초록 ▼

Injectors 2 are connected to a common rail 4 via respective dispensing conduits 3. A mixture of a liquid fuel fed from a liquid fuel tank 2 and an additional fluid fed from an additional fluid tank 9 is formed, and is fed to the common rail 4. The additional fluid contained in the mixture is turned

Injectors 2 are connected to a common rail 4 via respective dispensing conduits 3. A mixture of a liquid fuel fed from a liquid fuel tank 2 and an additional fluid fed from an additional fluid tank 9 is formed, and is fed to the common rail 4. The additional fluid contained in the mixture is turned to its supercritical state, and the mixture is injected from the injectors 2 to the engine. The inlets of the dispensing conduits 3 are positioned, with respect to the common rail 4, to open out into a liquid fuel layer which will be formed in the common rail 4 when a separation of the mixture occurs.

대표청구항 ▼

Injectors 2 are connected to a common rail 4 via respective dispensing conduits 3. A mixture of a liquid fuel fed from a liquid fuel tank 2 and an additional fluid fed from an additional fluid tank 9 is formed, and is fed to the common rail 4. The additional fluid contained in the mixture is turned

Injectors 2 are connected to a common rail 4 via respective dispensing conduits 3. A mixture of a liquid fuel fed from a liquid fuel tank 2 and an additional fluid fed from an additional fluid tank 9 is formed, and is fed to the common rail 4. The additional fluid contained in the mixture is turned to its supercritical state, and the mixture is injected from the injectors 2 to the engine. The inlets of the dispensing conduits 3 are positioned, with respect to the common rail 4, to open out into a liquid fuel layer which will be formed in the common rail 4 when a separation of the mixture occurs. f) extruding the poultry litter by forcing it through at least one tube having a predetermined diameter; and g) pelletizing the poultry litter by severing said poultry litter into a plurality of segments as it advances beyond the distal end of said tube. 2. A method for extruding poultry litter for use as feed or bait for marine life as recited in claim 1, further including mixing fish by-products to said poultry litter prior to the insertion of said poultry litter into said extruder. 3. A method for extruding poultry litter for use as feed or bait for marine life as recited in claim 1, further including mixing fish by-products to said poultry litter inside of said extruder. 4. A method for extruding poultry litter for use as feed or bait for marine life as recited in claim 1, further including mixing shellfish by-products to said poultry litter inside of said extruder. 5. A method for extruding poultry litter for use as feed or bait for marine life as recited in claim 1, further including mixing talc to said poultry litter to increase the density of the material produced. 6. A method for extruding poultry litter for use as feed or bait for marine life as recited in claim 1, further including mixing any combination of talc, shellfish and fish by products to said poultry litter to increase the density of the material produced. 7. A method for extruding poultry litter for use as feed or bait for marine life as recited in claim 1, further including mixing fish by-products and other materials to said poultry litter prior to the insertion of said poultry litter into said extruder. 8. A method for extruding poultry litter for use as feed or bait for marine life as recited in claim 1, further including mixing fish by-products and other materials to said poultry litter inside of said extruder. 9. A method for extruding poultry litter for use as feed or bait for marine life as recited in claim 1, further including mixing any combination of talc, shellfish, fish by products and other materials to said poultry litter to increase the density of the material produced.