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    • 7. 发明授权
    • Combing machine with an autoleveller drafting arrangement
    • 梳理机具有自动调节器起草布置
    • US5943740A
    • 1999-08-31
    • US828006
    • 1997-03-27
    • Walter SlavikGerd GschliesserViktor PietriniThomas SigristRoland Fischer
    • Walter SlavikGerd GschliesserViktor PietriniThomas SigristRoland Fischer
    • D01G25/00D01G21/00D01G23/06D01G27/00D01H5/42D01H5/32
    • D01H5/42D01G21/00D01G23/06
    • The invention relates to an apparatus for forming a sliver with a first regulated drafting arrangement (10) with several pairs of rollers (11, 12, 14) for the regulated drafting of the fibre mass (8) supplied to the drafting arrangement, with the fibre fleece (28) delivered by the drafting arrangement being joined and supplied to a measuring member (32) from where the measured fibre material is thereafter supplied to a second drafting arrangement (40) and with the autoleveller device (35, 52, 21) of the first drafting arrangement (10) intervening in a regulating manner in the drive of the first drafting arrangement (40) in order to compensate fluctuations in mass on the basis of the signals issued by the measuring member (32) by including a predetermined setpoint value.Various regulating and control devices are known in practice in order to obtain a high-quality sliver. In order to detect and compensate short-wave and long-wave fluctuations in mass in a simple way an apparatus is proposed, with the second drafting arrangement (40) being provided with a control device (35, 50, 48) for compensating short-wave fluctuations in mass, which device intervenes in a controlling manner in the drive of the second drafting arrangement (40) on the basis of the signals issued by the measuring member (32).
    • 本发明涉及一种用于形成带子的装置,该装置具有第一调节牵伸装置(10),该第一调节牵伸装置具有用于用于供给到牵伸装置的纤维块(8)的调节牵伸的多对辊(11,12,14),其中 通过牵伸装置输送的纤维绒(28)被连接并提供给测量构件(32),此后测量的纤维材料从其中被供给到第二牵伸装置(40)并与自调匀器装置(35,52,21) 在第一牵伸装置(40)的驱动中以调节方式插入的第一牵伸装置(10),以便基于由测量构件(32)发出的信号来补偿质量的波动,包括​​预定的设定点 值。 在实践中已知各种调节和控制装置以获得高品质的条子。 为了以简单的方式检测和补偿质量的短波和长波波动,提出了一种装置,其中第二牵伸装置(40)设置有用于补偿短波和短波的短波的波动, 基于由测量构件(32)发出的信号,该装置以第二牵伸装置(40)的驱动方式以控制方式进行干涉。
    • 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。