US2116795A

US2116795A - Double walled barrel

Info

Publication number: US2116795A
Application number: US125059A
Authority: US
Inventors: Edward F Lee
Original assignee: Individual
Current assignee: Individual
Priority date: 1937-02-10
Filing date: 1937-02-10
Publication date: 1938-05-10
Anticipated expiration: 1955-05-10

Description

May 10, 1938. E. F. LEE

DOUBLED WALLED BARRELS Filed Feb. 10, 1957 2 Sheets-Sheet l INVENTOR.

1 4 m; TZee 27 5 BY a ATTORNEY.

May 10, 1938. 5 LEE 2,116,795

DOUBLED WALLED BARRELS Filed Feb. 10, 1957 2 Sheets-Sheet 2 INVENTOR. tam Md 7746? Patented May 10, 1938 UNITED STATES PATENT OFFICE 10 Claims.

10 the beer drawn from them and dispensed to customers.

It is an object of this invention to provide a double-walled barrel wherein an inlet and an outlet connection are provided in the outer wall of the barrel head in which the tap bush occurs. Thus I aim to provide a barrel having connections to which inlet and outlet pipes of a water cooling and circulating system may be readily attached, and wherein the barrel connecg tions are so arranged that there is very little "possibility of any water which remains between the walls of the barrel being spilt when the connections are disconnected for removal of the barrel.

2;} Another object of the invention is to provide a double-Walled barrel having inlet and outlet connections provided in the outer wall of one head, and a pipe extending from the inlet connection to substantially the opposite extremity of the barrel, so that the water introduced through the inlet circulates between the barrel walls throughout substantially the entire length of the barrel before returning to the outlet.

A further object of the invention is to provide in transit.

Having thus briefly and broadly stated some Figure 4 is a section on the line 4-4 of Figure 3.

Figure 5 is an enlarged plan view of the inlet connection and the closure therefor.

Figures 6 and '7 are sections on the lines 6-B 5 and |'I respectively of Figure 5.

Figure 8 is an enlarged plan view of the outlet connection and the closure therefor, and

Figure 9 is a section on the line 9-9 of Figure 8. 10

Referring now to Figures 1, 2, and 5 to 9 of the drawings; the outer shell of the barrel consists of two halves 2 and 2a the adjacent annular margins of which terminate contiguous to one another and are welded around the periphery of the inner shell 3 substantially centrally of its length, thereby holding the outer and inner shell portions spaced from one another and in contact only around the central portion of the barrel. Consequently an annular upper and lower chamber 4 and 5 respectively are formed between the shells separated by the circular welded joint 6.

Formed around the outer shell portions 2 and 2a equidistant from the joint 6 are outwardly di rected corrugations I and 1a. Extending between the outer portions of these corrugations and secured thereto around a portion of the circumference of the barrel is a bung plate 8 which is outwardly spaced from the joint 6. The sides 8a of the plate 8 are inwardly flexed and are secured to the outer face of the outer shell portions 2 and 2a and to the joint 6, thereby enclosing an intermediate compartment 9. Formed centrally in the plate 8 and extending through the joint 6 is a conventional bung collar l0; and on each side of the latter beneath the plate 8 the inwardly inclined portions 2b and 2c of the outer shell adjacent the joint 6 are apertured.

A tap bush [2 is provided through both the inner and outer shells of the head l4, and mounted in the outer shell of the same head are inlet and outlet fittings I5 and I6 to receive pipes l1 and I8 respectively of a water circulating system.

In the present instance the inlet fitting I5 is provided at its inner extremity with an angle connection I5a to which a pipe I!) is secured. The latter extends through the upper chamber 4, through the apertures formed through the inwardly inclined portions 2b and 2c of the outer 50 shell, through the intermediate compartment 9,

and terminates towards the bottom of the lower chamber 5. The outlet fitting I6 merely extends through the outer shell of the head [4. Consequently cold water delivered through the pipes I1 I and I9 and the fitting I5 is ejected in the lower chamber 5 near the bottom thereof, and rises therein, through the intermediate chamber 9 and upper chamber 4, and is discharged through the fitting I6 and pipe I8.

It will be noted that the outer extremities of the fittings I 5 and I6 terminate within the chime and only slightly above the head l4, though in Figures 5 to 9 the distance theyproject above the head is exaggerated to more clearly show the preferred forms of closures with which they are equipped.

Secured upon the head I4 is a bracket 20 carrying a hinge pin M on which a closure 22 is pivoted. Around the pin ill a helical spring 23 is provided which tends to retain the closure in shut position, though obviously it may be opened sufficiently for the pipe H to be connected to the fitting l5.

Adjacent the outlet fitting a bracket 24 is mounted upon the head I4 to carry a pin 25 on which a closure 26 is pivoted to cover the mouth of the fitting I6. 2'! denotes a spring by which the closure 26 is held against accidental movement when in closed position.

In the construction shown in Figures 3 and 4, the arrangement is the same as that shown in Figures 1 and 2 except that the outer shell 32 consists of two end portions 32a and an intermediate portion 32b. The latter is provided at both extremities with inturned annular flanges 32c which are suitably secured around the periphery of the inner shell 33. The adjacent ex tremities of the end portions 32a of the outer shell extend annularly over the intermediate outer shell portion 32b to which they are usually welded.

The head 34 in which the tap bush I2 is provided also carries inlet and outlet fittings I5 and I6. From the fitting l 5 the pipe I9 extends downward between the shells 32 and 33, through perforations 32d through the flanges 32c, and terminates towards the lower end of the barrel between the inner and outer shells. Water discharged from the pipe l9 passes upwardly again between the shells, through the flange perforations 32d to the outlet fitting l6.

While in the foregoing the preferred embodiments of the invention have been described and shown, it is understood that further alterations and modifications may be made thereto provided the said alterations and modifications fall within the scope of the appended claims.

What I claim as my invention and desire to secure by Letters Patent is:

1. A double-walled barrel having inner and outer shell portions spaced from one another throughout the greater portion of the barrel, and spaced head portions one within the other, an inlet and an outlet fitting extending through the outer shell of one head, and a pipe extending from the inner extremity of the inlet fitting and terminating adjacent the opposite extremity of the barrel through which a cooling medium is adapted to be circulated from the inlet fitting, through the space between the outer and inner shells and back to and through the outlet fitting.

2. A double-walled barrel comprising the combination set forth in claim 1, wherein the outer extremities of the inlet and outlet fittings terminate within the barrel chime adjacent the outer face of the head, closures for the said fittings, and spring means tending to hold said closures in closed position.

3. A double-walled barrel having inner and outer shells spaced from one ano her thr u u the greater portion of the barrel, at least one annular connection between said shells provided intermediately of the length of the barrel dividing the space enclosed between the shells into separate chambers, means connecting said chambers, an inlet and an outlet fitting extending through the outer shell of one head, and a pipe mounted on the inlet fitting, extending between the shells through the means connecting the chambers and terminating adjacent the opposite extremity of the barrel through which a cooling medium is adapted to be circulated from the inlet fitting. through the chambers between the shells and the means connecting said chambers, and back to and through the outlet fitting.

4. A double-walled barrel comprising two outer shell portions and an inner shell portion, the adjacent margins of the outer shell portions being substantially contiguous and annularly secured around the inner shell portion substantially centrally of its length thereby forming a joint, outwardly disposed corrugations formed around the outer shell portions, a bung plate extending between said corrugations and spaced from the outer shell portion beneath it and said joint, said plate having its lateral margins inwardly flexed and secured to the outer shell portions and said joint thereby enclosing a compartment beneath said plate, the outer shell portions beneath the plate being apertured to afiord passage from said compartment to the chambers enclosed between the inner and outer shells towards and around the barrel ends, an inlet fitting mounted in the outer shell of one head of the barrel, a pipe ex-' tending from said fitting passing through the plate apertures and through the compartment and terminating adjacent the opposite end of the barrel, and an outlet fitting in the outer shell of the head in which .the inlet fitting is mounted.

5. A double-walled barrel comprising an inner shell, an intermediate outer shell portion spaced around the central part of the latter and having inturned flanges at its extremities secured around said inner shell, two end outer shell portions spaced from the inner shell and having their adjacent annular margins mounted upon the intermediate outer shell portion adjacent its flanges, whereby the space between the shells is divided into three chambers, said flanges being apertured to provide passage from one chamber to the next,

- an inlet fitting mounted in the outer shell of one head of the barrel, a pipe extending from said fitting through the apertures in the flanges and terminating adjacent the opposite extremity of the barrel, and an outlet fitting mounted in the outer shell of the head in which the inlet fitting occurs.

6. A combination shipping and dispensing container comprising a closed inner shell adapted to contain a beverage, a closed outer shell surrounding the latter whereby an enclosed chamber is defined between the shells, means. holding the shells in spaced relation, means providing direct access into the inner shell, said outer shell having an inlet opening and an outlet opening into said chamber, and a pipe in the chamber through which a cooling liquid is adapted to flow, said conduit pipe extending from one of the openings and terminating in an open end adjacent the bottom of the container, said liquid being adapted to en ter through the inlet opening, circulate betvs/een the walls in heat transfer relation with the contents of the inner shell and to pass out of the outlet opening.

7. A combination shipping and. dispensing container comprising a closed inner shell adapted to contain a beverage, a closed outer shell surrounding the latter and spaced from the underside of the inner shell whereby an enclosed chamber is defined around and beneath the inner shell, means holding the shells in spaced relation, means providing direct access into the inner shell, said outer shell having an inlet opening and an outlet opening into said chamber, and a pipe in the chamber through which a cooling liquid is adapted to flow, said conduit pipe extending from one of the openings and terminating in an open end adjacent the bottom of the container, said liquid being adapted to enter through the inlet opening, circulate between the shells in heat transfer relation with the contents of the inner shell and to pass out of the outlet opening.

8. A combination shipping and dispensing container comprising a. closed inner shell adapted to contain a beverage, a closed outer shell completely surrounding the inner shell whereby an enclosed chamber is defined within the outer shell and around the entire inner shell, means holding the shells in spaced relation, means providing direct access into the inner shell, said outer shell having an inlet and an outlet opening into the chamber, and a pipe in said chamber extending from the inlet through which a cooling, fluid is adapted to be introduced, said pipe terminating said chamber in heat transfer relation with the contents of the inner shell and to pass through the outlet.

9. A combination shipping and dispensing container comprising a closed inner shell adapted to contain a beverage, a closed outer shell completely surrounding the latter whereby an enclosed chamber is defined around the entire inner shell, an outlet fitting mounted in the top of the inner and outer shells and opening into the inner shell, means holding the shells in spaced relation, the

- top of the outer shell having an inlet opening and an outlet opening into the chamber, a pipe in the chamber through which a cooling liquid is adapted to flow, said conduit pipe extending from one of the openings and terminating in an open end adjacent the bottom of the container, said liquid being adapted to enter through the inlet opening, circulate between the shells in heat transfer relation with the contents of the inner shell and to pass out of the outlet opening, and a hung collar extending through both shells and opening into the inner shell.

10. In a combination shipping and dispensing container comprising the combination set forth in claim 9, wherein the means holding the shells in spaced relation consists of inturned flanges on the outer shell through which apertures are formed for passage of the pipe and the cooling fluid.

EDWARD F. LEE.