TH37534B - Methods for operating and fuel supply systems for internal combustion engines. - Google Patents

Abstract

DC60 (02/04/56) The fuel supply system attached to the gasoline engine (12) includes the first tank (40) that holds a mixture of gasoline and ethanol. l, the second tank (42) the water tank, the micro foaming machine (44) connected to the first and second tanks (40) and (42), and the fuel injection valve (46) connected. fit with Micro-foamers (44) Mixtures and water are mixed in the environment. where is paid The micro-foam produced by the operation of the micro-foam generator (44). Prepared to be injected The fuel injection valve (46) is inserted into the supply pipe (24) connected to the cylinder block (16) which is assembled in the gasoline engine (12). Mixing with the air flowing through the supply pipe (24) in order to be supplied to the combustion chamber (14) the resulting configuration reduces the combustion temperature in the gasoline engine. lower in order to reduce the amount of NOx contained in the exhaust The fuel supply system that is attached to the gasoline engine (12) includes the first tank (40) containing a mixture of gasoline and ethanol, the second tank (42). The water tank, the microfoam generator (44) connected to the first and second tanks (40) and (42), and the fuel injection valve (46) connected to the Micro-foamers (44) Mixtures and water are mixed in the environment. where is paid The micro-foam produced by the operation of the micro-foam generator (44). Prepared to be injected The fuel injection valve (46) is inserted into the supply pipe (24) connected to the cylinder block (16) which is assembled in the gasoline engine (12). Mixing with the air flowing through the supply pipe (24) in order to be supplied to the combustion chamber (14) the resulting configuration reduces the combustion temperature in the gasoline engine. lower in order to reduce the amount of NOx present in the exhaust

Claims (8)

Disclaimers (all) that will not appear on the advertisement page: 1. Methods for the operation of the internal combustion engine. For power acquisition Which includes Collection of gazoline and ethanol mixtures. In the first tank, collecting water in the second tank, mixing fuel is prepared by mixing the mixture supplied from the first tank and the water supplied from the second tank. In equipment for mixing, and dispensing of mixed fuel To the combustion chamber of the internal combustion engine By the use of Fuel injection valve, combustion of mixed fuel in the combustion chamber of the internal combustion engine, where the first tank And equipment for mixing it Will be connected by one of the liquid feeding pipes Where the first pump And the first tongue Will be separated in it, that second bucket And equipment for mixing it It is connected by a second fluid intake pipe where the second pump and the second valve Will be separated in it, and equipment for that mixing And that fuel injection valve It is connected by a third fluid feed pipe where the third pump and fuel pressure regulator valve Will be separated in it. 2. Methods for the operation of the internal combustion engine for the acquisition of power. According to claim 1, where the blending device is a micro-foaming machine 3. Methods for the operation of the internal combustion engine. For power acquisition Which includes Ethanol storage In the first tank, the water collection in the second, the third the gasoline is collected, the mixing is prepared in the mixing equipment for mixing the ethanol that is supplied from the first tank and The water was supplied from the second tank, controlling the dispensing of the mixture. By the control valve, and the fuel mixing Of that mixture And the gas that is supplied from the third cylinder goes to the combustion chamber of the internal combustion engine. By using the fuel injection valve Which was placed on the destination side Of the control valve, and the combustion of the mixed fuel in the combustion chamber of the internal combustion engine, 4. Methods for the operation of the internal combustion engine For power acquisition According to claim 3, where the blending device is a micro-foaming machine, 5. Methods for the operation of internal combustion engines. According to claim 3, which is supplemented by the procedure of Controlling the ratio of the mixture That will be added to that gasoline Using a control method, and adjusting the aspect ratio Of that mixture To be filled Based on information From the methods of detection which will Check the operating conditions of the internal combustion engine. 6. Fuel supply system. For supplying the mixed fuel to the combustion chamber of the internal combustion engine, which includes: the first tank containing the gasoline and ethanol mixtures. The second tank that holds water Micro bubble machine For the preparation of blended fuels by mixing the mixtures obtained from The first tank And a lot of water from the second tank and the fuel injection valve for the mixed fuel. To the combustion chamber of that internal combustion engine, where the first tank and the micro-foaming machine Will be connected by one of the liquid feeding pipes Where the first pump And the first tongue Will be separated in it, that second tank and that micro bubble maker It is connected by a second fluid intake pipe where the second pump and the second valve Will be separated in it, and the micro bubble machine is And that fuel injection valve It is connected by a third fluid feed pipe where the third pump and fuel pressure regulator valve Will be placed in it. 7. Fuel supply system according to claim 6, where the fuel injection valve. It is installed in a supply pipe for supplying air to the The combustion chamber of the internal combustion engine. 8. The fuel supply system according to claim 6, where the fuel injection valve. Will be installed openly in the combustion chamber of 9. Fuel supply system for supplying mixed fuel to the combustion chamber of the internal combustion engine, which includes: One tank that stores ethanol. The second tank that holds water The third tank that holds gasoline. Mixing equipment for the preparation of mixtures by mixing the ethanol that is supplied from The first tank And the water that was supplied from that second tank, the control flaps that would control the dispensing of the mixture, and the fuel injection flaps. Placed on the end of the control valve For mixing fuel Of that mixture And the gasoline that was supplied from that third tank To the combustion chamber of the internal combustion engine 1 0. fuel supply system according to claim 9, where the fuel injection flaps It is installed in a supply pipe for supplying air to the The combustion chamber of the internal combustion engine 1 1. Fuel supply system according to claim 9, where the fuel injection valve Will be installed openly in the combustion chamber of Internal combustion engine 1 2. Fuel supply system according to claim 9, where the mixing device is a micro-foaming machine 1. 3. Fuel supply system according to claim 9, which is further incorporated by means of detection. For checking the operating conditions of the combustion chamber And the means of control for control The degree of opening of the control valve Where the way of control It controls the flow rate of the mix by controlling the level of The opening of the control valve is based on information from the sensing path 1. 4. Fuel supply system according to claim 13, where the fuel injection valve is It is installed in a supply pipe for supplying air to the The combustion chamber of the internal combustion engine 1 5. Fuel supply system according to claim 13, where the fuel flaps are Will be installed openly in the combustion chamber of Internal combustion engine 1 6. Fuel supply system according to claim 13, where the method of detection It is a way of temperature sensing, which will detect the temperature of the heater. To cool to cool the internal combustion engine Or, it is a method of knockout detection, which detects knocks. 1 7. Fuel supply system according to claim 16, where the fuel injection flaps are installed in the supply pipe for supplying air to the The combustion chamber of the internal combustion engine 1 8. Fuel supply system according to claim 16, where the fuel injection valve Will be installed openly in the combustion chamber of Internal combustion engine