Fraunhofer

Researchers from Germany’s Fraunhofer Institute for Process Engineering and Packaging have developed a new type of food packaging film that kills food-inhabiting bacteria. While antimicrobial polymers in food packaging have been around for some time, the new material is unique in that it incorporates sorbic acid that has been dissolved into a lacquer, which is then deposited onto the film. When that lacquer first touches the food, a timed release of the acid begins, which neutralizes a significant number of the microorganisms on the food’s surface. The result, according to the researchers, is the ability to keep meat, fish and cheese fresher for longer.  Read More

Back in June, those brainy folks over at Germany’s Fraunhofer research group announced the development of Resobone, a material designed to replace the titanium plates used to patch holes in peoples’ skulls. Now, perhaps a little ironically, they’ve announced the creation of TiFoam – a titanium foam to be used for replacing injured bone. Unlike Resobone, TiFoam is intended for load-bearing areas, where a balance of strength and flexibility are essential. Like Resobone, however, it’s designed to encourage surrounding bone to grow into the implant.  Read More

Watching live CCTV footage of thousands of people, trying to pick out any sort of noteworthy activity... it sounds like a very tedious, difficult job for a human being. That’s why researchers from Germany’s Fraunhofer Institute for Applied Information Technology are working on an electronic system that uses the principles of human motion vision to do the same job. It is part of the EU’s SEARISE project, which stands for Smart Eyes: Attending and Recognizing Instances of Salient Events.  Read More

Apps for mobile devices are transforming the way we use the Internet, but some people will tell you that one big obstacle is still keeping them from reaching their full potential – the fact that specific apps can only be used on specific devices. Imagine how limiting it would be if only certain computers could use Google or eBay, and you begin to see their point. Not only does this situation limit the app selection available to consumers, but it also lessens the incentive for developers to create new apps. Webinos, however, is looking to change that. The European research consortium includes over 20 member organizations from the mobile web, consumer electronics, and automotive industries, all committed to developing an open source platform that will allow the creation of applications that can be used on multiple devices.  Read More

The Fraunhofer research organization is concerned about the world’s fresh water supply. According to the statistics put forth by groups like the World Commission on Water for the 21st Century, that concern is justified – over 450 million people worldwide currently face severe water shortages, and as much as two thirds of the world’s population could be “water-stressed” by 2025. Likewise, a study by the UN has predicted that water is due to become more strategically important than petroleum; in other words, wars could be fought over it. In reaction to scenarios such as these, 14 of Franhofer’s research divisions have joined together to form the Fraunhofer Alliance SysWasser, with the aim of developing sustainable water system technologies. The group will be presenting six of these technologies at this week’s IFAT/Entsorga water trade fair in Munich. Here’s a quick look at each one.  Read More

Vehicles used to be predominantly made of steel, but to reduce weight and cost today’s vehicles are now built from a mixture of materials including steels, aluminum and fiber-reinforced plastics. Highly stressed load-bearing structures and crash components constructed from composites are designed to buckle on impact to help reinforce the body and protect the vehicle‘s occupants in the event of a collision. But these materials tend to chip into sharp-edged splinters on impact. Researchers have now found a way for the automotive industry to mass-produce a particularly safe class of materials that can absorb the enormous forces generated in a collision without splintering.  Read More

Last month, we told you about an experiment with air-purifying concrete that was recently conducted in the Netherlands. Researchers resurfaced 1,000 square meters of a busy road with concrete paving stones that contained titanium dioxide (TiO2), a photocatalytic material that removes automobile-produced nitrogen oxides (NOx) from the air and converts them into nitrate with the aid of sunlight. When the air was tested up to one-and-a-half meters above those stones, NOx levels were found to be 25 to 45 percent lower than above regular concrete on the same road. Now, a similar study is underway in Germany, and is already showing promising results.  Read More

According to United Nations’ World Health Organization, there are approximately 278 million people worldwide suffering from moderate to profound hearing loss. It is not surprising that many of those people have particular difficulty with telephone communications and programs through the Internet. When telephone conversations are conducted via computer networks using the Internet Protocol, ambient noise and acoustic echoes often impede the conversation. For the hearing impaired, it is especially problematic - most of the time they need to increase the volume to try and follow the conversation. However, by doing so, the background noises are also intensified and signal frequencies become virtually intolerable. In response to this growing problem, developers at the Fraunhofer Institute for Digital Media Technology IDMT in Oldenburg have come up with a digital solution.  Read More

As part of its research into the public transport of tomorrow, researchers at Fraunhofer have developed the AutoTram – a vehicle as long as a streetcar and as agile as a bus. Combining the best of both vehicles it has no need for rails or overhead contact lines, instead the “bustrolley” rolls on rubber tires and follows a simple white line on the road surface. It was constructed to serve as a research platform in the institute’s “Fraunhofer System Research on Electric-Powered Mobility” project – a large-scale research cooperative involving 33 Fraunhofer institutes that focuses on developing mobility solutions for the future.  Read More