US584688A - jones - Google Patents

Description

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LUBRIGATOR. A No, 584,688. Patented June 15,1897.

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LUBRIGATOR. No. 584,888. Patented' June 15,1897.,

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IINrrnn STATES SAMUEL O. .I ONES, OF STILLVVATER, MINNESOTA, ASSIGNOR OF ONE-HALE TO GEORGE I-I. ATVOOD, OE SAME PLACE.

LUBRICATOR.

SPECIFICATION forming part of Letters Patent N o. 584,688, dated June 15, 1897'.

Application lerl March 9, 1896. Serial No. 582,375. (No model.)

To @ZZ whom it mayconoern.- shown, having the piston 5, rod G, and oper- Be it known that I, SAMUEL O. JONES, of ating-spring 7. rPhe rod 6 is screw-threaded Stillwater, Vashington county, Minnesota, and provided with a thumb-nut S, whereby have invented certain Improvements in Posiwhen the lubricator-receptacle is emptied the 5 5 tive-Feed Automatic Lubricators, of which piston may be lifted against the tension of its the following is a specifica-tion. spring '7 by screwing down the nut. Below My invention relates to improvements in the lubricatonreceptacle in the part 9 is the lubricating devices for journal-bearings and transverse, preferably tapering, opening 10, the like, its object being to provide a posiin which is arranged the rotatable plug or 6o 1o tive and automatically feeding lubricator by core B. The core, as shown, is formed with means of which any required amount of lubria circumferential flange 11 upon its larger cantmay be delivered to the bearing with any end, abutting against the Wall adjacent the desired periodicity during the running of the opening 10, and mounted upon the core-shaft connected mechanism. 12 at the opposite end is the collar 13, held 6 15 To this end my invention consists in arrangloosely abutting against the outerwall adjaing adjacent the journal-bearingalubricator cent the opening by means of the set-nuts tube or conduit intermediate of the lubrica- 14, whereby the core may be allowed te turn tor-reservoir and thejournal. Connecting the as freely as desired in its bearings. lubricator-reservoir and the tube is a trans The core is provided with the dainetric 7o zo verse cylindrical opening, Within Which is iitopening or chamber 15, in Which is arranged ted a cylindrical core having a diametric openthe freely-moving piston 16. One end of the ing or chamber which normally registers with chamber is preferably closed by the plug the openings to the tube and lubricator-recep- 17, fitting into the opening 18 in the core and tacle, and by the rotating of the core may be provided with a central port 19, opening into 75 2 5 oppositely registered. Y Arranged Within thisv the chamber, the opposite side of the core bechamber in the core is a freely-moving piston. ing provided with a corresponding port 20'. I connect the core by means of a suitable shaft By removing the plug 17 the chamber 15 may and interposed paWl-and-.ratchet device With be removed and another of smaller inner size the shaft turning in the bearing to be lubrisubstituted when it is desired to change the 8o 3o cated or with some other continuously-operamount of lubricant delivered in a single opating part, and also provide certain engaging eration.

mechanism between the ratchet and the core- Mounted upon the core-shaft 12 is lthe gradu shaft,whereby the core-shaftis intermittently ated series of ratchets 2l, 22, and 23, turning rotated. loosely on the shaft. VUpon the shaft, adja- 85 3 5 'Myinvention further consists in the specific cent the inner ratchet 21, is the fixed collar features of construction hereinafter particu- 24, having the pair of oppositelyarranged larly described and claimed. pins projecting therethrough, said pins In the accompanying drawings, forming `being provided with controlling-springs 2G, part of this specification, Figure l is a secworking in the'slots 27` and holding them at 9o 4o tional elevation of myinvention, showing the the outer en'ds of the slots. The projecting v interior construction. Fig. 2 is a side elevaends of these pins upon the inner face of the 1 tion ofmyinventionshownin connection with collar 24 are adapted to engage the projecacontinuously-running main shaft. Fig. 3is tion 28 upon the lubricator-receptacle, and a vertical central cross-section of the same, upon the outer face of the collar are adapted 95 45 looking toward the ratchets; and Fig. 4 is a to be engaged by the spur 29 upon the vertical section taken on line oo of Fig. 1. ratchet 21.

In the drawings, let 2 represent the main Mounted loosely on the coreshaft by means shaft, turning in the bearing 3, which is to be of its collar is the arm or lever 31, being lubricated. held upon the shaft by means of the cap 10o '5o A represents the lubricator-receptacle, and having a suitable washer 34 interposed which may be made of the cylinder 4, as between the collar and adjacent ratchet.

This lever is provided with the bolt 35, threaded transversely therethrough and provided on its inner end with the spring-controlled pawl 36, adapted to be brought i n to engagement with either of the ratchets of the series, as desired, the bolt being provided with set-nuts 37, whereby it may be set in adj usted positions. The lever 3l depends and lies normally adjacent or upon the shaft 2 or other part from which it is operated and is provided with the lateral spur 38, adapted to be engaged by a projection or cam 39 upon the shaft in its rotation, so as to swing the lever and operate its connected pawl so as to turn the ratchet one step or more with each revolution of the main shaft.

The lever is normally held against the main shaft by means of the restraining-spring 40 and may be adjusted any desired distance away from the shaft by means of the screw 41, thus causing its pawl to engage a greater or less number of ratchet-teeth in each revolution of the shaft.

As shown in Figs. l and 3, I provide a transverse opening 42 below the measuring-chamber, provided with sights 43, so that the oil dropping through the conduit to the bearing may be seen.

The operation of the device is evident from the foregoing description and the drawings. The lubricator-receptacle being filled and the expelling-pressure being applied to the piston in the ordinary manner and the core standing with its opening in registering position with the outlet port of the lubricator receptacle, the contents of the receptacle are forced into the chamber in the core, driving the piston downward to the bottom of the chamber and filling the same.

The rotating of the shaft operates the pawllever, so as to turn the ratchets step by step, by means of the pawl 3G. The ratchets turn until the spur 29 strikes the lower one of the pins 25 upon the collar 24, and the continued movement of the ratchets rotates the collar and connected measuring-core, by reason of the engagement of spur and pin, until the pin 25 strikes the beveled projection 28. The beveled edge of said projection causes the pin to slide downward in its slot, releasing the spur 29 before the pin itself is released from the projection. The collar and its core then stand still until the ratchets have made a half-revolution to bring the spur 29 into engagement with the opposite pin 25. It will thus be seen that with every alternate halfrevolution of the ratchets the core is carried around a halfrevolution, disengagement then taking place, as aforesaid, between the spur 29 and its engaged pin 25, the ratchet-wheels turning freely during the succeeding halfrevolution, when engagement again takes place. lVhen the core has thus been givena half revolution, its diametric chamber is brought into opposite registering position with the ports in the core, thus permitting the contents of the chamber to descend through the connected tube to the journalbearing and a like amount of the contents of the lubricator-receptacle to be forced in to the opposite end, driving the piston downward. At this point the connection between the ratchet and the collar is tripped, as described, so that the core remains stationary until the' engaging devices have turned upon the shaft through a half-revolution, so as to give time for the filling and emptying of the chamber. It will thus be seen that by adjusting the sizel of the ratchets and the n umher of their teeth, or the number of cams upon the main shaft, or otherwise, the relative speed of rotation of the core-shaft as compared with the main shaft may be adjusted at will, and by regulating the capacity of the chamber or opening in the core any desired amount of lubricant may be delivered.

It is also evident that by this mechanism any kind of lubricant adapted to be used upon such bearings may be efficiently used,whether of the more freelyflowing character or of lubricants which require heavy pressure to be expelled from the receptacle, since the parts may be adjusted so that this pressure both. serves to fill the chamber in the core and also serves to drive the piston to the opposite end, forcing -the contents out into the journalbearing, thus making the feed of the lubricator and the bearin g absolutely positive and automatic and Without possibility of variance or irregularity either in the quantity or periods of feeding.

I claiml. In an apparatus of the class described, the combination with the lubricator-receptacle and the bearing, of the core interposed between said receptacle and bearing, and having a diametric opening therethrough, the piston workin g in said diametric openin g, and the mechanism interposed between said core and a continuously-operating part, whereby said core is rotated to cause its diametric opening to successively register with its inlet and outlet ports, and to receive and deliver to said bearing portions of the contents of the receptacle with a predetermined periodicity.

2. In an apparatus of the class described, the combination with the lubricator-recepta cle and the bearing, of the interposed, transverse core provided with a diametric opening adapted to register alternately with the ports connecting the cylinder with said receptacle and said bearing, the piston working in said diametric opening, and the mechanism interposed between said core and the shaft running in said bearing, whereby said core is oppositely operated from said shaft so as to cause its diametric opening to successively register with its inlet and outlet ports and receive and deliver to said bearing predetermined portions of the contents of the receptacle.

3. In an apparatus of the class described, the combination with the j ournal-bearing, its continuously-running shaft, and the lubri- IOO TIO

cator-receptacle, of the interposed, transverse rotatable core provided with a diametric opening, forming a chamber of predetermined capacity, the piston working in said chamber, the core-shaft, the ratchet journaled upon said shaft, the pawl operated by said inain shaft so as to actuate said ratchet, the interlocking devices between said ratchet and core-shaft, and the tripping mechanism for periodically disengagin g said ratchet and said shaft.

4. In combination with the bearing and the lubricator-receptacle having respectively inlet and outlet ports, of the interposed rotatable plug provided with a diametric opening adapted to register with said ports, the piston working in said opening, and the means for intermittently partially rotating said core to reverse the registration of said openings with said ports.

5. In combination with a bearing to be lubricated, and the lubricator-receptacle having respectively inlet and outlet ports, of the interposed rotatable plug provided with a diametric opening adapted to register with said ports, the piston working in said opening, and means connected with a continuouslyoperated mechanism for intermittently and with predetermined periodicity partially rotating said core to reverse the registration of its openin g with said ports.

G. In an apparatus of the class described, the combination with the lubricator-receptacle and the bearing, of the intermediate corehaving a diametric opening or passage adapted to normally register with ports leading to said receptacle and bearing respectively, the step-by-step mechanisminterposed between the core and a continuously-moving part, whereby said core is operated to cause its diametric opening to successively register with said ports, and the means for releasing said step-bystep mechanism from said core to allow the same to remain stationary for a predetermined period.

7. In an apparatus of the class described, the combination with the lubricator-reccptacle and the bearing, of the intermediate rotatable core having a diametric opening or passage therethrough normally registering with ports leading to said receptacle and bearing, the mechanism interposed between said core and a continuously-moving part, whereby said core is operated from said part to cause its diametric opening to successively register with said ports to receive from said receptacle and deliver to said bearing predetermined quantities of lubricant, and the means for periodically disengaging said mechanism and core.

8. In an apparatus of the class described, the combination with the lubricator-receptacle and the bearing, of the intermediate rotatable core having a measuring chamber normally registering with a port leading from said receptacle, the step-by-step mechanism interposed between the core and an operating part, whereby said core is operated to cause its measuring-chamber to register with the port leading to the bearing7 said step-by step mechanism being adapted to be antomatically disengaged from said core to allow the same to remain stationary for a predetermined period.`

9. In an apparatus of the class described, the combination with the lubricator-receptacle and the bearing, of the intermediate rotatable core having a diametric opening there through, the step-by-step mechanism interposed between said core and an operating part, the means for adjusting said mechanism to vary the movement of said core, .and the means for periodically disengaging said mechanism and core, and for rengaging the same.

lO. In an apparatus of the class described, the combination with the lubricator-receptacle and the bearing to be lubricated, ofthe intermediate rotatable core havinga diametric opening or passage, the piston working in said opening, the step-by-step mechanism interposed between said core and an operating part and the means for periodically disengaging and for rengaging the same.

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

SAMUEL O. JONES. IVitnesses:

H. S. JoHNsoN, MINNIE L. THAUWALD.

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