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US1585628A - Syringe or pump - Google Patents

Syringe or pump
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Publication number
US1585628A
US1585628AUS730903AUS73090324AUS1585628AUS 1585628 AUS1585628 AUS 1585628AUS 730903 AUS730903 AUS 730903AUS 73090324 AUS73090324 AUS 73090324AUS 1585628 AUS1585628 AUS 1585628A
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United States
Prior art keywords
pump
blood
cap
extension
syringe
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Lifetime
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US730903A
Inventor
Julius A Pfarre
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Individual
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Publication date
Application filed by IndividualfiledCriticalIndividual
Priority to US730903ApriorityCriticalpatent/US1585628A/en
Application grantedgrantedCritical
Publication of US1585628ApublicationCriticalpatent/US1585628A/en
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Expired - Lifetimelegal-statusCriticalCurrent

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May 18 192s. 1,585,628
J. A. PFARRE SYRINGE 0R PUMP Filed August a, 1924 FROM WELL PATIENT TO SICK PAT/[NT INVENTOR WITNESSES" JUL /US A. PF/IRRE' teasers JULIUS A. PEAR-RE, OF BROOKLYN, NEW
svnnven on PUMP.
Application filed August 8, 1924. Serial No. 730,903..
This invention relates to syringes or pumps adapted to be used for surgical purposes or for other purposes and has for an object to provide a construction wherein by an adjustment quickly made, the device may be caused to draw in a quantity of liquid through one opening and force the same out through another opening.
Another object of the invention is to provide a pump structure wherein means are provided for drawing in liquid from either of two sources and forcing the liquid out in either of two directions.
A still further object of'the invention, more specifically, is to provide a pump for the transfusion of blood wherein means are provided. fordrawing in blood from one patient and forcing it into another patient, the arrangement being such'that the direction of flow of blood is constantly indicated to the doctor so that proper action may be taken at all times.
In the accompanying drawing Figure l is a plan View of a syringe or pump embodying the invention, the same being shown associated with two tubes used in the transfusion of blooc Y Figure 2 is a side elevation view of the pump shown in Figure 1.
Figure 3 is a longitudinal sectional view through Figure 2, approximately on line 3-3.
Figure 1 through 4%.
Figure 5 is an end view of the pump after the adjusting cap or end has been removed.
Figure 6 is aplan view of the inner face of the cap or end member shown in Figure 3.
In providing instruments for the transfusion of blood, a pump or syringe structure must be provided for drawing the blood from one patient and then forcing the same into another patient. Many devices have been provided for accomplishing this and in order to perform the operation properly, various valves have been provided for permitting the blood to pass into the pump from the well patient and to cause the blood to pass from the pump to the sick patient. If these valves were not properly manipulated, a reverse action would take place and, conequently, injury would be done to both patients. The pump embodying the invention shows a simplified device for insuring the proper direction of flow of blood and for is a transverse sectional view Figure 1, approximately on line with a large head overlapping part easy manipulation of the various parts. Though the drawing illustrates a pump or syrlnge particularly adapted for the transfusion of blood, it will be evident that the pump might be used for other purposes without in any way departing from the spirit of the invention.
Referring to the accompanying drawing by numerals, 1 indicates the barrel of the pump, which barrel accommodates the piston 2. Apiston rod 8 extends from piston 2 and loosely through the cap a removably positioned on one end ofthebarrel 1. Thecap 1 may be held in place in any desired manner, as for instance, by having a bayonet slot 5 formed therein for accoimnodatingpin 6 secured to the ring 7 cemented or otherwise rigidly secured tobarrel 1.
At the opposite endof be provided apermanent end mei'nber 8 and a removable adjustable end member orcap 9 which acts withend member 8 as a control valve or switch valve for switching the flow of fluid in different directions. Theend memher 8 is provided with anannular groove 10 which receives the end ofbarrel 1 where the parts are secured together by 'suitable'acb hesive or in any desired manner. Theend 8 is provided with a centrally arranged pas sage-way 11 merging into a right-anglerpassage-way 12, saidpassageway 12 extending to the outer surface of the cylindrical extension 13, which extension carries a retaining screw 14-. The screw is provided of the cap orend member 9 so as to hold theend member 9 in place while permitting rot -.'ion thereof. twill also be noted from Figure 3 thatend member 8 is provided with anannular depression 15 and an annular 1.6. The end member orcap 9 is provided with a depending flange 1'? fitting against the flange-16 and with a depending portion 1S fitting into thegroove 15 whereby it ex- 1 tends beyond theaperture 12. Theend member 9 is provided with a pair ofextensions 19 and 20, said QXtQDSlORS being hollow and therel 1 there is P bore thereof mer 'ing into inclined passageways 21 and 22 adapted to be brought into regis ry at different times with thepassage way 12.
In order that an operator may readily ob serve at any time the position of thepassage way 12, anarrow 23 is positioned on thebody 1 in line with the passage-way 12 so that when either ofthehollow extensions 19 charge point.
and 20 are opposite this passage-way, the arrow will point at the same as indicated in Figure 2. By this method, the operator may readily control the device to draw in liquid from either of the extensions and discharge the liquid through either of the extensions. In order that theend member 9 may be given a half turn as to bring either of thetions 19and 20 are pipes ortubes 28 and .29, said pipes or tubes being adapted to e::
tend to two pa ients when the device is being used for the transfusion of blood or to other places where the device is used for some other purpose.
When the parts are in the position shown in Figures 1 and 3, the piston 2 may move toward end 4 and when this is done, a rarefaction will be produced wl'iich will suck in fluid through the tube '28. When the desired quantity of fluid has been drawn in or when the piston has engaged the end 2a,body 1 is rotated untilarrow 23 comes opposite theextension 20. This will cause the passage-way 12 to register with the passageway 22. When the parts have been re-positioned as'juststatechthe thumb member 30 is pressed and the piston moved back to the position shown in Figure 3. This movement will cause the blood or other fluid to pass out through thetube 29 to the desired disiVhen this operation has been completed,body 1 is moved back to its former position namely, to the position shown in Figure 3 and the operation is then repeated if desired. Itwill also be evident that if desired, liquid could be drawn in throughtube 29 and discharged throughtube 28. Regardless of which tube acts as the discharge tube; thearrow 23 will continually indicate which of the passage-ways 21 and 22 arein registry with thepassageway 12 so that no mistake can be made in properly manipulating the device for causing the fluid to flow in the desired direction.
What I claim is:
1. A transfusion syringe, comprising a tubular body, a member fixedly secured to one end oi the body and provided with a central cylindrical extension, a marginal flange, an annular groove surrounding the extension and an L-shaped passage having one member leading into the body and its other member leading out through the extension, a rotatable cap having a central opening receiving the cylindrical extension of the fixed member a marginal flange engaging. the mar ginal flange of the member, a depending portion fitting in the groove of said member, and two tulmlar extensions projecting from its outer iace,,the bore of the extensions merging into inclined passages adapted to bebroughtzinto register with the L-shaped passage of the fixed member, ieans for securing the cap on the extension of the said fixed 111P11'1l)(1,- and a piston in said body.
2. A transfusion syringe comprising a tubular body an end member fixedly secured to the body and having a central extension, and an L-shaped passage having one member leading into the body and the other leading out through the extension, a cap mounted to turn on the tired member with the extension projecting therethrough and provided with two tubular extensions projecting from its outer face, the bores of the extensions terminating in inclined passages adapted to be brought in register with the L-shaped passage of the fixed member, a screw engaging the extension of the fixedinember and securing the cap on the fixed member, and a piston in. the body.
JULIUS A. PFARRE.
US730903A1924-08-081924-08-08Syringe or pumpExpired - LifetimeUS1585628A (en)

Priority Applications (1)

Application NumberPriority DateFiling DateTitle
US730903AUS1585628A (en)1924-08-081924-08-08Syringe or pump

Applications Claiming Priority (1)

Application NumberPriority DateFiling DateTitle
US730903AUS1585628A (en)1924-08-081924-08-08Syringe or pump

Publications (1)

Publication NumberPublication Date
US1585628Atrue US1585628A (en)1926-05-18

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Family Applications (1)

Application NumberTitlePriority DateFiling Date
US730903AExpired - LifetimeUS1585628A (en)1924-08-081924-08-08Syringe or pump

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Cited By (7)

* Cited by examiner, † Cited by third party
Publication numberPriority datePublication dateAssigneeTitle
US3260217A (en)*1964-08-051966-07-12Frank Wheatley Pump & Valve MaPump having radial discharge valve
US3993061A (en)*1975-02-281976-11-23Ivac CorporationSyringe pump drive system and disposable syringe cartridge
US4082095A (en)*1975-10-091978-04-04Barry MendelsonStomach pump
US4372305A (en)*1981-01-021983-02-08Fogle Harold WMethod of treating diseased organ
US20040215144A1 (en)*1995-04-202004-10-28Doug DuchonSystem for detecting air
US20100098557A1 (en)*2008-10-202010-04-22Lincoln Industrial CorporationHand Operated Pump
WO2020168366A1 (en)*2019-02-112020-08-20Xpella (Pty) LtdFluid drainage device

Cited By (14)

* Cited by examiner, † Cited by third party
Publication numberPriority datePublication dateAssigneeTitle
US3260217A (en)*1964-08-051966-07-12Frank Wheatley Pump & Valve MaPump having radial discharge valve
US3993061A (en)*1975-02-281976-11-23Ivac CorporationSyringe pump drive system and disposable syringe cartridge
US4082095A (en)*1975-10-091978-04-04Barry MendelsonStomach pump
US4372305A (en)*1981-01-021983-02-08Fogle Harold WMethod of treating diseased organ
US20040215144A1 (en)*1995-04-202004-10-28Doug DuchonSystem for detecting air
US6945959B2 (en)*1995-04-202005-09-20Acist Medical Systems, Inc.System for detecting air
US20050267363A1 (en)*1995-04-202005-12-01Doug DuchonDual port syringe
US7153288B2 (en)1995-04-202006-12-26Acist Medical Systems, Inc.System for detecting air
US20070055202A1 (en)*1995-04-202007-03-08Acist Medical Systems, Inc.System for detecting air
US7357785B2 (en)1995-04-202008-04-15Acist Medical Systems, Inc.System for detecting air
US20100098557A1 (en)*2008-10-202010-04-22Lincoln Industrial CorporationHand Operated Pump
US8052402B2 (en)*2008-10-202011-11-08Lincoln Industrial CorporationHand operated pump
WO2020168366A1 (en)*2019-02-112020-08-20Xpella (Pty) LtdFluid drainage device
US12144919B2 (en)2019-02-112024-11-19Xpella (Pty) LtdFluid drainage device

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