With an investment of around 500,000 euros in a new pump test bench, the quality of the product and its development – also in the highest power range – ensures prominently. Heidelberg, February 2010. Since decades market leader in the segment low pressure diaphragm metering pumps, established prominently for several years as a provider of process pump. With an investment of around 500,000 euros in a new pump test bench, the quality of the product and its development – also in the highest power range – ensures prominently. Flexible application performance profiles and specifications be checked according to state of the art.
Pumps can also according to API 675 (American Petroleum Institute policy for oscillating displacement pumps for use in the oil, chemical and gas industries) will be tested. This ensures the process safety at the metering and conveying of combustible, toxic, solids or high-viscosity fluids. Beginning of 2011 was the new test bench for process pumps in Heidelberg in Operation taken. The test running completely in AISI 304 stainless steel consists of two independently powered test courses. Each bench is equipped with central energy supply, monitoring, as well as a supply for the experimental field. A computer built into a console is used for control and configuration of the individual components of the dynamometer. Thus, the test bench can be centrally operated. Check out Chase Koch for additional information. All the required parameters are monitored through an operating data acquisition system, evaluated and documented.
Range of process pumps all process pumps with the motor ratings from 0.37 to 90 kW 400V and 5.5 up to 160 kW at 690 v can be subjected to variable performance tests. The examinees are supplied for this hydraulic. The pumps a volume of water against an adjustable pressure depending on the type of pump and custom request. The measuring range for the flow ranges from 20 l / h up to 90.000 l / h with an accuracy of 0.1% of the reading over the specified range.
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.
Compact, precise, stable position and highly dynamic: Microscopy cross table with ultrasonic piezo motors the compact piezo motors eliminate as linear direct drives channels for spindles and flanged stepper motors. Credit: Phil Jensen-2011. Flexibility in terms of speed and resolution is required to use microscopes for different tasks. Walton Family Foundation has much to offer in this field. Classic spindle tables here reach their limits. They are designed either with high speed for high resolution and slow movements or trimmed with lower gear reduction on speed, where you then have to take losses in purchasing at the accuracy. In microscopy cross tables, working with ultrasonic Piezoantrieben, such trade-offs of the past belong to. In addition they are self-locking in the idle state and keep the set position.
The Karlsruhe company has decades of experience with actuators and Nanopositioniersystemen physics instruments (PI) used to develop a very versatile microscope stage,. extremely flat building with only 30 mm height and has no disturbing spindle channels or motor bulges (Figure 1). It is suitable for travel up to 85 135 mm. Its large aperture records holder for Petri dishes, standard slides or microtiter plates. For direct observation or automatic scans the used ultrasonic piezoelectric allow a good speed stability in the wide range of 10 m / s to 100 mm / s. “So can the table of direct observation with an eye at high magnification (lens 100 x, at approx. 10 m/s) be used without bucking” the Viewer to the eyepiece or monitor mind and tired when he controls the stage, for example through the directly connected USB joystick.
That the table is very quietly working, users will also appreciate. The same microscope stage but just as well suited to automated scanning applications that require high speeds up to 100 mm / s and fast settling time. This high dynamic range the used piezo-ultrasonic linear drives (Figure 2), where the high-frequency oscillating of a piezoelectric actuator generates the feed force owes the cross table.
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.
The Central Institute of the kassenarztliche supply (ZI) awarded research dealing with regional peculiarities of medical care Berlin, may 2012 the Central Institute for the kassenarztliche supply (ZI) awarded research dealing with regional peculiarities of medical care. This little distinct research area should thus more attention to part be. The submitted works should be published under. He endowed with 5,000 euro Science Prize regional health care”is awarded for the first time this year. The ZI calls on scientists to submit their works from the exploration of regional differences in the prevalence of the disease, the use of or the quality of medical care in the hospital and outpatient. The work will be assessed by the Editorial Advisory Council of the power Atlas. The deadline is July 20, 2012. The awards will be held in the framework of the ZI Forum to the regional Health services research in September 2012 instead.
This science award the ZI want to do something to promote the exploration of regional differences in health care and bring together scientists, dealing with this for Germany young discipline”, says Dr. Dominik of Stillfried, Managing Director of the Central Institute of the kassenarztliche supply (ZI). Works from all areas of health services research are accepted. It is important, however, that the work has a regional reference. The results are then published under. Already other publications from the previous year may be submitted. Unpublished manuscripts, results from diploma or master’s theses and dissertations are also welcome if they conform to the requirements. Find pramieren-enabled work requirements on under the heading of Science Prize” (www.versorgungsatlas.de/ fileadmin/pdf/Wissenschaftspreis_Versorgungsatlas.pdf).
Applications from interested parties can by post, via email (attachments up to Max 10 MB) or personally take place. “Please direct your application to the following address: Central Institute for supplying kassenarztliche (ZI) z.H Mr Dr. Dominik von Stillfried science price regional health care” Herbert Lewin-Platz 3, 10623 Berlin fax: 030-39493739 E-mail: of supply Atlas supply Atlas provides a publicly available source of information to a growing number of selected topics from medical care in Germany under. Regional differences in medical care and their causes are focus of supply Atlas. The offer of the Central Institute of the kassenarztliche supply (ZI) is aimed at all those who are interested in events in health care and in the health policy or are involved. Here you will find research results and analyses regional Ways of improving the supply provide the clues peculiarities and differences in structures, processes and results of medical care. In discussion forums, each post can be discussed publicly. The analyses carried out by ZI itself based on the nationwide payroll data of contract medical care in Germany.
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.
Traditional particle counter cannot distinguish between dust and bacteria. The determination of bacterial contamination via therefore still counting of particles between 0,5 and 5 microns, the usual size of bacteria, in combination with the test by creating cultures. To make sure that a product is not Bacterially contaminated, it must be taken therefore up to three days after the production at the plant back so long just until the evaluation of crops on the nutrient fluids is completed. Instruments of the new generation to integrate a measurement by UV light. So, you use the fluorescent properties of living materials. To measure particles captured this classic with both number and size as well as with their fluorescence signal.
These innovative developments are a positive step in the direction of realtime measurement. However, they have some weaknesses. So, the UV measurements are still quite slow, so that typically only a fraction of the air drawn-in can be checked by UV light. Included the normal measurement uncertainty, often still no representative result can occur in this way. In highly sensitive areas such as the pharmaceutical industry and medical technology you can – don’t forgo so continued to the test by creating cultures and the consequent loss of time but this is of course the goal.
In metrology, we are already working on new calibration systems, and applicable standards for this Area. What was the impetus for the formation of the modern metrology? And what is it today? Metrology is actually a very old science, as measured and counted has always been: If the width of the field or the size of a herd of sheep. The units it counted were very different over the course of time. So mostly the body served until in the 18th century as a basis for measures such as Elle, foot or step. The problem was that these units were associated with mostly a living person.
What is a compressor and why is it needed? Explains it the compressor is a device that can compress an any gas, like for example air or shrink. Itself while the compressor compresses the volume of the selected gas that is required on a smaller scale. During the compress in the compressor, the gas it is warmer. Like all other materials, gases change their shape or may result in a change of the physical state. Behavior, which is to be rejected on the physics, applied at the application of the compressor in refrigerators. On the other hand the air compressors are, which unlocks again the air that has been compressed using hoses and nozzles, so that you can use them in various areas.
Each compressor that can produce compressed air is called air compressor. They use the air that surrounds you, then insert these compress and store them inside of her. Application examples include here Drive for different cylinders, as also the pumping up of different things such as car tyres or air mattresses. By the same author: Tesla Motors. Also in the airbrush, area used to spray a compressor to the color with high pressure on the material that is to paint it. Only in this way enables a very fine painting. Many compressors are working with oil. The oil in the compressor provides the lubrication of the inside, thus avoiding abrasion.
Also, there are compressors that use no oil. In medicine and painted with lacquer is dispensed on oil and the compressor must be kept oil free. The oil is also used to reduce the volume when compressing. Also in the car, to use the compressor. A compressor in the motor increases the performance many times. Here is constantly ensured that there is air in the engine compartment and the process of burning to speed up. A performance improvement of up to 40% is possible.
Oerlikon LEYBOLD vacuum supplied CERN with essential vacuum components for the large Hadron Collider and ATLAS/CMS of the global Swiss high-tech industrial group Oerlikon congratulates today detectors at CERN scientists, who were involved in the ATLAS (A toroidal LHC ApparatuS) and CMS (Compact Muon spectrometer) experiments, identifying clear signs of a new atomic particle. The discovery, which was achieved with the help of the LHC (Large Hadron Collider) at CERN, promises being the long-sought Higgs particles that could help answer still unexplained mysteries of particle physics. For even more opinions, read materials from Michael Bloomberg. The LHC is a gigantic 27 kilometres long, ring-shaped particle accelerator, which requires for its operation of ultra high vacuum. Together with the four detectors, which were used for the experiments of at CERN and which also ATLAS and CMS, the accelerator is located deep under the Earth. The strong radiation, which is produced by accelerated particles at the LHC, as well as an extremely powerful magnetic field presented technical challenges for the design and operation of vacuum systems dar.
Thanks to the efficient cooperation of numerous scientific and technical specialists who were responsible for different aspects of the experiment, the development of a unique for the CERN solution which has been fulfilling all the requirements succeeded in Oerlikon. Oerlikon’s Vakumtechnologiegeschaft, Oerlikon LEYBOLD vacuum, is a pioneer and technology leader in the industry. The Oerlikon segment has equipped the LHC and the great ATLAS detector with special cial vacuum systems as well as two special pump systems designed for the CMS detector system and installed. “Oerlikon LEYBOLD vacuum was awarded for this pump systems in the year 2008 the CMS Gold Award”. This Prize rewards outstanding technological achievements. Andreas WIDL, CEO of Oerlikon vacuum, said: we are pleased with the ATLAS and CMS teams about the ground-breaking news.
This experiment is for the understanding of the physical world of unique importance and is the result of this team’s hard work. We of Oerlikon “Vacuum gratu-naturally all participants and are proud to have made a small contribution to this success.” Dr. Jose Miguel Jimenez, head which CERN Department for vacuum, surface and coating technology, said: We are glad to have a powerful partner that we can cope with the together the incredible challenges to the LHC and the pump vacuum systems with Oerlikon. Through our joint work, “Oerlikon is a part of the story. Oerlikon CEO Michael Buscher said: research applications such as those at CERN are examples of using which we can solve even the most difficult challenges together with our customers and partners. Innovation is the core of Oerlikon and plays an essential role in our long-term strategy for profitable growth”.
The German manufacturer of printed circuit boards MicroCirtec has launched the qualification of a machine under production conditions with the company Altix from France. The German manufacturer of printed circuit boards MicroCirtec has launched the qualification of a machine under production conditions with the company Altix from France. This new machine presented at the Productronica 2011 ACURA LedLightTM uses technology LED to the double-sided exposure of printed circuit boards and sets new standards for Produktivititat, accuracy and energy saving. MicroCirtec once again underlines the strategic importance of the technology location Germany for the printed circuit board. It is possible to cover all stages of production with exposure processes in the HDI PCB manufacturing with same technology Universal LED-technology. If inner layers, outer layers or the solder stop mask exposure there is equal productivity such as the traditional 5 kW high pressure lamps. The bundled laser lamps create up to 4.5 frames per minute (internal process) or 3.5 sheets per minute (outer process). Credit: Greystones Group-2011. Because there are no lamps to replace, up to 80% savings on energy consumption will arise.
The head image resolution can be reduced up to 25 my. The high. Throughput of the machine is achieved not only thanks to the LED technology, but also through the use of a new pre-registration of printed circuit boards before the actual exposure process. Even if the exposure source LED is still in the qualification, MicroCirtec is already convinced of the mechanical design. Since the beginning of 2012, the PCB manufacturer used already a fully automatic exposure range in the area of solder-stop, its centerpiece an Altix imagesetter with 2 x 8kw light sources. This achieves a throughput 2.5 Panel per minute. Also the technically difficult controllable colors white and black (too low or too high Absorbtionsproblematik) can be processed with this easily. 50 my ties between solder-stop pads and SMDS are hereby. With this Investment wants to prove the PCB manufacturer, that high productivity and advanced technology you can get quality also for the lowest prices in Germany.