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    • 2. 发明申请
    • NOTCH RE -BLEND IN A CAD OBJECT
    • NOT CAD REBLEND IN CAD对象
    • WO2012145203A1
    • 2012-10-26
    • PCT/US2012/033012
    • 2012-04-11
    • SIEMENS PRODUCT LIFECYCLE MANAGEMENT SOFTWARE INC.NANSON, Peter Philip LonsdaleCOLLINS, Richard CharlesSMITH, Alexandra Jane
    • NANSON, Peter Philip LonsdaleCOLLINS, Richard CharlesSMITH, Alexandra Jane
    • G06F17/50
    • G06F17/5086G06F17/50G06T2219/2021
    • In many common cases, the creation of a blend consumes some or all of the blend's unders in such a way that the unders are no longer part of the B-Rep definition of a modified B-Rep model. This can make other, later processes difficult since those processes may most effectively be driven or constrained to the underlying data. The invention discloses a method for maintaining or recreating the underlying data for a blend for use in other processes by - receiving (305) an object model(200) in a CAD system, the object model (200)including a plurality of features; - creating (310) a blend (206) as part of the object model (200), using at least one of the features, and removing the used features; -creating (315) a construction body corresponding to the object model (200); -storing (320) the removed features in the construction body; and - performing (325) a CAD operation on the object model (200) using the features stored in the construction body.
    • 在许多常见情况下,创建混合消耗了部分或全部混合物的下方,使得下面的部分不再是修改的B-Rep模型的B-Rep定义的一部分。 这可能使其他后期流程变得困难,因为这些流程可能最有效地被驱动或限制于基础数据。 本发明公开了一种用于通过在CAD系统中接收(305)对象模型(200)来维护或重建用于混合的基础数据以用于其它过程的方法,所述对象模型(200)包括多个特征; - 使用所述特征中的至少一个来创建(310)作为所述对象模型(200)的一部分的混合(206),以及去除所使用的特征; - 创建(315)对应于所述对象模型(200)的结构体; (320)施工机构中拆除的特征; 以及 - 使用存储在所述结构体中的特征对所述对象模型(200)执行(325)CAD操作。
    • 5. 发明申请
    • SYSTEM AND METHOD OF GENERATING GEOMETRY OF A SWEPT VOLUME OF A SPUN TOOL
    • 系统和方法生成一个SPUN工具的开关量的几何
    • WO2014172364A1
    • 2014-10-23
    • PCT/US2014/034187
    • 2014-04-15
    • SIEMENS PRODUCT LIFECYCLE MANAGEMENT SOFTWARE INC.
    • NANSON, Peter Philip LonsdaleCOLLINS, Richard CharlesZHOU, Jianwei
    • G05B19/4069G05B19/4093G05B19/4097
    • G06F17/5009G05B19/4069G05B19/40938G05B19/4097G05B2219/35148G05B2219/36252G05B2219/50341Y02P90/265
    • A method includes receiving a representation of a spun tool (222) and receiving a path (240) for the spun tool (222). The method also includes calculating a profile of the spun tool (222) and simulating movement of the spun tool (222) over the path (240). The method includes determining critical positions (232, 234) along the path (240) at which the composition of the profile of the spun tool (222) changes based on the path (240), and re-calculating the composition of the profile of the spun tool (222) for each side of a critical position (232, 234). The method further includes re-calculating the shape of the profile of the spun tool (222) at non-critical positions (242, 244) of the path (240). The method further includes determining a volume (352) defined by moving the spun tool (222) along the path (240) between a first critical position (232) and a second critical position (234), changing the profile of the spun tool (222) at each critical position (232, 234), and calculating a total volume based on the path (240).
    • 一种方法包括接收纺丝工具(222)的表示并接收用于纺丝工具(222)的路径(240)。 该方法还包括计算纺丝工具(222)的轮廓并且模拟纺丝工具(222)在路径(240)上的移动。 该方法包括确定沿着路径(240)的临时位置(232,234),在该路径处,纺丝工具(222)的轮廓的组成基于路径(240)改变,并重新计算轮廓的轮廓的组成 所述旋转工具(222)用于临界位置(232,234)的每一侧。 该方法还包括在路径(240)的非临界位置(242,244)处重新计算纺机(222)的轮廓的形状。 该方法还包括确定通过在第一临界位置(232)和第二临界位置(234)之间沿着路径(240)移动纺织工具(222)来限定的体积(352),改变纺丝工具的轮廓 222)在每个临界位置(232,234)处,并且基于路径(240)计算总体积。