子分类：
| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 1 | 纱线卷绕机及纱线卷绕单元 | CN201210284384.5 | 2012-08-08 | CN103010849A | 2013-04-03 | 上田健一; 山田修司 |
| 本发明提供一种纱线卷绕机及纱线卷绕单元。接纱装置(43)对纺纱装置和卷装之间的纺织纱线(10)进行接纱。纱道限制部件(导纱杆(96)及压纱杆(98))能够在通过与纺织纱线(10)接触而使该纺织纱线(10)弯曲的位置和放开所述纺织纱线(10)的位置之间移动。台车控制部进行如下控制：在进行接纱时，使纱道限制部件与纺织纱线(10)接触并使该纺织纱线(10)弯曲，并且，在该接纱结束后，至少到卷绕装置中的纺织纱线(10)的卷绕开始为止的期间，使纱道限制部件维持使纺织纱线(10)弯曲的状态。 | ||||||
| 2 | 具有至少两个环锭纺纱机和至少一个主/从设备的纺纱系统 | CN200880003853.3 | 2008-02-02 | CN101600827B | 2011-05-25 | 海因策·W·坎普 |
| 本发明涉及一种纺纱系统，该纺纱系统具有至少两个环锭纺纱机和至少一个自动筒子卷绕机，所述环锭纺纱机具有自动的筒子更换装置，所述筒子更换装置能够将取出的筒子安放到可被驱动的输送装置上和从所述输送装置拾取空套筒，所述输送装置被沿着每个环锭纺纱机的两个纵向侧引导，其中，至少所述环锭纺纱机(1、2)共用输送装置(6)，并且所述环锭纺纱机通过控制装置(10)连接成这样，即：仅当所述控制装置确定两个环锭纺纱机上的纺纱过程已经结束，并且所述输送装置(6)的装有空套筒和用于满筒子的空接纳轴颈的区域(9)与待取放筒子的锭子对置时，才开始取放筒子过程，并且其中所述环锭纺纱机呈主/从关系，使得作为主环锭纺纱机的其中一个环锭纺纱机(1)还控制另一个环锭纺纱机(2)的工作运行过程。 | ||||||
| 3 | 纱线卷绕机及纱线卷绕单元 | CN201210284384.5 | 2012-08-08 | CN103010849B | 2016-09-28 | 上田健一; 山田修司 |
| 本发明提供一种纱线卷绕机及纱线卷绕单元。接纱装置(43)对纺纱装置和卷装之间的纺织纱线(10)进行接纱。纱道限制部件(导纱杆(96)及压纱杆(98))能够在通过与纺织纱线(10)接触而使该纺织纱线(10)弯曲的位置和放开所述纺织纱线(10)的位置之间移动。台车控制部进行如下控制：在进行接纱时，使纱道限制部件与纺织纱线(10)接触并使该纺织纱线(10)弯曲，并且，在该接纱结束后，至少到卷绕装置中的纺织纱线(10)的卷绕开始为止的期间，使纱道限制部件维持使纺织纱线(10)弯曲的状态。 | ||||||
| 4 | 纺纱系统 | CN200810214780.4 | 2008-08-07 | CN101368304A | 2009-02-18 | 彼得·曼恩 |
| 本发明涉及一种纺纱系统，该纺纱系统具有环锭纺纱机(1)和卷绕机(2)，其中一统一的输送装置(3)与所述环锭纺纱机相关联，环锭纺纱机的自动管纱更换装置将它们的管纱存放在该输送装置上。为了避免输送装置的不必要且费时的行进运动，环锭纺纱机所共用的控制装置(6)确保环锭纺纱机绝对同步地运行并且环锭纺纱机因此可以同时执行它们的管纱更换。 | ||||||
| 5 | 一种纺织机械上的快速换锭子装置 | CN201710000091.2 | 2017-01-01 | CN106835393A | 2017-06-13 | 许秋霞 |
| 本发明公开了一种纺织机械上的快速换锭子装置，包括装置主体、旋转主轴、电动机、电磁换向阀和旋转气缸，装置主体顶端内壁的两侧分别固定设有旋转主轴和电动机，旋转主轴的一端套接设有旋转主轴皮带轮，电动机的转轴套接设有电机皮带轮，电机皮带轮通过皮带摩擦连接旋转主轴皮带轮，装置主体底端的一侧通过支架固定设有旋转气缸，旋转主轴的顶端设有锥度孔，锥度孔的内壁嵌合连接设有锥形塞，锥形塞的轴心设有螺纹孔，旋转气缸的伸缩螺杆螺合锥形塞的螺纹孔，锥度孔上设有开口槽，旋转主轴顶端的外圆套接纱锭的内壁，本发明的旋转气缸通过伸缩螺杆拉动锥形塞胀开锥度孔对纱锭进行快速固定，因此具有很好的实用价值。 | ||||||
| 6 | 落纱机用的同时自动收放电缆与气管的收线装置及落纱机 | CN201410741677.0 | 2014-12-09 | CN104480584A | 2015-04-01 | 王仁粮; 李亚东; 陈山; 王腊保; 黄柏树 |
| 本发明公开了一种落纱机用的同时自动收放电缆与气管的收线装置,该收线装置包括框架、芯轴、线管组件、旋转通气通电装置和动力装置，芯轴通过轴承连接在框架上；动力装置与芯轴连接，带动芯轴旋转；线管组件卷绕在芯轴上，线管组件的两端分别同时设有气接口和电插头；旋转通气通电装置连接在芯轴上，线缆组件的一端与旋转通气通电装置连接。该收线装置可以实现电缆与气管的同时自动收放工作。同时还提供一种落纱机，该落纱机包含了上述收线装置，使得落纱机在工作过程中，更换细纱机时，不必在每台细纱机上装配电缆、气管和拖链，大大节省了制造和维护成本。 | ||||||
| 7 | 具有至少两个环锭纺纱机和至少一个主/从设备的纺纱系统 | CN200880003853.3 | 2008-02-02 | CN101600827A | 2009-12-09 | 海因策·W·坎普 |
| 本发明涉及一种纺纱系统，该纺纱系统具有至少两个环锭纺纱机和至少一个自动筒子卷绕机，所述环锭纺纱机具有自动的筒子更换装置，所述筒子更换装置能够将取出的筒子安放到可被驱动的输送装置上和从所述输送装置拾取空套筒，所述输送装置被沿着每个环锭纺纱机的两个纵向侧引导，其中，至少所述环锭纺纱机(1、2)共用输送装置(6)，并且所述环锭纺纱机通过控制装置(10)连接成这样，即：仅当所述控制装置确定两个环锭纺纱机上的纺纱过程已经结束，并且所述输送装置(6)的装有空套筒和用于满筒子的空接纳轴颈的区域(9)与待取放筒子的锭子对置时，才开始取放筒子过程，并且其中所述环锭纺纱机呈主/从关系，使得作为主环锭纺纱机的其中一个环锭纺纱机(1)还控制另一个环锭纺纱机(2)的工作运行过程。 | ||||||
| 8 | Bobbin conveying system | US523664 | 1990-05-15 | US5059087A | 1991-10-22 | Yoshio Mitani; Takenori Yanai |
| A bobbin conveying system includes an automatic travelling car for conveyance of spinning and empty bobbins, a station for carrying out a spinning bobbin to the automatic travelling car and carrying in an empty bobbin from the car, and a station for carrying in a spinning bobbin from the automatic travelling car and carrying out an empty bobbin to the car, the spinning and empty bobbins carrying-in and -out operations being performed simultaneously at both the stations. | ||||||
| 9 | Gripping device for tubes or the like, for apparatus for automatically replacing these in textile machines | US7513 | 1987-01-28 | US4777792A | 1988-10-18 | Pietro B. Marzoli |
| The gripping device comprises at least one gripper which can be inserted into the tube and is formed from two elements which are mobile axially one in the other and are provided with frusto-conical ends which cooperate in such a manner that the axial movement of the inner element causes the outer element to expand and to engage under pressure with the tube for the purpose of its replacement. Two friction discs supported in an axially mobile manner are associated with the gripper and are subjected to the action of a spring in order to press a lower support element of the discs against the tube in order to retain it and allow exact keying of the tube on to the rotary drive element. The device is particularly suitable for cops. | ||||||
| 10 | Bobbin removing apparatus | US782994 | 1985-10-02 | US4674636A | 1987-06-23 | Noboru Sekitani; Hiroo Otoshima |
| A bobbin removing apparatus for an automatic winding system comprising a running belt and a bobbin guide member confronting with the belt, the apparatus being so constructed that a bobbin is tightly caught between the belt and the guide member and removed from a bobbin conveying medium by utilization of the motion of the belt. | ||||||
| 11 | Spool changing device for spinning machines | US42121873 | 1973-12-03 | US3899870A | 1975-08-19 | ROLLER SIEGFRIED; IDLER GUSTAV |
| Package-changing apparatus with yarn cutting device for spinning and twisting machines, having a retaining device for the yarn end between the respectively associated spindle and the yarn cutting device.
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| 12 | Method of driving spindles of textile machines | US40899973 | 1973-10-23 | US3884031A | 1975-05-20 | WOLF HORST |
| A method of driving spindles of a textile machine of the type which has a plurality of yarn delivery stations and a winding station spindle pair associated with each yarn delivery station is provided. Each spindle is provided with its own variable rpm drive motor. During any operational period one spindle of the pair acts as the winding spindle on which a yarn package is being formed, while the other spindle of the same pair acts as an idling spindle. The role of the two spindles is exchanged upon redirecting the yarn from one spindle to the other. In order to have that spindle which is functioning as the idling spindle ready to take over the winding function during all operational periods so as to take over the winding function at any time the yarn breaks during winding on the other spindle, the idling spindle is driven at a maximum given standby rpm during all operational periods.
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| 13 | Automatic device for loading textile machine spindles | US3729915D | 1971-04-19 | US3729915A | 1973-05-01 | MAYER M; NAYDOWSKI R |
| Device or apparatus for automatically unloading and loading spools, cops, bobbins, cores, tubes and the like carried by textile machine spindles, e.g., in rows or banks along the face of the machine, said device essentially including a movable framework carrying two different gripping means reciprocating in a linear and curved path, respectively, so as to rapidly unload and load the same spindle without mutual interference. The device is particularly useful in combination with double-twist twisting machines or similar machines equipped with twisting spindles in order to properly mount and assemble all of the spool and spindle elements in a rapid sequential operation.
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| 14 | Apparatus for forming cheeses by direct winding of full bobbins without doffing operation in fiber processing machines | US52703066 | 1966-02-14 | US3391527A | 1968-07-09 | KENJYU KATO |
| 15 | Doff-don carrier arrangement and method | US70335357 | 1957-12-17 | US3059406A | 1962-10-23 | INGHAM JR ROBERT M |
| 16 | Method and apparatus for producing packages | US596835 | 1990-10-12 | US5170617A | 1992-12-15 | Arthur Rebsamen |
| Packages, particularly cross-wound packages are produced directly at a ring spinning frame. In a method and apparatus for making packages a rewinding device is provided for a group of spinning stations. The rewinding device comprises a fixed winding station and a gripping device movable along the group of spinning stations. The rewinding device is able to perform all the manipulations for starting up a spinning process with empty yarn carriers. It is also possible to change the full yarn carriers and mount the empty yarn carriers on a spinning frame, remove thread breaks and carry out spinning following a batch change. Spinning of the individual yarn carriers takes place individually, so that when replacing one yarn carrier, the other spinning stations continue to operate. This leads to a high production rate of the ring spinning frame and simultaneously reduces costs for rewinding compared with known systems. | ||||||
| 17 | Method and apparatus for producing packages | US285191 | 1988-12-16 | US5010724A | 1991-04-30 | Arthur Rebsamen |
| Packages, particularly cross-wound packages are produced directly at a ring spinning frame. In a method and apparatus for making packages a rewinding device is provided for a group of spinning stations. The rewinding device comprises a fixed winding station and a gripping device movable along the group of spinning stations. The rewinding device is able to perform all the manipulations for starting up a spinning process with empty yarn carriers. It is also possible to change the full yarn carriers and mount the empty yarn carriers on a spinning frame, remove thread breaks and carry out spinning following a batch change. Spinning of the individual yarn carriers takes place individually, so that when replacing one yarn carrier, the other spinning stations continue to operate. This leads to a high production rate of the ring spinning frame and simultaneously reduces costs for rewinding compared with known systems. | ||||||
| 18 | Fluid-operated ram | US857267 | 1986-04-30 | US4684074A | 1987-08-04 | John Whiteley |
| A drive ram, particularly for a yarn winder, has the piston rod freely movable relative to both the piston and the ram cylinder in a first condition in which a locking washer is perpendicular to the longitudinal axis of the piston rod. Upon application of fluid pressure to effect relative movement of the piston and the cylinder, the locking washer is spring-urged against a wedge-like tipping washer which skews the lockingwasher and causes it to clamp the piston rod whereby the piston rod is then driven by the ram through a predetermined travel, from a starting position which is governed only by the diameter of the package at the time of operation of the package lift mechanism.This allows a virtually constant lift travel of the ram, regardless of the diameter of the package at the time of operation of the ram. | ||||||
| 19 | Variable passage type yarn guide arrangement | US622919 | 1975-10-16 | US4026095A | 1977-05-31 | Takashi Kobatake; Kyosuke Takeda; Sadao Nishide; Tetsuo Saito |
| The invention proposes an improved yarn winding arrangement including a series of bobbins and spindles. The arrangement includes a fluid operated yarn sucking and projecting unit positioned at a distance substantially above its related bobbin and in close proximity to the starting point of the yarn balloon formed directly above the bobbin. A first fluid operated, waste yarn sucker is operatively connected with the unit. A second fluid operated waste yarn sucker is positioned in proximity to the root end of the yarn for receiving the yarn projecting fluidically from the discharge end of the aforementioned unit. The unit includes a sleeve as its main body formed with a longitudinally extending slot for sucking therethrough the yarn for deviating it from its regular running course to a wasting one. | ||||||
| 20 | Apparatus for connecting two or more working operations in the production, preparation or finishing of yarns | US36685073 | 1973-06-04 | US3903681A | 1975-09-09 | BOUS KARL |
| In apparatus for processing yarn, spindles mounted on a rotatable arm are movable between two work stations by motive means. The latter is actuated by a sensor sensitive to the amount of yarn built up on a tube mounted on one of the spindles at a first work station. Following the arm and spindle movement, the yarn disposed on the one spindle is played out in a subsequent yarn processing step at a second station, while yarn continues to be wound in a substantially continuous manner about the other spindle disposed on said arm, which other spindle has been moved to the first station.
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