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    • 1. 发明授权
    • Method for open-end rotor spinning
    • 开放式转杯纺纱方法
    • US06722118B2
    • 2004-04-20
    • US10168775
    • 2002-06-21
    • Jürgen MeyerManfred Lassmann
    • Jürgen MeyerManfred Lassmann
    • D01H408
    • D01H4/24D01H4/50
    • It is the object of the invention to propose a method for open-end rotor spinning, wherein the formation of cover yarn, in particular the so-called “belly bands”, is at least appreciably reduced. In accordance with the invention, the fiber flow exiting a fiber guide channel has a directional component in the direction of rotation of the rotor, while the yarn leg (3) extending, from the draw-off nozzle to the rotor groove, is curved opposite the direction of rotation of the rotor, at least near the rotor groove (1), during the spinning process. The creation of this direction of curvature of the yarn leg (3) takes place during the piecing process.
    • 本发明的目的是提出一种开放式转杯纺纱方法,其中覆盖纱线的形成,特别是所谓的“腹带”至少明显减少。根据本发明,纤维 离开纤维引导通道的流动在转子的旋转方向上具有方向分量,而从引出喷嘴延伸到转子槽的纱线腿(3)与转子的旋转方向相反地弯曲, 至少在转子槽(1)附近。 纱腿(3)的曲率方向的产生在接头过程中发生。
    • 2. 发明授权
    • Method and apparatus for winding cross-wound bobbins driven in a rotary manner
    • 用于缠绕以旋转方式驱动的交叉卷绕筒管的方法和装置
    • US06439499B2
    • 2002-08-27
    • US09791197
    • 2001-02-23
    • Manfred Lassmann
    • Manfred Lassmann
    • B65H6500
    • B65H57/003B65H57/006B65H57/28B65H2701/31
    • A traversing yarn guide (5) that is moved back and forth produces cross winding of yarn on a bobbin at each winding head of a textile spinning or winding machine in order to wind cross-wound bobbins. After a yarn interruption, an auxiliary yarn guide (4) in an active position keeps the yarn in a position that is raised out of the traversing yarn guide (5). In a rest position (40′), the auxiliary yarn guide (4) does not influence the yarn and the traversing yarn guide (5) can grasp and take the yarn to be wound from the auxiliary yarn guide (4). In order to assure a reliable insertion of the yarn (3) into the traversing yarn guide (5) and to assure its correct grasping of the yarn (3), the yarn (3) assumes an initial position within the traversing range after the yarn interruption, which position is set by the auxiliary yarn guide (4) in the active position, before the yarn (3) is lowered into the stationary traversing yarn guide (5) by a position change of the auxiliary yarn guide (4) into the rest position (4′).
    • 往复运动的纱线引导件(5)在纺织纺纱或卷绕机的每个缠绕头处产生纱线交叉卷绕,以缠绕线卷筒。 在纱线中断之后,主动位置的辅助纱线引导件(4)将纱线保持在从横动导纱器(5)中升出的位置。 在静止位置(40')中,辅助纱线引导件(4)不会影响纱线,横动导纱器(5)能够抓住并使纱线从辅助导纱器(4)卷绕。 为了确保纱线(3)可靠地插入横动导纱器(5)中并确保纱线(3)的正确抓握,纱线(3)在纱线(3)之后的运行范围内呈现初始位置 通过辅助导纱器(4)的位置变更将纱线(3)下降到静止横动导纱器(5)内之前,将辅助导纱器(4)设定在活动位置的位置, 休息位置(4')。
    • 3. 发明授权
    • Method for operating a textile machine producing cross-wound bobbins
    • 操作生产交叉卷绕筒管的纺织机的方法
    • US07690181B2
    • 2010-04-06
    • US12079034
    • 2008-03-24
    • Manfred Lassmann
    • Manfred Lassmann
    • D01H4/50
    • D01H4/00D01H13/24
    • A method for operating a spinning machine with plural spinning stations (1), each case having a take-off roller device (6, 10, 14) for drawing a yarn (9) from a spinning device (2) and a sensor mechanism (26) for checking piecings. When starting a piecing, the theoretical conveying length of the yarn is determined based on the surface speed of the rollers (10, 14), until the piecing reaches the sensor mechanism (26). The deviation of the theoretical conveying length from a desired yarn length, corresponding to the spacing between the spinning device (2) and the sensor mechanism (26), is detected. The deviation is compared with a preadjustable limit value of the permissible deviation. If the limit value is passed, this indicates intolerable wear of the pressure roller (14) and produces a signal.
    • 一种用于操作具有多个纺纱站(1)的纺丝机的方法,每个纺丝机具有用于从纺纱装置(2)和传感器机构(2)拉伸纱线(9)的取出辊装置(6,10,14) 26)检查接头。 当开始接头时,基于辊(10,14)的表面速度确定纱线的理论输送长度,直到接头到达传感器机构(26)。 检测到与纺纱装置(2)和传感器机构(26)之间的间隔对应的理想输送长度与所需纱线长度的偏差。 将偏差与允许偏差的预先调整的极限值进行比较。 如果通过极限值,则表示加压辊(14)不能耐受磨损并产生信号。
    • 4. 发明授权
    • Method and device for forming a thread joint
    • 用于形成螺纹接头的方法和装置
    • US4712367A
    • 1987-12-15
    • US794757
    • 1985-11-04
    • Manfred Lassmann
    • Manfred Lassmann
    • D01H4/50D01H4/48D01H15/02
    • D01H4/50
    • A method of forming a thread joint in an open-end spinning machine having a sliver drawing-in device for drawing in a sliver and feeding it to a fiber loosening device from which it is guided by a fiber guiding device to a fiber accumulator at which the fibers are accumulated, disentangled, imparted with a rotary motion, and thereafter engaged with an open end of a thread, and a take-up device for drawing the thread out of the fiber accumulator includes for the purpose of joining a joint, bringing a thread end which is fed back into the fiber accumulator into contact with a quantity of fibers to be joined which have been previously fed into the fiber accumulator, continuously withdrawing the thread out of the fiber accumulator and continuously feeding fibers into the accumulator, continuously measuring the quality of the joints and automatically controlling, in accordance with the quality, the quantity of fibers being joined.
    • 一种在开口纺纱机中形成螺纹接头的方法,其具有用于拉丝的条子拉入装置,并将其馈送到纤维松动装置,纤维松动装置由纤维引导装置引导到纤维蓄液器, 纤维被堆积,解开缠绕,赋予旋转运动,然后与螺纹的开口端接合,并且用于将纤维拉出纤维储存器的卷取装置包括用于接合接头,使 螺纹端被反馈到纤维储存器中,与预先馈送到纤维储存器中的一定数量待接合的纤维接触,将纤维连续地从纤维储存器中取出并连续地将纤维馈送到储存器中,连续测量 接头质量,根据质量自动控制所连接纤维的数量。
    • 5. 发明申请
    • Method for Avoiding Ribbon Windings
    • 避免丝带缠绕的方法
    • US20090134263A1
    • 2009-05-28
    • US12084520
    • 2006-11-07
    • Maximilian PreutenborbeckJurgen MeyerManfred LassmannOlaf ReissigGregor Gebald
    • Maximilian PreutenborbeckJurgen MeyerManfred LassmannOlaf ReissigGregor Gebald
    • B65H54/38B65H54/02
    • B65H54/38B65H2701/31
    • A method for avoiding ribbon windings in producing cross-wound bobbins at the workstations of textile machines in the “random winding” type of winding, by changing the traversing speed at which the thread is wound onto the bobbin. Each workstation has a single motor drive activated for the rotation of the cross-wound bobbin, and a single motor drive activated for a traversing thread guide. The diameters (DSP k) of the bobbin (8) which are critical with regarding to the development of ribbon windings depending on the width (BSp) of the bobbin (8) and a cross-winding angle (α) are determined, and, shortly before reaching each critical diameter (DSP k), the cross-winding angle (α) is changed to a value (α1), which avoids development of ribbon windings in this diameter region, and the cross-winding angle (α1) is reset to its original value (α) after the critical diameter (DSP k) has been passed.
    • 通过改变将线缠绕在线轴上的横动速度,避免在“无规卷绕”型绕组中在纺织机械的工作站上产生交叉缠绕线轴的带状绕组的方法。 每个工作站都有一个单独的电机驱动器激活交叉卷绕的线轴的旋转,一个电动机驱动器被激活用于横动导纱器。 确定对于根据线轴(8)的宽度(BSp)和交叉卷绕角度(α)而开发带状绕组关键的线轴(8)的直径(DSP k) 在达到每个临界直径(DSP k)之前不久,交叉卷绕角度(α)被改变为值(α1),这避免了该直径区域中的带状卷绕的发展,并且交叉卷绕角度(α1)被重置 在临界直径(DSP k)通过之后的原始值(α)。
    • 6. 发明申请
    • Method for operating a textile machine producing cross-wound bobbins
    • 操作生产交叉卷绕筒管的纺织机的方法
    • US20080237385A1
    • 2008-10-02
    • US12079034
    • 2008-03-24
    • Manfred Lassmann
    • Manfred Lassmann
    • B65H54/22
    • D01H4/00D01H13/24
    • A method for operating a spinning machine with plural spinning stations (1), each case having a take-off roller device (6, 10, 14) for drawing a yarn (9) from a spinning device (2) and a sensor mechanism (26) for checking piecings. When starting a piecing, the theoretical conveying length of the yarn is determined based on the surface speed of the rollers (10, 14), until the piecing reaches the sensor mechanism (26). The deviation of the theoretical conveying length from a desired yarn length, corresponding to the spacing between the spinning device (2) and the sensor mechanism (26), is detected. The deviation is compared with a preadjustable limit value of the permissible deviation. If the limit value is passed, this indicates intolerable wear of the pressure roller (14) and produces a signal.
    • 一种用于操作具有多个纺纱站(1)的纺纱机的方法,每个纺丝机具有用于从纺纱装置(2)和传感器机构(2)拉伸纱线(9)的取出辊装置(6,10,14) 26)检查接头。 当开始接头时,基于辊(10,14)的表面速度确定纱线的理论输送长度,直到接头到达传感器机构(26)。 检测到与纺纱装置(2)和传感器机构(26)之间的间隔对应的理想输送长度与所需纱线长度的偏差。 将偏差与允许偏差的预先调整的极限值进行比较。 如果通过极限值,则表示加压辊(14)不能耐受磨损并产生信号。
    • 7. 发明授权
    • Method for graduated precision winding of a textile yarn cheese
    • 纺织纱线奶酪分级精密卷绕方法
    • US06484962B2
    • 2002-11-26
    • US09822170
    • 2001-03-30
    • Manfred Lassmann
    • Manfred Lassmann
    • B65H5432
    • D01H4/40B65H54/08B65H54/383B65H2515/12B65H2701/31
    • A method for producing graduated precision windings on cheeses in an open-end spinning system. The winding ratio is reduced in stages, in increasingly smaller graduations, as the cheese diameter increases during the bobbin travel of the cheese. The graduations do not exceed the value of 0.3 and are each selected such that changes in the crossing angle are within a tolerance range of less than ±0.8°, and the least number of diamonds occurring during the building of the bobbin can be completely filled. The cheeses thusly produced are distinguished by a stable construction, high density with uniform distribution of density over the entire yarn package, and excellent payout properties.
    • 一种在开放式纺纱系统中在奶酪上生产分级精密绕组的方法。 随着奶酪直径在奶酪筒管行进期间增加,分级比逐渐降低,分数越来越小。 刻度不超过0.3,并且每个选择使得交叉角的变化在小于±0.8°的公差范围内,并且可以完全填充在线轴构建期间发生的最少数量的金刚石。 这样制造的奶酪的特征在于稳定的结构,高密度,整个纱线包装上的密度均匀分布,以及优异的支付性能。
    • 9. 发明授权
    • Method for piecing a yarn and rotor spinning machine for carrying out the method
    • 用于接纱纱线和转杯纺纱机的方法
    • US08061116B2
    • 2011-11-22
    • US12086214
    • 2006-11-02
    • Manfred Lassmann
    • Manfred Lassmann
    • D01H4/50
    • D01H4/50D01H13/32
    • A method for piecing a yarn at a rotor spinning machine comprising plural spinning stations, wherein more than five piecers are successively produced in a measuring phase and coordinates of measurement values and associated measurement values from individual measurements of the piecers are evaluated for averaging and determining a fiber band function taking into account a drafting reduced for the measurement values, which reflects the fiber flow behavior in the form of the respective fiber band quantity supplied to the rotor as a function of the transport path of the fiber band feed. The speed of the fiber band feed is controlled in a delayed manner from the run-up of the yarn draw-off, dependent on the rotor speed, by the fiber band function, such that the fiber shortfall quantity being produced from the fiber band function is compensated by dynamic feed addition with respect to height and length.
    • 一种用于在包括多个纺纱站的转杯纺纱机处接合纱线的方法,其中在测量阶段连续生产五个以上的接头,并且对来自接头的各个测量值的测量值和相关测量值的坐标进行评估,以平均和确定 纤维带功能考虑到针对测量值减小的牵伸,其反映了作为纤维带馈送的传输路径的函数的以提供给转子的各个纤维带数量的形式的纤维流动行为。 根据纤维带功能,纤维带进给的速度由纱线牵引的上升速度控制,取决于转子速度,使得由纤维带功能产生的纤维缺口量 通过相对于高度和长度的动态馈送添加来补偿。
    • 10. 发明申请
    • Method for Piecing a Yarn and Rotor Spinning Machine for Carrying Out the Method
    • 用于进行纱线和转杯纺纱机的方法
    • US20100071341A1
    • 2010-03-25
    • US12086214
    • 2006-11-02
    • Manfred Lassmann
    • Manfred Lassmann
    • D01H4/50D01H13/32
    • D01H4/50D01H13/32
    • A method for piecing a yarn at a rotor spinning machine comprising plural spinning stations, wherein more than five piecers are successively produced in a measuring phase and coordinates of measurement values and associated measurement values from individual measurements of the piecers are evaluated for averaging and determining a fiber band function taking into account a drafting reduced for the measurement values, which reflects the fiber flow behaviour in the form of the respective fiber band quantity supplied to the rotor as a function of the transport path of the fiber band feed. The speed of the fiber band feed is controlled in a delayed manner from the run-up of the yarn draw-off, dependent on the rotor speed, by the fiber band function, such that the fiber shortfall quantity being produced from the fiber band function is compensated by dynamic feed addition with respect to height and length.
    • 一种用于在包括多个纺纱站的转杯纺纱机处接合纱线的方法,其中在测量阶段连续生产五个以上的接头,并且对来自接头的各个测量值的测量值和相关测量值的坐标进行评估,以平均和确定 纤维带功能考虑到针对测量值减小的牵伸,其反映了作为纤维带馈送的传输路径的函数的以提供给转子的各个纤维带数量的形式的纤维流动行为。 根据纤维带功能,纤维带进给的速度由纱线牵引的上升速度控制,取决于转子速度,使得由纤维带功能产生的纤维缺口量 通过相对于高度和长度的动态馈送添加来补偿。