Abstract: This invention relates to a hair clipper with a cutting mechanism and a cutting guide, said cutting mechanism defining a cutting line and said cutting guide comprising a foot with an angled bearing surface, the distance between said cutting line and said angled bearing surface of the foot determining the length at which the hair is cut, which clipper has a control member which, when the cutting length is adapted, allows said cutting line and said angled bearing surface of the foot to move relative to each other along a curved path.

Abstract: 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.

Abstract: A pressure adjustable knife set for an electromotive hair cutter comprises: a fixed knife, a movable knife, and a pressure adjust unit; a front edge of the fixed knife having a cutting edge; the fixed knife being formed with a penetrating hole for passing through the adjustable screw of the pressure adjusting unit; a front edge of the movable knife being formed with a cutting edge; a lower side of the movable knife being formed with a supporting leg; the supporting leg being formed with a plurality of heat dissipating holes with a further function of reduction of the friction area of the supporting legs; the movable knife being formed with a penetrating trench; and a fixing plate being installed between the fixed knife and the pressure adjusting unit; an adjustable screw passing through a penetrating hole of the fixed knife, the movable knife and the pressure adjusting unit.

Abstract: A pair of hairdressing scissors capable of adjusting the amount of hair cut comprises a first blade, a second blade and an adjustment member. The adjustment member is pivotally mounted on the first blade. The second blade is eccentrically pivoted on the adjustment member. The adjustment member can be rotated to change the relative position and the contact area between the two blades, thus changing the amount of hair cut.

Abstract: A blade driving assembly for an adjustable hair clipper of the present invention comprises a movable blade holder, a spring, a spring holder and a push lever. The spring is disposed with a coiled portion secured on the spring holder, a first portion which exerts pressure upon the movable blade holder to bias the movable blade towards the stationary blade and a second portion which biases the spring holder towards a retracted position. The push lever is driven to move forward or backward by an external force, and a front end of the push lever abuts against the rear end of the spring holder in such a way to push the spring holder forward when the push lever is driven forward, and when the push lever is driven backward, the spring holder is biased by the spring to retract until the rear end thereof abuts against the push lever.

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 manually-operated hair clipper, comprising a substantially elongated enclosure, which defines at one end a handle and is provided, at the opposite end, with a working head, which comprises a body for supporting a cutting blade assembly and a motor assembly, elements being provided for transmitting motion from the motor assembly to the cutting blade assembly, at least one comb element, which is associated with the supporting body so that it can slide along a direction for approach and spacing with respect to the cutting blade assembly in order to adjust the cutting length, and at least first teeth for stopping the comb element with respect to the supporting body.

Abstract: According to certain embodiments of the invention, hair clippers are provided that comprise a hair cutting end and a body portion having an area adapted to be held by a user. The area adapted to be held by a user preferably comprises a material having desirably low thermal conductivity properties, which is effective to reduce the amount of heat that is transferred to a user's hand during prolonged operation of the clipper. In addition, in certain embodiments, the invention provides that the area adapted to be held by a user preferably comprises a raised three-dimensional configuration, which is effective to provide the user with an enhanced grip of the clipper.

Abstract: To avoid miscuts while providing a comfortable usability a comb device (3) for a hair-cutting system (1) is proposed, the comb device (3) comprising a comb unit (4) with teeth (71) and connecting means (8) for connecting the comb device (3) to a hair-cutting apparatus (2), wherein the comb unit (4) comprises a first part (5) being in a fixed position with respect to the connecting means (8) and having teeth (71) and a second part (6) being movable with respect to the connecting means (8), as well a hair-cutting system comprising a hair-cutting apparatus and such a comb device (3) and being divided in two or more movable subparts (61, 62) that are arranged to move independently from each other.

Abstract: An electric shaver has a pivotally mounted longhair cutter unit that is pivoted outward into an operating position by motion of an operating switch of the shaver via an actuator that also causes the cutting blades of the longhair cutter unit to extend from the longhair cutter housing. Because the longhair cutter retracts into the longhair cutter housing when the longhair cutter unit is folded shut, the sharp edges of the blades are protected.

Abstract: Disclosed is an electric hair clipper. A movable blade is reciprocated by a pin cam to perform hair-cutting. A comb cap is attached to an outer surface of the hair clipper body. A drive bolt is mounted in a lower region of the hair clipper body. A tension spring is mounted around the outer peripheral surface of the drive bolt. A nut member is provided to allow the drive bolt to be penetrated there through and formed at an inner peripheral surface thereof with screw grooves. A shock-absorbing spring is provided, one end of which is attached to a plate fixed to an inner bottom surface of the body and the other end thereof is attached to a shock-absorbing bar. Up and Down switches are formed at opposite lateral surfaces of the body at lower ends of the lateral surfaces to forwardly and rearwardly reciprocate the comb cap.

Abstract: An electric hair clipper for adjusting a cutter kit includes a combination housing having a first locating rib and a second locating rib. A motor is received inside the combination housing, the motor has a fixing means, a spindle is provided to rotate. A fixation mounter has a mounting seat fixed by the fixing means, a first locating slot and a second locating slot engaged with the first locating rib and second locating rib of the combination housing respectively. A driving roller set has an impelling roller eccentrically and rotatably connected to the spindle of the motor. A linking frame has two mounter fixing portions, a bridge connects the two mounter fixing portions. A swiveling leverage has a lever body, a driven portion and a blade driving portion connected to each end of the lever body. And a pivot set pivoted to the linking frame and the swiveling leverage.

Abstract: An electric hair clipper with improved blade control structures for adjusting a scissors kit includes a combination housing provides a knob fitting portion, a pivot portion, an axial guiding slot, a motor receiving portion and a motor fixing portion. An adjusting knob provides a knob body and a pivot portion that pivots on the pivot portion of the combination housing, a turning operation portion around the adjusting knob for the finger to fiddle with and a pusher driving portion formed continuous various distance radially from the center of the pivot portion, an elastic orientation part is placed between the knob body and the combination housing. A motor unit is provided in the combination housing. A sliding pusher provides a body; a driven link portion that driven by the pusher driving portion of the adjusting knob to make the sliding pusher slide, a push head can push against the scissors kit.

Abstract: A hair clipper includes three blade blocks each including comb-like blades mutually overlapped for making sliding contact with each other, each blade block having a skin contact surface parallel to a projecting direction of the comb-like blades; and a main body including a drive unit for reciprocating one of the comb-like blades. The blade blocks include first, second and third blade blocks. The second blade block has a skin surface contact angle between a longitudinal axis of the main body and the skin contact surface acute and greater than that of the first blade block. The third blade block has a skin surface contact angle same as that of the second blade block. The third blade block has a cutting width smaller than that of the first and second blade blocks. The main body includes an attachment unit for detachably attaching one of the blade blocks to the main body.

Abstract: The invention concerns a hair clipper comprising a device for adjusting the position of a powered cutting guide slaved to an electronic device, automatically adapting the position of said cutting guide based on the option selected by the user.

Abstract: 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.

Abstract: Herein a dummy hair clipper head is a rigid form conforming to those dimensions of the head of a hair clipper (typically its stationary blade) which are necessary for its compatibility with attachment guide combs and optionally including a novel method of dual engagement with the V shaped groove of the guide comb. Said rigid form being incorporated into an object to allow the attachment of guide combs to that object. The diverse embodiments of this device include a comb organizer, a scissor comb, a razor comb, a vacuum comb, a dryer comb, and a liquid dispensing comb.

Abstract: 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.

Abstract: The invention discloses an adjustable apparatus for adjusting an upper blade position of a hair clipper to further adjust the hair cut length. The upper blade is connected to a blade spring. The blade spring is placed in a spring housing. The spring housing is connected to a pushing block. The pushing block is connected to a rotary wheel. Therefore, the position of the upper blade is adjustable by moving the rotary wheel.

Abstract: 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.

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 hair trimmer having an adjustable comb actuator assembly capable of moving a comb to a number of positions between a fully retracted position and a fully extended position for varying the cutting length of the hair trimmer. The actuator assembly includes a comb carriage, a comb button, a lock spring, and a lock button.

Abstract: There is provided a blade assembly having a stationary comb or blade and a recepricating cutter. The blade Assembly permits for adjustment over a range of cut lengths and detachability/convertability to a range of hair clippers.

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 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 hair trimmer having an adjustable comb actuator assembly capable of moving a comb to a number of positions between a fully retracted position and a fully extended position for varying the cutting length of the hair trimmer. The actuator assembly includes a comb carriage, a comb button, a lock spring, and a lock button.

Abstract: A hair clipping device includes a housing, a blade chassis engageable upon the housing and having a bladeset including a stationary blade and at least one moving blade configured for reciprocal movement relative to the stationary blade. A comb assembly is configured for releasable attachment to the blade chassis and includes a comb base and a comb member. The comb member is selectively slidably adjustable relative to the comb base between a retracted position and an extended position. An adjustment mechanism is provided for selectively adjusting the comb member between the extended position and the retracted position, the adjustment mechanism having a handle and being configured so that movement of the handle will cause extension or retraction of the comb member relative to the comb base. In a hair clipping device, a housing encloses an apparatus for creating a vacuum, and has a vacuum inlet.

Abstract: An adjustable head adapted to an electrical clipper has an engaging port adapted to be securely attached to a side face of a body of the electrical clipper. A trough is defined in the engaging port and cutouts are oppositely defined in two inner side faces of the engaging port. A connecting head is detachably received in the engaging port. The connecting head has a base with two protrusions oppositely formed on two side faces of the connecting head to correspond to the cutouts in the two tracks. Two slits are each defined adjacent to a corresponding one of the two protrusions to provide resilience to the corresponding protrusion and a hollow receiving port is formed on a side of the base. The receiving port is adapted to correspond to teeth of the electrical clipper and has through holes defined in a top face of the receiving port.

Abstract: By providing a rotatable wheel mounted in cooperating engagement with a longitudinally movable arm or slide member, an easily employed, dependable, and reliable movable comb control system is achieved, enabling users to controllably move the comb member on a hair trimmer any desired distance. In the present invention, cam slots are formed in the wheel with the slots positioned for controlled engagement with cam pins formed on the movable arm or slider. By employing this construction, rotational movement of the wheel causes controlled movement of the cam pins which results in the desired longitudinal movement of the arm/slider. By securing the elongated arm/slider to the comb element, either directly or through an interconnecting plate, the longitudinal movement of the arm/slider causes the comb element to move simultaneously therewith.

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 hair cutting device is connected to a vacuum source to draw hair into a cutting chamber and includes a mechanism for cutting which allows an operator to both position the cutting device and to activate the cutting mechanism with one hand. The cutting mechanism includes two blades and preferably at least one blade slidably moves against the other to cut hair. The cutting mechanism also maintains the blades in proper position and applies pressure to at least one of the blades to ensure the proper cutting of the hair. Preferably non-parallel cutting edges and the bowing of at least one of the blades act to provide an effective moving shear point between the blades. The cutting mechanism also allows for continued airflow through the cutting chamber regardless of the position of the blades during the cutting operation.

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.

Abstract: By providing a rotatable wheel mounted in cooperating engagement with a longitudinally movable arm or slide member, an easily employed, dependable, and reliable movable comb control system is achieved, enabling users to controllably move the comb member on a hair trimmer any desired distance. In the present invention, cam slots are formed in the wheel with the slots positioned for controlled engagement with cam pins formed on the movable arm or slider. By employing this construction, rotational movement of the wheel causes controlled movement of the cam pins which results in the desired longitudinal movement of the arm/slider. By securing the elongated arm/slider to the comb element, either directly or through an interconnecting plate, the longitudinal movement of the arm/slider causes the comb element to move simultaneously therewith.

Abstract: In a hair-cutting system (1) including a hair-cutting apparatus (2) and including a comb device (3) at least the comb teeth (10) of the comb device (3) are connected to holding means (14) of the hair-cutting apparatus (2) with the aid of connecting means (13), and connecting means (13) are constructed to enable the angular position of the comb teeth (10) with respect of the hair-cutting apparatus (2) to be changed continually, and the connecting means (13) are further constructed and arranged in such a manner that when the comb teeth (10)are moved over a skin area of a person a continual contact with the skin area is guaranteed for the essential part of the contact zones (Z) of said comb teeth (10) by a continual adaptation of their angular position.

Abstract: The invention relates to a hair clipping machine with a device for adjusting the length of a cut, with the adjusting device acting upon the clipping assembly. The clipping assembly includes at least a fixed clipping comb and a clipping blade which can be driven in an oscillatory motion essentially parallel to the front edge of the clipping comb. The adjusting device includes of at least an actuating element which is connected to the clipping blade via coupling elements for displacing the clipping blade lengthwise. The adjusting device is an integral part of the clipping assembly and may therefore be configured independently of the housing. As a result, construction is simplified and it is also possible to retrofit clipping machines which do not have such adjustment devices.

Abstract: In a hair-cutting system (1) including a hair-cutting apparatus (2) comprising a toothed cutting device (14) having a toothed cutter (15) which is drivable by a motor (17), and a comb device (19) which can be coupled to the toothed cutting device (2) and which comprises an adjustable comb section (22), the hair-cutting apparatus (2) has an adjustment button (48) for adjusting the adjustable comb section (22) of the comb device (19) and an on/off button (74) for switching on and switching off the motor (17), the adjustment button (48) being arranged at the location of a front side (10) of the hair-cutting apparatus (2) and the on/off button (74) being arranged at the location of a back side (11) of the hair-cutting apparatus (2).

Abstract: An attachment comb for use with a hair clipper that includes a series of teeth with lower peripheral surfaces of a particular curve that are configured for comfortable movement along the surface of a subject's head, and where the teeth are also preferably proportioned in such a manner as to permit the hair to be uniformly trimmed to relatively long lengths of an inch or greater. Specifically, in the present attachment comb, at least one of the teeth preferably includes a widened rib portion that extends along at least a portion of the length of the lower peripheral edge of that tooth. In addition, the lower peripheral surfaces of the teeth are preferably curved into a half-teardrop shape that includes both a concave curved surface and a convex curved surface. Finally, the teeth may be flared outwardly as they extend away from the base portion so that the hair being cut can be directed toward the cutting blades on the hair clipper.

Abstract: A hair-cutting system (1) is provided comprising a hair-cutting apparatus (2) having a toothed cutting device (17), and comprising a comb device (20) which can be mounted onto the hair-cutting apparatus (2) and comprises a stationary comb section (22) and an adjustable comb section (23), and comprising positioning means by which the adjustable comb section (23) can be positioned with respect to the stationary comb section (22), the stationary comb section (22) and the adjustable comb section (23) are loaded relative to one another by means of at least one spring (48), and the positioning means comprise an adjustment device (50) arranged on the hair-cutting apparatus (2), which adjustment device is adjustable to a number of settings by the hand in which the hair-cutting apparatus (2) is held during operation, and coupling means (51) are arranged between the adjustment device (50) and the adjustable comb section (23) for automatically coupling the adjustment device (50) and the adjustable comb section (23) when

Abstract: A haircutting device includes a housing having a first opening defined in an underside thereof. A body is adjustably mounted in the housing and has a second opening defined in an underside thereof and communicating with the first opening. A haircutting mechanism is mounted on the underside of the body and located above the second opening. A suction member is mounted in the housing and includes a suction vent defined in an underside thereof and located above the haircutting mechanism. The suction member is operated to draw air from the housing through the first and second openings into the suction vent.

Abstract: 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.

Abstract: A handheld appliance including a housing including a surface area, a moveable member moveable relative to the surface of the housing, and a latch for releasably preventing and permitting movement of the moveable member relative to the housing and including a series of indentations in the surface area of the housing, and a latch member movably carried on the moveable member for movement between a latch position preventing movement of the moveable member relative to the housing and a release position permitting movement of the moveable member relative to the housing, the latch member including a generally planar base portion, and a flange portion which is received in a selected one of the indentations when the latch member is in the latch position and free of the indentations when the latch member is in the release position.

Abstract: 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.

Abstract: 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 hair shearing engagement between individual toothed edges thereof. The toothed edge of the stationary blade is tapered to have a thickness narrower toward its leading edge along an edgewise direction thereof. The stationary blade is slidable in a direction perpendicular to the reciprocating direction thereof, for varying a cut length of the hairs to be sheared between the movable and stationary blades. An adjustor handle is slidably mounted on the housing and linked to the movable blade for effecting the sliding movement thereof. A latch is provided to latch the adjustor handle in position for fixing the cut length. A release knob projects on a portion of the handle to be accessible by a finger of the user manipulating the handle.

Abstract: The invention is directed to an electric hair cutting apparatus in which a desired length of hair is adjustable by means of a preselector slide means (72). When the hair cutting apparatus is turned on, the drive motor (90) is operated only at the setting corresponding to the preset position. The preselector slide means (72) comprises a permanent magnet (100) having associated to it a reed contact (70) which is fixedly accommodated in the casing of the hair cutting apparatus. The use of the reed contact prevents beard hair from entering the interior of the hair cutting apparatus.

Abstract: A hair cutter having a cutter head with a cutter comprising a toothed stationary blade and a toothed movable blade which define a cutting plane between toothed edges thereof. The movable blade reciprocates relative to the stationary blade in hair shearing engagement between the toothed edges with the movable blade defining a cutting edge at its leading toothed edge. Disposed at the front end of the cutter head is a pair of first and second hair pressing members with respective hair contacting edges. The first hair pressing member is formed to have a number of comb slots arranged in parallel with the toothed edges of the movable blade with the comb slots defining at their bottom ends the hair contacting edge.

Abstract: A precision hair clipper for cutting the hair of a subject to a uniform length comprises a housing defining a flow chamber attachable to a vacuum source. At the inlet of the housing a pair of reciprocating blades occupy one side of a quadrangular rim. The blades have rows of cooperating teeth facing the opening of the inlet. A bar commensurate with and parallel to the blade teeth is reciprocally translated across the opening between the teeth and the opposite edge of the rim. Hair drawn through the flow chamber is thus periodically pushed against the shearing teeth. The bar movement is coupled to the blade oscillating mechanism.

Abstract: An adjustable spacer for extending away from the scalp conventional powered hair clippers adapted for pneumatic removal of hair cuttings to predetermine the length of cut hair, which spacer provides extension members on either of opposing sides of the cutting head of the clippers by attachment thereto of a bracket. The degree of extension of the spacer from the bracket is determined by regulation of the opposing extension members. The spacer may be attached directly to the clippers, or, in the alternative, may be attached to a conventional shoe comb which, in turn, may be easily attached to and detached from the clippers.

Abstract: A hair trimmer including a body having opposite ends and an axis extending between the opposite ends, a blade set mounted on the body at one of the opposite ends, a comb disposed on the one end of the body for axial movement relative to the blade set, a lever supported by the comb for rotatably engaging the body, and a mechanism for axially displacing the comb in response to rotation of the lever.

Abstract: A power driven hair trimmer appliance is fitted with a demountable comb attachment having a supporting segment of similar but larger configuration than the appliance. A plurality of discrete pressure pads are provided for fitting the comb to the appliance so that the comb may be adjusted to any position between predetermined maximum and minimum positions of trim length. At any operating position of the comb, trimmed hair will fall away from the appliance thereby eliminating the need to periodically interrupt trimming operations for cleaning the appliance.

Abstract: A hair cutting guide for use with either a conventional pair of shears or hair clippers comprises a housing having first and second openings therein and a guide portion for receiving the conventional cutting apparatus in such a manner so as to define a cutting region within the housing. The housing is coupled to a source of vacuum at its output end, and its input end is coupled to at least one input member of a predetermined length. In this manner, hair is drawn into the input member under the force of the vacuum to the cutting region where it is clipped. The clipped hair is then drawn out of the housing by the vacuum to a collection area. The input members may vary in length and shape so as to achieve a desired hair style.