US2174805A

US2174805A - Deep well pump

Info

Publication number: US2174805A
Application number: US183817A
Authority: US
Inventors: Hardy H Raulerson
Original assignee: Individual
Current assignee: Individual
Priority date: 1938-01-07
Filing date: 1938-01-07
Publication date: 1939-10-03
Anticipated expiration: 1956-10-03

Description

H. H. RAULERSON DEEP WELL PUMP Oct. 3, 1939.

Filed Jan. 7, 1938 2 Sheets-Sheet l INVENTOR.

Hardq. H. Raukzrson.

ATTO EY.

Oct. 3, 1939, H. H. RAULERSON 2,174,805

DEEP WELL PUMP Filed Jan. 7, 19:58 2 Sheets-Sheet 2 l4 INVENTOR. 52, A HQr-dq H.Raulerson Patented Dot. 3, 1939 UNHTED STATES PATENT creme '7 Claims.

This invention relates. to deep well pumps.

The general object of the invention is to provide an improved, double acting, barrel type, deep well pump.

Another object of the invention is to provide a deep well pump including an outer barrel having novel heads thereon which support an internal cylinder and wherein a novel valve arrangement is employed forproducing a substantially continuous flow of fluid.

Another object of the invention is to provide a novel valve construction for deep well pump.

Another object of the invention is to provide a novel head member for a deep well pump.

Other objects and the advantages of my invention will be apparent from the following description taken in connection with the accompanying drawings wherein:

Fig. 1 is a side elevation, partly in section, showing my improved pump;

Fig. 2 is an enlarged fragmentary section taken on line 22 of Fig. 1;

Fig. 3 is an enlarged section taken on line 3-3 of Fig. 1;

Fig. 4 is a section taken on line 4-4 of Fig. 2;

Fig. 5 is a section taken on line 5-5 of Fig. 3;

Fig. 6 is a section taken on line 6-6 of Fig. 2;

Fig. 7 is a section taken on line '|-l of Fig. 3;

Fig. 8 is a section taken on line 8-8 of Fig. 3; and

Fig. 9 is a section taken on line 99 of Fig. 2.

Referring to the drawings by reference characters I have indicated my improved pump generally at In. As shown the pump in includes a head member I! and a bottom member 12. The lower portion of the head I l is externally threadedas at I3 and the upper portion of the bottom member I2 is similarly threaded as at I l.

An outer barrel l5 connects the head I l and the bottom member 12 and adjacent its upper end is internally threaded as at I5 to engage the threads l3 of the head and adjacent its lower end is internally threaded as at ii to engage the threads I4 of the bottom member.

. The bottom member l2 has a recess l8 therein in which a standard type of standing valve mechanism i9 is positioned. The standing valve shown includes a cup-shaped body portion 21! having an aperture 2| in the bottom 22 thereof with a tapered valve seat 23 surrounding the upper portion of the aperture. The body 20 has a plurality of depending legs 24 thereon which are connected by a lower transverse member 25 and an intermediate transverse member 26. (See Fig. 8.) A perforated metal screen 21 surrounds the legs 24 and is held in place by a cap member 28 which is secured to the lower member 25 by a screw 29.

A valve head 30 positioned in the body 20 is adapted to control the passage of fluid through the aperture 21. pending valve stem 31! which extends through an aperture 32 in the member 26 and has a washer S3 thereon adjacent its lower end. Surrounding the valve stem 3i between the rib 26 and the washer 33 a coiled spring 34 is provided which resiliently urges the valve head 35 into engagement with the valve seat 23.

Positioned in the barrel I5 above the bottom member l2 I provide a base member 35. As shown the base member 35 comprises an externally threaded outer ring 36 and a spaced inner ring 31 connected to the outer'ring by a plurality of lugs 38. (See Fig. '7.) The threads of the outer ring 36 engage the threads ll of the outer barrel i5 and the bottom member I2 acts as a lock nut for the base member.

The upper face of the base member 35 is bevelled as indicated at 39 to form a valve seat. The inner ring 31 has a coaxial recess 40 therein which opens through the upper face thereof.

The head ll includes a reduced coaxial inner sleeve 4! which is connected intermediate its length to the body by a pair of opposed hollow boss portions 52. Each of the hollow bosses has a transverse partition 43 therein having an aperture M therein and a tapered valve seat 45 surrounding the aperture on the inward face of the partition; A spider member 46 which includes an apertured boss 5! is positioned in each of the bosses 42 against the outer face of the partition 53. (See Fig. 9.) Positioned adjacent the inner face of the partitions 43 I provide a valve member 48 which includes an outwardly extending valve stem 49. The valve stem 49 extends through the apertured boss ll of the spider 46 and has a pin retained Washer 50 thereon. Surrounding the valve stem 49 between the spider boss 51 and the washer 50 I provide a coiled spring 51 which resiliently urges the valve 48 into engagement with its associated seat 45.

Below the bosses 42 the inner sleeve 4| has a recess 52 therein opening through the bottom thereof. The upper end of an inner barrel 53 is positioned in the sleeve recess 52 and the lower end of the barrel 53 is positioned in the recess 40 of the base member 35;

Surrounding the inner barrel 53 adjacent the base member 35 I provide a valve device 54. As shown the device- 54 includes a metal body portion 55 and a depending rubber valve head 56 The valve 30 includes a de- 5 the lower face of which is tapered to match the taper 39 of the base member 35. The rubber valve head 55 is shown as secured to the metal body 55 by having a portion thereof vulcanized in a circular dovetailed groove 51 in the body 55.

Normally the weight of the device 50 retains the tapered face of the rubber valve head 56 in engagement with the tapered face 39 of the base member 35 to thereby restrict passageway from within the outer barrel l5 through the device 35 into the bottom member [2.

Above the hollow bosses 42 of the head H the inner sleeve 4| has a threaded recess 58 therein in which I provide a plug member 59. As shown the plug member 59 includes an externally threaded outer ring 60 and a reduced inner ring 6| connected to the outer ring by a plurality of spaced lugs 62. (See Fig. 6.) The inner ring 6i includes an upwardly extending hub portion 63 having an aperture 54 therein and being externally threaded adjacent its upper end as at 55. The upper face of the plug member 59 is concavely tapered as at 66 to form a valve seat.

Surrounding the hub portion 53 adjacent the concave face 66 I providea valve device t'i. As shown the valve device 61 is similar to the valve device 54 and includes a metal body portion 58 and a depending rubber valve head 69. The lower face of the rubber valve head 69 is tapered to match the taper 66 of the plug member 59. The rubber valve head 69 is shown as secured to the metal body 58 by having a portion thereof vulcanized in a circular dovetailed groove "it in the body 53. Normally the weight of the device 53' retains the rubber valve head 59 in engagement with the tapered face 56 of the plug device 59 to restrict passage downward through the device 59 into the sleeve 4|.

Positioned in the aperture 54 of the hub portion 63 of the plug device 59 I provide a piston rod 'II which extends downwardly into the inner barrel 53 where it includes a threaded portion 12. Mounted on the threaded portion I show a suitable double acting piston 73 which includes a pair of upwardly acting packing members 74 and a pair of downwardly acting packing members 15. The piston 73 further includes a lower clamping nut 15 and an upper head nut 11. The head nut 17 includes a plurality of upwardly extending spaced radial ribs 73. (See Fig. 5.) When the piston 13 is raised until the head nut 11 engages the plug device 59 the head nut ribs 18 are adapted to enter similar grooves 79 in the lower face of the plug member so that by rotating the piston rod H the plug device 59 can be unscrewed from the sleeve 4|.

A suitable packing gland 80 surrounds the piston rod II and engages the threads 65 of the plug device 59 to prevent leakage through the aperture 64 into the sleeve 4|.

The upper end of the piston rod H is threaded as at 8i for engagement with a combination sucker rod guide and coupler device 82. The coupler device as shown includes a plurality of radially extending ribs 83 having vertical wing portions 84 thereon. The coupler device 82 as shown connects the piston rod il to a length of sucker rod 85 and as many sucker rod lengths may be similarly connected together as required to reach the surface.

A water conducting tubing 86 is secured to the head member I l by a threaded coupling member 81 which engages threads 88 provided adjacent the upper end of the head ll.

When my improved pump device i0 is operatively installed in a well and the piston 13 is moved upward the partial vacuum thus created in the inner barrel 53 below the piston opens the standing valve 30 whereupon Water enters the bottom member I2 and the inner barrel 53. At the same time water in the inner barrel 53 above the piston 13 unseats the valve device 61 and flows through the plug device 59 into the tubing 86. As the piston 13 moves downward the valve device closes and the standing valve 30 closes whereupon the pressure of the water in the inner barrel unseats the valve device 54 whereupon water flows through the base device 35 into the outer barrel l5 and thence upward into the tubing 85. Furthermore when the piston 73 moves downward the partial vacuum created in the inner barrel 53 above the piston causes the valves 48 to open whereupon water is drawn into the inner barrel 53 above the piston.

Thus it will be seen that upon each up stroke and each down stroke of the piston water is drawn into the pump and forced upward through the tubing 86 thereby providing a steady flow of water during the time the pump operates.

From the foregoing description it will be apparent that I have provided a novel pump device which is simple in construction and highly efiicient in use.

Having thus described my invention I claim:

1. A pump, a hollow head member, a hollow bottom member, an outer barrel connecting the members, a one way valve to admit fluid into said lower member, a base member removably secured in said barrel above said bottom member, the upper face of said base member including a valve seat, said base having a plurality of passageways therethrough, said head member including a central sleeve member connected to said head by a pair of opposed hollow boss members, each of said hollow bosses having check valve means therein operable to allow fluid to enter said sleeve, an inner barrel member engaging said sleeve and said base member, a lower one way valve device surrounding said inner barrel adjacent said base member, a plug member removably positioned in said head sleeve above said bosses, the upper face of said plug including a valve seat, said plug having a plurality of passageways therethrough surrounding said aperture, a valve member engaging said plug valve seat, said upper valve being adapted to restrict downward flow of fluid through said plug into said sleeve and allow upward flow of fluid through said plug passageways, a piston rod positioned in said inner barrel and a piston on said rod.

2. A pump, a hollow head member, a hollow bottom member, an outer barrel connecting the members, a one way valve to admit fluid into said lower member, a base member removably secured in said barrel above said bottom member, the upper face of said base member including a valve seat, said base having a central recess therein opening through the upper face thereof, said base having a plurality of passageways therethrough surrounding said central recess, said head member including a central sleeve member connected to said head by a pair of opposed hollow boss members, each of said hollow bosses having check valve means therein operable to allow fluid to enter said sleeve, said sleeve having a central recess therein below said bosses, an inner barrel member, the upper end of said inner barrel being positioned in said sleeve recess and the lower end being positioned in said recess of said base member, a lower one way valve device surrounding said inner barrel adjacent said base member, said lower valve including a body portion having a rubber valve head thereon, a plug member removably positioned in said head sleeve above said bosses, the upper face of said plug including a valve seat, said plug having a plurality of passageways therethrough surrounding said aperture, a valve engaging said plug valve seat, said upper valve being adapted to restrict downward flow of fluid through said plug into said sleeve and allow flow of fluid through said plug passageways, a piston rod positioned in said inner barrel and a piston on said rod.

3. A pump, a hollow head member, a hollow bottom member, an outer barrel connecting the members, a one way valve to admit fluid into said lower member, a base member secured in said barrel above said bottom member, said base member including a valve seat, said base having a central recess therein opening through the upper face thereof, said base having a plurality of passageways therethrough surrounding said central recess, said head member including a central sleeve member connected to said head by a pair of opposed hollow boss members, each of said hollow bosses having check valve means therein operable to allow fluid to enter said sleeve, said sleeve having a central recess therein below said bosses, an inner barrel member, the upper end of said inner barrel being positioned in said sleeve recess and the lower end being positioned in said recess of said base member, a lower one way valve device surrounding said inner barrel adjacent said base member, a plug member removably positioned in said head sleeve above said bosses, the upper face of said plug including a valve seat, said plug having a plurality of passageways therethrough surrounding said aperture, a valve engaging said plug valve seat, said upper valve being adapted to restrict downward flow of fluid through said plug into said sleeve and allow flow of fluid through said plug passageways, a piston rod positioned in said inner barrel and a piston on said rod.

4. In a pump, an outer barrel having a head member and a bottom member thereon, a one way valve afiording communication to the interior of the bottom member, an annular valve seat in the lower portion of said barrel and affording communication between the bottom member and the interior of the outer barrel, an inner barrel spaced from the outer barrel, a valve slidable on the inner barrel and movable to engage said valve seat, a one way valve affording communication with the inner barrel, a piston in said inner barrel, a rod on said piston, an annular valve seat on said inner barrel adjacent the top thereof and aifording communication between the inner barrel and the interior of the upper member, and a valve slidable along the piston rod and adapted to engage said second mentioned valve seat.

5. In a pump, a head member, a bottom member, an outer barrel connecting the head member and the bottom member, a one way valve affording communication to the interior of the bottom member, a base member in said outer barrel and above the bottom member, an annular valve ring in said outer barrel, an inner barrel spaced from said outer barrel, a valve member slidable on said inner barrel and adapted to engage said valve seat, said head member including a valved inlet opening to the interior of said outer barrel, a piston in said inner barrel, a rod on said piston, a valve slidable on said rod and a valve seat engageable by said last mentioned valve to control communication from the interior of said inner barrel to the interior of the head member.

6. In a pump, a head member, a bottom member, an outer barrel connecting the head member and the bottom member, a standing valve affording communication to the interior of the bottom member, a base member in said outer barrel and above the bottom member and comprising an inner ring and an outer ring secured together at spaced intervals whereby a plurality of arcuate passages are provided, an inner barrel engaging said inner ring, a valve member slidable on said inner barrel, the upper ends of said inner and outer rings being bevelled to form a valve seat, the lower portion of said valve member being bevelled to engage said seats, said head member including a valved inlet opening to the interior of said head member, a piston in said inner barrel, a rod on said piston, a plug member in said head member, said plug member including an outer ring and an inner ring connected together at spaced points to provide arcuate passages therebetween, said plug member inner ring including an upwardly directed hub surrounding said piston rod, the lower portion of said plug member inner ring and the plug member outer ring having bevelled portions forming a valve seat, and a valve slidable on said hub and adapted to engage said last mentioned valve seat.

'7. In a pump, a head member, a bottom member, an outer barrel connecting the head member and the bottom member, a standing valve afiording communication with the interior of the bottom member, a base member in said outer barrel and above the bottom member, said base member including an inner ring and an outer ring, said rings being secured together at spaced intervals whereby a plurality of arcuate passages are provided between the inner and outer rings, an inner barrel engaging said inner ring, a valve member slidable on said inner barrel, said valve member including a metal upper portion and a rubber lower portion, the upper ends of said inner and outer rings being bevelled to form a valve seat, the lower portion of said valve member being bevelled to engage said seats, said head member including an inlet opening to the interior of said head member, a one way valve for controlling said inlet, a piston in said inner barrel, a rod on said piston and extending above said head member, said head member including an inner sleeve, a plug member in the upper portion of said last mentioned inner sleeve, said plug member including an outer ring and an inner. ring, said plug member inner and outer rings being connected together at spaced points thus providing arcuate passages therebetween, said inner ring including an upwardly directed hub member surrounding said piston rod, the lower portion of said hub member inner ring and the hub member outer ring having bevelled portions forming a valve seat and a valve slidable on said hub portion and adapted to engage said last mentioned seat.

HARDY H. RAULERSON.