US827205A

US827205A - Pump.

Info

Publication number: US827205A
Application number: US24240405A
Authority: US
Inventors: Edward T Betker; William D Snyder
Original assignee: ECONOMY GAS LAMP Co
Current assignee: ECONOMY GAS LAMP Co
Priority date: 1905-01-23
Filing date: 1905-01-23
Publication date: 1906-07-31
Anticipated expiration: 1923-07-31

Description

Y' PATEN TED JULY 3.1 E. TBETKER 6: W.D. SNYDER.l

Noj. 827,205.l

PUMP. APPLICATION FILED JAN. 23, 1905.

bo., WASHINGTON, D. c,

rits aRRls PETERS III 'AEDWAin)T BBTK ha `Ain) wInnIAM yn; fsNYDER; or KANSAS CITY, ASSlGNORSfTQ :EGCMOMYGASI LAM? 'ooMPAIm 0F j: KANsAsoIrY, MISSOURI, A JoINrlsgrooKiooMPANr ,oFtMIssoURI- p .Patented July 31,v 1 90e.

'p'ro'yemfents iin Pumps the following 'fif- Qur invention 'relatesto' prvements ini -u rnpsp, I, if fifi; I l* fThe'objeot-of'ourinyentln 1s Ifto provide a Iftthewater 1n'A a continuous' stream and'dur- '2 f yOur invention p ro whioh is simple yin eonstruotiomno't'liable tov vig'eti 'outv` 'o fyord'er7 cheaply manufactured, and 'theparts-of which' may beireadilyas'sembled ""toge'ther rdetaehedfromeaoh otherl of the invention; vFigure 1' is aeentral'vltieal fwardy onf the 'dotted line g hof" Fig;- 1f.* -A A8 vis a Asee-tional}Y`fi`ev looking downwardf'on the "dottedli'ne /Lfiof Fig. 1,'. 1- T t Similar 'f'eha'raotersf' of i referencey indicate similar'Parts'.` 1 Y f" "5l 1 isfa'tubular cylinder, to one with *a 'oentralyertiealfopeningin which is lto'y dit fthe internally- 'screwe threaded u per ump 'of lalrgespumpirfg eapaeityfwhie'h will y ing reeiproeaton ofthepiston"inhothfdirec# 'other novel feature'sjafe hereinafter fuuyl In thaccompanying 'damage illustrative l eetionalfview; the pistonLr-dkbeing'.Showri v i gar-Hyun elevation andfpartlyffin section.' 'g.1*21is a horizontal section takenI 011th@v lid'ab'ly -mounted the yerti'e'al stem '4" of vva.l l'ehe'e-klrajly'e Y5,1 which when-seated in' the-valira' seatfofthe itting'2 preventvsbaokflow from4 that end of the barrelj The `barrel att-his nd' is" preferably 'externally"serewthreaded 'Y 'dit 'harrel 1 is externallyserew-threadedand tted in "the: Ainternal'lyiserewsthreadedlower endl o?" a ttingf the. uppery end' of which is externally'serewthreadeda and iltted in the serewethreaded lower' end of a conductingjpipe Sywheh carries the waterto the surface I of thev ground.-

The fitting 7 is provided with one or morekpassages y9; l'eading'fromits eX- terior and .discharging into the upper end of s the harr'el'l.' The'fftting? is'pro'vided'with I, aeentral' longitudinal opening or hole extendingth'erethrou h,n whiehis longitudinally slidable a tubu. ar Valve 10. The tting 7 is f eading from the eentralhole and discharging into; the eonduetingpipe '8. vTheyalye 1 is provided with a Ihorizontal peripheral ange vv12, l'disposed above and adapted whenk the vvValve is properlylpositione'dtoelose.the pasl sages`l or ports- 1 'The lower end of the valve .101be`l0w the' passages 9 is'externally screwthreaded andhastt'ed toit arin'g 13, 'forming part of .the valve 'andwhen the Valve is inl the upper yposition ada ted Ato close the passages v9.' Whenfthe' ya Ve 1(7)V is reciprolfdue'tin'gLpipel8'." When the Valve 1() is in the "lower position', the flange '12 covers the ports '11 an vprevents baolowirom the conducting-'pi e 8 through saidp'orts.- The ring 13 is consi erably smaller in diameter than the in- -t'eriorvof the barrel 1,1 thus permitting the liq-4 uid to enterthe barrel Jr'romthepassages 9 around the periphery of said ring. AWhen the Valve 10 -is in the lower 'position,' the'y liquid may also pass'from vthe passages`9, through royidfed' also with one or more passages 11,

catedyertioallygthe'passages 9 and 11 are.

thefa'nnular passagefl', into'the! harrel 1.' rWh'en'the piston 15 is rmoved downwardly,

upwardly rorn`-the"bar1"el"1 through the annular'spaeey 16",I-p'orts 11,`and intolthe con- IOO the valve 10 will be moved by gravity or by the weight of water resting upon it to the downward position, thus closing the ports 11 and opening the passages 9, permitting the barrel to fill from its up er end. When the piston is moved upward y, the check-valve will be raised, permitting the water to fill the barrel from the lower end through the fitting 2, and the ressure of the water above the piston will orce the valve 1() to the position shown in solid lines in Fig. 1, closing the passages 9 and permitting the water above the piston to pass through the space 16 and ports 11 through the conducting-pipe 8.

In order that the valve may more certainly move with the piston-rod 14, the uph perend of the vlave 10 has secured to it a stuffing-box 17, whichl encircles the pistonrod 14 and compresses packing material 18 against the upper end of the valve 10 and around the periphery of the piston-rod, the

friction of the packing 18 serving to move the valve with the rod, but permitting slidinO' of the rod through the valve after the valve as become seated.

The upper end of the piston-rod 14 has secured to it, preferably by a screw-thread connection, the lower end of a tubular fitting 19, to the upper end of which is secured in any desirable manner the lower'end of the connecting-rod 20 of the pump.` The fitting 19 is provided with one or more-lateral discharge-openings 21, through which the water discharged from the piston-rod escapes into the'conducting-pipe 8. In the fitting 19 is `mounted a vertically-movable check-valve 22, provided with a central vertical stem 23, vertically movable in a central hole rovided in a horizontal disk 24, secured in t e fitting 19 below the connecting-rod 2O and above the o enings 21.

` en the piston 15 is moveddownwardly,

the water in the barrel below the piston forces the check-valve 5 to its seat and prevents downflow of the'water from the barrel. rlhe `water, therefore, which is below the piston the ground by'thejgsucceedin instalments of water taken into ,the said, lcon noting-pipe. It lwill thus be seen that when the piston is re- "ciprocated the valve 10 will be reciprocated,

S5;and .water taken in through the passages 9 upon the downward movement of the piston 'will upon theupward movement thereof be forced through vthe channels described into the conducting-pipe 8. The water drawn into the barrel past the val-ve 5 during the upwardrnovr'nent of the/piston will upon the downward movement thereof be forced through the piston and piston-rod, past the water, therefore, is pumped upwardly in a substantially continuous stream.

Any suitable mechanism may be employed for reciprocating the connecting-rod 20, and the conducting-pipe 8, which may be of any desired length, may be supported in any convenient manner. The lower end of the fitting 2 is preferably externally screw-threaded for the afiixing thereto of a strainer (not shown, but which may be of any ordinary pattern.)

Having thus described our invention, what we claim, and desire to secure by Letters Patent, is-

1. In a ump, the combination with the barrel, of t e conducting-pipe, a fitting connecting said pipe and barrel and having an inlet-passage leading from its exterior and discharging into the barrel and havin(r also a discharge-passage leading from the barrel and discharging into the conducting-pipe, a piston reciprocatively mounted in the barrel and having a piston-rod extendin through the fitting, and a valve slidable on t 1e pistonrod and reciprocative by frictional means with the piston-rod to positions for alternately closing said assages.

2. In a pump, tie combination with the barrel, of the conducting-pipe, a fitting connecting said pipe and barrel and having an inlet-passage leading from its exterior and discharging into the barrel and having a passage leading from the barrel and discharging into said pipe, a piston reciprocatively mounted in the barrel and having a pistonrod extending through the fitting into said pipe, a tubular valve slidably mounted on the piston-rod and adapted when reciprocated to alternately close said passages, and frictional means for imparting movement from the piston-rod to said valve.

3. In a pump, the combination with the barrel, of the conducting-pipe, a fitting connecting said pipe and barrel and having an inlet-passage leading from its exterior and discharging into the barrel, and having a passage leading from the barrel and discharging into the conducting-pipe, a piston reciprocatively mounted in the barrel and having a piston-rod extending through the fitting into said pipe, ay valve reciprocative to positions for alternately closing said passages, and frictional means for impartin0r reciprocation from the piston-rod to said va ve.

4. In a pump, the combination with the barrel, of the conducting-pipe, a fitting connecting said pipe and barrel and having a passage leading from its exterior and discharging into the barrel and having also a passage leading from the barrel and discharging into the conducting-pipe, a piston reciprocatively mounted in the barrel and having a pistonrod extending through the fitting into the conducting-pipe, a tubular valve slidably mounted on the piston-rod for alternately closing, when reciprocated, said passages,

IOO

IIO

- rodand connected to the'valfvefor;imparting byr Y Y n,`.reciprocation from the piston-rod to .thelialveizl 5. In a pump, thecombination?.Witli.thev barrel, of the conducting-pipe;a'iitting con-- when the valve is reciprocated, and rictional .means for imparting reciprocation from the piston-rod to the valve.

6. In a pump, the combination With the barrel, ofl the conducting-pipe, a fitting connecting said pipe and barrel and having a passage leading irom its exterior and discharging into said barrel, and a passage leading from said barrel and discharging into said pipe, a tubular piston reciprocatively mounted in said barrel and having a tubular piston-rod extending through said fitting into said pipe, a tubular valve slidably mounted on/the piston-rod and reciprocative therewith to positions for alternately closing said passages, and frictional means for imparting reciprocation from the piston-rod to the valve.

7. In a pump, the combination with the barrel, of the conducting-pipe, a fitting connecting said pipe and barrel and having a passage leading iirom its exterior and discharging into the barrel, and a passage leading Jfrom the barrel and discharging into said pipe, a tubular piston reciprocatively mounted in the barrel and having a tubular piston-rod extending through said itting into said pipe, a tubular valve slidably mounted on the piston-rod and reciprocative to positions for alternately closing said passages, and a stuffing-box mounted on said piston-rod and connected to said valve for imparting by friction reciprocation from the rod to the valve.

8.- In a pump, the combination With the barrel, of the conducting-pipe, a check-valve at one end of the barrel vfor preventing back- 'low therefrom, a fitting connecting the other end of the barrel with the' conducting-pipe and having a passage leading from its exterior and discharging into the barrelfand having a passage leading from the barrel and discharging into the conducting-pipe, a tubular piston reciprocatively mounted in the barrel and having a tubular piston-rod' extending through the iitting into said pipe, a valve reciprocative to positions for alternately closing said passages, frictional means for imparting reciprocation from the piston-rod to the reciprocative valve, and a check-valve.

for preventing backfloW from the conducting-pipe through said ypiston-rods.

9. In a pump, the combination with the barrel-,fifa-fittingconnecting thejother endof; the' .barrel with,saidpipexandfhaving yazpas sageJeading fromft'fs. exterior andi discharggl ingintothebarrel, andahavingapassage leading from the barrel and discharginglintosaid pipe, al tubular piston reciprocatively mounted in the barrel and having a tubular pistonrod extending through the fitting into said pipe, a reciprocative valve movable to positions for alternately closing said passages 'and `slidable upon and With the piston-rod,

frictional means for imparting reciprocation from the rod to the reciprocative valve, and means for preventing backfloW from the conducting-pipe through said piston-rod.

10. In a pump, the combination With the barrel, of the conducting-pipe, means for preventing backfloW from one end ofthe barrel, a iitting connecting the other end of the barrel With the conducting-pipe and having a passage leading from its exterior into the barrel, and having a passage leading from the barrel and discharging into the conductingpipe, a tubular piston reciprocatively mounted in the barrel, and having a tubular pistonrod extending through the iitting and discharging into the conducting-pipe, means for preventing backflow from said pipe through the piston-rod, a valve reciprocative to posi-.

tions for alternately closing said passages, and frictional means for imparting reciprocation from the rod to said valve.

l1. In a pump, the combination with the barrel, of the conducting-pipe, means for preventing backiiow from one end of the barrel,

a iitting connecting the other end ofthe barl rel With the conducting-pipe and having a passage leading from its exterior into the barrel, and having a passage leading from the barrel and discharging into the conducting-pipe, a tubular piston reciprocatively mounted in the barrel, and having a tubular piston-rod l extending through the fitting anddischarging into the conducting-pi e, means forpreventing backiiow from sai pipe through the piston-rod, a tubular valve slidably mounted on the piston-rod and movable to positions therewith for alternately closing said passages, and i'rictional means for imparting reciprocation from the piston-rod to said valve. l2. In a pump, the combination with the barrel, of the conducting-pipe, means for preventing backlow from one end of the barrel,

a itting connecting the other end ofthe barrel With the conducting-pipe and having a passage leading from its exterior into the barrel, and having a passage leading from the barrel and discharging into the conductingpi e, a tubular piston reciprocatively mounte in the barrel and having a tubular pistonrod extending through the itting and discharging into the conducting-pipe, means for preventing backloW from said pipe .through IIO ISO

the piston rod, a tubular valve sldably In testimony whereof We afx our signamounted on the piston-rod and movable to potures in presence of two Witnesses.

stons therewith for alternately closing said EDWARD T. BETKER. passages, and a stufng-box mounted on the WILLIAM D. SNYDER. l. 5 piston-rod and connected to said Valve for im- Wtneses:

parting b friction reoprooaton from the rod WARREN D. HOUSE.

to the Va ve. HENRY F. ROSE.