会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明授权
    • Electrochemical tree resistant power cable
    • 电化学树电力电缆
    • US4354992A
    • 1982-10-19
    • US235090
    • 1981-02-17
    • George Bahder
    • George Bahder
    • H01B9/02B29C47/02B29C47/88H01B7/28H01B13/14H01B13/24B29D9/04
    • B29C47/02B29C47/0014B29C47/0016B29C47/88H01B13/141H01B13/145H01B7/2813
    • An improved method and apparatus for fabricating insulated cables, particularly polymeric insulated electrical power cables, resistant to the formation and growth of electrochemical trees is disclosed. Internal pressure on the conductor side of the cable when it is maintained lower than the external pressure on the outer surface of the insulation during extrusion. Extrusion pressure higher than the external pressure results in expansion of the insulation following extrusion. This expansion or swelling reduces the number and size of cracks and voids which are precursors of electrochemical trees. In addition, pressure curing the extruded, insulated cable with a curing medium above its melting point followed by gradual gradient cooling under internal pressure and higher external cooling fluid pressure to around room temperature optimizes the resistance of the cable to nucleation and growth of electrochemical trees.
    • 公开了一种用于制造耐电化学树的形成和生长的绝缘电缆,特别是聚合绝缘电力电缆的改进的方法和装置。 当挤出时,电缆的导体侧的内部压力保持低于绝缘体外表面的外部压力。 挤出压力高于外部压力导致挤出后绝缘体的膨胀。 这种膨胀或膨胀减少了电化学树脂前体的裂纹和空隙的数量和尺寸。 此外,将固化介质加压固化在其熔点以上,然后在内部压力和较高的外部冷却流体压力下逐渐梯度冷却至约室温,从而优化电缆对电化学树的成核和生长的阻力。
    • 5. 发明授权
    • Injection blow molding process
    • 注塑吹塑工艺
    • US4061705A
    • 1977-12-06
    • US660706
    • 1976-02-23
    • Paul Marcus
    • Paul Marcus
    • B29C65/00B29B11/08B29C49/00B29C49/06B29C49/12B29C49/20B29C49/22B29C49/32B29C49/48B29C49/58B29C49/64B29C17/07B29D9/04
    • B29C49/221B29C49/064B29C49/12B29B2911/14053B29B2911/1408B29B2911/14093B29B2911/14113B29C49/06
    • In an injection blow molding process for making plastic receptacles, an injection station is provided for injection molding a parison of selected configuration. An expansion and blowing station follows for initially expanding the parison to a predetermined length, and thereafter the parison is blow molded into a predetermined lateral and final configuration to thereby biaxially orient the molecular structure of the parison. An ejection station is provided for removing the finished product from the apparatus. The parison is transferred along a first path away from the injection station, along a second path which is normal to the first path and then along a third path parallel to the first path to the expansion and blowing station. At the same time, a finished product is transferred from the blowing station to the ejection station along a corresponding path. The blow molding station is adjustable or interchangeable so that different size containers can be molded without changing the size of the injection cavity. The apparatus may also be designed with a core pin arrangement to insert a liner within an outer plastic parison shell prior to the blow molding process at which time the liner and parison shell will weld together to form a finished container. Close temperature control is provided with the parison being maintained with a desired temperature range to retain the biaxial orientation. Finally, the apparatus is designed to facilitate removal of the finished product to further work stations for subsequent work thereon.
    • 在用于制造塑料容器的注射吹塑成型工艺中,提供注射站以注射成型所选配置的型坯。 随后将膨胀和吹塑站初步膨胀到预定长度,然后将型坯吹塑成预定的横向和最终构型,从而使型坯的分子结构双轴取向。 提供了一种用于从设备中移出成品的排出台。 沿着第一路径将型坯沿着与第一路径垂直的第二路径,然后沿着平行于扩展和吹送站的第一路径的第三路径沿着第一路径被转移。 同时,成品通过相应的路径从吹风站转移到排出台。 吹塑站是可调节的或可互换的,使得可以在不改变注射腔的尺寸的情况下模制不同尺寸的容器。 该设备还可以设计成具有芯销布置,以在吹塑成型过程之前将衬垫插入外部塑料型坯壳体中,此时衬套和型坯壳体将焊接在一起以形成成品容器。 提供密封温度控制,型坯保持在所需的温度范围以保持双轴取向。 最后,该设备被设计成便于将成品移走到另外的工作站以用于随后的工作。
    • 9. 发明授权
    • Method for manufacturing a flexible tube for an endoscope
    • 内窥镜柔性管的制造方法
    • US4495134A
    • 1985-01-22
    • US441998
    • 1982-11-16
    • Teruo OuchiHiromichi Shibuya
    • Teruo OuchiHiromichi Shibuya
    • F16L11/10A61B1/00A61B1/005A61M25/00B29C51/00B29C63/00B29C63/18B29C63/26B32B1/08B29C17/07B29C23/00B29D9/04
    • B29C63/18A61B1/0055A61M25/0012B29L2023/007
    • A flexible tube for use in an endoscope comprises a flexible basic tubular core structure and a homogeneous thermoplastic synthetic resin tube bonded to the outer surface of the tubular core structure to form a coating layer by positioning the synthetic resin tube tightly over the basic tubular core structure with a contact pressure therebetween and heating the synthetic resin tube to a temperature higher than a softening point of the thermoplastic synthetic resin forming the same. A flexible tube having flexibility which varies in a step-wise manner from one end of the tube to the other is obtained by integrally bonding as a whole two or more homogeneous thermoplastic synthetic resin tube sections formed of respective resin materials having different hardnesses to the outer surface of the tubular core structure to form a coating layer in an analogous manner. The ends of adjacent tube sections substantially abut each other and upon heating the tube sections to a temperature higher than a softening point of any one of them, the regions of the respective pairs of abutting tube section ends are heated to a temperature substantially near a melting point of the tube section having the higher melting point to successively fuse the respective pairs of abutting tube section ends together.
    • 用于内窥镜的柔性管包括柔性基本管状芯结构和均匀的热塑性合成树脂管,其结合到管状芯结构的外表面以通过将合成树脂管紧紧地定位在基本管状芯结构上而形成涂层 其间具有接触压力,并将合成树脂管加热至高于形成该合成树脂管的热塑性合成树脂的软化点的温度。 通过将由具有不同硬度的各种树脂材料形成的两个或更多个均匀的热塑性合成树脂管段整体地结合到外部而获得具有从管的一端到另一端以逐步方式变化的柔性柔性管, 管状芯结构的表面以类似的方式形成涂层。 相邻管部分的端部基本上彼此邻接并且在将管部分加热到高于其中任何一个的软化点的温度时,各对对接管部分端部的区域被加热到基本接近熔化的温度 具有较高熔点的管部分的点连续地将各对邻接的管部分端部熔合在一起。
    • 10. 发明授权
    • Method of making multicolored unitary thermoformed article
    • 制作多色单一热成型制品的方法
    • US4474725A
    • 1984-10-02
    • US502257
    • 1983-06-08
    • Howard E. Sands
    • Howard E. Sands
    • B29C51/16B44C3/04E04H4/00B29D9/04
    • E04H4/0037B29C51/16B44C3/046E04H2004/0068
    • A multicolored thermoformed article is prepared by initially forming thermoplastic resin of a first color into a contoured design configuration. This preformed element is then placed in a thermoforming mold having an insert-receiving portion of complimentary contour and additional contours outwardly of the insert-receiving portion. Thermoplastic sheeting of a second color is then thermoformed against the surfaces of the mold and of the insert to produce the composite article in which the adjacent surface of the insert is thoroughly bonded to the sheeting of the second coloration. The process may be utilized to produce articles in which more than one preformed element is incorporated, and such multiple preformed elements may be of the same or distinct configurations and of the same or distinct colorations.
    • 通过将第一种颜色的热塑性树脂最初形成为轮廓设计构型来制备多色热成型制品。 然后将该预成型元件放置在热成型模具中,该模具具有互补轮廓的插入物接收部分和插入件接收部分外部的附加轮廓。 然后将第二种颜色的热塑性薄片相对于模具和插入件的表面热成型,以产生复合制品,其中插入件的相邻表面完全粘合到第二着色的片材上。 该方法可以用于生产其中结合有多于一个预成型元件的制品,并且这种多个预成型元件可以具有相同或不同的构造和相同或不同的着色。