Which information is required in produciton automation?
Best insight from top research papers
The information required in production automation includes ensuring the consistency of information, extracting required information from unstructured data sources, identifying potential information contradictions, and tracking information changes during the system design process . Additionally, the development of a new information model for automation is crucial for standardization and information integration in multi-vendor plants . Automation equipment, consisting of hardware and software, is used to implement production automation systems, and it plays a vital role in improving the management of gas well operations . The automation system for an existing production line involves controlling and monitoring the production processes using an industrial computer, sensors, and electronically controlled valves . The aim is to minimize costs by sourcing cost-effective components that comply with the system's requirements .
Answers from top 5 papers
More filters
| Papers (5) | Insight |
|---|---|
19 Jun 2013 119 Citations | The paper does not explicitly mention the specific information required in production automation. |
| The paper mentions that the automation system for the production line requires an industrial computer, sensors for flow, pressure, and fluid level, and electronically controlled valves. It also mentions the need for remote access to control and monitor the production line. | |
| The paper discusses the automation equipment used in production automation systems and provides information about the available components and insights into what works well. However, it does not specifically mention the information required in production automation. | |
20 Aug 2022 | The paper does not explicitly mention the specific information required in production automation. The paper focuses on the challenges of ensuring consistency in information and proposes an ontology-based approach to manage inconsistencies in large-scale production systems. |
20 Aug 2022 | The paper does not explicitly mention the specific information required in production automation. The paper focuses on the challenges of ensuring consistency in information and proposes an ontology-based approach to manage inconsistencies in large-scale production systems. |
Related Questions
How can automation enhance project management?5 answersAutomation can significantly enhance project management by streamlining tasks, improving efficiency, and providing valuable insights for decision-making. By integrating artificial intelligence (AI) and robotic process automation (RPA) into project management, organizations can benefit from improved resource allocation, better risk management, and faster decision-making processes. AI tools can automate time-consuming project control tasks, allowing for more focus on strategic planning and resource optimization. RPA bots can handle repetitive activities, freeing up human employees for more complex and creative work, ultimately leading to increased productivity and economic growth. Successful automation implementation requires a balance between human skills and AI technology, ensuring that both complement each other effectively for efficient project delivery.
How does automation impact the production of medical devices?5 answersAutomation has had a significant impact on the production of medical devices. It has allowed for increased efficiency and effectiveness in testing the functionality of medical devices, such as switches and knobs, through automated tests. Automated production devices have also been developed for machining raw materials and assembling medical supplies, resulting in improved production efficiency and reduced labor costs. In the pharmaceutical sector, automation has enabled the production of customized medications and has affected the role of the quality assurance department, allowing for more flexibility, repeatability, and cost savings. Furthermore, automation has revolutionized the production process of magnetic suspension artificial hearts and blood pumps, achieving automatic production, smooth process steps, and significantly improved efficiency and labor savings. Overall, automation has transformed the production of medical devices by enhancing efficiency, reducing labor costs, and improving quality assurance processes.
How does automation impact the production of medical devices espiecally autoinjectors?5 answersAutomation has had a significant impact on the production of medical devices, especially autoinjectors. Automated tests can be used to check the efficiency and effectiveness of medical devices, including the functionality of switches and knobs. In the pharmaceutical sector, automation has been used in various departments such as production, packing, labeling, and warehousing, making the production of customized medications possible. Automation devices have been developed for producing medical products, resulting in increased working efficiency and improved product quality. Additionally, automatic production devices have been used for machining raw material disks, improving production efficiency and saving manpower. Automatic production lines for medical supplies have also been implemented, leading to improved production efficiency, reduced labor input, and lower labor costs.
Is automation good in a building disign proces?5 answersAutomation in the building design process has several advantages. It can improve worker safety, increase quality and cost-effectiveness, and enhance productivity and job efficiency. Additionally, automation can reduce routine tasks and manual labor, leading to increased labor productivity and reduced labor costs. Automation also plays a crucial role in the implementation of information modeling technology, which is essential for the rapid creation of high-quality housing infrastructure. Furthermore, the use of automated design systems can improve the quality of design by analyzing forces, choosing optimal rotor types, and calculating dynamic characteristics. Therefore, automation is beneficial in the building design process, as it can enhance safety, efficiency, and overall quality.
Where do Production designers find information for their work?5 answersProduction designers find information for their work through various sources. They can gain insights and inspiration from books like "Production Design: Visual Design for Film and Television" by Peg McClellan, which provides an overview of the craft and covers the basics of job responsibilities and artistic approach. Another valuable resource is "Production Design" from the FilmCraft series, which features in-depth interviews with distinguished practitioners and explores the training, technical expertise, and personal qualities required for the role. Additionally, production designers can stay updated on technological advances in graphics and print production through books like "Production for Graphic Designers" by Alan Pipes, which covers prepress and printing processes, including digital offset and small-run color printing. These resources offer valuable information and guidance for production designers in their creative process and decision-making.
How is automation used in beer production?4 answersAutomation is used in beer production to improve efficiency and quality. The beer brewing production automation control system described by Han Chao and Xie Songwei includes a master control station and multiple industrial control stations that can be controlled remotely or individually. Jia Xin's device for automatically brewing beer utilizes automatic technology to increase beer quality and create benefits for manufacturers. Ni Zhi's beer production control system enables automatic control of liquid filling, reducing labor costs and improving production efficiency. Dong Feng, Tianxia Zhang, and Yuan Hao's beer production automation control system based on Ethernet and CC-Link allows for coordination of sub-stations, fault processing, and alarming, improving production efficiency and quality. Wu Changjiang's beer production device includes mechanisms for barley brewing, juice processing, and mixing, allowing for the production of beer with different flavors and improved nutritional value.