Smart device manufacturing system is a A human-machine integrated system composed of intelligent machines and human experts, it highlights the analysis, judgment, and reasoning of human experts in a highly flexible and integrated manner in all links of manufacturing. , Conceive and make decisions, replace or extend part of the human brain work in the manufacturing environment, and at the same time collect, store, improve, share, inherit and develop the manufacturing intelligence of human experts.
Intelligent manufacturing has become an important production mode of the manufacturing industry that affects the future economic development process. The intelligent manufacturing system is the environment for the integrated application of intelligent technology and the carrier of the intelligent manufacturing model.
1. Current status of smart manufacturing implementation
Now, our country is at a critical moment of transformation and has also promulgated Made in China 2025, hoping to use advanced intelligent manufacturing technology to regulate and promote industrial upgrading. Many companies have now formulated implementation strategies for smart manufacturing, hoping to use smart manufacturing technology to improve their competitive benefits.
The author has done consulting services for many enterprises that are transforming into intelligent manufacturing. During the consulting service process, I found that some companies can Proceeding from its own reality, starting from the basics, step-by-step and systematic industrial upgrading and transformation have also achieved certain results, enhancing the competitiveness of the company. However, most companies are following the trend in the process of transformation and upgrading of intelligent manufacturing, without complete self-analysis, and without a solid foundation, follow the trend and carry out a large amount of capital injection to carry out digital and information transformation.
Second, the role of industrial engineering technology on intelligent manufacturing
If the foundation is not well laid, intelligent manufacturing can be said to be on paper, and the investment of resources will not have equal benefits. As the guarantee of enterprise operation, industrial engineering technology can start from the foundation and carry out systematic optimization. Therefore, enterprises need to use industrial engineering technology to achieve the standardization of the entire process, so that various operating indicators tend to lean, and on this basis, the intelligent manufacturing upgrade and transformation can obtain actual benefits.
2.1 Standardization implementation
Standardization It is the highest form of institutionalization, which can be applied to production, development and design, management, etc. It is a very effective working method. Whether an enterprise's standardization work can play a role in market competition determines the status and existence value of standardization in the enterprise.
Enterprise standardization management is essentially an enterprise standardization system composed of three standard systems: technical standards, management standards, and work standards. The establishment and implementation of Technical standards are technical guidelines for things that need to be unified and coordinated in technical activities. It is based on the scientific and technological level and practical experience in different periods, and the best solution to the universal and recurring technical problems.
Management standards are business management activities and business management stipulated by enterprises in order to ensure and improve product quality and achieve overall quality goals Specific standards. Work standards are standards formulated for work items that need to be coordinated and unified in the field of enterprise standardization. They are based on the work of people or groups of people and stipulate the scope of work, responsibilities, permissions, and work quality.
As an important part of industrial engineering, standardization can make the implementation of intelligent manufacturing more effective and generate the greatest value.
2.2 Human factors engineering applications
Human factors engineering is the study of various factors such as human anatomy, physiology, and psychology in a certain work environment; the study of the interaction between man and machine and the environment; the study of work, life and rest How to uniformly consider issues such as work efficiency, human health, safety and comfort.
With the development of science and technology, more and more equipment replaces labor. Many people think that human factors engineering is no longer important at this time, but the opposite is true. If the design of equipment and fixtures is not optimized in accordance with human factors engineering technology, it does not conform to human operating habits, it will cause accidents in serious cases, and misoperation or difficult operation in the slightest, and the normal efficiency of the equipment will not be exerted. With the development of science and technology, the degree of automation of future equipment will become higher and higher. The design and layout of equipment, tooling, and station ancillary facilities need to include human factors engineering technology.
Send feedback
History
