CN201720659U

CN201720659U - Novel pipeline aligning device

Info

Publication number: CN201720659U
Application number: CN2010202898971U
Authority: CN
Inventors: 费明
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-08-12
Filing date: 2010-08-12
Publication date: 2011-01-26
Anticipated expiration: 2020-08-12

Abstract

A novel pipeline aligning device relates to a construction tool for transmission pipelines in an oil wells and comprises a first sliding shaft (Z1), a second sliding shaft (Z2), a third sliding shaft (Z3), a fourth sliding shaft (Z4), a fifth sliding shaft (Z5), a sixth sliding shaft (Z6), a first positioning V-shaped block (V1), a second positioning V-shaped block (V2), a third positioning V-shaped block (V3), a fourth positioning V-shaped block (V4), a screw rod (SG), a first operating handle (SB1), a second operating handle (SB2), and a pressing block (Y) with an arc-shaped groove. The novel pipeline aligning device can accelerate construction progress and has the advantages of novel design, simple structure, convenient and flexible operation, economy and practicability, and portability.

Description

A kind of novel pipeline contra-aperture device

Technical field:

The utility model relates to a kind of construction tool of oil well conveyance conduit, is specifically related to a kind of novel pipeline contra-aperture device.

Background technology:

Oil-collecting, water mixing pipeline are to be carrier is transported to crude oil the oil-collecting metering room from oil well pipeline with water, the nominal diameter of pipeline is between Dn40～65, it is the elementary cell of crude oil gathering line, in the capital construction project in every year, especially in the production capacity project under construction, occupy very big proportion. before, most of units in charge of construction are when installing oil-collecting water mixing pipeline, and the counterpart of pipeline all adopts manually carries out, this construction method is time and effort consuming not only, and efficiency of construction is low.Some pipelines are also arranged at present on the market to mouthpart, but these product certain structures are simple, function singleness can not well reach the counterpart effect of pipeline, the certain structures complexity, and the cost height, complex operation step influences job schedule.

The utility model content:

Advantages such as the purpose of this utility model provides a kind of novel pipeline contra-aperture device, and it can improve construction speed, has modern design, and is simple in structure, flexible to operation, economical and practical and be easy to carry.

In order to solve the existing problem of background technology, the utility model is by the following technical solutions: it is by the first sliding axle Z1, the second sliding axle Z2, the 3rd sliding axle Z3, the 4th sliding axle Z4, the 5th sliding axle Z5, the 6th sliding axle Z6, the first location V-block V1, the second location V-block V2, the 3rd location V-block V3, the 4th location V-block V4, screw mandrel SG, the first operating grip SB1, the briquetting Y of the second operating grip SB2 and band arc-shaped slot forms, the first sliding axle Z1 vertically runs through the first location V-block V1 and second location V-block V2 and the briquetting Y, the second sliding axle Z2 vertically runs through the 3rd location V-block V3 and the 4th location V-block V4 and briquetting Y, the left circles deep-slotted chip breaker that the 3rd sliding axle Z3 passes briquetting Y is connected with the first location V-block V1, the right circles deep-slotted chip breaker that the 4th sliding axle Z4 passes briquetting Y is connected with the 3rd location V-block V3, the left circles deep-slotted chip breaker that the 5th sliding axle Z5 passes briquetting Y is connected with the second location V-block V2, the right circles deep-slotted chip breaker that the 6th sliding axle Z6 passes briquetting Y is connected with the 4th location V-block V4, the end of the second operating grip SB2 is connected to the center of briquetting Y, the end of the first operating grip SB1 is connected with the front end of screw mandrel SG, and the end of screw mandrel SG is connected to the center of the second sliding axle Z2.

The operation principle that the utility model centering clamps is:

During operation, pull the first operating grip SB1 clockwise, the first operating grip SB1 drives screw mandrel SG and turns clockwise, promoting the second sliding axle Z2 is moved to the left, because the 3rd location V-block V3, the 4th location V-block V4 kink are on the second sliding axle Z2, the 3rd location V-block V3, the 4th location V-block V4 are moved to the left with the second sliding axle Z2.The first location V-block V1, the 3rd location V-block V3 clamp pipe end G1, and the second location V-block V2, the 4th location V-block V4 clamp pipe end G2.Because the first location V-block V1, the second location V-block V2 kink are on the first sliding axle Z1, the 3rd location V-block V3, the 4th location V-block V4 kink are on the second sliding axle Z2, and the shape of the first location V-block V1, the second location V-block V2, the 3rd location V-block V3, the 4th location V-block V4 is identical, guarantee the coaxial of G1, G2 two pipes, reached the purpose that two pipe centerings clamp.

The utility model group to what the worker was adjusted in the gap as principle is:

During operation, pull the second operating grip SB2 clockwise, briquetting is respectively with the 3rd sliding axle Z3(the 4th sliding axle Z4) be that the axle center turns clockwise, drive the 5th sliding axle Z5(the 6th sliding axle Z6) slide along the arc-shaped slot on the briquetting Y, because the second location V-block V2 kink is on the first sliding axle Z1, the 4th location V-block V4 kink is on the second sliding axle Z2, the 3rd sliding axle Z3, distance between the 5th sliding axle Z5 shortens, the 5th sliding axle Z5(the 6th sliding axle Z6) by the second location V-block V2(the 4th location V-block V4) drive G2 and be moved to the left, gap smaller between two pipes is finished the purpose of dwindling the weld bond gap; Pull the second operating grip SB2 counterclockwise, then the gap between G1, G2 two pipes becomes big, finishes the purpose that increases the weld bond gap.

The utlity model has following feature:

1, use aspect

Its overall size is 200mm * 300mm * 150mm, and weight is about 4Kg, has characteristics easy to carry, simple to operate.

2, economic aspect

Use the utility model group to weld bond, low to the technical level of operators requirement, only need 1 power worker just can finish.Compare with traditional artificial counterpart, can save 1 plumber and 1 power worker's use at least, reduced skilled worker and Li worker's use, reduced construction cost.

3, quality aspect

The unfitness of butt joint of scientific and reasonable structural design of the present utility model, the group that can effectively control weld bond two pipes during to gap and counterpart helps guaranteeing the quality of weld bond.

4, secure context

Use of the present utility model group to weld bond, when having reduced pipeline group to weld bond, other positions of workmen's finger and health directly contact the chance of the mouth of pipe, have prevented that the mouth of pipe is to workmen's the finger and the injury at other positions of health.

5, duration aspect

Use the utility model group to weld bond, can increase substantially efficiency of construction, accelerating construction progress shortens the construction period.

Description of drawings:

Fig. 1 is a structural representation of the present utility model.

The specific embodiment:

With reference to Fig. 1, this specific embodiment is by the following technical solutions: it is by the first sliding axle Z1, the second sliding axle Z2, the 3rd sliding axle Z3, the 4th sliding axle Z4, the 5th sliding axle Z5, the 6th sliding axle Z6, the first location V-block V1, the second location V-block V2, the 3rd location V-block V3, the 4th location V-block V4, screw mandrel SG, the first operating grip SB1, the briquetting Y of the second operating grip SB2 and band arc-shaped slot forms, the first sliding axle Z1 vertically runs through the first location V-block V1 and second location V-block V2 and the briquetting Y, the second sliding axle Z2 vertically runs through the 3rd location V-block V3 and the 4th location V-block V4 and briquetting Y, the left circles deep-slotted chip breaker that the 3rd sliding axle Z3 passes briquetting Y is connected with the first location V-block V1, the right circles deep-slotted chip breaker that the 4th sliding axle Z4 passes briquetting Y is connected with the 3rd location V-block V3, the left circles deep-slotted chip breaker that the 5th sliding axle Z5 passes briquetting Y is connected with the second location V-block V2, the right circles deep-slotted chip breaker that the 6th sliding axle Z6 passes briquetting Y is connected with the 4th location V-block V4, the end of the second operating grip SB2 is connected to the center of briquetting Y, the end of the first operating grip SB1 is connected with the front end of screw mandrel SG, and the end of screw mandrel SG is connected to the center of the second sliding axle Z2.

The operation principle that this specific embodiment centering clamps is:

This specific embodiment group to what the worker was adjusted in the gap as principle is:

The scope of application of this specific embodiment:

1, is applicable to that the group of weld bond of oil field steel oil-collecting, water mixing pipeline and the filling pipe of nominal diameter between DN50-65 is right.

2, be applicable to that the group of weld bond of steel pipe of the other industry of nominal diameter between DN50-65 is right.

Advantages such as this specific embodiment can improve construction speed, has modern design, and is simple in structure, flexible to operation, economical and practical and be easy to carry.

Claims

1. novel pipeline contra-aperture device, it is characterized in that it is by first sliding axle (Z1), second sliding axle (Z2), the 3rd sliding axle (Z3), the 4th sliding axle (Z4), the 5th sliding axle (Z5), the 6th sliding axle (Z6), the first location V-block (V1), the second location V-block (V2), the 3rd location V-block (V3), the 4th location V-block (V4), screw mandrel (SG), first operating grip (SB1), the briquetting (Y) of second operating grip (SB2) and band arc-shaped slot is formed, first sliding axle (Z1) vertically runs through the first location V-block (V1) and second location V-block (V2) and the briquetting (Y), second sliding axle (Z2) vertically runs through the 3rd location V-block (V3) and the 4th location V-block (V4) and briquetting (Y), the left circles deep-slotted chip breaker that the 3rd sliding axle (Z3) passes briquetting (Y) is connected with the first location V-block (V1), the right circles deep-slotted chip breaker that the 4th sliding axle (Z4) passes briquetting (Y) is connected with the 3rd location V-block (V3), the left circles deep-slotted chip breaker that the 5th sliding axle (Z5) passes briquetting (Y) is connected with the second location V-block (V2), the right circles deep-slotted chip breaker that the 6th sliding axle (Z6) passes briquetting (Y) is connected with the 4th location V-block (V4), the end of second operating grip (SB2) is connected to the center of briquetting (Y), the end of first operating grip (SB1) is connected with the front end of screw mandrel (SG), and the end of screw mandrel (SG) is connected to the center of second sliding axle (Z2).