Hydrogen-oxygen combustion burner

Abstract

A hydrogen-oxygen combustion burner includes a gas line that provides hydrogen-oxygen mixed gas, a body in a sealed form to block any foreign oxygen from entering and a plurality of combusting nozzles each with multiple crater holes toward an upper body, a distributing center formed inside the body distributing hydrogen-oxygen mixed gas provided by the gas line to the crater holes, the multiple combusting nozzles being formed around the body in circle when the body is cylindrical, wherein each combusting nozzle contains a circular body of a nozzle, a slope formed on an upper part of the body of the nozzle, crater holes on the slope making an obtuse triangle, distributing center formed perpendicular to an interior of the body of the nozzle for distributing the hydrogen-oxygen mixed gas to the crater holes, a connecting screw formed at the lower part of the body of the nozzle connected with the connecting hole at the upper part of the body and wherein the crater holes become larger in its size toward the slope or they become smaller toward the slope.

1 . A hydrogen-oxygen combustion burner comprises:
 a gas line that provides hydrogen-oxygen mixed gas;   a body in a sealed form to block any foreign oxygen from entering; and   a plurality of combusting nozzles each with multiple crater holes toward an upper body, a distributing center formed inside the body distributing hydrogen-oxygen mixed gas provided by the gas line to the crater holes, the multiple combusting nozzles being formed around the body in circle when the body is cylindrical, wherein each combusting nozzle contains a circular body of a nozzle, a slope formed on an upper part of the body of the nozzle, crater holes on the slope making an obtuse triangle, distributing center formed perpendicular to an interior of the body of the nozzle for distributing the hydrogen-oxygen mixed gas to the crater holes, a connecting screw formed at the lower part of the body of the nozzle connected with the connecting hole at the upper part of the body and wherein the crater holes become larger in its size toward the slope or they become smaller toward the slope.   
   
   
       2 . The hydrogen-oxygen combustion burner as recited in  claim 1 , wherein a spiral groove is formed on an inner surface of the crater hole. 
   
   
       3 . A hydrogen-oxygen combustion burner comprising:
 a gas line providing hydrogen-oxygen gas;   a sealed body to block any oxygen from outside   at least one combusting nozzle with multiple crater holes connected to an upper part of the sealed body; and   a distributing center inside a body of the nozzle distributing hydrogen-oxygen mixed gas flowing from the gas line to the crater holes, wherein the sealed body is a long stick upon which the combusting nozzles are lined up, wherein the combusting nozzle is composed of a cylindrical body of the nozzle, a slope is provided on an upper part of the sealed body, the crater holes formed on the slope( 22 ) extending away from each other, wherein the nozzle distributing hole is perpendicular to an interior of the nozzle distributing the hydrogen-oxygen mixed gas to the crater holes, and wherein a connecting screw connects to a connecting hole on the lower part of the body and wherein the crater holes become larger in its size toward the slope or they become smaller toward the slope.   
   
   
       4 . The hydrogen-oxygen combustion burner as recited in  claim 3 , wherein a spiral groove is formed on an inner surface of the crater hole. 
   
   
       5 . A hydrogen-oxygen combustion burner comprising:
 a gas line providing hydrogen-oxygen gas; and   a sealed body to block any oxygen from outside, the sealed body including a slope at a top of the sealed body with multiple crater holes, and a distributing center inside the sealed body distributing hydrogen-oxygen mixed gas flowing from the gas line to the crater holes, wherein the crater holes are formed in circle along the slope when the body is cylindrical, and wherein the crater holes become larger in size toward the slope or they become smaller toward the slope.   
   
   
       6 . A hydrogen-oxygen combustion burner comprising:
 a gas line providing hydrogen-oxygen gas;   a sealed body to block any oxygen from outside, wherein a slope is formed at a top of the sealed body and includes multiple crater holes; and   a distributing center inside sealed body distributing hydrogen-oxygen mixed gas flowing from the gas line to the crater holes, wherein the body is formed as a long block and the crater holes are formed along the slope at both edges of the body and wherein the crater holes become larger in size toward the slope or they become smaller toward the slope.