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    • 3. 发明申请
    • ABRASIVE FLUID JET SYSTEM
    • 磨料流体喷射系统
    • WO2002085573A1
    • 2002-10-31
    • PCT/SG2002/000065
    • 2002-04-22
    • JETSIS INTERNATIONAL PTE LTDGADD, Michael, William
    • GADD, Michael, William
    • B24C7/00
    • B24C1/045B24C7/0007
    • The invention provides an abrasive jet system having a high-pressure fluid supply (10) means supplying fluid to a vessel (11) which includes a layer of abrasive slurry and a top layer that contains substantially of fluid over the layer of abrasive slurry. The system also includes a first conduit (14) which leads from the fluid supply means to the top layer of fluid in the vessel and as high-pressure fluid is fed into the vessel, causes displacement of abrasive slurry from a discharge conduit (16). The system further includes a second conduit (21) which connects at different points to the first conduit and the discharge conduit, and including a fluid valve (13) between the operative connection to the first conduit and the discharge conduit, that controls the fluid flow within the second conduit. The fluid valve is closed once the system is pressurised to displace abrasive slurry through the discharge conduit (16) and is opened upon de-pressurization of the system to allow fluid flow from the first conduit (14) to the second conduit and to stop discharge of the abrasive slurry.
    • 本发明提供了一种具有高压流体供应(10)的磨料喷射系统,该高压流体供应装置将流体供应到容器(11),容器(11)包括研磨浆料层和在磨料浆层上基本上含有流体的顶层。 该系统还包括第一导管(14),其从流体供应装置引导到容器中的顶层流体,并且当高压流体被供给到容器中时,导致磨料浆料从排放导管(16)的位移, 。 该系统还包括第二管道(21),其在不同点处连接到第一管道和排放管道,并且包括在与第一管道和排放管道的操作连接之间的流体阀(13),其控制流体流动 在第二个导管内。 一旦系统被加压就关闭流体阀,以通过排放管道(16)移动磨料浆料,并在系统减压时打开,以允许流体从第一管道(14)流到第二管道并停止排放 的磨料浆料。
    • 5. 发明申请
    • SWITCHING FLUID FLOW BY DIVERSION
    • 通过DIVERSION切换流体流
    • WO2004087378A1
    • 2004-10-14
    • PCT/SG2004/000073
    • 2004-03-30
    • JETSIS INTERNATIONAL PTE LTDGADD, Michael, William
    • GADD, Michael, William
    • B24C7/00
    • B24C7/0023B24C1/045B24C7/003F16K11/0743Y10T137/86863
    • A flow of fluid is switched on and off by diverting the flow to an alternative path. In a preferred application an abrasive cutting jet, formed by a flow of abrasive slurry fed via a conduit 5 to a cutting jet nozzle 6, is switched on and off by diverting the flow at a three way changeover valve 1 to a conduit 8 and bypass nozzle 9. Valves 18, 20 control the connection to of a flow of clean auxiliary water to respective outlet ports 4, 7 of the changeover valve 1 to reduce pressure differentials during operation of the changeover valve and to provide clean backflows which hydraulically divert the flow of abrasive slurry at the changeover valve and allow the changeover valve to open and close on a clean, largely abrasive-free flow.
    • 通过将流转向替代路径来打开和关闭流体流。 在优选的应用中,由通过导管5供给到切割喷嘴6的研磨浆料流形成的研磨切割射流通过将三通切换阀1上的流转向管道8而被打开和关闭 喷嘴9.阀18,20控制与转换阀1的相应出口端口4,7的清洁辅助水流的连接,以减少切换阀操作期间的压力差,并提供清洁的回流,液压转向流动 在切换阀处的磨料浆料,并允许切换阀打开和关闭清洁,大部分无磨损的流动。
    • 6. 发明申请
    • A METHOD AND RELATED APPARATUS FOR CUTTING A PRODUCT FROM A SHEET MATERIAL
    • 一种用于从片材切割产品的方法和相关装置
    • WO2003055654A1
    • 2003-07-10
    • PCT/SG2002/000297
    • 2002-12-27
    • JETSIS INTERNATIONAL PTE LTDGADD, Michael, William
    • GADD, Michael, William
    • B26D3/10
    • B23H7/02B23K7/002B23K26/10B23K37/0408B23K37/0461B26D3/10B26D7/20H05K3/0052Y10T83/04Y10T83/364Y10T83/6476Y10T83/6584
    • A method of cutting a product of a predetermined shape from a sheet material (1) by firstly supporting a sheet material in a first position by a first support means (2) whereafter she sheet (1) may be cut through by moving a line type cutter (7) relative to the sheet material on a line or lines to define part of the predetermined shape. The sheet material may then be supported in a second position (whether by the first support means or another support means (2a, 2b)) and again cut by moving a line type cutter relative to the sheet material on a line or lines to define the remaining perimeter of the predetermined shape, to thereby cut the predetermined shape from the sheet material. In the second position the sheet material is provided with upward support to support the predetermined shape to be cut from the sheet material and wherein in the second position the or another support means includes a through cut commensurate to the line or lines to define the remaining perimeter of the predetermined shape.
    • 一种通过首先通过第一支撑装置(2)将片材材料支撑在第一位置,从片材(1)切割预定形状的产品的方法,然后可以通过移动线型 切割器(7)相对于片材在线或线上以限定预定形状的一部分。 然后,片材可以被支撑在第二位置(无论是通过第一支撑装置还是另一个支撑装置(2a,2b)),并且通过在线或线上相对于片材移动线型切割器再次切割,以限定 剩余的周长为预定形状,从而从片材切割出预定形状。 在第二位置,片材被提供有向上支撑以支撑待从片材切割的预定形状,并且其中在第二位置或另一个支撑装置包括与线或线相当的贯穿切口以限定剩余周长 的预定形状。
    • 7. 发明申请
    • METHOD AND APPARATUS FOR ABRASIVE RECYCLING AND WASTE SEPARATION SYSTEM
    • 用于磨料循环和废物分离系统的方法和装置
    • WO2003055645A1
    • 2003-07-10
    • PCT/SG2002/000296
    • 2002-12-27
    • JETSIS INTERNATIONAL PTE LTDGADD, Michael, William
    • GADD, Michael, William
    • B24C9/00
    • B24B57/00B24C7/0007B24C9/006Y02P70/179
    • The present invention provides a method of handling abrasive solids materials used in an abrasive cutting procedure which jets a high-pressure abrasive slurry through a nozzle (7) onto a work piece over and/or in a catcher tank (8). This handling method includes catching the used abrasive slurry together with work piece kerf material in the catcher tank, and passing at least some abrasive solids collected in the catcher tank as a slurry to a partitioning apparatus which includes a vibratory sieve (27) . The handling method also includes partitioning the slurry with the partitioning apparatus in order to provide at least two solids streams. One of the solid streams passes through the sieve and the other passes across the sieve whilst entrained as a slurry. The handling method further includes passing as a slurry to the nozzle (7) for jetting a pressurised or pressurisable slurry that has partitioned solids stream which has passed through the sieve (27).
    • 本发明提供了一种处理研磨切割过程中使用的磨料固体材料的方法,其将高压研磨浆料通过喷嘴7喷射到捕集罐8上方和/或捕获罐8中的工件上。该处理方法包括捕获所使用的 研磨浆料与捕集罐中的工件切口材料一起,并将作为浆料收集在捕集罐中的至少一些磨料固体送入包括振动筛27的分配装置。 处理方法还包括用分配装置分配浆料以便提供至少两个固体物流。 一个固体物流通过筛子,另一个通过筛子,同时作为浆料夹带。 处理方法还包括作为浆料通入喷嘴7,用于喷射具有已经通过筛子27的分离的固体物流的加压或可加压的浆料。