Abstract:
A modular assembly for the production and accumulation of solar energy comprises a tank for accumulation of fused salts, a reflecting body for capturing the solar rays, a tubular collector facing the parabolic body and impinged upon, in use, by the solar rays sent by the reflecting body, a delivery circuit and a return circuit, which communicate, on one side, with the tank and, on the other, with the collector for supplying the fused salts through the collector; the accumulation tank being set in a position underlying the collector, and the delivery and return circuits being set so as to enable unloading by gravity of the fused salts into the accumulation tank.
Abstract:
A modular assembly for the production and accumulation of solar energy comprises a tank for accumulation of fused salts, a reflecting body for capturing the solar rays, a tubular collector facing the parabolic body and impinged upon, in use, by the solar rays sent by the reflecting body, a delivery circuit and a return circuit, which communicate, on one side, with the tank and, on the other, with the collector for supplying the fused salts through the collector; the accumulation tank being set in a position underlying the collector, and the delivery and return circuits being set so as to enable unloading by gravity of the fused salts into the accumulation tank.
Abstract:
A piece (5) is set in a required orientation via rotations about at least two mutually transverse axes (52, 57), on the basis of the differences between the required orientation and the position represented in a captured image while the piece (5) is arriving on a resting plane (29), and on the basis of the outcome of a comparison between the data of the captured image and the data stored of images that show a sample element equal to the piece (5) to be transferred and set in respective different stable resting positions.
Abstract:
A piece (5) is set in a required orientation via rotations about at least two mutually transverse axes (52, 57), on the basis of the differences between the required orientation and the position represented in a captured image while the piece (5) is arriving on a resting plane (29), and on the basis of the outcome of a comparison between the data of the captured image and the data stored of images that show a sample element equal to the piece (5) to be transferred and set in respective different stable resting positions.
Abstract:
A modular assembly for the production and accumulation of solar energy comprises a tank for accumulation of fused salts, a reflecting body for capturing the solar rays, a tubular collector facing the parabolic body and impinged upon, in use, by the solar rays sent by the reflecting body, a delivery circuit and a return circuit, which communicate, on one side, with the tank and, on the other, with the collector for supplying the fused salts through the collector; the accumulation tank being set in a position underlying the collector, and the delivery and return circuits being set so as to enable unloading by gravity of the fused salts into the accumulation tank.