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    • 6. 发明公开
    • CUTTING BLADE
    • SCHNEIDKLINGE
    • EP3096926A1
    • 2016-11-30
    • EP15740917.8
    • 2015-01-22
    • Mcpherson's Housewares IP Pty Ltd.
    • HENRY, Mark, James
    • B26B3/00B26B9/00B21D53/64B21K11/02
    • B26B9/00B21K11/02B22C7/02B22C9/22B22F3/225B22F5/10B22F2998/10B26B3/00B22F2003/244B22F2003/248
    • The present invention relates to a cutting blade such as a kitchen knife blade. The cutting blade comprises a cutting edge, a spine and opposite side surfaces. A tapered portion of the blade extends longitudinally and adjacent to the cutting edge in which a thickness of the blade defined as a transverse distance between the opposite side surfaces tapers towards the cutting edge. The cutting blade includes one or more broad recesses provided in one or more side surfaces of the blade, wherein at least one of the broad recesses is bounded at vertically opposite sides by the tapered portion and the spine and at longitudinally opposite sides by narrow supporting elements extending from the spine to the tapered portion. Embodiments of the cutting blade have a substantially reduced average wedge thickness which reduces cutting resistance to due to the wedging effect. Embodiments of the cutting blade provide a reduced total surface area of the one or more sides surfaces in contact with an item being cut by the blade which reduces cutting resistance due to friction between the side surfaces of the blade and the item. The present invention also provides for methods of forming a cutting blade, such as by near-net or additive manufacturing techniques.
    • 基于增强的脚跟提升,优化的鞋弹簧(最大脚冲击减少40%),实用的精确自动电子换档器,新型强力鞋冲击充电器,改进的滑轮电子执行器,新颖的低冲击力 更强劲的弹簧(特色是新颖的使用材料,如凯夫拉尔,Spectra Shield和玻璃纤维),新颖的更强大,更灵活和更坚韧的结构,以及多种设计,增强后跟提升和防止过度的脚趾下沉。 这些设计需要连接和两个改进的铰链 - 一个具有增强的自然铰链,另一个具有连接的嵌齿铰链。 有一个旋转臂增强的最佳弹簧,当与连接的嵌齿铰链结合时,产生用于在外部空间部署的最佳折叠阵列,并且其给出智能能量返回膝盖支架。 这些新颖的功能承诺了广泛的附加应用,如机器人,假肢,矫形器,弹簧,航空航天,汽车,护甲和地震改造。
    • 10. 发明公开
    • CUTTING EDGE STRUCTURE FOR CUTTING TOOL, AND CUTTING TOOL WITH THE CUTTING EDGE STRUCTURE
    • SCHNEIDEKANTENSTRUKTURFÜREIN SCHNEIDEWERKZEUG UND SCHNEIDEWERKZEUG MIT DER SCHNEIDEKANTENSTRUKTUR
    • EP2527492A1
    • 2012-11-28
    • EP11734672.6
    • 2011-01-19
    • IHI Corporation
    • OCHIAI, HiroyukiWATANABE, MitsutoshiSHIMODA, Yukihiro
    • C23C26/00B26B9/00
    • C23C30/005B26B9/00C23C26/00
    • Provided is a cutting edge structure for a cutting tool including: a base member (6); and a cutting edge member (7) supported by the base member (6) and having higher hardness than the base member (6). The base member (6) includes a first surface (6a) and a second surface (6b) intersecting the first surface (6a). The cutting edge member (7) includes a coating (7) formed by generating electric discharge between the second surface (6b) and a discharge electrode (8) and by depositing a constituent material of the discharge electrode (8) or a reacted substance of the constituent material on the second surface (6b) by using energy of the electric discharge, the discharge electrode (8) being formed by molding powder of metal, powder of a metal compound, powder of a ceramic, or powder of a mixture thereof. The base member (6) and the cutting edge member (7) are formed such that an edge of the coating (7) projects from a cross ridge line between the first surface (6a) and the second surface (6b) toward a distal end side of a cutting edge and that a cutting edge angle (θ) is 10° to 20° inclusive.
    • 提供一种用于切削工具的切削刃结构,其包括:基部构件(6); 以及由所述基部构件(6)支撑并且具有比所述基部构件(6)更高的硬度的切削刃构件(7)。 基部构件(6)包括与第一表面(6a)相交的第一表面(6a)和第二表面(6b)。 切削刃部件(7)包括通过在第二表面(6b)和放电电极(8)之间产生放电而形成的涂层(7),并且通过沉积放电电极(8)的构成材料或反应物质 通过使用放电能量在第二表面(6b)上的构成材料,放电电极(8)通过模制金属粉末,金属化合物粉末,陶瓷粉末或其混合物的粉末形成。 基部构件(6)和切削刃构件(7)形成为使得涂层(7)的边缘从第一表面(6a)和第二表面(6b)之间的十字棱线向远端突出 切割边缘的边缘角度(¸)为10°至20°。