US952340A - Pump. - Google Patents

Pump. Download PDF

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Publication number
US952340A
US952340A US50312909A US1909503129A US952340A US 952340 A US952340 A US 952340A US 50312909 A US50312909 A US 50312909A US 1909503129 A US1909503129 A US 1909503129A US 952340 A US952340 A US 952340A
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United States
Prior art keywords
chamber
pump
valve
rod
plunger
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US50312909A
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Henry N Murphey
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Individual
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    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F04POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
    • F04BPOSITIVE-DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS
    • F04B53/00Component parts, details or accessories not provided for in, or of interest apart from, groups F04B1/00 - F04B23/00 or F04B39/00 - F04B47/00

Definitions

  • Fig. 2 is a sectional view ot the ium) barrel and valve chamber.
  • F1o'. 3 l n is a section on liuc Fig. 2.
  • the lower end of the sleeve 3 is screwthreaded, and upon it is screwed a larger perforated strainer tube (3, the holes in this tube serving to admit water and prevent the entrance of any matter which would be liable to clog and interfere with the operation of the pump.
  • the upper end of the chamber A has in general an oval shape, and on one side is an opening 7 which is in line with and connects with the chamber 8. Upon the other side is a D-shaped opening 9 which is separated from the opening 7 by a transverse diaphragm 10. This portion of the chamber has flanges 11 projecting from opposite sides of the narrowest portion of the chamber transverse to its major diameter.
  • the chamber 8 is substantially of the same shape as the upper end of the chamber A, and has flanges extending similar to those shown at 11 through which the two may be bolted together'.
  • the diaphragm 12 which separates the two parts of the chamber 8 has a recess formed in it at 13, and this recess is of such shape and size as Specication of Letters Patent.
  • This valve may be of D shape, having its straight edge hinged upon one side ot the opening 9 ot the chamber A, and the upper part o'l" this chamber has a correspondingly inward projecting flange or ledge 15, which serves as a seat for the valve 14.
  • One branch of the upper end ot' the chamber 8 is screw-threaded upon the outside, and the pump barrel 1G is correspmidingly threaded on the interior o't ⁇ its lower end. and thus is adapted to screw upon the chan1- ber S.
  • the length of this barrel will depend upon the stroke of the piston.
  • the upper end of the pump barrel has a cap 17 with a small inwardly projecting threaded tlange made centrally upon it, and this cap is adapted to screw into the pump chamber' 1G.
  • 1S is a tube which screws upon thc llange of the cap 17 and is ot sullicicnt diameter to receive the plunger rod 19 which may rt ciprocate in this tube.
  • the plunger 20 is ot any suitable or desired description litting within the pump barrel 16, and is reciprocated in unison with the plunger rod 19.
  • the plunger and thc plunger rod are designed to be ot a weight which will subsantially counterbalance the weight of the cob umn of water which is being lifted.
  • Thisl column ot' water is lifted through the opening' 9 of the chamber A, and through a pipe 21 which is screwed into the upper part oi" that portion ot the chamber 8 which corresponds with the discharge from the chamber A.
  • the plunger rod 19 passes up through the top of the tube, and is connected by any suitable connection Q3 with the A[lat guided and slidable bar 241.
  • 25 is a standard liXed to the cap QG which covers the standard Q2, and this standard has an arm bent at right angles with the upper part, with a llat slot made through it which serves as a guide for the rod Q11.
  • this lever 27 is pivoted at of, is connected, and this coupling may have a discharge spout or nozzle 231, or it may be continued upwardly and to any desired point of discharge above it.
  • any suitable power apparatus may be connected with the lifting-rod or pitinan 24 to reciprocate the parts.
  • the operation oi the device will then be as Ytollows:
  • the pump barrel is preferably submerged below the surface ot the water in the well, and it has a small hole 32 made in the cap l? through which water may enter above the plunger, and thus torni at all times a tight joint between thc plunger and the cylinder.
  • the upward movement ot the plunger opens the valve water being drawn into the chamber S, and such part ot' the cylinder le as is exposed, and when the plunger descends, the valve 5 closes, and the pressure ot the water opens the valve lil, allowing the water to be forced up through the pipe 21 to the pointy ol discharge.
  • the weight oi the piston and rod being properly calculated, it will approximately balance the. weight oil' the column ot water which is being acted upon, and thus the pump will operate easily, and without the jerking and heavy strains which would otherwise come upon the moving parts.
  • the water changes direction but little in being drawn into the pump cyliiuler and when :Forced out; and is also but littley changed in direction when torced into the discharge pipe.

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Reciprocating Pumps (AREA)

Description

Patented Mar. 15,1919.
H. N. MURPHEY.
PUMP. APPLICATION FILED JUNE 19, )909.
Am Unwin om PNUTQLITNOGRAPnaRs. wAsumc'lmi. D. c
emailen] LAMES EATENV FFltQlE.
HENRY N. lVIUBP-IEY, OF EAST OAKLAND, CALIFORNIA..
PUMP.
naaste.
To all whom tt may concern:
Be 1t known that I, HENRY N. Mnnrnnr, a citizen of the United States, residing at vEast Oakland, in the county ot' Alameda pump. Fig. 2 is a sectional view ot the ium) barrel and valve chamber. F1o'. 3 l n is a section on liuc Fig. 2.
In the construction of my pump I Yform a chamber A, the lower part of which is rounded and converging to a single substantially central opening, and it has a downwardly projecting cylindrical flange Q. lVithin this llange is screwed an interior sleeve 3 extending up to near the top of the flange, and this sleeve is thickened at the upper end to form an annular seat a. The valve 5 is hinged upon the upper part of this seat and closable thereon.
The lower end of the sleeve 3 is screwthreaded, and upon it is screwed a larger perforated strainer tube (3, the holes in this tube serving to admit water and prevent the entrance of any matter which would be liable to clog and interfere with the operation of the pump.
The upper end of the chamber A has in general an oval shape, and on one side is an opening 7 which is in line with and connects with the chamber 8. Upon the other side is a D-shaped opening 9 which is separated from the opening 7 by a transverse diaphragm 10. This portion of the chamber has flanges 11 projecting from opposite sides of the narrowest portion of the chamber transverse to its major diameter.
The chamber 8 is substantially of the same shape as the upper end of the chamber A, and has flanges extending similar to those shown at 11 through which the two may be bolted together'. The diaphragm 12 which separates the two parts of the chamber 8 has a recess formed in it at 13, and this recess is of such shape and size as Specication of Letters Patent.
Application filed .Tune 19, 1909.
Patented Mar. 1 5, 1910.
Serial No. 503,129.
to receive the hinged valve 111-. This valve may be of D shape, having its straight edge hinged upon one side ot the opening 9 ot the chamber A, and the upper part o'l" this chamber has a correspondingly inward projecting flange or ledge 15, which serves as a seat for the valve 14.
One branch of the upper end ot' the chamber 8 is screw-threaded upon the outside, and the pump barrel 1G is correspmidingly threaded on the interior o't` its lower end. and thus is adapted to screw upon the chan1- ber S. The length of this barrel will depend upon the stroke of the piston.
The upper end of the pump barrel has a cap 17 with a small inwardly projecting threaded tlange made centrally upon it, and this cap is adapted to screw into the pump chamber' 1G.
1S is a tube which screws upon thc llange of the cap 17 and is ot sullicicnt diameter to receive the plunger rod 19 which may rt ciprocate in this tube.
The plunger 20 is ot any suitable or desired description litting within the pump barrel 16, and is reciprocated in unison with the plunger rod 19.
The plunger and thc plunger rod are designed to be ot a weight which will subsantially counterbalance the weight of the cob umn of water which is being lifted. Thisl column ot' water is lifted through the opening' 9 of the chamber A, and through a pipe 21 which is screwed into the upper part oi" that portion ot the chamber 8 which corresponds with the discharge from the chamber A.
22 is a stand or base at the surface ot the ground, and through this the tube 1S extends. The plunger rod 19 passes up through the top of the tube, and is connected by any suitable connection Q3 with the A[lat guided and slidable bar 241.
25 is a standard liXed to the cap QG which covers the standard Q2, and this standard has an arm bent at right angles with the upper part, with a llat slot made through it which serves as a guide for the rod Q11.
27 is a lever handle fulcrumed to a link 28, which is loosely pivoted at the bottom to a lug or projection from the standard 25.
The inner end of this lever 27 is pivoted at of, is connected, and this coupling may have a discharge spout or nozzle 231, or it may be continued upwardly and to any desired point of discharge above it.
It will be understood that in place of the lever 27, any suitable power apparatus may be connected with the lifting-rod or pitinan 24 to reciprocate the parts.
The operation oi the device will then be as Ytollows: The pump barrel is preferably submerged below the surface ot the water in the well, and it has a small hole 32 made in the cap l? through which water may enter above the plunger, and thus torni at all times a tight joint between thc plunger and the cylinder. The upward movement ot the plunger opens the valve water being drawn into the chamber S, and such part ot' the cylinder le as is exposed, and when the plunger descends, the valve 5 closes, and the pressure ot the water opens the valve lil, allowing the water to be forced up through the pipe 21 to the pointy ol discharge. The weight oi the piston and rod being properly calculated, it will approximately balance the. weight oil' the column ot water which is being acted upon, and thus the pump will operate easily, and without the jerking and heavy strains which would otherwise come upon the moving parts.
ly disposing the chamber A, with its openings T and t) substantially equidistant trom the center to the inlet pipe or passage, the water changes direction but little in being drawn into the pump cyliiuler and when :Forced out; and is also but littley changed in direction when torced into the discharge pipe.
'lhc (.:onstruction ot the chamber' A, its connection with the chamber S, and connection of the various parts ot' the pump, malte it a very simple one to assemble, or take down when necessary 'for transportation or other purposes.
Having thus described my invention, what I claim and desire to secure by Letters Patent isl. The combination in a pump of a pump cylinder and a discharge pipe, superposed chambers, the upper one having` two open- .y ings with which the pump cylinder and discharge pipe are connected respectively, the lower one having openings registering with those of the upper, and tlanges on opposite Y sides by which the two chambers are united, a seat formed by thickening the wall of the opening of 'the lower chamber which connects with the discharge pipe, a valve hinged thereto, a recess formed in the diaphragm between the passages of the upper chamber adapted 'toreceive the valve when opened, said lower chamber. converging downwardly having a single opening, and a screw-threaded flange at the bottom, a coupling connection adapted to screw into said flange, said coupling having a thickened seat around its upper upon the seat, said valve being removable with said coupling a plunger reciprocating in the pump cylinder, and va tube extending upwardly, through whiclr the pump rod passes, a guided slidable rod, with the upper end ot which the pump rod is connected, and a t'ulcrumed lever connected with the guide rod. i ,if
2. The combination in a 1 mp, of a suction pipe and strainer, a chamber having a single opening at the bottom, a coupling between the suction pipe and said opening, said coupling having a seat and a valve hinged thereto, said chamber diverging upwardly and having an oval form, two openings at the top with a central diaphragm, a correspondingly shaped chamber registering with the upper end of said lirst named chamber, both chambers having flanges projecting' from their narrowest diameter whereby they may be bolted together, a seat 'formed on the upper end of the lowerinost chamber having a valve hinged thereon, a recess formed in the vertical wall of the upper chamber between the passages, and adapted to receive the valve when opened, a pump cylinder and a discharge pipe screwing into the upper ends of the openings ot the uppermost chamber, said pump cylinder having a cap, and a central pipe extending upward therefrom, said cap having an opening ior the admission of water, a plunger fitting said cylinder, a plunger rod extending upwardly through the pipe, a base through which said pipes pass, said base having a guide standard fixed thereto, a rod having a fulcrumed lever handle connected therewith, and slidable through the guide, said rod having the lower end connected with the upper end of the pump rod, and an outlet pipe or nozzle connected with the upper end of the discharge pipe.
n testimony whereof I have hereunto set my hand in presence ot' two subscribing witnesses.
HENRY N. MURPHEY.
lVitnesses Parini E. GaiiviN, CYMoN l. Benin'.
end, a valve hinged thereto and closablel
US50312909A 1909-06-19 1909-06-19 Pump. Expired - Lifetime US952340A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
US50312909A US952340A (en) 1909-06-19 1909-06-19 Pump.

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US50312909A US952340A (en) 1909-06-19 1909-06-19 Pump.

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20060225193A1 (en) * 2004-03-30 2006-10-12 Smith Eric C Hand-operable pump

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20060225193A1 (en) * 2004-03-30 2006-10-12 Smith Eric C Hand-operable pump
US7188377B2 (en) 2004-03-30 2007-03-13 Eric C. Smith Hand-operable pump

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