Přehled připravovaných výzev evropských a národních programů VaV Programy mezinárodní spolupráce: Eurostars – 2. 3. 2017 SME Instrument – 15. 2. 2017 – 1. fáze a 18. 1. 2017 – 2. fáze TA ČR – únor 2017 – Delta (spolupráce s Německem), Interreg: Europe – 1. 3 – 30. 6. 2017 Central Europe – 2. pololetí 2017 Danube – leden 2017 Interreg V-A SR-ČR – duben 2017 IraSME – 29. 3. 2017 CORNET – 29. 3. 2017 Národní programy: OP PIK – červen 2017: Inovační vouchery, Spolupráce – klastry, Partnerství znalostního transferu, Proof of concept, Nízkouhlíkové technologie, Smart grids II: Přenosová síť (velké projekty), Inovace TA ČR: březen 2017 – Zéta (spolupráce firem a výzkumných org.), duben 2017 – Epsilon (podpora aplikovaného výzkumu a experimentálního vývoje)

The aim of the project is to significantly help to secure spatial orientation and movement for people with visual impairment in an open environment. For this purpose, we make use of modern sensor technology in cooperation with fast computers and user-friendly software.

Laboratory autoclave allows implementing the research of composite materials in a controlled process of higher temperatures and pressures depending on time. Equipment will be provided with a visualisation of technological process and its graphical record.

The aim of the project is to design effective use of waste heat and carbon dioxide for growing crops in indoor areas with a high potential of being established on the market. Waste heat energy will be used for the cultivation of a selected range of products during the seasons (autumn, winter, spring) when these plant species are in vegetative rest in an outdoor location, or due to low temperatures, their growth and development is slow. A stimulatory potential of waste carbon dioxide on photosynthesis will be made use of during summer.

Composite materials with fibres are becoming increasingly widespread in technically advanced countries, especially in the manufacture of products for sports, bicycles, motorcycles, automotive and the aerospace industries etc. Their advantage is the possibility of producing the products of demanding shapes and still greater dimensions which have lower weight, the desired strength characteristics, a better resistance to corrosion and various chemical agents etc. as compared with metallic materials.