Fuel distribution in internal combustion engines

Claim 2

In an internal combustion engine having fuel pressure regulation means, fuel metering means, a plurality of cylinders, each of said cylinders having a fuel valve with a plunger aspirating and expulsing increments of fuel and complementary vent air, an arrangement for fuel distribution comprising in combination: a receptacle for receiving fuel from said fuel metering means and vent air, for equal apportioning and sequential release of said increments of said fuel and said vent air in response to successive aspirations by said fuel valves, including an inlet for admitting said fuel, a vent for admitting said vent air, means for preventing fuel sloshing, a plurality of outlets evenly spaced in circular arrangement in the bottom of said receptacle; a manifold with lines for transmitting said increments from said outlets to said fuel valves, said lines connected to ensure circular succession of the releases of said increments from said receptacle.

Claim 3

In an internal combustion engine having fuel pressure regulation means, fuel metering means, a plurality of cylinders, in each cylinder a piston performing intake, compression, expansion and exhaust strokes, an arrangement for fuel distribution comprising in combination: a receptacle for receiving fuel from said fuel metering means and vent air, for equal apportioning and sequential release of increments of said fuel and vent air, including an inlet for admitting said fuel, a vent for admitting said vent air, a check valve for preventing fuel flow from said vent, means for preventing fuel sloshing, a plurality of outlets evenly spaced in circular arrangement in the bottom of said receptacle; a plurality of fuel valves, each connected to one of said cylinders, for aspirating said increments in response to pressure differentials between said receptacle and each of said cylinders during each of said intake strokes of said pistons, each including an orifice for limiting the flow of said vent air, a check valve to prevent backflow from the cylinder; a manifold with lines for transmitting said increments from said outlets to said fuel valves, said lines connected to ensure circular succession of the releases of said increments from said receptacle.

Claim 4

In an internal combustion engine having fuel pressure regulation means, fuel metering means, a plurality of cylinders, in each cylinder a piston performing intake, compression, expansion and exhaust strokes, an arrangement for fuel distribution comprising in combination: a receptacle for receiving fuel from said fuel metering means and vent air, for equal apportioning and sequential release of increments of said fuel and vent air, including an inlet for admitting said fuel, a vent for admitting said vent air, a check valve for preventing fuel flow from said vent, means for preventing fuel sloshing, a plurality of outlets evenly spaced in circular arrangement in the bottom of said receptacle; a plurality of fuel valves, each connected to one of said cylinders, for aspirating said increments in response to pressure differentials between said receptacle and each of said cylinders during each of said intake strokes of said pistons, each including an orifice for limiting the flow of said vent air, a check valve to prevent backflow from the cylinder; a manifold with lines for transmitting said increments from said outlets to said fuel valves, said lines connected to ensure circular succession of the releases of said increments from said receptacle.

Claim 5

An arrangement for fuel distribution as claimed in claim 2 in which each of said fuel valves includes valve body and means for spark ignition including an insulator mounted therein, a sleeve for attaching an electrical connector and said fuel line from said receptacle, tubular primary electrode for conducting ignition currents and flows of said increments of fuel and vent air, and at least one secondary electrode on said valve body formed for dispersing said increments emitting from said tubular primary electrode.