| 摘要 |
A synchronous multiactivated hydromotor comprises a rotational blade's motor, with broadened areas, with a hydraulic system based on a principle of simultaneous appliance of the hydraulic pressure in sundry peripherical points of the rotor (21), in order to increase the torque, and on reducing the volume of activating chambers, linked to the decrease in perimeter of the hydraulic circulation canal (23), so as to increase the rotations. The simultaneous multiactivating system exploits rationally the particularity of the incompressive flow of sending out with no loss and instantaneously, to all the points of a confined flow, the same value of a pressure exerted upon any point of it, making it possible to multiply the resulting forces of the exerted pressure, as many times as the activated point may be. The constructive way of the activating chambers with triangular lateral outline, plain and convexes, broadens the blades' areas keeping the chambers' volume rather smaller, favoring the relation's balance: area x volume, fundamental to the motor's performance. The working efficiency of the motor is assured by a fine enclosuring system, able to adjust automatically the axial air-gaps and radiuses of the rotor, as shown and explained in the report (6), (8) and (9). |
