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    • 1. 发明申请
    • WINDING DEVICE FOR THREADS FROM CREELS
    • 绕线装置用于卷材GATES线程
    • WO1997042364A1
    • 1997-11-13
    • PCT/EP1997002307
    • 1997-05-06
    • SUCKER-MÜLLER-HACOBA GMBH & CO.KREMER, Hubert
    • SUCKER-MÜLLER-HACOBA GMBH & CO.
    • D02H13/26
    • D02H13/24D02H13/26
    • A winding device for threads (F) from V-creels (10), from the bobbins of which the threads (F) are drawn off via pre-loopping bars and a comb, and wound on a winding shaft (21) of the winding device, where the pre-looping bars near the winding device have more threads looped around them and those further away fewer, and their degree of looping is centrally adjustable. At least one measuring device is placed behind the comb in the direction of travel of the threads to determine the tension in the threads (F) and the central adjustment of the pre-looping bars is controlled in relation to the result of measurement. To permit automatic resetting of the pre-looping bars independently of the material and the running speed of the threads in winding devices of different kinds, the winding device is contructed in such a way that the pre-looping bars are divided at least on one side (10') of a creel (10) into successive functional groups (40, 40'), to at least one of which is allocated a measuring device to determine the tension in threads (F) of this group (40, 40'), and a central adjustment of at least one group (40, 40') can be controlled in accordance with the result of measurement.
    • 用于从所述螺纹(F)通过预先循环杆并通过梳的线圈的V-栅极(10)的螺纹(F)和抽出卷绕装置的卷绕装置的卷绕束(21)可卷绕,其特征在于,其中的卷绕装置附近的预循环棒越来越 被去除较少螺纹缠绕并且其循环的程度是居中调节的,其中,在所述螺纹(F)中的梳用于确定线程纱线张力(F),并且其中所述套住的预棒的中心位移相应地控制所述测量结果的至少一个测量装置后面的运行方向。 预循环棒材料和纱线,以允许卷绕不同种装置的纱线速度的无论的自动调整,卷绕装置被配置为使得在串联布置的栅极(10)的预成环棒(至少一个经轴架侧(10“),功能组40, 40“)被划分,一个测量装置中的至少一个用于确定该组(40,40的螺纹纱线张力(F),其中”)被分配,并且至少一组(40,40“)的中心位移相应地控制所述测量结果 ,
    • 2. 发明申请
    • BIEGEWANDLERELEMENT SOWIE BIEGEWANDLERMODUL
    • 弯曲单元和弯曲转换器模块
    • WO2009030468A1
    • 2009-03-12
    • PCT/EP2008/007193
    • 2008-09-03
    • ARGILLON GMBHRÜTTEL, MartinKLUMP, StefanGÜNTHER, JürgenKREMER, HubertSCHLEICHER, Jürgen
    • RÜTTEL, MartinKLUMP, StefanGÜNTHER, JürgenKREMER, HubertSCHLEICHER, Jürgen
    • D04B15/78
    • D04B15/78H01L41/053H01L41/094H01L41/1136
    • Es wird ein Biegewandlerelement (1, 40) mit einem Schutzgehäuse (3) und mit einem darin angeordneten Biegewandler (4) angegeben, welcher einen flachen Tragkörper (6) und eine darauf auf mindestens einer Seite aufgebrachte piezoelektrisch aktive Beschichtung (7) umfasst, wobei der Biegewandler (4) im Wesentlichen von dem Schutzgehäuse (3) umschlossen und mit seinem Festende (9) unmittelbar im Schutzgehäuse (3) befestigt ist. Weiter wird ein Biegewandlermodul (28) mit einer Mehrzahl derartiger Biegewandlereiemente (1, 40) angegeben. Durch die Fixierung eines Biegewandlers (4) innerhalb eines Schutzgehäuses (3) wird eine leicht montierbare Einheit geschaffen, wobei die Beschädigungsquote bei einer Montage oder einem Transport infolge mechanischer Zerstörung der piezoelektrischen Beschichtung (7) gegenüber Ausführungen des Standes der Technik deutlich herabgesetzt ist.
    • 它是设有保护壳体中的弯曲换能器元件(1,40)(3)中,用设置在其中的弯曲致动器(4)包括一个平的支撑体(6)和一个施加到其上的至少一个侧面包括压电活性涂层(7),其特征在于 的弯曲换能器(4)基本上由保护壳体(3)封闭的和固定的,其固定端(9)直接在保护壳体(3)。 此外,具有多个这样的Biegewandlereiemente(1,40)的弯曲换能器模块(28)被指定。 通过固定的保护壳体(3)内的弯曲换能器(4)容易地安装的单元被提供,其中,所述破坏率在装配或运输由于相对于现有技术的实施例的压电涂层(7)的机械破坏显著降低。
    • 3. 发明申请
    • METHOD AND DEVICE FOR WARPING WITH A CONE SECTIONAL WARPER
    • 方法和设备对于圆锥SCHAR机ARCHIPELAGO
    • WO1998021388A1
    • 1998-05-22
    • PCT/EP1997006157
    • 1997-11-06
    • SUCKER-MÜLLER-HACOBA GMBH & CO.KREMER, Hubert
    • SUCKER-MÜLLER-HACOBA GMBH & CO.
    • D02H03/00
    • D02H3/02
    • Method for warping using a cone sectional warper, which winds up yarns (10) in bands on a sectional warping drum (11), in which a support (12) for a yarn guide is displaced parallely by a forward feed drive depending on the increasing thickness of the wind and on predetermined warping data regarding the sectional warping drum (11), wherein the first band is felt under contact pressure by a roll (15) during a measuring phase and the felt displacement travel is registered depending on the number of rotations of the sectional warping drum (11) and wherein the roll is drawn back after the measuring phase during subsequent winding according to a mean value obtained during the measuring phase and presses the wind lap. In order to even out the formation of the wind, the pressure of the roll on the wind lap is continuously measured and monitored during the measuring phase and/or during subsequent winding or copying and the displacement of the support is corrected in case monitoring results differ from a predetermined set value.
    • 一种用于与锥形截面整经机整经方法,在带螺纹(10)上的整经滚筒,其中一个支撑件(12),用于根据所述增加风厚度的导纱器梳的和预定的翘曲相对数据到整经滚筒(11)(11)的风通过供给驱动平行移动 其中,在由辊的测量相位的第一容积(15)的接触压力下扫描,并在所述整经滚筒的转数依赖所感测的位移路径(11)被注册,并且其中在进一步按照与测量相绕组测量阶段后的辊, 获得的平均值被取出并按压绕组。 为了均衡绕组结构移动,使得上和/或期间在测量阶段的卷绕辊的压力的进一步卷绕或复印连续地被测量监测和针对VOOR的监视结果的偏差的情况下的支撑前馈的校正来确定目标值 ,
    • 5. 发明申请
    • METHOD AND DEVICE FOR WINDING A ROLL BEAM
    • METHOD AND APPARATUS FOR卷绕经轴
    • WO1998016674A1
    • 1998-04-23
    • PCT/EP1997005634
    • 1997-10-13
    • SUCKER-MÜLLER-HACOBA GMBH & CO.KREMER, Hubert
    • SUCKER-MÜLLER-HACOBA GMBH & CO.
    • D02H13/00
    • D02H13/18D02H13/00
    • Method and device for winding a roll beam (10) wherein multiple threads (11) are wound between the side disks (12) of the roll beam almost entirely across its width and the position of the side disks (12) of the roll beam (10) in relation to the multiple threads is detected according to a measuring technique, both are lined up accordingly and deviations of relative positions from line-up are corrected during winding as thickness of winding is measured by optical sensors (14) in each case close to disks (12) and between disks (12), whereupon measurement values of side disk areas are compared with measurement values of middle area, and measures are taken to eliminate deviations between these values. In order to enable corrective action to have automatic effect on coil as well as during winding process and to maintain the possibility of using a press roller to act on the winding, the threads wound onto the roll beam (10) are compressed by a press roller (17) which is located on the side where said threads are wound thereon and optical distance sensors are used as optical sensors (14,14') which are securably mounted below press roller (17).
    • 一种用于卷绕经轴(10),其中,所述经轴(10)的纱片(11)侧的窗口(12)之间卷绕几乎kettbaumbreit,其中,所述经轴(10),用于对纱线片的侧盘(12)的相对位置的方法(11) 通过测量检测到的和由卷绕厚度在侧窗(12)的附近每种情况下校正的对准在卷绕期间两者的相应的对准发生在不同的相对位置,特别是与它们之间的与被测量的光学传感器(14),在这之后的测量值 从中央区域的测量值从边窗区域进行比较,并且其与中心区域的,这些偏差发生在侧窗口区域消除措施的测量值的偏差的情况下。 在可以在Bewickelns期间自动进行的,在施加作用于经轴压榨辊的缠绕力的可能性绕组所以矫正手术要保持,则该过程使得在光束累积(10)的螺纹(螺纹砂锅侧压力辊 17)挤压,并且,作为光学传感器(14,14“)中的压力辊下方的光学距离传感器(17)固定的关系被施加。
    • 6. 发明申请
    • METHOD AND DEVICE FOR WARPING USING A CONE SECTIONAL WARPING MACHINE
    • 方法和设备对于圆锥SCHAR机ARCHIPELAGO
    • WO9958750A9
    • 2000-10-05
    • PCT/DE9901152
    • 1999-04-17
    • SUCKER MUELLER HACOBA GMBHKREMER HUBERT
    • KREMER HUBERT
    • D02H3/00D02H13/26
    • D02H3/02D02H13/26
    • The invention relates to a method for warping with a cone sectional warping machine, which winds the threads (10) in bands on a warping drum (11), wherein a support for a thread directing sley and the warping drum are displaced in relation to each other in correspondence with the increasing thickness of winding and predetermined warping data. The first band is scanned during a first measuring phase by a cylinder exerting contact pressure and the scanned setting range is registered depending on the number of rotations of the warping drum. Cylinder pressure on the winding during the measuring phase is continuously monitored using measuring techniques. Displacement of the support is corrected especially if monitoring results differ from a predetermined set value. In order to even out the formation of the wind, the cylinder (15) is arranged at a given distance from the warping drum (11) when warping of the first band is started. The measuring phase is automatically started when the thickness of the winding increases as soon as the winding causes the cylinder (15) to rotate.
    • 一种用于与锥形截面整经机整经方法,在上一个整经滚筒带中的螺纹(10)(11)的风,其中用于导纱器梳支撑,并根据增加风厚度整经滚筒的和预定的翘曲数据相对移动相互平行,由此,在一个所述第一频带 通过接触压力下的辊和在所述整经滚筒的转数依赖所感测的位移路径的采样测量相被登记,并且其中在测量阶段的卷绕辊的压力不断地测量和特别是在监视结果的偏差的情况下,从预定的监视 设定点,支撑前馈的校正。 为了均衡绕组结构移动,使得在所述第一带的翘曲开始时的辊(15)间隔开的从所述整经滚筒(11)的预定距离,并且测量相,随着风厚度就会自动开始作为卷绕 辊子(15)旋转。