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    • 4. 发明授权
    • Method and an apparatus for the continuous crimping of thermoplastic
threads
    • 用于连续卷曲热塑性线的方法和设备
    • US5351374A
    • 1994-10-04
    • US13716
    • 1993-02-04
    • Werner NabulonJorg MaierPeter GrossenbacherFelix GrafArmin Wirz
    • Werner NabulonJorg MaierPeter GrossenbacherFelix GrafArmin Wirz
    • D02G1/12G01N33/36
    • D02G1/122D02G1/125D02G1/161D02G1/167G01N33/365
    • Threads made from thermoplastic materials are textured, in that they are heated by a delivery medium in a delivery channel and conveyed through an orifice into a stuffer box where they are stuffed to form a plug. In order to maintain plug formation constant, the orifice area is monitored in a sensory manner and the measured signals are used for monitoring purposes as a measured quantity in a control loop, in which the supply of damming back medium, the conveying away speed of the plug, the position of the stuffer box walls, or the supply of delivery medium are used as manipulated variables. The measuring signals produced by monitoring can be compared with thresholds to produce control signals corresponding to the comparison result for activating alarm, warning or stopping elements. Sensory monitoring is carried out by measuring the dynamic pressure prevailing in the delivery channel close to the orifice, by measuring the dynamic pressure in a fluidic nozzle issuing into the stuffer box, or by monitoring with an optical sensor the interior of the stuffer box.
    • 由热塑性材料制成的螺纹是纹理的,因为它们通过输送介质在输送通道中加热并通过孔输送到填塞箱中,在该填塞箱中填充它们以形成塞子。 为了保持塞子形成恒定,以感官方式监测孔面积,并且将测量的信号用作监控目的,作为控制回路中的测量量,其中阻隔回路介质的输送速度为 塞子,填塞箱壁的位置或输送介质的供给被用作操纵变量。 通过监视产生的测量信号可以与阈值进行比较,以产生对应于用于激活报警,警告或停止元件的比较结果的控制信号。 通过测量靠近孔口的输送通道中的动态压力,通过测量发射到填塞箱的流体喷嘴中的动态压力,或者通过用光学传感器监测填塞箱的内部来进行感觉监测。
    • 5. 发明授权
    • Process and apparatus for removing liquid from fast moving threads
    • 用于从快速移动的螺纹中去除液体的方法和设备
    • US5378377A
    • 1995-01-03
    • US97309
    • 1993-07-23
    • Felix Graf
    • Felix Graf
    • D02J11/00D02J13/00D06B15/00D06B15/04D06B15/10F26B5/04F26B13/00B01D17/038D01H13/30
    • D06B15/04D06B15/10
    • Excess liquid is removed from a fast-moving thread, in that the latter is deflected, so that the liquid is hurled off, the hurled off liquid is removed from the thread, in that the thread is passed through a closed chamber, where a vacuum is produced in order to facilitate liquid evaporation and in that the thread is led through a narrow gap, so that the layer directly surrounding the thread and travelling therewith is peeled off. The combination of these drying effects constitutes one process stage. Advantageously, this process stage is performed several times in direct succession, so that in the case of a thread-protecting, small deflection angle a good thread drying can be achieved. The process is performed by an apparatus comprising several chambers (K.1-3) connected in series in the thread movement direction, the thread being deflected at the inlet and/or outlet with respect to each chamber by a deflection element (U.1-4) and passes through a narrow gap (S.1-). The chamber walls (20.1-4), which carry the thread passage, are inclined away from the thread in the gravity direction. The hurled off liquid, under the influence of gravity flows through corresponding passages, which interconnect the chambers and passes into the final chamber in the thread movement direction and is sucked off from the latter.
    • 从快速移动的螺纹中除去过量的液体,因为后者被偏转,使得液体被喷出,从螺纹上移除掉液体,因为螺纹通过封闭的腔室,其中真空 是为了促进液体蒸发而产生的,并且螺纹被引导通过狭窄的间隙,使得直接围绕螺纹并且与其一起行进的层被剥离。 这些干燥效果的组合构成一个过程阶段。 有利地,该过程阶段直接连续执行数次,使得在螺纹保护的情况下,小的偏转角可以实现良好的螺纹干燥。 该过程由包括在螺纹移动方向上串联连接的几个室(K.1-3)的装置执行,螺纹通过偏转元件(U.1)相对于每个室在入口和/或出口处偏转 -4)并穿过狭窄的间隙(S.1-)。 携带螺纹通道的室壁(20.1-4)在重力方向上远离螺纹倾斜。 在重力的影响下,溢出的液体流过相应的通道,这些通道相互连接并沿着线移动方向进入最终室,并从后者中吸出。