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Sensor Systems & Data Acquisition

Sensor Systems and Data Acquisition

How are all relevant data captured along the process chain?

13 services found
A futuristic industrial facility with bright lighting and large windows showing green scenery outside. The interior features various high-tech machines and screens displaying digital interfaces and glowing icons, indicating advanced automation. In the foreground, green crops are arranged in planters alongside solar panels. An orange robotic cart is positioned on a pathway, surrounded by multiple white machines with blue control panels. Recycling bins in green are visible to one side. The overall atmosphere conveys a blend of technology and nature, emphasizing sustainability in manufacturing.
AI-Enhanced Optimal Experimental Design for Production Processes
The image features a dark, digital landscape with streams of light flowing through it. At the center, a bright vertical beam of light emerges, surrounded by abstract geometric shapes and icons that represent various forms of data, such as images, graphs, and navigation symbols. The background has a network-like appearance, with fine lines and points of light scattered throughout, mimicking a technological or data-driven environment. Soft blues, whites, and hints of orange are seen within the luminous elements, enhancing the futuristic feel of the scene. Overall, the image conveys a sense of information flow and digital connectivity.
Bioprocess: Dataflow into Database and Analytics
A robotic arm with a metallic drill head is positioned above a neatly arranged grid of cylindrical batteries on a silver metal surface. A blue laser beam is directed towards one of the batteries, creating a bright spark at the contact point. In the background, a digital display shows various graphs and settings, illuminated by soft lighting that reflects off the metallic surfaces of the workstation. The overall scene conveys a high-tech industrial environment focused on precise manufacturing processes.
Deep Learning-based Visual Inspection
A human hand gently holds a metallic turbine wheel above a vibrant green grass field. To the left, a bright orange and black butterfly is delicately perched near the hand, with its wings partially open. The background features a soft-focus, dreamy atmosphere with blurred greenery and a hint of light, enhancing the contrast between nature and technology.
Digital Infrastructures for sustainable and profitable Production
The image depicts a conveyor belt system populated with small potted plants and a series of cameras. Each plant features a lush green top with numerous pointed leaves, housed in simple brown pots. The background is lined with a green-textured surface, enhancing the vibrant colors of the plants. Several shiny, metallic cameras are positioned at various angles, suggesting a theme of photography amidst the greenery. The composition has a clean and orderly appearance, with the plants and cameras systematically arranged along the conveyor belt. The overall color palette is predominantly green, with the metallic cameras adding a contrasting silver tone.
Digital Preharvesting Quality Control in VF-systems
The image features a stylized representation of several golden file folders arranged on a dark surface, suggesting a digital folder system. The folders have white labels and a glowing outline, emphasizing their three-dimensional appearance. Above the folders, small icons resembling files or documents are floating, indicating file activity. In the foreground, there is a sleek, dark surface with key labels, including "Delete," suggesting a digital interface or keyboard layout. The overall color palette is dominated by dark tones with bright highlights, creating a modern and high-tech atmosphere.
Downloadable Testdata
The image displays a futuristic technological landscape featuring prominently a central cube labeled "5G," surrounded by smaller cubes and structures. Each cube is topped with solar panel arrays and emits light. The design includes wireless signal icons above the cubes, illustrating connectivity. In the background, various electronic components, circuit-like patterns, and additional solar panels create a complex, circuit-board-like environment, bathed in warm lighting that adds a dynamic feel. Overall, the scene conveys advanced technology focused on renewable energy and high-speed wireless communication.
Energy autonomous wireless 5G sensors
In a modern industrial setting, a large control panel is prominently displayed, featuring multiple digital screens with graphical data and varying statistics, including a green dollar sign icon. Below the screens, there are several colorful knobs, switches, and buttons, mostly in shades of green and black. A worker in a gray jumpsuit, holding a clipboard, is positioned in front of the control panel, focused on the data. In the background, another worker, wearing a yellow hard hat and white protective gear, operates machinery, indicating a busy manufacturing environment. The large factory space is illuminated with overhead lights, accentuating the metal infrastructure and equipment surrounding the panel.
Energy Monitoring System for Industrial Manufacturing
The image depicts a futuristic industrial scene combining biotechnology and sustainable practices. On the left, there are green sprouts and plants growing in a transparent layer of earth, connected by pipes to a main industrial structure in the center. The central structure features tall metallic chimneys, glass tanks filled with green liquid, and a network of intricate pipes. Above, various scientific symbols, like atoms and microorganisms, are illustrated, emanating beams of light towards the structure. The background features a gradient that transitions from light to dark, enhancing the high-tech ambiance of the scene. Several glowing particles and molecular structures float throughout the image, suggesting advanced scientific activity and innovation.
evolve – Cost-efficient Optimization of Production Processes via Multi-objective Bayesian Optimization
An aerial view of a futuristic smart city landscape, featuring a central circular hub surrounded by various power generation technologies. The hub has glowing blue icons and lines radiating outwards, indicating connections to surrounding structures. There are several solar panels arranged in clusters, alternating with small wind turbines. Small, modern buildings, some with antennas, are scattered throughout the area, alongside silos and a large facility resembling an industrial plant. The landscape is lush with patches of green grass and trees, juxtaposed against urban infrastructure. Icons representing data flow and connectivity are scattered above, highlighting a theme of an interconnected energy network. The background features a sunrise over distant industrial towers, casting a warm light over the scene.
Innovative Power Solutions for Wireless Sensor Networks
An industrial factory setting with large, rusted machinery prominently featured in the background. The warehouse has tall ceilings with overhead beams and large windows that allow ambient sunlight to filter in, creating a slightly hazy atmosphere. In the foreground, several worn, green machines with intricate gears and dials are arranged on a concrete floor. Surrounding them are transparent screens displaying digital icons and schematics, indicating advanced technology and data analysis features. An orange safety railing runs along the upper level of the factory, where additional machinery is partially visible. Dust particles can be seen in the light, enhancing the industrial ambiance.
Integration of Sensor Technology in Brownfield Applications
A detailed and brightly lit laboratory workspace displays an array of scientific equipment. Central to the scene is a white lab table, cluttered with various glassware, such as beakers and test tubes, alongside electronic devices including a vintage-looking monitor and a light source. A glowing orb is suspended above a glass container, radiating light rays. Beside it, several lab instruments, including pipettes, syringes, and a microscope, are meticulously arranged. There's a circular stool and modular equipment placed at the edges, with a background gradient transitioning from deep blue to warm tones, emphasizing the illumination of the workspace. The overall composition conveys a sense of organized chaos within a vibrant scientific environment.
Methodology for the Identification of Suitable Energy Harvesting Sources for Industrial Applications
The image depicts two futuristic engines placed on a sleek, illuminated platform. Each engine features intricate mechanical components, metallic casing, and prominent blue glowing rings around their central rotors. Behind the engines is a holographic display with various technical graphs, indicators, and schematics, presented in a high-tech style. The background has a dark digital grid pattern, enhancing the futuristic aesthetic. The displays include labels and symbols, suggesting a sophisticated analysis of the engines' performance. The overall color scheme involves shades of blue, silver, and black, adding to the advanced technology theme.
Ontological Presence of the Machine and Sensors for the Adaptability of the Digital Twin and Online Analysis

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