US1275719A

US1275719A - Bubbler drinking-fountain.

Info

Publication number: US1275719A
Application number: US17247617A
Authority: US
Inventors: Charles T Miller
Original assignee: Individual
Current assignee: Individual
Priority date: 1917-06-02
Filing date: 1917-06-02
Publication date: 1918-08-13
Anticipated expiration: 1935-08-13

Description

(I. T. MILLER.

BUBBLER DRINKING FOUNTAIN.

APPLICATION mm JUNE 2. um.

1,275,? 1 9. i Patented Aug. 13, 1918.

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llNlTED STATES PATENT OFFTQE.

CHARLES T. MILLER, 0F MACON, GEORGIA.

BUBBLER DRINKING-FOUNTAIN.

tains,and particularly to fountains of the bubbler type.

One of the objectsof this invention is to provide a fountain which may be used in schools, and public places, in whicha plurality of bubbler jets are mounted upon a common supply pipe;

And a further object is to so construct these nozzles that the jet issuing therefrom will have more the form of the mouth than jets ordinarily issuing from these bubbler fountains.

A further object is to provide a fountain of this kind in which the supply valve is held closed, or nearly closed when the fountain is out of operation.

And still a further object in this connec tion is to provide means for regulating the amount of closing movement of the valve, so that a small amount of water maybe allowed to issue from the bubbler nozzle when the valve is in its almost closed position, and provide means for regulating the opening movement of the valve so as to prevent too great a discharge of water from the bubbler nozzles.

Still another object is to provide means for preventing trash from passing down into the discharge pipe and thus obstruct the outflow of water and also to prevent trash from being disposed so as to impede the flow from the bubbler nozzles.

Other objects have to do with the details of construction and arrangement of parts as will hereafter more fully appear.

My invention is illustrated in the accompanying drawings, wherein Figure 1 is a longitudinal sectional View of a drinking fountain constructed in accordance with my invention;

Fig. 2 is a top plan view of theconstruction illustrated, in Fig. 1, the parts being broken away;

Fig. 3 is a side elevation of one ofthebub bler nozzles, the allied portions of the fountain structure being in section;

Specification of Letters Patent.

Patented Aug. 13, 191.8.

Application filerl J'une 2, 1917. Serial No. 172,476.

Fig. 4. is a vertical sectional view on the line 44 of Fig. 3;

Fig. 5 is a vertical sectional view of a modified form of fountain wherein only one bubbler-nozzle is used; and

Fig. 6 is a top plan view of the construction illustrated in Fig. 5.

Referring to these drawings, and particularly to Figs. 1 and 2, 10 designates a rela tively large vertically disposed pipe, which at its upper end carries the lower bowl shape section 11 of a housing for the several bubbler jets. Extending up through the center of the pipe 10* is a relatively smallsupply pipe 12, which is rotatably mounted in any suitable manner in a bearing 13 at its lower end, this supply pipe at its lower end carrying a valveld, operating within a valve casing 15, which forms partor is joined to the lower end of the pipe section 10. This valve 14 has a central vertically extending passage alining with the pipe 12 and a laterally extending port 16 and also a discharge port 17,disposed preferably at right angles to the port 16 and discharging into a waste pipe 18. The port 16 is, of course, connected to a supply pipe. The upper end of the pipe 12 is rotatably mounted in a metallic cap 19, which is preferably concavo convex and extends downward and then is extended radially in the form of radially disposed bars 20. The outer ends of these bars are curved upward and over the curved rim 21 of the basin shaped section or bowl 1.1 and are provided with bolts22 passing through slots 23 formed in thisrim 21. The purpose of these slots will be later stated.

Attached to the pipe 12, at its upper end, and extending radially therefrom, are a plurality of discharge pipes 24, these pipes being upwardly turned at their extremities andformed with bubbler nozzles 25. These upwardly turned extremities of the pipes 24; extend upward through the space between the arms or bars 20. Mounted upon the pipes 24 and rotating therewith is a perforated screen 26, which at its outer edge is bent upward and outward so as to conform approximately to the shape of the rim21 and the inner marginof this disk is turned upward as at 27 within the shield 19 and to ill be obvious that a rotation of the I provide the springs 28, these springs being attached to the pipes 24 in any suitable manher and being attached at their other ends to the arms or bars 20 in any suitable manner. I do not wish to be limited to this particular arrangement of springs, as others may be used for the purpose, but I have found this arrangement particularly effective and simple. The springs are concealed beneath the strainer plate 26 and, therefore, cannot be tampered with. The pipe 10, just above the bearing 13, is connected by a port 29 to a drain pipe 30, the port 29 constitut ing a drainage opening.

In Fig. 5 I show another form of my device which embodies the same principles as those illustrated in Figs. 1 and 2 and in this figure, 31 designates the outer discharge pipe having a drainage opening 32 and formed at its upper'end with a flange 33 and a laterally disposed lip 34. A cap 35 is attached to this flange 33 and forms a bearing for the upper end of the supply pipe 36, the lower end of which is provided'with the same valve structure as that illustrated in Fig. 1. This cap 35 is provided for a portion of its circumference with a slot 37, defined. by the two shoulders 38. The supply pipe'36 at its upper end is laterally bent and then upwardly extended as at 39 and provided with the bubbler nozzle 40. A spring 41-acts to shift the supply pipe 36 to a position to nearly cut off the flow of water to the supply ipe, but it is obvious that the supply pipe may be shifted by taking hold of the branch 39 and shifting it to a position to permit the discharge of water from the nozzle. The degree of discharge from the bubbler nozzle and the degree of cut off may be regulated by shifting the cap 35 around upon the flange 33, the cap 35 being provided with a plurality of recesses 42 on its ment of the bubbler. A hook 44 may margin through which'the bolts 43 may be disposed and thus the adjustment of this cap will limit the extent of opening of the bubbler and the extent of the closing movebe provided to hold the bubbler in its fully open position. to

The use of the construction illustrated in Figs. 5 and 6 will be obvious, but in the use of the'device shown in Figs. 1 and 2, the pipe 12 'is rotated to its relatively fully opened position by means of handles 45, which may conveniently be attached to the perforated plate 26, these handles extending out over the rim of the basin 11. By reference to- Fig. 3 it will be seen that I have provided a particular form of nozzle. The upper end of each pipe 24 is upwardly flared and made slightly bulbous, as at 16 and formed with a longitudinally extended slit 47, which causes the water ejected from the nozzle to take the form of a relatively elongated sheet instead of a rounded bubble. Thus this form of jet is more convenient for drinking purposes, as the person drinking does not have to cause his mouth to conform to the shape of the bubble.

WVhile I have illustrated four arms 20, I wish it understood that more arms may be used and that I have only illustrated four arms so as to prevent the drawing from being obscured. By using more arms 20, it is obvious that a less amount of rotation will have to be given to the pipe 12 in order to open or close the valve 1 1. Of course, under these circumstances, the angular relation of the

orts

16 and 17 will be changed to correspond;

Having thus described my invention, what I claim is 1-- 1. A drinking fountain comprising a waste pipe forming a standard, a bowl supportedupon the upper end of the waste pipe and draining thereinto, a supply pipe extending upward centrally through the waste pipe and rotatably mounted therein and having a discharge nozzle, a rotatable valve carried by and rotatable with the supply pipe and disposed at the lower end of the waste pipe and having a vertical bore discharging into the supply pipe, and a transverse bore coacting with a receiving opening in the lower end of the discharge pipe whereby when the supply pipe is rotated in one direction, water will be admitted thereto and when rotated in the opposite direction, water will be cut off, and a drain pipe extending from the waste pipe just above said valve, the valve fitting the lower end of the waste pipe.

2. A drinking fountain comprising a waste pipe forming a standard, a bowl supported upon the upper end of the waste pipe, a supply pipe extending upward through the waste pipe and rotatably mounted therein and having a radially disposed nozzle with an upwardly extending extremity disposed within the limits of said bowl, a valve carried upon and rotatable with the supply pipe and when the supply pipe is rotated in one direction admitting water thereto, and when rotated in the opposite direction cutting off the supply of water thereto, a spring urging the supply pipe toward a position to cut oil the water, and means for adj ustably limiting the range of movement of the supply pipe to thereby limit the amount of water discharged from the supply pipe when it is fullyopenedand' limit the closing movement oi the Valve.-

3. A drinking fountain including awaste pipe, abowl supportedupon the upper end through, said supply pipe at itsupper end within the bowl having a radially extending,

branch with an upwardly extendingnozzle,

a spring urging the supply pipe in a direc tion to close said valve and cut oft the supply a of water, and a cap detachably engaged with the bowl extending over the central portion of the bowl and i'orming a bearing for the upper end 01 the supply pipe. i a

i, A dri kihg fountain including a waste pipe, a bowl supported upon the upper end of the waste pipe, a supply pipe extending centrally through the waste pipe and rotatable therein, a valve carried by the supply pipe and controlling the flow of water therethrough, said supply pipe at its upper end within the bowl having a radially extending branch with an upwardly extending nozzle, a spring urging the supply pipein a direction to close, said valve and cut off the supply of water, and a cap detachably engaged with the bowl extending over the central portion of the bowl and forming a bearing for the upper end of the supply pipe, said cap being formed to limit the range of movement of the supply pipe and the degree of opening and closing of the valve.

5. A drinking fountain mcludingawaste pipe, a bowl supported upon the upper end of the waste pipe, a supply pipe extending centrally through the waste pipe and rotatable therein, a valve carried by the supply pipe and controlling the flow of water therethrough, said supply pipe at its upper end within the bowl having a radially extending branch with anupwardly extending nozzle,

a spring urging the supply pipe in a direc tion to close said valve and cut ofi' the sup ply of water, and a ca detachably engaged with the bowl exten ing over the central portion of the bowl and forming a bearing for the upper end of the supply pipe, said cap being adjustable rotatably upon the bowl and being formed to provide stops limiting the opening and closing movements of the supply pipe and its valve.

6. A drinking fountain including a relatively large waste pipe, a relatively small supply pipe extending therethrough and ro-f tatable therein, the supply, pipebeing provided with avalve controlling the admission of water to the supply pipe, the supply pipe at its upper end having a lateralextension, and a cap operatively supported upon the upper end of the waste pipe forming an upper bearing for the supply pipe and formed to limit the degree of rotation of the supply pipe, and a spring'normally urging the sup: ply pipe to a position where said valve is closed. i 31w 7 A drinking fountain including a waste pipe, a bowl supported uponlthe upper :end of the waste pipe and having an upwardly turned marginal flange, a. supply pipe =extending upward throughthe waste pipe and having radially extending branches each branch being formed with an upwardly extending nozzle, 'a perforated strainer plate mounted upon said branches and extending outward to the margin of the bowl, the

strainerplate being annular in form and having an upwardly turned inner margin,

and acap mountedupon the upper end of the supply pipe and extending downward over the upwardly turned inner margin of a the strainer plate, the margin of the cap .being operatively connected to the margin of the bowl.

8. A drinking fountain including an upwardly extending waste pipe, a bowl carried on its-upper end and having an upwardly extending margin and discharging into the waste pipe, a centrally disposed supply pipe rotatably mounted within the waste pipe and carrying a valve controlling the supply of water to the supply pipe, the upper end of the supply pipe having radiating branches, each formed with an upwardly extending nozzle, an annular strainer plate mounted upon said branches having its outer margin disposed a adjacent the upwardly turned margin of the bowl and its inner, margin extendingupward concentrically to the supply pipe, a cap extending over the upwardly turned inner margin of the extendingmargin and discharging into the waste pipe, a centrally disposed supply pipe lie rotatably mounted within the waste pipe.

and carrying a valvecontrolling thesupply of w'aterflto the supply pipe, the upper end of the supply pipe having radiating branches, each formed with an upwardly extending nozzle, an annular strainer plate mounted upon said branches having its outer margindisposed adjacent the up wardly turned margin ofthebowl and its inner margin extending upward concentricallyyto the 1 supply P1136, a cap extending over; the upwardly turned inner margin of the strainer plate and forming a bearing col pler a'i'this nfintiniy 15 u tamed to for the-upper end of the supply pipe, radiatingarms carried by said cap, the ends of said arms being attached to the margin of the bowl, and springs urging-the supply pipe-in a: direction toelosesaid valve, said radiating arms of the cap forming stops limiting the movement of thesupply pipe and its branelies said radiating arms being adjustably connected to the margin of the- CHARLES T. MILLER.

Witnesses:

FREDERIG B. WRIGHT, M. R. WILSON.

1' .-flv e cents each, by addressing the "Commissioner of Paton.

. Washington, D. G.