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Publication numberUS767325 A
Publication typeGrant
Publication dateAug 9, 1904
Filing dateMar 26, 1903
Priority dateMar 26, 1903
Publication numberUS 767325 A, US 767325A, US-A-767325, US767325 A, US767325A
InventorsJoseph O Beazley
Original AssigneeJoseph O Beazley
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Liquid-cooler.
US 767325 A
Abstract  available in
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Claims  available in
Description  (OCR text may contain errors)

No. 767,325. v PATENTED AUG. 9, 1904. J. O. BEAZLEY. LIQUID COOLER.

APPLICATION FILED MAB. ze 190s No MODEL.

1 mento/L UNITED STATES Eatented August 9, 1904.

PATENT OFFICE.

LIQUID-COOLER.

SPECIFICATION forming part of Letters Patent No. 767,325, dated August 9, 1904.

Application filed March 26, 1903.

To {L7/Z whom, l? may concern.-

Be it known that I, JOSEPH O. BEAZLEY, a citizen of the United States of America, and a resident of the city of Baltimore, in the State of l\/Iaryland, have invented certain new and useful Improvements in Liquid-Coolers, of which the following is a specication.

My invention relates to certain improvements in that class of pressure liquid-coolers in which the ice used for the cooling is kept from direct contact with the liquid to be cooled, which is delivered from a source of supply to the cooler as the cooled liquid may be withdrawn therefrom.

As my improved cooler is specifically designed as a cooler for drinking-water, I will hereinafter for convenience refer to the liquid cooled as water-f7 My invention relates to means whereby the water to bc cooled is passed through a series of chambers for giving a preliminary cooling to the water by means of air cooled by the melting of ice and circulating around one of the chambers and for finally cooling the water by means of the water resulting from the melting of the ice, the water from the melting ice circulating around another of the chambers; and for this purpose it consists in the construction, arrangement, and combination of the several parts of which it is composed, as will be hereinafter more fully described and claimed.

Referring to the accompanying drawings, in which corresponding parts are designated by corresponding marks of reference, Figure l is a vertical central section of a cooler constructed in accordance with this invention. Fig. 2 is a horizontal section on line 2 2 of Fig. l. Fig. 3 shows how a series of {inalcooling chambers such as shown in Fig. l may be assembled.

In order to reduce radiation, I use a receptacle A, the walls of which may be lled with suitable non-conducting material, as is well known, and provided with a cover A, as is usual. I/Vithin the upper part of the receptacle is contained the preliminary-cooling coil B, having' a diameter somewhat less than the diameter of the central recess A of the vreceptacle. This coil may be considered as a preliminary annular cooling-chamber having a Serial No. 149,769. (No model.)

central recess B. For the purpose of holding the several convolutions of the coil B apart, so that spaces are formed through which the cooled air may circulate from the recess B' to the exterior of the coil, I weave a wire or wires b between the convolutions, thus forming a frame on which the coils are supported, the lower ends of the wires being twisted to form legs b', resting on the flat cooling-chamlher O. The upper end of the coil projects through the wall of the receptacle and is connected to the water-supply pipe of the building in which the cooler may be placed.

Within the lower part of the central recess A is contained the linal-cooling chamber C, consisting of a flat hollow disk, with the inte- Arior of which the lower end of the coil B is connected. A suitable faucet D is provided for drawing off the cooled water from the chamber C as desired, and the water so drawn will be replaced by water forced through un-- der pressure from the water-supply. The chamber O has but slight thickness from top to bottom and by preference is constructed of a single hollow casting c, having' side walls c and a top and a bottom c3 and c4, and has passing through the central cavity thereof from top to'bottom hollow nipples or tubes 02. The nipples, as they are hollow, provide an extensive cooling-surface for the water in the final-cooling chamber O, as will be hereinafter more fully described. Upon the bottom plate c* I cast a plurality of legs c5 ci for the purpose of affording a support for the chamber O and coil B. One of these legs c5 is by preference of such size as to permit it to be bored, as will be hereinafter more fully described. The interior of the chamber C is by preference enameled. The front wall of the casing c is tapped at c10 to receive the faucet D.

The receptacle A has upon its interior, near the top, hooks c, adapted to receive rings e upon a basket E, which is thereby supported within theinterior of the coil B and which is intended to receive ice. The basket is removed from the-cooler for filling and after {illing is returned to place, thus avoiding the liability of damage to the cooler by the dropping of the ice therein.

A Waste eduction-pipe F is led into the bot- IOO tom of the receptacle A and is connected to one arm, g, of the waste-pipe G, the connection being' controlled bya stop-cock ,f/. The eduction-pipe in addition to this connection with the water-pipe has an upwardly-extending member f, which discliai'ges at about the level of the top of the final-cooling' chamber C into a funnel 73, attached to the other ai'in, g2, of the waste-pipe.

In the use of my device the basket is filled with ice and, with the cover of the receptacle, is put in place. The air within the interioi' of the i'eceptacle is rapidly cooled by the melting of the ice and in tui'n cools the preliminary-cooling coil B and the water contained therein, The water formed by the melting of the ice itself falls upon the top of the final-cooling clianibei' C and passes through the pei'foi'ated nipples therein to the bottom of the receptacle, where, as the cock g is normally closed,it accumulates until it i'eaclies the level of the discharge end f of the eduction-pipe Il, which thus maintains the waterlevel at about the height of the top of the finalcooling' chamber. As this chamber is practically submerged in watei' foi'med by the melting of the ice, the watei' fi'om the coil flowing therethrough will be brought to a low temperature, and as this cold watei' is drawn off through the faucet I) it will be replaced by cooled water from the preliminarycooling coil B. I find this preliminary cooling' of the watei' by means of air cooled by the ice and the final cooling of the watei' byy means of the watei' resulting from the melting of the ice in cooling the air to be most economical, so that with a small amount of ice a large quantity of water may be cooled.

By placing the eduction-pipe F at the bottom of the receptacle and providing it with an upwardly-extending automatically -discharging member I withdi'aw water from the bottom of the receptacle, and this is of advantage, inasmuch as water has its greatest density slightly above the melting-point of ice, so that the water from the melted ice as it absorbs heat from the final-cooling chamber C and its contents sinks to the bottom of the receptacle to be automatically withdrawn and is replaced by colder water as the ice melts. Also by the connection of the eductioii-pipe with the waste-pipe I am enabled to empty the receptacle for cleaning purposes when desired.

In some cases it may be desirable, as wliei'e water is constantly consumed, to provide additional cooling-surface for the final-cooling' chamber, and this maybe provided for by using a number of the chambers hereinbefore described in series, and this I have represented in Fig. 3. In this iigure two of the chambei's C ai'e used, the one upon the other, each of the chambers being identical in construction with that hereinbefore described. The aperture 010 in the upper chamber is, however, in this case closed with a plug au, and the casing c5, forming one of thelegs of that chamber, is tapped to receive a. nipple H, connecting it with the lower chamber.

Having thus fully described my invention, what I claim as new, and desire to secure by Letters Patent of the United States, is

1. In a liquid-cooler, the combination with a final-cooling chamber consisting of a flat disk having' tubes passing therethrough from top to bottom thereof, of a coiled pipe mounted upon the iiat cooling-chamber and communieating' therewith, and woven with wire to maintain the several convolutions of its coils 'in position and apart from each other, a i'eceptacle inclosing the coil and fiat coolingchamber and having lugs upon the interior thereof, an ice-basket contained within the coil and supported upon the lugs, means for feeding' a liquid to the coil and means for withdrawing the liquid from the fiat coolingchamber, substantially as described.

2. In a liquid-cooler, the combination with an annular preliminary-cooling chamber having a central recess, of a series of final-cooling chambers, the said series of l[inal-cooling cliambei's consisting of a plurality of iattened hollow disks having' tubes extending' therethrough, the said disks being' piled one upon the other and provided with spacing-lugs and nipples for connecting the one with the other, the preliminary-cooling chamber resting upon the upper disk and being in connection with the interioi' thereof, a casing' inclosing the cooling-clianibers, and means for feeding a liquid to the pi'eliminai'y-cooling chamber and withdrawing the liquid from the lower of the final-cooling chambers, substantially as described. l

Signed by me at Washington, District of Columbia, this letth day of March, 1903.

JOSEPH O. BEAZLEY.

In presence ofvERNEST HOWARD HUNTER,

VERNON M. DoizsiiY.

IOO

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US4979647 *Sep 22, 1988Dec 25, 1990The Cornelius CompanyMethod and apparatus for cooling and dispensing beverage
Classifications
Cooperative ClassificationF25D31/002