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    • 71. 发明公开
    • Kämmaschine
    • Kämmaschine。
    • EP0374723A2
    • 1990-06-27
    • EP89123089.8
    • 1989-12-14
    • MASCHINENFABRIK RIETER AG
    • Clement, Heinz
    • D01G19/26
    • D01G19/26
    • Die Kämmaschine besitzt wenigstens einen Kämm­kopf, der eine kontinuierlich drehbare Rundkammwalze (1), ein schwingendes Zangenaggregat (3, 4) und wenig­stens einen Abreisszylinder (9) enthält. Der Abreiss­zylinder (9) wird während jeder Umdrehung der Rundkamm­walze (1) jeweils zuerst durch einen kleineren Winkel rückwärts gedreht und dann durch einen grösseren Winkel vorwärts gedreht. Diese Drehungen des Abreisszylinders (9) werden von wenigstens einem Elektromotor (18) er­zeugt, dem von einer Elektronischen Programmsteuerein­richtung (25) die entsprechenden Antriebsimpulse zuge­führt werden. Dank des Elektromotors (18) ist für den Antrieb des Abreisszylinders (9) kein kompliziertes und teures mechanisches Getriebe mit grossen hin- und her­bewegten Massen erforderlich.
    • 精梳机具有至少一个精梳头,它包括一个可连续旋转的圆梳辊(1),振荡钳单元(3,4)和至少一个分离缸(9)。 分离罗拉(9)在每种情况下以相反的由更小的角度的圆梳辊(1)的各旋转期间首先旋转,然后通过前向更大的角度旋转。 所述Abreisszylinders(9)的这些旋转由至少一个电动马达(18),其由电子程序控制装置(25),相应的驱动脉冲加到生成的。 由于电动马达(18)不是一个复杂而昂贵的机械传动大往复运动质量,需要用于驱动Abreisszylinders(9)。
    • 72. 发明公开
    • Top-comb drive mechanism for combing machine
    • Vorstechkamm-AntriebsvorrichtungfürKämmaschine。
    • EP0351371A2
    • 1990-01-17
    • EP89810526.7
    • 1989-07-12
    • HOWA MACHINERY LIMITED
    • Kishi, KatsutoshiTachi, ShigeyukiInagaki, KazuhiroSaruwatari, Yoshinori
    • D01G19/10D01G19/26
    • D01G19/26D01G19/10
    • A top-comb driving mechanism (1) applied to a conventional combing machine, wherein cycles of forward and rearward reciprocal swinging displacing motions of a nipper body (3) of each combing head are carried out, is provided with a motion transmission mechanism each one round rotation of a driving shaft in synchronism with a combing cylinder (30) to each top-comb (20) holding arms (21) in a condition such that the reciprocal upward and downward swinging motion of a top-comb holding arm is created so that the above-mentioned forward and rearward reciprocal swinging displacing motion of the nipper body is combined with the above-mentioned reciprocal upward and downward swinging motion of the top-comb holding arms of each combing head, whereby each top-comb is reciprocally displaced along a locus of a forward displacement thereof which is a gentle convex curve directed slightly downward, and displaced along a locus of a rearward displacement thereof which is a gentle concave curve directed slightly upward, between a front terminal point of the forward displacement motion and a rear terminal point, located a little higher than the front terminal point, of a rearward displacing motion thereof.
    • 一种应用于传统精梳机的顶梳驱动机构(1),其中执行每个精梳头的钳子体(3)的向前和向后往复摆动移动的循环,每个梳齿驱动机构 一个驱动轴与精梳圆筒(30)同步到每个顶梳(20)夹持臂(21)的旋转状态,使得顶梳保持臂的往复上下摆动运动被形成为如此 上述夹钳体的向前和向后往复摆动移动与上述每个精梳头的顶梳保持臂的往复上下摆动运动相结合,由此每个顶梳都沿着往复移位 其向前移位的轨迹,其是稍微向下指向的平缓的凸曲线,并且沿着其向后移位的轨迹位移,该轨迹是平缓的凹曲线 在向前位移运动的前端点和位于稍高于前端点的后端点之间略微向上的向后移位运动。
    • 76. 发明公开
    • EINZELANTRIEB FÜR ABREISSWALZEN EINER KÄMMMASCHINE
    • 梳棉机外部滚筒的单轮驱动
    • EP3317443A1
    • 2018-05-09
    • EP16728115.3
    • 2016-06-07
    • Maschinenfabrik Rieter AG
    • FURRER, FabianLOCHER, Stefan
    • D01G19/26
    • D01G19/26
    • The invention relates to a combing machine comprising at least one group of adjacently arranged combing heads (K1 to K6). The slivers (B) formed on each combing head are fed to a stretching unit (S) on a subsequent conveyor element (32). Each of the combing heads is provided with a nipper assembly (1) which pivots back and forth and with a rotatably mounted combing cylinder (4), and each combing head has two rotatably mounted detaching roller pairs (24, 25), which are arranged one behind the other when seen in the transport direction (F) of the fiber material (W). The drive shafts (H1, H2) of the detaching roller pairs extend over multiple combing heads (K1-K6) and carry out a pilgrim step movement during a combing operation, and at least one end of at least one of the detaching roller pairs (24, 25) is driven by at least one electric motor (M1, M2). The aim of the invention is to simplify the electromotive drives of the detaching rollers and to reduce the mass to be accelerated. This is achieved in that at least two groups (U1, U2) of adjacently arranged combing heads (K1-K6) are provided, and each of the groups has separate drive shafts (H1 to H4) for the detaching roller pairs (24, 25), said drive shafts being driven by at least one electric motor (M1, M2) directly or indirectly via a transmission stage (G1, G2).
    • 77. 发明公开
    • Combing machine
    • 梳理机
    • EP2671979A2
    • 2013-12-11
    • EP13169631.2
    • 2013-05-29
    • Kabushiki Kaisha Toyota Jidoshokki
    • Shinbara, MasamiTakafuji Toshimitsu
    • D01G19/26
    • D01G19/26
    • A combing machine includes a plurality of combing heads each having a pair of detaching rollers, a pair of calender rollers and a guide plate that is located between the pair of detaching rollers and the pair of calender rollers and guides motion of fleece. The combing machine is characterized in that the pair of calender rollers includes a drive roller and a driven roller. Distance between the drive roller and the driven roller is variable according to thickness of a sliver. Each combing head includes a displacement detector that detects displacement of the driven roller relative to the drive roller.
    • 精梳机包括多个精梳头,每个精梳头具有一对分离辊,一对压延辊和位于该对分离辊和该对压延辊之间并引导绒头运动的导向板。 该精梳机的特征在于,所述一对压延辊包括驱动辊和从动辊。 驱动辊和从动辊之间的距离根据条子的厚度而变化。 每个梳理头包括位移检测器,该位移检测器检测从动辊相对于驱动辊的位移。
    • 78. 发明公开
    • Comber
    • 精梳机
    • EP2397584A2
    • 2011-12-21
    • EP11169410.5
    • 2011-06-10
    • Kabushiki Kaisha Toyota Jidoshokki
    • Shinbara, Masami
    • D01G19/26
    • D01G19/26
    • A comber includes first and second detaching rollers arranged forward of and rearward of each other. The first and second detaching rollers are rotated in a forward direction and a reverse direction in synchronization with swinging motion of a nipper frame. A first roller shaft of the first detaching roller is driven at both axial ends by two first motors, which can rotate in a forward direction and a reverse direction. A second roller shaft of the second detaching roller is driven at both axial ends by two second motors, which can rotate in a forward direction and a reverse direction. The first motors and the second motors are driven in synchronization with each other.
    • 精梳机包括布置在彼此前后的第一分离辊和第二分离辊。 第一分离辊和第二分离辊与钳板的摆动同步地沿正向和反向旋转。 第一分离辊的第一辊轴在两个轴向端部处由两个第一电机驱动,所述两个第一电机能够沿正向和反向旋转。 第二分离辊的第二辊轴在两个轴向端部处由两个第二电机驱动,所述两个第二电机能够沿正向和反向旋转。 第一电机和第二电机彼此同步地被驱动。