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    • 1. 发明授权
    • Stationary flat system for carding machines
    • 梳理机固定平面系统
    • US6065190A
    • 2000-05-23
    • US313484
    • 1999-05-17
    • Gerhard MandlHans-Peter Meile
    • Gerhard MandlHans-Peter Meile
    • D01G15/24D01G15/76
    • D01G15/24
    • A carding machine has a cylinder (3), stationary, self-cleaning flats (2) fixed at a chain (45) and guided and adjusted by a flexible bend (48). Additional active trash, dust and short fibre extraction units (1) are placed in the main carding zone. The units (1) are constructed as separate units, removable and placeable, instead of stationary flats (2), between adjacent flats (2). The units (1) have the same principal width gauge as the flats (2) or a multiple of it. The units (1) are fixed and held the same way as the flats (2) by the chain (45) and the flexible bend (48). The machine achieves an excellent carding quality and is readily adjustable to different needs.
    • 梳理机具有固定在链条(45)处并通过柔性弯曲部(48)引导和调节的固定的自清洁平面(2)的圆筒(3)。 在主梳理区域放置另外的活性垃圾,灰尘和短纤维提取单元(1)。 单元(1)被构造为分离的单元,可移除和可放置,而不是在相邻平面(2)之间的固定平面(2)。 单元(1)具有与平面(2)相同的主宽度计或其倍数。 单元(1)通过链(45)和柔性弯头(48)固定并保持与平面(2)相同的方式。 该机器实现了优异的梳理质量,可以根据不同需要轻松调整。
    • 2. 发明授权
    • Method and drafting arrangement for spinning machines for processing a
fiber sliver
    • 用于加工纤维条的纺纱机的方法和起草布置
    • US4413378A
    • 1983-11-08
    • US362873
    • 1982-03-29
    • Gerhard MandlGiancarlo MondiniViktor PietriniKurt WeberRudolf Wildbolz
    • Gerhard MandlGiancarlo MondiniViktor PietriniKurt WeberRudolf Wildbolz
    • D01H5/22D01H5/44D01H5/50D01H5/56D01H5/70D01H5/74
    • D01H5/22D01H5/44D01H5/505
    • The present invention concerns a method for processing a fiber sliver in a drafting arrangement, and a drafting arrangement for implementing the method. The objective for a drafting arrangement, which can be adapted to a wide range of staple lengths, to draft a fiber sliver at high speeds, has led to the following features of the invention:(a) The fiber sliver is deflected simultaneously in the drafting process systematically in such a manner that, the fiber sliver can be inserted into the subsequently arranged funnel and the subsequently arranged pair of calender rolls without further deflection.(b) All bottom rolls are fixedly arranged.(c) The first pressure rolls limiting the pre-drafting zone and the main drafting zone, respectively, are arranged to be shiftable along an arc about the rotational axis of the corresponding bottom roll in such a manner that the drafting zones are adaptable to the fiber length.In order to position these pressure rolls accurately in parallelism with respect to the corresponding bottom roll on the arc, there are provided arresting devices co-axially arranged with respect to the arc for taking-up bearing block pairs supporting the pressure rolls.(d) All pressure rolls as well as the pressure roll mounted on a double arm are jointly pivotable from a lifted-off threading-in position to a working position and vice versa.
    • 本发明涉及一种在牵伸装置中处理纤维条的方法,以及用于实施该方法的牵伸装置。 牵引布置的目的是为了适应宽范围的长度,以高速牵引纤维条,已经导致本发明的以下特征:(a)纤维条在牵伸中同时偏转 以这样的方式系统地进行处理,使得纤维条可以插入随后布置的漏斗和随后布置的一对压光辊中,而没有进一步的偏转。
    • 3. 发明授权
    • Apparatus for moving spinning cans
    • 移动纺纱罐的装置
    • US4469214A
    • 1984-09-04
    • US451536
    • 1982-12-20
    • Andreas MaurerGerhard MandlHanspeter Meile
    • Andreas MaurerGerhard MandlHanspeter Meile
    • B65H67/06D01H9/18B65G47/00
    • D01H9/185
    • In a can changer device, empty cans are fed to a reserve position A and full cans are transported from a collection position C into a delivery position G by means of an apparatus for moving spinning cans. The can moving apparatus comprises drive means containing rails and a carriage movable thereon and having pivotably mounted arms. The arms are pivotable from a substantially vertical position, and specifically, to one side into a substantially horizontal position for entraining and moving the empty cans and, as to one arm of such arms, into the opposite substantially horizontal position for entraining and moving the full can. The carriage is movable to-and-fro by means of a toothed belt between a deflection or reversing head and a drive head, respectively between the locations or positions H and L. During operation, the can changer device itself moves the filled can from the position B towards the position C and the empty can from the position A into the position B. The can moving apparatus thereafter moves the full can from the position C into the position G, whereafter the one arm is pivoted back into the vertical position and the carriage is moved into the location of position L in order to thereafter move the empty cans into the positions F and F.sup.I, and simultaneously, to move the preceding cans to such an extent that an empty can has again reached the reserve position A. Thereafter, the arms are again pivoted back into the subtantially vertical position and the carriage is returned back into the waiting location or position I.
    • 在罐头更换装置中,空罐被供给到储备位置A,并且通过用于移动纺丝罐的装置将全罐从收集位置C运送到输送位置G. 罐移动装置包括容纳轨道的驱动装置和可在其上移动并具有可枢转地安装的臂的托架。 臂可以从基本上垂直的位置,具体地,一侧枢转到基本上水平的位置,用于夹带和移动空罐,并且对于这种臂的一个臂,可以进入相反的基本上水平的位置,以夹带和移动整个 能够。 滑架可以通过分别位于位置或位置H和L之间的偏转或反转头和驱动头之间的齿形带来往复移动。在操作期间,换罐装置本身将填充的罐从 位置B朝向位置C,空罐从位置A进入位置B.然后罐移动装置将全罐从位置C移动到位置G,之后一个臂枢转回到垂直位置,并且 滑架移动到位置L的位置,以便此后将空罐移动到位置F和FI,同时将前一个罐移动到空罐再次达到储备位置A的程度。此后, 臂再次枢转回到副本垂直位置,并且滑架返回到等待位置或位置I.
    • 5. 发明授权
    • Comber machine
    • 精梳机
    • US5546636A
    • 1996-08-20
    • US410891
    • 1995-03-27
    • Gerhard MandlHans-Peter Meile
    • Gerhard MandlHans-Peter Meile
    • D01G19/20D01G19/26D01G19/04
    • D01G19/26D01G19/20
    • A comber machine with a nipper head (3) has a fixed bearing (2), and at least one pair of detaching rolls (6") which are rotatably mounted in bearings (41). The nipper head (3) and the detaching rolls (6") are moved during a combing cycle towards one another and away from one another by the distance of a stroke path, up to a minimum distance which corresponds to a predetermined separation value. While still maintaining the stroke path, the predetermined separation distance (ecartement value) can be adjusted. To facilitate the setting of the ecartement value, provision is made for bearings (41) of the detaching rolls (6") to be displaced relative to the fixed bearing (2) of the nipper head (3), jointly on a track (45) which enlarges or reduces the separation value.
    • 具有钳头(3)的精梳机具有固定轴承(2)和至少一对可旋转地安装在轴承(41)中的一对分离辊(6“)。 钳子头(3)和分离辊(6“)在梳理循环期间彼此相对移动距离相对于预定分离值的最小距离。 在仍然保持行程路径的同时,可以调整预定间隔距离(偏差值)。 为了便于设置偏差值,提供了分离辊(6“)的轴承(41)相对于钳头(3)的固定轴承(2)相对于轨道(3) 45),其放大或减小分离值。
    • 6. 发明授权
    • Comber machine
    • 精梳机
    • US5517725A
    • 1996-05-21
    • US410892
    • 1995-03-27
    • Gerhard MandlHans-Peter Meile
    • Gerhard MandlHans-Peter Meile
    • D01G19/16
    • D01G19/16
    • A comber has a nipper head (3), detaching rolls (6), and half-lap (4), wherein, during a combing cycle, the nipper head (3) and the detaching rolls (6) are moved by a drive system (31 to 40) out of a rear end position relative to one another into a front end position and back again. The detaching rolls (6) are driven in a pull-off direction (25) of a combed tuft (11). The half-lap (4) is also driven. The nipper head (3) comes within an area of action of a needle segment (5) of the half-lap (4) during a section of the combing cycle. To increase performance, provision is made for the drive system (31 to 40) to rotate the half-lap (4) during a combing cycle by an integral number of rotations, at least twice. The length of the needle segment (5) is extended in the direction of rotation in accordance with a higher rotational speed.
    • 精梳机具有钳头(3),分离辊(6)和半圈(4),其中在梳理循环期间,钳头(3)和分离辊(6)由驱动系统 (31至40)从相对于彼此的后端位置退回到前端位置并再次返回。 分离辊(6)在精梳簇(11)的拉出方向(25)上被驱动。 半圈(4)也被驱动。 在梳理周期的一段期间,钳头(3)进入半圈(4)的针段(5)的作用区域内。 为了提高性能,提供驱动系统(31至40)在梳理循环期间将半圈(4)旋转整数转数至少两次。 针段(5)的长度根据较高的转速在旋转方向上延伸。
    • 7. 发明授权
    • Apparatus for monitoring sliver wrapping about a sliver guiding roll
    • 用于监测纱条绕纱条引导辊的装置
    • US5613280A
    • 1997-03-25
    • US515009
    • 1995-08-14
    • Gerhard Mandl
    • Gerhard Mandl
    • D01G31/00D01H13/14D01G15/62B65H54/76D01H5/60
    • D01H13/14D01G31/006
    • A sliver processing machine includes a plurality of roll pairs between which a running sliver passes. Each roll pair is composed of a driving roll and a pressure roll. A separate pressing device is connected with each pressure roll for urging each pressure roll against its driving roll. Each pressing device has a shiftable element displaced by the pressure roll upon radial displacement of the pressure roll in response to winding of sliver on either the pressure roll or the associated driving roll. A common actuating element is connected to each shiftable element of each pressing device for displacing the common actuating element upon displacement of any one of the shiftable elements. A switching device is connected to the common actuating element. The switching device has an idle state and a signal-generating state. The switching device is placed into the signal-generating state by the common actuating element upon displacement of the common actuating element by any one of the shiftable elements, whereby the switching device generates a signal in response to winding of sliver on any roll of any of the roll pairs.
    • 纱条加工机器包括多个辊对,其间运行条子通过。 每个辊对由驱动辊和压力辊组成。 单独的压力装置与每个压力辊连接,用于将每个压力辊推压到其驱动辊上。 每个按压装置具有由压力辊在压力辊或相关联的驱动辊上缠绕条子时压力辊的径向移位而被压力辊移位的可移动元件。 共同的致动元件连接到每个按压装置的每个可移动元件,用于在任何一个可移动元件移位时移动公共致动元件。 开关装置连接到公共致动元件。 开关装置具有空闲状态和信号生成状态。 当通过任何一个可移动元件移动公共致动元件时,开关装置被公共致动元件置于信号发生状态,由此开关装置响应于将条子卷绕在任何一个 卷对。
    • 10. 发明授权
    • Method of and apparatus for maintaining substantially constant a
quantity of opened fibrous material
    • 用于保持开放的纤维材料的量基本恒定的方法和装置
    • US4353667A
    • 1982-10-12
    • US828037
    • 1977-08-26
    • Gerhard MandlRobert MoserRudolf Wildbolz
    • Gerhard MandlRobert MoserRudolf Wildbolz
    • G01F1/34B65G53/66D01G23/06D01G23/08G01F1/74
    • G01F1/74B65G53/66D01G23/06D01G23/08
    • A method of, and apparatus for, maintaining substantially constant a quantity of opened fibrous material delivered per unit of time, to a spinning preparatory machine, wherein a conveying air stream is generated by means of a fan operating at a given point on its characteristic diagram, the conveying air stream is delivered into a transporting duct for the fibrous material, and the fibrous material is supplied into the transporting duct. The supplied fibrous material within the duct is accelerated by means of the conveying air stream, and the accelerated fibrous material is delivered within the duct in the direction of the spinning preparatory machine. There is determined the operating condition of the fan by measuring a parameter which is characteristic for the operation condition of the fan and depending on the quantity of fibrous material accelerated, the measured parameter is compared with a parameter corresponding to a desired quantity of opened fibrous material which is to be delivered per unit of time to the spinning preparatory machine, and upon deviation of the measured parameter from the set value parameter there is adjusted the further supply of fibrous material into the transporting duct until re-establishing a supply of fibrous material to said spinning preparatory machine corresponding to the substantially constant quantity of opened fibrous material desired to be delivered to the spinning preparatory machine.
    • 一种用于将每单位时间输送的开放的纤维材料的量基本上恒定的方法和装置,其中通过在其特性图上的给定点操作的风扇产生输送空气流, 输送空气流被输送到用于纤维材料的输送管道中,并且将纤维材料供应到输送管道中。 管道内供应的纤维材料通过输送空气流被加速,并且加速的纤维材料沿着纺丝准备机的方向在管道内输送。 通过测量风扇的运行状态的特性参数来确定风扇的运行状态,并且根据加速的纤维材料的量,将测量参数与对应于所需量的开放的纤维材料的参数进行比较 将每单位时间运送到纺纱准备机器,并且在测量参数与设定值参数的偏差之后,调整进一步向输送管道供应纤维材料,直至重新建立纤维材料供应 所述纺丝准备机对应于期望被输送到纺纱准备机的基本恒定量的开放的纤维材料。