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    • 1. 发明授权
    • Textile machine with a plurality of workstations
    • 纺织机具有多个工作站
    • US08707667B2
    • 2014-04-29
    • US13593864
    • 2012-08-24
    • Georg HeinenJurgen SchnitzlerJorg Zischewski
    • Georg HeinenJurgen SchnitzlerJorg Zischewski
    • D01H13/00
    • D01H13/00B65H51/06B65H51/12B65H54/74B65H59/18B65H71/00B65H2701/31D01H1/22
    • A textile machine with multiple workstations equipped with a yarn processing device, and a drive shaft extending along multiple workstations, each yarn processing device connected to the drive shaft by a continuous traction means, and the drive shaft including multiple drive devices each guiding a continuous traction means. Each drive device has two grooves coaxially to the drive shaft, one of the grooves being part of a free wheel about the drive shaft. An output means is connected to each yarn processing device, each output means having front and rear guide grooves, the front groove at a free end of the output means and the rear groove adjacent the associated yarn processing device. Each traction means has one loop engaged in the rear groove of the associated output means and another loop engaged in the front groove through 180 degrees.
    • 具有配备有纱线处理装置的多个工作站的纺织机器以及沿着多个工作站延伸的驱动轴,每个纱线处理装置通过连续的牵引装置连接到驱动轴,并且驱动轴包括多个驱动装置,每个驱动装置引导连续牵引 手段。 每个驱动装置具有与驱动轴同轴的两个槽,其中一个槽是围绕驱动轴的自由轮的一部分。 输出装置连接到每个纱线处理装置,每个输出装置具有前导向槽和后导槽,前槽在输出装置的自由端处,后槽与邻近的纱线处理装置相邻。 每个牵引装置具有一个环接合在相关联的输出装置的后槽中,另一个环通过180度接合在前槽中。
    • 2. 发明申请
    • Receiver Controlled Isochronous Transmission
    • 接收机控制等时传输
    • US20070263708A1
    • 2007-11-15
    • US11760065
    • 2007-06-08
    • Thomas MullerJurgen Schnitzler
    • Thomas MullerJurgen Schnitzler
    • H04B1/38
    • H04L1/1809H04L1/1854
    • A Bluetooth radio transceiver, for receiving isochronous data, comprising: receiving means for receiving data; determining means for determining whether the received data has been correctly or incorrectly received; validation means for determining whether the received data is current; and transmission means, for transmitting, in response to received data, a positive acknowledgement of reception when the received data has been correctly received, a negative acknowledgement when the received data has been incorrectly received and the received data is current and a positive acknowledgement when the received data has been incorrectly received and the received data is not current is described. The determination of whether data is current occurs at the receiver as opposed to the transmitter.
    • 一种用于接收等时数据的蓝牙无线电收发器,包括:用于接收数据的接收装置; 确定装置,用于确定所接收的数据是否已被正确地或不正确地被接收; 用于确定所接收的数据是否是当前的确认装置; 以及发送装置,用于响应于所接收的数据,在接收到的数据被正确地接收时发送肯定的接收确认,当所接收的数据被不正确地接收到并且所接收的数据是当前的时候的肯定确认, 接收到的数据被错误地接收并且接收到的数据不是当前的。 在接收机上确定数据是否为电流,而不是发射机。
    • 3. 发明授权
    • Receiver controlled isochronous transmission
    • 接收器控制等时传输
    • US07280524B2
    • 2007-10-09
    • US10169980
    • 2001-01-12
    • Thomas MullerJurgen Schnitzler
    • Thomas MullerJurgen Schnitzler
    • G06F11/00
    • H04L1/1809H04L1/1854
    • A Bluetooth radio transceiver, for receiving isochronous data, comprising: receiving means for receiving data; determining mean for determining whether the received data has been correctly or incorrectly received; validation means for determining whether the received data is current; and transmission means, for transmitting, in response to received data, a positive acknowledgement of reception when the received data has been correctly received, a negative acknowledgement when the received data has been incorrectly received and the received data is current and a positive acknowledgement when the received data has been incorrectly received and the received data is not current. The determination of whether data is current occurs at the receiver as opposed to the transmitter.
    • 一种用于接收等时数据的蓝牙无线电收发器,包括:用于接收数据的接收装置; 确定用于确定所接收的数据是否被正确地或不正确地接收的平均值; 用于确定所接收的数据是否是当前的确认装置; 以及发送装置,用于响应于所接收的数据,在接收到的数据被正确地接收时发送肯定的接收确认,当所接收的数据被不正确地接收到并且所接收的数据是当前的时候的肯定确认, 接收到的数据已被错误地接收,并且接收的数据不是当前的。 在接收机上确定数据是否为电流,而不是发射机。
    • 4. 发明申请
    • TEXTILE MACHINE WITH A PLURALITY OF WORKSTATIONS
    • 纺织机械与多个工作站
    • US20130219849A1
    • 2013-08-29
    • US13593864
    • 2012-08-24
    • Georg HeinenJurgen SchnitzlerJorg Zischewski
    • Georg HeinenJurgen SchnitzlerJorg Zischewski
    • D01H13/00
    • D01H13/00B65H51/06B65H51/12B65H54/74B65H59/18B65H71/00B65H2701/31D01H1/22
    • A textile machine with multiple workstations equipped with a yarn processing device, and a drive shaft extending along multiple workstations, each yarn processing device connected to the drive shaft by a continuous traction means, and the drive shaft including multiple drive devices each guiding a continuous traction means. Each drive device has two grooves coaxially to the drive shaft, one of the grooves being part of a free wheel about the drive shaft. An output means is connected to each yarn processing device, each output means having front and rear guide grooves, the front groove at a free end of the output means and the rear groove adjacent the associated yarn processing device. Each traction means has one loop engaged in the rear groove of the associated output means and another loop engaged in the front groove through 180 degrees.
    • 具有配备有纱线处理装置的多个工作站的纺织机器以及沿着多个工作站延伸的驱动轴,每个纱线处理装置通过连续的牵引装置连接到驱动轴,并且驱动轴包括多个驱动装置,每个驱动装置引导连续牵引 手段。 每个驱动装置具有与驱动轴同轴的两个槽,其中一个槽是围绕驱动轴的自由轮的一部分。 输出装置连接到每个纱线处理装置,每个输出装置具有前导向槽和后导槽,前槽在输出装置的自由端处,后槽与邻近的纱线处理装置相邻。 每个牵引装置具有一个环接合在相关联的输出装置的后槽中,另一个环通过180度接合在前槽中。
    • 5. 发明申请
    • YARN TREATMENT CHAMBER
    • 纱线治疗室
    • US20130186152A1
    • 2013-07-25
    • US13554310
    • 2012-07-20
    • Siegfried BrenkJan-Markus RottgeringJurgen SchnitzlerGeorg Tetzlaff
    • Siegfried BrenkJan-Markus RottgeringJurgen SchnitzlerGeorg Tetzlaff
    • D02J13/00D06B3/04
    • D02J13/001D06B3/04D06B3/045D06B23/18
    • A yarn treatment chamber for thermal treatment of a running yarn, with a centre zone, in which a pressurized hot, gaseous or vaporous medium acts on the yarn, and end zones on both sides of the centre zone, in which a cooling, gaseous medium is active. The end zones have a yarn inlet or outlet openings with a yarn sluice, which seals the associated end zone and the yarn treatment chamber. The yarn inlet and outlet openings (2, 3) are arranged such that the yarn (14) must change direction, and the yarn treatment chamber (21 has yarn deflection means (12) to guide the yarn (14) between the yarn inlet and outlet openings (2, 3). Both the yarn sluice (23A) and the yarn sluice (23B) are accessible without problems to operating staff at an ergonomically favourable height below the yarn deflection means (12) of the yarn treatment chamber (21).
    • 一种用于热处理运行纱线的纱线处理室,其具有中心区域,其中加压的热,气态或蒸气介质作用在纱线上,以及在中心区域两侧的端部区域,其中冷却气体介质 活跃。 端部区域具有纱线入口或出口开口,该纱线入口或出口具有纱线闸,其密封相关的端部区域和纱线处理室。 纱线入口和出口开口(2,3)布置成使得纱线(14)必须改变方向,并且纱线处理室(21)具有纱线偏转装置(12)以将纱线(14)引导到纱线入口和 出口开口(2,3),纱线槽(23A)和纱管(23B)都可以在纱线处理室(21)的纱线偏转装置(12)下方符合人体工程学的高度的操作人员无障碍地进入, 。
    • 8. 发明授权
    • Method for producing a twisted yarn in a combined spinning and twisting
process
    • 复合纺丝加捻过程中加捻纱线的生产方法
    • US5964083A
    • 1999-10-12
    • US42901
    • 1998-03-16
    • Roland GreisGeorg HeinenJurgen SchnitzlerBertram Schwanitz
    • Roland GreisGeorg HeinenJurgen SchnitzlerBertram Schwanitz
    • D01H1/10D01H4/08D01H7/86D01H7/90D01H4/00
    • D01H7/90D01H1/103
    • A method for manufacturing a twisted yarn by a combined spinning and twisting process includes the steps of producing in at least two spinning devices individual spun yarns and guiding the spun yarns together to a first centering location positioned coaxially to the axis of the double twisting device to subject the individual spun yarns in a first yarn feeding direction to a first twist, whereby a yarn balloon is formed. Subsequently, the spun yarns are guided to a second centering location, also positioned coaxially to the axis of the double twisting device, and through the second centering location into the interior of the yarn balloon to subject the spun yarns in a second yarn feeding direction, opposite the first yarn feeding direction, to a second twist. The spun yarns are then wound onto a rotating bobbin positioned in the interior of the yarn balloon.
    • 通过组合纺丝和加捻方法制造加捻纱的方法包括以下步骤:在至少两个纺丝装置中制造单独的短纤纱并将纺纱一起引导到与双扭转装置的轴线同轴定位的第一定心位置, 将各个细纱在第一纱线喂入方向上进行第一捻,从而形成纱线球囊。 随后,将细纱引导到第二定心位置,该定位位置同轴地位于双重扭转装置的轴线上,并且通过第二对中位置进入纱线气囊的内部,以使纺纱在第二喂纱方向上受到影响, 与第一纱线进给方向相反,到第二捻。 然后将纺出的纱线卷绕到位于纱线球囊内部的旋转筒管上。
    • 9. 发明授权
    • Yarn treatment chamber
    • 纱线处理室
    • US09109307B2
    • 2015-08-18
    • US13554310
    • 2012-07-20
    • Siegfried BrenkJan-Markus RottgeringJurgen SchnitzlerGeorg Tetzlaff
    • Siegfried BrenkJan-Markus RottgeringJurgen SchnitzlerGeorg Tetzlaff
    • D02J13/00D06B3/06D06B3/04D06B23/18
    • D02J13/001D06B3/04D06B3/045D06B23/18
    • A yarn treatment chamber for thermal treatment of a running yarn, with a center zone, in which a pressurized hot, gaseous or vaporous medium acts on the yarn, and end zones on both sides of the center zone, in which a cooling, gaseous medium is active. The end zones have a yarn inlet or outlet openings with a yarn sluice, which seals the associated end zone and the yarn treatment chamber. The yarn inlet and outlet openings (2, 3) are arranged such that the yarn (14) must change direction, and the yarn treatment chamber (21 has yarn deflection means (12) to guide the yarn (14) between the yarn inlet and outlet openings (2, 3). Both the yarn sluice (23A) and the yarn sluice (23B) are accessible without problems to operating staff at an ergonomically favorable height below the yarn deflection means (12) of the yarn treatment chamber (21).
    • 一种用于热处理运行纱线的纱线处理室,具有中心区域,其中加压的热,气态或蒸气介质作用在纱线上,以及在中心区域两侧的端部区域,其中冷却气体介质 活跃。 端部区域具有纱线入口或出口开口,该纱线入口或出口具有纱线闸,其密封相关的端部区域和纱线处理室。 纱线入口和出口开口(2,3)布置成使得纱线(14)必须改变方向,并且纱线处理室(21)具有纱线偏转装置(12)以将纱线(14)引导到纱线入口和 出口开口(2,3),纱线槽(23A)和纱管(23B)都可以在纱线处理室(21)的纱线偏转装置(12)下方符合人体工程学的高度的操作人员无障碍地进入, 。
    • 10. 发明申请
    • Card flat bar for a carding machine
    • 梳棉机平板卡
    • US20050125957A1
    • 2005-06-16
    • US10972654
    • 2004-10-26
    • Jurgen Schnitzler
    • Jurgen Schnitzler
    • D01G15/24D01G15/84
    • D01G15/24
    • In the case of a card flat bar for a carding machine, which card flat bar comprises a carrier element with a clothing support part (card flat heel), two end head parts are associated with the carrier element, the carrier element and the end head parts form at least three assembled components, and the end head parts comprise at least one sliding-contact region, which is in contact with the slideway, and at least one fixing region, which is fixed to the carrier element and at the same time holds the sliding-contact region. In order in a simple manner to render possible a clothed card flat bar that is dimensionally stable and dimensionally accurate and to allow a simpler manufacture, between the fixing region of the end head part and at least partial regions of the carrier element there is a distance (clearance), and the distance between the lower limit of the sliding contact region and the card flat heel and/or the free tips of the clothing is adjustable and fixable.
    • 在用于梳理机的卡片平板的情况下,该卡片扁平杆包括具有衣服支撑部分(卡平底部)的承载元件,两个端头部分与承载元件,承载元件和端头 部分形成至少三个组装的部件,并且端部头部包括至少一个与滑道接触的滑动接触区域,以及至少一个固定区域,固定区域固定在载体元件上,同时保持 滑动接触区域。 为了以简单的方式使可能的尺寸稳定和尺寸准确的并且允许更简单制造的穿着卡的扁平杆在端头部分的固定区域和载体元件的至少部分区域之间存在距离 (间隙),并且滑动接触区域的下限与卡片平跟部和/或衣服的自由尖端之间的距离是可调整和可固定的。