OSCILLATING CONTROL OF A NIPPER FRAME IN A LAP HOLDING MECHANISM FOR A COMBER
    1.
    发明公开
    OSCILLATING CONTROL OF A NIPPER FRAME IN A LAP HOLDING MECHANISM FOR A COMBER 失效
    作者:王CO,王CO,中国机械工程CHINA MECHANICAL ENGINEERING 2006年第12期一台磨煤机抓取机构中刮板框架的振动控制

    公开(公告)号:EP0661395A1

    公开(公告)日:1995-07-05

    申请号:EP94918567.2

    申请日:1994-06-24

    发明人: KATORI, Mutsuhiko

    IPC分类号: D01G19/16

    摘要: A lap holding mechanism for a comber for performing good combing and piecing functions in a state in which noises and vibrations are restrained without using a cam mechanism, wherein a nipper frame (3) is disposed above a combing cylinder (1), wherein a cushion plate (4) is mounted on the leading end portion of the nipper frame (3), wherein the cushion plate (4) holds a lap (Lp) in cooperation with a nipper member (7), wherein the leading end portion of a driving arm (12) is rotatably connected to the rear end portion of the nipper frame (3), wherein the proximal end portion of the driving arm (12) is fixed onto a nipper shaft (11) rotatable in clockwise and counterclockwise directions, wherein two fixing supports (14,15) are disposed above and below the nipper frame (3), respectively, and a four-joint link mechanism having two movable supports (20, 21) each having in turn a follower link (19) as a connecting joint is provided between the two supports (14, 15), wherein the front portion of the nipper frame (3) is rotatably connected to the follower link (19), and wherein the nipper frame is oscillated by virtue of the cooperation of the nipper shaft (11), the driving arm (12) and the four-joint link mechanism (17, 18, 19).

    摘要翻译: 1。一种精梳机用棉卷保持机构,其特征在于,在不使用凸轮机构的情况下,在抑制了噪音和振动的状态下进行良好的梳理和接头功能,其中钳板架(3)设置在梳理筒(1)的上方, (4)安装在钳板框架(3)的前端部分上,其中缓冲板(4)与钳板构件(7)配合保持搭接部分(Lp),其中驱动的前端部分 臂(12)可转动地连接到钳板框架(3)的后端部,其中驱动臂(12)的近端部分固定在可沿顺时针和逆时针方向转动的钳板轴(11)上,其中两 固定支撑件(14,15)分别设置在钳板框架(3)的上方和下方,以及具有两个可移动支撑件(20,21)的四连杆连杆机构,每个可移动支撑件具有作为连接件的从动连杆(19) 在两个支撑件(14,15)之间提供接头,其中前端部 所述钳板框架(3)的所述第一端部与所述从动连杆(19)可转动地连接,并且其中所述钳板框架借助于所述钳板轴(11),所述驱动臂(12)和所述四连杆 链接机制(17,18,19)。

    Nipper apparatus for use in comber
    3.
    发明公开
    Nipper apparatus for use in comber 失效
    Zanenvorrichtung benutzt在Kämmaschine。

    公开(公告)号:EP0653505A1

    公开(公告)日:1995-05-17

    申请号:EP94117683.6

    申请日:1994-11-09

    IPC分类号: D01G19/16 D01G19/26

    CPC分类号: D01G19/16 D01G19/26

    摘要: The invention consists of a nipper apparatus for use in a comber comprising a nipper frame (1) having a cushion plate (2) fixed to its lower portion, said nipper frame being suspended as a whole by a nipper pivot (6) and a nipper shaft (4) and being arranged to swing toward and away from a detaching roller (10) by a reciprocating turn of said nipper shaft, said nipper apparatus being arranged to repeat gripping and releasing of a fleece (17) on said cushion plate by means of a nipper knife (12) by causing a nipper arm (11) having said nipper knife at its front end and a spring rod (14) at its rear end to turn according to a swing of said nipper frame (1),
       in which a spring end portion (14a) of said spring rod (14) which serves as a point for providing pressure support for said nipper arm is supported movable with respect to a machine frame, said spring end portion being moved to a predetermined position according to a change in a nipper gauge and refixed in that position.

    摘要翻译: 本发明由用于精梳机的夹钳装置组成,其包括具有固定在其下部的缓冲板(2)的钳板框架(1),所述钳板框架整体由夹钳枢轴(6)和钳子 轴(4)并且被布置成通过所述钳板轴的往复转动而朝着和远离分离辊(10)摆动,所述钳子装置被布置成重复地通过装置重新夹持和释放所述缓冲板上的羊毛(17) 通过在其前端引起具有所述钳子刀的钳子臂(11)和在其后端处的弹簧杆(14)根据所述钳板框架(1)的摆动而转动的钳子刀(12),其中 作为用于为所述钳子臂提供压力支撑的点的所述弹簧杆(14)的弹簧端部(14a)被支撑成相对于机架可移动,所述弹簧端部根据 在一个钳子表中改变,并在那个位置上进行修改。

    Detaching roller driving mechanism for a comber
    6.
    发明公开
    Detaching roller driving mechanism for a comber 失效
    Abreisswalze einerKämmaschine的Antriebsmechanismusfürdie

    公开(公告)号:EP0418472A1

    公开(公告)日:1991-03-27

    申请号:EP90109769.1

    申请日:1990-05-22

    IPC分类号: D01G19/26

    CPC分类号: D01G19/26

    摘要: A differential gear mechanism (G) for driving a detaching roller of a comber is driven by two driving systems (D₁ , D₂); a driving system (D₁) which converts a constant-speed rotation motion (R) of a drive transmitted thereto into a variable-speed rotation motion through a crank mechanism (C₁) and a quadric crank mechanism (L) and transmits the variable-speed rotation motion to the input shaft of the differential mechanism (G); and a driving system (D₂) which converts the constant-speed rotation motion of the drive transmitted thereto into a swing motion by a crank mechanism (C₂), converts the swing motion into a reciprocating motion by connecting rods and linkage, and transmits the reciprocating motion to the planet pinion of the differential gear mechanism. A feed motion curve of the detaching roller given with the differential gear mechanism is an ideal curve such as that obtained by an ideally designed cam comber.

    摘要翻译: 用于驱动精梳机的分离辊的差动齿轮机构(G)由两个驱动系统(D1,D2)驱动; 驱动系统(D1),其通过曲柄机构(C1)和二次曲柄机构(L)将传递到其的驱动器的驱动的恒定速度旋转运动(R)转换为可变速度旋转运动,并将变速 旋转运动到差速机构(G)的输入轴; 以及通过曲柄机构(C2)将传递给其的驱动器的恒速旋转运动转换成摆动运动的驱动系统(D2),通过连杆和联动装置将摆动运动转换为往复运动,并将往复运动 运动到差速齿轮机构的行星齿轮。 由差速齿轮机构给出的分离辊的进给运动曲线是理想曲线,例如由理想设计的凸轮精梳机获得的曲线。

    OSCILLATING CONTROL OF A NIPPER FRAME IN A LAP HOLDING MECHANISM FOR A COMBER
    8.
    发明授权
    OSCILLATING CONTROL OF A NIPPER FRAME IN A LAP HOLDING MECHANISM FOR A COMBER 失效
    一个ZANGENRAHMES的振动的IN A LUNTENHALTERMECHANISMUS控制对精梳机

    公开(公告)号:EP0661395B1

    公开(公告)日:1996-11-27

    申请号:EP94918567.2

    申请日:1994-06-24

    发明人: KATORI, Mutsuhiko

    IPC分类号: D01G19/16

    摘要: A lap holding mechanism for a comber for performing good combing and piecing functions in a state in which noises and vibrations are restrained without using a cam mechanism, wherein a nipper frame (3) is disposed above a combing cylinder (1), wherein a cushion plate (4) is mounted on the leading end portion of the nipper frame (3), wherein the cushion plate (4) holds a lap (Lp) in cooperation with a nipper member (7), wherein the leading end portion of a driving arm (12) is rotatably connected to the rear end portion of the nipper frame (3), wherein the proximal end portion of the driving arm (12) is fixed onto a nipper shaft (11) rotatable in clockwise and counterclockwise directions, wherein two fixing supports (14, 15) are disposed above and below the nipper frame (3), respectively, and a four-joint link mechanism having two movable supports (20, 21) each having in turn a follower link (19) as a connecting joint is provided between the two supports (14, 15), wherein the front portion of the nipper frame (3) is rotatably connected to the follower link (19), and wherein the nipper frame is oscillated by virtue of the cooperation of the nipper shaft (11), the driving arm (12) and the four-joint link mechanism (17, 18, 19).