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    • 3. 发明授权
    • Draw frame, storage device and coiler, delivery regulation
    • 牵引架,储存装置和卷取机,配送规定
    • US5377385A
    • 1995-01-03
    • US856951
    • 1992-07-19
    • Erich JornotRaphael WickiUrs Keller
    • Erich JornotRaphael WickiUrs Keller
    • D01G19/14D01G23/06D01H5/32D01H5/42D01G31/00
    • D01H5/32D01G19/14D01G23/06
    • An autoleveller draw frame achieves changes in the draft by changing the supply speed. The can press nevertheless works evenly. A storage device between the sliver calenders and the can press compensates for changes in the amount of supplied sliver. The storage device can be arranged in such a way that it allows a "flying change of cans." In one aspect, between the sliver calenders and the can press, the sliver forms a hanging loop which varies in depth, depending upon any changes in the supply speed of the sliver, while the can press operates relatively evenly and is not required to be accelerated or braked in response to changes in the supply speed. In another aspect, the storage device includes a conveyor belt arrangement between the supply of the sliver and the can press. Sliver loops are formed on an upper conveyor belt strand, whereafter they are deflected to a lower conveyor belt strand and then fed to the can press. The can press stretches the sliver loops on the lower conveyor belt strand as the sliver is received in the can. During a short period of time during the changing of cans, the sliver is no longer stretched on the lower conveyor belt strand, but is allowed to be maintained in loops, which represents an increase in the amount of sliver maintained at the storage device during can changing.
    • PCT No.PCT / CH91 / 00184 Sec。 371日期:1992年7月19日 102(e)日期1992年7月19日PCT 1991年8月28日PCT PCT。 出版物WO92 / 05301 日期:1992年4月2日。通过更改供应速度,自动调色机画框可以实现草稿的更改。 然而,按压可以均匀地工作。 纱条砑光机和罐压机之间的存储装置补偿所提供的条子数量的变化。 存储装置可以以允许“罐的飞行改变”的方式布置。 在一方面,在纱条压光机和罐压之间,条子形成垂直变化的悬挂环,这取决于条子的供应速度的任何变化,而罐压机相对均匀地操作并且不需要加速 或制动以响应供应速度的变化。 在另一方面,存储装置包括在纱条的供应和罐压之间的输送带装置。 纱条环形成在上部输送带束上,然后它们被偏转到下部输送带束,然后被送入罐子压榨。 当棉条被接收在罐中时,罐压力拉伸下传送带束条上的条子环。 在罐头更换期间的短时间内,纱条不再在下传送带束条上拉伸,而是允许保持在环路中,这表示在罐头期间在存储装置处保持的条子量的增加 改变。
    • 7. 发明授权
    • Methof of, and apparatus for, producing a friction spun yarn
    • 用于生产摩擦纺纱的Methof和设备
    • US4854118A
    • 1989-08-08
    • US167026
    • 1988-03-11
    • Emil BrinerUrs KellerHerbert Stalder
    • Emil BrinerUrs KellerHerbert Stalder
    • D01H4/16D01H4/06D01H4/38D02G3/04D02G3/26D02G3/36
    • D02G3/36D01H4/06
    • The method of, and apparatus for, producing a yarn uses a friction spinning device comprising a perforated first friction spinning drum and a second friction spinning drum which can also be perforated. Two fiber feed passages project to the first friction spinning drum and are each supplied by opening assemblies which individualize or individually separate the fibers. The fibers are transported toward the first friction spinning drum using a feed air stream in the fiber feed passages. This feed air stream is produced by the first friction spinning drum which is maintained under sub-pressure. Advantageously, the fiber double-feed to the friction spinning drum permits supplying two different fiber types to the same yarn end. Also, different inclinations of the fibers at the friction spinning drum can be obtained by different inclinations of the fiber feed passages in order to produce yarns of different character. The first and second friction spinning drums can be each divided into cooperating drum sections to define a first pair of coacting drum sections and spaced therefrom a second pair of coacting drum sections. The respective pairs of drum sections can be operated at different rotational speeds and can be subjected to different vacuum conditions.
    • 用于生产纱线的方法和设备使用包括穿孔的第一摩擦纺丝鼓和也可以被穿孔的第二摩擦纺丝筒的摩擦纺丝装置。 两个纤维馈送通道突出到第一摩擦纺丝筒,并且每个通过个体化或单独分离纤维的开口组件提供。 使用纤维通道中的进料空气流将纤维运送到第一摩擦纺丝筒。 该进料气流由保持在亚压力下的第一摩擦纺丝筒产生。 有利的是,将纤维双重进给到摩擦纺丝鼓允许向相同的纱线端提供两种不同的纤维类型。 此外,通过纤维供给通道的不同倾斜度可以获得摩擦纺丝鼓上的纤维的不同倾斜度,以便生产不同性质的纱线。 第一和第二摩擦旋转鼓可以分别分成协作滚筒部分以限定第一对共同作用的滚筒部分,并且与第二对共同作用的滚筒部分间隔开。 相应的滚筒部分对可以在不同的转速下操作并且可以经受不同的真空条件。
    • 9. 发明申请
    • FLOW LIMITER
    • 流量限制
    • US20120180875A1
    • 2012-07-19
    • US13378806
    • 2010-07-14
    • Urs KellerJorg Kuhne
    • Urs KellerJorg Kuhne
    • G05D7/01
    • G05D7/012Y10T137/0379
    • A flow limiter for limiting a volumetric flow through a liquid line, comprising a carrier having a passage and a flat spring attached to the carrier. The flat spring has a spring tongue and the passage has an opening, wherein the spring tongue is above the opening such that the spring tongue increasingly lies against the carrier as differential pressure rises, thereby reducing the opening and continuously reducing the passage within a defined pressure range. A body is arranged upstream of the spring tongue, or the spring tongue is oriented in the flow direction so that the spring tongue offers a direct contact surface to a substantially reduced flow cross-section. Thus the spring tongue is deflected, or rested against the carrier, to a lesser extent at low differential pressure values so that at a low differential pressure, a constant volumetric flow rate and an expanded operating range having a constant volumetric flow rate is achieved.
    • 用于限制通过液体管线的体积流量的流量限制器,包括具有连接到载体的通道和平板弹簧的载体。 平板弹簧具有弹簧舌片,并且通道具有开口,其中弹簧舌片在开口上方,使得弹簧舌片随着压力差升高而越靠近托架,由此减小开口并且在限定的压力内连续地减小通道 范围。 弹簧舌片的上游设置有一个主体,或者弹簧舌片沿流动方向定向,使得弹簧舌片提供直接的接触表面,从而实质上减小了流动横截面。 因此,弹簧舌在低压差值下偏转或靠在载体上较小的程度,使得在低压差下,实现恒定体积流量和具有恒定体积流量的膨胀操作范围。