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    • 42. 发明申请
    • ATTIC DOOR ROPE APPARATUS
    • US20150197973A1
    • 2015-07-16
    • US14152416
    • 2014-01-10
    • Kevin Day
    • Kevin Day
    • E05F11/54F16G15/00A45C13/28B65H49/20
    • E05F11/04A45C13/28B65H75/4486B65H75/48B65H2404/10B65H2553/20B65H2553/40B65H2701/35E05B1/0015E05F11/54E05Y2201/21E05Y2201/434E05Y2201/484E05Y2900/132
    • An attic door rope apparatus for retractably storing an attic door rope may comprise a spool rotatably coupled with a rotation mechanism, and a stored-energy mechanism having a first end coupled with the spool and a second end coupled with the rotation mechanism, wherein the stored-energy mechanism is configured to impart a torque on the spool about a rotation axis of the spool. Another attic door rope apparatus for retractably storing an attic door rope may comprise a winding mechanism configured to rotate in an unwinding direction and a winding direction, a motor coupled with the winding mechanism configured to turn the winding mechanism in at least the unwinding direction, a sensor configured to detect a user command and send a command signal to the motor, and a power source in electrical communication with the motor and the sensor.
    • 用于可收缩地存储阁楼门绳的阁楼门绳装置可以包括与旋转机构可旋转地联接的卷轴,以及具有与卷轴连接的第一端和与旋转机构联接的第二端的存储能量机构,其中存储 能量机构被构造成围绕卷轴的旋转轴线在卷轴上施加扭矩。 用于可收缩地存储阁楼门绳的另一个阁楼门绳装置可以包括构造成沿退绕方向和卷绕方向旋转的卷绕机构,与绕组机构耦合的马达,其构造成使卷绕机构至少沿展开方向转动, 传感器,被配置为检测用户命令并向电动机发送命令信号,以及与电动机和传感器电连通的电源。
    • 45. 发明授权
    • Using conductive nipped rollers to measure media length
    • 使用导电夹持辊测量介质长度
    • US06853948B2
    • 2005-02-08
    • US10376563
    • 2003-02-28
    • Robert W. Jewell
    • Robert W. Jewell
    • B41J3/60B41J11/00B41J13/00B65H5/06G01B5/02G01B7/02G01B21/02G06F19/00
    • B65H5/062B41J3/60B41J11/0095B41J13/0054B65H2404/14B65H2511/11B65H2553/20B65H2220/03
    • Representative embodiments provide for an imaging apparatus including a controller, a first imaging engine and a second imaging engine, each coupled with the controller and configured to form images on sheet media, and a nip assembly configured to pass a sheet media. The imaging apparatus including a circuit electrically coupled to the nip assembly and coupled with the controller, the circuit configured to provide a length signal to the controller corresponding to a length of a sheet media passed through the nip assembly, and wherein the controller is configured to control normal operation of the second imaging engine in correspondence to the length signal. Also provided is a method, including imaging a first side of a sheet media, passing the sheet media through a nip assembly, determining a length of the sheet media, and selectively imaging a second side of the sheet media in correspondence to the length.
    • 代表性的实施例提供了一种成像设备,其包括控制器,第一成像引擎和第二成像引擎,每个与控制器耦合并被配置为在片材介质上形成图像,以及配置成通过片材介质的压区组件。 所述成像设备包括电连接到所述压区组件并与所述控制器耦合的电路,所述电路被配置为向所述控制器提供与通过所述压区组件的片材介质的长度相对应的长度信号,并且其中所述控制器被配置为 控制对应于长度信号的第二成像引擎的正常操作。 还提供了一种方法,包括成像片材介质的第一侧,使片材介质通过辊隙组件,确定片材介质的长度,以及对应于长度选择性地成像片材介质的第二侧。
    • 46. 发明申请
    • Using conductive nipped rollers to measure media length
    • 使用导电夹持辊测量介质长度
    • US20040172214A1
    • 2004-09-02
    • US10376563
    • 2003-02-28
    • Robert W. Jewell
    • G06F019/00
    • B65H5/062B41J3/60B41J11/0095B41J13/0054B65H2404/14B65H2511/11B65H2553/20B65H2220/03
    • Representative embodiments provide for an imaging apparatus including a controller, a first imaging engine and a second imaging engine, each coupled with the controller and configured to form images on sheet media, and a nip assembly configured to pass a sheet media. The imaging apparatus including a circuit electrically coupled to the nip assembly and coupled with the controller, the circuit configured to provide a length signal to the controller corresponding to a length of a sheet media passed through the nip assembly, and wherein the controller is configured to control normal operation of the second imaging engine in correspondence to the length signal. Also provided is a method, including imaging a first side of a sheet media, passing the sheet media through a nip assembly, determining a length of the sheet media, and selectively imaging a second side of the sheet media in correspondence to the length.
    • 代表性的实施例提供了一种成像设备,其包括控制器,第一成像引擎和第二成像引擎,每个与控制器耦合并被配置为在片材介质上形成图像,以及配置成通过片材介质的压区组件。 所述成像设备包括电连接到所述压区组件并与所述控制器耦合的电路,所述电路被配置为向所述控制器提供与通过所述压区组件的片材介质的长度相对应的长度信号,并且其中所述控制器被配置为 控制对应于长度信号的第二成像引擎的正常操作。 还提供了一种方法,包括成像片材介质的第一侧,使片材介质通过辊隙组件,确定片材介质的长度,以及对应于长度选择性地成像片材介质的第二侧。
    • 47. 发明授权
    • Sliver guide assembly including a thickness sensor having operative and
servicing positions
    • 纱条引导组件包括具有操作和维护位置的厚度传感器
    • US5659968A
    • 1997-08-26
    • US549514
    • 1995-10-27
    • Ferdinand Leifeld
    • Ferdinand Leifeld
    • B65H23/192D01G23/06D01H5/38G01B3/20G01B3/30G01B3/38
    • D01H5/38B65H23/192D01G23/06B65H2511/13B65H2513/10B65H2553/20
    • An apparatus for measuring sliver thickness in a drawing frame includes a sliver guiding device having converging inner wall faces for bringing a plurality of simultaneously introduced slivers together to form a sliver assembly constituted by side-by-side positioned running slivers arranged in a plane. The apparatus further includes a sensor element and a counterelement laterally contacting the sliver assembly from opposite sides. The sensor element has an operative position and a servicing position; in the servicing position the apparatus outlet is free for access from the exterior. The sensor element is urged into a resilient contact with the sliver assembly whereby the sensor element undergoes excursions upon variation of thickness of the sliver assembly. There is further provided a setting arrangement for selectively positioning the sensor element into the operative or servicing position. The sensor element and the counterelement together define a constriction through which the sliver assembly passes. A transducer converts excursions of the sensor element into electric pulses. A withdrawing roller pair supported downstream of the sliver guiding device pulls the sliver assembly through the sliver guiding device.
    • 一种用于测量牵引框中纱条厚度的装置,包括一条纱条引导装置,其具有会聚的内壁面,用于将多个同时引入的条子组合在一起,以形成由布置在平面中的并排定位的行走条构成的条子组件。 该装置还包括传感器元件和从相对侧横向接触条子组件的反调器。 传感器元件具有操作位置和维修位置; 在维修位置,设备出口可自由地从外部进入。 传感器元件被推动成与纱条组件弹性接触,由此传感器元件在条子组件的厚度变化时经历偏移。 还提供了一种用于选择性地将传感器元件定位到操作或维修位置的设置装置。 传感器元件和反射体一起限定了条子组件通过的收缩部。 传感器将传感器元件的偏移转换成电脉冲。 支撑在条子引导装置下游的抽出辊对将条子组件穿过条子引导装置。
    • 49. 发明授权
    • High speed precision yarn winding system
    • 高速精密纱线卷绕系统
    • US4993650A
    • 1991-02-19
    • US432663
    • 1989-11-07
    • Larry C. Nickell
    • Larry C. Nickell
    • B65H54/08B65H54/28B65H54/34B65H54/44B65H54/52B65H54/553B65H54/74B65H59/38B65H59/40
    • B65H54/08B65H54/2839B65H54/52B65H54/553B65H54/74B65H59/384B65H59/40B65H2553/20B65H2553/26B65H2701/31
    • A high-speed precision winder for winding a running yarn onto a package tube to form a cross wound yarn package, including a spindle for rotating the tube about a spindle axis, a yarn traversing mechanism for guiding running yarn received along an infeed path back and forth across a transverse zone, a bail roll disposed in rolling contact with the peripheral surface of the yarn package being wound, apparatus for controlling tension of the infeed yarn, and a control system for continuously regulating operation of the winder during formation of the package. The control system includes three separate variable speed drive motors and respective associated motor control circuits forming a spindle drive, a transversing means drive, and a down pressure drive providing three independent motor systems which are separately controllable. A load cell structure is associated with the bail roll and output signals from the load cell and predetermined set processing conditions data applied to a microprocessor provide control signals to activate the motors to control the relative positions of the bail roll and package tube and regulate the spindle drive and traversing mechanism drive to maintain a desired yarn density and tension throughout winding of the package.
    • 一种高速精密络纱机,用于将运行的纱线卷绕到包装管上,以形成包括用于使管绕轴线旋转的心轴的交叉卷绕纱线卷装,用于引导沿着进料路径接收的运行纱线的纱线横动机构, 穿过横向区域,与被卷绕的纱线卷装的周面滚动接触的吊环,用于控制进给纱线的张力的装置,以及用于在形成包装期间连续调节卷绕机的操作的控制系统。 控制系统包括三个单独的变速驱动电动机和形成主轴驱动器,横向装置驱动器和降压驱动器的相关联的电动机控制电路,其提供三个独立的可独立控制的电动机系统。 负载传感器结构与吊环相关联,并且来自测力传感器的输出信号和预定的设定的处理条件数据应用于微处理器提供控制信号以激活电机以控制吊环和封装管的相对位置并调节主轴 驱动和横移机构驱动以在包装的整个绕组中保持期望的纱线密度和张力。