US1991340A

US1991340A - Pumping means

Info

Publication number: US1991340A
Application number: US516764A
Authority: US
Inventors: Wangenheim Adolf Von
Original assignee: Detroit Lubricator Co
Current assignee: Detroit Lubricator Co
Priority date: 1931-02-18
Filing date: 1931-02-18
Publication date: 1935-02-12
Anticipated expiration: 1952-02-12

Description

Feb. 12, 1.935 A. VON WANGENHEIM 9 PUMPING MEANS Filed Feb. 18, 1931 2 Sheets-Sheehl Fig.1.

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. I I BY fl- ATTORNEWM/fiy,

Feb. 12, 1935. A. VQN WANGENHEIM 1,991,340

PUMPING MEANS Filed Feb. 18, 1951 2 Sheets-Sheet 2 ill - .ass2 VENTOR 11m) M wiu/W BY ATTORNEY Adolf Von Wa My invention relatesmovements in: pumping. ticularly to means: .for.

genheim, Detroit, Mich; assignor to Detroit Liibricator CompanmDetroit", Mich a corporation of Michigan 1. w

. Application :February 18 ,.1}? 31,.".$eriail N o. srejvsi fzs oi ims. 1 (oriskzn to new: and useful immeans, and. more; par delivering fluid under pressure from .-a source. of supply, and which is. particularly adapted: for feeding lubricant to Working parts of. anpen An. object of myinvention is:to provide a. de-

gine or:- other. machine.

vice which'will. deliver. fluid such as oil or other lubricant" from ,a source 2 pressure" and; rate.

'of" supplyat a desired Another object is to xprovidea device which may be-adjusted withfacility' to control the rate of delivery of lubricant.

Another object isto provide a device which is is efiicient is operation.

The inventionrconsistsrinthe improved congofsimple and compactconstruction, and which struction and combination of: parts, .to be more fully described. hereinafter, and the novelty of i whichrwillbe: particularly pointed out and clis tinctly claimed. i

In the accompanying drawings, to be takenas a part of this specification, I haveffully and clearly illustrated a preferred embodiment of my invention; in which drawings -r Figure; l "is a top plan- View of a device embodying .my invention;

Fig, 2 is a view in verticalt section: on: the line 22 of Fig. 1 but with elevation for clarity; Fig 3. is a view in.

certain partsshown in vertical section on the line Fig.;4 is a-detail view sectionon the line Figs.. 5' and. 6 are detail; views of elements of the device, and

Fig. 7 is a View in section. of the. element'of Fig. 6, on the:line 7+7 thereof.

2 and a cov er plate orcl Referring to the drawings lby oharactersfo'f reference, 1 designates gene'rallyla casing or. con-.

or. receptacle member os'urel member. 3 secured.

thereto by studs and'nuts 3201'. the like." The casing 1 is preferably substantially rectangular, and journaled' in, bearings 'in the, front andfrear walls thereof. is a main drive shaft. 4 which extends substantially horizontally. across the interior. of the casing and projects from the front wall, as at 5,. which projecting portion is preferablypolygonal 'to receive. a: crank for. manual rotation of the shaft. S

leeved onthe shaft 5 is a tubular drive member which is suitably packed, as at 7, 8, to casing. On the inner transverse flange 9 from prevent leakage from theend: of: member 6 a,

the inner face of which key or thetlikeij member 6 may be oscillated, as by connection toan engine crossg-head, or the. like, ,an d will actuthrough thepawland 'wheel to rotate the shaft 4- continuously in one; direction. Secured onrshaftbyakey; or. the like, is an eccentric cam means13-,and journaledon the shaft spaced from; the means. "13 is another eccentric cam means 14 having means to drive or rotate it more slowly than; the rate-of rotation of means .13; The drive means for means 14 preferably com; prises a train of reduction gearing. positioned be f tweehwmeans l3 and14 and having a driving pinionorgear wheel 15 preferably integral wit 1' drivingshaft and-a driven gear wheel 16, prefer ably integral wlthmean'sl which are intercon nected by a. compoundgearwheel 17 carried by. a; stub. shaft-13";journaled in. a. boss. 19 integral with the casing bottom wall. Through the closure. member 3at its mid-pore t ion is. anfaprture 20 (see Fig. 3), preferably substantially rectangulan; extending from..front to rear of. the. casin'gand surrounded by a contihilous upstanding flange orv wall 21 having at its upperLedgefla continuous. horizontal wall portion 22. which terminates in a'verticaI marginal lip or bead 23 defining, a fillingopening. Hinged, as at 24,.onthetop face of closure member .3, isa cap member. '25'cooperable with the bead 23 to close the filling. opening. Projecting inwardly from the. front andrear portions; of wall 21 are opposed bearing; bosses 26f terminating in substantially vertical tran'sverse end? flanges 27 and having alinedbosses whichare vertically above. and par-..

allel to shaft '4. Seated. thebores are. the ends ofafshaft. or bearing member 28,1 which is supported atits'mid-portion by a bearing sleeve 29v which terminates at"its opposite ends in yearticall.para1l'e1.flanges3'0;,and which is preferably int'eg'raliwith. and rigidly supported" by a vertical web 3l-,.a1so preferably integral with thefside por- -1 portions of the part 33 respectively abut the front pair of flanges 2'7, 30, and are of reduced diameter to define substantially cylindrical external journals, as at 35, 36, for a purpose to be described. At the lower end of the member is a transversely extending part 3'7, substantially in the form of a yoke which straddles the eccentric cam 13 and has oppositely disposed abutment members 38 which are spacedapart a distance equal to the diameter of cam means 13, and which bear against diametrically opposite points on means. 13 (see Fig. 3). The part 37 has laterally extending

portions

39, 40 which are vertically slotted or--recessed, as at 41, to provide guide and lateral retaining means for driven ,jfollower'members 42, which are pivotally supported by the shaft 28 and are directly journaled and carried by hearing apertures 42 on the journals35', 36 for swinging movement both relative to and with ,the means 32, and in planes substantially parallel to theplane of movement of means 32. There are. preferably two members 42 on each of the jour-- nals 35, 36, the members 42 on each journal being.

offset, as at 43, respectively, rearwardly and forwardly and toward eachother so that thelower portions 44 of members 42 lie in a substantially common, substantially vertical planefsee Fig. 2). The members'42 on the journal 35 are inclined to each other, divergingdownward (see Fig. 3) to lie on opposite sides of shaft 4 and'seat in the directly opposite recesses 41 in

portions

39, 40,

respectively. The bases 45 of the recesses 41 are substantially vertical, providing substantial abutment faces for cooperable driving engagement with inwardly faced vertical side portions 46 onmembers 42. Each of the members 42 has a lateral, outward extending flange or arm 4'7 having an upward facing shoulder 48 which cooperates with an adjustable driving abutment means 49, preferably a screw having its-head 50, which engages shoulder 48, provided with longitudinal serrations for a purpose to be described.-

At the top of member 32 and transverse thereto at the sides of bearing'part 33, are supports 51 which extend over the shoulders 48 and have in line therewith threaded apertures 52, in which the screw means 49 are adjustably threaded. On the underside of supports 51 are detent means 53, preferably spring pressed socketed plungers which engage, in the screw head serrations to lock the means 49 in'adjusted position. I I

Secured to'the underfac'e of the closure member 3, as by studs and nuts 54; are oppositely positioned pump members 55, each having a lat erally, downward and inward inclined pump cylinder 56 which communicates with a vertical inlet and discharge passage member 55. At the inlet end of passage 5'7 which opens substantially at the casing bottom wall, is a strainer element 58, preferably a; cylindrical screen of fine wire mesh closed at its bottom end. Within the passage 57 respectively below and above the communication of the pump cylinder therewith, are valve means 59', 60, preferably downward seating ball checks. At the discharge end of passage 5'7 which opens through member 3, is a valve 61, preferably a ball check, resiliently seated by a spring 61 held under compression by the tail nut sleeve 61*. The valve 61 is provided to prevent siphoning of oil from the casing 1 should a break occur in the oil feed line leading from the lubricator. The upper end of passage 5'7 terminates above member 3 in a,nipple'.62 for connectionby conduit'means'to the desired point of 5'7 extending throughof nipple 62 acting through the pump members is a shield 69 having a horizontal top portion and a depending continuous marginal flange or skirt 69 which terminates below the plane-of the inlet to passage 5'7. Within the casing is a heating means '70 which is positioned beneath the shield 69 and adjacent the passage inlet so that a quantity of heated fluid or lubricant will be maintained by the shield at the pump inlet for supply to passage 5'7. The means. '70 preferably comprises a steam conduit having an inlet '71 and anvoutlet 72 which open through the rear wall of the casing.

Positioned between the rear pair of flanges 2'7, 30 and cooperating with the cam-means 14, is a pump driving means similar to that above described as positioned between the front flanges 2'7, 30, and therefore the primes of the reference characters applied to the means cooperating with cam means 13 have been applied to the means cooperating with cam means. 14.

The operation of the device is as follows: Oscillation of drive sleeve 6 will rotate the shaft 4 carrying with it the cam means 13 and 14 which bearing against the late members 32 on shaft 28 through a complete reciprocation for each revolution of shaft 4. As the members 32 are moved or swing toward the left of Fig. 3, the left hand recess base portions 45 will engage portions 46 on members 42 and carry the members 42 therewith to effect the pressure stroke of the left hand pump plungers 63 through the connection between extension 68 and plunger head 66. As the left hand plungers 63 are moved through their pressure stroke, expelling fluid from passage 5'7

past valves

60 and 61 the right hand plungers .63 will be moved through their suction stroke, drawing in heated fluid to passage'5'7 past the valves 59. This is due to the right hand means 49'engaging the right hand shoulders 48, the means 49 being rigid with means 32. The rate of feed of the pumps or the stroke thereof is regulatable by the means 49, the amount of lost motion between the'head 50 and its shoulder 48, or the distance-therebetween, when faces 45, 46 are in engagement, determines the length of stroke of the pumps, that-is,-the setting of means 49 determines the extent to which the'plungers 63 will bewithdrawn from their respective cylinders on the suction stroke.

From the foregoing, it is apparent that each of the members 42 may have a different length of swing, and therefore impart to its pump piston 63 a different length of stroke due to the individualadjustment for each of members 42. It will also be noted that the pistons driven by means 13 travel ata greater rate than the pistons driven by means 14, so that there is a wide range obtainable between the discharge rates of the various pumps of the device.

Should air become trapped in any or all of the pump units, the tail nuts of nipples 62 may be loosened,thus relieving the spring pressure on the ball checks 61, so that the trapped air may be expelled upon manual operation of the lubricator abutment faces 38 will oscilpump unit or units; n

7 What 1 claim and desire to secs; by Letters Patent of the United States isi 1. Afforce feed lubricator; comprising a pump, a pivotally supported memberoperatively engaging said pump to; actuate the same, apivotally' supported member cooperable with said firstnamed member to impart swinging 'movement thereto; means acting-through said second named member positively to oscillate saidfirst-named member on both pressure and suction strokes, and

meansto regulate the degree of swinging movement imparted to said means. v

2. A force feed lubricator, 1y disposed reciprocating pumps', pivotally supported means operatively to actuate the same alternately and-positively on both pressure and suction strokes, pivotallysupported means cooperable and said second-namedmeansbeing movable relative to each other, and means to actuate said second-named means whereby said pumps discharge alternatelys i able to oscillate said members for driving said pumps, and,means to cause one of saidpumps more rapidly than another of said pumps.

3. A force feed lubricator, comprising opposite ly disposed reciprocating-pumps, pivotally supported means operatively *engaging'said pumps to actuate the same'alternatelyypivotally supported means having pairsof spaced oppositely disposed abutment members operable positively .to oscillate said first-named means on both the pump pressure and suction strokes, and cam means to I actuatesaid second-named means whereby said pumps discharge alternately;

4. A force feed lubricatorycomprising a plue rality of reciprocatingpumpsfa shaft, members pivotally supported by said shaft and operative-- 1y engaging said pumps to actuate the same,

means engaging said members and being op'erto reciprocate 5. A force feed lubricator; comprising a plu rality of reciprocating pumps,pivotally supported members operatively engaging said pumps to actuate the same,pcam means to oscillate certainpf said members, adrive shaft for each of said'cam" means, and areduetion gear train interconnect-- ing said shafts whereby to reciprocateoneof said pumps more rapidly than another of 'said'pumps;

6. A force feed lubricator, comprising arecip roc'ating pump, a supporting' shaft, a member car ried by said shaft for swinging movement and having spaced abutment means, and a second member carried said shaft for swinging movement and cooperable- ;with saidmean's' whereby said means will act'to swing said second-named member on swinging movement of said-firstnamed member, said 'second-riamedmember havciprocate the'same," a 1 p 7. -A" force feed lubricator, comprising a reciprocatinglpump, a supporting shaft,"a member carried by said shaft for, fswi'nging movement and having spaced abutment means, and, alsecond member journaled on said first-named member for swinging movement relative to, said shaft and said; first-named member and cooperable with. said meanswhereby said meanswill act to, swing,

said second-named member oncswinging movement of said first-named member, said secondnaeigsao through direct rotationpf shaft 1 '4 to primejthe said first-named member by comprisingopposite-- engaging said pumps eating pump,

with and for oscillating said first-named means, said first-named meansmg operative engagement with said pump to re;

named member haying; operative engagement 1 withsaid pump toreciprocate the same. r 8. -A force'feed lubricator comprising a reciprocating pump, asupportingshafha member car-1 ried. by said shaft for swingingmovement and having. spaced abutmentimeans, and a second member carried by said shaft for swinging movementand cooperable with, said, means whereby said fmeans will act to 'swing said second-named member ,on-swingin'g movement of said first-- named memben said second-named member hav-j ing operative engagement with said pump to reciprocate the same, certainrofssaidr abutment means being, adjustable wherebyto regulate the degree of, movement imparted to said second named member. by said first-named member.

A force feed lubricaton comprising a reciproa dependingqmember pivotally supported adjacent its upper end, a follower member pivotally supported: adjacent its upper end and extending intoithe path of movement of said dependingmember for movement thereby, means to move, said depending member, and meansinterconnecting said follower member and said pump whereby said first-named means canactuategsaid pump. r i

.10. A force feed lubricator comprising a, reciprocating pump, a dependingmember pivotally supported adjacent its upper end, means to move said'depending member, a follower member pivotsaid depending member, a follower member pivotally supported adjacent its upper end andextending into the path of movement of said depending memberfor movement therebyin one direction;

said follower member having anupwardly facing shoulden adjustable means carried by' said depending member and operable to engage. said shoulder to move-said follower member in the opposite direction, and meansinterconnecting said follower member andsaidpump whereby saidfirst-named means can actuate said pump.

i, 12. A force feedlubricaton-comprising a reciprocating pump, a shaft, a depending member pivotally supported on said shaft, means to move said depending member, a follower member piv-- otallysupported on said depending member and having ,a part extending into the path of movement of said depending member for movement thereby in one direction, said follower member having an upwardly facing shoulder, adjustable meanscarried by said depending member and operable to engage said shoulderto move said follower member in'the opposite direction, and meansinterconnecting said follower member and said pump whereby said first-named means can actuatesaidpump. 7

l3. A-force feed lubricator; comprising a receptacle havingan open top, a cover member for said receptacle operable to ,close said-open' top, a bearing member supported by said cover'memher and positioned within said receptacle, apump casing supported by said coverv member and po-' sitionedwithin said receptacle, a pump plunger extending laterallyfrom said pump casing, drive means carried by said bearing: member and cooperable with said pump plunger to reciprocate said plunger, and means positioned Within said receptacle for operating said drivemeans.

'14; A force feed lubricator, comprising a receptacle having an open top,a cover member for said receptacle adapted to close said open top, a shaft necting said last-named means and said pump.

plunger, and means within said receptacle for impartingmovement to said oscillatory means.

15. A force feed lubricator, comprising a receptacle having an open top, a cover member for said receptacle adapted to close said open top, a shaft extending acrosssaid receptacle'and supported by said cover member, a pump casing p0- sitioned within said receptacle and rigidly secured to said cover member, said pump casinghaving a pump chamber with itsoutlet extending through said cover member, said pump-casing having'a pump plunger projecting laterally from said casing into said receptacle, means supported by said shaft for oscillatory movement, lost-motion means operatively connecting said last-named means and said pump-plunger, means to regulate the extent of lost-motion, and means within said re ceptacle for imparting movement-to said oscillav tory means.

16. A force feed lubricator, comprising a 'receptacle having'an open top, a hollow cover member removably supported by said'receptacle and adapted to close said open top, supportingmeans positioned within and carried by said cover member, a shaft supported at its opposite-ends by said supporting means, a pump casing removably secured to said cover member and positioned within said receptacle, said casing having a laterally extending pump chamber, a conduit in said casing opening into said receptacle and into said chamber, a second conduit extending from said chamber and opening through said cover memberQa pump plungerin said'pump chamber and-projecting therefrom into said receptacle, a driving member 'journaled on said shaft and having operative engagement with said pump plunger, a follower member swingingly-supported by said shaft, means to impart'movement from said follower member to said driving mem-' ber, means within said receptacle to actuate said follower member,'and a driving'member for said last-named means. q 17. A force feed lubricator, comprising a re ceptacle having an opentop, a-hollow'cover member removably supported by said receptacle and adapted to close said open top, supporting means positioned within and carried by saidcover member, a shaft supported at its opposite ends by said supporting means,-a pump casingremovably se cured to said cover member and positioned within said receptacle, said casing having alaterally extending pump chamber, aconduit'in said casing opening into said receptacle and into said chamber, a second conduit extending'from said chamber, and opening through said cover-member, a

' shaft, meansto impart movement pump plunger in said pump chamber and pro-I jecting therefrom into said receptacle, a driving member journaled on saidshaft and having operative engagementwith said pump plunger, a followerv memberysw'ingingly supported by said fromsaid follower member to said driving member, means to regulate the extent of movement imparted to said driving member by said follower member, means within said receptacle to actuate said follower member, and a driving member for said lastnamed means. I

18-. A force feed lubricator, comprising a pump, a supporting shaft, a swingable follower member carried by said shaft and having an end portion operativelyengaging said pump to actuate the same, a swingable operating member mounted concentrically with said follower member and carried by said shaft and operable to impart movement to said follower member, means to regulate the extent of movement imparted to said follower member by the operating member, and means to swing said operating member.

19. A force feed lubricator, comprising a pump, a supporting shaft, a-swingable follower member carried by said shaft and having'an end portion operatively engaging saidpump to actuate the same, a swingable operating member carried by saidshaft and operable to impart movement to said follower member, cooperable means carried by said members to regulate the extent of movement imparted to said-follower member by the operating member, and means to swing said operating member. V 1

20. A force feed lubricator, comprising a pump, a supporting shaft, a swingable follower member carried by. said shaft and having an end portion operatively-engag-ing said pump to actuate the same, a swingable, operating member mounted concentrically with said follower member and carried by said shaft and operableto impart movement to said follower member, means to regulate the extent of movement imparted to said follower member by the operating member, a

drive shaft, and cam means on said drive shaft,

engageable with said operating member to impart ,movement-thereto.

21. A force feed lubricator, comprising a reciprocating pump, a supporting shaft, a swingableoperating member carried by said shaft and having a journal member surrounding saidshaft,

ing means for actuating another of said operating members, and a gear trainioperatively connecting said shaft and said sleeve member.

' 23. A force feedlubricator, comprising a receptacle having an open'top,v a cover member closing said open top and'having an aperture therethrough, a pump casing secured to the underside of said cover member and closing said aperture, said casing having-an outlet member projecting upward therefrom through said aperture, said casing having an inlet at its lower end and havinga lateral extension; a pump plunger extending laterally from said casing and recipdrive means forswinging said operating memrocable in said extension, an operating member for said plunger and carried by said cover member, and means in said casing to actuate said operating member.

, 24. A force feed lubricator, comprising a receptacle having an opentop, a cover member closing said open top, a pump casing secured to the underside of said. cover member, said casing having an inlet atits lower end and an outlet at its upper end, a lateral extension projecting from said casing intermediate the ends of said casing, said extension diverging downward away from said casing, a pump plunger extending laterally from said casing and reciprocable in and having one end projecting from the lower end of said extension, an operating member pivotally secured adjacent its upper end to said cover member and extending downward therefrom laterally of said casing, said operating member having its lower end portion operatively engaging the projecting end of said plunger, and means in said casing toactuate said operating member.

25. A force feed lubricator, comprising a re-,

ceptaclehaving an open top, a cover member closing said open top and having an aperture therethrough, a pump casing having an inlet and having an upward facing shoulder engaging the underside of said cover member, said casing having an outlet member projecting upward from said shoulder and through said aperture, a lateral extension on said casing, a pump plunger extending laterally from said casing and reciprocable in said extension, and means in said receptacle to actuate said plunger.

26. A force feed lubricator, comprising a receptacle having an open top, a cover member closing said open top, a pump casing secured to said cover member and extending downward therefrom, said casing having an inlet and an outlet and having a lateral extension, a pump plunger projecting laterally from said casing and reciprocable in said extension, an operating shaft positioned in said receptacle laterally of said casing, a bearing member positioned above said shaft and supported by said cover member, a pivotally supported operating member carried by said bearing member and depending therefrom, said. operating member having engagement with said plunger to reciprocate the same, and cam means on said shaft for actuating said operating member.

ADOLF VON WANGENHEIM.