US935265A

US935265A - Jacketed milk-can.

Info

Publication number: US935265A
Application number: US45192308A
Authority: US
Inventors: Peter Larsen
Original assignee: F S OAKES AND S F BURGER
Current assignee: F S OAKES AND S F BURGER
Priority date: 1908-09-08
Filing date: 1908-09-08
Publication date: 1909-09-28
Anticipated expiration: 1926-09-28

Description

Patented Sept. 28,1909.

. INVENTOR:

P. LARSEN.

JAGKETED MILK CAN. APPLICATION FILED SEPTLQ, 1908.

WITNES UNITED STATES PATENT OFFICE.

PETER LARSEN, or CATTABAUGUS, new YORK, ASSIGNOR TO 1?. s. OAKES AND s. F. B R R, F G T ABA U: new 2 3K A IRM,-

JACKETED IL -can.

Specification of;1', ette1js Patent.

Patented Sept. 28, 1909.

Application fi1efl September .8, 1908. ,Serial No. 451,923.

\raugus, in the county of Cattaraugus and State of New York, have invented or discovered certain new and useful Improvements in Jacketed Milk-Cans, of which the following is a specification, reference being had therein to the accompanying drawings.

This invention relates to cans for use in the transportation of milk, creamer other liquids, and has for its object to provide a jacketed can suitable for suchu'seand which will be inexpensivetomake, which will be of such construction that it will not be liable to be dented or otherwise injured by the rough handling to which such cans are'liable to be subjected, and which will also beof such construction that the contents of the can. will be properly protected from the effects of heat or cold.

In the accompanying drawings Figurel is a vertical section of the improved can. Fig. 2 is a-detail section of thebot-tom hoop of the can.

Referring to the drawings, 12 denotes the can proper orbody of thejacketed can, and a which is of thin sheetmetal, preferably ordinary tin plate. To the top portion of the body of the can 12 is secured, by solder or otherwise, an upper strengthening and spacing hoop 13 which will preferably (although not necessarily) be of half-round iron. Fitting over the spacing hoop 13 is;

an annular sheet metal jacket 14 which will preferably be of galvanized iron, for cheapness and strength, the said jacket beingpreferably provided at its top with-an inturned lip 15 fitting over the hoop 13, and the said jacket resting at its bottom on an annular shoulder or ledge of a lower hoop 17. This construction permits the outer-face of the non-conducting material, and outside of which is a non-conducting lining or layer 19 of wood veneer preferably of about oneeighth of an inch in thickness, and which, being preferably in direct contact with the sheet metal jacket 14 will serve as a brace or support for said jacket to prevent denting of the same by rough handling. In other word-s,-th1s wood lining serves not only as a non-conductor of heat or cold'but also acts as a sort of a resilient truss to brace the jacket :15, and even 1f sa1d jacket should be slightly dented this resisting lining will serve as a'buffer so as to fully protect the can proper 12 frombeing dented. This is important for the reason that the original smooth inner su-rfaceof the can proper is' thus preserved, so that it will be easy to keep clean and germ-free, so that impurities cannotlodge therein,-as w1ll readlly be un derstood. The layer or lining of wood is preferably so disposed that the grain of the 'wood will run vertically, and the said wood layer or'l'ining may consist of one or more sheets; or, for the sake of economy, may consist of relatively narrow strips placed to gether in a. circle, like the staves of a' barrel, and held in place by the acket 14 which will be drawn -'ov.er,the same after the paper lining layers have'been applied.

' The bottom of the can preferably comprises an inner metal disk 20 of tin plate and having an annular up-turned flange 21 which is soldered to the outside of the can-body 12; said bottom also comprising an outer jacketdisk 22, preferably of galvanized iron, and between which jacket-disk and the disk 20 are preferably interposed inner disks or "layers;23 of lieavy soft paper and a lower or la'r shoulder or ledge 16 of the lower metal hoop 17 and is preferably secured to said hoop by rivets'26 passing also through the bottom edge part of the jacket 14, so as strongly to attach said jacket, jacket-disk and lower hoop together. The

bottom disks

20 and 22 are preferably formed concave on their upper sides, as shown.

From the foregoing it will be understood that the invention provides a jacketed can which may be of such construction that the contents of the can will be protected from the effects of heat and cold, and which will be so strong that it will not be likely to be injured by rough handling. If it be desired to further protect the contents of the can from the effects of heat and cold a jacketed cover fitting over the entire can may be proshown).

While it is preferred to use the inner lining of paper in the space between the body portion of the can and the jacket, for the purpose of securing a better non-conducting effect, this inner lining may, if desired, be

dispensed with, and the entire space between the body of the can and the jacket 7 maybe filled with a bracing and non-conducting wood lining.

Having 7 thus described my invention 1 claim and desire to secure by Letters Patent:

1. A jacketed can comprising an inner sheet-metal body portion, a sheet metal jacket encircling said body portion and spaced apart therefrom, and a bracing lining of wood interposed between said body portion and acket and in contact with the latter.

2. A jacketed can comprising an inner sheet-metal body portion, a sheet metal acket encircling said body portion and spaced apart therefrom, an inner non-conducting lining or layer of paper in the spacebetween said body portion and jacket, and an outer non-conducting lining or layer of wood also in said space and contiguous to said jacket and serving to brace and stiffen the latter.

3. A jacketed can comprising an inner sheet-metal body portion, a sheet metal jacket encircling said body portion, upper and lower metallic hoopsserving to space the said jacket from said body portion, and a layer orlining of wood interposed between said body portion and said jacket and in contact with the latter and serving to brace or stiffen said jacket.

A. A jacketed can comprising an inner sheet-metal bodyportion, a sheet metal jacket encircling said body portion, upper and lower metallic hoops between said body portion and said jacket and serving to space the latter from said body portion, said upper hoop being half-round in cross-section and said lower hoop having an annular supporting shoulder or ledge on which said jacket rests, and a layer or lining of wood interposed between said body portion and said jacket and in contact with and serving to brace or stiffen the latter.

5. A jacketed can comprising an inner sheet-metal body portion, a sheet metal jacket encircling said body portion, upper and lower metallic hoops serving to space said jacket from said body portion, an inner nonconducting lining of paper in the space between said body portion and said jacket, and an outer layer or lining of wood in said space and in contact with said jacket and serving to brace or stiffen the latter.

6. A jacketed can comprising an inner sheet-metal body portion, a sheet metal jacket encircling said body portion, upper and lower metallic hoops serving to space said jacket from said body portion, said upper hoop being half-round in cross section and said lower hoop having an annular supporting shoulder or ledge which supports said jacket the outer face of which is fiush with said lower hoop, an inner non-conducting lining of paper in the space between said' body portlon and sa1d acket, and an outerlayer or lining of wood in said space and in contact with said acket and serving to brace or stiffen the latter.

7. A jacketed can comprising, an inner sheet-metal body portion, a sheet metal jacket encircling said body portion and spaced apart therefrom, an inner lining or layer of non-conducting material in the space between said body portion and jacket, and an outer non-conducting lining or layer of wood also in said space and in contact with said jacket and serving to brace and stiffen the latter.

8. A jacketed can comprising an inner sheet-metal body portion, a sheet metal jacket encircling said body portion and spaced apart therefrom, an inner lining or layer of relatively soft non-conducting material in the space between said body portion and jacket, and an outer non-conducting lining or layer of wood in said space and in contact with said jacket and serving to brace and stiffen the latter, said wood lining consisting of veneer arranged so that the grain of the wood runs vertically or up and down on the can.

In testimony whereof I aflix my signature, in presence of two witnesses.

PETER LARSEN.

WVitnesses C. B. CUNNINGHAM.

A. BURGER.