首页> 外国专利> ROBOTIC METHOD AND SYSTEM FOR JOINING PARTS OF A STRUCTURE USING ANCHORING ELEMENTS SUCH AS NUTS, BOLTS, SCREWS, PLUGS OR RIVETS IN DIFFERENT STRUCTURES AND AT DIFFERENT HEIGHTS AUTONOMOUSLY, WITHOUT THE PRESENCE OF PEOPLE IN THE WORK AREA

ROBOTIC METHOD AND SYSTEM FOR JOINING PARTS OF A STRUCTURE USING ANCHORING ELEMENTS SUCH AS NUTS, BOLTS, SCREWS, PLUGS OR RIVETS IN DIFFERENT STRUCTURES AND AT DIFFERENT HEIGHTS AUTONOMOUSLY, WITHOUT THE PRESENCE OF PEOPLE IN THE WORK AREA

机译:用于使用不同结构的螺母,螺栓,螺钉,塞子或铆钉等锚固元件和不同的高度的锚固元件和不同的高度在不同的高度,而不存在工作区域的锚固元件的机器人方法和系统

摘要

Disclosed is a system and method for a robotic system that uses artificial intelligence and neural network techniques to install anchoring elements, for example, the screwing of nuts, for the systematic, automatic, semi-automatic or remotely operated and controlled tightening of parts of a structure in line with a predetermined design of joining means such as, but not limited to, nuts, bolts, screws, rivets or plugs in different structures and at different heights, autonomously, for the assembly of structures such as, but not limited to, constructions, buildings or sheds, carrying out computerised registration of the result of the entire joining process, for example, screwing for tightening, without the presence of people in the work area, preventing people from being exposed to risks of working at a height and of tool manipulation, thereby guaranteeing the precision of the characteristics of the joint in accordance with the predetermined design.
机译:公开了一种用于机器人系统的系统和方法,用于使用人工智能和神经网络技术来安装锚固元件,例如,螺母的拧紧,用于系统,自动,半自动或远程操作和控制的部分 结构符合预定设计的连接装置,例如但不限于不同结构的螺母,螺栓,螺钉,铆钉或插塞,并且在不同的高度,自动地,用于组装结构,但不限于, 建筑,建筑物或棚屋,进行整个加入过程的结果的计算机化登记,例如,在没有工作区域的人的情况下拧紧拧紧,防止人们暴露在高度工作的风险上 刀具操纵,从而保证根据预定设计的关节特性精度。

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