18 results found. 1 - 10 of 18 results
Power system developers increasingly deploy power management capability to optimize performance, uptime, and end-user experience for the complete range of any system powered by FEP PSU’s e.g.data, server, storage, industrial, and medical applications. Systems consist of a wide variety of devices, i.e., “targets”. Being able to control, configure, and monitor each device over a digital communication bus is required to achieve these objectives.
The "contactless" trend that reduces opportunities for contact with people and objects has gained strength throughout society. Against this backdrop, the term "touchless economy," which indicates contactless economic activities, is also attracting attention.
Smart Factory Case Study
We introduce the importance of communication to solve issues on-site, realizations obtained from converting into a smart factory, and other aspects in Part 2.
Smart Factory Case Study
We introduce here the process when promoting the conversion of a regular factory into a smart factory and the keys to promoting that. We do that based on the example of Iwate Murata Manufacturing, which has eliminated the gap in the proficiency of workers to achieve task standardization and productivity improvement through conversion into a smart factory.
Smart Factory Case Study
In Part 2 of this article, we introduce initiatives on predictive maintenance and visualization of the equipment operating situation derived from realizations obtained in the EMS. We also look at the clues to cultivating an awareness to make improvements in the manufacturing site that forms the key to converting a regular factory into a smart factory.
Smart Factory Case Study
We introduce here the process when promoting the conversion of a regular factory into a smart factory and the keys to promoting same through the efforts of Komoro Murata Manufacturing.
For society to recover and progress in this post-pandemic era, we need to reduce the risk of infection at schools, offices, and other places where people gather. To achieve this, we must avoid the three Cs: closed spaces, crowded places, and close-contact settings. Toward that end, ventilation is especially important for preventing airborne infections. A new method of discerning and announcing the proper timing for ventilation is gaining attention: using CO2 sensors to visualize air quality.
Smart Factories: Giving Form to Digital Transformation in the Manufacturing Industry
A cyber-physical system (CPS), which is the core information system of future factories aiming to be smart factories, is built by concentrating together IoT, AI, big data analysis, industrial networks, and other advanced information technologies. It is an information system occupying the core in the implementation of digital transformation (DX) in the manufacturing industry that draws a clear distinction with mere process automation by conventional factory automation (FA).
Smart Factories: Giving Form to Digital Transformation in the Manufacturing Industry
We give an explanation here about digital transformation (DX) in the manufacturing industry – business reform that utilizes digital technology in the manufacturing industry. The approach to business reform is gradually becoming more sophisticated with visualization, optimization, automation, and autonomy in DX in the manufacturing industry. The scope of the application of that is also expanding to systems, factories, companies, and supply chains.
Bringing humans and machines even closer with sensors and AI
VR/AR technology fuses the virtual with the actual, while 5G technology allows for massive amounts of data to be transmitted. Advances continue to be made in both areas. In this section, we introduce some examples of how these technologies are expanding the scope of remote work.
