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    • 1. 发明授权
    • Arrangement for monitoring functionality of flexible pressure hoses in a loom
    • 用于监控织机中柔性压力软管的功能的安排
    • US06186191B1
    • 2001-02-13
    • US09625297
    • 2000-07-25
    • Peter D. DornierHerbert Mueller
    • Peter D. DornierHerbert Mueller
    • D03D4728
    • D03D51/44D03D47/28
    • A fluid jet loom includes a source of pressurized fluid, a magnetic valve, and at least one nozzle, such as a weft insertion air jet nozzle, as well as at least one flexible pressure hose connecting and providing pressurized fluid from the magnetic valve to the nozzle. In order to detect any hole, rupture or separation of the pressure hose, the hose includes at least one electrical conductor embedded in or arranged on the hose wall. An electrical current flows through the electrical conductor, which preferably forms a conductor loop and especially a resonant circuit loop. By monitoring an electrical characteristic, such as the resonant frequency, of the electrical signal received from the conductor loop, any disruption in the pressure hose can be immediately detected as a change in the monitored electrical characteristic, which in turn causes a loom stop signal to be generated.
    • 流体喷射织机包括加压流体源,电磁阀和至少一个喷嘴,例如引纬空气喷嘴,以及至少一个柔性压力软管,其连接并将加压流体从电磁阀提供给 喷嘴。 为了检测压力软管的任何孔,破裂或分离,软管包括嵌入或布置在软管壁上的至少一个电导体。 电流流过电导体,其优选地形成导体环路,特别是谐振电路回路。 通过监测从导体回路接收的电信号的电特性(例如谐振频率),可以立即检测压力软管中的任何中断,作为监测的电特性的变化,这又导致织机停止信号 生成。
    • 2. 发明授权
    • Method and device for regulating a back rest and/or a drop wire position
of a weaving machine
    • 用于调节织机的靠背和/或落线的方法和装置
    • US6135162A
    • 2000-10-24
    • US308068
    • 1999-05-13
    • Peter D. DornierHerbert MuellerStefan Arndt
    • Peter D. DornierHerbert MuellerStefan Arndt
    • D03D49/04D03D49/12D03D49/22D03D51/20D03D51/28
    • D03D49/22D03D49/12
    • In a loom of which the backrest (3) and/or the warp stop motion (17) are adjustably supported on the machine frame (22) and are adjustable by associated adjusting equipment with at least one adjusting function, at least the backrest (3) and/or the warp stop motion (17) are automatically adjusted. To achieve this, at least one controllable driven adjusting device (30) connected to the loom control is allocated to the adjusting equipment. The existing actual position of the backrest and/or of the warp stop motion is determined. At least the measured values characteristic of the actual position are compared to prescribed nominal or desired values. From this comparison, an adjusting signal is generated, which is then provided to the adjusting device, which then automatically moves the backrest (3) and/or the warp stop motion (17) automatically into the respective desired position.
    • PCT No.PCT / DE98 / 02610 Sec。 371日期1999年5月13日 102(e)日期1999年5月13日PCT提交1998年9月4日PCT公布。 出版物WO99 /​​ 14410 日期1999年3月25日在其中靠背(3)和/或翘曲停止运动(17)可调节地支撑在机架(22)上并且可通过具有至少一个调节功能的相关联的调节设备调节的织机中, 至少靠背(3)和/或翘曲停止运动(17)自动调节。 为了实现这一点,将连接到织机控制器的至少一个可控驱动调节装置(30)分配给调节装置。 确定靠背和/或翘曲停止运动的现有实际位置。 将实际位置的特征的至少测量值与规定的标称值或期望值进行比较。 从该比较中,产生调整信号,然后将调整信号提供给调节装置,然后自动将靠背(3)和/或翘曲停止运动(17)自动移动到相应的期望位置。
    • 4. 发明授权
    • Method and apparatus for readying a defined weft thread reserve when
there is a loom stoppage
    • 当织机停机时,用于准备定义的纬纱线储备的方法和装置
    • US5322090A
    • 1994-06-21
    • US30898
    • 1993-03-15
    • Peter D. DornierHubertus Ludwig
    • Peter D. DornierHubertus Ludwig
    • D03D47/34D03J1/12D03D47/30D03D51/34
    • D03D47/34
    • Tearing of a weft thread between the main nozzle and the insert side of the selvage or insert end of the loom shed is to be avoided when the weft thread has not been properly woven into the fabric. The detection of a faulty weft thread stops the loom and such stopping must not tear the weft thread. For this purpose the signal caused by a faulty weft thread for the loom stoppage is also used for holding available a defined length of weft thread, whereby thread tearing is avoided. The loom is provided with a prespooling device equipped with an electrically controllable thread stopper and a second thread stopper which is adjustable in the circumferential direction and radially on the thread winding body of the prespooling device for providing the defined weft thread length.
    • 当纬纱未被适当地编织到织物中时,应避免在主喷嘴和纱布的插入侧或织布机的插入端之间撕开纬纱。 检测到有缺陷的纬纱会停止织机,这样的停止不得撕裂纬纱。 为此目的,织机断线故障纬纱引起的信号也用于保持定义的纬纱长度,从而避免了线撕裂。 织机设置有配备有电可控螺纹止动器和第二螺纹止动器的预定位装置,该第二螺纹止动器可在周向方向上调节,并且径向地位于预固定装置的线圈主体上,用于提供限定的纬纱长度。
    • 5. 发明授权
    • Compressed air distributor block arrangement in an air jet loom weft
insertion device
    • 喷气织机引纬装置中的压缩空气分配器排列
    • US6109309A
    • 2000-08-29
    • US286300
    • 1999-04-06
    • Peter D. DornierValentin Krumm
    • Peter D. DornierValentin Krumm
    • D03D47/30
    • D03D47/306D03D47/3013D03D47/3053
    • A weft thread insertion device for an air jet loom includes a nozzle block mounted on a sley to be movable together therewith. The movable block has a plurality of individual nozzles. Devices supply compressed air to the nozzle block by way of one or more stationary distributor blocks. At least one outlet is associated with the distributor block. Compressed air is supplied through respective flexible pressure lines from the respective outlets to respective inlets of the individual nozzles of the nozzle block. In order to supply air using short pressure lines that do not intersect, the invention provides that the distributor block or blocks so arranged that they at least partially surround nozzle block regardless of the position of the reed.
    • 用于喷气织机的纬纱插入装置包括安装在筘座上以与之一起移动的喷嘴块。 可移动块具有多个单独的喷嘴。 设备通过一个或多个固定分配器块将压缩空气供应到喷嘴块。 至少一个出口与分配器块相关联。 压缩空气通过相应的柔性压力管路从相应的出口供应到喷嘴块的各个喷嘴的各个入口。 为了使用不相交的短压力管线供应空气,本发明提供了如下布置的分配器块或块,使得它们至少部分地围绕喷嘴块,而不管簧片的位置如何。
    • 6. 发明授权
    • Separating weft thread waste of a single uncontaminated material from
untwisted leno binding threads in trimmed catch selvages
    • 将单一未污染材料的纬纱线分离成未剪裁的纱罗装订线,
    • US6039086A
    • 2000-03-21
    • US165790
    • 1998-10-02
    • Peter D. DornierValentin Krumm
    • Peter D. DornierValentin Krumm
    • D03C7/04D03D47/40D03J1/04
    • D03C7/04D03D47/40
    • A method and an apparatus serve to process a catch selvage that has been trimmed from a web being woven on a loom, so as to separate weft thread ends and leno threads from the catch selvage to produce a type-pure weft thread waste and a type-pure leno thread waste or reusable leno threads. The term "type-pure" refers to a waste material containing a single uncontaminated type or color of thread material, e.g. wool vs. synthetic or blue vs. red. After the catch selvage (1) has been trimmed from the edge (11) of the woven web (2), the leno threads (4, 4') are untwisted from each other by being rotated by an untwisting apparatus (5) in a direction opposite the binding twist applied by the leno device (18). Thereby, the full leno binding (1A) is completely unbound and opened, so as to release the weft thread ends (3A), which are then sucked into a proper one of weft waste collection containers (6B) by a suction pipe (6A), so that only a single type-pure and/or color of weft thread end is collected in each container (6B). The unbound leno threads (4) are collected as a type-pure waste or are rewound on spools to be reused. Alternatively, by using endless closed-loop leno threads (4'), the leno threads (4') are continuously recirculated back to the leno device (18), without intermediately being wound onto spools.
    • 一种方法和装置用于处理已经从织机上织造的纤维网修剪的抓地板,从而将纬纱线端部和纱罗线与捕获垫片分开以产生类型纯纬线废料和类型 - 纱线线索浪费或可重复使用的纱罗线。 术语“纯型”是指含有单一未污染类型或颜色的线材的废料,例如。 羊毛与合成或蓝色与红色。 在从编织幅材(2)的边缘(11)修剪抓片(1)之后,纱罗线(4,4')通过由解捻装置(5)旋转而彼此解开 方向与由纱罗装置(18)施加的捆扎扭转相反。 因此,完全的纱罗装订(1A)是完全未绑定和打开的,以便释放纬纱端部(3A),然后通过抽吸管(6A)将它们吸入合适的一个纬纱废物收集容器(6B) ,使得只有单个类型纯和/或颜色的纬纱线端部被收集在每个容器(6B)中。 未结合的纱罗线(4)被收集为纯型废物,或者被卷绕在待使用的卷轴上。 或者,通过使用环形闭环纱罗线(4'),纱罗线(4')连续地再循环回到纱罗装置(18),而不会中断卷绕在卷轴上。
    • 7. 发明授权
    • Weaving loom for producing a leno fabric
    • 编织织机用于生产纱罗织物
    • US06315008B2
    • 2001-11-13
    • US09772390
    • 2001-01-29
    • Peter D. DornierAdnan WahhoudValentin KrummHorst HaeusslerJuergen VossenJosef Hehle
    • Peter D. DornierAdnan WahhoudValentin KrummHorst HaeusslerJuergen VossenJosef Hehle
    • D03C706
    • D03C7/00D03C7/06
    • A warp thread control system for forming the loom shed as a first control section (1) and a second warp control section (16). The first section is equipped with at least one guide element (2) for guiding the leno threads (3) and a guide rod (4) carrying a multitude of passages 6 arranged and parallel to one another for guiding the ground threads (5). The second warp control section (16) includes a thread detour element (17) for detouring the leno threads (3) and a needle bar (18) carrying a multitude of needles (19) with needle eyes (19.1) for guiding the leno threads (3). Both the first warp control section (1) and the second warp control section (16) are positioned on the side of the reed facing the warp threads whereby the positioning may differ either above or below a weaving plane (28) or partially above and partially below the weaving plane (28). Preferably but not necessarily both warp control sections are driven by a common drive (11).
    • 一种用于形成作为第一控制部分(1)和第二扭曲控制部分(16)的织机的经线控制系统。 第一部分配备有至少一个用于引导纱罗纱线(3)的引导元件(2)和一个引导杆(4),引导杆(4)承载相互排列并平行的多个通道6,用于引导地线(5)。 第二翘曲控制部分(16)包括用于使罗蔻丝(3)迂回的线绕迂回元件(17)和带有针眼(19.1)的针杆(19)的针杆(18),用于引导纱罗线 (3)。 第一弯曲控制部分(1)和第二翘曲控制部分(16)均位于面向经线的舌簧的侧面,由此定位可以在织造平面(28)的上方或下方或在部分上方并部分地 在织机下方(28)。 优选但不一定两个翘曲控制部分由公共驱动器(11)驱动。
    • 8. 发明授权
    • Method and apparatus for rapidly exchanging a shed drive in a heald loom
    • 在综丝织机上快速更换梭口驱动器的方法和装置
    • US06230752B1
    • 2001-05-15
    • US09580283
    • 2000-05-30
    • Peter D. DornierValentin Krumm
    • Peter D. DornierValentin Krumm
    • D03J100
    • D03D49/00D03J1/00
    • The shed formed by the warp threads in a loom is changeable by a shed drive that may either be an eccentric drive or a shaft drive. In order to rapidly exchange one shed drive (2) by another shed drive (3) these shed drives are mounted individually in a respective carriage (4). The carriage is constructed for docking in an exchange position next to the loom. An empty first carriage can take up a shed drive currently cooperating with the loom to remove the shed drive from the loom. A second carriage carrying another shed drive can then dock in the exchange position after the second carriage has been removed. The carriage is positionable either manually or automatically in response to distance signals.
    • 由织机中的经线形成的棚可以通过可以是偏心驱动器或轴驱动器的梭口驱动器来改变。 为了通过另一个梭口驱动器(3)快速更换一个梭口驱动器(2),这些梭口驱动器分别安装在相应的托架(4)中。 运输车构造在对接在织机旁边的交换位置。 一个空的第一个货架可以承载目前与织机合作的棚架驱动器,从梭织机上卸下梭口。 然后,携带另一个棚架驱动器的第二个托架可以在第二个托架被移除之后停靠在更换位置。 滑架可根据距离信号手动或自动定位。
    • 9. 发明授权
    • Weft thread insertion nozzle
    • 纬纱插入口
    • US5697405A
    • 1997-12-16
    • US624796
    • 1996-03-27
    • Peter D. DornierAdnan Wahhoud
    • Peter D. DornierAdnan Wahhoud
    • B65H51/16B65H54/86D03D47/00D03D47/30
    • D03D47/3013
    • A weft thread insertion nozzle includes a thread supply tube (3) and a mixing tube (8) arranged in axial alignment in a housing (4). An outlet end section (3A) of the thread supply tube (3) reaches into and overlaps an inlet section (8A) of the mixing tube (8), with an airflow channel (5A) provided between the outlet end section (3A) and the inlet section (8A). A plurality of notches (11) or through-holes (13, 14, and 15) are arranged distributed around the circumference of the outlet end section (3A). The jet medium accelerated through the airflow channel (5A) can enter the tube (3) through the notches (11) or holes (13, 14, and 15), whereby the jet medium expands and entrains the weft thread before entering into the mixing tube. By shifting the air expansion and entrainment of the weft thread upstream, turbulence is avoided and the weft thread is more gently and positively entrained so as to improve the performance of the insertion nozzle.
    • 纬纱插入喷嘴包括螺纹供给管(3)和在壳体(4)中以轴向对准布置的混合管(8)。 螺纹供给管(3)的出口端部(3A)到达混合管(8)的入口部分(8A)并与其重叠,其中气流通道(5A)设置在出口端部分(3A)和 入口部分(8A)。 多个凹口(11)或通孔(13,14和15)布置在出口端部分(3A)的周围。 通过气流通道(5A)加速的喷射介质可以通过凹口(11)或孔(13,14和15)进入管(3),由此喷射介质在进入混合之前膨胀和夹带纬纱 管。 通过上游的纬纱的空气膨胀和夹带移动,避免了湍流,并且纬纱更加柔和地被夹带,以提高插入喷嘴的性能。
    • 10. 发明授权
    • Method for avoiding fabric faults during transitional loom operating
conditions
    • 在过渡织机运行条件下避免织物断层的方法
    • US5590692A
    • 1997-01-07
    • US549624
    • 1995-10-27
    • Peter D. DornierAdnan WahhoudPeter CzuraHans-Dieter Scorl
    • Peter D. DornierAdnan WahhoudPeter CzuraHans-Dieter Scorl
    • D03D47/30D03D51/00D03D51/34
    • D03D47/30D03D51/002
    • Faults in fabrics such as smooth woven fabrics or pile fabrics caused by transition operational conditions are avoided, especially on air nozzle weaving looms. Such transition operational conditions may occur when rated operating parameters must be changed, for example, due to the use of a different type of weft thread or a change in the weaving pattern and/or weave binding. For this purpose, the weft thread insertion is interrupted only during the duration of the so-called transition operational conditions. Weft insertion is interrupted by performing so-called fluidic or non-fluidic empty or mis-shots. Simultaneously, the warp let-off and the fabric take-up is controlled as a function of the number or duration of the empty or mis-shots in such a way that at this point of time during the transition operating conditions the beat-up edge of the fabric is held in a position away from the beat-up position of the reed.
    • 避免了由过渡操作条件引起的织物如平滑织物或绒头织物的故障,特别是在喷嘴织机上。 当额定工作参数必须改变时,例如由于使用不同类型的纬纱或编织图案和/或编织结合的变化,可能会发生这种转变操作条件。 为此,纬纱插入仅在所谓的过渡操作条件的持续时间内中断。 通过执行所谓的流体或非流体空或错误的插入来中断纬纱插入。 与此同时,翘曲发生和织物吸收作为空的或错误拍摄的数量或持续时间的函数被控制,使得在转换操作的这个时间点处,拍打边缘 的织物被保持在远离筘座的位置的位置。