By pulsing or vibrating on demand, smartphone screens can help users navigate through a menu or can guide a user’s finger to virtual on-screen buttons that can be created or removed wherever and whenever needed. Professor Stefan Seelecke and his team at Saarland University have developed a film that gives touchscreens a third dimension. The thin and extremely lightweight silicone film can adopt a variety of positions and shapes and can be made to execute a single pulse, a pushing motion, a sudden jolt or a prolonged vibration at a specific location on the screen. The polymer film also exhibits sensor properties and can therefore provide the device with an added sense organ.
Whether used for power supply or in electric cars, current battery systems are based on a series of interconnected individual cells, which has certain disadvantages in terms of efficiency and manufacturing. Bipolar battery setups, in contrast, comprise compact stacks of individual cells. A new type of flexible and extremely thin bipolar plate allows batteries to be manufactured cost effectively.
Ensures optimal patient care and reduces risk-to-life
1000th unit to help power Anpfiff ins Leben e.V.’s fleet of electric vehicles
Lens-free holography method could bring color 3D displays to augmented reality glasses and smartphones
Thanks to a collaboration with the scientific research centre IIT - Istituto Italiano di Tecnologia, in October 2018 Konica Minolta has started a study with robots in the “Casa Sollievo della Sofferenza” hospital in San Giovanni Rotondo, Foggia. Konica Minolta is one of the leading companies to drive forward research activities in robots that offer assistance in the healthcare domain.
Europe's leading producer of robotic exoskeletons, German Bionic from Augsburg, will present its multiple award-winning 'Cray X' active power suit for the first time at an Asian industry fair. Exoskeletons or power suits are human-machine systems that combine human intelligence with machine power by supporting or strengthening the wearer's movements, thereby reducing the risk of workplace accidents and load-bearing injuries. The high-tech company from Bavaria is the first European manufacturer to mass-produce the innovative robot worn directly on the body.