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    • 31. 发明授权
    • Method for installing end member to hollow shaft member
    • 将端部件安装到空心轴构件的方法
    • US06631544B2
    • 2003-10-14
    • US09681805
    • 2001-06-08
    • Yukiyoshi Murakami
    • Yukiyoshi Murakami
    • B23P1100
    • B21J13/025B21D39/04B21K21/12B21K25/00B23P11/005Y10T29/49547Y10T29/49909Y10T29/49913Y10T29/49927Y10T29/49929
    • To develop a method for installing an end member to a hollow shaft member for an office equipment in which a high degree of coaxiality and a high degree of vertical state can be attained, its manufacturing stages are simple and they can be realized under a less-expensive cost. The present invention is constituted by the steps comprising (1) using a hollow shaft member made of soft metal; (2) inserting the end member made of hard metal formed with a fitting groove satisfying some requirements into the hollow shaft; (3) forming round holes at the central part of each of the split dies and preparing a molding machine having more than three pressing members toward the center of each of the round holes; and (4) installing the end member to the shaft member with the pressing force of the pressing member.
    • 为了开发一种将端部件安装到可以获得高同轴度和高垂直状态的办公设备的中空轴构件的方法,其制造阶段简单,并且可以在较少的情况下实现, 昂贵的成本。 本发明由以下步骤构成:(1)使用由软金属制成的空心轴构件; (2)将由形成有满足一些要求的装配槽的硬质金属制的端部件插入中空轴; (3)在每个分割模具的中心部分形成圆孔,并准备具有多于三个按压构件的成型机朝向每个圆孔的中心; (4)按压部件的按压力将端部部件安装在轴部件上
    • 32. 发明授权
    • Method for fabricating .sup.99 Mo production targets using low enriched
uranium, .sup.99 Mo production targets comprising low enriched uranium
    • 使用低浓铀制造99Mo生产目标的方法,包括低浓铀的99Mo生产目标
    • US6160862A
    • 2000-12-12
    • US911265
    • 1997-08-14
    • Thomas C. WiencekJames E. MatosGerard L. Hofman
    • Thomas C. WiencekJames E. MatosGerard L. Hofman
    • G21G4/08G21G1/02G21G4/06H05H6/00
    • H05H6/00G21G1/02G21G4/06Y10T29/302Y10T29/305Y10T29/49369Y10T29/49879Y10T29/49909Y10T29/49945
    • A radioisotope production target and a method for fabricating a radioisotope production target is provided, wherein the target comprises an inner cylinder, a foil of fissionable material circumferentially contacting the outer surface of the inner cylinder, and an outer hollow cylinder adapted to receive the substantially foil-covered inner cylinder and compress tightly against the foil to provide good mechanical contact therewith. The method for fabricating a primary target for the production of fission products comprises preparing a first substrate to receive a foil of fissionable material so as to allow for later removal of the foil from the first substrate, preparing a second substrate to receive the foil so as to allow for later removal of the foil from the second substrate; attaching the first substrate to the second substrate such that the foil is sandwiched between the first substrate and second substrate to prevent foil exposure to ambient atmosphere, and compressing the exposed surfaces of the first and second substrate to assure snug mechanical contact between the foil, the first substrate and the second substrate.
    • 提供了一种放射性同位素生产目标和一种制造放射性同位素生产目标的方法,其中所述目标包括内筒,与所述内筒的外表面周向接触的可裂变材料的箔和适于接收所述基本上箔的外中空圆筒 封闭的内圆筒并且紧紧地压靠在箔上以提供与其的良好的机械接触。 用于制造裂变产物的主要目标的方法包括制备第一基底以接收可裂变材料的箔,以便稍后从第一基底去除箔,制备第二基底以接收箔,以便 以允许稍后从第二衬底去除箔; 将第一基板附接到第二基板,使得箔夹在第一基板和第二基板之间以防止箔暴露于环境大气,并且压缩第一和第二基板的暴露表面以确保箔之间的紧密的机械接触, 第一基板和第二基板。
    • 35. 发明授权
    • Hose coupling and method of constructing same
    • 软管接头及其构造方法
    • US5322331A
    • 1994-06-21
    • US96231
    • 1993-07-26
    • William L. WaldschmidtBruce E. McClellan
    • William L. WaldschmidtBruce E. McClellan
    • F16L33/22
    • F16L33/223Y10T29/49909
    • A hose coupling, and method of constructing same, for sealably interconnecting a flexible hose and a rigid center pipe. The hose coupling is assembled without requiring relative rotation between the rigid center pipe and the inner surface of the flexible hose. The method includes the steps of inserting an end of the center pipe rectilinearly into the opening of the flexible hose, disposing a compression sleeve member having first and second outwardly facing frustoconical surfaces about the flexible hose, disposing first and second complementary threaded tubular members, which respectively define first and second outwardly facing frustoconical surfaces, about the flexible hose and rigid center pipe, respectively, and threadably drawing the first and second complementary threaded tubular members together such that the first and second outwardly inwardly facing frustoconical surfaces respectively force the first and second outwardly facing frustoconical surfaces inwardly to compress the compression member tightly about the flexible hose and the center pipe. The hose coupling includes the compression sleeve member, the first and second complementary threaded tubular members, and the cooperative frustoconical surfaces which force the compression sleeve member to a smaller stressed diameter which securely and sealably interconnects the rigid pipe member and flexible hose.
    • 一种软管接头及其构造方法,用于将柔性软管和刚性中心管密封地相互连接。 软管接头组装而不需要刚性中心管和柔性软管的内表面之间的相对旋转。 该方法包括将中心管的一端直接插入柔性软管的开口中的步骤,将围绕柔性软管的第一和第二向外的截头圆锥形表面的压缩套管构件设置在第一和第二互补螺纹管状构件上, 分别围绕柔性软管和刚性中心管限定第一和第二向外的截头圆锥形表面,并且将第一和第二互补螺纹管状构件螺纹地拉伸在一起,使得第一和第二向外面向的截头圆锥形表面分别迫使第一和第二 向外面向的截头圆锥形表面向内压缩压缩构件,围绕柔性软管和中心管紧密地压缩。 软管联接器包括压缩套筒构件,第一和第二互补螺纹管状构件以及协同的截头圆锥形表面,其将压缩套筒构件施加到较小的应力直径,其牢固地并可密封地将刚性管构件和柔性软管相互连接。
    • 36. 发明授权
    • Lockbolt joint and method of making a lockbolt joint
    • 锁栓接头和锁栓接头的方法
    • US4197782A
    • 1980-04-15
    • US936066
    • 1978-08-23
    • Louis A. Champoux
    • Louis A. Champoux
    • F16B19/05F16B19/02
    • F16B19/05Y10T29/49909
    • A lockbolt collar configured to reduce the longitudinal tension in a lockbolt which otherwise has the effect of reducing its cross section, and hence the tightness of its fit where it passes through the secured parts, the longitudinal tension being caused by the swaging of the collar onto the lockbolt. An external taper of the collar toward its end adjacent the secured parts commencing at a location intermediate its ends provides a spatial cavity within the swaging die of sufficient size to receive collar material displaced during swaging and thereby significantly reduce the reverse flow of such collar material causing such longitudinal tension in the lockbolt.
    • 锁栓套环,其构造成减小锁栓中的纵向张力,否则其具有减小其横截面的效果,并且因此其穿过固定部件时其配合的紧密度,纵向张力是由套环的型锻而引起的 锁栓 套环朝向其端部附近的紧固部件的端部的外部锥形开始于其端部之间的位置,在模锻模具内提供足够尺寸的空间空腔,以容纳在型锻期间移动的套环材料,从而显着减少这种套环材料的反向流动,导致 锁栓中的这种纵向张力。