Barbeque grill with paper start facility

Abstract

A barbeque grill with paper start facility comprising an open top receptacle defining a floor that includes one or more draft openings of adjustable size, a tinder receiver, that receives the tinder forming paper, in association with the receptacle at its central axis and in alignment with the draft openings, a charcoal support grid and means for removably mounting same in the receptacle over the receptacle floor and above and adjacent the upper end of the tinder receiver, a charcoal receiver in the form of an open ended sleeve of impervious sheet metal material that includes a pair of oppositely located handles adjacent its upper end, which charcoal receiver is proportioned to be disposed in substantially congruent relation with the tinder receiver and on the charcoal support grid above the tinder receiver, and a food cooking grid and means for removably mounting same in the receptacle above the charcoal grid after the charcoal is ignited by igniting the tinder. In a preferred embodiment the tinder receiver is in the form of a bowl that is discrete with respect to the receptacle and is removably supported thereby for removal and dumping therefrom of ash formed by igniting a tinder charge placed therein.

Description

This invention relates to barbeque grills, and more particularly to charcoal fired grills of the barbeque type that are widely used for home outdoor cooking.

Barbeque grills of the type indicated are available in a wide variety of models and shapes for both closed and/or open barbeque cooking using charcoal to provide the source of heat. Typically, the grills of this type comprise a receptacle that defines a floor having one or more draft openings that may or may not be adjustable, a charcoal supporting grid that is removably mounted across the floor of the receptacle, and a cooking grid that is removably mounted in or on the receptacle in spaced relation above the charcoal supporting grid. Both grids are foraminous in nature, they each typically being formed from spaced rods or the like suitably bonded together in criss cross relation, with the rods of the charcoal grid being spaced to support the charcoal (typically in the common briquet form) that is to cook the food, and the rods of the cooking grid being spaced to support the food to be cooked.

Regardless of the specific nature of any particular grill of this general type, a common characteristic of and problem with these grills is that the charcoal is to be ignited using a liquid petroleum "starter" of one of the many makes and brands available for this purpose. Common practice in this regard is to temporarily remove the food cooking grid from the receptacle, spread the charcoal on the charcoal grid that is placed within the receptacle for this purpose, apply liberal amounts of the liquid starter to the charcoal, and then ignite the starter with a match. The evaporating starter fluid ignites readily without exploding and the liquid phase of the starter ignites as well. If the charcoal is dry and well soaked with the starter, the charcoal starts to burn, and fully or largely ignites in due course, under the draft provided through the grill draft openings. However, when the charcoal is not thoroughly dry, or it has not been thoroughly soaked with the starter, or the ambient conditions are windy or otherwise adverse, it may be necessary to repeat the igniting process, which has its risks because the partially ignited charcoal will be hot and it is likely to cause explosive igniting of the starter, either as it is being applied, or when ignited with a match.

In any event, those who are seriously concerned with the taste of the food they are cooking are usually aware of the fact that a sufficient amount of the starter remains during the cooking process to adversely affect the taste of the food that has been cooked. During the cooking procedure, fumes originating from the starter continue to emerge from the charcoal and from the floor of the grill and are absorbed by food as it is being cooked.

Furthermore, the burning of the starter, while relatively clean in appearance, does involve the passing of obnoxious fumes into the atmosphere, and considering the wide popularity of this form of outdoor cookery, the large amount of the relatively expensive liquid starter products used to start the charcoal of charcoal fired barbeque grills does seem to be a wasteful use of fundamentally scarce petroleum products. The use of electric starting rods to start charcoal is one alternate that is used occasionally, but the large amount of electrical energy, and the wiring therefor, that are needed for this purpose involve factors of expense that necessarily limit the use of electric starters.

A principal object of the present invention is to provide a charcoal barbeque grill in which the charcoal may be conveniently started using readily available tinder, such as paper, light cardboard, wood shavings, or the like, readily combustible or imflamable, non-petroleum product or based, materials.

Another principal object of the invention is to provide a barbeque grill that basically retains the popular outdoor cooking attraction of this type of grill, while permitting the use of waste newspaper or the like to fire the charcoal, so that both the charcoal and grill will be free of the objectionable petroleum based starter fumes during cooking, the expense of the starter may be avoided to start with, and the starting material employed may be in the form of used newspapers or other paper or paper like materials that when used are ordinarily discarded as trash and disposed of through suitable trash collection procedures.

Yet another principal object of the invention is to provide, in a charcoal grill arranged to have the usual charcoal and food supporting grids, a tinder receiver disposed between the charcoal grid and the grill receptacle floor draft openings, and a charcoal receiver that is open ended and formed for substantially congruent alignment positioning of same with respect to the tinder receiver prior to application of the cooking grid to the grill, so that with the tinder receiver charged with newspaper or the like, and the charcoal grid in place within the receptacle, the charcoal receiver may be placed on the charcoal grid above the tinder receiver, and have charcoal applied thereto in a columnar manner, for firing of the charcoal by igniting the paper in the tinder receiver, with the charcoal, after being ignited, being spread as needed on the charcoal grid using the charcoal receiver as the spreading implement, for subsequent cooking using the cooking grid.

Yet other important objects of the invention are to provide a simplified charcoal barbeque grill with paper start facility to provide a charcoal grill of the type indicated that lends itself to mass production and sales techniques, and to provide a barbeque grill of the type indicated that is economical of manufacture, easy and economic to operate, and long lived in use.

In accordance with the invention, a barbeque grill is provided, and with paper start facility, comprising an open top receptacle that defines a floor which includes one or more draft openings that may be adjustable in size employing a conventional opening or orifice adjusting arrangement. The grill includes a tinder receiver that is centrally received in, or formed in the receptacle, in alignment with the receptacle draft openings. The receptacle includes a charcoal support grid and means for removably mounting same in the receptacle over the receptacle floor and above and adjacent the level of the upper end of the tinder receiver. The equipment associated with grill includes a charcoal receiver in the form of an open ended sleeve of impervious sheet metal material that includes a pair of oppositely located upright manipulating handles adjacent to and spaced laterally of its upper end, with the charcoal receiver being proportioned to be disposed in substantial congruent relation with the tinder receiver, and on the charcoal support grid above the tinder receiver, for charcoal start purposes. The grill also includes the usual food cooking grid and means for removably mounting same in the receptacle above the charcoal grid, after the charcoal is ignited, in accordance with the practice of the invention, and the charcoal receiver is removed from the grill.

The grill may be of any desired shape, and be arranged for either open or closed cooking, as desired.

When the grill is to be used, the grill cover, if any, the food cooking grid, and the charcoal support grid are removed and placed to one side. The tinder receiver is then charged with tinder, such as waste newspaper, wrapping paper, paper bags, or the like, and the charcoal grid is returned to its operative position overlying the grill receptacle floor, and the tinder receiver. The charcoal receiver is then positioned on the charcoal support grid in substantially congruent relation with the tinder receiver, with the charcoal receiver then being charged with charcoal to the extent that charcoal is needed for cooking the particular food project, such as meat or fowl, that is to be involved. The tinder charge is then ignited, and this may be conveniently done through the receptacle draft openings, by using a match or a cigarette lighter or the like, to effect initiation of burning of the tinder. As the tinder burns the resulting flames and hot gases pass upwardly into and through the charcoal receiver and about the charcoal, quickly effecting full ignition of the charcoal charge. When the charcoal charge is substantially or fully ignited, the user of the grill then grasps the handles of the charcoal receiver with either hand to lift the charcoal receiver upwardly as needed to discharge, and guide the discharge of the charcoal fully onto the charcoal support grid, with the lower end of the charcoal receiver being shifted to spread the charcoal over the charcoal grid as needed to appropriately position the charcoal briquets involved as desired or needed for cooking purposes. The charcoal receiver is then put aside, after which the grill cooking grid is disposed in its usual operative relation in the grill receptacle for food cooking purposes. The food cooking can then proceed in the usual manner, with the ignited charcoal providing the cooking heat free of the common petroleum product starter fumes.

Other objects, uses, and advantages will be obvious or become apparent from a consideration of the following detailed description and the application drawings in which like reference numerals indicate like parts throughout the several views.

In the drawings:

FIG. 1 is a diagrammatic vertical sectional view, partially in elevation, illustrating a first charcoal fired barbeque grill arranged in accordance with the present invention, and in the process of effecting igniting of the charcoal, with FIG. 1 in effect being a view taken substantially along line 1--1 of FIG. 3;

FIG. 2 is a diagrammatic horizontal sectional view taken substantially along line 2--2 of FIG. 1;

FIG. 3 is a plan view of the barbeque grill conditioned as indicated in FIG. 1, but with the charcoal briquets and tinder omitted;

FIG. 4 is a side elevational view of the tinder receiver itself, of the embodiment of FIGS. 1-3;

FIG. 5 is a fragmental plan view taken substantially along line 5--5 of FIG. 1, illustrating an adjustable draft control arrangement of a commonly available type that may be employed to adjust the size of the draft openings of the grill receptacle;

FIG. 6 is a view similar to that of FIG. 1, but illustrating the grill of FIGS. 1-5 after the charcoal has been ignited and spread on the charcoal support grid, and the cooking grid put in place within the grill receptacle for cooking purposes;

FIG. 7 is a top plan view of the grill as shown in FIG. 6, with parts broken away to facilitate illustration and the spread charcoal only partially illustrated to avoid obscuring component parts of the grill underlying same;

FIGS. 8, 9 and 10 are similar to FIGS. 1, 2 and 6, respectively, but illustrate a modified embodiment of the invention;

FIGS. 11 and 12 are similar to FIGS. 1 and 2, respectively, but illustrate a further modified embodiment of the invention;

FIG. 13 is a sectional view of the central portion of the grill receptacle floor and the tinder receiver of the FIGS. 11 and 12 embodiment of the invention, but on a larger scale to better illustrate details of construction;

FIG. 14 is a fragmental plan of the charcoal receiver of the embodiment of FIGS. 11-13, better illustrating the handle arrangement of same;

FIG. 15 is a view similar to those of FIGS. 6 and 10, but showing the embodiment of FIGS. 11-14;

FIG. 16 is a view similar to that of FIG. 11, but fragmental and enlarged to illustrate a modification of the embodiment of FIGS. 11-15;

FIG. 17 is similar to FIG. 12, but illustrates the embodiment of FIG. 11, with approximately one-half the charcoal grid also being illustrated; and

FIGS. 18 and 19 are similar to FIGS. 13 and 15, respectively, but are directed to the embodiment of FIGS. 15-17;

FIGS. 20 and 21 are small scale elevational views of the tinder receiver forming bowl of the embodiment of FIGS. 16-19, FIG. 20 being an elevational view of the bowl as shown in FIG. 16, and FIG. 21 being an elevational view of the bowl as shown in FIG. 19, with the air draft control device discs being omitted from FIGS. 20 and 21;

FIGS. 22 and 23 are similar to FIGS. 16 and 17, but illustrate a further modified form of the invention; and

FIGS. 24, 25 and 26 are a top plan view, a bottom plan view, and a front end elevational view, on a reduced scale, of the drawer type tinder receiver of the embodiment of FIGS. 22-26.

However, it is to be distinctly understood that the specific drawing illustrations provided are supplied primarily to comply with the requirements of the Patent Laws, and that the invention is susceptible of modifications and variations that will be obvious to those skilled in the art, and that are intended to be covered by the appended claims.

Referring first to FIGS. 1-7, reference numeral 10 generally indicates one embodiment of the barbeque grill arranged in accordance with the present invention, which comprises a receptacle 12 defining a floor 14 and upstanding side wall 16 which define cooking chamber 18. The receptacle 12 that is illustrated is of the common bowl type configuration in which the floor 14 and side wall 16 are of integral one piece construction and have the essentially hemispherical shell configuration that is indicated in the drawings and that is concentric about central axis 21. The receptacle 12 is open at its upper end 20 and may be used for either open or closed cooking purposes, and for closed cooking purposes a suitable cover is usually provided, which is not illustrated as it is not part of the present invention.

Receptacle 12 is suitably supported, as by employing legs 22 that in the form shown are three in number (only two are illustrated), disposed in 120 degree tripod type spacing about the underportion of the receptacle and being suitably connected in any convenient way to the receptacle 14 as at 24, with the legs 22 having suitable feet 26 which may be adjustably mounted. The legs 22 of the receptacle 12 may be of any suitable type and the illustration of same is diagrammatic only because the details of construction of same have no particular concern with the present invention other than the receptacle 12 should be suitably supported above the support surface 27 to space the receptacle therefrom due to the heat that is involved in the cooking procedure and the need to provide air draft space for cooking.

The receptacle 12 at its floor is provided with one or more air draft openings 30 for providing for air draft action through the cooking charcoal, as is conventional with barbeque grills, with a suitable form of air draft opening adjustment device preferably being provided. In the drawings, air draft control device 32 is diagrammatically illustrated, which comprises disc 34 that is formed to define air draft openings 36 that are the same in number and location with regard to spacing as the receptacle air draft openings 30, with the disc 34 being suitably journalled on the underside surfacing 38 of the receptacle 12, as by employing suitable rivet device 40, so that the user, by grasping one of the handles 41 that are integral with the disc 34, can adjust the effective size of the air draft openings 30, for air control purposes, by appropriately positioning the disc openings 36 with respect thereto, in the usual manner, with full alignment, partial alignment, or full block off positions being commonly provided.

The grill 10 also includes the familiar charcoal support grid 42 and the cooking food support grid 43. Both of these grids may be of any conventional type, those illustrated being generally circular in marginal outline for complementary fit purposes within their receptacle 12. The grid 42 comprises marginal circular rodding 44 of circular arcuate configuration to which are suitably fixed in spaced apart relation appropriate lengths of rectilinear rodding 46. The grid 42 rests, as is conventional, on appropriately spaced angle brackets 47 that are suitably affixed to the inside surfacing 48 of the receptacle 12, in the manner suggested in FIGS. 1 and 3.

The grid 43 is similarly constructed, and for the type of grill 10 illustrated, is of somewhat larger diameter, and also comprising marginal rodding 50 of circular arcuate configuration that forms the margin of the grid 43, to which are suitably fixed in spaced apart parallel relation the rectilinear rods 52. The rectilinear rods 46 of the grid 42 are spaced apart to support standard sized charcoal briquets 54, which are to be ignited in the practice of this invention. The recilinear rods 52 of the grid 43 are spaced apart to adequately support the various types of food that are to be cooked in grill 10, as is conventional, and depending upon the specific type of grill involved. The grid illustrated is of the type typically employed for cooking steaks, chops, hamburgers and the like.

The cooking grid 43 is removably mounted in the receptacle 12 in a manner similar to the charcoal support grid 42, with the inside surfacing 48 of the receptacle being provided with a suitable number of grid support brackets 60 for this purpose that are suitably secured to the receptacle in a usual coplanar relationship indicated in the drawings that is also provided by the corresponding support brackets 47 for the grid 42.

The rods making up grids 42 and 43 may be lengths of chrome coated steel or any other material normally used for these purposes.

In accordance with the present invention, the grill includes a tinder receiver that is applied about the receptacle draft openings 30 under the grid 42. The tinder receiver 70 of grill 10 comprises open ended sleeve 72 that is formed by a length of suitable metallic material, such as ordinary steel, arched to have its ends suitably fixed together, as by employing welding or the like, to define the cylindrical configuration illustrated. The sleeve 72 preferably is apertured to define a multitude of draft openings or ports 74 that are in spaced relation about the lower margin of the sleeve 72, 360 degrees thereabout to provide for air draft flow into the sleeve 72 from within chamber 18, as will be described hereinafter. The tinder receiver 70 defines open upper end 76 and open lower end 78, with the tinder receiver 70 being put in its operating position within the receptacle 12 by resting the end 78 on the inside surfacing 48 by the receptacle 12, with the sleeve 72 disposed in centered relation about the receptacle draft openings 30. Preferably, the receptacle 12 is provided with a plurality of angle type mounting brackets 80 suitably anchored to the receptacle about the location of its air draft openings 30 so that the tinder receiver 70 can readily be placed in its centered operating position indicated in FIGS. 1 and 2. The brackets comprise in the form illustrated a length of a suitable metallic material having one arm 82 suitably anchored to the receptacle 12, as by employing rivets or the like, and an upstanding arm 84 that serves as the mounting guide for the tinder receiver. In the embodiment illustrated, four such brackets 80 are illustrated and are disposed about the air draft area of the receptacle to position the upstanding bracket arms 84 so that the sleeve 72 may be readily slipped in between same to properly center the tinder receiver with respect to the grill air draft openings, which for the grill 10 illustrated, is at the axial center of the grill.

As indicated in FIG. 1, the sleeve 72 is proportioned so that the charcoal support grid 42 overlies same when the grid 42 is resting on its brackets 47.

Further in accordance with the invention, the grill includes charcoal receiver 90 that comprises for grill 10 elongate sleeve 92 that also may be formed from a length of metallic material, such as ordinary steel, which preferably is imperforate and is arched to have its ends fixed together, as by employing welding, to define the cylindrical configuration indicated for sleeve 92. The sleeve 92 is preferably proportioned to have a diameter approximating that of the tinder receiver 70, with the charcoal receiver 90 in the specific embodiment illustrated being of somewhat smaller diameter than the tinder receiver 70. The charcoal receiver 90 defines open upper end 94 and open lower end 96 and has suitably affixed to same a pair 97 of oppositely located handle structures 98 that in the form illustrated each comprises metallic angle members 100 and 102 that respectively define the respective mounting arms 104 and 106 that are suitably affixed to the sleeve 92, as by employing rivets or the like, and handle mounting arms 108 and 110 between which is secured an upright grasping handle grip member in the form of bar 112 that is preferably formed from a suitable heat insulating material such as wood or a suitable heat resistant plastic. The handle bar 112 of each handle structure 98 is suitably anchored to the respective mounting arms 108 and 110, as by employing a suitable screw and nut mounting device 114, the shank of which extends through the bar 112 and mounting arms 108 and 110. The handle structure 98 may take various forms of specific construction arrangement, but preferably the handle structure employed defines a hand grip member comparable to the upright hand grip member 112 which is spaced from sleeve 92 a suitable amount so that the user can grasp the hand grip member 112 without incurring injury due to burning when the sleeve is hot as will be clear from the description of use that follows hereinafter. While the handle bar is preferably formed from a suitable heat insulating or resistant material, it may be formed also from metal if it is disposed sufficiently remote from sleeve 92 to remain cool enough to be grasped, as indicated, for releasing and spreading the charcoal.

Also, the hand grip member 112 of each handle structure 98 preferably is disposed in parallel relation to the longitudinal central axis of the sleeve 92, and the handle structures 98 themselves are mounted adjacent the upper end of the sleeve 92, with the result that the user of the grill equipment involved can readily grip receiver 90 for easy manipulation in the manner to be described.

The charcoal receiver may alternately be shaped to be somewhat frusto-conical so as to gradually converge from its lower end 96 to its upper end 94; however, the illustrated cylindrical configuration is preferred.

It will be noted that the tinder receiver 70 defines tinder receiving chamber 71, and the charcoal receiver 90 defines charcoal receiving chamber 93. In the case of the tinder receiver 70, the chamber 71 is defined by the inside surfacing 73 of the sleeve 72, while in the case of the charcoal receiver 90 the chamber 93 is defined by the inside surfacing 95 of the sleeve 92.

In using the grill 10, the grids 42 and 43 are removed from the receptacle 12 and put to one side; assuming that the tinder receiver 70 is in its operative position within the receptacle that is indicated in FIGS. 1 and 2, the air draft control valve 32 is positioned in its wide open position, and the tinder receiver chamber is charged with newspaper or the like, which can be waste paper crumpled up for this purpose. It is preferable to not fill the chamber 71 too tightly so that the tinder charge will readily burn when ignited, and crumpled paper placed loosely in the chamber 71 is preferred for this purpose. Other charging materials can be employed, however, that are of the tinder type, such as wood shavings, dry bark and twigs, or the like, or any combination of same including paper.

Thereafter, the grid 42 is put in place in its operative position indicated in the drawings, and the charcoal receiver 90 is disposed on top of same, with its lower end 96 resting on the grid 42, and the charcoal receiver aligned in substantially centered, congruent relation, with the tinder receiver 70. The grid 42 may have fixed thereto a plurality of short rods 120 or the like, suitably affixed to conveniently located rectilinear rods 46, as as to be disposed to serve as centering abutments for positioning the lower end 96 of the charcoal receiver in its indicated centered relation with respect to the tinder receiver 70. However, these may be omitted as receiver 90 may be centered by sight above receiver 70 with relative ease.

The chamber 93 of the charcoal receiver 90 is then appropriately charged with the charcoal, which is usually supplied in the familiar briquet form indicated by reference numeral 54. The amount of charcoal to be employed usually depends on the type of cooking to be done, and for this purpose the charcoal receiver 90 is of elongated configuration in sufficient length dimension to provide the charcoal capacity that might be needed for any cooking purpose that may be encountered.

In any event, when the charcoal receiver 90 is appropriately charged with the charcoal briquets, the tinder in the tender chamber 71 is ignited by employing a match or the like, or a cigarette lighter or the like, to ignite same through the air draft openings 30 and 36 which have been aligned for this purpose. The tinder in tinder chamber 71 being of highly inflammable material such as paper, burns with the flames and heated gases that pass directly against and about and through the charcoal in the charcoal chamber 90, the shaping of which provides a chimney effect that establishes a strong air draw through the air draft openings 30 and 36 and the perforations 74 of the tinder receiver 70 to ignite the charcoal progressively from the lower end of the charcoal receiver 90 up to the top of the level of the charcoal in the chamber 93.

The user of the grill 10 will be able to observe when all of the charcoal is ignited by observing the charcoal through the open end 94 of the receiver 90; when the charcoal has been fully ignited, the user, facing the receiver 90, grasps the respective handle structure 98, by using one hand to grasp the handle member 112 of one handle structure 98, and his other hand to grasp the handle member 112 of the other handle structure 98. He then lifts the charcoal receiver 90 sufficiently upwardly and rather slowly, so as to gradually discharge the charcoal fully onto the grid 42. As this is being done, the user maneuvers the charcoal receiver around over the grid 42 so as to guide the discharge of the charcoal about the upper side of the grid 42, and uses the lower end 96 of the receiver 90 to spread the charcoal as may be further needed, before and after the charcoal has gravitated from the receiver 90. After all charcoal has gravitate from the receiver 90, the user may further shift the charcoal as needed on the grid 42, using the lower end 96 of the sleeve 92 as a pushing and pulling implement. Thus, the lower end 96 of sleeve 92 may be used to push the individual ignited briquets as needed, or the open end 96 may be placed about a number of same to draw them about the grid 42 as needed to properly position the briquets according to the user's desires.

With the ignited charcoal briquets placed as desired on the grid 42, the charcoal receiver 90 is put to one side, such as indicated in FIG. 6, and the cooking grid 43 disposed in its operating position to receive the food that is to be cooked, and cooking proceeds in the usual manner. As indicated, for open cooking no cover is employed, and for closed cooking, the receptacle 12 is equipped with a suitable cover.

In any event, the cooking of the food proceeds without the presence of the conventional petroleum product started in the grill that so often adversely affects the taste of the barbequed food where such starter is employed. Once the tinder charge has been burned, it completely dissipates and is usually reduced to an ash by the time cooking is started, leaving no undesirable gases or fumes to rise through the charcoal and adversely affect the taste of the barbequed food. Thereafter, the perforations 74 provide for air flow from within tinder receiver 70, from the appropriately set air control valve 32, radially outwardly of same, for substantially uniform air draft distribution of air from valve 32 to grid 42 both internally and externally of receiver 70. Air control valve 32 may be set in the usual manner for providing user control of the air draft supply to grid 42.

While the arrangement of the grill illustrated is of the rounded hemispherical type, it will be apparent that the shape of the grill receptacle and its grids may also take one of the familiar quadrilateral forms that are commonly encountered in various types and makes and models of barbeque grills.

In the modified grill 10A of FIGS. 8-10, the tinder receiver 70A and the chamber 71A defined by same are formed by shaping receptacle 12A so that its floor 14A defines horizontal base portion 150 that is concentric about central axis 21A, and that is integral with depending cylindrical wall 152 having integral floor portion 154 that may have the same spherically contoured arching as the lower portion of floor 14 of receptacle 12 (as shown, or it may be planar or flat, as desired. Floor portion 154 is formed to define air draft openings 30, and control device 32 is employed in connection therewith in the same manner as grill 10. Where floor portion 154 is planar, device 32 will be similarly contoured for close fitting relation to floor portion 154.

The horizontal base portion 150 is in a plane that parallels that of receptacle upper end 20, but is at a level relative to brackets 46 such that an air gap or space is present between grid 42 and receptacle base portion 150, where indicated at 155. The wall 152 and its floor portion 154 form tinder receiver 70A and its chamber 71A, which are thus integral with receptacle 12A. In this embodiment the charcoal receiver 90A has a diameter that somewhat exceeds that of chamber 71A, as indicated in FIG. 8. The grill 10A is otherwise the same as grill 10.

The grill 10A is used in a manner similar to grill 10, with the tinder being applied to the tinder chamber 71A to approximately the top of same. When the tinder of chamber 71A is ignited, the resulting flames, the air from the aligned air draft openings 30 and 36, and ambient air from about the charcoal receiver lower end 96, between it and the floor portion 150, and thus through gap 155, pass, under the chimney effect involved, into and through the charcoal chamber 93 of receiver 90A, to progressively ignite the charcoal as aforedescribed.

It will be apparent that the tinder receiver 70A and its chamber 71A may be formed by walls 152 and 154 being integral in a separate bowl configuration that may be suitably affixed to floor portion in centered relation to receptacle 12A. After the charcoal is ignited and spread, the gap 155 provides for adequate air draft supply from valve device 32 radially outwardly of tinder chamber 71A.

Turning now to the modified grill 10B of FIGS. 11-15, it will be seen that this embodiment of the invention, which is a version of what is believed to be the best mode of practicing the invention, comprises receptacle 12B having a floor 14B and a side wall 16B that define cooking chamber 18B. Receptacle 12B is open at its upper end 20B in the form illustrated and supported by suitable legs 22B suitably connected to receptacle at 24B and having the usual feet 26B that gauge support surface 27.

The receptacle 12B is also shown to be equipped with the previously described charcoal grid 42 that is to rest on the brackets 47 therefor, and the food support or cooking grid 43 that is to rest on the brackets 60 therefor. However, where the grid 42 is arranged to provide for height adjustment, the brackets 47 as such will not be needed.

In the modified grill 10B, the tinder receiver 70B and the chamber 71B defined by same are formed by a separate dished wall structure 170 having support flange 172 in circumambient relation thereabout; further, the receptacle 12B is shaped so that floor 14B forms planar base portion 174 that is to be substantially centered with respect to the central axis 21B of the receptacle 12B and be substantially horizontally disposed when the receptacle 12B is mounted on its legs 22B for the usual support above supporting surface 27. The floor horizontal base portion 174 is formed to define circular opening 176 that is in coaxial relation with the central axis 21B of the receptacle 12B, with the opening 176 being proportioned to receive the dished wall structure 170 therein, and with the circumambient flange 172 thereof resting on the floor base portion 174, in normal use of the grill 10B (see FIGS. 11 and 15).

As in the grill 10A of FIGS. 8-10, the floor base portion 174 is in a plane that parallels that of the receptacle upper end 20B, but is at a level relative to the level of the operating positions of grid 42 such that an air gap or space is present between the grid 42 when in use and the receptacle base portion 174, where indicated at 175.

The dished wall structure 170 and its circumabient flange 172 define a separate and removable bowl or compartment 180, that is discrete with respect to the receiver 12B, and that includes circumambient side wall 182 that is integral thereabout, and spherically contoured and imperforate bottom wall 184 that define the tinder receiver 70B and its tinder receiving chamber 71B. The tinder receiver 70B is open at its top or upper end 76B to receive the tinder, and closed at its lower end 78B by bottom wall 184.

In the form shown, the bowl 180 forming the tinder receiver 70B has its side wall 182 of generally four sided configuration defining a first set of opposed planar walls 183 and 185, and a second set of opposed planar walls 187 and 189 separated from the respective walls of the first set by corner walls 191, whereby the tinder receiving chamber 71B is basically of four sided configuration, although the actual shaping of chamber 71B as such as not critical. Bowl 180 is equipped with a pair of oppositely positioned air draft control devices 32B applied to the opposed walls 187 and 189 that include the openings 30B formed in the side wall 182 in opposed relation on either side of the bowl 180, the respective discs 34B that are pivotally mounted in place by the rivets 40B, the openings 36B of the respective discs 34B that are oriented to be aligned with the tinder receiver wall openings 30B, respectively, for each device 32B, and the aforementioned handles 41B for appropriately positioning the devices 32B (which are the same as devices 32 of FIGS. 1-9 except that they are flat since they are applied to flat walls). The number of the air draft control devices 32B employed is optional although at least one of such devices mounted on the bowl side wall 182 at one of the 183, 185, 187, or 189 is desired.

In accordance with this embodiment of the invention, the tinder receiver 70B is made removable, and the floor 184 of same is made impervious or closed so that the ashes left by burning the tinder to start the charcoal, in operating the grill, may be periodically emptied by removing the tinder receiver 70B. For this purpose, the tinder receiver 70B is equipped with a pair of oppositely located handles 190 of simple U shaped configuration, each being equipped with a pair of ends 192 for suitably anchoring the respective handles 190 in place on the bowl side wall 182 in the indicated opposite relation. The handle ends 192 are shown flattened to facilitate rivet type mounting, but this may be omitted where resistance welded connections are employed. Handles 190 may be secured to the walls 187 and 189, as shown, or to the other two walls 183 and 185, as desired.

Thus, when the grill 10B has been used to the extent that the ashes left over from the tinder employed to start the charcoal have reached a level in the tinder chamber 71B, where they tend to block the air draft control device or devices 32B, on removal of the two grids, the grill operator may grasp one or both the handles 190, and lift the bowl 180 upwardly to remove it from the receptacle opening 176, and appropriately dump the tinder ashes in a trash can or the like, after which the bowl 180 is replaced to the position indicated in FIGS. 11 and 15 of the drawings. It is recommended that the ash be so removed from the bowl 180 each time the grill 10B is used.

The bowl 180 may be formed from any suitable material, such as metal or the like, that is appropriate for forming the receptacles of conventional barbeque grills. In the form of FIGS. 11-15, the receptacle is downwardly flanged, as at 201, about the circumference of floor opening 176, with the corner walls 191 of bowl 180 having a centering action on bowl 180 when it is returned to its operating position of FIGS. 11 and 12, for ready reapplication of the tinder receiver 70B to receptacle 12B.

The charcoal receiver 90B of the grill 10B is similar to charcoal receiver 90A and thus is formed from a suitable sleeve 92B or the like. In the form shown, the charcoal receiver 90B is provided with handle structures 98B of the simplified form more specifically shown in FIG. 14, wherein each handle structure 98B comprises a U shaped mounting member 200 formed from strip metal or the like and that is suitably riveted or otherwise affixed to sleeve 92B and defines a pair of outwardly projecting end portions 202 and 204 that receive a handle 204 that is in the form of a cylinder formed from a heat nonconductive material such as wood or a suitable plastic, proportioned to closely fit within the respective mounting bracket end portions 202 and 204 and be secured in place by suitable screws 206. As indicated in FIG. 11, the handle structures 98B are disposed oppositely of each other or 180 degrees apart with regard to the circumference of the sleeve 92B and with their handles 204 disposed in substantially coplanar spaced apart relation equidistant from the central axis 21B of the grill, with the handles 204 thus being horizontally disposed when the charcoal receiver 90B is in use. Receiver 90B, like receivers 90 and 90A, is in practice a combination charcoal receiving and distributing device that is discrete with respect to the grill 10B, and all these receivers may be formed with one or more vent openings adjacent their lower ends to improve draft, if desired.

The grill 10B is used in a manner similar to the way grills 10 and 10A are used, with the tinder being applied to the tinder chamber 71B to approximately the top of same, and with the air draft control device or devices 32B with which the bowl 180 is equipped being opened for igniting of the tinder of the chamber 71B therethrough. Where more than one device 32B is provided on the bowl 180, only one such device need be open to ignite the tinder. In any event, when the tinder of the chamber 71B is ignited, the resulting flames, the air from the draft openings 30B and 36B that are aligned, and ambient air from the charcoal receiver lower end 96B (between it and the floor portion 174), and thus through gap 175, pass, under the chimney effect involved, into and through the charcoal chamber 93B, to progressively ignite the charcoal as aforedescribed.

After the charcoal is ignited and spread by employing the charcoal receiver 90B as aforedescribed, the gap 175 provides for adequate air draft supply about the lower end of the charcoal receiver circumferentially thereabout.

As indicated, when the grill 10B has been used often enough to have an undue accumulation of ash in the bowl 180, the bowl 180 may be removed and the ash dumped or otherwise disposed of. It is preferable that the venting provided by the devices 32B provided not be blocked by accumulated ash. It will be apparent that in the embodiment 10B the tinder receiver 70B rests under gravity on the receptacle floor base portion 174 and within the opening 176 defined by same, and that tinder receiver 70B is operative as such in any random positioning of same within receptacle opening 176, three hundred sixty degrees thereabout and about the grill central axis 21B.

Turning now to the modified grill 10C of FIGS. 16-21, it will be seen that this embodiment of the invention, which is another version of what is believed to be the best mode of practicing the invention, comprises receptacle 12C having a floor 14C and a side wall 16C that define cooking chamber 18C. Receptacle 12C is open at its upper end as in the other embodiments of the invention, and is supported by suitable legs 22C suitably connected to receptacle at 24C and having the usual feet that engage support surface, as in the other embodiments of the invention.

The receptacle 12C is also shown to be equipped with the previously described charcoal grid 42 that is to rest on the brackets 47 therefor, and the food support or cooking grid 43 that is to rest on the brackets 60 therefor. However, as in the grill 10B, where the grid 42 is arranged to provide for height adjustment, the brackets 47 as such will not be needed.

In the modified grill 10C, the tinder receiver 70C and the chamber 71C defined by the same are of two part construction, namely the tinder receiver shallow upper portion 220 defining tinder chamber shallow portion 222, and the tinder receiver major portion 224 defining the major portion 226 of the tinder chamber 71C. The tinder receiver major portion 226 is formed by separate dished wall structure 170C having support flange 172C in circumambient relation thereabout, as is the case of grill 10B; however, in the grill 10C the dished wall structure 170C is shaped such that the major portion 226 of the tinder chamber 71C is of trapazoidal vertical sectional configuration, and combined arcuate rectilinear perimetered horizontal section. The grill receptacle 12C is shaped so that floor 14C forms planar base portion 174C that is substantially centered with respect to the central axis 21C of the receptacle 12C (see FIG. 17) and be substantially horizontally disposed when the receptacle 12C is mounted on its legs 22C for the usual support above supporting surface 27 (not shown in FIGS. 16-20). The floor horizontal base portion 14C of grill 10C is formed to define arcuate opening 176C that is in coaxial relation with the central axis 21C of the receptacle 12C, with the opening 176C being circular in configuration and being proportioned to receive the dished wall structure 170C therein, and with the circumambient edge flange 172C thereof resting under gravity on the floor base portion 174C, in normal use of the grill 10B (see FIGS. 16, 18 and 19).

As in the grill 10A of FIGS. 8-10, the floor base portion 174C is in a plane that parallels that of the receptacle upper end (not shown in FIGS. 16-21), but is at a level relative to the level of the operating position of grid 42 such that an air gap or space is present between the grid 42 when in use and the receptacle base portion 174C, where indicated at 175C. Floor base portion 174C is preferably flanged thereabout, as indicated at 229.

The dished wall structure 170C and its circumambient edge flange 172C define, as is in the embodiment of FIGS. 11-15, a separate and removable or discrete bowl or compartment 180C, including circumambient curvo-planar side wall 182C that is integral thereabout, and planar and imperforate bottom wall 184C, that are of one piece construction and together define the major portion 224 of tinder receiver 70C and the major portion 226 of its tinder receiving chamber 71C. The major portion 224 of tinder receiver 70C is open at its top or upper end 76C to receive the tinder, and closed at its lower end 78C by bottom wall 184C, similar to the wall structure 170 of grill 10B.

In the form shown in FIGS. 16-21, the bowl 180C forming the major portion 226 of tinder receiver 70C has its side wall 182C of four sided configuration defining a first set of opposed arcuate walls 183C and 185C that are integral with a second set of opposed planar walls 187C and 189C at the respective bowl corners 191C, whereby the major portion 226 of the tinder receiving chamber 71C is of four sides curvo-planar configuration, although the actual shaping of chamber 71C, as such, is not critical. Bowl 180C in the form shown is equipped with a pair of oppositely positioned air draft control devices 32C applied to the opposed walls 187C and 189C that each include a pair of the openings 30C formed in the side wall 182C in opposed relation on either side of the bowl 180C, which openings 30C are located adjacent the upper or top portions of the respective air draft control devices 32C; such devices 32C also each include the respective discs 34C (not shown in FIGS. 20 and 21) that are pivotally mounted in place by the respective rivets 40C, and the openings 36C of the respective discs 34C that are oriented to be aligned with the tinder receiver wall openings 30C, respectively, in the full open position for each device 32C. The handles 41C for appropriately positioning the devices 32C are the same as in devices 32 of FIGS. 1-9 except that they are flat since they are applied to flat walls, as in the case of grill 10B. The number of the air draft control devices 32C employed is optional although at least one of such devices mounted on the bowl side wall 182C at one of the 183C, 185C, 187C, or 189C as desired.

Similar to the grill 10B, the bowl 180C is made removable, and the floor 184C of same is made impervious or closed so that the ashes left by burning the tinder to start the charcoal, in operating the grill 10C, may be periodically emptied by removing the tinder receiver 70C. For this purpose, the bowl 180C is equipped with a pair of oppositely located integral handles 190C that are integral with the bowl flange 172C, each defining a lateral, outwardly extending portion 231 that is in coplanar relation with the bowl flange 172C, and an upwardly inclined finger grip or tab portion 233. Handles 190C are thus integral with bowl 180C.

Thus, when the grill 10C has been used to the extent that the ashes left over from the tinder employed to start the charcoal have reached a significant depth in the tinder chamber 71C, well before the ashes tend to block the air draft control device or devices 32C, on removal of the two grids 42 and 43, the grill operator may grasp one or both the handles 190C, and lift the bowl 180C upwardly to remove it from the receptacle opening 176C, and appropriately dump the tinder ashes in a trash can or the like, after which the bowl 180C is replaced to the position indicated in FIGS. 16-19 of the drawings in grill 10C. It is recommended that the ash be so removed from the bowl 180C each time the grill 10C is used.

In this connection, the bowl side wall apertures 30C that form a part of the air draft control device or devices 32C employed are located adjacent the upper portion of the bowl 180C, in substantial coplanar relation in a plane that parallels the receptacle floor base portion 174C, so that ash collecting in bowl 180C to a reasonable level will not interfere with the operation of air draft control device 32C.

The tinder receiver upper portion 220, in accordance with the embodiment of FIGS. 16-21, comprises open ended sleeve or ring 230 that is formed by a length of suitable metallic material, such as ordinary steel, arched to have its ends suitably fixed together, as by employing welding or the like, to define the cylindrical configuration illustrated. The sleeve 230 is suitably affixed to grid 42, as by employing welding where indicated at 232, and may be optionally apertured to define a multitude of draft openings or ports 234 that are in spaced relation about the margin of the sleeve or ring 230, 360 degrees thereabout, to augment the air draft flow into the sleeve or ring 230 from within chamber 18C. The sleeve or ring 230 defines open upper end 236 and open lower end 238, with the sleeve or ring 230 being put in its operating position within the receptacle 12 by resting the grid 42 on its support brackets 47 or directly on lower portion of receptacle wall 16C (where brackets 47 are omitted) whereby sleeve or ring 230 is disposed in approximately centered relation within receptacle 12C and above bowl 180C in closely spaced relation thereto (see FIG. 16) to complete the tinder receiver 70C. Sleeve or ring 230 is proportioned axially of axis 21C to be spaced somewhat from and above bowl 180C, and specifically, above its flange 172C, when grid 42 rests in operative relation on its support brackets 47, as indicated at 235 in FIG. 18.

The sleeve or ring 230 adds to the chimney effect provided by the charcoal receiver 92B and the height of the tinder chamber 71C and tends to counter the adverse effects of blowing wind, when the grill is used out-of-doors.

The discrete bowl 180C may be formed from any suitable material, such as metal or the like, that is appropriate for forming the receptacles of conventional barbeque grills. In the form of FIGS. 16-21, the margin of aperture 176C is in close but free fitting relation with the upper portion of bowl 180C thereabout, and specifically with its arcuate walls 183C and 185C, as indicated by FIGS. 16-19.

The charcoal receiver 90B of the grill 10C is the same as shown in FIGS. 11-15, with the sleeve or ring 230 being proportioned diameterwise to be substantially congruent or aligned with receiver 90B when the latter is applied to grid 42, as shown in FIG. 16. Receiver 90B, like receivers 90 and 90A, is in practice a combination charcoal receiving and distributing device that is discrete with respect to the grill 10C, and all these receivers may be formed with one or more vent openings adjacent their lower ends to improve draft, if desired. Further, the charcoal receivers are all formed for positioning on the grid 42, in alignment with the tinder receiver 70C, but with random positioning three hundred sixty degrees thereabout. Likewise, the tinder receiver 70C is formed for random positioning with respect to the receptacle aperture 176C, three hundred sixty degrees thereabout, as in the embodiment of FIGS. 11-15.

The grill 10C is used in a manner similar to the way grills 10, 10A, and 10B are used, with the tinder being applied to the major portion 226 of the tinder chamber 71C to approximately the top of same (with the grids 42 and 43 removed), and with the air draft control device or devices 32C with which the bowl 180C is equipped being opened for igniting of the tinder of the chamber 71C therethrough. Where more than one device 32C is provided on the bowl 180C, only one such device need be open to ignite the tinder. In any event, when the tinder of the chamber 71C is ignited after the grid 42 and charcoal receiver 90B is placed on same and appropriately charged with charcoal briquets 54, the air from the draft openings 30C and 36C that are aligned, and ambient air about the charcoal receiver lower end 96B passing through gap 175C, and apertures 234 of ring or sleeve 230, under the chimney effect involved, directs the flames of the burning tinder into and through the charcoal chamber 93B, to progressively ignite the charcoal as aforedescribed. The sleeve or ring 230, however, protects the flames of the tinder from the adverse effects of blowing wind when the grill is started out of doors in windy weather.

After the charcoal is ignited and spread by employing the charcoal receiver 90B as aforedescribed, the gap 175C and ring apertures 234 supplement the adequate air draft supply provided by the air draft control device or devices 32C.

As indicated, when the grill 10C has been used often enough to have an undue accumulation of ash in the bowl 180C, on removal of grids 42 and 43, the bowl 180C may be removed and the ash dumped or otherwise disposed of. The elevated position of the bowl vent apertures 30C is provided to avoid their being blocked by accumulated ash.

It will be apparent that in the embodiment 10C the tinder receiver bowl 180C rests under gravity on the receptacle floor base portion 174C and within the opening 176C defined by same; also bowl 180C is operative as such in the position of drawing FIGS. 16-19, and as such in any random positioning of same within the receptacle opening 176C, three hundred sixty degrees thereabout and about axis 21C, due to the fit of bowl 180C within the receptacle aperture 176C. When the grid 42 is in place, ring or sleeve 220 is suspended over bowl 180C to complete the tinder receiver 70C and its chamber 71C.

Turning now to the modified grill 10D of FIGS. 22-26, it will be seen that this embodiment of the invention, which is another version of what is believed to be the best mode of practicing the invention, comprises receptacle 12D having a floor 14D and a side wall 16D that define cooking chamber 18D. Receptacle 12D is open at its upper end as in the other embodiments of the invention, and is supported by suitable legs 22D suitably connected to receptacle at 24D and having the usual feet that engage support surface, as in the other embodiments of the invention.

The receptacle 12D is also shown to be equipped with the previously described charcoal grid 42 that is to rest on the brackets 47 therefor, and also includes the food support or cooking grid 43 (not shown) that is to rest on the brackets 60 therefor (not shown). However, as in the grill 10B, where the grid 42 is arranged to provide for height adjustment, the brackets 47 as such will not be needed; in these embodiments the grid 42 can rest directly on the lower portion of the receptacle side wall, as for instance, side wall 16D.

In the modified grill 10D, the tinder receiver 70D and the chamber 71D defined by the same have the two part construction of grill 10C, and thus includes the tinder receiver shallow upper portion 220 defining tinder chamber shallow portion 222, and the tinder receiver major portion 224 defining the major portion 226 of the tinder chamber 71D. The tinder receiver major portion 226 in the form of FIGS. 22-26 is formed by separate dished wall structure 170D that is in the nature of a drawer structure 250 for drawer like application to and from the underside 251 of receptacle 12D. Dished wall structure 170D has support flange 172D in circumambient relation thereabout, as is the case of grill 10C; also, the dished wall structure 170D is shaped such that the major portion 226 of the tinder chamber 71D is of trapazoidal vertical sectional configuration, and arcuate circularly perimetered horizontal section. The grill receptacle 12D is shaped so that floor 14D forms planar base portion 174D that is substantially centered with respect to the central axis 21D of the receptacle 12D (see FIG. 23) and be substantially horizontally disposed when the receptacle 12D is mounted on its legs 22D for the usual support above supporting surface 27 (not shown in FIGS. 22-26). The floor base portion 174D of grill 10D is formed to define arcuate opening 176D that is in coaxial relation with the central axis 21D of the receptacle 12D, with the opening 176D being circular in configuration and being proportioned to receive the dished wall structure 170D thereunder in congruent relation thereto, with the circumambient edge flange 172D thereof resting under gravity on trackway 252 defined by track members 254 and 256 on which drawer structure 250 rests, in substantial abutting relation to suitable receptacle mounted stop 258, in normal use of the grill 10B (see FIGS. 22 and 23).

The dished wall structure 170D and its circumambient edge flange 172D define, as is in the embodiment of FIGS. 11-15, a separate and removable or discrete bowl or compartment 180D, that includes circumambient curvilinear side wall 182D that is integral thereabout, and planar and imperforate bottom wall 184D, that are of one piece construction and together define the major portion 224 of tinder receiver 70D and the major portion 226 of its tinder receiving chamber 71D. The major portion 224 of tinder receiver 70D is open at its top or upper end 76D to receive the tinder, and closed at its lower end 78D by bottom wall 184D, similar to the wall structure 170 of grill 10B.

In the form shown in FIGS. 22-26, the bowl 180D forming the major portion 226 of tinder receiver 70D has its side wall 182D of the indicated circular configuration. Bowl 180D in the form shown is equipped with a pair of oppositely positioned air draft control devices 32D applied to the bowl side wall 182D that each include a pair of the openings 30D formed in the side wall 182D in opposed relation on either side of the bowl 180D, which openings 30D are located adjacent the upper or top portions of the respective air draft control devices 32D; such devices 32D also each include the respective discs 34D (not shown in FIG. 24) that are arced in conformity to the bowl side wall 182D (similar to devices 32), and are pivotally mounted in place by the respective rivets 40D. The openings 36D of the respective discs 34D are oriented to be aligned with the tinder receiver wall openings 30D, respectively, in the full open position for each device 32D. The handles 41D for appropriately positioning the devices 32C are the same as in devices 32 of FIGS. 1-9 except that they are arcuate conforming to the shape of bowl side wall 182D.

Similar to the grill 10B, the bowl 180D is made removable, and the floor 184D of same is made impervious or closed so that the ashes left by burning the tinder to start the charcoal, in operating the grill 10C, may be periodically emptied by removing the tinder receiver 70D. For this purpose, the bowl 180D is of the indicated drawer structure configuration, and is equipped with a suitable handle 260 that is of suitable U-configuration and has its legs 262 and 264 suitably anchored to receptacle 12D, as by employing riveting or the like. The track members 254 and 256 may be of any suitable type, those illustrated being of "Z" type rectilinear configuration with the upper flange 268 thereof suitably fixed to receptacle 12D and the lower flanges 270 thereof disposed below the receptacle underside 251 to form trackway 252 on which tinder receiver 70D is slidable and removably mounted.

Thus, when the grill 10D has been used to the extent that the ashes left over from the tinder employed to start the charcoal have reached a significant depth in the tinder chamber 71D, well before the ashes tend to block the air draft control device or devices 32D, on removal of the two grids 42 and 43, the grill operator may grasp the handle 260 and draw the bowl 180D outward to remove it from beneath the receptacle opening 176D, and appropriately dump the tinder ashes in a trash can or the like, after which the bowl 180D is replaced to the position indicated in FIGS. 22 and 23 of the drawings in grill 10C by reapplying the bowl 180D to the trackway 252 and pushing it back under receptacle 12D and up against locating stop 258. Stop 258 may be in the form of a short length of angle member 272 having its upper flange 274 suitably fixed to receptacle 12D and its depending flange 276 disposed in the stop positioning relation to bowl flange 172D that is indicated in FIG. 23. It is recommended that the ash be so removed from the bowl 180D each time the grill 10D is used.

The tinder receiver upper portion 220, in accordance with the embodiment of FIGS. 23-26, is the same as the embodiment of FIGS. 16-21, as indicated by corresponding reference numerals.

The charcoal receiver 90B of the grill 10D is the same as shown in FIGS. 11-15, with the sleeve or ring 230 being proportioned diameterwise to be substantially congruent or aligned with receiver 90B when the latter is applied to grid 42, as shown in FIG. 22. Receiver 90B, like receivers 90 and 90A, is in practice a combination charcoal receiving and distributing device that is discrete with respect to the grill 10D, and all these receivers may be formed with one or more vent openings adjacent their lower ends to improve draft, if desired. Further, the charcoal receivers are all formed for positioning on the grid 42, in alignment with the tinder receiver 70D, but with random positioning three hundred sixty degrees thereabout.

The grill 10D is used in a manner similar to the way grills 10-10C are used, with the tinder being applied to the major portion 226 of the tinder chamber 71D to approximately the top of same (with the grids 42 and 43 removed and bowl 180D in a place as indicated in FIGS. 22 and 23), and with the air draft control device or devices 32D with which the bowl 180D is equipped being opened for igniting of the tinder of the chamber 71D therethrough. Where more than one device 32D is provided on the bowl 180D, only one such device need be open to ignite the tinder. In any event, when the tinder of the chamber 71D is ignited after the grid 42 and charcoal receiver 90B is placed on same and appropriately charged with charcoal briquets 54, the air from the draft openings 30D and 36D that are aligned, and ambient air about the charcoal receiver lower end 96B passing through gap 175D, and apertures 234 of ring or sleeve 230, under the chimney effect involved, directs the flames of the burning tinder into and through the charcoal chamber 93B, to progressively ignite the charcoal as aforedescribed. The sleeve or ring 230, however, protects the flames of the tinder from the adverse effects of blowing wind when the grill is started out of doors in windy weather.

After the charcoal is ignited and spread by employing the charcoal receiver 90B as aforedescribed, the gaps 175D and 235, and the optional ring apertures 234 (where present) supplement the adequate air draft supply provided by the air draft control device or devices 32D.

As indicated, when the grill 10D has been used often enough to have an undue accumulation of ash in the bowl 180D, without removal of grids 42 and 43, the bowl 180D may be removed and the ash dumped or otherwise disposed of. The elevated position of the bowl vent apertures 30D is provided to avoid their being blocked by accumulated ash.

It will therefore be seen that the invention provides a simplified barbeque grill that has paper start capability and completely avoids the need for the problem petroleum starter as conventionally employed to start the ignition of charcoal in the widely popular barbeque grill facilities that are so commonly employed in homes and other domestic situations around the country. The tinder receiver in one embodiment is of simple sleeve like open ended construction but may be defined by the grill receptacle, or be a separate removable bowl, or may comprise both a short sleeve and the removable bowl. In all forms the tinder receiver accommodates not only waste paper, but other highly combustible materials that are safe to use as tinder, such as wood shavings, dry bark (as, for instance, birch bark), dry sticks and twigs, excelsior, or any combination of same, which tinder burns with sufficient heat and flaming to ignite the charcoal of the charcoal receiver that is applied over the tinder chamber.

The charcoal receiver is of simple open ended sleeve construction that defines a removable charcoal ignition chamber which, when in its operative position, provides a strong chimney effect whereby the burning gases and flames are subject to a strong drawing action through and about the charcoal to quickly ignite same. The charcoal receiver thereafter is hand manipulated by the user to expeditiously place and locate the ignited charcoal briquets as desired on or about the upper surface of the charcoal support grid for cooking purposes, after which it is put aside until again needed for charcoal starting purposes. The food support grid is put in place in the usual manner to receive the food that is to be cooked barbeque style.

After the charcoal is started, and put in its cooking position, the air draft control device or devices 32 and their disclosed equivalents may be positioned as desired to control the flow of air to and through the burning charcoal, in the usual manner.

The foregoing description and the drawings are given merely to explain and illustrate the invention and the invention is not to be limited thereto, except insofar as the appended claims are so limited, since those skilled in the art who have the disclosure before them will be able to make modifications and variations therein without departing from the scope of the invention.

Claims

1. In a barbeque grill that includes a receptacle of open top bowl configuration having a central portion centered on same, at a central axis that extends normally of the plane of the receptacle top, with the receptacle defining a floor that is centered on the axis, and including a charcoal support grid and means for removably mounting same in the receptacle above and in operative overlying relation to the receptacle floor, and a food cooking grid and means for removably mounting same above and in operative overlying relation to the charcoal support grid, with the grids being respectively proportioned to be substantially centered on the central axis when mounted in the receptacle in their respective operative relations, and with the grids being disposed normally of the central axis when mounted in the receptacle in their respective operative relations, and means for mounting the receptacle for cooking purposes with the central axis of the receptacle substantially vertically disposed,

the improvement wherein said grill includes:

a tinder receiver located below the level of the charcoal support grid, when the latter is in its said operative relation, and comprising a tinder receiving chamber that is substantially centered on the central axis and that is proportioned transversely of said central axis to receive a tinder charge of predetermined size,

said tinder receiver defining an open container into which the tinder charge may be inserted into said tinder receiving chamber when the grids are removed from the receptacle for charging said tinder receiver with tinder,

said tinder receiver underlying the charcoal support grid across said container thereof when said charcoal support grid is in its operative relation,

a ring bonded to the underside of the charcoal support grid and to be disposed in substantial aligned relation with said container when said charcoal support grid is in its operative relation for forming an upper portion of said tinder chamber,

a combination charcoal receiver and distributing device that is discrete with respect to said grill and comprises an elongate annular sleeve having an open center extending therethrough and open upper and lower end portions defining a charcoal receiving chamber that is open at the upper and lower ends of same and has a central axis extending longitudinally of said sleeve,

said charcoal receiver device lower end being formed to rest on the charcoal support grid in substantially centered relation with said ring, when the charcoal support grid is mounted in the receptacle in its said operative relation,

said charcoal receiver device being proportioned transversely of its central axis to receive in said chamber thereof a charcoal charge that transversely of said charcoal receiver central axis approximates the corresponding dimensioning of said tinder receiver chamber adjacent the upper end thereof,

and means for venting ambient air exterior of said receptacle into said tinder chamber for providing for igniting and supporting combustion of a tinder charge received therein,

said charcoal receiver device having handle means fixed to said sleeve adjacent said upper end thereof for shifting said receiver device lower end relative to and over the charcoal support grid,

whereby, when the grill is to be used for charcoal food cooking, and on removal of both the grids from the receptacle to expose said tinder receiver bowl, the tinder charge may be applied to said tinder chamber and the charcoal grid returned to its operative relation to dispose said ring in substantially centered relation relative to said bowl, whereupon said charcoal receiver device may be rested on the charcoal grid in substantial vertical alignment with said tinder receiver and with said lower end portion of said charcoal receiver device engaging the charcoal grid above said ring, a charcoal charge may be applied to said charcoal receiver device chamber through said charcoal receiving chamber upper end, and the tinder charge may be ignited through said venting means to effect ignition and burning of the charcoal charge by chimney effect through said charcoal receiver device chamber,

and after the charcoal charge is ignited, the user, facing the grill, may grasp said charcoal receiver device handle means to sufficiently lift same upwardly of the charcoal support grid and shift the lower end of the charcoal receiver device over the charcoal grid, for controlled discharge of the ignited charcoal from said device, and spreading of the charcoal, onto the charcoal grid, after which said charcoal receiver device is moved out of the grill and set to one side, and said cooking grid may be disposed in said operative relation thereof for food cooking purposes over the ignited charcoal.

2. The improvement set forth in claim 1 wherein:

said charcoal receiver sleeve is formed for random positioning on said charcoal support grid 360 degrees about and above said ring.

3. The improvement set forth in claim 1 wherein:

said ring is formed to vent air from within the receptacle and about said sleeve into said tinder chamber.

4. The improvement set forth in claim 1 wherein:

the lower portion of said tinder chamber is defined by said container,

said container comprising a discrete bowl removably supported by the receptacle on the underside of same.

5. In a barbeque grill that includes a receptacle of open top bowl configuration having a central portion centered on same, at a central axis that extends normally of the plane of the receptacle top, with the receptacle defining a floor that is centered on the axis, and including a charcoal support grid and means for removably mounting same in the receptacle above and in operative overlying relation to the receptacle floor, and a food cooking grid and means for removably mounting same above and in operative overlying relation to the charcoal support grid, with the grids being respectively proportioned to be substantially centered on the central axis when mounted in the receptacle in their respective operative relations, and with the grids being disposed normally of the central axis when mounted in the receptacle in their respective operative relations, and means for mounting the receptacle for cooking purposes with the central axis of the receptacle substantially vertically disposed,

the improvement wherein said grill includes:

a tinder receiver located below the level of the charcoal support grid, when the latter is in its said operative relation, and defining a tinder receiving chamber that is substantially centered on the central axis and that is proportioned transversely of said central axis to receive a tinder charge of predetermined size,

said tinder receiver defining an opening through which the tinder charge may be inserted into said tinder receiving chamber when the grids are removed from the receptacle for charging said tinder receiver with tinder,

said tinder receiver underlying the charcoal support grid across said tinder receiver when said charcoal support grid is in its operative relation,

and means for venting ambient air exterior of said receptacle into said tinder chamber for providing for igniting and supporting combustion of a tinder charge received therein,

said tinder receiving chamber comprising a circumambient side wall forming the upper portion thereof that is removably supported on the receptacle,

and including means for removing said tinder receiving chamber upper portion when the charcoal grid is removed from the receptacle,

said tinder receiver further comprising a bowl forming the lower portion thereof and removably supported by the receptacle below said tinder receiver side wall,

said tinder receiver bowl being formed for random positioning in said receptacle 360 degrees thereabout.

6. In a barbeque grill that includes a receptacle of open top bowl configuration having a central portion centered on same, at a central axis that extends normally of the plane of the receptacle top, with the receptacle defining a floor that is centered on the axis, and including a charcoal support grid and means for removably mounting same in the receptacle above and in operative overlying relation to the receptacle floor, and a food cooking grid and means for removably mounting same above and in operative overlying relation to the charcoal support grid, with the grids being respectively proportioned to be substantially centered on the central axis when mounted in the receptacle in their respective operative relations, and with the grids being disposed normally of the central axis when mounted in the receptacle in their respective operative relations, and means for mounting the receptacle for cooking purposes with the central axis of the receptacle substantially vertically disposed,

the improvement wherein said grill includes:

a tinder receiver located below the level of the charcoal support grid, when the latter is in its said operative relation, and defining a tinder receiving chamber that is substantially centered on the central axis and that is proportioned transversely of said central axis to receive a tinder charge of predetermined size,

said tinder receiver defining an opening through which the tinder charge may be inserted into said tinder receiving chamber when the grids are removed from the receptacle for charging said tinder receiver with tinder,

said tinder receiver underlying the charcoal support grid across said tinder receiver when said charcoal support grid is in its operative relation,

and means for venting ambient air exterior of said receptacle into said tinder chamber for providing for igniting and supporting combustion of a tinder charge received therein,

said tinder receiving chamber comprising a circumambient side wall forming the upper portion thereof that is removably supported on the receptacle,

and including means for removing said tinder receiving chamber upper portion when the charcoal grid is removed from the receptacle,

said tinder receiver further comprising a bowl forming the lower portion thereof and removably supported by the receptacle below said tinder receiver side wall,

said tinder receiver bowl comprising a drawer removable from the receptacle from one side thereof.

7. The improvement set forth in claim 4 wherein:

said discrete bowl includes handle means for manual removing said discrete bowl from the receptacle and emptying ash accumulating in same.

8. In a barbeque grill that includes a receptacle of open top bowl configuration having a central portion centered on same, at a central axis that extends normally of the plane of the receptacle top, with the receptacle defining a floor that is centered on the axis, and including a charcoal support grid and means for removably mounting same in the receptacle above and in operative overlying relation to the receptacle floor, and a food cooking grid and means for removably mounting same above and in operative overlying relation to the charcoal support grid, with the grids being respectively proportioned to be substantially centered on the central axis when mounted in the receptacle in their respective operative relations, and with the grids being disposed normally of the central axis when mounted in the receptacle in their respective operative relations, and means for mounting the receptacle for cooking purposes with the central axis of the receptacle substantially vertically disposed,

the improvement wherein said grill includes:

a tinder receiver located below the level of the charcoal support grid, when the latter is in its said operative relation, and comprising a tinder receiving chamber that is substantially centered on the charcoal axis and that is proportioned transversely of said central axis to receive a tinder charge of predetermined size,

said tinder receiver defining an open container into which the tinder charge may be inserted into said tinder receiving chamber when the grids are removed from the receptacle for charging said tinder receiver with tinder,

said tinder receiver underlying the charcoal support grid across said container thereof when said charcoal support grid is in its operative relation,

said container comprising a bowl that is discrete with respect to the grill and removably supported by the receptacle floor,

said bowl forming the lower portion of said tinder receiving chamber,

a ring bonded to the underside of the charcoal support grid and to be disposed in substantially aligned relation with said container when said charcoal support grid is in its operative relation for forming an upper portion of said tinder chamber,

and means for venting ambient air exterior of said receptacle into said tinder chamber for providing for igniting and supporting combustion of a tinder charge received in said tinder chamber,

said venting means including an aperture formed in said bowl and opening into said tinder receiving chamber, and means for adjusting the effective size of said aperture for adjusting the flow of air exterior of said receptacle into said tinder receiving chamber,

said discrete bowl including handle means for manual removing said discrete bowl from the receptacle and emptying ash accumulating in same,

whereby, when the grill is to be used for charcoal food cooking, and on removal of both the grids from the receptacle to expose said tinder receiver bowl, the tinder charge may be applied to the lower portion of said tinder chamber and the charcoal grid returned to its operative relation to dispose said ring in substantially centered relation relative to said bowl to form an upper portion of said tinder receiving chamber, and the bowl aperture opened, whereupon the tinder charge may be ignited through said aperture to effect ignition and burning of the tinder charge by chimney effect through said ring.

9. The improvement set forth in claim 8 wherein:

said ring is formed to vent air from within the receptacle and about said ring into said tinder chamber.

10. The improvement set forth in claim 8 wherein:

said tinder receiver bowl is formed for random positioning in said receptacle 360 degrees thereabout.

11. The improvement set forth in claim 8 wherein:

said tinder receiver bowl comprises a drawer removable from the receptacle from one side thereof.

12. The improvement set forth in claim 8 wherein:

said bowl defines a floor on which ash formed from the burning of the tinder accumulates,

said bowl aperture being spaced remote from said bowl floor.