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    • 71. 发明申请
    • Procedure and apparatus for drafting at least one fiber band
    • 起草至少一个光纤带的步骤和装置
    • US20050198784A1
    • 2005-09-15
    • US11057101
    • 2005-02-11
    • Chokri Cherif
    • Chokri Cherif
    • D01H5/00D01H5/32D01H5/42
    • D01H5/42
    • Proposed is a procedure and an apparatus for the drafting of at least one fiber band by means of a controlled preparatory drafting operation for a spinning machine, in particular a carding or a drafting frame, which possesses successively arranged roll-pairs (5, 6, 7) for corrective drafting, whereby the cross-section or the bulk, or the thickness of the at least one fiber band, or drafting from standard measurements is measured upstream of a roll-pair (5, 6, 7) and, based upon the corresponding measurement signals, the speed of rotation of at least one roll (5a) of a first roll-pair (5) is controlled by a first control circuit (30) and the rotational speed of at least one roll (6a) of a second roll-pair (6) is controlled by a second control circuit (35; 40). The procedure characterizes itself in that at least some of the measurement signals are so apportioned in partial amplitudes, that it is possible to form the total amplitude of the respective signal, and that band variations in a partial amplitude in the first control system (30) and variations in another partial amplitude in the second control system (35; 40) can be compensated. Likewise a corresponding apparatus is proposed.
    • 提出了一种用于通过用于纺丝机,特别是梳理或牵伸框架的受控的预备牵伸操作来起草至少一个纤维带的程序和装置,其具有连续布置的辊对(5,6) 7)用于矫正牵伸,其中至少一个纤维带的横截面或体积,或厚度或来自标准测量的牵伸在辊对(5,6,7)的上游测量,并基于 相应的测量信号,第一辊对(5)的至少一个辊(5a)的旋转速度由第一控制电路(30)控制,并且至少一个辊(6a)的旋转速度 的第二辊对(6)由第二控制电路(35; 40)控制。 该过程的特征在于,至少一些测量信号在部分振幅中如此分配,可以形成相应信号的总幅度,并且第一控制系统(30)中的部分幅度的频带变化, 并且可以补偿第二控制系统(35; 40)中的另一部分振幅的变化。 同样,提出了相应的装置。
    • 72. 发明授权
    • Textile machine with multiple work stations and a machine bus for communication
    • 纺织机具有多个工位和一台机器总线进行通讯
    • US06937918B2
    • 2005-08-30
    • US10392060
    • 2003-03-19
    • Bernd BahlmannMario MaleckErwald Lenk
    • Bernd BahlmannMario MaleckErwald Lenk
    • D01H4/42D01H13/26D01H13/32G06F19/00
    • D01H4/42D01H13/26D01H13/32
    • The invention concerns a textile machine (10) with a multiplicity of workstations (41a-d), one electronic device (42) per workstation, a central machine control (20, 22), a machine bus (25) for communication between the machine control and each or possibly a group (30a-d) of electronic device(s) and a sensor apparatus (43) for each workstation. A central evaluation unit (24) is provided for the assessment of sensor data from the sensor apparatuses (44), whereby the sensor data embraces continually measured characteristic values and/or the quality or signal data derived therefrom. The central evaluation unit (24) is connected by means of a first communication connection (23, 23′) with the machine control (20, 22) or so connected by the machine bus (25). The sensor apparatuses (43) are connected with the evaluation unit (24) through a second communication connection (23, 25, 31a, 40, 44, 45) and the second communication connection embraces at least the machine bus (25) and the first communication connection (23, 23′). A procedure for the transmission of sensor data in the case of a textile machine provides the transmission of the data from sensor apparatuses (43) to a central evaluation unit (24) at least by interconnected pathways and through a machine bus (25) of the textile machine (10).
    • 本发明涉及一种具有多个工作站(41 ad),每个工作站的一个电子设备(42),中央机器控制(20,22),机器总线(25)的纺织机器(10),用于在机器控制 以及用于每个工作站的每个或可能的一组(30广告)电子设备和传感器设备(43)。 提供了一种用于评估来自传感器装置(44)的传感器数据的中央评估单元(24),由此传感器数据包含连续测量的特征值和/或从其导出的质量或信号数据。 中央评估单元(24)通过第一通信连接(23,23')与由机器总线(25)连接的机器控制(20,22)连接。 传感器装置(43)通过第二通信连接(23,25,31a,40,44,45)与评估单元(24)连接,第二通信连接至少包括机器总线(25)和 第一通信连接(23,23')。 在纺织机的情况下用于传输传感器数据的过程提供了至少通过互联路径并且通过机器总线(25)将数据从传感器设备(43)传输到中央评估单元(24) 纺织机(10)。
    • 74. 发明申请
    • Textile machine with multiple work stations and a machine bus for communication
    • 纺织机具有多个工位和一台机器总线进行通讯
    • US20040024484A1
    • 2004-02-05
    • US10392060
    • 2003-03-19
    • RIETER INGOLSTADT SPINNEREIMASCHINENBAU AG.
    • Bernd BahlmannMario MaleckErwald Lenk
    • G06F019/00
    • D01H4/42D01H13/26D01H13/32
    • The invention concerns a textile machine (10) with a multiplicity of workstations (41a-d), one electronic device (42) per workstation, a central machine control (20, 22), a machine bus (25) for communication between the machine control and each or possibly a group (30a-d) of electronic device(s) and a sensor apparatus (43) for each workstation. In accord with the invention is provided a central evaluation unit (24) for the assessment of sensor data from the sensor apparatuses (44), whereby the sensor data embrace continually measured characteristic values and/or the quality or signal data derived therefrom, the central evaluation unit (24) is connected by means of a first communication connection (23, 23) with the machine control (20, 22) or so connected by the machine bus (25), the sensor apparatuses (43) are connected with the evaluation unit (24) through a second communication connection (23, 25, 31a, 40, 44, 45) and the second communication connection embraces at least the machine bus (25) and the first communication connection (23, 23). A procedure for the tmnsmission of sensor data in the case of a textile machine provides the transmission of the data from sensor apparatuses (43) to a central evaluation unit (24) at least by interconnected pathways and through a machine bus (25) of the textile machine (10).
    • 本发明涉及一种具有多个工作站(41a-d),每个工作站的一个电子设备(42),中央机器控制(20,22),机器总线(25)的纺织机器(10),用于在机器 控制和每个或可能的每个工作站的电子设备组(30a-d)和传感器设备(43)。 根据本发明,提供了一种用于评估来自传感器装置(44)的传感器数据的中央评估单元(24),由此传感器数据包含连续测量的特征值和/或从其导出的质量或信号数据,中心 评估单元(24)通过第一通信连接(23,23)与由机器总线(25)连接的机器控制(20,22)连接,传感器设备(43)与评估 单元(24)通过第二通信连接(23,25,31a,40,44,45),并且所述第二通信连接至少包括所述机器总线(25)和所述第一通信连接(23,23)。 在纺织机的情况下用于传送传感器数据的过程提供了至少通过互联路径并通过机器总线(25)将数据从传感器设备(43)传输到中央评估单元(24) 纺织机(10)。
    • 76. 发明申请
    • Arrangement of service positions for maintenance apparatuses on a textile machine
    • 在纺织机器上维修设备的维修位置的布置
    • US20030089266A1
    • 2003-05-15
    • US10176360
    • 2002-06-20
    • RIETER INGOLSTADT SPINNEREIMASCHINENBAU AG
    • Adalbert StephanKarl ZopflHarald Widner
    • B61B003/00
    • D01H13/005D01H15/013
    • The invention concerns an arrangement of service positions (A1, A3, B2, B4) for maintenance apparatuses (14a-14d), which can travel on a guide rail (15, 16) along a multiplicity of similar workstations (13) on a first side of a textile machine (10), wherein a maintenance apparatus (14a, 14d) in a first service position (B2, B4) at the elevation of a machine framing (12) of the textile machine can be pivoted away from, or transversely withdrawn from the guide rail (15, 16). In accord with the invention, per side of the textile machine (10) at least two maintenance apparatuses (14a-14c) are exclusively assigned thereto, whereby the guide rail (15, 16) on the first side at least at one end of the textile machine (10) is elongated beyond the said textile machine and a second service position (A1, A3) is placed on the elongated guide rail (15-16). In this way, it becomes possible, with a large number of workstations (13) to assure the shortest possible duration of a stillstand, wherein in the case of a failure or preventive upkeep of one maintenance apparatus, another maintenance apparatus can serve a workstation (13) in a short time.
    • 本发明涉及用于维护设备(14a-14d)的维修位置(A1,A3,B2,B4)的布置,其可以沿着沿着多个相似工作站(13)的导轨(15,16)在第一 纺织机器的机器框架(12)的高度处于第一维修位置(B2,B4)的维护设备(14a,14d)可以远离或横向地枢转 从导轨(15,16)中取出。 根据本发明,纺织机器(10)的每侧至少分配有两个维护装置(14a-14c),由此至少在第一侧的导轨(15,16)的至少一端 纺织机器(10)伸长超过所述纺织机器,并且第二维修位置(A1,A3)放置在细长导轨(15-16)上。 以这种方式,通过大量的工作站(13)可以确保立柱的最短可能持续时间,其中在一个维护装置的故障或预防性维护的情况下,另一个维护装置可以服务于工作站( 13)在短时间内。
    • 77. 发明申请
    • Method for the maintenance of a textile machine
    • 纺织机维修方法
    • US20030056486A1
    • 2003-03-27
    • US10201612
    • 2002-07-24
    • RIETER INGOLSTADT SPINNEREIMASCHINENBAU AG
    • Bernd BahlmannSebastian BrandlAdalbert StephanErwald LenkMartin Zipperer
    • D01H007/46
    • D01H13/005B65H54/26B65H2701/31D01H1/20
    • The invention relates to a method for the maintenance of a plurality of processing stations (13) of a textile machine (10), whereby at least one first maintenance unit (14a-d) can travel alongside the processing stations (13) in order to service and/or control the processing stations (13). According to the invention the maintenance unit (14a-d) is moved into an optimized readiness position when none of the processing stations (13) needs to be serviced and/or controlled by the maintenance unit. Alternatively, the direction of travel in which the maintenance unit (14a-d) is to travel to the next processing station (13) in need of service is determined, whereby the direction of travel depends on the totality of processing stations in need of maintenance. In addition it is ensured that the maintenance unit (14a-d) is able to perform an already previously performed maintenance task on a processing station (13) when routine maintenance is imminently expected.
    • 本发明涉及一种用于维护纺织机器(10)的多个处理站(13)的方法,由此至少一个第一维护单元(14a-d)可以与处理站(13)一起行进,以便 服务和/或控制处理站(13)。 根据本发明,当维护单元不需要维护和/或控制处理站(13)时,将维护单元(14a-d)移动到优化的准备位置。 或者,确定维护单元(14a-d)行进到需要服务的下一处理站(13)的行进方向,由此行进方向取决于需要维护的处理站的总数 。 此外,在日常维护被迫期望的情况下,确保维护单元(14a-d)能够在处理站(13)上执行已经执行的维护任务。
    • 79. 发明授权
    • Loading mechanism for the upper rolls of a drafting mechanism
    • 牵伸机构上辊装载机构
    • US6134752A
    • 2000-10-24
    • US255994
    • 1999-02-23
    • Wolfgang GohlerArmin Brunner
    • Wolfgang GohlerArmin Brunner
    • D01H5/52D01H5/54
    • D01H5/525
    • A pneumatically energized loading mechanism for a drafting device is proposed for loading the upper rolls of the device. This mechanism possesses pneumatic cylinders which subject the upper rolls to a force, which acts from a holder plate (4) for the securement of the cylinder (2). The support is effected by a stop plate (200), which acts in unison with holder plate (4). The cylinder (2) possesses a guide surface (201) positioning the cylinder on the support (4). The cylinder (2) exhibits a piston with a circular cross-section and is comprised of plastic. The cylinder (2) is affixed to the holder (4) by a securement means (20). By the support of the cylinder (2) on the holder (4), the securement means (20) need accept no force engendered by the piston. The cylinder (2) simultaneously forms a passage for a current bus which serves as the power cutoff of the drafting device when fiber windup difficulties arise.
    • 提出了一种用于牵引装置的气动加载装置用于装载装置的上辊。 该机构具有气动缸,其使上辊受到来自用于固定气缸(2)的保持板(4)作用的力。 支撑件由与支架板(4)一致作用的止动板(200)实现。 气缸(2)具有将气缸定位在支撑件(4)上的引导表面(201)。 气缸(2)具有圆形横截面并由塑料构成的活塞。 气缸(2)通过固定装置(20)固定在支架(4)上。 通过在保持器(4)上的气缸(2)的支撑,固定装置(20)不需要接受活塞产生的力。 当出现纤维卷绕困难时,气缸(2)同时形成当前总线的通道,该通道用作牵伸装置的断电。
    • 80. 发明授权
    • Textile stretch machine with a drive mechanism housed in a drive
enclosure
    • 纺织拉伸机具有驱动机构,容纳在驱动器外壳中
    • US6085392A
    • 2000-07-11
    • US216783
    • 1998-12-18
    • Michael Maria StrobelRudolf Becker
    • Michael Maria StrobelRudolf Becker
    • D01H1/16D01H5/00
    • D01H1/16
    • The present invention concerns a stretch machine with a drive mechanism which is placed in a drive enclosure (3). This drive is covered by a movable top (2), which lies with its edge areas (24) on a stationary part (10) of the stretch machine and which top carries a blower (4) with at least one suction side and one discharge side. The blower stands with its suction side in connection with a filter (5) and with its discharge side open to the interior of the drive enclosure (3). Within the drive enclosure is provided an air distribution system (6). This is so arranged and so oriented that the blower (4) produces, in the entire peripheral area of the cover (2), an effect which is essentially of uniform strength. The blower 4 is provided with a control apparatus (71) for a reversal of its direction of impelling air.
    • 本发明涉及一种具有驱动机构的拉伸机,该驱动机构放置在驱动机壳(3)中。 该驱动器被可移动的顶部(2)覆盖,该可移动顶部(2)位于拉伸机器的固定部分(10)上的边缘区域(24),并且顶部带有鼓风机(4),该鼓风机具有至少一个吸力侧和一个排出口 侧。 鼓风机的吸入侧与过滤器(5)连接,其排放侧向驱动器外壳(3)的内部敞开。 在驱动器外壳内设有空气分配系统(6)。 这样被布置成如此取向,使得鼓风机(4)在盖(2)的整个周边区域中产生基本上具有均匀强度的效果。 鼓风机4设有用于反转其推进方向的控制装置(71)。