机械方案创新设计及其智能支撑系统实践

Nan Wang, Pin Yu, Jia‐Yin You
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引用次数: 0

摘要

随着机械产品功能和功能的不断增强,机械的复杂性和设计难度也越来越高。许多公司为了节省资金和时间,直接使用过去比较成熟的设计,完全放弃了创新和设计新机械。本文的目的是对机械方案及其智能支撑系统的创新设计进行研究与实践。本文对机械方案的创新与智能支持系统进行了详细的分析,然后根据具体的参考文献确定了研究方向以及目标的可行性和未来的可能性,然后对机械方案的创新方向进行了大量的调研。并解释了其作用。经过重新设计,未来证明了机械设计方案的实用性。以工厂机械臂的安装为例。对机械臂进行了新的设计,在保持机械臂基本性能不变的情况下,对关节进行了改进。受力力矩证明了创新设计的可行性。实验研究表明,在本文提出的机械方案创新设计的基础上,对某工厂的机械臂进行了重新设计。各机械手的关节扭矩也相应提高,其中大臂关节扭矩提高了21%。左图和右图,证明了本文研究方向的可行性和实用性。
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Innovative Design of Mechanical Scheme and the Practice of Its Intelligent Support System
With the continuous enhancement of the functions and functions of mechanical products, the complexity and design difficulty of machinery are becoming higher and higher. Many companies directly use the more mature designs of the past in order to save money and time, and completely give up Innovating and designing new machinery. The purpose of this paper is to study the research and practice of the innovative design of mechanical scheme and its intelligent support system. This article analyzes the innovation and intelligent support system of the mechanical scheme in detail, and then determines the research direction and the feasibility and future possibilities of the goal according to specific references, and then conducts a large number of investigations on the innovation direction of the mechanical scheme. And the role is explained. The future proves the practicability of the mechanical design scheme after the redesign. Take the installation of a mechanical arm in a factory as an example. A new design of the mechanical arm was carried out, and the joints were improved while the basic properties of the mechanical arm remained unchanged. The moment of force proves the feasibility of the innovative design. Experimental research shows that the mechanical arm of a certain factory was redesigned on the basis of the innovative design of the mechanical scheme proposed in this paper. The joint torque of each manipulator has been correspondingly improved, and the torque of the big arm joint has increased by 21%. Left and right, prove the feasibility and practicability of the research direction of this article.
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