A new approach to in-pipe locomotion, “QuestionMe” technique increasing open innovation efficiency in petroleum robotics

Bahadur Ibrahimov
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引用次数: 0

Abstract

Different locomotion approaches have been developed for different cases, working environments and distinctive competencies and not to be applicable for all purposes. For the developer it is hard and cost intensive to find the right way to build such a locomotion system for distinctive requisitions which should fulfill predefined requirements or to define the locomotion type of the robot intended to be developed. In most cases it ends up with re-inventing already existing solutions. This shows the need for a tool where the requirements get sorted and tool guides the user for the right research method and efficient use of the variables and resources to build in-pipe locomotion solution. In this paper the development stages of in-pipe robot locomotion will be discussed, variables will be defined and analyzed that are to be used as inputs of the technique and the cases of usage or the situation of the in-pipe inspection robot's development will be assessed. Then possible variations and outcomes will be analyzed as well as technique will be offered as an example of Open Innovation action for an optimized social impact of robotics.
一种管内运动的新方法——“QuestionMe”技术提高了石油机器人的开放式创新效率
不同的运动方法针对不同的情况、工作环境和不同的能力而发展,并不是适用于所有的目的。对于开发人员来说,找到正确的方法来构建这样一个运动系统,以满足预定的要求,或者定义要开发的机器人的运动类型,是困难和成本密集的。在大多数情况下,它最终以重新发明已经存在的解决方案而告终。这表明需要一个工具来对需求进行分类,并指导用户正确的研究方法,有效地利用变量和资源来构建管道内运动解决方案。本文将讨论管道内机器人运动的发展阶段,定义和分析将用作该技术输入的变量,并评估管道内检测机器人的使用案例或发展情况。然后分析可能的变化和结果,并提供技术作为开放创新行动的一个例子,以优化机器人的社会影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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