BUOYANCY ENGINE - TURBINE - PUMP

摘要

The buoyancy engine - turbine - pump is a device enabling to reduce losses in energy transmission between the production site and the location of use. The device also solves the problem of harmful gas emissions. The cylinder (1) has the shape of a pipe - hollow with a cut-out which is larger than 10 degrees and smaller than 350 degrees with a cut-out in the middle of the hollow cylinder so that on both sides a certain length of the full hollow cylinder (1) remains providing a separation of the wet and dry part of the turbine. At the ends of the cylinder (1), on the upper and lower side there are ring supports (5) holding the upper (3) and lower (4) enclosure ring. The complete aforementioned assembly is attached to the vertical enclosure of the device (2). At the end of the vertical enclosure (2) (on the longer sides) two chain gearwheels (8) and one opening profiled wheel (9) are located. On the vertical enclosure (2) lateral partitioning walls of the reservoir (51) are applied, followed by applying the bottom of the reservoir (50). The fixed part of piston (28) is applied to cylinder (1) and the piston guides (31) are attached to it. The pistons (10) are mutually linked by axes (20) and the piston assembly holder (21) which is located on the chain located on the chain gearwheel (8). This way the applied pistons around the chain gearwheels represent an endless conveyor of piston assemblies. A base is applied to the specified construction along with a reservoir for liquids (53) pouring some liquid into it. As soon as the construction is filled with the liquid, the liquid begins to displace the pistons to the surface (up) and the piston assemblies start to rotate around the axis (6 and 7). Apart from the buoyancy on the wet side of the device it is also the piston weight in the dry part of the device (from axis 6 and 7) that results in a positive (working) moment.