Humans acquire houseplants both for their aesthetic function and for the beneficial effect on the indoor environment in rooms where they reduce CO2 concentration and increase air humidity. However, the benefits are redeemed by the need for regular watering and other maintenance. Taking care of them, however, requires a lot of time and other costs. Disclosed system ensures automatic adjustment of plant living conditions in a close cultivation space.

High penetrability of neutrons into the majority of materials enables to study non-destructively the elastic strain/stress state deep under the surface (mm-cm, depending on particular material). This can become important after technological treatment of components, e.g. after welding. In multiphase materials, neutron diffraction can provide information about the strain/stress behaviour of individual phases (phase-specific strains). Phase-specific strains then can be studied in the dependence on phase compositions, thermal treatment, deformation degree or other technological treatment, e.g.

Czech R&D Institution has developed a high-performance solar bench which is offered for licensing. Public and private investors into public space require solutions that offer durable furniture design with protection against vandalism and aesthetical value. In environments without power connection and wi-fi connectivity (eg. along cycling paths) investors and infrastructure operators need to offer reliable solution for leisure and tourism safety, making possible to access internet without pre-paid internet services and to enable charging of mobile devices.

Fungi is all around us on this planet and it plays an important part in our ecosystem, but inside the buildings their effects are detrimental and can cause various health problems. For this reason it is important to be aware of the areas in buildings (commercial, industrial and residential) where fungi can form and once it forms, it is important to remove it effectively.