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    • 32. 发明申请
    • 電気かみそり用の内刃
    • 电动剃须刀内部刀片单元
    • WO2003016000A1
    • 2003-02-27
    • PCT/JP2002/007936
    • 2002-08-02
    • 松下電工株式会社亀岡 浩幸佐藤 正顕小森 俊介生田 利夫濱田 糾
    • 亀岡 浩幸佐藤 正顕小森 俊介生田 利夫濱田 糾
    • B26B19/04
    • B26B19/04
    • An electric razor inner blade unit includes a plurality of blades (30) supported by a base and is shear−engaged with an outer blade so as to be driven to cut beards. The blades (30) are arranged parallel to one another and a pair of cutting edge (32) is arranged at upper both sides of each blade. This cutting edge is defined between an upper surface of the blade and a scoop surface (33) formed on the lower surface of the blade. This scoop surface (33) is inclined by &agr; [degrees] with respect to the upper surface and the tip end of the cutting edge (32) is rounded by radius of curvature R [μm]. This radius of curvature satisfies the relationship: R ≤−0.067 · &agr; + 4.7. As a result, the cutting resistance when cutting beards can be reduced to the load not greater than the load required for tilting the beards and only with the operation of the blades of the inner blade unit, beards can be cut so that the cutting surface is flat.
    • 电动剃刀内刀片单元包括由基座支撑并与外刀片剪切接合以便被驱动以切割胡须的多个刀片(30)。 叶片(30)彼此平行地布置,并且在每个叶片的上两侧设置一对切割刃(32)。 该切割刃被限定在叶片的上表面和形成在叶片的下表面上的勺子表面(33)之间。 该勺表面(33)倾斜于 相对于切削刃(32)的上表面和前端的[度]以曲率半径R [μm]为圆。 该曲率半径满足关系:R≤-0.067·&agr; + 4.7。 因此,当切割胡须时的切割阻力可以降低到不大于倾斜胡须所需的载荷的负载,并且只有通过内刀片单元的刀片的操作,才能切割胡须,使得切割表面是 平面。
    • 34. 发明申请
    • ELECTRIC SHAVER
    • 电动剃须刀
    • WO01051260A1
    • 2001-07-19
    • PCT/AT2001/000008
    • 2001-01-12
    • B26B19/38B26B19/04
    • B26B19/048B26B19/288
    • The invention relates to an electric shaver comprising a housing (1). An electric drive device (13) that is used for the oscillating movement of cutting knifes (11, 12) of a shaving head (2) is arranged in said housing. Said head (2) is provided with at least two engaging cutting elements which are driven in such a way that said elements can be displaced in relation to one another. A component (6) of the shaving head (2) is pivotally coupled around at least one axis (8) that is different in relation to the direction of the oscillating movement pertaining to the cutting knifes (11, 12) and extends in the direction of the longer axis pertaining to the housing, whereby said component carries at least one shearing blade (5) and is driven for performing a pivoting movement (9) around said axis (8).
    • 其中,具有壳体(1),其中,用于所述切割刀的剃须头(2)的摆动运动(11,12)的电驱动装置(13)设置的电动剃须刀,其中所述剃须头(2)的至少两个协同切割元件包括 其相对可滑动地驱动至少为(5)支承剪切刀片部分(6)的剃削头(2)的切割刀片(11,12)的摆动运动的方向的周围的至少一个在较长轴的方向不同的 所述壳体延伸的轴线(8)枢转地安装和驱动以枢转运动(9)围绕所述轴线(8)。
    • 35. 发明申请
    • DRY SHAVER WITH A HEIGHT ADJUSTABLE CUTTER HEAD
    • 干燥的高度可调节的切割头
    • WO01038052A1
    • 2001-05-31
    • PCT/JP2000/008287
    • 2000-11-24
    • B26B19/04B26B19/10
    • B26B19/048B26B19/10
    • A dry shaver is capable of being depressed equally at different positions but with differing contact pressures between the outer and inner cutters. The shaver has a housing (10) having a motor (40) and mounting the outer cutter (62) and the inner cutter (61) at its upper end. The inner cutter (61) is driven by the motor to move in shearing engagement with the outer cutter (62) for shaving the hairs. The inner cutter (61) is urged upwardly by a bias spring (44) to develop a contact pressure at which the inner cutter is pressed against the outer cutter. The outer cutter is carried by a cutter holder (63) which is movably supported to a head frame (70) mounted on top of the housing. Included in the shaver is a height adjust mechanism for adjusting the height of the head frame (70) relative to the housing (10) between a high position and a low position while compressing the spring differently to vary the contact pressure, and for allowing the cutter holder to be depressed relative to the head frame from each of the high and low positions.
    • 干式剃须刀能够在不同的位置被均匀地压平,但外切刀和内切刀之间的接触压力不同。 剃须刀具有具有马达(40)的壳体(10)并且在其上端安装外刀片(62)和内切刀(61)。 内部切割器(61)由马达驱动以与用于剃刮毛发的外部切割器(62)剪切接合移动。 内部切割器(61)被偏压弹簧(44)向上推动以形成接触压力,在该接触压力下,内部切割器被压靠在外部切割器上。 外刀具由可移动地支撑在安装在壳体顶部上的头架(70)上的刀架(63)承载。 包括在剃须刀中的是用于在高位置和低位置之间相对于壳体(10)调节头框架(70)的高度的高度调节机构,同时不同地压缩弹簧以改变接触压力,并且为了允许 刀架从高低位置相对于头架被压下。
    • 36. 发明申请
    • SHAVING HEAD WITH JOINTLY DRIVABLE CUTTING MEMBER AND HAIR MANIPULATOR
    • 具有可驱动的切割构件和头发操纵器的剃须头
    • WO01007213A1
    • 2001-02-01
    • PCT/EP2000/006810
    • 2000-07-17
    • B26B19/04B26B19/42B26B21/00B26B21/38
    • B26B21/38B26B19/42B26B21/00
    • The invention relates to a shaving head (5) which comprises a cutting member (17) having a cutting edge (19) for cutting hairs (53) growing from human skin (51). The shaving head (5) also comprises a hair manipulator (21) which is arranged in front of the cutting edge, viewed in a shaving direction (Y) of the shaving head. The hair manipulator can be driven in a direction parallel to the cutting edge to move the hairs in a direction substantially parallel to the cutting edge, and protects the skin against incised wounds and irritations. According to the invention, the hair manipulator is arranged in a fixed position with respect to the cutting member, the hair manipulator and the cutting member being jointly drivable in a direction parallel to the cutting edge. In this manner, an accurately defined position of the hair manipulator relative to the cutting member, which is necessary for a safe operation of the shaving head, can be obtained in a simple and reliable manner without the use of an accurate construction of the shaving head. The shaving head is used in a shaver (1) according to the invention, which further comprises driving means (43) for driving the shaving head.
    • 本发明涉及一种剃削头(5),其包括具有切割边缘(19)的切割构件(17),用于切割从人体皮肤(51)生长的毛发(53)。 剃须刀头(5)还包括头发操纵器(21),该头发操纵器(21)设置在剃须刀头的剃削方向(Y)上的切割刃的前方。 毛发操纵器可以沿着平行于切割边缘的方向驱动,以使毛发沿着与切割刃大致平行的方向移动,并且保护皮肤免受切割的伤口和刺激。 根据本发明,毛发操纵器相对于切割构件布置在固定位置,毛发操纵器和切割构件在平行于切割边缘的方向上共同驱动。 以这种方式,可以以简单可靠的方式获得头发操纵器相对于切割构件的精确定位,这是剃须刀头的安全操作所必需的,而不需要使用剃须刀头的精确构造 。 剃须刀头用于根据本发明的剃须刀(1),其还包括用于驱动剃须刀头的驱动装置(43)。
    • 37. 发明申请
    • A GUARD PLATE
    • WO2023285546A1
    • 2023-01-19
    • PCT/EP2022/069630
    • 2022-07-13
    • KONINKLIJKE PHILIPS N.V.
    • VAN DALEN, JanGODLIEB, Robert
    • B26B19/04B26B19/38
    • According to an aspect, there is provided a guard plate (10) for a blade set (100) for a hair cutting appliance, the guard plate comprising a skin-facing side (12) and an opposing blade-facing side; a plurality of close-cutting trimming teeth (16) distributed in a longitudinal direction along an edge (18) of the guard plate, each tooth extending from the edge of the guard plate to a respective tip (20), the close-cutting trimming teeth having a thickness of less than (120) microns; a raised section (22) comprising a curved shape in a plane perpendicular to the longitudinal direction such that it is raised from the teeth towards the skin-facing side of the guard plate, wherein the curved shape of the raised section does not extend beyond a (30)-degree envelope defined by a line passing through the edge of the guard plate and offset from a tangent at the edge of the guard plate by (30) degrees; a pressure relenting zone (30) between the teeth and the raised section defining a continuous surface, wherein there is a transition (32) between the pressure relenting zone and the raised section such that, when the guard plate is passed over a user's taut skin, the skin does not directly follow the contours of the transition thereby locally reducing pressure from the skin; wherein a plurality of apertures (48) are distributed on the raised section at least within a pressure restoring zone (36) of the raised section, the pressure restoring zone being defined between a rising point and a tangent point, wherein the rising point is where a perpendicular distance from the skin-facing surface of the guard plate to a pressure relenting line peaks, wherein the pressure relenting line is defined by a tangent of the raised section in a plane perpendicular to the longitudinal direction, the tangent passing through the edge of the guard plate, and wherein the tangent point is on the raised section at the tangent of the pressure relenting line.
    • 39. 发明申请
    • STATIONARY BLADE AND MANUFACTURING METHOD
    • WO2019068492A1
    • 2019-04-11
    • PCT/EP2018/075731
    • 2018-09-24
    • KONINKLIJKE PHILIPS N.V.
    • PHOON, Kin, Fatt
    • B26B19/04B26B19/38
    • The present disclosure relates to a method of manufacturing a stationary blade (102) and to a stationary blade (102), the method comprising providing a metal component (106), involving applying a first bending procedure, thereby forming a top wall (112) and two legs (114, 116) at opposite ends of the top wall (112) that are spaced away from one another in a longitudinal direction, wherein, subsequent to the bending procedure, each of the two legs (114, 116) is arranged at a first angle (α) with respect to the top wall (112), and wherein two bending edges (152, 154) are formed between the top wall (112) and the two legs (114, 116), providing a support insert (108) having a longitudinal extension (l s ) that is at least slightly greater than a receiving space (l b ) between the two bending edges (152, 154), joining the metal component (106) and the support insert (108), wherein the metal component (106) is at least slightly pretensioned due to the longitudinal extension (l s ) of the support insert (108), and applying a second bending procedure to the metal component (106), comprising further bending the two legs (114, 116), thereby arranging each of the two legs (114, 116) at a second angle (*) with respect to the top wall (112) that is smaller than the first angle (α).