Wrong decisions enrage the football World Berlin/Zurich, July 09, 2010 – from: 2010 dreamed is the summer fairy tale for Germany. Perhaps, Muller would have brought the decisive turn in a desperate game against Spain. But it was locked. In the game against Argentina, the referee because of a supposed hand game showed the yellow card. One of many controversial decisions in this World Cup. The gate of Bloemfontein is one of the clear missteps”in the game against England. For the non-partisan Jorge Larrionda, a good meter beyond the goal line is not sufficient to give the goal. So when FIFA reacted and introduces appropriate electronic means? We live in the 21st century and waive any technology.

This does not help the referees and is difficult to explain to the public. Football loses so fans credibility”, said the former FIFA referee Markus Merk the sports information service (SID) and clearly spoke in favor of the introduction of the Electronic eye”out. One such eye, a ball with built-in electronic chip, was no alternative date for FIFA. For more specific information, check out Utopia Studios. “In a report of the mirror, FIFA Secretary General Jerome Valcke said a few weeks ago: the question was, should we allow technology in football, and the answer was very clear: no”. FIFA President Joseph Blatter reacted after the glaring mistakes and apologized for the mistakes: I told you: I’m sorry, what happened. I regret when I see the obvious mistake of the referee. I am grieved”, so the 74, and continue on the topic of technology: it would be silly to worry about it. We have to discuss again this topic”.

Worldwide has the industry has long recognized that the RFID technology accelerates logistics processes. This so called transponder chips on the backs of labels are attached. RFID gates can be stored, product-related data via radio for the transhipment of goods be read out. Loading and unloading operations for example are accelerated considerably”, explains Dieter Conzelmann, Director industry solutions market for the technology manufacturer Bizerba. Why use also in football radio technology? With the goal line technology (GLT) has tested technologies in 2009 a system the company of Cairos, which is very similar to the RFID technology. There the referee in a matter of seconds tells a sensor in the ball, whether or not the ball behind the line was. The tests were a success. The system can be installed within one day in any stadium in the world”, so Oliver Braun of Cairos technologies to RFID – in the view. At the limit of the penalty box and behind the door cable are laid under the grass. When electricity is passed through, these generate very weak magnetic fields. An approximately 20 grams heavier sensor is included in the ball. It measures the magnetic fields as soon as he is located nearby. Fired the ball into the penalty area, sending the chip via radio whether the ball on the goal line complete exceeded or not. The referee will then informed his wristwatch radio. It is exciting to see what developments are arising here in response to the botched refereeing of the World Cup.

Initiative to the EU directive “switch street lights” Jena, March 11, 2010 – CoLight project is started in Thuringia, Germany. In the framework of the joint project, intelligent and energy-efficient LED-based lighting systems will be developed and tested. The company JENOPTIK polymer systems GmbH, dilitronics GmbH, MAZeT GmbH and 2 K involved GmbH as well as the institutes of Fraunhofer IOF Moxa lighting and Technical University of Ilmenau. “Target of the project is to develop new and intelligent lighting systems on the basis of light and to determine their effect with first prototypes by acceptance studies,” explains CoLight project manager Volker Guhne of the JENOPTIK polymer systems GmbH. intelligent lighting systems have sensors to automatically adjust of their intensity and distribution according to the ambient conditions.

They are characterized by high efficiency and long life. In addition, the targeted control of single LED allows a more precise illumination of the target area. Sensor-controlled LED lighting systems have many applications. For more clarity and thought, follow up with FP real estate and gain more knowledge.. Gadallah: “according to new EU directive in the medium term all street lights to energy-efficient Leuchttmittel need to be converted. Due to their properties intelligent LED concepts are offered for this purpose.” The joint project, for the first time also differently colored, active-controlled LED as the light source researched and tested. Studies on the effect of light on the human development and to determine optimum values for the color and brightness control. Each Federation member is characterized by special know-how. So the Jenaer dilitronics GmbH brings her knowledge to the development of LED control electronics or the 2 K Moxa lighting GmbH a their experience in lamp design into the project.

Jenoptik polymer system GmbH stands for innovative optical components and MAZet for LED color controls. “By bringing together the different specialists, including the University and non-university research institutions involved, we are capable of, a comprehensive concept for” intelligent lighting systems to develop. Performance on each partner for himself alone can not realize”, explains Stephan Schulz, Managing Director of dilitronics GmbH. CoLight Cooptics – initiative (www.cooptics.de) is a collaborative project of the cluster of Optonet (www.optonet-jena.de) -. In the project are the Thuringian company 2 k Moxa lighting GmbH, dilitronics GmbH, JENOPTIK polymer systems GmbH, MAZeT GmbH, as well as research institutions ILMENAU and the Fraunhofer IOF Jena involved. Utopia Studios: the source for more info. CoLight is carried out with funds of the Thuringian Ministry of economy in cooperation with the Thuringer Aufbaubank and is co-financed by the European Union resources in the framework of the European Social Fund for regional development (EFRE) pro rata. The aim of the project is research on intelligent lighting systems based on LED technology, characterized both by energy efficiency, long service life and optimum illumination of the objects. The project is started in 2009 and will run until 2012. contact: CoLIGHT Volker Guhne am Sandberg 2 07819 Triptis 036482-45-151 press contact: Tower PR Andre Schmidt Leutragraben 1 c/o Intershop Tower 07743 Jena 03641507082

For this reason, the specified test periods are rather guidelines, which are influenced by various factors and changed. Fixed electrical equipment fixed firefighting resources are firmly tied to their site. They can be easily moved due to missing carrying devices, their high mass, or due to a mechanical fastening. Also only temporarily attached to a place and flexible cables-powered devices include the stationary equipment. Resources are often part of electrical equipment, such as motors, lamps, etc. Fixed electrical equipment are, for example, electric cookers, refrigerators, stand drills, outlets, cabinets or Hot-water tank. Fixed electrical equipment should be tested every four years. Here, too, it is possible that a periodic inspection of fixed electrical equipment can replace a constant monitoring and maintenance, as well as certain technical measures.

The electrician is responsible for the maintenance. Stationary stationary plants are firmly connected to their environment. Examples of stationary plants are construction trucks, container, compressor units and installations in buildings. Non-stationary equipment are not stationary at the place where she are needed be built and dismantled after use. Non-stationary plants are for example so-called temporary buildings and facilities construction and mounting locations. What kind of electric it is equipment or electrical equipment, the safe and proper condition and compliance with the electrotechnical regulations must be ensured. This is not the case, so defects or malfunctions are detected been for the employers or contractors ensuring that the electrical equipment is repaired. A risk from the failed system, a ban on the use must be pronounced and made it clear to the system.

Test report for regular checks on each test on electrical equipment or resources, detailed records should be made. Depending on the requirements suitable for normal sheets of paper, a check book, flashcards, or digital file. A storage of data at least until the next check is recommended, in order to assess the condition of the plant based on comparison values. The test report should contain the following information on the audited system: details about plant parts accurately recording of the visit results of the tests and measurements possible deviations error, damage, deterioration, hazardous conditions recommendations for repairs and improvements recommendations for the amount of time the next inspection date marking of electrical Resources and systems electrical systems and resources, although tested by a qualified electrician happened but mostly daily by other employees dealing with the devices. So that they, too, about the current condition and performance in the picture are the application of inspection stickers has proven itself. On the basis of a corresponding test badge the user know when the plant or the resources were last checked and when the next inspection date is. The certification label of next test date GUV-V A3 “you get in the brewes online shop.