turning now to fig3 , a tiltable , popping kettle 10 is suspended on brackets 11 , 12 from a frame member 13 of a popcorn popper . the popper preferably comprises a cabinet defining a chamber ( not shown ) into which popcorn is dumped from kettle 10 . as suggested in fig3 , the side 20 of kettle 10 is oriented so that it faces the open area of such a chamber into which an operator gains access to dump or remove popped corn or to load the kettle . the back side ( not shown ) of the kettle 10 , and which is opposite front side 20 , is typically oriented near a rear side or corner of the cabinet so its position does not present the user hazard which side 20 does , facing the open or accessible area of the cabinet or chamber . according to the invention , a kettle guard 30 is oriented preferably about the side 20 of the kettle , extending about 180 degrees therearound in a circular direction , although the degree of extension can be varied . guard 30 includes a series of barrier wires 31 - 36 ( fig2 ) disposed in a generally circular direction and with a slightly greater radius than that of the outside surface , such as side 20 , of kettle 10 with which the guard will be used . four , five or any appropriate number of wires extending similarly to wires 31 - 36 can be used as necessary . the figures illustrate six such wires . vertical support wires , such as at 37 - 39 ( fig1 - 3 ) provide a support for wires 31 - 36 , which are attached thereto by any suitable means , as shown . wire 36 is preferably attached to wires 37 - 39 at and under the ends thereof , as shown in fig2 . the upper ends 40 , 41 of wires 37 , 39 are extended at right angles to the other portions of those wires and radially inward of the circular direction of extension of wires 31 - 36 . ends 40 , 41 terminate in open hooks or loops 43 , 44 . these hooks have open sides opening in the same direction as shown . wire . 35 includes hooks or loops 50 , 51 at respective ends 52 , 53 of wire 35 . hooks 50 , 51 extend in the similar circular direction as wires 31 - 36 and are open downwardly in a 90 degree direction to that of the open sides of hooks 43 , 44 . the wire elements of guard 30 are interconnected by any suitable joining technology such as brazing or welding or any other suitable process . moreover , it will be appreciated that while the wires are preferably of stainless steel , they can be of any suitable metal or non - metal material . the guard 30 is mounted to any suitable structure associated with the kettle , such as , in one embodiment , a brace 46 extending across the kettle . the brace 46 is provided with headed bolts or fasteners , such as a hex - headed screw 54 , 55 at each end thereof proximate the location of the center of hooks 43 , 44 . in use , these screws 54 , 55 are placed near the location of the developed position of loops or hooks 43 , 44 . the screws 54 , 55 can be assembled to brace 46 and the hooks 43 , 44 then maneuvered around and over the heads by virtue of their shape and by virtue of the resiliency of wire ends 40 , 41 . the hooks 43 , 44 fit under the screw heads and hold the guard 30 in place . also , the hooks 50 , 51 can be maneuvered over pins 58 ( fig3 ) which may be the kettle pivot or trunnion pins or the kettle stop pins positioning the kettle . hooks 50 , 51 serve to position guard 30 so that it is uniformly positioned about , and spaced away from , kettle 10 . they aid the guard 30 in resisting radially inward movement toward the kettle 10 . this helps to prevent compression of the guard 30 inwardly toward the kettle 10 by inadvertent contact with the guard 30 by an operator . when so mounted , the guard 30 contacts any kettle associated structure only at the area of contact with hooks 43 , 44 an the distal ends of wire extensions 40 , 41 and at hooks 50 , 51 extending from wire 35 at respective ends 52 , 53 thereof . heat transfer into the guard 30 , by conduction , is thus limited and the guard remains much cooler than the kettle 10 . inadvertent contact with the guard thus protects an operator against burns which may otherwise result from direct kettle contact . it should be appreciated that the wire components of the guard 30 can be oriented about a hot kettle 10 in multiple positions to provide guarding suitable to prevent inadvertent contact with a hot kettle 10 . thus , the guard 30 could have components further surrounding the kettle 10 , be disposed adjacent or proximate its bottom , or otherwise oriented to obstruct undesired contact by an operator . moreover , it should be appreciated that while metallic wires are disclosed as semi - annular components around the kettle 10 , other shapes of guard 30 components and other component materials can be used for the guard , solely or in a variety of combinations as may be desired . also , it will be appreciated that the preferably open loops or hooks 43 , 44 and 50 , 51 , being resiliently mounted by virtue of the wire structure of the guard 30 , are easily installed onto a kettle , or easily removed therefrom for cleaning or the like . use of the guard 30 advantageously prevents burns from inadvertent contact with kettle 10 . these and other objects and advantages will be readily apparent to those of ordinary skill in the art without departing from the scope of the invention and applicant intends to be bound only by the claims appended hereto .
a guard defined by a wire - like framework can be mounted on a popcorn kettle to prevent burns from kettle contact . the guard is lightweight , and has resilient connector elements spacing the guard from the kettle .