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Патент USA US2118539

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-Maly 2_4, 1938.
F. E. SCHEIDER ET AL,
2,1 18,539 >
1
APPARATUS FOR PUMPING WELLS
Orlgínal Flled Dec
24, 1935
.
Pwi.nuit.
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/N VEN TORS
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I] E UIIHUUB
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2,118,539
Patented May ~24, 1.938
N _I ` ¿UNITED STATES
„
¿PAT-ENT >OFFICE.
ananas
Y
l
‘
APrAaA'rUs ron comme. wELLs
Frederick Edmund schemer and James can
Hinkle, Los Angeles, Calif.; vsaid Hinkle assign
or to said Scheider
Beliled for abandoned application Serial No.
55.968, _December 24, 1935. This application
June 15, 1937, Serial No. 148,364
z claims. `(ci. ins-_44)
An object of this invention is to provide an efli
`»liquid columns in-a well, a factor making the .
cient apparatus for pumping wells particularly ' elimination of sucker rods possible aswell 'as pro
4deep wells such as-oil wells. This application is
a duplicate of , and is refiled for abandoned appli
viding forx a less expensive and more efdc'ient
pumping of wells regardless of the depth thereof.
_ The interactive connection of the two columns
` 5 canon serial Number 55,968.
may be provided through the medium of suitably
valved plungers, or by any other means which
will transmit from one column to the other the
counterbalancing force of said columns while,
In wells of great depth; the utilization of the
conventionalfo'rms of pumping equipment`> has
reached, and in many instances exceeded the limit
Y of economical and efficient use and it is therefore
however, maintaining said columns independent. 10
1o an object of this invention to provide an appara
tus whereby wells, regardless of great depth, ma
'I'he next step is that of alternately applying a
pumping power increment to the liquid columns, '
which increment alternately coacts with the re
be economically and emciently pumped.
Another object is to provide a reliable and eñi
spective counterbalanclng forces of the columns
cient apparatus for pumping wells wherein the
lli use of sucker rod equipment is ineiilclent, costly
and not infrequently impossible.
y
,
'
' A'iurther object is to provide an apparatus of
the character described which utilizes the in
herent forces of the well to function in the pump-»
ing operation and thereby reduce pumpingcosts
and causes ñrst one and then the other to be de
pressed whereupon iirst one and then the other
`oi? the columns will be raised suiliciently to cause
the liquid to flow out of the top of the well.
`and increase production.
`
' A further ,object of the invention is to eliminate
the use of sucker rods in well pumping equipment.
With the above and other objects in view the
w invention consists in the ‘novel- combination of
parts hereinafter described, illustrated in the
accompanying drawing, and set forth in the
claims hereto appended, it being understood that
various changes in form, proportion, size and
30 minor details of construction within thel scope
of the claims may be resorted to without'depart~
This step may be accomplished by alternately
applying to the tops of said liquid columns a force
from alternately actuated power plungers or rams
whereby to depress one column and raise `the
other and vice versa as aforesaid.
Inasmuch as the forces of equilibrium of the
two liquid columns function in the pumping op
eration; but a relatively small «power increment is
required to cause theliquid columns, to flow
from the top of the well.
4As here shown the apparatus comprises a well
l comprised of the well casing 2 in which ‘is
mounted a pipe line 3 embracing the liquid col
ing from the spirit or sacriiicing any of the ad
umn li.
vantages of the invention.
bracing the liquid column 6. Both oi’ the pipe
`
l
30
Within the line- 3 is a pipe line ii em
`lines 3 and 5 illustrated as forming the inde
.
Figure 1 is a fragmentary vertical sectional pendent liquid columns 4 and 6 extend the en 35
View of a well exen‘iplifying one embodiment of» tire depth of the well.A The lower end of the pipe
line 5 terminates in the plungerbarrel 'l of sum
the invention.
'Referring to the drawing:
35
Figure '2 is a reduced cross sectional view on
line 2-2 of Figure l.
40
l
'
Figure 3 is a `reduced cross sectional view on
line 3_3 of Figure 1._,
Figure 4 is a- vertical sectional view showing a
variational form of the invention.
In carrying out one embodiment of the present
45" invention, independent liquid columns capable
4of cou'nterhalancing> one another are created in
the well to be pumped either by providing parti
tioned or divided pipe lines or by utilizing inde
pendent pipe lines within the well casing or by
50 any suitable means.' Next, the coliunns are in
. teractively connected so that a counterbalancing
cient length/to‘ provide the plunger stroke desired.
The pipe line 3A terminates in the casing or> bar
rel 8. The plunger barrel 'l is positioned and
secured oil-center, Figure 2, in the ,casing 8 for
the purpose of accommodating, in small bore ap
paratus, the several valved ports later described. _ .
The lower end of the casing 8 is disclosed as at
45
9 with relation'to the plunger barrel l.
Within theplunger barrel ‘l is fixed the par
tition, I0 through and in which the tubular
plunger rod Il is slidably mounted. The upper
end of the rod Il is provided with the piston or
plunger head I2 operating in the upper portion 50
of the barrel 1 against the liquid column 6, there
being an opening I3 through the plunger l2 to the ~
the liquid in said columnsis interactively applied » bore of the plunger rod l I which opening is con
. iorce'derived from the hydrostatic equilibrium of
- from one to the other of the columns. This
_ l5 procedure creates `substantially counterbalanced v
trolled bythe upwardly opening check valve |14.
Atfits lower end and within the extension I5 55
2
2,115,539
oi' the plunger barrel 1, the extension I! being
oi such 'bore as to provide the ratios oi’ plunger
I 'head areas requisite or desired, the tubular rod
or plunger II constitutes or carries the plunger
head I8. Port openings I1 communicate with the
bore Il controlled by the check valve I4 in plung
er head I2. 'I'he extension or'plunger barrel I5 is
providedv with the liquid inlet opening I3 com
municating'with the well supply and controlled
by the inwardly opening check valve 20 and the
outlet openings 2Ir communicating with the liquid
coiumn 4 which Ireelysurrounds the plunger bar
rels 1 and I5. 'nie outlet openings 2I are con~
trolled by the outwardly opening check valves 22.
15 Below the partition _I3 the plunger barrel is pro
vided with the inlet openings 23 forming a sealed
passage through the liquid column 4 and com
municating with the well liquid supply, admission
oi which to the plunger barrel is controlled by the
20 inwardly opening check valves 24. Above the
partition III and below the plunger head I 2, when
the latter is in its lowermost stroke position, the
plunger barrel is provided with the openings or
ports 25 freely permitting the liquid of the liquid
25 column 4 to have inlet and outlet flow relative
to the movement o! the plunger head I2 in rela
tion to the ilxed partition I0.
'
'
'
The tops of the pipe lines 3 and 5 forming the
‘ liquid -columns 4 and 6 are closed as at 26 and‘21
30 with the exception of the vent valves 23 and 23
and. the pipe line connections 30 and 3l for con
nection of the liquid column actuating power
source. In simple form, a power operated plung
er or ram 32 is connected with the upper end of
35 line 3 and a similar -power unit 33 is connected to
the upper end of line l. These power units are
synchronously driven by any suitable means of
power application not shown. The power units 32
and 33 are provided with the outlets 34 and 35
40 through which liquid ilows or ispumped from the
well and by means of which the entire system
may be primed or charged with liquid.
'I‘hat portion of the plunger barrel below the
ilxed portion I3 is divided by the plunger head
Il into the chambers A and B whereby the appa
ratus-is of -the double action type> wherein dis
charge of the liquid to be pumped occurs on each
stroke oi the piston.
Operation is as follows:
50
.
'
during the upstroke oi’ the plunger C, liquid from
well supply enters chamber B through the inlet
valved port I9.
'
-
'I'he pumping power increment is now applied
to the ram 33 causing the liquid therein to ilow
into the column 6 whereupon' the plunger C is
caused to make .the down stroke. During this
down stroke the liquid oi’ column 4, caused by the
ram 32 to iiow through the ports 2_5 to raise the
plunger C, is now caused by the ram 33 to ilow
out through the ports 25 into the liquid column 4
and in addition causes the liquid in the chamber
B, closed to the well supply by the check valve20, to flow through the outwardly opening check
valves 22 into the column 4. Upon the initial up
ilow of the liquid in column 4, the ram 32 is re
tracted to the position shown thereby exposing
the outlet 34 through which the stroke volume of
chamber B flows from the well. 'I'he movements
described constitute a pumping cycle continu 20
ance of which will pump the well.
It will now be apparent that the plunger’en-f
semble C is interactive between the lower “ends”
of the liquid columns 4 and 6 and exercises from
one liquid column to the other the forces of hy 25
drostatic equilibrium and in addition exerts upon
either liquid column, when stationary or while.
moving, any force applied to the other, while con
currently maintaining-the independence of the
liquid columns.v
‘
It should be noted that the stroke oi' the plung
er ensemble C may be determined and regulated
by the stroke of the rams 34 and 35.
The embodiment of the invention shown in
Figure 4 operates under counterbalanced liquid
columns E and F having pressure applied there
to alternately in the same manner as in the pre
viously described form of the invention. Thel
plunger head 40 at the top of the plunger 4I is
exposed to the lower end of column F whereas the 40
lower vside of said plunger head is exposed
through the openings“ to the other column E
whereby the plunger is eiIective to transmit the
interactive force of said columns from one to the
other thereof while maintaining said columns 1n 45
depen'dent of one another.
-
The plunger barrel 43 in which the plunger 4I
operates has a valved intakeopening 44, com
municating with the supply of liquid inthe well.
- -
Upon lowering the apparatus into the well >with
the parts in the position shownin Figure 1, liq- ,
and is also provided with the valved outlet open
uid from the well supply enters chamber A
through the valved ports 23. The pipe lines 3
ing'45 rcommunicating with the liquid column E.
On the upstrokeA of the plunger liquid Ilows~
through the intake 44 into the barrel 43 whereas
and~5 and the power units 32 and 33 are primed
on the down stroke of said plunger the intake
55 or filled through the respective outlets 34 and 3l
with liquid such as. that of the well supply or
otherwise, and the apparatus is -ready for start
ing.
~
’
44 is closed and the liquid is caused to Ilow out ,
of the plunger barrel 43 through the valved out~
let 45 into column E which there'i'ore4 rises until
the liquid thereof flows out of the top of the well.
The power unit 3241s now operated to exert a
pumping power increment on the liquid in col
umn 4 and this column now ilows through the
15
l. In well pumping apparatus, a well includ~
ing independent pipe lines arranged one within
ports 25 and acts upon the plunger head I2 caus- - the other and containing liquid columns which
ing the plunger ensemble parts C to rise whereby are capable of substantially counterbalancin'g
the liquid from the well supply in chamber A, one another, a. power operated means for alter
05 closed to the well supply by the check valves 24, nately applying pressure to the top of said liquid
is caused to iiow through theports I1 bore Il and columns, a plunger ensemble operative adjacent
raise the check valvev I4; and, upon continuedris
to the lower ends of said pipe lines to separate
ing of the plunger, is caused to ilow into the liq
said liquid columns and to transmit the forces
uid column 3 during the full upstroke of the of said columns from one to the other thereof,
70 plunger head I2 caused by the-relative movement a plunger barrel contiguous with the lower end
of the ram 32. Upon the initial upilow of the d! the inner pipe line,l a partition dividing said
liquid in column I the ram 33 is retracted to the barrel into upper and lower sections, said plung
position, shown in dotted lines, exposing the out
er ensemble including a tubular plunger rod
let 3l through which the stroke volume oi' the slidable in said partition, a plunger head on the
75 chamber A ilows from the well. Simultaneously, upper end of .said rodY having a port therethrough
2,1 18,589
communicating with the bore of said tubular rod,
an upwardly opening check valve controlling
said port, a plunger head on the lower end of
said rod, said tubular rod having an opening in
its lower end above the lowermost plunger head
communicating with the lower section of said
3
separate said liquid columns and to transmit the
forces of said columns from one to the >other
thereof, a plunger barrel contiguous with the
lower vend of one pipe line, a partition dividing
said barrel into upper and lower sections, said
plunger means including a tubular plunger rod
« barrel, said barrel having an open port above the slidable in said partition, a plunger head on the
partition and below the upper plunger head when lupper end of said rod, a plunger head on the lower
the latter is _in its lowermost position, a liquid end of said rod, said plunger rod having an open
10 intake member for said barrel located below the ing therein at its lower end and an opening atl 10
partition and communicating the supply of well its upper end which latter communicates with the
liquid with the portion of the lower barrel section barrel Vspace above the upper plunger head, a
valve controlling the last named opening, said
located above the lower 'plunger head, an inward
‘ ly opening check valve controlling said intake barrel having an open port above the partition,
a liquid intake member located between the low
member, said barrel having an outlet port open
ing into the outer pipe line from the portion of ermost plunger head and said partition and com
the barrel located below the lower plunger head, municating with the supply of liquid in said well,
an outwardly opening check valve controlling an inwardly opening check valve controlling said
said outlet opening, means closing the lower end intake member, said barrel having'an outlet port
opening into one pipe lineV from the portion of .20
of the outer pipe line, said barrel having a liq
the barrel located below the lower plunger head,
uid intake opening at its lower end communicat
ing with the supply of liquid in said well and an an outwardly opening check valve controlling said
upwardly opening check valve controlling 4the outlet opening, means closing the lower ends of
said pipe lines and providing an intake commu
last named opening.
2. In well pumping apparatus a well including nicating the lower end of the barrel with the 25
independent pipe lines containing liquid columns, supply of liquid in said well, and an upwardly
a power operated means for alternately applying opening check valve controlling said intake.
'
FREDERICK EDMUND SCHEIDER.
pressureto thetops of said liquid columns, a
JAMES CARL HINKLE.
~
,
_plunger means operative in said pipe >lines to
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