US1067313A

US1067313A - Pump.

Info

Publication number: US1067313A
Application number: US60400811A
Authority: US
Inventors: Rudolph Conrader
Original assignee: Individual
Current assignee: Individual
Priority date: 1911-01-23
Filing date: 1911-01-23
Publication date: 1913-07-15
Anticipated expiration: 1930-07-15

Description

R. GONRADBR.

PUMP.

APPLICATION FILED JAN. 23, 1911.

Patented July 15, 1913.

muren srarns fr f` Fhlll.

RUDOLPH CONRADER, OF ERIE, PENNSYLVANIA.

To all whom` t may concern.'

Be it known that l, RUDOLPH CONI-morn, a citizen of the United States, residing at Erie, in the county of Erie and State of Pennsylvania, have invented new and useful Improvements in Pumps, of which the following is a specification.

This invention relates to pumps, and consists in cert-ain improvements in the construction thereof, as will be hereinafter fully described and pointed out in the claims.

Among the objects of the invention may be mentioned, the pulling of the standing valve with the plunger; a working barrel which will vterm a bypass around the stand ing valve when the standing valve is lifted into the barrel so that liquid above the standing valve may pass downwardly, thus cleaning the pump; the lifting of the standing valve with the plunger with an arrangement of parts whereby this is accomplished without pulling the plunger out of the working barrel; the opening of the standing valve so that the liquid above the plunger may pass through the plunger and past the standing valve when lifted; and a rod actuating device secured to the trunnion of the walking beam for actuating the plunger be` yond its normal movement for the purposes above described.

Other details oi the invention will be shown in the specification and claims.

My invention is illustrated in the accompanying drawings as follows:

Figure 1 shows a section on the line 1-,1 in Fig. 2. F ig. 2 a central vertical section through the plunger. F ig. 3 a central vertical section through the standing valve. Fig. 4t a section on the line 4l1 in Fig. 5. Fig. 5 a section on the line 5*;5 inl` ig. 3. Fig. 6 a perspective view of the trunnion and rod actuating device. Fig. 7 a central section of the working barrel showing the standing valve in an yelevated position. Fig. 8 a central section oi the working barrel and actuating mechanism at the top of the well, the standing valve and the plunger being connected as a preliminary to lifting the standing Valve.

1 marks the strainer, 2 the enlarged lower portion of the working' barrel, 3 the working barrel, t a tubing, and 5 a coupling.

The lower end of the enlarged portion of the working barrel 2 has the standing Specification of Letters Patent.

Application filed January 23, 1911.

Patented July 15,1913. serial No. 604,008.

valve socket G in which is arranged the standing valve 7, the standing valve having the usual packing S for making a oint with the socket. The standing valve has the crown 9 in which is arranged the check 10.

The plunger 11 is provided with the usual plunger cups 12. It has the central open ing 13 which is closed by the check 15 arranged in the crown 16. A sucker rod projection 17 is secured to the crown, and the sucker rod 1S secured to the projection. The sucker rod terminates in the polished rod 19.

The standing valve crown 9 has an extension 2O with the sides 21, the upper transverse portion 22. A bolt 23 extends through the transverse portion 22, and the head of the bolt 24 slides between the sides 21, the sides locking the bo-lt against turning relatively to the standing valve. A spring 25 is tensioned against the bolt and the top ot' the crown oi the standing valve. The projection 26 on the crown of the standing valve and on the `head of the bolt holds the spring in place.

Thelower end of the plunger is screw threaded at 27 and the fitting 28 has the collar 29 which is internally screw threaded and screwed onto the bottom oi' the plunger, the collar forming a nut for holding the cups iu place. 'lhe passages 30 lead into the tting and to the passage 13 in the plunger. The Fitting has the downwardly extending projection 31 in which there is a screw threaded opening 31a adapted to be screwed onto the bolt 23.

Heretotore, the standing' valve has been coupled with the plunger by means of a screw, the plunger being lowered and turned so as to screw the parts together. The dil'l'iculty with this arrangement has been that it was so ditlicult to so control the plunger that the screws could not be brought into engagement 'without jamming' the threads so as to prevent the entering oit the screws. Viith this invention as the plunger lowered, the bolt Q3 yields (see Fig. so as to prevent any serious impact between the pliilnger and the bolt. At the same time, the spring exerts such pressure on the bolt as to assure its entering the screw threaded opening 31d the plunger is turned, (see Fig. 8). The bolt preferably has suiiicient movement that the projection 31 will reach the top of the extension 2O before reacl'iing the limit of movement of the bolt as clearly shown in Fig. 5.

It is desirable to have the enlarged portion o-f the working barrel 2 of suiiicient length to permit the lifting of the standing valve so as to bring it into this enlarged portion, thus forming a bypass around the standing valve so that the liquid can discharge in order to clean the pump, and also for the purpose of cleaning the tubing as a preliminary to pull-ing the sucker rods. It is often desirable to get this flooding, and it is also advantageous to accomplish this without lifting the plunger from the working barrel. IVith the present construction, th'e plunger is lowered and turned so as to effect the coupling of the plunger with the standing valve and lifted, and it is still in the working barrel when the standing valve reaches a position in the enlarged portion so as to form the bypass (see Fig. 7

To facilitate the discharge of liquid from above the plunger, it is desirable to force the plunger valve open so that the liquid may pass through the plunger. A push pin 32 extends from the top of the bolt 23, and is of suiiicient length so that when the bolt 23 is screwed into' the screw threaded opening 31, the push pin 32 will force the valve 15 to an upper position as shown in Fig. 8. This then leaves a free passage for the liquid through the plunger.

In order to easily lower the plunger to a position where it will engage the standing valve, and to lift the standing valve, I prefer to provide a sucker rod actuating device in connection with the trunnion operating on the walking beam or other reciprocating device. A polished rod 19 extends through the polished rod adjuster 33, the polished rod adjuster has the eye bolt 34 with the screw projection 36 and the nut 37. By screwing up the nut, it will be readily seen that the eye bolt will be drawn sidewise so as to clamp the polished rod in adjustment as desired. This in the main is the ordinary construction of polished rod adjusters. A screw threaded pipe 38 is screwed into the ysocket 39 at the top of the polished rod ad-V juster, and is screwed through the trunnion head 40 from which the trunnions 41 eX- tend. The trunnions 41 are arranged in the usual bearings in the walking beam 42. By lowering the walking'beam to its lowest position, and then Vscrewing down the rod adjusting screw 38, the plunger may be screwed down to the position where it will engage the bolt on the standing valve. A clamping nut 44 may be utilized as desired for indicating the point at which the standing valve will be engaged. In order that the downward movement of the plunger may coincide with the pitch of the threads on the bolt 23, I prefer to have the bolt 23 and screw 38 arranged with threads of the same pitch. Y After the plunger has been screwed onto the bolt, the plunger and standing valve may be lifted through the action of the walking beam so as to iiood the well and clean the pump. Afterward, the standing valve may be lowered in place and the plunger returned to its position and locked in adjustment by a clamping nut 43v on the screw 38, the clamping nut being so located as to indicate the proper position to which the screw should be returned.

I do not claim herein broadly a yielding connection between the standing valve and plunger as this forms the subject matter of application #604,007 filed on even date herewith.

That I claim as new is:

' 1. In a pump, the combination of a plunger, having a screw at the bottom thereof; a standing valve; and a yielding screw mounted on the standing valve and `adapted to engage the screw on the plunger when the plunger is lowered.

2. In a pump, the combination of a standing valve; and a screw yieldingly mounted on said valve.- Y

3. In a pump, the combination of a standing valve; a screw yieldingly mounted on said valve; and means for engaging said yielding screw for pulling the standing valve.

4. In a pump, the combination of a standing valve; a screw bolt yieldingly mounted 0n said standing valve; and means for lock ing the bolt against rotation relatively to the standing valve.

5. In a pump, the combination of a standing valve; a screw movably mounted on the standing valve; and a spring yieldingly forcing the screw upwardly.

6. In a pump, the combination of a standing valve; an upward extension on the valve having a perforated transverse portion in. its upper end; a screw threaded bolt extending through the perforation and having a head slidingly mounted in the extension, the eX- tension locking the bolt against rotation relatively to the standing valve; and a spring for yieldingly holding the bolt in its upper position.

7. In a pump, the combination of a plunger having a screw threaded opening at the bottom thereof; a standing valve; and an upwardly extending screw threaded bolt yieldingly mounted on the standing valve, and adapted to be engaged by the screw threaded opening in the plunger.

8. A pump comprising as members, a plunger and standing valve; a plunger valve in the plunger; a screw connection between said members, one part of the connection being on the standing valve and the other on the plunger, and one of said parts being yieldingly mounted on one of the members whereby the screw connection parts are yieldingly pressed together as the members approach each other; and means for holding the plunger valve open as the screw connection is screwed togetherx 9. In a pump, the combination of a plunger having a screw at the bottom thereof; a valve for the plunger; a standing valve; a yielding screw mounted on the standing valve and adapted to engage the screw on the plunger when the plunger is lowered; and means for holding the plunger valve open as the screw on the plunger is brought into engagement with the screw on the standing valve.

10. In a pump, the combinat-ion of a standing valve; a barrel having a part larger than the standing valve and forming a passage around the standing valve when the standing valve is brought into said part of the barrel; a plunger in the barrel; a screw on the plunger; a screw on the standing valve adapted to be brought into engagement with the screw on the plunger, one of said screws being yieldingly mounted; and means for holding open the plunger valve when the screws are in engagement.

1l. In a pump, the combination of a standing valve; a plunger having a valve therein; a yielding screw bolt extending upwardly from the standing valve; a screw on the plunger adapted to engage said bolt; and a push pin extending upwardly from the bolt on the standing valve and adapted to engage the valve on the plungerI and to open the plunger valve as the screws are brought together.

l2. In a pump, the combination of a working barrel; a standing valve; a plunger; a screw on the plunger; a screw on the standing valve adapted to engage the screw on the plunger; a sucker rod; a reciprocating means; and a screw connection between the sucker rod and reciprocating means, the

pitch of said connection being the same as that of the screw on the standing valve.

13. In a pump, the combination of a standing valve; a working barrel; a plunger; a Screw on the standing valve; a screw on the plunger', adapted to engage the screw on the standing valve, one of said screws being yieldingly mounted; a sucker rod; a reciprocating means; and a screw connection between the sucker rod and reciprocating means, the screw of the screw connection having tlie same pitch as the screw on the standing valve.

lll. In a pump, the combination of a standing valve; a plunger; means for locking the plunger and standing valve together; a sucker rod; a reciprocating means; a screw connection between the sucker rod and reciprocating means; and a device for indicating the position of the screw relatively to the reciprocating means when the plunger is brought into engagement with the standing valve.

l5. In a pump, the combination of a standing valve; a plunger; means for locking the plunger and standing valve. together; a sucker rod; a reciprocating means; a screw connection between the sucker rod and reciprocating means; a device for indicating the position of the screw relatively to the reciprocating means when the plunger is brought into engagement with the st-anding valve; and means on the screw for indicating its normal position relatively to the reciprocating means.

In testimony whereof I have hereunto set my hand in the presence ot two subscribing witnesses.

RUDOLPH CONRADER.

Witnesses II. C. LORD, BLANCHE HARTMAN.

Copies of this patent may be obtained for five cents each, by addressing the Commissioner of Patents, Washington, D. C.