Combination of two pressurized fluid motors

A combination of a first pressurized fluid motor and a second pressurized fluid motor fed in parallel by a common pressurized fluid feed circuit including an external fluid feed conduit and an external fluid outlet conduit, each of said pressurized fluid motors including:

• a casing;
• a cylinder block rotatable about a rotation axis relative to a reaction member constrained to rotate with said casing and having a communication side perpendicular to said rotation axis;
• an internal fluid distributor constrained to rotate with said reaction member about said rotation axis and having a distribution side also perpendicular to said rotation axis and adapted to bear against said communication side of said pressurized fluid motor, said internal fluid distributor having, axially opposite the distribution side thereof, a thrust side perpendicular to said rotation axis;
• distribution conduits in said internal fluid distributor opening onto said distribution side;
• the casings of said firs and second pressurized fluid motors being constrained to rotate together about said rotation axis;
• at least some of the distribution conduits of the internal distributor of at least one of said first and second pressurized fluid motors opening in the thrust side of said internal distributor at ends constituting housings to receive tubular connecting pegs, each of said connecting pegs having a transverse side projecting relative to the housing to receive said connecting peg and communicating, firstly, with the distribution conduit of the internal distributor of one of said first and second pressurized fluid motors, one end of said distribution conduit constituting said housing for receiving said connecting peg and, secondly, with a distribution conduit opening onto the thrust side of the internal fluid distributor of another of said first and second pressurized fluid motors;
• and
• said internal fluid distributors being axially slightly movable with respect to one another and the pressures of fluids in said distribution conduits tending to separate said first and second thrust sides, so that said distribution sides of said internal fluid distributors of said first and second pressurized fluid motors respectively thrust against said communication sides of said cylinder blocks of said first and second pressurized fluid motors.

A combination of a first pressurized fluid motor and a second pressurized fluid motor fed in parallel by a common pressurized fluid feed circuit including an external fluid feed conduit and an external fluid outlet conduit, each of said pressurized fluid motors including:

• a casing;
• a cylinder block rotatable about a rotation axis relative to a reaction member constrained to rotate with said casing and having a communication side perpendicular to said rotation axis;
• an internal fluid distributor constrained to rotate with said reaction member about said rotation axis and having a distribution side also perpendicular to said rotation axis and adapted to bear against said communication side of said pressurized fluid motor, said internal fluid distributor having an axial side having a plurality of staggered shoulders and a plurality of axial cylindrical surfaces separating said staggered shoulders;
• distribution conduits in said internal fluid distributor opening onto said distribution side;
• the casings of said first and second pressurized fluid motors being constrained to rotate together about said rotation axis;
• said axial cylindrical surfaces of said internal fluid distributors of both of said pressurized fluid motors being arranged in pairs in facing relationship and sealing means being provided between the two axial cylindrical surfaces of each one of said pairs, so that axial balancing chambers for the internal fluid distributors of both of said pressurized fluid motors are formed, each of said axial balancing chambers being formed between said two internal fluid distributors and between two successive pairs of axial cylindrical surfaces, at least some of said distribution conduits opening into said axial balancing chambers, and
• said internal fluid distributors being axially slightly movable with respect to one another and the pressures of fluids in said distribution conduits and in said balancing chambers tending to separate said first and second axial sides, so that said distribution sides of said internal fluid distributors of said first and second pressurized fluid motors respectively thrust against said communication sides of said cylinder blocks of said first and second pressurized fluid motors.