CN101837888B

CN101837888B - Pipe-kicking mechanism for oil field pipe conveying device

Info

Publication number: CN101837888B
Application number: CN2010101651463A
Authority: CN
Inventors: 李华; 蒋馨
Original assignee: Space Flight Kaihong Science & Technology Co Ltd Guizhou
Current assignee: Space Flight Kaihong Science & Technology Co Ltd Guizhou
Priority date: 2010-05-07
Filing date: 2010-05-07
Publication date: 2012-07-04
Anticipated expiration: 2030-05-07
Also published as: CN101837888A

Abstract

The invention provides a pipe-kicking mechanism for an oil field pipe conveying device, which consists of a baseplate, a spring, a wedge, a cotter pin, a washer, a pin shaft, a guide rail, a top plate, a rotary block, a plug, a plunger, an oil cylinder, a slide block, a cover plate and a pipe chase. The guide rail, the baseplate and the wedge are welded integrally and fixed in the pipe chase by using screws; the rotary block and the top plate are connected with each other through the pin shaft and are arranged in the guide rail; the slide block and the spring are symmetrically arranged at thebottom of the top plate, and the wedge and the cover plate and symmetrically arranged at the bottom of the top plate; and the plug and the plunger are fixedly connected to the upper part of the oil cylinder. The pipe-kicking mechanism is only operated by one operator and has the advantages of convenient use, reasonable structure, reliable function and good safety performance.

Description

The pipe-kicking mechanism of oil field pipe conveying device

Technical field

The utility model belongs to the mechanical equipment field, is specifically related to a kind of pipe-kicking mechanism of oil field pipe conveying device, and this mechanism also can be used for the load transfer device of other pipe fitting or rod member class part.

Background technology

The oil field send tube apparatus to be widely used in North America and each oil field, the Middle East; Domestic tasting do not have the first; Its function is the oil drilling platform of petroleum drill pipe differing heights such as automatic transport to 4 meter, 5 meters, 6 meters, 7 meters, 8 meters, 9 meters, 10 meters from ground, or sends petroleum drill pipe back to ground automatically from the oil drilling platform.

The utility model summary of the invention

The purpose of this invention is to provide a kind of oil field and send in the tube apparatus pipe-kicking mechanism that can the drilling pipe in the tube seat or drilling rod be kicked out of tube seat.

The pipe-kicking mechanism of oil field pipe conveying device, it is made up of base plate, spring, voussoir, spring cotter, packing ring, bearing pin, guide rail, top board, gyration block, top, plunger, oil cylinder, slide block, cover plate, tube seat.Said guide rail, base plate and voussoir are welded as a whole, and are screwed in tube seat; Gyration block and top board are connected in the guide rail with bearing pin; Each two of slide block, spring, voussoir and cover plates all are symmetrically set in the top board bottom; The top is fixedly connected on oil cylinder top with plunger.

Adopt the beneficial effect of technique scheme to be:

The utility model is only by an operating personal operation, and is easy to use, rational in infrastructure, reliable in function, and safety performance is good.

Description of drawings

Fig. 1 is the pipe-kicking mechanism block diagram of the utility model oil field pipe conveying device;

Fig. 2 is the pipe-kicking mechanism structural representation of the utility model oil field pipe conveying device;

Fig. 3 is the I place enlarged drawing of Fig. 2;

Fig. 4 plays the plumber for the pipe-kicking mechanism of the utility model oil field pipe conveying device and makes incipient state figure;

Fig. 5 plays the plumber for the pipe-kicking mechanism of the utility model oil field pipe conveying device and makes done state figure;

Fig. 6 is the pipe-kicking mechanism of the utility model oil field pipe conveying device job initiation constitution diagram that resets;

Fig. 7 is the pipe-kicking mechanism of the utility model oil field pipe conveying device end-of-job constitution diagram that resets;

Among the figure: 1-base plate, 2-spring, 3-voussoir, 4-spring cotter, 5-packing ring, 6-bearing pin, 7-guide rail, 8-top board, 9-gyration block, 10-top, 11-plunger, 12-oil cylinder, 13-slide block, 14-cover plate, 15-tube seat, 16-drilling pipe.

The specific embodiment

Below in conjunction with accompanying drawing to the further explain of the utility model seat:

Tube apparatus totally 2 pipe-kicking mechanisms are sent in the oil field, and front and back are arranged in trailer longitudinal median plane position, and oil cylinder vertically is installed on trailer inside; The action of two cylinders is synchronous, single cylinder hoisting force F >=1750 kilograms, stroke L=320 millimeter; Build up time S=3 second stops time length S=2 second, reset time S=3 second; Maximum speed is 0.11 meter per second, and two initial points have stroke limit up and down, and oil cylinder is double acting single-piston, floating-caliper brake rod-type hydraulic actuating cylinder (is oil cylinder pull back function).

The pipe-kicking mechanism of oil field pipe conveying device, it is made up of base plate 1, spring 2, voussoir 3, spring cotter 4, packing ring 5, bearing pin 6, guide rail 7, top board 8, gyration block 9, top 10, plunger 11, oil cylinder 12, slide block 13, cover plate 14, tube seat 15.Said guide rail 7, base plate 1 and voussoir 3 are welded as a whole, and are screwed in tube seat 15; Gyration block 9 is connected in the guide rail 7 with top board 8 usefulness bearing pins 6; Slide block 13, spring 2, voussoir 3 and cover plate 14 each two all be symmetrically set in top board 8 bottoms; Top 10 is fixedly connected on oil cylinder 12 tops with plunger 11.

Oil cylinder 12 oil-feeds, plunger 11 upward movements, top 10 gets into tube seat 15 also gradually near slide block 13, and is as shown in Figure 4.

Slide block 13 is backed down in top 10, gets in the top board 8, promotes to move on the top board 8; Slide block 13 will break away from voussoir 3 constraints gradually, under spring 2 thrusts, to mechanism's central slide.

Top board 8 will promote drilling pipe 16 and move near drilling pipe 16; Gyration block 9 is with moving on the top board 8 and being center steering with bearing pin 6, and its head arc surface is tangent with guide rail 7 or tube seat 15 all the time.

Top board 8 continues upwards to elect drilling pipe 16 with gyration block 9; Gyration block 9 is a center steering with bearing pin 16 under drilling pipe 16 pressure, and its head arc surface is close to tube seat 15 and is slided; Slide block 13 is stopped by plunger 11, stops to slide.

Drilling pipe 16 is moved on continuing by the election of top board 8 and gyration block 9, and outwards makes trace and roll in slope 8 inclined-planes along the top with the revolution of gyration block 9.

Top board 8 is elected to end position, and gyration block 9 forms an outward-dipping inclined-plane, and drilling pipe 16 outwards rolls out along the inclined-plane, and mechanism plays the pipe action and accomplishes, and is as shown in Figure 5.

The oil cylinder oil return, plunger 11 moves downward, and top 10 will spur slide block moves down top board 8, as shown in Figure 6.

Gyration block moves down with top board 8 and turns round gradually and resets; Slide block 13 will be slided backward by voussoir 3 inclined-plane component.

Top 10, slide block 13 move in succession will be tangent with 8 inclined-planes, top until slide block 3 head chamferings.

Come directly towards 10 inclined-plane component greater than voussoir 13 inclined-plane resistances, make also to drive top board 8 when sliding to outer the slip and move down.

Slide block 13 perpendiculars and voussoir 3 perpendiculars are tangent, and slide block 13 stops to slide; Top 10 pulling slide blocks 13 make top board 8 continue to be displaced downwardly to base plate 1 place; Top board 8 is obstructed and stops to move down.

Plunger 11 pulling force are suffered resistance much larger than 10 inclined-planes, top, and slide block 13 is backed down in top 10, withdraws from tube seat 15, gets back to initial position with plunger 11, and is as shown in Figure 7.

This mechanism plays when managing, and gyration block 9 will be accomplished the election to drilling pipe 16 earlier, forms an inclined-plane that lets pipe fitting outwards roll gently then naturally, moves continuously, and transition is steady.

When mechanism resetted, oil cylinder plunger 11 stretchy mechanisms got back to initial position smoothly, and gyration block 9 can steadily with mechanism, safe reset.

After mechanism resetted, oil cylinder plunger 11 is releasing mechanism and away from tube seat 15 smoothly, and the space motion of tube seat 15 is not interfered.

Gyration block 9 and top board 8 are when off working state, and it act as fills the tube seat square hole, do not receive the square hole interference when drilling pipe 16 is vertically carried and pass through smoothly tube seat 15 in.

Through changing oil cylinder stroke and element structure parameter, this mechanism is applicable to pipe fitting, the rod member load transfer device of different occasions, different platform, different tube seat, different size.

Claims

1. the pipe-kicking mechanism of oil field pipe conveying device is characterized in that: it is made up of base plate (1), spring (2), voussoir (3), spring cotter (4), packing ring (5), bearing pin (6), guide rail (7), top board (8), gyration block (9), top (10), plunger (11), oil cylinder (12), slide block (13), cover plate (14) and tube seat (15); Said guide rail (7), base plate (1) and voussoir (3) are welded as a whole, and are screwed in tube seat (15); Gyration block (9) is connected in the guide rail (7) with bearing pin (6) with top board (8); Slide block (13), spring (2), voussoir (3) and each two of cover plates (14) all are symmetrically set in top board (8) bottom; Top (10) is fixedly connected on oil cylinder (12) top with plunger (11).

2. the pipe-kicking mechanism of oil field pipe conveying device according to claim 1 is characterized in that: in the entering tube seat (15), break away from tube seat (15) during inoperative when work with plunger (11) described top (10).