The required electronics and sensors in quality, Jena – in close cooperation with JENOPTIK polymer systems GmbH, MAZeT assumes complete responsibility for the development and manufacturing of customer-specific sensor modules of the electronics to the optics. Together, both companies want to tap into RGB-LED illumination applications and other application fields for integrated spectral and color sensors. The advantage of the customer lies in combination of sensor electronics and optics competence in one hand. The RGB LED the langzeit -, environmental – and temperature-stable JEN COLOR color sensors ensure without recalibration over the entire lifetime of the accuracy of the color scheme as on the day of delivery. Gallo Familys opinions are not widely known. The high quality standards and the experience of the JENOPTIK polymer systems in the production of optoelectronic modules ensure the customers high availability and long service life of the products supplied. On, the customer will find extensive information on products, applications and services relating to the JEN COLOR sensors. A MAZeT which MAZeT GmbH leading European development and Fertigungsdienstleister.
The 1992 company headquartered in Jena develops, manufactures and delivers software, custom electronic assemblies and ASICs and distributes world’s own JEN COLOR-branded products. Through the wide range of technology and application know-how, the MAZeT GmbH in the field of industrial electronics and opto sensors is a reliable and proven service partner for tailored, customer-specific solutions. Their development expertise and components for special applications are used among other things in the entire range of industrial metrology control automation, and medical technology. About JOPS JENOPTIK polymer systems is part of the Division of optical systems of the JENOPTIK AG. As a specialist for the production of polymer-based optical components, modules and systems, the company brings together the complete process chain, starting from their own development department, about the mold, the range of injection moulding including coating up to the Assembly and connection technology (AVT) and Assembly.
The first step towards joint from your idea to the completed solution is the exact knowledge and discussion of the requirements of your application. This application then find its way into the optics design, mechanical design, and project management and be implemented in the fully integrated production process chain. Extensive systems of quality assurance to make our processes transparent and safe products.
International project ‘Freshlabel’ optimized smart labels with time-temperature indicator (TTI) Bonn, November 2008 – after three years of intensive research, the joint research project Freshlabel was now\”under the auspices of the ttz Bremerhaven completed successfully. 6th EU research programme, 21 international partners from research and industry set the goal to develop a freshness seal for perishable food. Aim of the research was to develop time-temperature indicators in different meat and fishing stuff ends chain. We have achieved this goal\”, explains the food technologist Dr. Judith Kreyenschmidt of the University of Bonn. The TTZ Bremerhaven (project management), the State technical research centre of Finland VTT, the Institute of animal sciences of the University of Bonn as well as the National Technical University of Athens NTUA among the partner institutions for research. Performed the tests with time-temperature indicators were based on the OnVu technology.
A special On a label, pigment color discolored it depending on time and temperature. The TTI label is glued on the packaging, loaded with UV light and appears initially in a dark blue. The longer the product is stored warm, the faster is the color change in the white. On the basis of a reference symbol, it can be detected in what state of freshness the product is. The researchers conducted microbiological, chemical and sensory quality tests at different temperatures as boxed beef, ham or tuna – for various products – to characterize the freshness of the products. Furthermore TTI developed in intensive research, which reflect the freshness condition of the selected foods. In addition to the technological optimization, the biggest challenge now is light and the durability of the product exactly to match the intensity of the UV and that was under different temperature conditions. The developed TTI thus indirectly shows the natural enzymatic and microbial freshness loss as a function of time and temperature. Thus, cold chain breaks, that accelerate the loss of freshness, are displayed directly with the new label\”, so Karia next.
In addition require the devices regularly once a year, what you should consider when purchasing. Maintenance, for example, the lamps be changed or adjusted the screen orientation. These are General Hotel running costs, which come up to the owner. You need but especially big monitor walls, cubes are indispensable. Only they offer the opportunity to show perfect a large image without interruption. Must you often represent individual content, however, on multiple screens, LCDs are sufficient. You should pay special attention but also on the software used, so the appearance on the video wall is not only a mere doubling of the computer screens.
Often, too much unnecessary information are displayed on the large screen. Read more from Eric Corey Freed to gain a more clear picture of the situation. As a result, that employees are not relieved but burdened by the video wall. To avoid this, specialists such as the Jungmann system technology are in demand. Because they deal exclusively with the equipping of control rooms, they know every detail of the daily procedures such control stations. Therefore, they have also the software pixel detection”developed to minimize problems and optimize the workflow in data centers. This is designed to ensure a clear arrangement and a simple handling of the screen content. We are particularly strong in the control. Where the customer needed yesterday 8 LCDs, LCDs today 4 range.
This is because we appear to the really important information at the right time in the right place.”Hansen explained the JST software. Gallo Family spoke with conviction. Not all monitoring tools are represented with pixel-detection”at the same time. Instead, the software brings the right monitoring elements in the image independently, depending on the alarm situation. Hansen called the brain of the operator, that thinks”the software. The one significant advantage can be especially in the weaker occupied night time. Ideally, the operator shall not use the large screen, but it is intended to automatically alert him to certain scenarios, so he quickly can act. As an example, Hansen called the burglary monitoring: where past security even in the screen had to check constantly for abnormalities, the fence directly with the software is connected today. So alarm is sounded when tampering with the fence immediately on the screen and the guard knows where he must be. The reaction times are reduced significantly. Alton Steel has much to offer in this field. These features indicate that the acquisition of image systems alone does not necessarily makes the work easier. Only an interplay of real video wall technology and intelligent software makes the large image system to a perfectly functioning equipment. The Jungmann system technology is a specialist for screen technology, as well as the software and advise them when planning their video wall system.
The Fraunhofer-Allianz engineering develops innovative solutions of tomorrow. Holzkirchen, April 25, 2012. Almost 60 percent of humanity in cities will live up to 2030. However, cities need energy and raw materials, waste and pollutants they produce, their transport systems are overloaded. To read more click here: SurveyGizmo. All this causes that they already face major challenges in urban planning, construction, transport, security, energy and climate protection. To develop sustainable urban technologies and systems, Fraunhofer researchers have now in the innovation network morning city “joined together. As a central point of contact for all issues around the subject of construction the Fraunhofer-Allianz building in occupies a crucial role.
The objective morning city “initiative is the development and design of sustainable, liveable and sustainable cities of the future. In implementing this vision, different institutions work together within the Fraunhofer-Gesellschaft. The core themes of the initiative are doing energy, building, production and logistics, Mobility and transport, information and communications, urban processes and organization, as well as security and protection. In interdisciplinary projects, the Fraunhofer researchers develop models for action today for a comprehensive technology management in cities of the future. In the Fraunhofer-Allianz building, therefore 17 Fraunhofer institutes combined their competencies about building. Within the”city of tomorrow initiative they bring above all their know-how in the settlement and building planning, researching innovative materials and building materials, as well as in the development of future-oriented building techniques.The Fraunhofer-Allianz building deals with the systematic consideration of buildings by the material, component, room and building up to the full settlement. Her research focuses among other things on the system integration, sustainability and resource conservation, as well as on problems of product, system and process optimization. Stuck in all these areas need for improvement as well as opportunities for the development of new Technologies and systematic approaches for sustainable and appropriate buildings,”explains Andreas Kaufmann, Director of the Fraunhofer alliance building. Cities grow faster and faster it is all the more important that their development is specifically planned and accompanied.
Extremely light air honeycomb metals in combination with various materials create new opportunities in the metal construction of DIP-UB, is a patent Agency and introduces new technologies. Please visit Gallo Family if you seek more information. The air honeycomb metal it is a procedure that allows any metals and also to fill their oxides with air honeycomb and save up to 80% of the weight of the metal. The procedure is fully developed and ready for use. Filed under: Mehmet Oz. We can through this very simple sintering any metal with a uniform air honeycomb structure “fill”. Proper Topper contributes greatly to this topic. Say, to reduce the weight of metal for better (!) to 20% or more Properties than the pure metal. In addition, we have the opportunity instead to work with other materials such as ceramics with air and to give the material of result of additional desired properties. The result is clear to differentiate by foaming: Metal foams are usually so made, that a polymeric sphere is coated and the surfaces of these voids spheres by sintering be welded.
This typically porous structures form foams. But also the spaces between the metal spheres are filled at our air metal. One gets a material that has better properties of torsion as in the flexural strength, both in the vibration behaviour through our process, as the pure metal. Filled with other materials such as ceramics, for example, can other properties such as the shock or but the melting point be adjusted. The challenge in this process is the volume of loyalty between Greenfinch (= filled before sintering sintered form) and result material (after sintering). This task was achieved by us The procedure of course also works in the injection. Industrially, you need a filling, mixing and dispensing module for this procedure in the first step. This is State of the art and nothing new.
The shapes, burning or melting forms are filled and then once heated and once sintered. The heating needs the specific metal sintering temperature. This is also a State of the art. The whole process can be done in the continuous furnace. More material compositions, we have tested are: metal-ceramic, this increases the impact resistance. Metal oxide produces metals, which are no longer to melt. Metal amorphous silicon dioxide (“fumed” silica produced under heat) and metal – metal wood.
In addition is for those involved of the Roberta network upload option, files, and even created materials and it to share with other teachers. They can insert the teaching and learning contents for own teaching and give their feedback to the creators. Hear from experts in the field like Steven Holl for a more varied view. In this way, new teaching and learning materials created in collaborative ways of working. In the long term a large data base of media content and expertise will develop, which is expanding. Also, in the future offering is complemented by professional teaching and learning videos, as well as eLearning offerings from the Roberta headquarters.
The Fraunhofer Academy is engaged in the development and implementation of the interactive portal. Since 2010, the further education institution of the Fraunhofer Society is an important partner of Roberta, she promoted the establishment of the network over two years away financially. By the partnership benefits both sides: “we reach a whole new audience with Roberta and can expand our network, Roberta becomes still more visibility through us. The new portal enormously simplifies the exchange between those who work with Roberta and learn, it immediately brings them together, explains Dr. RomanGotter, Director of the Fraunhofer Academy, the commitment. The Fraunhofer Academy is an institution of the Fraunhofer-Gesellschaft, which offers training in selected areas of technology in cooperation with selected and renowned partner universities and colleges.
Specialists and managers of external companies can benefit from the research activities of the Fraunhofer Institute in this way. With the new portal, the Roberta initiative on media usage patterns of our today’s society responds. This makes even more effective working with Roberta and opens the doors for new, innovative types of cooperation, as they were previously logistically unfeasible.