Distribution device for a two-phase flow

A distribution device for a two-phase flow containing a liquid and a gaseous component, the device comprising:

• a housing having a centrally arranged flow-in line bore and a plurality of flow-out line bores arranged within a plane substantially perpendicular to said flow-in line and connected with said flow-in line bore, said housing defining a retaining bore provided coaxial to said flow-in line bore and having a bottom extending beyond said plane of said flow-out line bores and a diameter in the region of the connection between said flow-in and said flow-out line bores which is substantially larger than that of said flow-in line bore;
• and an obturating body having an end face and being pressable into said retaining bore so that said end face bounds said flow in line bore so as to define a narrow gap distribution space between said obturating body end face and said retaining bore bottom into which said flow-out line bores open.

A device for uniform distribution of a two-phase flow containing a liquid and a gaseous component, in particular a fuel-air mixture in a mixture delivery arrangement of an automobile, with a flow-in line bore arranged centrally in a housing and with a plurality of flow-out line bores arranged within a plane extending essentially perpendicularly to the flow-in line and connected with the flow-in line bore, whereby the flow-in line bore is bounded by the end face of an obturating body pressed into a retaining bore arranged in the housing coaxially with the flow-in line bore but beyond the plane of the flow-out line bores, characterized in that the retaining bore is provided with a substantially larger diameter than the flow-in line bore, and in that between the end face of the obturating body and the bottom of the retaining bore is formed a distribution space in the form of a narrow gap into which open the flow-out line bores, the bottom of the retaining bore being formed with a semi-spherical contour, and the obturating body having a spherical shape which forms, together with the retaining bore bottom a sickle-shaped distribution space.

A device for uniform distribution of a two-phase flow containing a liquid and a gaseous component, in particular a fuel-air mixture in a mixture delivery arrangement of an automobile, with a flow-in line bore arranged centrally in a housing and with a plurality of flow-out line bores arranged within a plane extending essentially perpendicularly to the flow-in line and connected with the flow-in line bore, whereby the flow-in line bore is bounded by the end face of an obturating body pressed into a retaining bore arranged in the housing coaxially with the flow-in line bore but beyond the plane of the flow-out line bores, characterized in that the retaining bore is provided with a substantially larger diameter than the flow-in line bore, and in that between the end face of the obturating body and the bottom of the retaining bore is formed a distribution space in the form of a narrow gap into which open the flow-out line bores, said obturating body having a cylindrical shape with and end face on which distribution channels are arranged so as to lead from the flow-in line bore to the flow-out line bores.

A device for uniform distribution of a two-phase flow containing a liquid and a gaseous component, in particular a fuel-air mixture in a mixture delivery arrangement of an automobile, with a flow-in line bore arranged centrally in a housing and with a plurality of flow-out line bores arranged within a plane extending essentially perpendicularly to the flow-in line and connected with the flow-in line bore, whereby the flow-in line bore is bound by the end face of an obturating body pressed into a retaining bore arranged in the housing coaxially with the flow-in line bore but beyond the plane of the flow-out line bores, characterized that the retaining bore is provided with a substantially larger diameter than the flow-in line bore, and in that between the end face of the obturating body and the bottom of the retaining bore is formed a distribution space in the form of a narrow gap into which open the flow-out line bores, the obturating body being provided with a cylindrical shape, and the bottom of the retaining bore being provided with a plurality of distribution channels arranged so as to lead from the flow out line bores.