Rotating hydrogen/browns gas generator seperator motor

Abstract

A re-circulating system of which utilizes rotating force, resulting in separation of optional combinations of either and/or water, fuel, air mixtures, and conductor plates. The conductor plates when energized cause molecules to separate into a gaseous state known as browns gas. Whereby resulting in increased temperature, pressure and volume which in turn forcibly directs the water/exhaust mixture outward into a water/exhaust fluid accelerator distribution assembly resulting in ejection of water at great velocity of which is usable as an energy source.

Description

CROSS-REFERENCE TO RELATD APPLICATIONS

This application claims the benefit of Provisional Patent Application Ser. Nr. 61/341,331 filed on Mar. 30, 2010 in the name of the present inventor.

FIELD OF THE INVENTION

This invention relates in general to hydrogen generation assemblies for producing an environmentally safe efficient energy source. More particularly the invention pertains to a water re-circulating system of which utilizes rotating force resulting in separation of a water/fuel/air mixture and conductor plates when energized cause molecules to separate into a gaseous state known as browns gas. Whereby when ignited results in increased temperature, pressure and volume which in turn forcibly directs the water/exhaust mixture outward into a water/exhaust fluid accelerator distribution assembly resulting in ejection of water at great velocity of which is usable as an energy source.

BACKGROUND OF THE INVENTION

Within the last few years there has become a great interest in alterative energy. Reducing air pollution, particularly pollution from engine emissions and noxious odours generated there from has become a strong environmental objective both in the United States and around the world. Because of worldwide tightening of pollution emission standards, inventors have continually tried to invent devices and methods that will meet these increasingly stringent standards. Many previous references that relate to methods and apparatus's for creating alterative energy have heretofore been proposed, yet there still remains a great need for advancement in this field.

It is well known that hydrogen is an extremely clean and provides an abundant amount of energy if harnessed and controlled in a safe efficient manner. However, here to date most of the known prior art has not mastered its use and have not been able to harness the energy in a safe reliable method. Hydrogen can be dangerous and hazardous if not properly contained, controlled and regulated.

Hydrogen can be manufactured or extracted from water in many ways. Typically, chemical, electrical, electrochemical, disassociation, or thermo-chemical reactions are used to generate hydrogen, in some of which cases water may be used as the source of the hydrogen. In the present invention, an air/fuel/water mixture and/or combinations thereof, is used to generate hydrogen without employing additional chemicals and there is no waste products or pollution produced . The present invention's means of generating hydrogen after start-up includes electrolysis and water in combination to produce browns gas) of which is a stable “mixture” of di-atomic and mon-atomic hydrogen and oxygen with a higher energy state than diatomic hydrogen and due to rotating force provides new and unusual end results.

There have been numerous attempts within the known prior art to produce an efficient cost effective hydrogen generator and/or engine. The following are some examples of such attempts.

Typical references include U.S. Pat. Nos. #3,969,493, # 3,980,053, #3,980,053, #4,155,712, #4,269,818, #4,343,624, #4,371,500, #4,458,634, #4,599,865, #5,082,544, #5,419,306, #5,658,681, #5,679,236 and 3,969,493. All of which include production of hydrogen which is usable as an energy source of some kind. However, each of these references are much too complicated, include numerous components and have not proven to be functional as they are simply inefficient, not cost effective to produce and market and more importantly are too dangerous as constructed.

The present invention is of simplified construction, much less dangerous, cost effective, very efficient and overcomes the disadvantages of the known prior art.

OBJECTS AND ADVANTAGES OF THE PRESENT INVENTION

It is a primary object of the present invention to provide a rotating hydrogen generator separator motor which is a re-circulating water system and is self contained “within one enclosed housing”, respectively.

Another important object of the present invention is to provide a rotating hydrogen generator separator motor/engine which is a safe and economically environmentally friendly source of energy. The system is unique as it combusts all of the hydrogen produced and thus there is no need for storage of hydrogen as required by all other known hydrogen engines or the like. Also, the engine can run on carbon based fuel and air alone.

Yet another object of the present invention is to provide a rotating hydrogen generator separator motor/engine which is usable for any application of engineering choice. Such as, vehicles, marine vessels, home heating, production of electricity, or combinations thereof, etc.

Still another object of the present invention is to provide a rotating hydrogen generator separator motor/engine which is functional with any suitable type of fuel of engineering choice. Such as diesel, jet fuel, propane, vegetable oil, peanut oil, gasoline, etc.

Other objects and advantages will become apparent when taken into consideration with the following specification and drawings.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is substantially a block diagram and/or flow chart depicting the overall components and general concept for the present invention.

DETAILED DESCRIPTION OF THE DRAWINGS

Referring now in detail to the drawings as follows. FIG. 1 represents a general overview of the present invention which is a rotating combustion hydrogen/browns gas generator separator motor, respectively. In operation a power source (2) initiates start up for the system. It is to be noted any suitable type of power source of engineering choice can be utilized. The power source energises a starter motor (4) of engineering choice which is in hydraulic, pneumatic, inertial and/or electrical communication with an air pump (6), a water pump (8), a rotating tube rotation assembly (10) and torus conductor plates (12) via electrical input means (23). It is to be noted there are numerous pre-existing starter motors, air/water pumps that are functional thus the invention is not to be limited to any specific types. The rotating catalytic tube (10) includes an air directional assembly therein (not shown), a fuel directional assembly therein (not shown) and a glow plug or high tension spark plug therein (not shown). The latter are not shown as use of these components is well known within catalytic tube technology. The air pump (6) delivers air via the air delivery means (16) into the air directional assembly inside of the rotating catalytic tube (10) and forcibly directs the air outward there from into the rotating combustion hydrogen generator separator (18). The water pump (8) delivers water into the housing (20) and into the rotating combustion hydrogen generator separator (18) via water input means (22). The rotating catalytic tube (10) is centrally positioned within the rotating combustion hydrogen generator separator (18). The rotating catalytic tube (10) includes apertures (not shown) for directing the air outward there from and into the rotating combustion hydrogen generator separator (18). The rotating combustion hydrogen generator separator (18) contains torus conductor plates (12). Whereby, when the torus conductor plates (12) are energized via the electrical input means (14) this causes molecules to separate into a gaseous state producing browns gas (24). Browns gas (Hydroxy) is a stable “mixture” of di-atomic and mon-atomic hydrogen and oxygen with a higher energy state than diatomic hydrogen. Due to rotating force and combustion, the browns gas (24) remains substantially within the centralized area of the rotating combustion hydrogen generator separator (18) and the water is forced outward into the outermost internal area of the rotating combustion hydrogen generator separator (18). It is to be noted the electrical input means (14) is controllable and allows for variable volts, watts, amps and frequency depending on engineering choice and/or operational parameters. Upon combustion of the browns gas +/− air carbon fuel mix, there is a tremendous increase in temperature, pressure and volume within the rotating combustion hydrogen generator separator (18) which in turn forces water outward from within the outer most area of the rotating combustion hydrogen generator separator (18) into the fluid accelerator assembly (26). Thereafter the fluid accelerator assembly (26) is either mechanically, hydraulically, pneumatically, and/or inertial ally interconnected to an energy output means (28) of engineering choice and the energy output means (28) is interconnected with an energy retrieval means (30) of engineering choice. The energy output means can be of any suitable type and may include either counter rotating pellltons (27), turbines, volutes, etc., or combinations thereof. Also, the energy retrieval means can be any suitable type such as a battery, a motor, alternator, gears, shafts, etc. It is to be understood that this system completely combusts the hydrogen and thus eliminates the need for storage of hydrogen as required within the known prior art. This is extremely important as the present system is safe, economical and environmentally friendly unlike other hydrogen engines or the like.

It is to be understood the present invention is operable in variable modes. For example, upon initial start up, the motor may require air and/or fuel or combinations thereof. Addition of air and/or fuel is adjustable and variable. However, this is dependent upon operational parameters and determined by the operator and/or engineering choice.

Although the invention has been herein shown and described in what is conceived to be the most practical and preferred embodiment, it is recognized that departures may be made there from within the scope and spirit of the invention, which is not to be limited to the details disclosed herein but is to be accorded the full scope of the claims so as to embrace any and all equivalent devices and apparatuses.

Claims

1. A rotating hydrogen/browns gas generator separator motor comprising in combination: a housing; a power source; a starter motor; a water pump; a rotating catalytic tube; a rotating tube rotation assembly; a rotating combustion hydrogen separator generator; fluid accelerator assembly; electrical input means; energy output means; and energy retrieval means: said starter motor is in communication with said water pump, said rotating tube rotation assembly and torus conductor plates, said water pump delivers water into said housing and into said rotating combustion hydrogen generator separator via said water input means, said rotating catalytic tube being centrally positioned within said rotating combustion hydrogen separator generator; said rotating combustion hydrogen separator generator containing said torus conductor plates, said torus conductor plates when energized via said electrical input means cause molecules to separate into a gaseous state producing browns gas, upon combustion of said browns gas, increased temperature, pressure and volume is resultant which in turn forces water outward from within said rotating combustion hydrogen separator generator into said fluid accelerator assembly, said fluid accelerator assembly is interconnected to an energy output means and said energy output means is interconnected with an energy retrieval means.

2. A rotating hydrogen/browns gas generator separator motor comprising in combination: a housing; a power source; a starter motor; an air pump; a water pump; a rotating catalytic tube; a rotating tube rotation assembly; an air delivery means; a rotating combustion hydrogen separator generator; fluid accelerator assembly; electrical input means; energy output means; and energy retrieval means: said starter motor is in communication with said air pump, said water pump, said rotating tube rotation assembly and torus conductor plates, said water pump delivers water into said housing and into said rotating combustion hydrogen generator separator via said water input means, said air pump delivers air to said air delivery means, said air delivery means delivers said air to the inside of said rotating catalytic tube, said rotating catalytic tube being centrally positioned within said rotating combustion hydrogen separator generator; said rotating catalytic tube having apertures for directing said air outward there from and into said rotating combustion hydrogen separator generator, said rotating combustion hydrogen separator generator containing said torus conductor plates, said torus conductor plates when energized via said electrical input means cause molecules to separate into a gaseous state producing browns gas, upon combustion of said browns gas, increased temperature, pressure and volume is resultant which in turn forces water outward from within said rotating combustion hydrogen separator generator into said fluid accelerator assembly, said fluid accelerator assembly is interconnected to an energy output means and said energy output means is interconnected with an energy retrieval means.

3. The rotating hydrogen/browns gas generator separator motor of claim 1 further includes an optional fuel input for delivering fuel to said rotating catalytic tube.