The present invention relates to a control apparatus for a Brown gas generator for an automobile and is arranged so that (+) electrode plate and a (-) electrode plate and, while penetrating through the electrode plates and the (+) electrode plate, (-) electrode plate located between between the electrode plates and the electrode plate - and coupling the electrode plates and is inserted into the insulation with screws for the threaded for at least one electrode fixed coating, the electrode fixed to the fixed positions, the (+) electrode plate, and () to the (+) electrode plate and a (-) electrode plate and the fixed part consisting of a plurality of insulating rings, which electrode plate to each other keeping a predetermined distance; and, are formed on an upper portion of the electrolytic cell to be in communication with the electrolytic cell the When the water contained in the electrolytic bath (1) consumption by the door to determine the water line, and opening and closing of the water supply line inlet for supplying water to the electrolytic bath (1), is accommodated in the electrolytic bath floating on the surface of the water, to the electrolytic bath and vertical transfer according to the water level contained, the upper is the more extended upward is a tapered protrusion which is gradually narrowed in diameter is formed in the outlet of the by the water level contained in the electrolytic bath surface gradually increases gradually floating to the upper portion is the protrusion the feed pipe water supply unit including a switching buoy to be closed; and a heating system for preventing the water contained in the electrolytic cell is frozen to a low temperature of the outside, and preheating the water that is accommodated in the electrolytic bath to a predetermined temperature; and, one end the suction holes of the outside air intake is formed, and the other end to a suction pipe which is connected in communication with the electrolytic cell the air sucked by the suction hole to be supplied to the electrolytic cell; and placed on top of and, the electrolytic cell, the lower the glass beads filter is connected in communication with said electrolytic bath to filter out a wet gas remaining in the air and brown gas flowing in the electrolytic bath; end and is connected in communication with the glass beads filter, the other end of the discharge hole is formed in the a control box for applying and the heating system and the plurality of electric parts of the electrodes;; and the incoming air from the glass beads filter brown gas to the discharge pipe such that the transfer of the car air intake device through the said discharge hole, and a phase to the suction pipe as it characterized in that the a; protective case is that the protection from external impact and accommodated in the and the component side has a communication hole formed in plurality; is installed on the operation determining means for determining the operation of the control box ,
Electrolytic cell that the electrolytic cell is added accommodate a plurality of electrodes such that when supplied electricity to decompose the water brown gas is produced by having a structure that is in communication with a suction pipe is opened with the outside, because of a brown gas generated in the electrolytic bath, even if brown gas is generated did not have a separate pressure generated inside is prevented from being changed into brown gas (HHO) is the water by a high pressure (H ₂ O) there is an effect that can increase the generation efficiency of a brown gas.
In addition, due to the glass beads filter to filter out the humid air and gas remaining in the Brown gas supplied from the electrolytic cell there is an effect that can increase the efficiency of the engine.