aspects of the present invention are disclosed in the following description and related figures directed to specific embodiments of the invention . those skilled in the art will recognize that alternate embodiments may be devised without departing from the spirit or the scope of the claims . additionally , well - known elements of exemplary embodiments of the invention will not be described in detail or will be omitted so as not to obscure the relevant details of the invention . as used herein , the word “ exemplary ” means “ serving as an example , instance or illustration .” the embodiments described herein are not limiting , but rather are exemplary only . it should be understood that the described embodiments are not necessarily to be construed as preferred or advantageous over other embodiments . moreover , the terms “ embodiments of the invention ”, “ embodiments ” or “ invention ” do not require that all embodiments of the invention include the discussed feature , advantage , or mode of operation . generally referring to fig1 - 2 , an igniter assembly 100 may be shown . in one exemplary embodiment igniter assembly 100 may include an assembly of a heat chamber 106 and a heat gun 126 and means to insure that the heat gun 126 and the heat chamber 106 may remain together during use . the heat chamber 106 may be made of mild steel or other metal capable of withstanding temperatures of , for example , 1500 degrees fahrenheit . the heat chamber 106 may be coated with a heat resistant coating which may prevent corrosion and rusting if it is not made of corrosion resistant material , such as stainless steel . an indentation may be formed in the heat chamber 106 near the base of the heat chamber 106 . the indentation in the heat chamber 106 may allow a heat gun manifold 219 to be received within into the heat chamber 106 so that the heat gun manifold 219 may come to a stop at the bottom of the indentation , which may provide a close tolerance fit that may remain intact , for example , when the charcoal or burnable material 128 is ignited . three holes may be drilled into the heat chamber 106 . the three holes may be equidistance apart below the indentation . the holes may be used to attach the upper legs 108 to the heat chamber 106 using , for example , an upper leg machine screw 122 , lock washer 123 and nut 125 . upper legs 108 may also hold the heat gun manifold 219 in place against the indentation in the heat chamber 106 . a heat gun manifold flange 118 may be cut , for example , from mild sheet steel or other metal capable of withstanding temperatures of 1500 degrees fahrenheit . at least one hole may be drilled in the center that is large enough to insert at least one heat gun manifold tube 120 . in one exemplary embodiment , heat gun manifold tube 120 may be tack welded into place . the heat gun manifold tube 120 may also be made of mild steel or other metal capable of withstanding temperatures of 1500 degrees fahrenheit . in an exemplary embodiment , the heat gun manifold tube 120 may be at least 0 . 12 inches thick and may have an inside diameter that matches the outside diameter of a nozzle of the heat gun 126 . for example , most heat guns have an outside nozzle diameter of approximately 1 . 5 inches . in alternative embodiments , it is understood that any of heat gun manifold 219 , heat gun manifold flange 119 and heat gun manifold tube 120 may be adaptable to heat guns of variable dimensions or to accommodate more than one heat gun simultaneously . the upper legs 108 and lower legs 110 may be cut or punched from mild sheet steel or other metal with similar strength properties , with a slot traversing the middle of the each leg . the slot may be used to attach the upper leg 108 to the lower leg 110 using , for example , a machine screw 124 , lock washer 127 and nut 129 . the slot may allow for the attachment of the lower leg 108 to the upper leg 110 to be adjustable to suit a varying length of heat guns 126 that may exist . the upper leg 108 may be coated with a heat resistant coating to prevent corrosion and rusting if they are not made of corrosion resistant material such as stainless steel . an upper handle 104 may provide a means for a user to hold the igniter assembly 100 . upper handle 104 may be a mild steel tube , or other metal with similar strength properties , approximately 1 inch in diameter , and may be bent into , for example , a semi - circular or j - shape form . upper handle 104 may be welded or otherwise attached to the heat chamber 106 , for example , near the bottom of the heat chamber 106 on the indentation equidistant from the upper leg holes . since the heat chamber 106 may be hottest near the top and coolest near the bottom , a top portion of upper handle 104 may be independent from and unattached to the top of the heat chamber 106 . a heat shield 102 may also be welded or otherwise attached to the top of upper handle 104 , and at another point where the heat shield 102 may intersect the bottom of the upper handle 104 . the upper handle 104 and heat shield 102 may also be coated with a heat resistant coating to prevent corrosion if they are not made of corrosion resistant material such as stainless steel . to provide a means for a user to better control the igniter assembly 100 , for example , during usage and carrying , a lower handle 112 may be constructed , for example , of approximately 0 . 25 inch diameter round rod mild steel or other material with similar strength properties . the lower handle 112 may bend into a shape that suits a user &# 39 ; s hands . a base 114 may be cut from sheet steel or other material with similar strength properties . in one exemplary embodiment , three lower legs 110 may be welded or otherwise attached to the base 114 , for example , in a circular orientation equidistant apart and perpendicular to the base 114 . the lower handle 112 may also be welded or otherwise attached to the base 114 equidistant between two lower legs 110 and angled approximately 30 degrees from the base 114 and may extend slightly beyond the edge 116 of the base 114 . still referring generally to fig1 - 2 , in an exemplary embodiment , the heat gun 126 may be received within the heat gun manifold 219 . the heat gun manifold 219 with the heat gun 126 may then be received in the heat chamber 106 , for example , until the heat gun manifold 219 touches the indentation in the heat chamber 106 . the upper legs 108 may be attached to the heat chamber , for example , by using upper leg machine screw 122 , upper leg lock washer 123 and upper leg nut 125 . the top of the upper leg 108 may be pressed against the heat gun manifold 219 . the base 114 may be attached to the upper legs 108 by lower legs 110 , for example , by aligning the lower handle 112 so that the lower handle 112 may be on the same side as the upper handle 104 . the upper legs 108 may also be aligned to the lower legs 110 and may be attached using , for example , by the lower leg machine screw 124 , lower leg lock washer 127 and lower leg nut 129 for each leg . the base 114 may be pushed toward the heat chamber 106 so that it may be flush against the base of the heat gun 126 and may secure the heat gun 126 into the heat gun manifold 219 . the igniter assembly 100 may light charcoal or other solid cooking fuels on fire cleanly so that it may be used to cook food . igniter assembly may be used to dry out wet charcoal or other materials . in addition , igniter assembly may light wood on fire for use in a grill , smoker or for other food preparation purposes . igniter assembly 100 may be used to char wood or heat non - burnable materials such as rocks or other materials that can fit inside the heat chamber 106 . the igniter assembly 100 may quickly and cleanly ignite charcoal or other solid fuels outside of a grill , smoker or other cooking device . the igniter assembly 100 may be portable and be used in a location remote from the cooking vessel or device . ignited material may be transported inside igniter assembly 100 to the cooking device . the foregoing description and accompanying figures illustrate the principles , preferred embodiments and modes of operation of the invention . however , the invention should not be construed as being limited to the particular embodiments discussed above . additional variations of the embodiments discussed above will be appreciated by those skilled in the art . therefore , the above - described embodiments should be regarded as illustrative rather than restrictive . accordingly , it should be appreciated that variations to those embodiments can be made by those skilled in the art without departing from the scope of the invention as defined by the following claims .
an igniter for solid cooking fuels includes a heat chamber and a heat gun manifold . the heat gun manifold includes a manifold flange with a first hole , the manifold flange attached to a bottom of the heat chamber , and a manifold tube received within the first hole . a top of the manifold tube received at least partially within the heat chamber . a heat gun may be removably coupled to a bottom of the manifold tube with the heat gun in fluid communication with the heat chamber . an upper handle may be attached to an outer surface of the heat chamber with a heat shield between the upper handle and the heat chamber .