公开(公告)号：US6043895A

公开(公告)日：2000-03-28

申请号：US189757

申请日：1998-11-10

申请人： Brian K. Masterson ,  Calvin E. Reynolds ,  Terry R. Todd

发明人： Brian K. Masterson ,  Calvin E. Reynolds ,  Terry R. Todd

IPC分类号： G01N21/85 ,  G01N21/01

CPC分类号： G01N21/8507

摘要： A probe for fiber optic spectroscopy, having a radiation transparent window for the emission of radiation and an optical fiber that extends through the interior of a hollow housing, surrounds the fiber with a cushioning sleeve to provide an optical cable that preserves optical fiber connections and dampen vibration of the optical cable. The sleeve provides a structure around the optical fiber that is more compressible than the optical fiber and has a significantly greater mass than the optical fiber. Excess cable length may be provided along its path through the housing to impinge the cable against the interior walls of the housing and thereby dampen vibration by providing additional node points through contact of the sleeve with the housing wall. Helical twisting of the cable along its path through the housing further stabilizes the shape of the fiber optic cable within the housing and maintains a regular spacing of contact points with the housing. Regular spacing of node points consistently controls vibration dampening by contact between the housing wall and the cable.

摘要翻译： 用于光纤光谱的探针具有用于发射辐射的辐射透明窗口和延伸穿过中空壳体的内部的光纤，用缓冲套筒围绕光纤，以提供保持光纤连接并阻尼的光缆 光缆的振动。 套管提供围绕光纤的结构，其比光纤更可压缩并且具有比光纤显着更大的质量。 可以沿其穿过壳体的路径提供过多的电缆长度，以将电缆撞击外壳的内壁，从而通过套筒与壳体壁的接触提供额外的节点，来抑制振动。 电缆沿其通过壳体的路径的螺旋扭转进一步稳定了光纤电缆在壳体内的形状，并保持与壳体的接触点的规则间隔。 节点的常规间距一致地通过壳体壁和电缆之间的接触来控制振动衰减。

公开(公告)号：US5269491A

公开(公告)日：1993-12-14

申请号：US848829

申请日：1992-03-10

申请人： Calvin E. Reynolds

发明人： Calvin E. Reynolds

IPC分类号： F16K3/18 ,  F16K51/02

CPC分类号： F16K51/02 ,  F16K3/182

摘要： Presented is a vacuum valve having a metallic housing that may be mounted in a vacuum system in any attitude. The valve includes a "knife" edge seal formed on the interior of the metallic housing on one wall thereof, surrounding a port therein, and adapted to sealingly impinge against a metallic sealing pad mounted within the housing on a carriage that is translatable longitudinally of the housing by manipulation of a spindle that cooperates with a bellows sealing the housing. The spindle extends out to the housing and includes means for suitable manipulation of the spindle. Means are provided within the housing operatively interposed between the carriage and sealing pad to effect lateral translation of the sealing pad in relation to the carriage on which it is mounted to engage and disengage the "knife" edge seal upon appropriate rotation of the spindle. Means are also provided within the housing to prevent seizing of metallic parts that move relative to one another within the vacuum valve.

摘要翻译： 提出了一种真空阀，其具有金属壳体，其可以以任何姿态安装在真空系统中。 该阀包括形成在其一个壁上的金属壳体的内部上的“刀”边缘密封件，其围绕其中的端口，并且适于密封地撞击安装在壳体内的金属密封垫，该托架可沿着 通过操纵与密封壳体的波纹管配合的主轴来容纳壳体。 主轴延伸到壳体并且包括用于适当地操纵主轴的装置。 装置设置在壳体内，可操作地插入在滑架和密封垫之间，以实现密封垫相对于其上安装的滑架的侧向平移，以在主轴适当旋转时接合和分离“刀”边缘密封。 还可以在壳体内设置装置，以防止在真空阀内相对于彼此移动的金属部件卡死。