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    • 56. 发明申请
    • Technique for joining tubular members
    • 连接管状构件的技术
    • US20030070743A1
    • 2003-04-17
    • US09981469
    • 2001-10-17
    • John KesapradistBrian G. Robins
    • B65H069/02
    • B29C66/1142B29C65/483B29C65/5042B29C66/112B29C66/1122B29C66/131B29C66/3242B29C66/5221B29C66/52231B29C66/634B29L2023/22D06H5/00
    • In a technique for joining ends of coaxial tubular members, adhesive is applied to their external surfaces at their ends and an expandable insert assembly is positioned longitudinally within them so as to be coextensive with the adjoining ends. Planar side pieces on the assembly are advanced into conforming engagement with the inside surfaces of the tubular members at their adjoining ends, the adhesive is cured to fixedly join the tubular members together, then the side pieces are withdrawn. Simultaneously, the external surfaces of the tubular members are clamped in the region of their adjoining ends until full curing of the adhesive has been achieved. The insert assembly includes a bladder of flexible material with planar side pieces being attached to the inside or outside surfaces and the insert assembly advanced so the bladder engages the internal surfaces of the tubular members at their adjoining ends.
    • 在用于连接同轴管状构件的端部的技术中,在其端部处将粘合剂施加到其外表面,并且可扩展插入件组件沿其内纵向定位成与相邻端部共同延伸。 组件上的平面侧部件在它们相邻的端部处被推进成与管状部件的内表面相配合,粘合剂被固化以将管状部件固定在一起,然后将侧部件取出。 同时,管状构件的外表面被夹紧在其相邻端部的区域中,直到达到粘合剂的完全固化。 插入组件包括柔性材料的囊,其平面侧片连接到内表面和外表面,并且插入组件前进,使得囊在它们相邻的端部处接合管状构件的内表面。
    • 57. 发明申请
    • Fluoropolymer flowmeter
    • 含氟聚合物流量计
    • US20030000315A1
    • 2003-01-02
    • US10156449
    • 2002-05-28
    • Entegris, Inc.
    • John A. LeysSteven P. KolbowSteve A. FischerCarlos CadavidTodd M. Ulschmid
    • G01F001/22
    • G01F15/006B29C45/261B29C65/1432B29C66/1142B29C66/52231B29C66/52241B29C66/543B29C66/71B29C66/73365B29C66/73921B29K2027/12B29K2995/0029G01F1/22Y10T29/49004
    • In one embodiment, a sight tube flowmeter is formed of a plurality of fluoropolymer components welded together to form a unitary flowmeter body. The components can comprise a PFA upright sight tube having two end portions, a flow conduit extending therethrough and two fitting portions that are uniquely welded onto each end of the sight tube, and a fluoropolymer float device movable to various positions within the flow conduit depending on the flow level of the fluid flowing therethrough. The float device can be of conventional design or for those flowmeter embodiments where low fluid flow rates are to be measured, an elongate float can be utilized. The floats and, in particular, a designated portion thereof, are visible through the sight tube to provide visual indication of the position, and thus the flow rate of fluid flowing through the flowmeter. In addition, alternative embodiments include the implementation of the unique sight tube and elongate float design in conventional flowmeters.
    • 在一个实施例中,观察管流量计由多个焊接在一起的氟聚合物部件形成以形成单一流量计主体。 组件可以包括具有两个端部的PFA立式观察管,一个延伸穿过其中的流动管道和两个独特地焊接在观察管的每个端部上的装配部分,以及一个氟聚合物浮子装置,可移动到流体管道内的各个位置,这取决于 流过其中的流体的流量。 浮动装置可以是常规设计的,或者对于要测量低流体流速的那些流量计实施例,可以使用细长的浮子。 漂浮物,特别是其指定部分,通过观察管可见​​,以提供位置的视觉指示,并因此提供流过流量计的流体的流速。 此外,替代实施例包括在常规流量计中实现独特的观察管和细长浮子设计。