Intel и РВК ищут инноваторов.
финал конкурса «Бизнес инновационных технологий»

Москва, 1 июля 2011 г. – В технопарке «Digital October» прошел финал общероссийского конкурса бизнес-планов «Бизнес инновационных технологий» (БИТ), проводимый при поддержке корпорации Intel и Российской венчурной компании (РВК).
BIT-Final-2011_final

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The MRS NAP apparatus is disclosed for carrying marching percussion or other objects, particularly but not exclusively drums of various sizes and amalgamations and other objects carried at a person’s frontal area near waist height. The apparatus is worn about the user’s waist and the utility uses the person’s hips to bear the instrument’s load. Current state of the art places a majority of the load upon the shoulders and spine. The apparatus relieves the shoulder and spine of weight and pressure and also allows more upper body movement. The MRS NAP apparatus consists of an exoskeleton load bearing frame for a solid platform to hold the carried object stably, an endoskeleton padded for comfort, a vertical spinal column brace, and straps from the apex of the spinal column brace for stability of larger objects. The MRS NAP apparatus is adjustable for various consumers of diverse sizes.

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A compact exoskeleton arm support device compensates for gravity. The compact exoskeleton arm support device compensating for gravity may include at least five joints. Among the at least five joints, two joints may be driven by actuators, and the remaining joints may be driven by user force. The compact exoskeleton arm support device compensating for gravity effectively uses the actuators, thereby increasing operating efficiency and reducing production costs.

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1 июля 2011 года состоялся финал конкурса БИТ. Он был насыщен событиями. Такого Digital October еще не видел.

Жюри конкурса готовится к презентациям финалистов

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Muscle activation sensors are playing an important role in motion intention sensing of human-machine interaction system, such as human assisting manipulators or prosthetic devices. There are requirements of low-cost, reliability and portability for the device. This paper proposes an optical muscle activation sensor (oMAS) which measures the optical density in muscle by emitting and gathering the single wavelength light source. The oMAS was tested on the biceps brachii in isometric contraction condition, comparison with muscle activation level from surface electromyography. The results show that the optical density is enough to discriminable the muscle activation level. Therefore the oMAS is usable to measure the muscle contraction and it could offer a low-cost, reliable, portable and comfortable alternative for current muscle activation sensors.

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