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    • 1. 发明申请
    • SHARP UNDERCUTTER AND UNDERCUTTER FABRICATION
    • 夏普切割机和底盘制造
    • WO2006012411A1
    • 2006-02-02
    • PCT/US2005/025872
    • 2005-07-21
    • THE GILLETTE COMPANYCRICHTON, Trevor, JohnROYLE, Terence, Gordon
    • CRICHTON, Trevor, JohnROYLE, Terence, Gordon
    • B26B19/04
    • B26B19/044
    • This invention employs a serrated or scalloped edge (7) on the undercutter of an electric razor to enhance the shaving performance. This improvement is achieved by promoting hair capture and retention and reducing the cutting forces required to sever the hair. The serrations and/or scallops (9) help retain the captured hair, thereby increasing hair cutting efficiency. They also reduce the tendency for the hair to "roll" along the edge of the foil aperture until it is trapped in the aperture angle; this promotes a closer shave. A serrated edge can be generated by various methods. In this disclosure, several possible methods are described. The preferred method of fabrication is to generate a weld bead on the outer surface of an undercutter blade and grind back the bead to generate sharp edges along the weld bead. In doing so, the weld bead produces a serrated pattern. The geometry of the serration is determined by the geometry of the weld bead.
    • 本发明在电剃刀的切割器上采用锯齿形或扇形边缘(7),以增强剃须性能。 通过促进头发捕获和保留并减少切断头发所需的切割力来实现这一改进。 锯齿和/或扇贝(9)有助于保持被捕获的头发,从而增加剪发效率。 它们还减少了头发沿着箔孔的边缘“滚动”的趋势,直到它被捕获在孔角度内; 这促进了更接近的剃须。 锯齿边缘可以通过各种方法生成。 在本公开中,描述了几种可能的方法。 优选的制造方法是在切割器刀片的外表面上产生焊缝,并且将胎圈磨回并沿着焊缝产生尖锐的边缘。 在这样做时,焊道产生锯齿形图案。 锯齿的几何形状由焊道的几何形状决定。
    • 2. 发明申请
    • RAZORS
    • 剃刀
    • WO2007015220A1
    • 2007-02-08
    • PCT/IB2006/052679
    • 2006-08-03
    • THE GILLETTE COMPANYROYLE, Terence, Gordon
    • ROYLE, Terence, Gordon
    • B26B21/22
    • B26B21/22B26B21/38B26B21/4012B26B21/4031B26B21/405
    • A blade unit (110) for a razor including a guard element (35) , first and second cap elements (36,37) on opposite sides of the guard element, a plurality of blades (32) with cutting edges (33) disposed between the guard element and the first cap element and facing towards the guard element. At least one blade with a cutting edge is disposed between the guard element and the second cap element and faces towards the guard element. The first cap element, guard element and second cap element are circumscribed by an arc of a circle (46) . A first plane (47) extends between positions at which the circumscribing arc meets a first surface (35a) on the guard element and a surface on the first cap element. A second plane (48) extends between positions at which the circumscribing arc meets a second surface (35b) on the guard element and a surface (37b) on the second cap element. The cutting edge of at least one of the blades in the plurality of blades has a position that is above the first plane and at or below the circumscribing arc.
    • 一种用于剃刀的刀片单元(110),其包括保护元件(35),在所述保护元件的相对侧上的第一和第二帽元件(36,37),具有切割边缘(33)的多个刀片(32) 保护元件和第一盖元件并面向保护元件。 具有切割边缘的至少一个刀片设置在保护元件和第二帽元件之间并面向保护元件。 第一盖元件,保护元件和第二盖元件被圆弧(46)包围。 第一平面(47)在外接圆弧与保护元件上的第一表面(35a)和第一帽元件上的表面相交的位置之间延伸。 第二平面(48)在外接圆弧与保护元件上的第二表面(35b)和第二盖元件上的表面(37b)之间延伸。 多个叶片中的至少一个叶片的切割边缘具有位于第一平面上方且位于外接圆弧处或下方的位置。
    • 9. 发明申请
    • SUPPORT STRUCTURE FOR A FLEXIBLE RAZOR BLADE ASSEMBLY
    • 灵活的RAZOR叶片组件的支撑结构
    • WO2008100626A1
    • 2008-08-21
    • PCT/US2008/002121
    • 2008-02-15
    • THE GILLETTE COMPANYROYLE, Terence, Gordon
    • ROYLE, Terence, Gordon
    • B26B21/22
    • B26B21/227B26B21/4012
    • A support structure (3) for a safety razor blade assembly (2) that is capable of flexing along its length to follow convex or concave curvatures includes a subframe (15) and end mounts (17) for attachment to the blade assembly at opposite ends thereof coupled to the subframe by respective suspension arm structures (16) each having two arms (21, 22) interconnected by a first pivotal connection (21) and connected to the subframe by a second pivotal connection (23). A restraining device, such as a pin (26) arranged between the blade assembly and the subframe (15) or a torsion bar connected between the subframe (15) and one of the end mounts (17), may be provided to prevent longitudinal displacement of the blade assembly (2).
    • 用于安全刀片组件(2)的支撑结构(3)能够沿其长度沿着凸起或凹曲线弯曲,包括用于在相对端附接到叶片组件的子框架(15)和端部安装件(17) 其通过相应的悬架臂结构(16)联接到所述子框架,每个悬臂结构(16)具有通过第一枢转连接(21)互连并且通过第二枢转连接(23)连接到所述子框架的两个臂(21,22)。 可以设置限制装置,例如布置在叶片组件和子框架(15)之间的销(26)或连接在子框架(15)和端部支架(17)中的一个之间的扭杆,以防止纵向位移 的刀片组件(2)。