초록 ▼

A system and method are provided for generating hydrogen for use with an internal combustion engine. The system includes a venturi device coupled with an exhaust stream from the internal combustion engine. The venturi device creates a gas flow through a condenser to generate reactant water. After th

A system and method are provided for generating hydrogen for use with an internal combustion engine. The system includes a venturi device coupled with an exhaust stream from the internal combustion engine. The venturi device creates a gas flow through a condenser to generate reactant water. After the reactant water is polished to remove contaminants, hydrogen and oxygen are disassociated using a PEM based electrolyzer. The hydrogen gas is used by the internal combustion engine to assist in the combustion process and reduce pollutant emissions.

대표청구항 ▼

A system and method are provided for generating hydrogen for use with an internal combustion engine. The system includes a venturi device coupled with an exhaust stream from the internal combustion engine. The venturi device creates a gas flow through a condenser to generate reactant water. After th

A system and method are provided for generating hydrogen for use with an internal combustion engine. The system includes a venturi device coupled with an exhaust stream from the internal combustion engine. The venturi device creates a gas flow through a condenser to generate reactant water. After the reactant water is polished to remove contaminants, hydrogen and oxygen are disassociated using a PEM based electrolyzer. The hydrogen gas is used by the internal combustion engine to assist in the combustion process and reduce pollutant emissions. t mooring device comprising: a tubular member, a cord, said cord contained within said tubular member, said tubular member defining a first end, a second end, and a third end, said cord exiting said first, second and said third ends whereby a boat can be moored to said cords at two ends and the cord exiting the third end can be attached to a dock. 2. The mooring device of claim 1 wherein said cord has an endless configuration. 3. The mooring device of claim 2 further comprising a trio of end caps, one each of said end caps affixed to different ends of said tubular member, each of said end caps defining a pair of apertures, said endless cord exiting said tubular member through each of said pairs of apertures. 4. A boat mooring device comprising: a tubular member, an endless cord, said endless cord contained within said tubular member, said tubular member defining first, second and third ends, said endless cord exiting first and second ends whereby a boat can be moored to said endless cord at one end of said tubular member and said endless cord at the other end of said tubular member can be attached to a boat dock. 5. The boat mooring device of claim 4 further comprising a releasable bracket, said releasable bracket attached to said endless cord at one end of said tubular member, said bracket for attaching to the boat dock. 6. The boat mooring device of claim 5 wherein said bracket is adjustable. 7. The boat mooring device of claim 4 further comprising an end cap, said end cap affixed to one end of said tubular member, said endless cord exiting said end cap. 8. The boat mooring device of claim 7 wherein said end cap defines a pair of apertures, said endless cord exiting said end cap through said pair of apertures. 9. The boat mooring device of claim 4 further comprising a trio of end caps, one each of said end caps affixed to different ends of said tubular member, each of said end caps defining a pair of apertures, said endless cord exiting said tubular member through each of said apertures of said trio of end caps. 10. A method of mooring a boat to a dock with a tubular member containing a cord comprising the steps of: a) passing the cord contained within the tubular member through one end thereof; b) passing the cord contained within the tubular member through the other end of the tubular member; c) adjusting the length of the tubular member; d) attaching the cord passing through one end to the boat; and e) attaching the cord passing through the other end to the dock. 11. The method of claim 10 wherein passing the cord through one end comprises the step of passing an endless cord through the end. 12. The method of claim 10 wherein attaching the cord to a boat comprises the step of attaching the cord to a boat at spaced locations along the boat. 13. The method of claim 10 wherein attaching the end of the boat to the dock comprises the step of attaching the end of the cord to a releasable bracket. 14. The method of claim 13 wherein attaching the cord to a releasable bracket comprises the step of attaching the cord to an adjustable bracket. t of the quaternary ammonium salt type. 4. A method according to claim 3, wherein the cationic surfactant of the quaternary ammonium salt type is an alkyl-trimethylammonium salt. 5. A method according to claim 1, wherein the variable-color ink composition further contains an extender and/or a resinous binder.