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Patent Issued for System and method for robotic gripping utilizing dynamic collision modeling for vacuum suction and finger control (USPTO 11312014)

机译:专利发布机器人的系统和方法扣人心弦的利用动态碰撞建模真空抽吸控制(USPTO和手指11312014)

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摘要

Reporters obtained the following quote from the background information supplied by the inventors: “Field “Embodiments of the present disclosure relate generally to the field of robotic gripping systems, and methods of control thereof, in order to manipulate objects for various purposes, such as, for example, picking, sorting, handling, packaging, and assembly. “Description of Related Art “Common robotic end effectors with gripping functionality are frequently highly complex, and highly customized to match the handled work piece. The end effectors may require various sensing mechanisms to assist the robotic system in locating, handling, and positioning objects of varying sizes, dimensions, colors, etc. However, current systems have in in handling irregularly-shaped objects, and current robotic system are limited in their ability to be widely used for different object types. Thus, current robotic systems are typically custom-made for specific applications, environments, and object-types. Thus, multiple end effectors are required in environments where different object types are being handled.
机译:记者获得以下引用发明人提供的背景信息:“字段”体现目前的信息披露与一般机械领域的扣人心弦的系统和控制方法,在秩序操作对象为各种目的,等,例如,选择、排序处理,包装、组装。与扣人心弦的艺术”常见的机器人末端效应器功能通常是高度复杂的,高度定制的匹配处理工作一块。传感机制协助机器人系统在定位、处理和定位的对象不同大小、尺寸、颜色等。当前的系统已经在处理形状不规则的物体,和当前的机器人系统的能力是有限的用于不同的对象类型。机器人系统通常是定制的特定的应用程序环境,对象类型。需要在环境中不同的对象类型被处理。

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