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
    • 8. 发明授权
    • Multiconductor cable stripper
    • 多芯电缆剥线钳
    • US5072632A
    • 1991-12-17
    • US645040
    • 1991-01-23
    • Babak Sayyadi
    • Babak Sayyadi
    • H02G1/12
    • H02G1/1265
    • An automated cable stripper that is particularly well-suited for stripping multiconductor cables whose outer surfaces have an irregular contour. The stripper has a clamp assembly for holding the end of the cable during the stripping operation; a cutting and bending assembly for severing the end of the cable's jacket and thereby exposing the underlying shielding material and conductors; and a slug puller assembly for pulling the cut part off the cable's end. Cutting and bending is accomplished by a rotatable barrel or drum that carries a plurality of cutting blades and bending arms. The blades score the jacket around its circumference, and the arms thereafter bend the cable'3 s end back and forth to break the jacket away along the score line. The slug puller assembly has a pair of gripping arms that extend and grip the cut part, and pull it off the cable upon retraction of at least a portion of the puller assembly. The stripper is also adapted to shear off any shielding material that is positioned between the jacket and the cable's conductors.
    • 一种自动电缆剥离器,特别适用于剥离其外表面具有不规则轮廓的多芯电缆。 剥离器具有用于在剥离操作期间保持电缆的端部的夹具组件; 切割和弯曲组件,用于切断电缆护套的端部,从而暴露下面的屏蔽材料和导体; 以及用于将切割部分从电缆的端部拉出的拉杆组件。 切割和弯曲由携带多个切割刀片和弯曲臂的可旋转的滚筒或滚筒来实现。 刀片围绕其圆周划分护套,然后手臂将电缆的端部往复弯曲,以沿着刻痕线将护套分开。 牵引拉拔器组件具有一对夹持臂,该夹持臂延伸并夹紧切割部分,并且在牵引器组件的至少一部分收回时将其拉离电缆。 剥离器还适于剪切位于护套和电缆导体之间的任何屏蔽材料。
    • 9. 发明授权
    • Method and apparatus for forming a welded identification sleeve
    • 用于形成焊接的识别套筒的方法和装置
    • US5425826A
    • 1995-06-20
    • US176161
    • 1993-12-29
    • Babak SayyadiDennis W. FritzEdwin E. ThompsonGregory E. Jansen
    • Babak SayyadiDennis W. FritzEdwin E. ThompsonGregory E. Jansen
    • B29C53/40B29C65/00B29C65/08B29C65/74B65C3/02B65C3/00
    • B29C53/40B29C65/08B29C65/749B29C66/4322B29C66/73715B29C66/8322B65C3/02B29C65/7443B29C66/1122B29C66/306B29L2023/001B29L2031/744Y10T156/108
    • An automated applicator (120) for forming a welded identification sleeve (34) around an elongate object, such as a conductor (16), includes a base (124, 146, 148) defining a receiving surface (186) for receiving the conductor. A reversible line-feed printer (18) for feeding a weldable material strip (24) is positioned adjacent the receiving surface of the base. The printer is capable of selective operation in an advance mode to advance the leading end portion (22) of the material strip toward a first end of the base and transversely past the conductor, and a reverse mode in which the material strip is retracted away from the first end of the base. The applicator includes a guide member (151) mounted on the base and positionable adjacent the receiving surface for guiding the lead portion of the material strip, when advanced by the printer, around the elongate object. When so advanced, the leading end portion of the material strip overlaps the material strip in order to wrap the conductor. The applicator further includes a vacuum line (244) and grip assembly (246) mounted on the base for gripping the wrapped lead portion of the material strip during operation of the printer in the reverse mode to tighten the wrapped material strip around the conductor. An ultrasonic welder (33) mounted on the base welds the wrapped lead portion of the material strip to the material strip, thereby forming the tubular sleeve around the elongate object. A cutting blade (52) mounted on the base cuts the tubular sleeve from the material strip.
    • 用于形成围绕诸如导体(16)的细长物体的焊接的识别套筒(34)的自动施加器(120)包括限定用于接收导体的接收表面(186)的基座(124,146,148)。 用于供给可焊接材料条(24)的可逆线性进给打印机(18)位于基座的接收表面附近。 打印机能够以提前模式选择性地操作,以将材料带的前端部分(22)朝向底座的第一端并横向穿过导体,并且反向模式,其中材料带从远离 基地的第一端。 施加器包括安装在基座上的定位件,邻近接收表面定位,用于在拉长物体周围由打印机引导时引导材料条的引线部分。 当这样前进时,材料条的前端部分与材料带重叠以包裹导体。 施加器还包括安装在基座上的真空管线(244)和抓握组件(246),用于在反向模式下操作打印机期间夹紧材料条的缠绕的引导部分,以将缠绕的材料条紧固在导体周围。 安装在基座上的超声波焊接器(33)将材料带的缠绕引线部分焊接到材料条上,从而围绕细长物体形成管状套筒。 安装在基座上的切割刀片(52)从材料条切割管状套筒。