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    • 3. 发明授权
    • Portable automatic fastener delivery system
    • 便携式自动紧固件输送系统
    • US06688489B2
    • 2004-02-10
    • US09931501
    • 2001-08-16
    • Daniel D. BlochRoy L. BarrEdward E. FiekertDavid McCoyKevin J. SittonErnst A. Oswald
    • Daniel D. BlochRoy L. BarrEdward E. FiekertDavid McCoyKevin J. SittonErnst A. Oswald
    • G07F1100
    • B21J15/32B23P19/001B23P19/003
    • A portable fastener delivery system is provided that comprises an automated unloading mechanism that removes fasteners from a fastener storage device and delivers the fasteners through a delivery conduit to a work station. Generally, the portable fastener delivery system is mobile throughout a production facility so that fasteners may be delivered to a plurality of work stations. In operation, a signal is transmitted to a control system requesting a specific fastener configuration, and the control system causes positioning of the unloading mechanism adjacent the fastener storage device. A pneumatic source is then activated to cause the unloading mechanism to remove a fastener from the fastener storage device using a vacuum generator, and once the fastener is removed, the fastener is transported through a delivery conduit to the work station using pressurized air from the pneumatic source through a flexible fastener delivery tube.
    • 提供了一种便携式紧固件传送系统,其包括自动卸载机构,其从紧固件存储装置移除紧固件并将紧固件通过输送管道输送到工作站。 通常,便携式紧固件传送系统在整个生产设备中是可移动的,使得紧固件可以被传送到多个工作站。 在操作中,信号被传送到要求特定紧固件构造的控制系统,并且控制系统使卸载机构邻近紧固件存储装置定位。 气动源然后被激活以使卸载机构使用真空发生器从紧固件存储装置移除紧固件,并且一旦紧固件被移除,紧固件通过来自气动的加压空气通过输送管道输送到工作站 源通过柔性紧固件输送管。
    • 5. 发明授权
    • Fastener clearing systems and methods
    • 紧固件清理系统和方法
    • US08046898B2
    • 2011-11-01
    • US11253209
    • 2005-10-18
    • Daniel D. BlochRobert E. Bender
    • Daniel D. BlochRobert E. Bender
    • B23P17/00B23Q7/10B65G59/04
    • B21J15/32B23P19/003B23P19/005B23P2700/01Y10T29/49947Y10T29/53478
    • Fastener clearing systems and methods for a fastener delivery system are provided. In one embodiment, a system includes an extractor tool having one or more vacuum generators in fluid communication with a catcher for retaining fasteners during transport. The vacuum generators are selectively activated to draw fasteners into the catcher. A backflow port is formed in the extractor tool and introduces pressurized air into the catcher to dislodge fasteners that adhere to the catcher after the vacuum generators have been deactivated. The backflow port may be formed in a fitting positioned between vacuum generators and securing the vacuum generators to one another. The vacuum generators and fitting may define a common fluid channel opening into a fastener seat adapted to receive a portion of a fastener.
    • 提供了用于紧固件传送系统的紧固件清理系统和方法。 在一个实施例中,系统包括提取器工具,其具有一个或多个真空发生器,与捕集器流体连通,用于在运输期间保持紧固件。 选择性地激活真空发生器以将紧固件拉入捕集器。 在提取器工具中形成回流端口,并且在真空发生器已被停用之后,将加压空气引入捕集器中以去除附着在捕获器上的紧固件。 回流端口可以形成在位于真空发生器之间并将真空发生器彼此固定的配件中。 真空发生器和配件可以限定通向适于接收紧固件的一部分的紧固件座中的公共流体通道。
    • 7. 发明申请
    • Fastener clearing systems
    • 紧固件清理系统
    • US20120006845A1
    • 2012-01-12
    • US13236594
    • 2011-09-19
    • Daniel D. BlochRobert E. Bender
    • Daniel D. BlochRobert E. Bender
    • B65G59/00
    • B21J15/32B23P19/003B23P19/005B23P2700/01Y10T29/49947Y10T29/53478
    • Fastener clearing systems and methods for a fastener delivery system are provided. In one embodiment, a system includes an extractor tool having one or more vacuum generators in fluid communication with a catcher for retaining fasteners during transport. The vacuum generators are selectively activated to draw fasteners into the catcher. A backflow port is formed in the extractor tool and introduces pressurized air into the catcher to dislodge fasteners that adhere to the catcher after the vacuum generators have been deactivated. The backflow port may be formed in a fitting positioned between vacuum generators and securing the vacuum generators to one another. The vacuum generators and fitting may define a common fluid channel opening into a fastener seat adapted to receive a portion of a fastener.
    • 提供了用于紧固件传送系统的紧固件清理系统和方法。 在一个实施例中,系统包括提取器工具,其具有一个或多个真空发生器,与捕集器流体连通,用于在运输期间保持紧固件。 选择性地激活真空发生器以将紧固件拉入捕集器。 在提取器工具中形成回流端口,并且在真空发生器已被停用之后,将加压空气引入捕集器中以去除附着在捕获器上的紧固件。 回流端口可以形成在位于真空发生器之间并将真空发生器彼此固定的配件中。 真空发生器和配件可以限定通向适于接收紧固件的一部分的紧固件座中的公共流体通道。
    • 10. 发明授权
    • Fiber placement mid-span redirect
    • 光纤放置中跨重定向
    • US6112792A
    • 2000-09-05
    • US197088
    • 1998-11-19
    • Roy L. BarrDaniel D. BlochAndrew R. MallowCharles A. Rhodes
    • Roy L. BarrDaniel D. BlochAndrew R. MallowCharles A. Rhodes
    • B29C70/38B65H57/26B65H57/00B65H65/00
    • B29C70/384B29C70/32Y10T156/1788
    • A composite fiber placement mid-span redirect device (10) mounted on a fiber placement assembly (12) guides a plurality of composite material tows (14) along a fiber path from a material supply creel (20) to a fiber placement head (30) during a composite forming process. The mid-span redirect device (10) includes a frame assembly (38) to which a plurality of outer swivel roller assemblies (80) and a plurality of inner swivel roller assemblies (90) are attached. Each outer swivel roller assembly (80) contains an outer roller (82), an outer capture roller (84), an outer swivel bracket assembly (86), and a counterbalancing member (88). Each inner swivel assembly (90) contains an inner roller (92), an inner swivel bracket assembly (96), and a counterbalancing member (98). The outer swivel assemblies (80) and inner swivel assemblies (90) work in concert with one another to accommodate six axes of motion from a fiber placement assembly (12), and simultaneously allow the fiber tows (14) to move bi-directionally, both towards the material supply creel (20) and alternately towards the fiber placement head (30), without inducing twisting of the fiber tows (14).
    • 安装在光纤放置组件(12)上的复合光纤放置中跨重定向装置(10)将多条复合材料丝束(14)沿着从材料供应线架(20)到纤维放置头(30)的纤维路径引导 )。 中跨重定向装置(10)包括框架组件(38),多个外部旋转辊组件(80)和多个内部旋转辊组件(90)附接到框架组件。 每个外部旋转辊组件(80)包含外部辊(82),外部捕获辊(84),外部旋转托架组件(86)和平衡构件(88)。 每个内部旋转组件(90)包含内部辊(92),内部旋转支架组件(96)和平衡构件(98)。 外部旋转组件(80)和内部旋转组件(90)彼此协调工作以容纳来自光纤放置组件(12)的六个运动轴线,并且同时允许纤维束(14)双向移动, (20)并且交替地朝着纤维放置头(30)移动,而不会引起纤维丝束(14)的扭转。