US1314489A

US1314489A - Tiiorne

Info

Publication number: US1314489A
Authority: US
Publication date: 1919-08-26
Anticipated expiration: 1936-08-26

Description

F. H'. SILVERTHORNE.

INK BOTTLE STOPPER. APPLICATION FILED FEB. 9. 191s.

1 ,3 14,489, Patentd Aug. 26, .1919.

,4 TTOH/VEYS WITNESS UNITED sTATEs PATENT oEEioE.

FRANK H. SILVERTHORNE, OF NEW YORK, N. Y.

INK-BOTTLE STOPPER.

Specification of Letters Patent.

Patented Aug. 26, 1919.

Application filed February 9. 1918. Serial No. 216,154.

`ments in Ink-Bottle Stoppers, of which the following is ,a specification.

My invention relates to a valvular pourout bottle closure of the type which serves not only as a means for sealing the bottle when not in use, but also serves to constitute a means for delivering a stream of liquid from the bottle while permitting a' free flow of air into the bottle to take the place of the displaced liquid. The invention in the form selected for illustration relates to such a. pour-out closure for use particularly on ink bottles and other receptacles in which it is desired to shut ofl` the air inlet when not in pouring position and which can be readily manipulated to move the saine into position to insure the quiet flow of a small stream therefrom.

In such devices'it is essential. for reasons of economy, that such.closures be designed so that they may be constructed by simple molding operations in large quantities with a minimum amount of labor and material and so that they may be assembled with the least expenditure of manual labor.

Accordingly one object of the invention is to provide a construction peculiarly sus- Iceptible to have its parts constructed of molded material and designed so that the manufacturingsteps may be simple straightline die operations.

It. is also necessary that the parts be constructed in/such a way that there will be a hern'ietically sealed closure when the movable valveelement of the device is in closed vposition and which, at the same time, will permit a free and easy operated actuation of the movable valve element. 0 It is ,quite usual where a number of ink wells are filled each morning for the operaceiving receptacle thereby to minimize spilling which is usual with the old curved Y stream pour outs when they are carelessly tipped into pouring position over the receiving i'eceptacle.

A further object of thc invention is to provide a simple form of construction designedv .so that when the bottle is reverted into ilpriglit positionthe stream will be promptly, positively and sharply cut ofi' and which will automatically slick back into the bottle any drip from the cut off stream.

Various other objects and advantages of the invention will be in part obvious from an inspection of the accompanyingI drawings and in part will be more fully set fortlrin the following particular description vot one form of mechanism embodying my inventioii, and the invention also consists in ce1'- tain new and novel features of construction and combination of parts hereinafter set forth and claimed;

I iil the accompanying drawings Figure 1 is a lvertical sectional view taken axially through a preferred embodiment of my invention shown attached to the upper Fig. 3 is a plan view looking down upon' the device shown in Fig. 1;

Figs. 4 and 5 are respectively a vertical sectional view and a plan view ofthe linderside ofthe retaining ring shown in Fig. 1 :l

Figs. 6 and 7 are respectively a vertical sectional view and a plan view of the nozzle seat: and,

Fig. 8 is a front view of the nozzle shown in Fig. 1 and detached from its cordinated parts.

The closure constituting the subject-inatter of this invention is designed as an article of manufacture for attachment to any kind of a bottle or other receptacle of suitable size. and is arranged 'to be placed on top of the bottle and fastened thereto by any conventional ferrule fastening device. The upper portion of such a bottle is shown at 10 in Fig. 1, positioned on top of which a cork ring washer 11' constituting a cushioning device between the attachment and the bottle to prevent breakage when the paits are assembled in a capping machine. The washer fis designed to be placed under sutlicient pressure to form a tight seal between the attachment and the bottle. A flat relatively bottle. For instance, when the device is used as' an ink bottle the air, passageway is coated with a thin! coating of grease.

The device as thus described Aconstitutes a single unit usually Asold with a rmetal ferrulel 46 b can be a Xed .to the bottlel as is usual with such devices. In assembling the parts,. the nozzle with the asket forced 'into position on the lugs 25 9.11526 is dropped through the yretaining ring u'ntil the shoulder 30 entional engagement of the arts can be relied upon to temporarily holl the parts in position suitable for packin and shipping. The device is afiixed to the lottle by any of the suitable capping machines but in assembling these devices extreme care need not be exercised, for any excessive pressure on the retaining ring will merely act to compress the' cork washer and will have no binding effect on the gasket after it has been compressed to its desired prefixed thickness.

With the nozzle rotated into its closed position, that is, with the passageways` in the nozzle disalined from the openings through the nozzle seat, the bottle will be effectively sealed and no liquid can pass. therefrom or air pass into the receptacle thus closed.

In operat-ion, the operator engages the finger piece b v rotating the nozzle from the indicated closed to the indicated open position,.the passageways are moved into alinement with the openings in the nozzle seat and the bottle can then be tipped into pouring position. Instead of gradually and cautiously tipping the bottle, it can' be quickly turned fully into a horizontal position without fear of misdirecting the direction of flow of the stream for it will then be straight down from-itl'ie pouring mouth. The liquid will pass without obstruction 'directly through the liquid conduit and will issue from the discharge portion thereof in the form of an easily moving pencil of liquid which will fall vertically and without the outward curve characterizing similar` pouring devices now known. During this fiow air can freely enter the air conducting passageway and will pass into the bottle scouring the passageway or the opening of any particle of liquid or other obstacle which may have collected in the air conduit.

As the bottle is moved back into its vertical position, the sharp pouring lip will promptly and positively cut ofil the stream without any resulting drip to trickle down the front of the bottle. The movement of the liquid remaining in the long liquid remeans of which the attachment' ceiving passageway, appears to exert a suction effect `upon therelatively small body of liquid in the discharge passageway, drawing n the saine back from the pouringlip and re-` turning 'the surplus li uid fback v'into the bottle'. The nozzle can t en be rotated into closed position and the closurey will' then; be

free of'any liquid adhering\'to the "rim,

-Coatlng theair inlet passageway with -a substance which has little adherence. to the liquid will prevent 'the'.liquid adhering to the n'iaterial of which'the closure maybe constructed, thus eliminating those obstruc- `tions at this place which are apt toV charac-4 terize devices where the air inlets arevof relatively small cross-section.'-

, The nozzle, its seatvand the retaining ring are made of a hard rubber composition which can be readily molded to shape'and which, whenl finished, will` insure a close 'ation may be made `by those skilled in the art without departing from the spirit of the invention.

i Having thus described `my invention, I claim:

I1. A closure for a" bottle including a re- -taining ring provided with an internal peripheral shoulder, a ferrule for .fastening said ring'to the bottle, a rotary-valvular construction-for controlling the flow from the bottle, said construction including a nozzle seat held in place by said ring and provided with a fluid voutlet opening and an air inlet opening extending therethrough, a pouring nozzle rotatably mounted within the inner periphery of said ,ring and held in place by said shoulder, said nozzle provided with a pour-out passageway having a discharge portion positionedabove the retaining ring. Y I

2. A valvular closure for a bottle including a nozzle seat provided with an opening therethrough and with a rim adapted to eugage the bottle, said rim provided with a locating recess, a retaining ring positioned on said rim and provided with a lug depending vent relative rotary movement, said ring providedl with a peripheral flange and a nozzle rotatably mounted in said ring, held in place engaging said flange and provided with a passageway adapted to coact with the opening in the nozzle seat to provide a conduit through the closure.

3. A valvulaiI closure for a bottle includin'g a nozzle seat provided with an opening therethrough, and with a rim adapted to engage the bottle, said rim provided with -therefrom and fitted in said recess to prea locating recess. a retaining ring positioned onsaid rim and provided with alug fittedy the gasket to the nozzle so as to turn therewith on, the nozzle seat. i l

l; ln a closure for bottles,y the combination ot' a valvular control including a nozzle seat. a nozzle mounted for rotary movement relative to' said seat and a retaining iing having a peripheral flange overlapping@ portion of said nozzle to hold the same in placei the inner periphery-of saidiing Aprovided with an inwardlyffacing recess eriteiidinglt'or a limited 'distance about the ring and,` said nozzle provide'd with a radially extendingl stop lug positioned. to iiiove iii said recess,.the walls delining the ends of said recess constituting stops and coacting with saidrlug to. limit,l tlie'rotary movements in both directions' of said nozzle and means for `securing thel ring in place on the bottle. y i l l 5. In a closure'for' bottles, the combination of avalvular control including a nozzle seat provided with a recess in an edge thereof, a gasket .carried by said seat, a nozzle mountedfor rotary movement on said gasket. `a retaining ring surrounding said gasket and constituting the means for iiiount-ing the iiozz'legiprovided .with a flange engaging a 'partof saidvlnozzle to hold `the saine in place and pro'videdwitha lug'itted in said recess in tlie-'seat., r

G. A closure forl ',bottlefj-lcluding arotar)v valve for control provided with a fluid outlet opening and with an air inlet opening having its outer portion relatively small in cross-section relative to the outlet 'opening' and with its inner portion enlarged from the small poi'- tion, said inletv opening being relatively short in its length, vand a nozzle mounted for rotary movement relative to the nozzle seat, said nozzle provided with a pour-out passageway and 'with an air conducting passageway, adapted when the nozzle is in open' position to aline respectively 'with the fluid outlet opening and-withthe air ,-inlet opening, said air conducting passageway being straight, of uniform cross-sectional area and great compared totliefcondu'cting capacity of the airinlet opening thereby to provide cgi/,large volume ,of air up to a choking point" adjace'nt the point of entrance of the air '65 into the Ibottle.

sible material positioned between the nozzlev seat and the nozzleand means for securing.

troni the bottle.

the flow `from tlie bottle, said valve inclninga nozzle seat l having an air conducting capacity relativelyu" 7 1n a devicefof the class descriloed, the.- combination of a bottle and ay closure therefor:` said closure including'a .valve for 'controlling the flow from the bottle, said valve including ya conduit for yadmitting air to` the |bottle, said conduit being eonstrieted adjacent the end thereof opening into' the bottle and being enlarged to the outside of said into'the bottle bei-ng slightly 4countion vof the conduit to t-lie outside of saidj construction having a relatively v4large air conducting .capacity 4thereby to supply a large volume ofy air up to a:- slioi't Adistance ofthe point Where it is admitted vinto-the `bottle and said constrie'ted'portion being gradually reduced in cross-section toward t the point of greatest constrictionaiid the i part of the conduit at ysaid point of greatest constriction being of a sizesuticiently small to be choked by liquid moving 9. A |bottle closure'providedwith' aL pour .out conduit' 4for the liquid and provided with an air conducting' passageway for admitting air to the bottle, said ypassageway 9oA into the saine' being coated with' a vlubricant adaptedv to l permit thelair easily'to force 'from the passageway anyl liquid which 'might lodge I therein. l. u f

10. A bottle closure `providedy with' an air passageway extending therethrough and a coating of grease lining said passagewa v i 11. A'bot-tle adapted tol contain -a liquida Va closure foi-said bottle, ysaid closure pro- `vided with a fluid passageway opening into the bottle, anda lining for said passageway,

said lining vprvfiding asuiface for'i'educing the' adhesion between the liquidl and the material-of-ivliich the closure is eonstrict'ed.

iiov

l2. A .sclosure fora bottle including 'ar washer of coinpressible material adapted to be positioned on top Tof the bottle, a nozzle seat fitted within said washer and having its outer edge rest-ing oii'tlie same, a gasket of compressible material positioned on said seat-,a nozzle positioned on said gasket.- vand spaced thereby from the seat, said nozzle provided with anexterior peripheral shoulder, a retaining ring encircling saidseat and overlapping said shoulder,v said ring being proportioned 'sotliat its lower edge will be spaced from the washer before the ring is fastened tothe bottle, and a At'errule -for fastening the ring to the bottle and `atllapted to engage said ring to force the lower edgev therefore toward the washer. j

13. A valvular 'closure for a bottle i'iicluding a nozzle seat. a nozzle nii'i'untedY for ro"- tary movement relative to said seat and spaced from the seat, a gasket of compressible material positioned between said nozzle and its seat, a ferrule for fastening the closure to a bottle and' for compressing said gasketl `between the nozzle' and its seat, and means engaging theeuter periphery of-sai nozzle for lixmtingthe distance to which said gasket may be compressed by said ferrule thereby to prevent excessive binding between the nozzle and its seat.

l 14. ,A valvular closure for a bottle including ai nozzle seat, -a nozzle mounted for ro- 'tarymovement relative to said seat, a gasket Ioit' compressible material positioned between the' 'nozzle and its seat, means for compressing the gasket between the nozzle and its seat and means for limiting said compression thereby to preventexcessive resistance to the rotary motion of the nozzle.

15. A closure for a lbottle provided with an inverted L-shaped liquid conducting passageway, with a relatively long liquid receiving portion extending vertically when the closure is aliixed t0 a bott-le in normal upstanding position, and with a relatively short discharging portion extending substantially at right angles to the longy liquid receiving portion, and adapted to bemoved into a. vertically extending position when the bottle is turned to a pouring position, the portion of the closure forming the underside of the discharging passageway being undercut sharply back from the pourmg edge to form a sharp edge pouring lip and to form an air pocket belowthe pouring lip.

1G. A closure for a bottlel including a member provided with a .liquid discharging passageway horizontally disposed when in normal upright position and adapted to be vertically disposed when moved into pouring position, the portion of said member beneath the passageway being undercut -to Iform a sharpl pouring edge with an air pocket therebelow thereby to prevent drippings forming on the portion of the member below the discharge end of said passageway.

17. An attachment designed to beaflixed to a bottle and including a, retaining ring, a valve seat fitted within said ring7 a valve mounted for rotary movement on said seat,