Method for on-demand design and fabrication of calibrated jet spoon turbines

摘要

Method for the design and on-demand manufacture of calibrated jet spinner turbines, characterized in that the skeletons of the turbines presented on the screen make it possible to design them and then to manufacture them in all dimensions, in all materials and in all all quantities, and they are built using blades designed with the arithmetic principle CARPYZ of the 5 parameters, the skeleton of the turbine is represented on the screen using "virtual neutral fibers" which are subsequently dressed with material, the turbines being contained over their entire length in a circular envelope in principle slightly curved whose diameter over the length changes according to its content, the length of this monobloc envelope is shown on drawing and divided into four areas cut by disks ephemeral virtual machines that separate each zone according to the functions performed at these locations, the front edge of this envelope is It is very tapered or on request provided with a flange Br to allow the connection to installations, the four zones comprising: a first zone (1) for introducing the fluid, empty space or occupied by sashes or inductors, of the type corkscrew, which possibly generate a pre-rotation of the fluid which enters a second zone (2), a pointed shield spreading at the arrival the vein of fluid from the center, and the leader by spreading it towards the second zone ( 2), the second zone (2) where the fluid is rotated, in channels which spiral out and which open at the rear of the second zone (2) by rotating the fluid, a third zone ( 3) is the rotary wheel provided with calibrated jet spoons which capture the energy provided by the fluid jets exiting the second zone (2), and a fourth zone (4) where there is a housing fixed to the stationary sleeve of the turbine, placed after the rotating wheel, which contains t channels that direct the fluid to the outlet at the rear of the turbine, and the fluid is conducted as soon as it arrives in the second zone (2) by channels, contained in tubes that are put in continuity face to face, along the entire length of the turbine.