Apparatus and method of transferring a gas, liquid or substance into another gas or liquid using multiple venturi injectors in a single apparatus
OwnerGideon William Vandegriftinventor
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Abstract
The present invention is directed towards an apparatus and method of transferring a gas, liquid or substance into another gas or liquid using multiple venturi injectors in a single apparatus. By using multiple venturi chokes, there is less converging restriction and back pressure on the inlet side of the choke areas. This creates a higher outflow pressure on the outflow sides of the chokes. Each of the multiple venturi outlets diverge back together and into the main outflow tube or piping for much better mixing. Multiple venturis help stabilize the suction rate at full suction because you have multiple vacuum ports all multiplying the suction power for a more stable rate.
Claims6
A pipe comprising an inflow port, an outflow port and a suction port, wherein the suction port comprises a first suction channel connected to at least a first and second choke port inlet within the inflow port, and further connect to at least a first and second venturi outlet port within the outflow port.
A pipe comprising a single inflow tube that converges into multiple venturi chokes which each connect to a suction inlet port, and further comprising multiple inlet ports that diverge into multiple diverging venturi outlets, and wherein multiple diverging venturis then enter back into a single tube or piping where multiple directional collisions take place for better mixing of gases and liquids.
A pipe that converges into multiple venturi constrictions that connect to multiple choke points, wherein each choke point then connects to an inflow vacuum suction port, and wherein each choke point diverges back into an area that connects to a single tube or pipe.
Dependencies are inferred from the claim text.