Hydrogen-oxygen generating apparatus

Abstract

A hydrogen-oxygen generating apparatus includes a metal thin walled tube, an insulation tube inside the thin walled tube, multiple 1 st electrolyte plate that has a 1 st small hole placed below a part of a center hole and a first big hole placed above an upper part of the center hole, multiple 2 nd electrolyte plates with small hole placed above an upper part of a center hole and a 2 nd big hole below a lower part of the center hole, a number of rings with a certain thickness between the 1 st electrolyte plate and the 2 nd electrolyte plate, an electrolyte unit including a 1 st electric pole penetrating the 1 st small holes and a 2 nd electric pole penetrating the 2 nd small holes when the 1 st electrolyte plate and the 2 nd electrolyte plate are placed opposed to each other, a front cover with a frontal water flowing pipe at a center and the 1 st electric pole and the 2 nd electric pole piercing the cover through 1,2 nd pipes up and down the cover in front of the thin walled tube, a rear cover with the 1 st electric pole and 2 nd electric pole piecing through 3,4 th pipes at the upper and lower part of a rear water flowing pipe at a center of the rear cover at the back of the thin walled tube, insulating gaskets on the 1,2 nd electric pole connecting the 1,2 nd pipes and the 3,4th pipes and a heat radiant plate containing a number of heat radiant pins.

1 . A hydrogen-oxygen generating apparatus comprises:
 a metal thin walled tube;   an insulation tube inside the thin walled tube;   multiple 1 st  electrolyte plate that has a 1 st  small hole placed below a part of a center hole and a first big hole placed above an upper part of the center hole;   multiple 2 nd  electrolyte plates with small hole placed above an upper part of a center hole and a 2 nd  big hole below a lower part of the center hole;   a number of rings with a certain thickness between the 1 st  electrolyte plate and the 2 nd  electrolyte plate;   an electrolyte unit including a 1 st  electric pole penetrating the 1 st  small holes and a 2 nd  electric pole penetrating the 2 nd  small holes when the 1 st  electrolyte plate and the 2 nd  electrolyte plate are placed opposed to each other;   a front cover with a frontal water flowing pipe at a center and the 1 st  electric pole and the 2 nd  electric pole piercing the cover through 1,2 nd  pipes up and down the cover in front of the thin walled tube;   a rear cover with the 1 st  electric pole and 2 nd  electric pole piecing through 3,4 th  pipes at the upper and lower part of a rear water flowing pipe at a center of the rear cover at the back of the thin walled tube;   insulating gaskets on the 1,2 nd  electric pole connecting the 1,2 nd  pipes and the 3,4th pipes; and   a heat radiant plate containing a number of heat radiant pins.   
   
   
       2 . The hydrogen-oxygen generating apparatus according to  claim 1 , further comprising:
 a front sealing plate applied in middle of the front cover and the thin walled tube to seal between the front cover and the thin walled tube; and   a rear sealing plate applied in middle of the rear cover and the thin walled tube to seal the rear cover and the thin walled tube.   
   
   
       3 . The hydrogen-oxygen generating apparatus according to  claim 2 , wherein the front sealing plate includes the front gasket between the front cover and a front flange and the front gasket ring installed on the front of the front cover and the back of the front flange by bolts and Nuts and wherein the rear sealing plate includes the rear gasket between the rear cover and a rear flange and the rear gasket ring installed on the front of the rear cover and the back of the rear flange by bolts and nuts. 
   
   
       4 . The hydrogen-oxygen generating apparatus according to  claim 1 , wherein the the electrolyte plates are made from carbon nano-tube alloy steel. 
   
   
       5 . The hydrogen-oxygen generating apparatus according to  claim 1 , wherein a surface of the electrolyte plates is polished by nano-technology to carry out the electrolysis effectively and also to separate the hydrogen-oxygen bubbles. 
   
   
       6 . The hydrogen-oxygen generating apparatus according to  claim 1 , wherein on a surface of electrolyte plate, tourmaline catalyst is attached.