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    • 5. 发明申请
    • Exit window milling assembly with improved restraining force
    • 出口窗铣削组件具有改进的约束力
    • US20070261840A1
    • 2007-11-15
    • US11434358
    • 2006-05-15
    • Calvin StoweEvan LewisMohan SoniDaniel Hart
    • Calvin StoweEvan LewisMohan SoniDaniel Hart
    • E21B23/03
    • E21B29/06
    • An assembly for milling a window in a tubular features a layout that keeps a restorative force normal to the whipstock slope acting on the window mill to help it track the whipstock ramp long enough for making an exit at the desired location. A string mill assembly is made long enough to allow such a restorative force to be created on the window mill as it advances down the ramp. The bearing or cutting structures on the string mill are positioned with respect to the window mill so that either the top of the string mill or at least the first bearing structure above the window mill presents at the top of the window as the window mill arrives at the position where it is desired that it make an exit. The lower bearing structure of the string mill also preferably has a rounded profile to facilitate its entrance on to the whipstock ramp without getting in a bind on the tubular wall adjacent the top of the window.
    • 用于铣削管道中的窗口的组件具有一种布局,其将恢复力保持垂直于作用在窗玻璃上的造斜斜坡,以帮助其跟踪造斜斜坡,足以使其在所需位置处出口。 弦碾机组件被制成足够长的时间,以允许在窗碾机上沿着斜坡进入时产生这样的修复力。 串磨机上的轴承或切割结构相对于窗口磨机定位,使得当研磨机到达时,弦磨机的顶部或窗玻璃上方的至少第一轴承结构呈现在窗口的顶部 希望它退出的位置。 串磨机的下轴承结构也优选具有圆形轮廓,以便于其进入造斜坡坡道而不会在邻近窗口顶部的管状壁上结合。
    • 7. 发明申请
    • Method for managing agricultural produce inventories
    • 农产品库存管理办法
    • US20060111845A1
    • 2006-05-25
    • US11242117
    • 2005-09-30
    • Jonathan ForbisWilliam AldridgeDaniel HartMichael Smith
    • Jonathan ForbisWilliam AldridgeDaniel HartMichael Smith
    • G06F19/00
    • G06Q10/087G06Q50/02
    • The present invention relates to a system and method for managing and monitoring agricultural produce inventories from harvest forward in the supply chain, including obtaining data points relating to activity and activity locations that bear on the produce as it moves along the supply chain, and further includes methods for tracing inventory histories. The invention includes three component parts; (1) management of variables that impact the crop prior to the farm gate, (2) tracking, tracing, and monitoring functions for the crop as it moves through the supply chain, and finally (3) crop-specific integration of the system and it's requisite control points into a wide variety of entities within the fresh produce supply chain with minimal impact on existing operations. Also included is a system and method for assigning a non-unique identifier to the segregated crop batch or product and associating a global location identifier indicating a point of origin of said crop batch with said non-unique identifier. This association transforms the non-unique product identifier into a globally unique identifier.
    • 本发明涉及一种从供应链收获前期管理和监测农产品库存的系统和方法,其中包括获取有关沿着供应链移动的产品上承载的活动和活动位置的数据点,还包括 跟踪库存历史的方法。 本发明包括三个组成部分; (1)管理在农场之前影响作物的变量,(2)在作物通过供应链进行跟踪,跟踪和监测功能时,最后(3)系统的作物特定整合和 对新鲜农产品供应链中各种实体的控制点是必不可少的,对现有业务影响最小。 还包括用于将非唯一标识符分配给分离的作物批次或产品并将指示所述作物批次的原点的全局位置标识符与所述非唯一标识符相关联的系统和方法。 该关联将非唯一的商品标识符变换为全局唯一的标识符。