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Publication numberUS1730336 A
Publication typeGrant
Publication dateOct 1, 1929
Filing dateFeb 6, 1924
Priority dateDec 3, 1923
Publication numberUS 1730336 A, US 1730336A, US-A-1730336, US1730336 A, US1730336A
InventorsToribio Bellocq
Original AssigneeToribio Bellocq
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Apparatus for the extraction of liquids
US 1730336 A
Abstract  available in
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Claims  available in
Description  (OCR text may contain errors)

Ot. l, 1929. T. BELLOCQ 1,730,336

APPARATUS FOR THE EXTRACTION OF LIQUIDS Filed Feb. 6, 1924 Patented a. 1, 1929 v UNITED STATES PATENT was,

'romm nnnnoce, or'nunuos Anenm'mA ArrAnA'rus roa'rnnnxrnAc'nou or mourns A Application filediebruary 6, 1924, Serial No.

- My invention relatesto moving or transport ng liquids and especially to extracting or pumping li uids from deep wells or other source of supp y in a new manner, its main similarly the limits usual with pumps for other liquids donot persist. In order that my present invention may be clearly understood'and easily carried into practice, a. preferred embodiment thereof has been shown in the appended diagrammatic drawings where-' in Figure lis a vertical section of a well and apparatus and Fig. 2 is a diagram of the curve of the pressure wave to which reference will be made hereinafter.

In the embodiment shown the device consists of a pipe A through which the liquid is withdrawn. The pipe reaches to the bottom of the well, or to the liquid level therein, and

- is of a suitable length as will be explained. At

the bottom of the pipe is a check or,retention valve V. The upper end ofthe pipe A is'connected at or about the ground level with a pump or compressor 0 preferably making rapid reciprocations with a short stroke. The

compressor is a valveless pump and is rovided with an outlet controlled b an ad ustable cock or the like R, through WhlCh the pumped liquid may pass from the system. The cock may beopened at the beginning of the opera- --tion but may be adjusted to a desirable point during operation. I v 7 Before starting the operation of the compressorcare must be taken to completely fill the pipe A and the cylinder of the compressor with liquid, carefully excluding substantially all free air and being sure that the piston of the compressor is in the outermost position.

- It is well known that energy may be conup a wave motion therein. Thewaves so set up are comparable to sound waves or waves of 681,068,, and in Argentina December-3, 102s.

electric energy. In order to set up suchwaves 1t 1s necessary to cause alternate areas of high and low pressure in the .medium and this may be effected by any suitable known means. 7 I find" it convenient to use for this purpose a reciprocating piston. The piston of the compressor C when rapidly reciprocated sets up waves in theliquid in the pipe A by alternately compressing the liquidili the p1pe and releasing the pressure especially when the piston has a short stroke. These waves have a length L equal to g in which nis the number of strokes per second oft he-piston of the compressor G and 'v is the speed'of the wave per second. When operating in water the speed of the wave may be substantially,-

the speed of sound in the water under the 0perating conditions.

As may be seen from the diagam in Fig. 2 the wave form includes bulges 13 ,13

which are associated with corresponding I nodes N N N 'When the closed end of the pipe is at a distance from the reciprocating piston equal to any number of half waves, that is at O 0 O or when the pipe is cut off at a distance equal to any odd number of quarter waves, that is at N N N a stationary wave may be set up in the pipe. For the purpose of the present invention'it ispreferred to arrange the valve V at the end of the pipe and adjust the apparatus in such a way that the valve will be at an odd quarter wave length such as N or N .etc., but the purpose can be accomplished, possibly less efficiently, by other adjustments.

variation in flow of the liquid. -By the pre-. ferred arrangement of placing, the valve V at the point N or N etc. the liquid may enter continuously. The valve V tends to remain always open but it may open and close from A time to time during the operation. On the I ducted through a column of llqllld by setting other hand the liquid will flow more or less intermittently from the cock B when it is ad-' pressure in the apparatus may be regulated by choosing an appropriate diameter of pipe and by employing a piston of theproper cross-section, stroke and speed. If required or thought desirable or necessary there may be installed a liquid filled bottle or chamber to act as a capacity or condenser in the manner well known in connection with the trans. mission of energy by means of waves traveling in'liquids.

I have found that one specific appropriate apparatus which will illustrate in a concrete way the present invention may consist ofa fluid pi e having an internal diameter of one inch. uch a pipe placed in a well havin'g water at a depth of meters may have arranged at its lower end a valve opening millimeters in diameter seated 111 which 1s aball of approximately 38 millimeters in diameter and held in place by the usual cage which may be adjusted so that the ball can rise from its seat about 20 millimeters.

On the surface of the earth the pipe may be led into 'the cylinder of a compressor of mlllimeter diameter in which is a piston having a stroke of about 36 millimeters. The piston may be refciprocated at a speed of about 360 revolutions per minute by an electric motor. Leading out from the cylinder of the compressor may be a pipe of one half inch internal diameter in which is placedan adjustable cock or valve; The cock will not be closed but is a used merely for adjusting the out flow. The

ing the electric motor the ball valve will lift from its seat and may remain open through out the operation when the cock is properly adjusted, but it may vibrate from its seat opening and closing during the operation. Water will begin to flow from the outlet and by an appropriate adjustment of the cock a continuous operation may be efi'ected and an output of 1,000 liters per hour procured.

While the fundamental theory on which the operation is based may be somewhat in doubt, I believe that the rapid reciprocation of the piston working upon the water .in the apparatus produces a series of periodic pressure variations with periodic changes of pressure and volume throughout the liquid column due to the elasticity and. compressibility of the liquid. .The energy waves so set up travel to the valve V at which point they may be reflected and the transmitted energy is suificient to open the valve V and lift the column of liquid at the same time drawing in prossor the latter being at or about the ground level. The valve at the lower end of the pipe will be subject to substantially no wear it the valve is substantially always in its open position during the operation of the compressor. On starting this valve is closed and great care must be taken when filling the pipe and cylinder with liquid to see that substantially no free air remains in the system.

The piston may work either with the cylinder horizontal or with the cylinder vertical or inclined. The pipe through which the liquid flows may be either horizontal or vertical or inclined and it may be curved or straight. All of these arrangements may be referred to as pumps and I use the term pumping as including moving, transporting or conveying in vertical or horizontal or inclined di rection.

The term liquids is used to include not only simple liquids but also mixtures of liquids and such mixtures of liquids with gases or solids as are capable of being transported through pipes or pumped.

It is obvious that the device has been shown only as a preferred embodiment and that any other may be used for the same purpose. Apparatus for carrying out the invention may be constructed from mechanisms or 'devices already known and used for other purposes and the invention is not confined to any specific form of valves or compressors or means of operating them.

I claim:

1. An apparatus for pumping liquids comprising a pipe filled with liquid leading to the liquid supply, a check valve in the end of the pipe in the liquid supply, a compressor cylinder at the other end of the pipe, an open outlet from the cylinder, and a piston in the cylinder and means to. cause the piston to alternately compress the liquid in the pipe and release the pressure.

2. An apparatus for pumping liquids comprising a pipe leading to the liquid supply and filled with liquid, a check valve" in the pipe within the liquid to be moved, an outlet for the pipeopen to the air, and means for alternately compressing the liquid in the pipe and releasing the pressure.

3. Apparatus for pumping liquids comprising a check valve in the liquid supply, a compressor adjacent the point of delivery, a pipe filled with liquid leading from the valve to the compressor, an outlet for the liquid, and means for'operating the compressor to alternately compress the liquid in the ipe and release the pressure to operate the c v eck valve and move the liquid. r 4. Apparatus for pumping 1i uids com-v 5 prising a check valve in the hqui supply, a compressor at the point of delivery inclu ing I a cylinder and a piston and an'outlet, a pipe filled with liquid extending from the valve to the compressor, a'ndmeans for reciprocating m the piston rapidly through a short stroke whereby the compression of the liquid produced by the piston is varied.

5. The method of pumping liquids comprising alternately compressing a confined body of liquid in a pipe and releasing the pressure and causing the pressure variations to move the liquid toward the compressing means and permitnew liquid to enter the pipe from a source of supply. o 6. The method of pumping liquid comprising placing in the liquid supply a pipe provided 'with an outlet near one end and carrying at the other end a check valve in the. liquid supply,'filling the pipe with liquid, and alternately compressing the liquid in the pipe and releasing the pressure to cause the liquid-to flow toward the compressing mea ns near the outlet and to cause new liquid from the supply to enter the pipe. The method of pumping liquids in pipes having outlets comprising repeatedly comvpressing liquid in the pipe and releasing the pressure, and causing the pressure variations to pass through the liquid so as to cause liquid to enter the pipe and pass through it.

' 8. Apparatus -for pumping liquids comprising means for alternately compressing a ody of liquid in a pipe and releasing the pressure, and-an-outlet for the pipe, whereby 40 the variations in compression causeliquid to enter and flow through the pipe. .1 r 9. The method of pumping liquid through a pipe provided with-'an'outlet near one end and a check valve at the other end,'.com rising placing the check valve in the li u'idlto' be pumped, filling the pipe with liqmd and alternately compressing and releasing the; a a liquid in the pipe. N e

' In testimony whereof I afiix my signature.

so TORIBIO BELLQGQLQQ"

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2444912 *Jul 17, 1947Jul 13, 1948Jr Albert G BodineMethod and apparatus for pumping
US2700422 *Aug 24, 1950Jan 25, 1955Bodine Jr Albert GSonic system for augmenting the extraction of petroleum from petroleum bearing strata
US2751848 *Jul 11, 1951Jun 26, 1956Smith Edward WMeans for raising liquids from great depths
US2918127 *Aug 2, 1956Dec 22, 1959Bodine Jr Albert GMethod of cleaning out well pump tubing and the like
US3003428 *Jun 13, 1958Oct 10, 1961Gen Motors CorpPump
US3006154 *Mar 4, 1955Oct 31, 1961Harvey B JacobsonMethod for refrigeration and heat transfer
US3277831 *Nov 16, 1964Oct 11, 1966Baker Oil Tools IncFluid dynamic pumping system and apparatus
US8011901Sep 11, 2006Sep 6, 2011Suncor Energy Inc.Discharge pressure actuated pump
US8360751Sep 7, 2007Jan 29, 2013Suncor Energy Inc.Discharge pressure actuated pump
US20080063544 *Sep 7, 2007Mar 13, 2008Petro-CanadaDischarge pressure actuated pump
US20080080990 *Sep 11, 2006Apr 3, 2008Petro-CanadaDischarge pressure actuated pump
Classifications
U.S. Classification417/53, 417/240, 166/177.1
International ClassificationF04F7/00
Cooperative ClassificationF04F7/00
European ClassificationF04F7/00