Abstract:
The invention relates to an electric shaver comprising at least a first long hair cutter element that is provided with a first under cutter and a first, non-foil type upper cutter, wherein one or both of the first under cutter and the first upper cutter oscillate relative to the other in a direction parallel to an axis x and at least one guard that is provided adjacent to the second upper cutter and extends parallel to axis x, said guard is provided with a comb structure having several teeth each being provided with a skin contact top portion and several slot's being provided between the teeth each being having a low portion for guiding the hair in between and wherein the comb structure is provided as a micro comb structure having a depth of the slots from the top portion of the teeth to the low portion of the slots ranging between 0,2 to 0,7mm.
Abstract:
The present invention relates to a hair clipping system, with a hair clipping device (10) that comprises: -a housing (16); -a cutting assembly (18) which is arranged on one end (14) of said housing (16) and comprises a stationary blade (24) with a front edge (34) and a moveable blade (26) with a toothed edge (36) arranged parallel to said front edge (34) of the stationary blade (24), wherein the moveable blade (26) is displaceably mounted on a surface (28) of the stationary blade (24) and resiliently biased against said surface (28) of the stationary blade (24); -a drive arrangement (30) for driving said moveable blade (26) in an oscillatory movement in a transverse direction (32) substantially parallel to the front edge (34) of the stationary blade (24); -an adjustment unit (42) for adjusting the position of the moveable blade (26) with respect to the stationary blade (24) in a first adjustment direction (50) substantially perpendicular to said transverse direction (32); and with -a comb attachment (12) with a plurality of comb teeth that can be releasably attached to the hair clipping device (10) on a side of the stationary blade (24) facing away from said surface (28) of said stationary blade (24) to create a defined gap between the comb teeth, that are adapted to at least partly surround the cutting assembly (18), and the moveable blade (26); wherein the adjustment unit (42) is adapted for adjusting the position of the comb attachment (12) with respect to said cutting assembly (18) in a second adjustment direction (52) substantially perpendicular to said surface (28) of the stationary blade (24) if the comb attachment (12) is attached to the hair clipping device (10).
Abstract:
The present invention relates to a hair clipping device (10) which comprises a housing (14), a cutting assembly (16) including a stationary cutting blade (32) and a moveable cutting blade (34), a drive arrangement (42) for driving the moveable cutting blade (34) relative to the stationary cutting blade (32) in an oscillatory movement along a first axis (40), a comb support element (45) for removably attaching a comb attachment (12) with a plurality of comb teeth (50), and an adjustment unit (58) for adjusting the position of the comb attachment (12) relative to the cutting assembly (16), when the comb attachment (12) is attached to the comb support element (45), wherein the adjustment unit (58) is configured to increase a distance between the comb attachment (12) and the cutting assembly (16) during an extension movement of the adjustment unit (58), and to decrease the distance between the comb attachment (12) and the cutting assembly (16) during a retraction movement of the adjustment unit (58). The hair clipping device (10) further comprises an end stop element (74) which is configured to prevent a movement of the comb attachment (12) towards the cutting assembly (16) during the retraction movement when a minimal distance between the comb attachment (12) and the cutting assembly (16) is reached by contacting the comb support element (45). The end stop element (74) is further configured to cause a coupling of the adjustment unit (58) with one of the stationary cutting blade (32) and the moveable cutting blade (34) if the retraction movement of the adjustment unit (58) is continued after the minimal distance between the comb attachment (12) and the cutting assembly (16) is reached after a contact of the end stop element (74) with the comb support element (45). Said coupling enables an adjustment of the position of the moveable cutting blade (34) relative to the stationary cutting blade (32) along a second axis (56) transverse to the first axis (40) by means of the adjustment unit (58).
Abstract:
A trimmer head (1) for cutting superfluous hair growth, such as nose hair, wherein the trimmer head has an outer fixed dome-shaped cutting head (5) provided with slits (18), and a cutting body (6) with internal blades (14) which are adapted to make contact with the inside of the cutting head (5) by means of spring force and wherein said cutting body (6) and hence said blades (14) are rotatably journalled at an outer end (4) of a sleeve (2), said sleeve (2) further accommodating a motor shaft (8) that can be rotated inside said sleeve, wherein the sleeve (2) with the motor shaft (8) are adapted to be connected, at an inner end (3), to a drive unit, and wherein the motor shaft (8) at its outer end is connected to the cutting body (6), whereby said motor shaft (8) is brought by the drive unit to perform a rotary motion that influences said cutting body (6) and internal blades (14) to perform an oscillating rotary motion around a symmetry axis (13), common to the cutting head (5) and the cutting body (6), such that the trimmer head (1) cuts hairs that penetrate into said slits (18).
Abstract:
The present invention relates to a hair clipping device, comprising: a housing; a cutting assembly (12) which is arranged on one end of said housing and comprises a stationary blade (14) and a moveable blade (16) that is resilient ly biased against the stationary blade (14), wherein the stationary blade (14) and the moveable blade (16) define a cutting plane (30) between each other, wherein the stationary blade (14) comprises a first recess (34) and the moveable blade (16) comprises a second recess (32), wherein the first and the second recess (34, 32) are arranged on top of each other; a motor (18) for driving an eccentric transmission element (26); and a coupling element (28) coupled to said eccentric transmission element (26) for translating a movement of said eccentric transmission element (26) into an oscillatory movement of the moveable blade (16) relative to the stationary blade (14); wherein said eccentric transmission element (26) engages the coupling element (28) at at least one engagement point (38'), wherein said at least one engagement point (38) is in at least one operating position during the movement of said eccentric transmission element (26) within said cutting plane (30), and wherein the coupling element (28) is arranged in said first and second recess (34, 32).
Abstract:
An electric shaver generally includes a handle and a head mounted on the handle. The head has at least three cutter assemblies arranged in a forward-rearward direction. The cutter assemblies include a forwardmost cutter assembly and a rearwardmost cutter assembly that are long hair cutter assemblies. Each of the long hair cutter assemblies has a substantially U-shaped upper blade and a lower blade in shearing contact with the upper blade. The cutter assemblies further include a short hair cutter assembly disposed between the long hair cutter assemblies.
Abstract:
The invention relates to an electrically operated shaver with at least one upper blade (33) attachable to a shear head frame (24) by means of a removable frame (23), on the underside of which (35) lies a linearly oscillating lower blade (36). The lower blade (36) is connected via a clutch engagement (48, 42) with an oscillating bridge (10) mounted on either side on the shaver by resilient arms (19, 20). The oscillating bridge (10) is also connected to the drive shaft (3) of an electric motor (2) via a gear mechanism (41, 6, 5, 4), so that when the motor (2) is running, the oscillating bridge (10), and thus also the lower blade (36), is set in linear reciprocating motion. According to the invention, the resilient arms (19, 20) of the oscillating bridge (10) are arranged on the removable frame (23). In this way, the oscillating bridge which often wears out very quickly, can also be replaced when the cutting device is replaced. This prevents malfunction and potentially high repair expenses, thus reducing costs.
Abstract:
Ein Klingenblock (1) eines Trockenrasierers der schwingenden Bauart ist als Halterung ausgebildet, in die eine Vielzahl von im wesentlichen scheibenförmigen Klingen (9, 10), deren Aussenrand als mindestens eine Schneide geformt ist, elastisch eingespannt ist.