Carburetor device with additional air-fuel flow apertures

A method of improving liquid fuel vaporization in a carburetor comprising the steps of:

• A. providing a plurality of apertures circunferentially disposed around an orifice joining an inner mixing cavity to an outer well member of the carburetor, said apertures extending from the inner mixing cavity to the outer well member;
• B. preventing liquid fuel from draining into said apertures;
• C. urging air flow through said apertures when a throttle member of the internal combustion engine, is set to a predetermined mixed position;
• and
• D. engaging said liquid fuel with said air flow through said apertures.

A method of maintaining the fuel-air mixture ratio from a carburetor to an internal combustion engine during increasing vacuum pressure, comprising the steps of:

• A. providing a plurality of apertures circumferentially disposed around a carburetor orifice joining an air-fuel mixing cavity to a well member, said apertures extending from the mixing cavity to the well member:
• B. selecting apertures having a cross sectional area that prevents liquid fuel drainage, and allows air flow therethrough upon a predetermined engine vacuum pressure being attained;
• and
• C. engaging said liquid fuel with said aperture air flow.