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    • 1. 发明授权
    • Fluid cylinder mechanism
    • 流体缸机构
    • US09003956B2
    • 2015-04-14
    • US13164852
    • 2011-06-21
    • Kaoru HirotaniDarrell QuanderSteven Reilly
    • Kaoru HirotaniDarrell QuanderSteven Reilly
    • F15B13/02B21D22/22B21D24/00B30B1/34F16F9/00
    • B21D22/22B21D24/00B30B1/34B30B15/065F16F9/00
    • A fluid cylinder mechanism (1) equipped with a cylinder (10) having a base end (12) and an open end (11), and a piston (20) having a flange portion (21) disposed inside the cylinder and a rod portion (25) that passes through the open end of the cylinder, in which a space inside the cylinder is partitioned by the flange portion of the piston into a first pressured chamber (14) on a side of the base end and a second pressurized chamber (15) on a side of the open end, is characterized by including: a first flow path (22) that permits flow of a fluid from the first pressurized chamber to the second pressurized chamber; a second flow path (32) that permits flow of the fluid from the second pressurized chamber to the first pressurized chamber; and an opening and closing means (35) for opening and closing the second flow path.
    • 一种配备有具有基端(12)和开口端(11)的气缸(10)的液压缸机构(1)和具有设置在气缸内的凸缘部分(21)的活塞(20) (25),其穿过气缸的开口端,其中气缸内的空间被活塞的凸缘部分分隔成在基端侧的第一加压室(14)和第二加压室( 15)在开口端的一侧,其特征在于包括:允许流体从第一加压室流动到第二加压室的第一流动路径(22) 允许流体从第二加压室流动到第一加压室的第二流动路径(32); 以及用于打开和关闭第二流动通道的打开和关闭装置(35)。
    • 2. 发明申请
    • Cushion and cushion cylinder for ram or bolster of a press
    • 用于冲压机的垫子和缓冲气缸
    • US20050051935A1
    • 2005-03-10
    • US10893475
    • 2004-07-16
    • Harold LantermanSteven ReillyTerry GangHenry Kelm
    • Harold LantermanSteven ReillyTerry GangHenry Kelm
    • B21D24/02F16F9/02F16F9/36F16F9/00
    • F16F9/0218B21D24/02F16F9/368
    • A high-pressure, inert gas cushion assembly for the ram or bolster of a metal stamping press includes a manifold having fluid-flow passages defined therein, along with a plurality of cylinder mounting locations each in communication with at least one of the fluid-flow passages. A plurality of cushion cylinders are located respectively in the cylinder mounting locations. Each cylinder includes a body having an inner wall that defines a bore of diameter D. A piston is located in the bore and includes opposite inner and outer faces, wherein the outer face is oriented outwardly relative to the bore and manifold. A fluid seal is supported on the piston and is slidably engaged with the wall defining the bore. One or more bearings are supported on the piston and slidably engaged with the inner wall that defines the bore. The bearing(s) support the piston slidably in the bore for reciprocal sliding movement between extended and retracted positions. The bearing(s) define a bearing-length L that is less than or equal to 40% of said bore diameter D.
    • 用于金属冲压机的冲头或垫块的高压惰性气垫组件包括具有限定在其中的流体流动通道的歧管以及多个气缸安装位置,每个气缸安装位置与至少一个流体流动连通 段落。 多个缓冲筒分别位于气缸安装位置。 每个气缸包括具有限定直径D的孔的内壁的主体。活塞位于孔中并且包括相对的内表面和外表面,其中外表面相对于孔和歧管向外取向。 流体密封件支撑在活塞上并且与限定孔的壁可滑动地接合。 一个或多个轴承支撑在活塞上并与限定孔的内壁可滑动地接合。 所述轴承在所述孔中可滑动地支撑所述活塞,用于在延伸位置和缩回位置之间的往复滑动运动。 轴承定义的轴承长度L小于或等于所述孔径D的40%。
    • 3. 发明申请
    • FLUID CYLINDER MECHANISM
    • 流体气缸机构
    • US20120325082A1
    • 2012-12-27
    • US13164852
    • 2011-06-21
    • Kaoru HirotaniDarrell QuanderSteven Reilly
    • Kaoru HirotaniDarrell QuanderSteven Reilly
    • F01B31/00
    • B21D22/22B21D24/00B30B1/34B30B15/065F16F9/00
    • A fluid cylinder mechanism (1) equipped with a cylinder (10) having a base end (12) and an open end (11), and a piston (20) having a flange portion (21) disposed inside the cylinder and a rod portion (25) that passes through the open end of the cylinder, in which a space inside the cylinder is partitioned by the flange portion of the piston into a first pressured chamber (14) on a side of the base end and a second pressurized chamber (15) on a side of the open end, is characterized by including: a first flow path (22) that permits flow of a fluid from the first pressurized chamber to the second pressurized chamber; a second flow path (32) that permits flow of the fluid from the second pressurized chamber to the first pressurized chamber; and an opening and closing means (35) for opening and closing the second flow path.
    • 一种配备有具有基端(12)和开口端(11)的气缸(10)的液压缸机构(1)和具有设置在气缸内的凸缘部分(21)的活塞(20) (25),其穿过气缸的开口端,其中气缸内的空间被活塞的凸缘部分分隔成在基端侧的第一加压室(14)和第二加压室( 15)在开口端的一侧,其特征在于包括:允许流体从第一加压室流动到第二加压室的第一流动路径(22) 允许流体从第二加压室流动到第一加压室的第二流动路径(32); 以及用于打开和关闭第二流动通道的打开和关闭装置(35)。
    • 4. 发明申请
    • Die separator cylinder
    • 模具分离缸
    • US20070151699A1
    • 2007-07-05
    • US11637486
    • 2006-12-12
    • Harold LantermanHenry KelmTerry GangSteven Reilly
    • Harold LantermanHenry KelmTerry GangSteven Reilly
    • B22D17/26B22D33/04
    • B22D33/04B22D17/266
    • A die separator cylinder for use in separating first and second portions of a metal forming die set comprises a housing including a bore. A piston is adapted to reciprocate in the bore between an extended position and a depressed position. The die separator cylinder further includes gas flow paths leading to and from the bore that define asymmetrical gas flow rates relative to each other so that said when the bore is charged with an inert gas, the inert gas biases the piston to the extended position with a force that varies depending upon a time interval elapsed since the piston moved from the depressed position to the extended position. As such, the cylinder is configured so that during opening and closing of the press for metal-forming operations, the piston moves inward and outward with reduced force, while during periods of inactivity, the piston is biased outward with maximum force sufficient to separate the die halves of the die set to protect the die surfaces and to facilitate stacking of the die set for storage. The die separator cylinder can be configured as a stand-alone self-contained cylinder or can be configured as part of a hosed system or the like.
    • 用于分离金属成型模具组的第一和第二部分的模具分离器筒包括包括孔的壳体。 活塞适于在延伸位置和凹陷位置之间在孔中往复运动。 模具分离器气缸还包括通向和从孔的气流通道,其限定相对于彼此的不对称气体流速,使得当孔被惰性气体填充时,惰性气体将活塞偏压到延伸位置, 该力根据活塞从下压位置移动到伸出位置所经过的时间间隔而变化。 因此,气缸被构造成使得在用于金属成形操作的压力机的打开和关闭期间,活塞以减小的力向内和向外移动,而在不活动期间,活塞被向外偏压,最大的力足以将 模具的半模以保护模具表面并且便于模具组的堆叠用于存储。 模具分离器筒可以被构造为独立的独立的圆柱体,或者可以被配置为被锯齿系统等的一部分。