Abstract: A device and corresponding method for ventilating a space is provided. The device includes an air conditioning system that is adapted for conditioning recirculated and/or fresh air to be used for the ventilation of the space. The device also includes at least one air treatment means adapted for exposing the recirculated and/or fresh air to one or more of UVC, ozone and/or atomized detergents. Relative to an air stream, the air treatment means is positioned prior to the air conditioning system receiving the recirculated and/or fresh air, and/or prior to the air conditioning system releasing the air into the space.

Abstract: A method for manufacturing transparent polymer with glass-like properties involves depositing silica glass molecules on a substrate to be coated through a chemical vapor deposition process prior to completing a full curing process. The chemical vapor deposition process is performed within a vacuum or ‘quasi’ vacuum atmosphere, which is held at a temperature below 30° C. Upon completion of the chemical vapor deposition process, curing the coated substrate a second time at a temperature exceeding 150° C. A transparent polymer may be manufactured according to the method described.

Abstract: The invention relates to a force and angle sensor for measuring the angle of rotation of a shaft (3) and a force exerted on a torsion rod (303), which interconnects two shaft parts (32, 33) of the shaft (3). In a housing (2), through which the shaft (3) runs, are arranged a main circuit board (4) arranged non-rotatably in relation to the housing (2) and which has a central opening (12), through which the shaft (3) runs, a first circuit board (5) for measuring the angle of rotation arranged non-rotatably on a first shaft part (32) on one side of the main circuit board (4), said first circuit board having a central opening (51) through which the first shaft part (32) runs, and a second circuit board (6) for measuring the force connected non-rotatably to the other shaft part (33) on the other side of the main circuit board (4), said second circuit board having a central opening (51) through which the other shaft part (33) runs.