Reactor for generating moisture

A reactor for generating moisture, comprising:

• a reactor shell with an inlet side and an outlet side, wherein the reactor shell comprises:
• a reactor structural component on the inlet side;
• and
• a reactor structural component on the outlet side;
• wherein an interior space is formed with the reactor structural component on the inlet side and the reactor structural component on the outlet side disposed opposite to each other and joined together by welding;
• a gas feed port engaged with the reactor structural component on the inlet side, wherein the gas feed port is provided with a material gas mixing and feeding unit for feeding a mixed gas of hydrogen and oxygen;
• a moisture gas take-out port engaged with the reactor structural component on the outlet side;
• a reflector positioned opposite the gas feed port and the moisture gas take-out port in the interior space of the reactor;
• and
• a platinum coat catalyst layer formed on the inside wall of the reactor structural component on the outlet side;
• wherein
• a round recession with a flat bottom is formed on inside walls of the reactor structural component on the inlet side and the reactor structural component on the outlet side;
• wherein the outside diameter of the reflector is slightly smaller than the inside diameter of the recession;
• wherein a taper is formed on the peripheral edge portion of the reflector on the side facing the reactor structural component on the outlet side;
• and wherein a gap is formed between the reflector and the inside wall of the reactor structural component on the outlet side;
• and
• wherein hydrogen and oxygen are fed into the interior space of the reactor through the gas feed port and brought into contact with the platinum coat catalyst layer to activate the reactivity of the hydrogen and oxygen, thereby reacting the hydrogen and oxygen into water in a non-combustion state.

A reactor for generating moisture, comprising:

• a reactor shell with an inlet side and an outlet side, wherein the reactor shell comprises:
• a reactor structural component on the inlet side;
• and
• a reactor structural component on the outlet side;
• wherein an interior space is formed with the reactor structural component on the inlet side and the reactor structural component on the outlet side disposed opposite to each other and joined together by welding;
• a gas feed port engaged with the reactor structural component on the inlet side;
• a moisture gas take-out port engaged with the reactor structural component on the outlet side;
• a reflector positioned opposite the gas feed port and the moisture gas take-out port in the interior space of the reactor, wherein there is no filter in the interior space and the reflector has a thickness of more than about ½ a thickness of the interior space;
• and
• a platinum coat catalyst layer formed on the inside wall of the reactor structural component on the outlet side;
• wherein hydrogen and oxygen are fed into the interior space of said reactor through said gas feed port and brought into contact with said platinum coat catalyst layer to activate the reactivity of the hydrogen and oxygen, thereby reacting the hydrogen and oxygen into water in a non-combustion state.