Method, system, and apparatus for optimizing carburetors
OwnerJoseph Anthony Ternus, Lucas Dean Finleyinventors
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Abstract
A system of optimizing carburetor operation comprising: a carburetor controller; an air-fuel ratio sensor; a first communication channel; a processor; a power source; a non-transitory computer-readable memory element; a second communication channel for transmitting and receiving data; an external device; wherein said sensor sample air-fuel ratio in said carburetor; said sensor send said air-fuel ratio information via said first communication channel to said processor; said processor store it in said non-transitory computer-readable memory element; and said processor also send said information to said external device via said second communication channel. A carburetor spacer apparatus with multiple ports is also presented.
Claims15
A system of optimizing carburetor operation comprising:
- a carburetor controller;
- an air-fuel ratio sensor;
- a first communication channel;
- a processor;
- a power source;
- a non-transitory computer-readable memory element;
- a second communication channel for transmitting and receiving data;
- an external device;
- wherein said sensor sample air-fuel ratio in said carburetor;
- said sensor send said air-fuel ratio information via said first communication channel to said processor;
- said processor store it in said non-transitory computer-readable memory element;
- and said processor also send said information to said external device via said second communication channel.
An apparatus comprising:
- carburetor spacer with two vacuum ports;
- wherein both ports connected to the intake chamber on the manifold.
An apparatus for optimizing carburetor operation, comprising:
- a carburetor controller;
- an air-fuel ratio sensor;
- first communication channel;
- a processor;
- a power source;
- a non-transitory computer-readable memory element;
- a second communication channel for transmitting and receiving data;
- an external device;
- wherein said air-fuel ratio sensor samples the air-fuel ratio in the carburetor;
- said air-fuel ratio sensor sends the air-fuel ratio information via said first communication channel to said processor;
- said processor stores the air-fuel ratio information in said non-transitory computer-readable memory element;
- and said processor also sends said air-fuel ratio information to said external device via said second communication channel.
Dependencies are inferred from the claim text.