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    • 1. 发明授权
    • Doffing apparatus in spinning machine
    • 纺纱机中的拔丝装置
    • US4165046A
    • 1979-08-21
    • US856157
    • 1977-11-30
    • Yoshihisa SuzukiShozo UedaToshinori TaniguchiKeiji Onoue
    • Yoshihisa SuzukiShozo UedaToshinori TaniguchiKeiji Onoue
    • B65H54/88B65H67/04B65H54/22B65H67/00
    • B65H54/88B65H67/04B65H2701/31
    • The disclosed doffing apparatus is for use in a spinning machine including a mechanism for winding a yarn in the form of a cheese or package, a device for cutting the yarn fed to the winding mechanism when the cheese becomes full and an air suction device for sucking the cut yarn which is continuously fed even after cutting. This doffing apparatus comprises an operation member which is movably positioned in the vicinity of the air suction device and cutting device so that the operation member is operatively interconnected to the air suction device and cutting device, and opening of the air suction device and operation of the cutting device are performed by the movement of the operation member. In this doffing apparatus, release of a full cheese from the winding mechanism also can be performed by this operation member.
    • 所公开的落纱装置用于纺纱机中,该纺纱机包括以干酪或包装形式卷绕纱线的机构,当奶酪变满时切断供给到卷绕机构的纱线的装置以及吸入用吸气装置 即使在切割后连续进给的切割纱线。 该落纱装置包括可移动地定位在吸气装置和切割装置附近的操作构件,使得操作构件可操作地互连到空气抽吸装置和切割装置,并且打开空气抽吸装置和操作 切割装置通过操作构件的移动来执行。 在该落纱装置中,也可以通过该操作部件从卷绕机构的全部干酪的脱模。
    • 2. 发明授权
    • Fiber transporting apparatus for a rotor type open end fine spinning
machine
    • 转子式开口精纺机的纤维输送装置
    • US6035624A
    • 2000-03-14
    • US198215
    • 1998-11-23
    • Masashi KanekoKeiji OnoueYasuyuki Kawai
    • Masashi KanekoKeiji OnoueYasuyuki Kawai
    • D01H4/30D01H1/16D01H4/36D01H4/38D01H4/00
    • D01H1/16D01H4/36D01H4/38
    • A fiber transporting apparatus for a rotor type open end fine spinning machine is provided that may reduce an amount of effective fiber discharged from a burling opening portion without degrading yarn quality of the spun yarn. Fiber opened by a combing roller (11) is fed into a rotor through a fiber transporting channel (13) leading from a circumferential surface of the combing roller (11) to a predetermined position of the rotor (6) in accordance with a negative pressure degree within the rotor (6). After debris is removed from the opened fiber by a burling opening portion (12), the opened fiber is moved together with an air flow directed from a downstream side of the burling opening portion (12) in a rotational direction of the combing roller (11) toward an inlet (13a) of the fiber transporting channel (13). A portion of the air flow directed toward the inlet (13a) of the fiber transporting channel (13) is led from a suction passage (17) to a negative pressure source (5) along the way, and the flow rate of air introduced from an outlet (13b) of the fiber transporting channel (13) to a rotor (6) is reduced. Accordingly, even if the flow rate of the air directed from the burling opening portion (12) to the fiber transporting channel (13) is increased, the flow rate of the air introduced into the rotor (6) is kept at a suitable level.
    • 提供了一种用于转子式开口微细纺纱机的纤维输送装置,其可以减少从打孔部排出的有效纤维的量,而不会降低纺纱的纱线质量。 由精梳辊(11)打开的纤维通过从精梳辊(11)的圆周表面引导到转子(6)的预定位置的纤维传送通道(13),根据负压 转子内的角度(6)。 在打开的开口部分(12)从打开的纤维上除去碎片之后,打开的纤维沿着梳理开口部分(12)的下游侧沿着精梳辊(11)的旋转方向的空气流一起移动 )朝向光纤传输通道(13)的入口(13a)。 朝向纤维输送通道(13)的入口(13a)的空气流的一部分沿着通道从吸入通道(17)被引导到负压源(5),并且从 纤维输送通道(13)到转子(6)的出口(13b)减少。 因此,即使从起泡开口部(12)向纤维输送通道(13)引导的空气的流量增加,导入转子(6)的空气的流量也保持在合适的水平。
    • 3. 发明授权
    • Dust removing mechanism in open-end spinning frame
    • 开放式纺纱机除尘机构
    • US4308717A
    • 1982-01-05
    • US121015
    • 1980-02-13
    • Keiji OnoueTakashi KatohYoshiaki YoshidaKazuo Seiki
    • Keiji OnoueTakashi KatohYoshiaki YoshidaKazuo Seiki
    • D01H11/00D01H4/36D01H7/885
    • D01H4/36
    • In the open-end spinning unit provided with a casing and a combing roller rotatably mounted in the casing, a spinning rotor producing a twisted yarn from individual fibers carried from a combing zone defined by the combing roller, a carrying space formed between the combing roller and the inside surface of the casing, a mechanism for feeding a bundle of fibers into an upstream terminal of the carrying space, a dust removing mechanism communicated with the carrying space for discharging dust particles separated from useful fibers carried to the spinning rotor, and a combing roller provided with a plurality of combing elements, helically mounted on a main cylindrical surface thereof, the inside top or bottom surface of the dust removing formed in the dust removing mechanism is projected inside to a level corresponding to a level defined by an imaginary plan of a rotational trace of either one of the terminal ends of the combing elements helically mounted on a cylindrical body of the combing roller, in the condition relative to the possible flying direction influenced by the component force of the centrifugal force created by the high speed motion of said combing elements of the combing roller.
    • 在设置有壳体的开放式纺纱单元和可旋转地安装在壳体中的精梳辊的旋转转子中,由从由精梳辊限定的梳理区承载的各个纤维产生加捻纱线的纺纱转子,形成在精梳辊 以及壳体的内表面,用于将一束纤维供给到承载空间的上游端子的机构,与携带空间连通的除尘机构,用于排出与被运送到纺纱转子的有用纤维分离的灰尘颗粒,以及 精梳辊设置有多个螺旋形安装在其主圆柱形表面上的梳理元件,除尘机构中形成的除尘器的内部顶部或底部表面的内部顶部或底部表面向内突出到与假想计划限定的水平相对应的水平 旋转地安装在梳子的圆柱体上的梳理元件的末端之一的旋转迹线 在相对于由由精梳辊的精梳元件的高速运动产生的离心力的分力影响的可能的飞行方向的状态下。
    • 4. 发明授权
    • Sliver piecing in spinning machines
    • 纱线接头在纺纱机
    • US5544389A
    • 1996-08-13
    • US189492
    • 1994-01-31
    • Keiji OnoueYukio SaitoTakashi Imai
    • Keiji OnoueYukio SaitoTakashi Imai
    • D01H15/00D01H9/00D01H9/18
    • D01H9/185D01H9/008
    • A sliver piecing machine which can decrease the time of the sliver piecing work and which permits replacement of an empty can row by a full sliver can row between the work of cutting the spun sliver and the subsequent sliver piecing work. The sliver piecing machine is moved along traveling rails placed above the can rows. A housing of the sliver piecing machine has a sliver cutting device and a sliver piecing device which are respectively provided on the front and rear sides in the direction of movement of the sliver piecing machine along the traveling rails. The sliver piecing machine performs only the sliver cutting work in the forward movement thereof, and only the sliver piecing work in the backward movement. After the sliver cutting work, the empty can row is replaced by the full can row, and the sliver piecing work is then performed.
    • 一种能够减少条子接头工作时间并且允许通过全条子更换空罐排的条子接头机可以在切割纺丝条的工作和随后的条子接头工作之间排列。 纱条接头机沿着放置在罐排上方的行进轨道移动。 纱条接头机的壳体具有条子切割装置和条子接头装置,它们分别设置在条子接头机沿着行进轨道的运动方向的前侧和后侧。 纱条接头机仅在其向前运动中执行条子切割工作,并且只有条子接头在向后运动中起作用。 在条子切割工作之后,空罐行被全排替换,然后执行条子拼接工作。
    • 6. 发明授权
    • Open-end spinning machine
    • 开口纺纱机
    • US4426840A
    • 1984-01-24
    • US333918
    • 1981-12-23
    • Yoshiharu YasuiKeiji OnoueKozo MotobayashiToshio Yoshizawa
    • Yoshiharu YasuiKeiji OnoueKozo MotobayashiToshio Yoshizawa
    • D01H4/22D01H11/00G02B27/00D01H1/135D01H7/888D01H13/14
    • D01H11/005
    • An open-end spinning machine having a plurality of spinning units (5) arranged side by side in a row extending in the longitudinal direction of the spinning machine. Each of the spinning units (5) has a filter (11) disposed at the front surface thereof and extending for substantially the entire width thereof. All the filters (11) arranged on the spinning units (5) disposed at one side of the spinning machine lie on a substantially identical imaginary plane slightly upwardly inclined from a horizontal plane when seen from the front to the rear. Each spinning unit includes a duct means (13) having air passages (15, 23, 27, 31) extending from the openings (13a, 13b, 13c, 13d) located adjacent to the filter (11) to the upper surface of a feeding roller (25), the upper and lower surfaces of a combing roller (21), and the periphery of the combing roller (21).
    • 一种开口纺纱机,其具有沿纺丝机的长度方向排列成并列排列的多个纺纱单元(5)。 每个纺纱单元(5)具有设置在其前表面并基本上在其整个宽度上延伸的过滤器(11)。 布置在设置在纺纱机一侧的纺纱单元(5)上的所有过滤器(11)位于从前到后看时从水平面稍微向上倾斜的基本上相同的假想平面。 每个纺纱单元包括具有从邻近过滤器(11)定位的开口(13a,13b,13c,13d)延伸到进料的上表面的空气通道(15,23,27,31)的管道装置(13) 辊(25),精梳辊(21)的上表面和下表面以及精梳辊(21)的周边。
    • 7. 发明授权
    • Dust removing mechanism in open-end spinning frame
    • 开放式纺纱机除尘机构
    • US4314440A
    • 1982-02-09
    • US138519
    • 1980-04-09
    • Keiji OnoueTakashi KatohYoshiaki YoshidaKazuo Seiki
    • Keiji OnoueTakashi KatohYoshiaki YoshidaKazuo Seiki
    • D01H4/36D01H7/888D01H11/00
    • D01H4/36
    • An open-end spinning unit has a housing having a cylindrical space, with a complementary cylindrical fiber-opening roller disposed in that space which communicates with a dust removing chamber having a dust separating zone and a dust discharge promoting zone, said zones being connected together through an intermediate passage positioned on the downstream side of a dust removing opening communicating with said space, a wall portion of the casing defining a downstream side of the dust separating zone being comprized by an inclined wall which faces an end portion of a partition separating said zones, the partition having an end wall which is inclined with respect to the vertical direction at an angle equal to or smaller than an angle of inclination of the inclined wall.
    • 开口纺纱单元具有圆筒形空间的外壳,配置有与具有除尘区域和除尘促进区域的除尘室连通的空间的互补的圆筒状的开纤辊,所述区域连接在一起 通过位于与所述空间连通的除尘开口的下游侧的中间通道,限定灰尘分离区的下游侧的壁部由倾斜壁包围,所述倾斜壁面对分隔所述空气的隔板的端部, 所述隔壁具有相对于所述垂直方向以等于或小于所述倾斜壁的倾斜角度的角度倾斜的端壁。
    • 9. 发明授权
    • Method and apparatus for starting and stopping an open end spinning
machine
    • 用于启动和停止开口纺纱机的方法和装置
    • US4338777A
    • 1982-07-13
    • US147549
    • 1980-05-05
    • Osamu SuzukiToshio YoshizawaYoshiaki YoshidaKeiji OnoueKazuo Seiki
    • Osamu SuzukiToshio YoshizawaYoshiaki YoshidaKeiji OnoueKazuo Seiki
    • D01H1/32D01H4/44D01H4/50D01H15/02D01H1/135
    • D01H4/44
    • When an open end spinning machine is stopped, a fiber supply to a spinning rotor is first stopped and thereafter, substantially simultaneously with stoppage of both a yarn take-up roller and a yarn winding roller, a yarn end is held by a yarn holding device at a time when it still remains in a region which undergoes the suction effect of a subatmospheric pressure produced in the spinning rotor. The spinning rotor is subsequently stopped. On starting, the holding of the yarn end by the yarn holding device continues even after restarting of the spinning machine until the subatmospheric pressure produced in the spinning rotor reaches substantially the same value as that produced during a normal spinning operation. Therefore, there is prevented any snarling phenomenon, resulting in a greatly increased success rate in the operation of connecting yarn ends on re-starting of the spinning machine.
    • 当开放式纺纱机停止时,首先停止对纺丝转子的纤维供给,然后在纱线卷取辊和纱线卷绕辊停止的同时基本同时,纱线端部由纱线保持装置 此时它仍然保留在经受在纺丝转子中产生的低于大气压的吸力作用的区域中。 纺纱转子随后停止。 起动时,纱线保持装置的纱线端部的保持继续,即使在纺纱机重新起动之后,直到在纺丝转子中产生的低于大气压的压力达到与正常纺丝操作期间产生的大致相同的值。 因此,防止发生嘶嘶声现象,导致纺纱机再起动时连接纱线端部的操作成功率大大提高。
    • 10. 发明授权
    • Method and apparatus for starting a spinning machine
    • 启动纺纱机的方法和装置
    • US4288975A
    • 1981-09-15
    • US131132
    • 1980-03-17
    • Yoshiaki YoshidaOsamu SuzukiKeiji OnoueKazuo Seiki
    • Yoshiaki YoshidaOsamu SuzukiKeiji OnoueKazuo Seiki
    • D01H1/34D01H4/44D01H4/50D01H15/02D01H1/30
    • D01H4/44
    • According to this invention, a spinning rotor is increased in speed until it reaches a predetermined higher speed beyond a lower speed region and then decreased in speed until it falls within the lower speed region, in which a yarn ending is effected. Thereafter, the speed of the spinning rotor is increased to a normal spinning speed beyond the predetermined higher speed. During rotation of the spinning rotor at the predetermined higher speed, sufficient subatmospheric pressure is produced in the spinning rotor to stretch out the yarn end thereby to prevent the yarn end from being snarled. Also, during this higher speed rotation of the spinning rotor, sufficient fibers in the spinning rotor can be collected in a maximum diameter portion in the spinning rotor to be connected with the snarl-free yarn end in a favorable condition. The period of time, during which the speed of the spinning rotor is decreased from the predetermined higher speed and falls within the lower speed region, is relatively short being in the order of a few or several seconds. Therefore, it will be understood that there is no fear that both the yarn end and the remaining fibers are restored to their initial state during that period of time.
    • 根据本发明,旋转转子的速度增加,直到其超过低速区域达到预定的较高速度,然后降低速度,直到其落入进行纱线结束的低速区域内。 此后,将纺丝转子的速度提高到超过预定的较高速度的正常纺丝速度。 在旋转转子以预定的较高速度旋转时,在纺丝转子中产生足够的低于大气压的伸出纱线端部,从而防止纱线端部嘶嘶响。 此外,在纺丝转子的这种较高速度的旋转中,纺丝转子中的足够的纤维可以收集在纺丝转子的最大直径部分中,以在有利的条件下与无卷曲纱线端部连接。 纺纱转子的速度从预定的较高速度降低并落在低速区域内的时间段相对较短,为几秒或数秒左右。 因此,应当理解,在该时间段内,纱线末端和剩余的纤维都不会恢复到初始状态。