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    • 2. 发明申请
    • 飛散板、研削ホイール、および、研削装置
    • 散光板,研磨轮和研磨装置
    • WO2015004973A1
    • 2015-01-15
    • PCT/JP2014/061751
    • 2014-04-25
    • SUMCO TECHXIV株式会社
    • 西村 好信
    • B24B57/02B24B55/02B24D7/00B24D7/10
    • B24D5/10B24B57/02B24D5/02B24D7/10B24D7/18
    •  供給配管を介して供給される供給液を飛散させる飛散板(4)であって、供給配管の開口端に対向する位置において、厚さ方向が供給液の供給方向(D1)と略平行となるように、かつ、厚さ方向に略平行な回転軸を中心に回転するように配置可能な板状部材(41)を備え、板状部材(41)には、当該板状部材(41)の回転中心(O)以外の箇所に、厚さ方向に貫通し供給液が通過可能な飛散孔(42)が設けられ、飛散孔(42)における回転方向(D2)の後ろ側に位置する壁面(421)は、供給配管(3)に対向する対向面(411)側の回転方向の最も後ろ側に位置する壁面端部(421A)が非対向面(412)側の回転方向の最も後ろ側に位置する壁面端部(421B)より回転方向(D2)の前方に位置するように傾斜していることを特徴とする。
    • 用于散布通过供应管供应的供应溶液的散射板(4)的特征在于:设置有平面构件(41),其可以设置在面向供应管的开口端的位置,使得厚度 方向基本上平行于所供给的溶液的供给方向(D1),并且围绕基本上平行于厚度方向的旋转轴旋转; 在所述平面构件(41)中设置有散射孔(42),供给的溶液能够通过所述散射孔,并且在所述平面构件的旋转中心(O)以外的位置沿厚度方向穿孔, 41); 并且位于散射孔(42)的旋转方向(D2)的后侧的壁面(421)倾斜,使得位于相对表面上的旋转方向上最上方的壁面端部(421A) 面向供给管道(3)的侧面(411)侧面位于比在面对面(412)侧的旋转方向最上方的壁面端部(421B)更靠前方的旋转方向(D2) 。
    • 4. 发明申请
    • SUPERHARD CONSTRUCTIONS
    • 超级建筑
    • WO2012146626A3
    • 2013-11-14
    • PCT/EP2012057584
    • 2012-04-25
    • ELEMENT SIX LTDBAKER HUGHES INCMOROZOV KONSTANTIN EVGENIEVICHDI GIOVANNI ANTHONY ALBERT
    • MOROZOV KONSTANTIN EVGENIEVICHDI GIOVANNI ANTHONY ALBERT
    • E21B10/573
    • B24D7/18E21B10/5735
    • A superhard construction comprises a substrate (10) and an ultra hard material layer (12) formed over the substrate. One of the interface surface (18) of the substrate or the interface surface of the ultra hard material layer comprises a plurality of spaced-apart projections (24, 26) arranged to project from the interface surface, the interface surface between the spaced-apart projections being uneven. A further superhard construction comprises a plurality of projections arranged to project from the interface surface which abut one or more adjacent projections along an edge thereof on the surface from which the projections project, and extend over all or a majority of the interface surface. One or more of the surfaces of all or a majority of the projections extend in one or more planes which are not substantially parallel to the plane of the exposed outer surface of the ultra hard material layer and/or in one or more planes which are not substantially parallel to a plane through which the central longitudinal axis of the substrate extends.
    • 超硬结构包括在基板上形成的基板(10)和超硬材料层(12)。 衬底的界面表面(18)或超硬材料层的界面表面之一包括多个间隔开的突起(24,26),其布置成从界面表面突出,间隔开的界面 投影不均匀。 另外的超硬结构包括多个突起,所述多个突起布置成从界面表面突出,所述界面表面在突出部突出的表面上沿其边缘邻接一个或多个相邻突起,并且在所述界面表面的全部或大部分上延伸。 所有或大部分突起的一个或多个表面在一个或多个平面内延伸,该平面基本上不平行于超硬材料层的暴露的外表面的平面和/或在不是的一个或多个平面中 基本上平行于衬底的中心纵向轴线延伸穿过的平面。
    • 5. 发明申请
    • ARRANGEMENT FOR FLOOR GRINDING
    • 地板研磨布置
    • WO2012175790A1
    • 2012-12-27
    • PCT/FI2012/050544
    • 2012-06-01
    • AHONEN, Mika
    • AHONEN, Mika
    • B24D13/14A47L11/164B24B7/18B24B7/14
    • B24D7/18A47L11/164B24B7/18B24D13/14
    • The invention relates to an arrangement for floor grinding, which is meant particularly for grinding of a floor with a floor conditioning device, such as a combination machine, floor conditioning machine or like. The arrangement comprises a tool instrument (1) to be used in the floor conditioning device by rotating (w) the same, the instrument being an essentially porous washing, polishing, waxing disk or like for carrying out basic functions of the floor conditioning device, and a grinding instrument (2), such as a diamond disk, to be coupled removably in connection with the tool instrument (1), or several of the kind, being essentially alike and being placed symmetrically in connection with the tool instrument (1). The arrangement comprises fastening means (3) in order to couple the grinding instrument (2) with the tool instrument (1) on the one hand by a fastening frame supported on its front surface and on the other hand by an auxiliary frame supported on its back surface.
    • 本发明涉及一种用于地板研磨的装置,其特别是用于通过地板调节装置如组合机,地板调节机器等来研磨地板。 该装置包括通过旋转(w)该地板调节装置而使用的工具(1),该仪器是用于实现地板调节装置的基本功能的基本上多孔的洗涤,抛光,打蜡盘等, 以及可与工具(1)可拆卸地联接的诸如金刚石盘的研磨器具(2),或类似的几种,基本上相同并且与工具(1)对称地放置, 。 该装置包括紧固装置(3),以便一方面通过支撑在其前表面上的紧固框架将研磨器具(2)与工具(1)连接,另一方面由支撑在其上的辅助框架 背面。
    • 6. 发明申请
    • SYSTEMS, METHODS AND DEVICES FOR BEVELING AN EDGE OF AN OBJECT
    • 用于调整物体边缘的系统,方法和设备
    • WO2008039907A3
    • 2008-07-03
    • PCT/US2007079676
    • 2007-09-27
    • GUDLESKE GUSTAVE F
    • GUDLESKE GUSTAVE F
    • B23D21/06B26B27/00B26D3/16
    • B23C3/122B24B9/007B24D7/18Y10T82/10Y10T82/22
    • A bevel cutting system is attachable to a rotary device and comprises one or more bevel cutting devices having a same axis of rotation, that are combined together and that bevel objects having different diameters. The bevel cutting devices are attached to the same rotary drive spindle as a cutting blade of the rotary device. Each bevel cutting device comprises an annular wall extending away from the cutting blade. The annular wall has an inwardly- facing surface that is angled inwardly relative to their axis of rotation. An abrasive or a material removing pattern is provided on and/or in the angled inwardly- facing surface. A removable strip can be attached to the angled inwardly- facing surface. This removable strip can include an abrasive and/or a material-removing pattern or the like. The removable strip can be attached using an adhesive and/or mechanical fasteners. Cutting elements can be distributed around the inwardly- facing surface.
    • 斜切系统可连接到旋转装置并且包括具有相同旋转轴线的一个或多个斜切装置,所述斜切装置被组合在一起并且具有不同直径的斜切物体。 斜切装置与旋转装置的切割刀片连接到同一个旋转驱动主轴上。 每个斜切装置包括远离切割刀片延伸的环形壁。 环形壁具有相对于其旋转轴线向内倾斜的向内表面。 在成角度的面向内的表面上和/或中提供磨料或材料去除图案。 可移除的条带可以连接到成角度的面向内的表面。 该可移除的条带可以包括研磨剂和/或材料去除图案等。 可移除的条可以使用粘合剂和/或机械紧固件来附接。 切割元件可以分布在向内的表面周围。
    • 9. 发明申请
    • GRINDING MEMBER FOR BUTTONS ON ROCK DRILL BIT
    • 砂轮钻头上的按钮研磨构件
    • WO2003043782A1
    • 2003-05-30
    • PCT/CA2002/001765
    • 2002-11-21
    • C.M.E. BLASTING & MINING EQUIPMENT LTD.SJOLANDER, BjornSJOLANDER, Bo, ThomasSJOLANDER, Robert
    • SJOLANDER, BjornSJOLANDER, Bo, ThomasSJOLANDER, Robert
    • B24B45/00
    • B24D7/18B24B3/33B24B45/00
    • The present invention provides a grinding member (2) or connection to a drive connection member (3) to form a grinding cup for grinding the hard metal inserts or working tips of drill bits (percussive or rotary), tunnel boring machine cutters (TBM) and raised bore machine cutters (RBM) to restore them to substantially their original profile, said grinding member having: a. a grinding section (4) having top (8) and bottom surfaces (10), a centrally disposed convex recess (7) formed in the bottom surface of said grinding section having the desired profile to be ground; b. a support section (9) adjacent the top surface (8) of said grinding section; c. means (13) to connect the grinding member to the drive connection member wherein the grinding member can be disconnected from the drive connection member when it becomes worn.
    • 本发明提供一种研磨部件(2)或与驱动连接部件(3)的连接,以形成用于研磨钻头(冲击式或旋转式)的硬金属插入件或工作尖端的研磨杯,隧道掘进机切割机(TBM) 和钻孔机切割机(RBM),以使它们恢复到基本上它们的原始轮廓,所述研磨部件具有:a。 具有顶部(8)和底部表面(10)的研磨部分(4),形成在所述研磨部分的底表面中的中心设置的凸起凹部(7),其具有要被研磨的所需轮廓; 湾 邻近所述研磨部分的顶表面(8)的支撑部分(9); C。 将磨削构件连接到驱动连接构件的装置(13),其中研磨构件在磨损时可以与驱动连接构件断开。