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    • 84. 发明授权
    • Pipe liner having a wireless data transmitter with sensing capabilities
    • 具有无线数据传输器的管道衬管具有感测能力
    • US09261221B2
    • 2016-02-16
    • US14465912
    • 2014-08-22
    • LMK Technologies LLC
    • Larry W. Kiest, Jr.
    • F16L55/162F16L55/18F16L55/165F16L55/179F16L9/14E03F3/06
    • F16L55/18E03F2003/065F16L9/14F16L55/1651F16L55/1653F16L55/179F16L55/265
    • The present invention provides a liner assembly for repairing the wall of a pipe that includes a transmitter or transmitters capable of transmitting information, such as identification information and physical characteristics of the area around the transmitter. Embedded in the liner is a transmitter, which includes a radio-frequency identification and at least one sensor. The RFID transmits identification information about the repaired wall, while the sensor provides physical characteristics of the environment in and around the pipe. Examples of physical characteristics may include temperature, pressure, flow, chemical reactions, velocity of the pipe, and the like. Additional transmitters may be used along the length of the pipe to determine characteristics at multiple locations, with each additional transmitter including the same or different sensors.
    • 本发明提供了一种用于修复管道壁的衬套组件,其包括能够传送信息的发射器或发射器,例如发射器周围区域的识别信息和物理特性。 嵌入在衬垫中的是发射器,其包括射频识别和至少一个传感器。 RFID传输关于修复墙壁的识别信息,而传感器提供管道内和周围环境的物理特性。 物理特性的实例可包括温度,压力,流量,化学反应,管道的速度等。 可以沿着管道的长度使用附加的发射器来确定多个位置处的特性,每个附加的发射器包括相同或不同的传感器。
    • 86. 发明申请
    • Internal pipe repair method and device
    • 内管修理方法及装置
    • US20050279417A1
    • 2005-12-22
    • US11140179
    • 2005-05-31
    • Uwe Bednarzik
    • Uwe Bednarzik
    • F16L55/12F16L55/179
    • F16L55/179
    • A device and method for internally repairing pipes. The device consists of a reusable, elastomeric shell configurable for two, three, and four-pipe junctions. The design of the device aids in positioning the expandable shell over and helps seal off the leak area inside a pipe. Once inflated into proper position, a sealant is injected into the leak area. Not only does the sealant eventually seal and fortify inside the pipe it also forms a seal around the outside of the pipe. Once the sealant has cured, the device is deflated and removed from the pipe. Minimal pipe preparations are necessary before implementing a repair. The device can also be temperature modulated to enhance sealant cure.
    • 用于内部修理管道的装置和方法。 该设备由可重复使用的弹性外壳组成,可配置为两个,三个和四个管道接头。 设备的设计有助于将可膨胀壳体定位在管道上方并有助于密封管道内的泄漏区域。 一旦充气到适当的位置,密封剂就被注入泄漏区域。 密封剂不仅最终在管内密封和强化,而且还在管的外侧形成密封。 一旦密封剂固化,装置就会从管中放气并取出。 在实施修理之前,必须进行最小的管道准备。 该设备还可以进行温度调节,以增强密封剂固化。
    • 88. 发明授权
    • Pipe lining method
    • 管衬法
    • US6085794A
    • 2000-07-11
    • US422311
    • 1999-10-21
    • Takao KamiyamaYasuhiro YokoshimaShigeru EndohHiroyuki Aoki
    • Takao KamiyamaYasuhiro YokoshimaShigeru EndohHiroyuki Aoki
    • B29C63/36B29C63/26B29K31/00B29K67/00B29L23/00F16L55/16F16L55/179F16L55/162
    • F16L55/179
    • A pipe lining method is provided for simply positioning a flange of a branch pipe liner bag to a branch pipe opening of a main pipe in a short period of time, and preventing the branch pipe liner bag from having a locally insufficient strength. A branch pipe liner bag is everted and inserted into a branch pipe with a fluid pressure. With the branch pipe liner bag pressed onto the inner wall of the branch pipe, a hardenable resin impregnated in the branch pipe liner bag is hardened to line the branch pipe. Then, a main pipe liner bag is everted and inserted into a main pipe with a fluid pressure. With the main pipe liner bag pressed onto the inner wall of the main pipe, a hardenable resin impregnated in the main pipe liner bag is hardened to line the main pipe. The fluid pressure acting inside the main pipe liner bag is adjusted such that a portion of the hardenable resin impregnated in the main pipe liner bag is oozed out. The oozed hardenable resin is introduced into a clearance space, and hardened therein.
    • 提供了一种管道衬套方法,用于在短时间内简单地将分支管衬套的凸缘定位到主管的支管开口,并且防止分支管衬套袋局部地具有不足的强度。 分支管内衬袋被插入到具有流体压力的分支管中。 将分支管衬垫压在分支管的内壁上,浸渍在支管衬里袋中的可硬化树脂硬化以使分支管线对齐。 然后,将主管内衬袋旋出并插入具有流体压力的主管中。 主管内衬袋压在主管内壁上时,浸渍在主管内衬袋中的可硬化树脂硬化,使主管线对准。 调节作用在主管内衬袋内的流体压力,使得浸渍在主管衬里袋中的可硬化树脂的一部分被渗出。 渗出的可硬化树脂被引入到间隙空间中并在其中硬化。