US2533080A

US2533080A - Device for barbecuing, roasting, broiling, and the like

Info

Publication number: US2533080A
Application number: US671673A
Authority: US
Inventors: William G Alexander
Original assignee: Individual
Current assignee: Individual
Priority date: 1946-05-23
Filing date: 1946-05-23
Publication date: 1950-12-05
Anticipated expiration: 1967-12-05

Description

Dec. 5, 1950 Filed May 25, 1946 W. DEVICE FOR G. ALEXANDER BARBECUING, ROASTING,

BROILING, AND THE LIKE 3 Sheets-Sheet l Dec. 5, 1950 w. G. ALEXANDER 2,

DEVICE FOR BARBECUING, ROASTING, BROILING, AND THE LIKE Filed May 23, 1946 3 Sheets-Sheet 2 j zjj 16 T J07 J00 99 w 5 Z 3 a w w m 6 9 59] MM 5 S a 0 2 w m H I 44 47fmm m Dec. 5, 1950 Flled May 25, 1946 Patented Dec. 5, 1950 UNITED STATES PATENT OFFICE William G. Alexander, Chicago, 111.

Application May 23, 1946, Serial No. 671,673

6 Claims. 1

The present invention relates to a device for barbecuing, roasting, broiling and the like, of foods, or other materials or substances, or the like, as may be desired to be subjected to heat treatment.

Among the objects of the invention is to provide a novel device as above indicated and which is preferably of unitary structure and capable of being readily located in or removed from a housing which may be in the nature of an oven or the like, and which may be automatically operatively connected or associated with suitable operating means associated with the housing; the said housing being so designed as to permit the use of the unit within doors or outside, and to afford confining the gasses, vapors, fumes, or the like, from spreading about, and also to prevent access of dust, dirt, smoke, and the like, to the material being under treatment.

Other objects, advantages, capabilities, features, and the like are comprehended by the invention as will later appear, and as are inherently possessed by the invention.

Referring briefly to the drawings:

Fig. 1 is a View in elevation of an embodiment of the invention when in closed condition;

Fig. 2 is a similar view showing the device in open condition and with the unit in withdrawn position;

Fig. 3 is a vertical sectional view, on an enlarged scale, taken in a plane represented by line 3--3 in Fig. 1 of the drawings;

Fig. 4 is a part sectional view and part elevational view of a detail of the drive means, taken in a plane represented by line 4-4 in Fig. 3 of the drawings;

Fig. 5 is a vertical sectional view, similar to Fig. 3, but taken in a transverse plane represented by line 55 in Fig. 3 of the drawings.

Referring more in detail to the drawings, the embodiment elected to illustrate the invention is shown as comprising an upper housing H having side walls I and 2, a rear wall 3,

front doors

4, 4, a top wall 5, and a floor 6.

The housing H is designed to stand on a base section 01' pedestal I having side walls 8 and 9', a rear wall H), and a front wall H. The side and rear walls I, 2 and 3, are respectively adapted to stand upon the side and rear walls 8, 9 and IU of the base section I, as shown, and the lower ends of the

doors

4, 4, will have sliding contact with the upper end of the frontal wall H of the base section '2. The base I is designed to stand on the floor of a building when the device is used indoors, or on the ground when the device is used outdoors. Within the base 1 is suitably supported a floor i2 upon which may be suitably located a motor IS, a pump l4, a tank It, and a gear box it, as shown in Figs. 3 and 5.

To the rear walls 53 and It are secured bearing brackets H and ill in which is rotatively supported a vertical shaft i9 extending through an opening 20 in the floor 6, the shaft l9 having at its lower end a gear 2| enmeshed with a gear 22 of a gear means in the gear box it. The gear mechanism is driven by the motor 13 by way of a suitable drive means, such as a belt or chain or the like 23, and the pump it is driven by the motor by way of like suitable drive means 24. The pump Hi has an intake duct or pipe 25 leading from the tank 15, and a discharge duct or pipe 25 passing up through a hole 2] in the floor E and extending to a spray pipe 28 having a plurality of spray Above the floor 6 is provided a drain bell 30 connected to a duct or pipe 3| passing through the floor 6 and leading to the tank i5 andhaving a downwardly extending discharge nozzle 32 for draining melted fats, oils, etc. from the unit during its operation. The floor has a depressed portion 33 for acting as a sort of sump for collecting any waste that might occur in the device.

At the upper end of the housing H the top 5 has an exhaust pipe or the like as, for the escape of vapors, smoke, fumes or the like.

At the front the housin H has an opening which may be closed by a pair of sliding

doors

4, 5, these doors being of the hanging type, and each having at its upper end a series of rollers 35, adapted to run or ride on an overhead track 36 having a roller flange 31 upon which the rollers 35 ride. At the lower ends of the doors 4, A, there are attached to the housing

H guide pieces

38 and 39 attached to the front wall ll of the base section or pedestal l at the lower front corners of the housing H, and as shown in Figs. 1 and 3, so that when the doors l, #1, are in closed condition, they will be held in close to the front edges of the side walls I and 2 of the housing H.

To the side walls 8 and 9 of the base section 1 may be attached

suitable brackets

46 and 4| (see Fig. 5) to act as supports and strengthening members, as at the corners thereof, for the floor 6. The

doors

4, 4 preferably have handles 42 for manually opening and closing the

doors

4, 4.

Within the housing H is placeable a unit F for holding and for moving or causing the travel of the material, etc. to be treated, as by heat. This unit F comprises a base means in the form of a frame having upright corner pieces or

posts

43, 44, 5 and 6 with upper and lower cross pieces 97, ii at the front and, connected to the posts 49 and :4, and upper and lower cross pieces it, 48 at the rear and connected to the

posts

65 and 36; and likewise at the sides are connected upper and lower longitudinal pieces 49, G9 to the

posts

33 and 45, and upper and lower

longitudinal pieces

59, 58 to

posts

44 and 46.

The lower ends of the corner posts 43, M, 45 and 36 have feet or sliders 56 which are slideable in channel tracks 5'! extending longitudinally on the floor 3. The floor 5, as stated above, has

a depression 33 and at the sides and the ends of this depression 33 the floor 6 has raised rim portions M, 52 at the sides and 53 and 54 at the front and rear respectively. The channel guides 57 are preferably adjacent to the side rim portions 5i and 92 and the guide ways in the tracks 5? and at a level, even with or slightly above the level of the top surface of the front rim portion 53 so that when the frame F is slid out at the front, the feet 59 of the posts :33 will pass or slide over the top of the front rim 53.

Suspended from the top of the frame F, as from the upper brace pieces 41, d8, 49 and 50 is a tank or receptacle 58 having upper side and end flanges to rest on said brace pieces, said tank having a rounded bottom 59, and front and rear end walls 6i and 9 I. To the rear end wall 6| is connected at a low point an outlet spout or the like 82 (see Fig. 3) adapted to extend a substantial distance into the drain bell 30. The bell 39 is preferably slightly inclined toward the pipe 3| to facilitate the draining of liquid from the bottom of the tank 58 to the Ibell 30 and thence to the pipe 3! and tank I5.

Secured to mid portions of the upper and lower cross pieces ll, d1 and i8, 48, are upright posts or standards 63 and E54. Rotatively supported at the upper ends of these standards is a shaft 65 and fixed to this shaft are

wheels

66 and 61, which may be of the sprocket or pulley type as desired, and at suitable points are secured to these

standards

63 and 64 stub shafts 68 and 69 on which are rotatably mounted wheels I0 and II which may be of the sprocket or pulley type as desired, and over these wheels operate driving elements I2 and it such as chains or belts, or the like, whereby the wheels 66 and 6'! efiect a driving by way of the elements I2 and I3 of the wheels It and II.

The wheels 19 and II have hubs I4 and I5 and to these hubs are fixed wheels l6 and TI which will rotate with the wheels if? and fl and in synchronlsm at the front and rear of the device.

At lower points of

standards

63 and 64 are fixed studs l8 and is on which are rotatably supported hubs 89 and SI of wheels 32 and 83 which may be of the sprocket, pulley or like type as desired. Over wheels 82 and I6, and wheels 83 and fl operate

driving elements

84 and 85, such as chains, belts, or the like. These driving elements have segments or

links

86 and 87 having

hub brackets

38 and 89 for carrying shafts 99. There is a series of these shafts 99 along the chains or

belts

84 and 85 to be carried as in the nature of an endless conveyor. On these shafts 99 may be hung hooks 9| and on these hooks 9! may be suspended articles 92 (see Fig. 2) to be subjected to heat, or may bebaskets or trays or the like 93 for holding the material or the like, to be heat treated, as desired, or as the case might be.

Referring to Figs. 3 and 4, the shaft I9 has fixed to it a gear or worm 94 enmeshed with a til gear 95 fixed to a shaft 99 rotatable in an arm 9'! of the bracket 1?, and to the end of the shaft 99 is secured a matrix type of clutch member 98 having a tapered and ribbed or toothed socket 99. This clutch member 98 is in axial alinement with the shaft 65, and the shaft 65 has fixed to it a patrix type of clutch member lflll also tapered and ribbed or toothed to mesh with the clutch member 98.

At the lower end of the front standard 63 may be secured a bracket IilI having an arm SE32 extending through a channel I63 formed in the upper edge of the front wall H of the lower section l of the device, and fixed to the outer end of the arm I92 is an upright post ltd having at its lower end a wheel or caster I adapted to ride on the floor or ground when the unit is slid into or out of the housing H as shown in Figs. 2 and 3. The upper end of the post Iil l has a handle Hit by which the unit may be manually moved in and out of the housing H, as shown in Fig. 2.

Within the housing may be located heating members IEl'l of any suitable type, such as sets of electric resistance coils or the like, gas burners, etc., and these heating members it? are preferably suspended by hangers l 9% connected to the upper ends of the members H37, these hangers having at their upper ends hooks or the like 89 adapted to be hooked over flanges N9 of channels or I pieces HI suitably secured to the top wall 5 of the housing H, and these hangers I83 may be adjusted along the members lIl as desired to locate the heating members near to or far from the material being carried by the conveyor means t t-35 depending on the kind of heat treatment to be effected on such material. At the ends of the flanges I it are provided stops II2 to prevent the sliding off of the hooks i63 when adjusting the position of the hangers I68 and the heaters I97.

In some cases it might be desired to shield off some of the heat from the heaters Ifll, and therefore, a shield means i it of any suitable kind may be used. It may have an upper hook II 4 1 adapted to overhang a rib or lug l l 5 at the upper end of the heating member I237. The lower part of the shield II 9 may have openings IISa for affording a passage of heated air through such openings, and the upper portion of the shield '11 53 may be continuous and without any openings.

For the purpose of reflecting the heat of the members It? to the material being treated, the inner walls of the housing H may have reflecting sheets Hi? and Ill, which may be of sheets of metal or other material and having glossy or shiny surfaces to reflect the heat rays and the light.

The .doors '5, 4, may also have windows H8 as desired. At the lower ends of the doors .1, l may be provided air vent means H9 for affording entry of air into the housing H, and these vents may be controlled by any suitable shutter or like means to vary the entry of air or to shut it 01f entirely, as desired.

Any suitable control means may be used to operate the motor 53, and to operatively connect the driving elements I2 and 2d from the motor l3 to the gear means It and the pump I 4.

In use and in operation, with the doors d, 4, in open condition, the conveyor etc. unit may be inserted as a whole into the opening of the housing H and pushed back to a point where the drain spout 62 will extend into the drain bell 3t, and the clutch elements 98 and itil will be in mesh. The

doors

4, 4 may be closed, and the motor I9 may be started. The shaft i9 will cause the conveyor to travel with the material, etc. carried by it past the heaters fill, and at the same time liquid, such as oil, melted fat or the like, will be pumped from the tank [5 by way of the pump 14 and duct 25 to the sprayer 28 to spray the liquid upon the material etc. being conveyed by the conveyor. Depending on the particular treatment to be effected, the

doors

4, 4 may be partly closed orwholly closed. When it is desired to move the unit out or partly out, the

doors

4, 4 will be opened and by a manual pull on the handle i535 the unit may be pulled out of the chamber or housing H to facilitate access to the unit and the material carried thereby, and to effect whatever changes or the like that may be desired in respect to the treated material etc., or for removal or for replacement, as the case might be. The excess of liquid sprayed on the material will collect in the tank 58 and will drain down into the tank for re-cycling by Way of the pump l4.

While I have herein described and upon the drawings shown a preferred embodiment of the invention, it is to be understood that the invention comprehends some other constructions, arrangements or parts, details, features, and the like, without departing from the spirit of the invention.

Having thus disclosed the invention, I claim:

1 In a device of the character disclosed having .a housing provided with supporting means therein, a unitar structureon said supporting means capable of being movably located within the housing on said supporting means or removal therefrom over said supporting means, comprising a frame supported in the housing on said supporting means, a conveyor mechanism carried by the frame, means for operating the conveyor, said conveyor having a series of rods and suspending elements carried by said. rods for holding suspended material to be heat treated; and a heating means movably supported in the housing to be located at any predetermined distance relative to said material, and wherein there is carried a receptacle in said frame beneath said conveyor mechanism for catching drippings from said material, and wherein said receptacle has a drain outlet, a container supported in the housing and located below said receptacle, and a drain duct associated with said drain outlet to receive liquid therefrom and leading to said container, said drain outlet and the iniet end of said drain duct being together when said unitary structure is located in operative position in the housing and are separated when said unitary structure is moved from its operative position in the housing.

2. In a device of the character disclosed having a housing provided with supporting means therein, a unitary structure on said supporting means capable of being movably located within the housing on said supporting means or removed therefrom over said supporting means, comprising a frame supported in the housing on said supporting means, a conveyor mechanism carried by the frame, means for operating the conveyor, said conveyor having a series of rods and suspending elements carried by said rods for holding suspendec material to be heat treated; and a heating means movabl supported in the housing to be located at any predetermined distance relative to said material, and wherein said operating means has a driving shaft supported in the housing, and said conveyor has a driven shaft supported in said frame, and a coupling means between said shafts located for meshing of the coupling means automatically when said unitary structure is moved int the housing and for automatically unmeshing the coupling when said unitary structure is moved from its operative position in the housing, wherein there is carried a receptacle in said frame beneath said conveyor mechanism for catching drippings from said material, wherein said receptacle has a drain outlet, a container supported in the housing and located below said receptacle, and a drain duct associated with said drain outlet to receive liquid therefrom and leading to said container, said drain outlet and the inlet end of said drain duct being together when said unitary structure is located in operative position in the housing and are separated when said unitary structure is moved from its operative position in the housing.

3. In a device of the character disclosed having a housing provided with supporting means therein, a unitary structure on said supporting means capable of being movably located within the housing on said supporting means or removed therefrom over said supporting means, comprising a frame supported in the housing on said supporting means, a conveyor mechanism carried by the frame, means for operating the conveyor, said conveyor having a series of rods and suspending elements carried by said rods for holding suspended material to be heat treated; and a heating means movably supported in the housing to be located at any predetermined distance relative to said material, and wherein the honeing has a floor, tracks on said floor, and said frame has feet for sliding along said tracks for moving said unitary structure to and from operative position in the housing, and wherein there is carried a receptacle in said frame beneath said conveyor mechanism for catching drippings from said material, and wherein said receptacle has a drain outlet, a container supported in the housing and located below said receptacle, and a drain duct associated with said drain outlet to receive liquid therefrom and leading to said container, said drain outlet and the inlet end of said drain duct being together when said unitary structure is located in operative position in the housing and are separated when said unitary structure is moved from its operative position in .the housing.

4. In a device of the character disclosed hav ing a housing provided with supporting means therein, a unitary structure on said supporting means capable of being movably located with in the housin on said supporting means or removed therefrom over said supportin means, comprising a frame supported in the housing on said supporting means, a conveyor mechanism carried by the frame, means for operating the conveyor, said conveyor having a series of rods and suspending elements carried by said rods for holding suspended material to be heat treated; and a heating means movably supported in the housing to be located at any predetermined distance relative to said material, and wherein the housing has a floor, tracks on said floor, and said frame has feet for sliding along said tracks for moving said unitary structure to and from operative position in the housing, and wherein said operating means has a driving shaft supported in the housing, and said conveyor has a driven shaft supported in said frame, and a coupling means between said shafts located for meshin of the coupling means automatically when said unitary structure is moved into the housing and for automatically unmeshing the coupling when said unitary structure is moved from its operative position in the housing, wherein there is carried a receptacle in said frame beneath said conveyor mechanism for catching drippings from said material, and wherein said receptacle has a drain outlet, a container supported in the housing and located below said receptacle, and a' drain duct associated with said drain outlet to receive liquid therefrom and leading to said container, said drain outlet and the inlet end of said drain duct being together when said unitary structure is located in operative position in the housing and are separated when said unitary structure is moved from its operative position in the housing.

5. In a device of the character disclosed having a housing provided with supporting means therein, a unitary structure on said supporting means capable of being movably located within the housing on said supporting means or removed therefrom over said supportin means, comprising a frame supported in the housing on said supporting means, a conveyor mechanism carried by the frame, means for operating the conveyor, said conveyor having a series of rods and suspending elements carried by said rods for holding suspended material to be heat treated; and a heating means movably supported in the housing to be located at any predetermined distance relative to said material, and wherein the housing has a door which when open affords the moving of said unitary structure from Within the housing, and wherein the housing has a floor, tracks on said floor, and said frame has feet for sliding along said tracks for moving said unitary structure to and from operative position in the housing through said door, and wherein there is carried a receptacle in said frame beneath said conveyor mechanism for catching drippings from said material, and wherein said receptacle has a drain outlet, a container supported in the housing and located below said receptacle, and a drain duct associated with said drain outlet to receive liquid therefrom and leading to said container, said drain outlet and the inlet end of said drain duct being together when said unitary structure is located in operative position in the housing and are separated when said unitary structure is moved from its operative position in the housing.

6. In a device of the character disclosed having a housing provided with supporting means therein, a unitary structure on said supporting means capable of being movably located within the housing on said supporting means or removed therefrom over said supporting means,

comprising a frame supported in the housing on said supporting means, a conveyor mechanism carried by the frame, means for operating the conveyor, said conveyor having a series of rods and suspending elements carried by said rods for holding suspended material to be heat treated; and a heating means movably supported in the housing to be located at any predetermined distance relative to said material, and wherein the housing has a door which when open affords the moving of said unitary structure from within the housing, and wherein the housing has a floor, tracks on said floor, and said frame has feet for sliding along said tracks for moving said unitary structure to and from operative position in the housing through said door, and wherein said operating means has a driving shaft supported in the housing, and said conveyor has a driven shaft supported in said frame, and a coupling means between said shafts located for meshing of the coupling means automatically when said unitary structure is moved into the housing and for automatically unmeshing the coupling when said unitary structure is moved from its operative position in the housing, and wherein there is carried cated in operative position in the housing and are separated when said unitary structure is moved from its operative position in the housing.

WILLIAM G. ALEXANDER.

REFERENCES CITED The following references are of record in the file of this patent:

UNITED STATES PATENTS Number Name Date 1,312,833 Colias Aug. 12, 1919 1,476,215 Pace Dec. 4, 1923 1,638,452 Panajiotaros et a1. Aug. 9, 1927 1,713,303 Serrell May 14, 1929 1,732,010 Goodell Oct. 15, 1929 1,747,325 Schey Feb. 18, 1930 1,765,247 Seegmuller June 17, 1930 2,004,775 Wright June 11, 1935 2,025,898 Rhodes Dec. 31, 1935 2,101,967 Walterspiel Dec. 14, 1937 2,127,658 Walterspiel Aug. 23, 1938