secureAR - Modular AR service platform for industrial production - LEDs Magazine

1 year ago 47

Within the task secureAR (funded by the Federal Ministry of Education and Research), a cross-industry and unfastened cloud-based work level with unfastened manufacture interfaces is being developed. Within secureAR, the Fraunhofer Institute for Organic Electronics, Electron Beam and Plasma Technology FEP is researching a caller hardware level that is utilized successful an innovative AR assistance strategy for the location- and situation-specific proviso and visualization of information successful antithetic concern scenarios. This hardware level volition beryllium presented astatine electronica 2022, from November 15 to 18, 2022, successful Munich/Germany, astatine the Fraunhofer associated booth B4.258, successful Hall B4.

In the future, factories volition person to nutrient idiosyncratic products adjacent much flexibly than contiguous and execute greater profitability – successful a abbreviated time, astatine debased cost, with the highest quality. The employees are supported successful the champion imaginable mode by modern AR (augmented reality) assistance systems and integrated into the accumulation and work processes. This enables an betterment of moving conditions arsenic good arsenic accumulation processes- and besides opens up wholly caller concern models and services.

The purpose of the secureAR associated task is to analyse innovative services successful the concern accumulation environment. For this purpose, a cross-industry and open-cloud based work level collects information on the full worth chain, from readying to accumulation processes to works maintenance, and enables location- and situation-specific proviso and visualization of the information by a caller benignant of AR assistance system. Within the project, it is initially optimized for usage successful electronics manufacturing and for craft construction.

Bernd Richter, Head of the section for Organic Microelectronic Devices astatine Fraunhofer FEP and caput of the subproject for the probe of the hardware components, describes the system: “Previous AR systems are chiefly designed for the user market. Due to the modular plan of the caller AR assistance strategy of secureAR, it is casual to accommodate to each concern scenarios. We person placed peculiar accent connected ergonomics and compliance with the requirements of concern production. For example, the strategy tin beryllium easy combined with idiosyncratic protective equipment, specified arsenic a bumper cap.”

The strategy is equipped with cameras that observe the presumption of the wearer successful the room, but it besides detects objects successful the adjacent field. In this way, operating instructions oregon accusation from different persons who are not connected tract – e.g. distant attraction – tin beryllium displayed successful a targeted manner. Ergonomics person been improved and the strain connected the wearer successful the concern situation has been importantly reduced. The strategy is expandable with further sensors and interfaces.

The information is ever acquired and transmitted connected a sensor basis. In the concern environment, specified information indispensable beryllium specially protected arsenic concern secrets. Currently disposable AR devices, specified arsenic mobile phones, tablets oregon adjacent information glasses, are permanently connected to the Internet and cannot supply specified extortion due to the fact that they are straight connected to the communal unreality systems of their providers. The modular unfastened root operating strategy L4Re is utilized connected the caller assistance strategy for unafraid information acquisition. While consistently respecting data, spot and privateness rights, the information is transferred straight to the unfastened cloud-based work level developed by secureAR. Thus, the associated task makes an important publication to Germany's and Europe's integer sovereignty.

The usage of tiny OLED microdisplays that devour small powerfulness has resulted successful a lightweight, ergonomic strategy that tin beryllium utilized some binocular and monocular. The Fraunhofer FEP is specialized successful the probe and accumulation of customized and project-specific microdisplays and their integration into analyzable systems. For this purpose, the institute tin gully connected galore years of acquisition successful the realization of a wide assortment of microdisplay architectures.