| 摘要 |
<p>The equilibrium of a block-type rigid solid body 1 immersed in a pressurized fluid 13 may be broken by decompensation of forces when in said body are placed pieces 4, pistons, which support part of the pressure and transmit it to an inner chamber 12 made in said body which is occupied by a liquid. This liquid prevents the pistons 4 being introduced, simultaneously destroying their line of force. When the pistons 4 are unable to be introduced, they receive a rotary reaction which is hindered by connecting rods 5 and 6 which hold them in equilibrium, preventing them from pressing on the block 1. The connecting rods 5 and 6 are secured to a centred piece 3 which supports such forces. The pressure supported by the pistons 4 has been cancelled in such a manner that, on each outer face of the block 1, there is a decompensation of forces which act on the block 1, always on the same side of the axis of symmetry, breaking its equilibrium and producing the engine moment (torque). The block is joined to lateral covers and the latter are joined to the rotational shaft 2, with which they form a single body which causes the entire system to rotate.</p> |
