detailed descriptions of the preferred embodiment are provided herein . it is to be understood , however , that the present invention may be embodied in various forms . therefore , specific details disclosed herein are not to be interpreted as limiting , but rather as a basis for the claims and as a representative basis for teaching one skilled in the art to employ the present invention in virtually any appropriately detailed system , structure or manner . with reference to the drawings , a preferred embodiment is shown in fig1 . 21 is the generally tubular hand muff with hand insertion areas 22 , located at opposite ends of the muff . 33 are elastic material ends to automatically seal around the wrists or forearms when the hands are inserted into the muff . the elastic is sewn on the inside of the outer shell material . 25 is a zipper to a pocket 27 on the front side of the muff for easy access to belongings being carried in the pocket 27 . the pocket 27 runs the length of the hand warming chamber to be able to carry longer items such as game calls for hunters and tools for work purposes for example . the muff is strapped around the body at the waist by strap 26 . an adjustable buckle 24 is used where the strap 26 is doubled between 24 and one end of snap 23 . this allows the user to adjust one time for there body size and attach and detach the muff from the waist through the snap 23 . the series of events to elongate or shorten the strap with a snap is well known in the art . fig2 shows a left side view of the muff exposing the insertion area 22 to the warming chamber and 32 the opening to the heat chamber . 32 resides only on one side of the muff to reduce the openings to the heat chamber . 32 is easily opened and resealed using velcro or hook and loop material . the heat chamber 31 is located at the back side of the muff . this places the heat against the body and more directly to the hands due to the heat reflective material in fig3 , 43 . fig2 a is an enlarged view of the side of the muff with the resealable opening 32 behind hand insertion area 22 and the elastic material 33 to automatically seal the opening 22 when hands are inserted . 34 is a reusable heat source device and is inserted into heat chamber 32 . 34 is made from liquid sour wax in a semi - transparent flexible enclosure . a perforated disc 35 is immersed inside the sour wax and flexible semi - transparent enclosure . when pressed / snapped the air vibrations start a chemical reaction and turns the sour wax hot . when insulated , the sour wax will stay warm for hours and then turn to a solid wax state . another heat source may then replace the expired heat source . the expired reusable heat source can then be boiled for a short period of time to once again return to a liquid state and be reused hundreds of times . this is the preferred heat source as it is reusable , though other heat sources could be placed in the heat chamber 32 such as air activated disposable heat pouches , electric heat sources and self contained liquid burning heat sources and preheated sources . fig3 explains further the separate chambers and layers of materials for the muff . 41 is the center hand warming chamber . 42 is the heat chamber . the heat chamber and hand warming chamber are surrounded with permeable insulation material to allow the heat to transfer from the heat chamber to the hand warming chamber and also insulate the hands from direct contact with the heat source . they both are then surrounded with heat reflective material 43 , such as perforated metalized needlepoint insulation . other features of the invention are that the muff posseses human scent containment or adsorbing materials . layer 45 is the human scent lock layer . an example of this layer is carbon based material though all human scent locking materials may be utilized . the scent containment is key to hunters who want to be able to utilize there lightly gloved or bare hands to operate a firearm or archery equipment . scent locking is key when hunting larger game . 46 outer layer is waterproof or water resistant insulating material surrounding pocket 47 and entire muff . fig4 displays the muff 21 being worn with hands inserted in hand insert areas 22 . fig4 a displays the back view of the muff device where strap 26 is around the waist of the user and 24 is preset to the proper size and 23 allows for quick snap connect and disconnect . the muff may also reside under the lower ends of the jacket when the muff is not needed for quick hand access . the muff can also be spun around the waist and reside on the back when not needed . while the invention has been described in connection with a preferred embodiment , it is not intended to limit the scope of the invention to the particular form set forth , but on the contrary , it is intended to cover such alternatives , modifications , and equivalents as may be included within the spirit and scope of the invention as defined by the appended claims .
a heat containing hand warming device . the apparatus comprises a generally tubular muff with a hand warming chamber ; an adjustable strap from the generally tubular muff ; a snap for connecting and disconnecting the strap ; auto sizing openings at the ends of the said hand warming chamber ; a resealable pocket for belongings ; and a resealable heat source chamber ; a heat reflective layer encompassing the muff .