Abstract: A shaving system, the system comprising a shaver including a shaver head, one or more sensors configured to detect a flow or sound of water or an orientation of the shaver and a processor configured to determine a duration and/or water usage during a shaving session and/or a rinsing session.

Abstract: A cutting unit of a shaving head of a shaving device, which cutting unit includes an external cutting member and an internal cutting member. In an interconnected condition, a holding force prevents the external and internal cutting members from moving apart. The holding force is at least exerted by a first central portion of the external cutting member upon a second central portion of the internal cutting member, and/or vice versa. The holding force may for example be provided by a snap connection or magnetic attraction between the first and second central portions.

Abstract: At least one embodiment of the present disclosure provides a razor assembly including at least one shaving blade having a cutting edge, a blade housing, and an aid supplying member. The blade housing is configured to accommodate at least one shaving blade such that a width direction of the blade housing is in parallel with a longitudinal direction of the cutting edge and includes an inlet portion, a discharge portion, and a communication portion configured to communicate the inlet portion to the discharge portion. The aid supplying member is configured to deliver a shaving aid to the inlet portion. The shaving aid that is delivered from the aid supplying member is introduced into the inlet portion, passes through the communication portion, and is discharged from the discharge portion.

Abstract: A cleaning apparatus includes an end cap assembly for use with an agitator. The end cap assembly includes a stationary end cap, a rotating end cap, and a fragmentor. The stationary end cap is secured to and stationary with respect to a housing of the cleaning apparatus. The rotating end cap is coupled to the agitator and rotates with the agitator relative to the housing. The stationary and rotating end caps define a gap extending radially inward therebetween. The fragmentor is disposed within the gap and is configured to break debris which enters the gap into smaller pieces. The fragmentor may be disposed on a surface of the stationary end cap facing towards the rotating end cap and/or on a surface of the rotating end cap facing towards the stationary end cap. The fragmentor may include a cutting blade and/or an abrasive surface.

Abstract: A shaving unit (16) is disclosed comprising a housing (12), a guard (20) stationary relative to the housing (12), a cutting edge (22) arranged at a distance from the guard (20) and stationary relative to the housing, a hair-entry opening bounded by the guard and the cutting edge, and a drum (24) arranged within the housing, the drum (24) being configured to be driven rotatingly about a longitudinal axis thereof. A plurality of counter cutting edges (28) is arranged on the drum (24), wherein the counter cutting edges (28) cooperate with the cutting edge (22) during rotation of the drum (24) about the longitudinal axis (26) for shearing or cutting hairs when the shaving unit (16) is moved over a skin (30). The shaving unit (16) further comprises a lubricating arrangement (36) with a liquid reservoir (38) filled with a lubricant and with a feed mechanism (41) for supplying the lubricant from the liquid reservoir (38) to at least one of the counter cutting edges (28) for providing a lubricating film (42) thereto.

Abstract: A vacuum housing attachment used with a animal grooming tool for vacuuming loose fur and hair as an animal is groomed The housing attachment includes an inverted “U” shaped tool housing. The tool housing includes an open bottom portion, a closed first end portion and an open second end portion. The open second end portion is adapted for receiving the grooming tool therethrough. The tool housing is adapted for holding the grooming tool in a snug fit. Attached to a rear portion of the tool housing is a hollow handle. One end of the hollow handle includes a vacuum intake port for receiving the fur or hair from an animal, as the animal is being groomed. An opposite end of the hollow handle includes a vacuum exit port adapted for attachment to a vacuum tube.

Abstract: A drying machine includes a dryer and a stand. The dryer includes a casing having a front opening, a grip including a cylindrical grip body downwardly extended from the casing, and a lower cover covering a lower opening part of the grip body. The stand includes a hollow portion matched up with the grip, and a seating unit in which the dryer is rotatably seated. The grip includes a first electrical terminal positioned in the grip body and a second electrical terminal positioned in the lower cover. The seating unit includes a first contact terminal positioned in the hollow portion and electrically connected to the first electrical terminal, and a second contact terminal positioned in the hollow portion and electrically connected to the second electrical terminal. The first and second contact terminals maintain an electrical connection with the first and second electrical terminals regardless of the rotation of the dryer.

Abstract: Disclosed are a method and a device for signal period stretch and ultra-fast serial-to-parallel/parallel-to-serial conversion, which relate to the technical field of analysis and measurement control. The method is to change a propagation velocity of a target signal or displacement-reflecting the target signal, so as to extend or compress the period of the signal. Displacement-reflection is to generate a Doppler shift through interaction of the displacement of a reflecting plate with the target signal, so as to achieve period stretch; for a signal transmitted through a medium, the propagation velocity of the target signal is changed by changing the property of the medium, so as to achieve period stretch; for a signal ascribed to an electron flow, the movement velocity of the electron beam is changed through a varying acceleration field, so as to achieve period stretch.

Abstract: The invention relates to a cordless vacuum haircut kit. The cordless vacuum haircut kit includes a front upper housing, a back upper housing, a lower housing and a first motor. The cordless vacuum haircut kit is provided with an air flow chamber, a hair suction port, an air outlet and a hair storage chamber. The hair storage chamber is provided with a window, a wind impeller driven by a second motor and an exhaust outlet. The invention is integral, small in volume, and convenient in operation and has function of broken hair suction.

Abstract: A personal care device comprising a main housing, a hair-cutting module displaceable with respect to the main housing against spring force in a direction parallel to a main axis, and a sensor comprising a first sensor unit connected to the main housing and a second sensor unit connected to the hair-cutting module. The hair cutting module is also tiltable in directions relative to the main housing. By measuring average displacement of the hair cutting module at multiple locations, the sensor is sensitive only to displacement parallel to the main axis. The sensor measures such displacement and determines the force needed to effect such displacement. If the force is larger than a predetermined value, a warning signal will be produced.

Abstract: A device for cutting hair is disclosed that includes a laser beam generator (2) and a polarisation controller (6) configured to polarise the laser beam (10) and substantially align the polarisation of the laser beam with a longitudinal axis of a hair to be cut. Also disclosed is a method of cutting hair using a laser beam to cut hair. The method including generating and polarising the laser beam to substantially align the polarisation of the laser beam with a longitudinal axis of a hair to be cut.

Abstract: An appliance for personal care, such as skin, dental or hair treatment, comprising a dispensing structure (30) for automatically dispensing a fluid. The dispensing structure (30) includes a fluid reservoir (10), a discharge opening (11) and a fluid drive structure (9, 12, 15, 16, 17, 19, 20) for driving the fluid to be dispensed from the reservoir (10) and to and out of said discharge opening (11) in accordance with a dispensing rate/time profile (Sx). The fluid drive structure (9, 12, 15, 16, 17, 19, 20) is arranged for spurting at least once during said dispensing operation for squirting an additional quantity of the fluid to and out of the discharge opening (11) in addition to the fluid being dispensed in accordance with said dispensing rate/time profile (Sx).

Abstract: A liquid dispensing razor including a reservoir containing a shave care composition. The shave care composition comprises water; one or more lipophilic skin conditioning agents; one or more thickening agents including electrolyte sensitive polymers; one or more emulsifying agents; and one or more lubricants. The shave care composition is delivered to the skin by the razor to provide skin comfort and moisturization benefits during the shave. The combination of the chemistry in the razor results in step change in skin condition in consumer and technical skin moisturization benefits.

Abstract: A shaving razor cartridge with a housing having a guard toward a front of the housing and a cap toward a rear of the housing. The cap has a crest. A leading blade is mounted to housing nearest the guard and a trailing blade mounted to the housing nearest the cap. Each blade has a blade edge. The blades define a blade plane tangent to the edge of the leading blade and the edge of the trailing blade. The cap having a cap span from the edge of the trailing blade to the crest and a cap height from the crest to the blade plane. A ratio of the cap span to the cap height is about 25:1 to about 70:1.

Abstract: 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.

Abstract: A razor includes a handle, a shaving head which extends from the handle and a blade cartridge which is releasably mounted to the head permitting limited pivotal movement of the blade cartridge. A pressurized canister containing a shaving preparation is located inside the handle. The shaving head defines internal flow passages for conveying shaving preparation from the canister. The razor includes a manually operated delivery mechanism for delivering shaving preparation to the internal flow passages. The blade cartridge comprises a housing having a number of blades mounted therein in an arrangement wherein an internal chamber is defined within the housing at an inner side of the blades. The razor includes two flexible pipes for conveying shaving preparation from the passages to the internal chamber of the blade cartridge where the shaving preparation is pressurized before flowing through spaces between the blades onto a surface to be shaved.

Abstract: A personal care system includes an electrical shaver and a cleaning device for cleaning a shaving head. The cleaning device further includes a displacing system for displacing its supporting member relative to a cleaning fluid container from a first position in which the shaving head, when the shaver is supported by the supporting member, is not in contact with the cleaning liquid in the container, to a second position in which the shaving head is at least partially immersed in the cleaning liquid in the container. The cleaning device does not need any pump for displacing the cleaning liquid. Rather, activation of the shaving head that causes, e.g., rotation of a cutting unit, provides a sufficient pumping effect for the cleaning liquid when the shaving head is immersed in the cleaning liquid.

Abstract: A hair removal device is provided, comprising a handle and a collapsible reservoir suitable for containing a fluid to be dispensed during use of the hair removal device, the hair removal device additionally comprising a container enclosing the collapsible reservoir, a fluid outlet adapted to allow fluid to exit both the collapsible reservoir and the container, an orifice adapted to allow air to flow in or out of the container, and a suction device, adapted to suck fluid out of the collapsible reservoir through fluid outlet. The container can be rigid, deformably rigid, or a combination of both.

Abstract: A shaving blade unit has a plastic housing having a front portion and a rear portion and two side surfaces extending from the front portion to the rear portion. A shaving blade is disposed between the front portion and the rear portion and has a blade length extending along a blade axis. A guard is disposed at the front portion of the housing. The guard includes an elastomeric member forming at least one passage extending between an upper surface and a lower surface of the elastomeric member.

Abstract: A razor which includes a head, at least two spaced apart razor blades mounted to the head, and structure for expelling a shaving composition from the head, at least between the blades, onto a surface to be shaved.

Abstract: A shaving apparatus and method of shaving incorporate a novel, segmented, shaving head comprising multiple razors. In addition, embodiments of the shaving apparatus include an applicator head which provides lubrication and/or hydration while shaving.

Abstract: A razor which includes at least one razor blade, a container for a shaving composition and an electrically powered actuating mechanism, for causing shaving composition from the container to be discharged from the shaving head.

Abstract: A hair removal kit having a handle, a cover removably engagable to the handle, and a cartridge removably engagable to the handle. The cartridge has at least one blade. A removable dispensing unit is disposed within the handle. The dispensing unit has a pump, an applicator in liquid communication with the pump, and a reservoir having a first position and a second position. The reservoir is in liquid communication with the pump in the second position, but not in liquid communication with the pump in the first position.

Abstract: A razor, especially a safety razor, comprises a fluid delivery system including a pump (24) for conducting a fluid, such as a lubricant, from a reservoir (25) for application to the skin, and a control device (16) for actuating the pump (24) when the razor is brought into contact with the skin by a person holding the razor, and deactuating the pump (24) after a certain time of actuation, e.g. 0.1 to 2 seconds. The control device is arranged to ensured a delay of 1 to 10 seconds between successive actuations, and so that the pump is actuated only every second third or fourth shaving stroke.

Abstract: A cartridge for an appliance for personal care, such as skin, dental or hair treatment includes a main body, a dispensing structure for dispensing a substance, such as a liquid, a paste or a gel, and a cartridge detachably connected to the main body. The cartridge bounds a reservoir space for holding the substance to be dispensed and includes a flexible wall part bounding the reservoir space for allowing reservoir space volume to accommodate to a volume of the substance filled therein and volumes of the substance dispensed therefrom; a rigid wall part also bounding the reservoir space, and a rigid housing. The flexible wall part is connected to the rigid housing along a contour of the rigid wall part.

Abstract: A razor includes a handle, a shaving head which extends from the handle and a blade cartridge which is releasably mounted to the head permitting limited pivotal movement of the blade cartridge. A pressurized canister containing a shaving preparation is located inside the handle. The shaving head defines internal flow passages for conveying shaving preparation from the canister. The razor includes a manually operated delivery mechanism for delivering shaving preparation to the internal flow passages. The blade cartridge comprises a housing having a number of blades mounted therein in an arrangement wherein an internal chamber is defined within the housing at an inner side of the blades. The razor includes two flexible pipes for conveying shaving preparation from the passages to the internal chamber of the blade cartridge where the shaving preparation is pressurized before flowing through spaces between the blades onto a surface to be shaved.

Abstract: 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.

Abstract: A washable device for personal use, in particular a hair removal device, such as an epilator and a shaver, a portion of which is coated with paraffin. The device, the paraffin, or both may include an antibacterial agent. A method of manufacturing components of a device for personal use can include dipping the components into a paraffin bath, spraying molten paraffin on the components, spraying a paraffin solution onto the components, applying solid paraffin by tumbling, and the like.

Abstract: The invention features a razor for dispensing a fluid during shaving. The razor includes a razor cartridge that is engageable to a handle. The razor cartridge has a housing, a cartridge connecting structure attached to the housing; at least one blade positioned in the housing; and an aperture that extends from the rear surface to the front surface of the housing. The handle has a cavity for housing a fluid; a manually-actuated pump located along the length of the handle, and a fluid dispensing member having a channel in fluid communication with the pump and having an opening at a terminal end. The fluid dispensing member projects outwardly from the proximal end of the handle such that the terminal end extends to or adjacent to the aperture in the housing. Actuation of the pump displaces fluid from the cavity to or adjacent to the front surface of the housing.

Abstract: The invention features a razor for dispensing a fluid during shaving. The razor includes a handle, a razor cartridge, and a fluid dispensing member joined to the cartridge. The handle includes a cavity for housing a fluid and a manually-actuated pump to displace the fluid from the cavity through a supply channel to an opening at the proximal end of the handle. The razor cartridge includes a cartridge connecting structure attached to the housing, at least one blade positioned in the housing, and an aperture that extends from the rear surface to the front surface of the housing. The fluid dispensing member has a dispensing channel with an opening at a supply end and an opening at a dispensing end. The supply end is configured to engage the opening in the supply channel. The dispensing end projects outwardly and extends to or adjacent to the aperture in the housing.

Abstract: A shaving system includes a safety razor and a base station spaced apart from one another. The base station has a reservoir adapted to contain a shaving aid material capable of fluid flow. The base station is linked to the safety razor by an umbilical to provide fluid communication between the reservoir and an applicator of the safety razor to deliver the shaving aid material to the skin surface of a user during a shaving operation. A pump can be provided to propel the shaving aid material. A sensor can be provided to initiate operation of the pump. The reservoir can be refillable or replaceable.

Abstract: Razors and systems for wet shaving are provided. The razors include a heating element and a heating material that may be heated by the heating element. Some systems include a holder for the razor, comprising contacts positioned to engage electrical contacts of the razor and deliver power from a power source to the heating element.

Abstract: Razors and systems for wet shaving are provided. The razors include a heating element and a heating material that may be heated by the heating element. Some systems include a holder for the razor, comprising contacts positioned to engage electrical contacts of the razor and deliver power from a power source to the heating element.

Abstract: A razor which includes a head, at least two spaced apart razor blades mounted to the head, and structure for expelling a shaving composition from the head, at least between the blades, onto a surface to be shaved.

Abstract: A hair removal device is provided, comprising a handle and a collapsible reservoir suitable for containing a fluid to be dispensed during use of the hair removal device, the hair removal device additionally comprising a container enclosing the collapsible reservoir, a fluid outlet adapted to allow fluid to exit both the collapsible reservoir and the container, an orifice adapted to allow air to flow in or out of the container, and a suction device, adapted to suck fluid out of the collapsible reservoir through fluid outlet. The container can be rigid, deformably rigid, or a combination of both.

Abstract: A hair removal device is provided, comprising a handle and a collapsible reservoir suitable for containing a fluid to be dispensed during use of the hair removal device, the hair removal device additionally comprising a deformably rigid container enclosing the collapsible reservoir, a fluid outlet adapted to allow fluid to exit both the collapsible reservoir and the deformably rigid container, a first one-way valve adapted to allow air to enter but not exit the deformably rigid container, and a pressure applicator, adapted to pressurize air in the deformably rigid container, thereby collapsing the collapsible reservoir and causing fluid to be expelled through fluid outlet.

Abstract: A razor which includes at least one razor blade, a container for a shaving composition and an electrically powered actuating mechanism, for causing shaving composition from the container to be discharged from the shaving head.

Abstract: According to the present invention, a razor cartridge includes a plurality of skin-engaging elements disposed on a frame. The skin engaging elements include at least two or more substantially blades having a sharpened cutting edge, a first inter-blade guard, and a cap. The two or more blades are disposed on the frame in parallel relation to one another. The first inter-blade guard is disposed on the frame between two (2) blades. A rinse-through gap extends across substantially the entire length of the frame between the first inter-blade guard and the blade aft the first inter-blade guard.

Abstract: A disposable safety razor includes a blade housing and a blade disposed within the blade housing to expose a cutting edge suitable for shaving. The blade housing and the blade have complementary characteristics which result in destruction of the blade upon an attempt to remove the blade from within the blade housing. In this regard, the blade housing comprises a substantially rigid housing and the blade comprises a brittle ceramic blade. The safety razor further includes a handle attached to the blade housing. The handle is made from a pliable plastic material that forms an enclosure filled with a dispensable liquid.

Abstract: Disclosed is a rug shaver for removing pilling and other loose fibers. The rug shaver may include a handle connected to a shaver head through a swivel. The shaver head may have a motor that rotates blades above a grill plate. The shaver head also may include baskets removeably retained within basket cutouts in a top of the shaver head. As pilling and other loose fibers poke through the grill plate, the rotating blades may cut the loose fibers. The loose fibers may be drawn into the baskets.

Abstract: A shaving razor suitable for preparing hair and skin for shaving, the razor comprising: a handle including a proximal end, a distal end, and a manually-actuated pump located therebetween and wherein said handle comprises a cavity; a razor cartridge having a skin contacting surface and a rear surface, said cartridge comprising a housing; at least one blade disposed across a span of the housing; a degradable shaving aid portion surrounding a periphery of said housing on said skin contacting surface; and wherein a feeding channel feeds a liquid shaving aid from said pump to a disposal point within said cartridge for dispensing said liquid shaving aid to the hair and skin.

Abstract: A safety razor having a blade cartridge attached to a neck and a replaceable dispenser cartridge adapted for removable attachment to the razor to thereby form a portion of the razor handle or, alternatively, the entire razor handle. The cartridge includes and interior chamber for containing a shaving conditioning compound (e.g., shave cream or shave gel) and a pressurized dispensing gas. A bottom end of the dispensing cartridge, defining a bottom end of the razor handle, is fitted with a valve to control release of the shaving conditioning compound from the cartridge. An actuator assembly controls operation of the valve to selectively dispense a desired amount of the shaving conditioning compound from the bottom end of the razor handle while the razor is held upright in the normal shaving position.

Abstract: A shaving apparatus includes a main body, a shaving head attached to the main body and an integrated mechanism for dispensing the shaving treatment disposed within the main body. The integrated mechanism includes a pouch defining a reservoir containing the shaving treatment, at least a portion of the pouch being flexible such that the reservoir decreases in size as the shaving treatment is withdrawn therefrom, a flexible button at least partially defining a metering chamber in fluid communication with the reservoir, an output one-way valve in fluid communication with the metering chamber and permitting unidirectional flow of the shaving treatment from the metering chamber when the flexible button is pressed by the user and an intake one-way valve disposed between the metering chamber and the reservoir and permitting unidirectional flow of shaving treatment from the reservoir into the metering chamber when the flexible button is released by the user.

Abstract: A shaving apparatus and method of shaving are disclosed herein. Embodiments of the shaving apparatus incorporate a novel, segmented, shaving head comprising multiple razors. In addition, embodiments of the shaving apparatus include an applicator head which provides lubrication and/or hydration while shaving.

Abstract: A hair removal system includes a hair removal device with a hair removal area such as a razor cartridge, a dry shaving hair removal area, an epilating area, or a laser hair removal area, each having a fluid delivery system with at least one gradient foam having a fluid and a applicator surface area open to the environment such that the fluid is passively dispensed onto a skin surface independent of gravity through said applicator surface area while a user is shaving or epilating. The fluid delivery system may be integrated via pins, glue or other locking mechanism onto the hair removal area (e.g. razor cartridge). A cap covers the gradient foam to prevent the foam from drying out. A fluid reservoir may be integrated in the hair removal system in the hair removal area or in a handle. The fluid reservoir serves to replenish fluid in the foam. The fluid may be any oil, soap, moisturizer or other suitable liquid for shave preparation or for providing post hair management related benefits.

Abstract: A hair removing apparatus has a hair removing device for at least partially removing hair projecting from a skin, a liquid channel leading to a liquid outlet, a pump for causing liquid displacement through the liquid channel to the liquid outlet, a motor coupled to the hair removing device; a transmission coupled to the motor and to the pump; and a control structure operable between at least a first and a second operating condition for dispensing liquid at different rates. The control structure is arranged for controlling amounts of movement transmitted by the transmission to the pump such that, in the first and second operating conditions, different amounts of movement are transmitted by the transmission to the pump.

Abstract: The invention relates to a personal care system (1) comprising an electrical shaver (3) and a cleaning device (5) for cleaning a shaving head (7) of the shaver (3). The cleaning device comprises a container (11) for a cleaning liquid (13) and a supporting member (15) for the shaver. According to the invention the cleaning device comprises a displacing system (17) for displacing the supporting member relative to the container from a first position in which the shaving head, when in operation the shaver is supported by the supporting member, is not in contact with the cleaning liquid in the container, to a second position in which the shaving head, when in operation the shaver is supported by the supporting member, is at least partially immersed in the cleaning liquid in the container.

Abstract: A razor, especially a safety razor, comprises a fluid delivery system including a pump (24) for conducting a fluid, such as a lubricant, from a reservoir (25) for application to the skin, and a control device (16) for actuating the pump (24) when the razor is brought into contact with the skin by a person holding the razor, and deactuating the pump (24) after a certain time of actuation, e.g. 0.1 to 2 seconds. The control device is arranged to ensured a delay of 1 to 10 seconds between successive actuations, and so that the pump is actuated only every second third or fourth shaving stroke.

Abstract: A wet shave razor assembly includes a shaving aid delivery system surrounding a razor cartridge. The shaving aid delivery system includes a hydrophilic foam having a water soluble shaving preparation disposed therein. During a wet shave operation, the hydrophilic foam is compressed as the razor is stroked across a user's skin. The hydrophilic foam is an open-cell structure defined by a plurality of supporting elements that cooperate to form tortuous paths. The hydrophilic foam can also include closed cells, or it can be a combination of open cells and closed cells. The shaving preparation is disposed in the paths and/or closed cells. A combination razor cartridge/shaving aid delivery system assembly can be releasably attached to a handle. The razor cartridge may be movable relative to the hydrophilic foam and include a mechanism allowing such movement housed in the handle, or it can be fixed relative to the hydrophilic foam.

Abstract: A cartridge for an appliance for personal care, such as skin, dental or hair treatment includes a main body (2), a dispensing structure (3, 11, 12) for dispensing a substance, such as a liquid, a paste or a gel, and a cartridge (3) detachably connected to the main body (2). The cartridge bounds a reservoir space (5) for holding the substance to be dispensed and includes: a flexible wall part (7) bounding the reservoir space (5) for allowing reservoir space (5) volume to accommodate to a volume of the substance filled therein and volumes of the substance dispensed therefrom; a rigid wall part (16) also bounding the reservoir space (5), and a rigid housing (6, 14). The flexible wall part (7) is connected to the rigid housing (6, 14) along a contour (23) of the rigid wall part (16).