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    • 1. 发明授权
    • Method and apparatus for producing packages
    • 用于生产包装的方法和装置
    • US5010724A
    • 1991-04-30
    • US285191
    • 1988-12-16
    • Arthur Rebsamen
    • Arthur Rebsamen
    • B65H54/02B65H54/00B65H54/70B65H54/72B65H67/04D01H1/02D01H1/16D01H1/36D01H9/00D01H9/04
    • D01H9/00B65H54/00B65H54/72D01H1/16B65H2701/31
    • Packages, particularly cross-wound packages are produced directly at a ring spinning frame. In a method and apparatus for making packages a rewinding device is provided for a group of spinning stations. The rewinding device comprises a fixed winding station and a gripping device movable along the group of spinning stations. The rewinding device is able to perform all the manipulations for starting up a spinning process with empty yarn carriers. It is also possible to change the full yarn carriers and mount the empty yarn carriers on a spinning frame, remove thread breaks and carry out spinning following a batch change. Spinning of the individual yarn carriers takes place individually, so that when replacing one yarn carrier, the other spinning stations continue to operate. This leads to a high production rate of the ring spinning frame and simultaneously reduces costs for rewinding compared with known systems.
    • 包装,特别是交叉缠绕包装直接在环锭纺纱机上生产。 在用于制造包装的方法和装置中,为一组纺纱站提供了倒带装置。 重绕装置包括固定卷绕站和沿着纺纱站组移动的夹紧装置。 复卷装置能够执行所有的操作,以便用空纱线架启动纺丝过程。 也可以更换整个纱线支架,并将空纱架安装在纺纱机上,消除断线并进行批量更换后的纺纱。 单独的纱线支架的旋转是单独进行的,所以当更换一个纱线架时,其他纺纱站继续运行。 这导致环锭纺纱机的高生产率,并且与已知的系统相比同时降低了倒卷成本。
    • 2. 发明申请
    • Manufacturing method for a filament yarn and corresponding device
    • 长丝纱线及相应装置的制造方法
    • US20070178182A1
    • 2007-08-02
    • US10485597
    • 2002-07-15
    • Arthur Rebsamen
    • Arthur Rebsamen
    • B29C47/00A21C11/00
    • D01D5/30D01D5/34
    • The invention concerns a device for the manufacture of one or more fibrils or filament yarns, respectively, whereby at least one first capillary or several capillaries, respectively, are arranged in the center of a spinning unit, for the guidance of flows of a first material. Further capillaries for at least one further material are arranged in the surrounding area of the first capillary. The capillaries are in a perforated plate, which is located on a nozzle plate with spray nozzles or spinning capillaries, respectively. In each case, flush with a spinning capillary, a projection is located on the side of the perforated plate turned towards the spinning capillary or nozzle plate, respectively. The projection covers a front hole, which passes into the spinning capillary, whereby central capillaries run in the center of the projections and more open into the middle area of the front hole. Other capillaries are located at the edge of the projection in such a way that, by means of these other capillaries, a connection is formed between a trough in the perforated plate, turned towards the nozzle plate, and the space of the first hole.
    • 本发明涉及一种用于分别制造一个或多个原纤维或长丝纱的装置,其中分别在纺纱单元的中心布置有至少一个第一毛细管或几个毛细管,用于引导第一材料的流动 。 至少另外一种材料的另外的毛细管布置在第一毛细管的周围区域中。 毛细管分别位于具有喷嘴或旋毛细管的喷嘴板上的多孔板中。 在每种情况下,用纺丝毛细管冲洗,突起位于穿孔板的侧面,分别转向纺丝毛细管或喷嘴板。 突出物覆盖前孔,其进入纺丝毛细管,由此中心毛细管在突起的中心延伸并且更开放到前孔的中间区域。 其他毛细管位于突起的边缘处,使得通过这些其它毛细管,在多孔板中的槽之间形成一个连接,朝向喷嘴板转动,并且第一孔的空间。
    • 3. 发明申请
    • Manufacturing method for a filament yarn and corresponding device
    • 长丝纱线及相应装置的制造方法
    • US20060027943A1
    • 2006-02-09
    • US10485596
    • 2002-07-15
    • Arthur Rebsamen
    • Arthur Rebsamen
    • B29C41/24
    • D01D5/30D01D5/34
    • The invention concerns a method for the manufacture of a filament yarn (10) or a fibril for a filament yarn by means of a spinning device, whereby at least two liquified components or materials (10a,b) are conducted through a number of capillaries (25a, 25c) to a spinning capillary (32), characterised in that the minimum of two liquified components or materials (10a,b) are conducted in each case through a number of capillaries (25a, 25c) to the spinning capillary (32), whereby a group of inner capillaries (25a) serve to form a connected filament core and whereby at least one further material (10b) forms a sheath around the filament core (10′a, 10″a).
    • 本发明涉及通过纺丝装置制造长丝纱线(10)或长丝纱线原纤维的方法,由此至少两个液化组分或材料(10a,b)通过多个毛细管 (25a,25c)到纺丝毛细管(32),其特征在于,两种液化组分或材料(10a,b)的最小值在每种情况下通过多个毛细管(25a,25c)至 纺丝毛细管(32),由此一组内部毛细管(25a)用于形成连接的细丝芯,并且由此至少一种另外的材料(10b)围绕细丝芯(10'a,10“)形成护套 一个)。
    • 4. 发明授权
    • Traverse winding frame for producing the winding of a package
    • 用于生产包装卷绕的横向卷绕框架
    • US4515320A
    • 1985-05-07
    • US536323
    • 1983-09-27
    • Walter SlavikArthur Rebsamen
    • Walter SlavikArthur Rebsamen
    • B65H54/28B65H54/38B65H54/74B65H54/08
    • B65H54/383B65H2701/31
    • A winding station in a traverse winding frame for winding thread on a package comprises a belt drive for rotating a cheese or bobbin via a driving roller and a grooved drum for thread laying. The grooved drum drive has a continuously variable gear, whose speed is continuously variable by an adjusting linkage. The speed of the cheese and the grooved drum is measured by two tachometers and supplied as a corresponding signal to a computer, in which the actual value calculated from the two signals is compared with a desired value stored in the computer and a correction signal is then fed to a control element for adjusting the adjusting linkage. Thus, the cheese can be wound with a thread winding, which combines the advantages of a random winding with a constant pitch angle and a precision winding with a substantially constant turns ratio during partial windings, without suffering from their disadvantages.
    • 用于将线缠绕在包装上的横动卷绕框架中的卷绕站包括用于通过驱动辊和用于卷绕的带槽滚筒旋转奶酪或筒管的带驱动器。 带槽滚筒驱动器具有连续可变齿轮,其速度可通过调节连杆连续变化。 奶酪和槽式滚筒的速度由两个转速计测量,并作为相应的信号提供给计算机,其中将从两个信号计算出的实际值与存储在计算机中的期望值进行比较,然后校正信号 馈送到用于调节调节连杆的控制元件。 因此,奶酪可以用螺纹缠绕,其结合了具有恒定桨距角的随机绕组的优点和在部分绕组期间具有基本上恒定的匝数比的精密绕组,而没有其缺点。
    • 6. 发明授权
    • Yarn or thread spooling machine
    • 纱线或线绕线机
    • US4026482A
    • 1977-05-31
    • US615122
    • 1975-09-19
    • Arthur Rebsamen
    • Arthur Rebsamen
    • B65H54/38
    • B65H54/38B65H2701/31
    • To prevent undesired winding patterns on a yarn package being spooled, in which the package is in engagement with a drive drum and a yarn traverse guide is provided to traverse the yarn, a drive is in engagement with the drive drum which includes a drive belt having a length substantially in excess of its stretched length and a belt length tightening or compensating roller is in engagement with the extra long drive belt at the driving run of the belt, the compensating roller being moved cyclically, for example under control of a cam, to provide cyclical acceleration and retardation to the driven element connected to the drive belt, for example the drive drum, or the traverse drum.
    • 为了防止缠绕在纱线卷装上的不期望的卷绕图案被卷绕,其中包装件与驱动滚筒接合并且纱线横动导向器被设置成横过纱线,驱动器与驱动滚筒接合,该驱动滚筒包括驱动带, 基本上超过其拉伸长度的长度和带长度紧固或补偿辊在带的驱动行程处与超长驱动带接合,补偿辊例如在凸轮的控制下周期性地移动到 对连接到驱动带的驱动元件例如驱动鼓或横动滚筒提供循环加速和延迟。
    • 8. 发明授权
    • Process and apparatus for winding a thread supplied at a constant speed
onto a cross wound bobbin
    • 将以恒定速度供给的螺纹卷绕到十字线轴上的方法和装置
    • US4789107A
    • 1988-12-06
    • US13160
    • 1987-02-10
    • Hans H. HauserArthur RebsamenWalter SlavikHans Landwehrkamp
    • Hans H. HauserArthur RebsamenWalter SlavikHans Landwehrkamp
    • B65H54/42B65H59/38
    • B65H54/42B65H59/382B65H2701/31
    • When a thread (10) supplied at a constant speed is wound onto a cross-wound bobbin (11), the variations in thread tension are compensated, and in addition predetermined thread-tension limiting values are prevented from being exceeded as a result of a change in the winding-on speed. A first regulating system (96) is provided for compensating periodic variations in the thread tension, while a second regulating system (51) is provided for compensating shifts in the range of thread tensions. The second regulating system is designed as a variable step-up gear (5), the drive part (60) of which is connected to a drive shaft (4) extending over several spooling stations. The output part (62) of this step-up gear (5) is connected to the spooling roller (3), the drive part (60) being connected to the output part (62) by means of a transmission member (61) which determines the gear ratio at any particular time and which is adjustable as a function of the thread tension. The drive part (60) and the output part (62 ) are both designed as cone wheels, between which the transmission member (61) is continuously adjustable. The transmission member (61) has assigned to it an adjustable basic position and a return device (89) for returning to a basic position determining the maximum step-up ratio.
    • 当以恒定速度供给的螺纹(10)被卷绕到交叉卷绕的筒管(11)上时,可以补偿线张力的变化,并且另外由于预定的线张力限制值被防止超过了 改变绕组速度。 提供第一调节系统(96)以补偿线张力的周期性变化,而提供第二调节系统(51)以补偿线张力范围内的变化。 第二调节系统被设计为可变升降齿​​轮(5),其驱动部分(60)连接到延伸在多个卷绕站上的驱动轴(4)。 该升压齿轮(5)的输出部(62)与绕线辊(3)连接,驱动部(60)通过传动部件(61)与输出部(62)连接, 确定任何特定时间的齿轮比,并根据线张力调节。 驱动部分(60)和输出部分(62)均被设计成锥形轮,传动部件(61)可连续地调节。 传动构件(61)已经分配给可调节的基本位置和返回装置(89),用于返回到确定最大升压比的基本位置。
    • 9. 发明申请
    • Production method for a filament yarn and corresponding device
    • 长丝纱线及相应装置的生产方法
    • US20060033232A1
    • 2006-02-16
    • US10485587
    • 2002-07-16
    • Arthur Rebsamen
    • Arthur Rebsamen
    • D01D5/253D01D5/34
    • D01D5/30D01D5/34
    • Method for the manufacture of filament yarns (10), with first capillaries (25 a) in the centre of a spinning unit, whereby in each yarn type an identical make-up of the yarns from different material components pertains, for preference with several extruders, from which different materials (10 a, 10 b) can be conducted to several spinning packages (1,2,3), with a distribution system (1,2) with a distribution plate and spinning nozzles (32) with indentations (12 c and 12 a respectively) in the spinning package for accommodating the materials, characterised by at least one first material (10 c) for a first component of a first yarn type, which can be conducted into indentations which extend only over a part of a spinning package, and by a further material (10b) for further yarn types, capable of being introduced into at least one further indentation (12 b), from where this material can be distributed over a larger or the whole extension of a distribution system (1,2,3) in order to pass to the spinning nozzles (32) concerned.
    • 用于制造长丝纱线(10)的方法,其中在纺纱单元中心具有第一毛细管(25a),由此在每种纱线类型中,来自不同材料部件的纱线相同的组成适用于多种挤出机 ,可以将不同的材料(10a,10b)从具有分配板的分配系统(1,2)和具有凹陷的纺丝喷嘴(32)引导到几个纺丝包装(1,2,3) c和12a),用于容纳材料,其特征在于用于第一纱线类型的第一部件的至少一个第一材料(10c),其可以被导入到仅延伸一部分 纺纱包装,以及用于另外的材料(10b),用于另外的纱线类型,能够被引入到至少一个另外的压痕(12b)中,从该材料可以分布在分配系统的较大或整个延伸部分上 (1,2,3)i n顺序传递到所涉及的纺丝喷嘴(32)。