechanism and a switch having an on position corresponding to an operating condition, an off position corresponding to a non operating position, and a third position. When the switch is in the third position, the drive mechanism drives the reciprocating blade at a speed above the normal operating condition.

Abstract: By providing a dual cutting head module which is constructed for precisely cutting beards and mustaches in a wide variety of alternate widths using one cutting blade, while also trimming and cutting nose/ear hair using a second cutting blade, an easily employed, dependable, reliable, multi-purpose beard/mustache and nose/ear hair trimming system is achieved. In one embodiment, the dual cutting blade head member is constructed for removable mounted engagement with the support base, as well as being arcuately pivotable relative thereto, enabling either of the two desired cutting blades to be moved into the operating position whenever desired by the user. In an alternate embodiment, the dual cutting blade head member is mounted to the support base for pivotable movement only, enabling the desired multi-purpose use and operation to be provided, with reduced simplicity in manufacturing.

Abstract: A hair clipper has a housing and a pair of blades secured outside of the housing. One of the blades is stationary, and the other reciprocates. A hair trimmer or other attachment is tethered to the hair clipper so that it can be selectively placed over the hair clipper blades in use, but is not lost when removed from the blades. The attachment is stored in a recess in the housing when not in use.

Abstract: A sleeve for surrounding a power cord, in whole or in part, for appliances such as hedge trimmers. The sleeve, preferably composed of a lightweight polymeric material in corrugated, convoluted, or similar form, has relatively large radial dimensions compared to the cord and therefore resists the insertion of the sleeve and the cord into appliances (such as a hedge trimmer's cutting blades) thereby preventing damage to the sleeve and the cord and preventing other undesired results. The sleeve is tough enough to resist damage to the cord from cutting tools such as electric chain saws during incidental contact. In addition, the relatively large size of the sleeve tends to increase the user's awareness of the sleeve and cord. Also the sleeve's increased rigidity compared to the cord aids in preventing the cord from being entangled in the appliance and assists in managing and manipulating the cord.

Abstract: A vibrator motor has a stationary piece and a moving piece hinged at one end. The moving piece does not generate substantial internal spring forces under the influence of an electromagnetic field, because it does not have a tail bracket. Other parts of conventional motors are also eliminated, so the motor is easier and less expensive to manufacture. In addition, the motor can be assembled and tuned before installation, which increases the ability to automate assembly.

Abstract: A hair clipper having a pivoting clipper head is provided. The hair clipper has a clipper head, a handle and connectors for connecting the handle and the head. The clipper head has a cutting assembly located thereon. The handle has a longitudinal axis, a motor and a drive shaft driven by the motor. The connectors connect the clipper head and the handle such that the clipper head pivots about an axis of rotation that is perpendicular to the longitudinal axis of the handle.

Abstract: A hair cutting device for providing the user with greater control when trimming around person's neck, ears, and forehead. The hair cutting device includes an elongate housing having a front end and a back end; and also includes a cutting assembly including a cutting head assembly being movably attached to the front end of the elongate housing; and further includes cutting head attachments being removably mounted to the cutting head assembly.