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    • 1. 发明申请
    • TECHNOLOGIES FOR RULE-GUIDED AUTONOMOUS GOAL ACHIEVEMENT
    • 规范自主创新的技术
    • US20160189266A1
    • 2016-06-30
    • US14583683
    • 2014-12-27
    • Brian D. JohnsonAnthony C. Salvador
    • Brian D. JohnsonAnthony C. Salvador
    • G06Q30/06
    • G06Q30/0617G06Q30/0605
    • Technologies for autonomously determining conditions to achieve a goal include determining a goal to be achieved, determining a pool of available resources usable to achieve the goal, determining a set of rules to be satisfied to achieve the goal, updating the pool of available resources based on the determined set of rules, and determining the conditions required to achieve the goal utilizing resources from the updated pool of available resources that satisfies the set of rules. A set of final conditions may be determined to achieve a set of multiple goals. The goals, rules, and resources may be provided by a user, an agent of the resources, or otherwise determined or inferred by the disclosed system.
    • 用于自主确定实现目标的条件的技术包括确定要实现的目标,确定可用于实现目标的可用资源池,确定要满足的一组规则以实现目标,基于以下方式更新可用资源池 确定的一套规则,并确定使用满足一组规则的可用资源的更新池资源实现目标所需的条件。 可以确定一组最终条件以实现一组多个目标。 目标,规则和资源可以由用户,资源的代理人提供,或者由公开的系统以其他方式确定或推断。
    • 10. 发明授权
    • Method for stamping a part from a multi-layered strip
    • 从多层条冲压零件的方法
    • US06401510B1
    • 2002-06-11
    • US09331814
    • 1999-06-25
    • Thomas L. MorseAlfred D. NelsonBrian D. Johnson
    • Thomas L. MorseAlfred D. NelsonBrian D. Johnson
    • B21D2810
    • G11B5/7315B26D3/085B26F1/40G11B5/8404Y10T83/0581Y10T83/8832
    • A method of stamping a part from an elongated strip of multi-layered material. The multi-layered material includes a viscoelastic intermediate layer, and upper and lower layers that are relatively rigid with respect to the intermediate layer. The method includes providing symmetrically aligned top and bottom punches each including a material displacement edge corresponding with a desired shape of the part. Each of the material displacement edges are defined by a rake surface and a part interface surface that combine to form a positive rake angle. The strip is positioned between the top and bottom punches. The top and bottom punches then shear a portion of the upper and lower layers, respectively. More particularly, symmetrical groove patterns are formed in the upper and lower layers, defining a perimeter of the part. The part is then removed from the strip along the perimeter.
    • 一种从细长的多层材料条冲压零件的方法。 多层材料包括粘弹性中间层以及相对于中间层相对刚性的上层和下层。 该方法包括提供对称排列的顶部和底部冲头,其各自包括对应于部件的期望形状的材料位移边缘。 每个材料位移边缘由组合以形成正前角的前倾表面和部件界面表面限定。 带材位于顶部和底部冲头之间。 顶部和底部冲头分别剪切上部和下部的一部分。 更具体地,在上层和下层中形成对称的凹槽图案,限定了该部分的周边。 然后将该部分沿着周边从条带上移除。