CN204660390U - A kind of laterally zygomorphic pipe bunching device - Google Patents

Abstract

The utility model relates to a kind of laterally zygomorphic pipe bunching device, and it is made up of beam, positioning pipe and secure component.Beam has identical four, to be parallel to each other layout at end face and bottom surface horizontal direction respectively, be placed on below beam from bottom supporting by the orlop pipe of boundling, the beam being placed in top is pushed down by the superiors' pipe of boundling from top, both respectively with secure component by a two ends screwdriver bit, be connected with One-way nut and spring washer shape all-in-one-piece pull bar; Positioning pipe is distributed between two-layer pipe, and the upper and lower surface of every root positioning pipe is evenly equidistantly distributed with the positioning groove of positioning tube along the length direction of pipe.The utility model, by being a kind of version by upper beam, underbeam Curve guide impeller, making underbeam can exchange with general, pull bar upper and lower side is designed to a kind of version, and do not distinguish up and down, Tiebar structure simplifies further.Such design symmetry, makes component processing become simpler on the one hand, can improve the interchangeability of parts of the same race on the other hand.

Description

A kind of laterally zygomorphic pipe bunching device

Technical field

The utility model relates to a kind of device for the storage of hard pipe, handling and loading, transport and use.

Background technology

In order to the mechanization realizing field operations steel oil line rises to, improve the quick laying ability of field petroleum pipeline, need field oil pipe-line to be assembled into bundle, adapt to the requirement of do mechanization operation.

In order to solve the quick laying problem of pipeline, prior art adopts sizing equipment 2004-100/150 hard pipeline distributing vehicle to realize, and the long DN100 steel pipe of 6 meters, a car has 120 (8 layers, 15 every layer), and weigh 5.04 tons (every root 42kg).If do not carry out pipe bunching, pipe can only lean on manpower transport on distributing vehicle one by one, and not only labour intensity is large, more inadaptable quick laying requirement.

In addition, these steel pipes are in storage at ordinary times, if do not take boundling to tie up, then usually adopt single tube right-angled crossing stacking to deposit in storing, pipe affects easy distortion by unidirectional point contact for a long time.For preventing pipe deformation, regularly to carry out collapse of setting process to pipe, the pipe of single tube stacking can only lean on manual operation in collapse of setting process, wastes time and energy.

In order to address this problem, be developed steel pipe buncher.But, the beam that existing buncher all adopts upper beam, underbeam two kinds different, underbeam be main bearing member upper beam then not, for save material and reduce deadweight consideration, upper beam main body generally then uses No. 12.6 I-beam sections with No. 10 I-beam section underbeams, and every root underbeam nearly weighs 6kg than upper beam.

For do mechanization operation, the deadweight of beam can not become main Consideration, and the comfort feature of processing and operation but seems more important.And existing steel pipe buncher can't accomplish that the exchange at upper beam and underbeam, the upper and lower two ends of pull bar etc. uses, and causes that annex is at random, tooling cost is high, use inconvenience, there are the needs improved further.

Summary of the invention

The purpose of this utility model is the problems such as the parts interchangeability that exists for existing beaming device is strong not, annex is at random, a kind of laterally zygomorphic pipe bunching device is provided, structure design realizes the exchange of upper beam, underbeam, meanwhile, the upper and lower side of pull bar is also made same structure, like this, whole buncher can be made symmetrical up and down, and the interchangeability of parts improves greatly, is not only conducive to saving manufacturing procedure, cutting down finished cost, concerning user, also bring sizable convenience.

For achieving the above object, the utility model by the following technical solutions.

The symmetrical up and down pipe bunching device that the utility model proposes by beam, positioning pipe and secure component three part form.

Described beam comprises upper beam and underbeam, respectively there are two, to be parallel to each other layout at end face and bottom surface horizontal direction respectively, the orlop pipe that underbeam is tied from bottom supporting, upper beam pushes down the superiors' pipe be tied from top, secure component is connected between upper beam and the termination of underbeam, tension upper beam and underbeam.

Described positioning pipe is each on upper beam and underbeam fixes one, and remaining is distributed between two-layer pipe, and the surface of every root is distributed with the positioning groove of positioning tube along the length direction proportional spacing of positioning pipe.

Particularly, the utility model has carried out Curve guide impeller to secure component, upper beam and underbeam:

Described secure component comprises four pull bars and is assemblied in the clamp nut assembly at pull bar two ends, and the both sides of described pull bar upper and lower are processed with two symmetrical planes parallel to each other, while playing and preventing pull bar with nut rotation effect, is convenient to picking and placeing of pull bar.

Described upper beam and underbeam are symmetrical arranged up and down, and the material of upper beam and underbeam, structure, size are identical, and all based on I-beam section, the fastening and hoisting structure coordinated with secure component is respectively welded at two ends.

Described fastening and hoisting structure is welded on the termination of I-beam section by derby and is formed.

The termination of described I-beam section has been cut leg and waist at Width, remains lower leg, lower leg is inwardly processed with the U-lag mouth of a width 3mm less of pull bar diameter, picking and placeing for pull bar from outer end, and prevents pull bar with rotation during nut tightness adjusting.

Described derby is divided into inner I-beam section connecting portion, the middle pull bar fastening part of playing hanging part and outer end; I-beam section connecting portion has a wide groove identical with the waist thickness of I-beam section, and derby stretches into I-beam section waist by groove, and on it, fit in the surface of bottom surface and the upper and lower leg of I-beam section, and on inner shape slope at 45 °, welds with I-beam section; Playing hanging part is the breach be positioned in the middle part of derby; Pull bar fastening part is the U-lag of a width 3mm less of pull bar diameter, and this U-lag is positioned at directly over the U-lag mouth of leg under I-beam section, and the upper surface of derby be processed with one with the circular pit of semi-circular concentric in U-lag, for spacing clamp nut.

Further, the anticreep block of two anti-lifting rope slippages is provided with in the termination of I-beam section.

Further, described clamp nut assembly is contained in the two ends of pull bar in advance, and is provided with anticreep screwdriver bit in the termination of pull bar, and pull bar, clamp nut assembly are formed an entirety, preventing finding from losing, also preventing in transportation because the reason and cause nut and get loose such as jolting.Particularly, described clamp nut assembly is the two packing ring double nuts structures be made up of spring washer, One-way nut, spring washer and One-way nut successively.

Compared with current buncher, upper beam, underbeam design are become the beam of same structure form by the utility model, fastening and the hoisting structure at two ends is entirely identical, upper beam and underbeam are symmetrical arranged up and down, and lifting is separated with fastening structure, structure design can meet needs that are fastening and lifting completely, identical version, handling ease can be made, more convenient operation; For the secure component of the pull bar adopted, eliminate original clevis eye, pull bar becomes two sections into one, and the two-way nut of self-made components becomes gauge member One-way nut, and anticreep screwdriver bit is carried out at pull bar two ends, and reliability is higher.

Visible, the variety of components of this beaming device is few, interchangeability is strong, structure is simple, easy to use, the same with existing beaming device, handling efficiency can be improved, without collapse of setting, time saving and energy saving, can, in warehouse or field, not need with manpower or machinery, pipe to be assembled into bundle easily by miscellaneous equipment.Especially when using 2004-100/15 hard pipeline distributing vehicle, being directly lifted on distributing vehicle and carrying out stringing, thus improve the laying efficiency of field petroleum pipeline.Be applicable to transporting with common transport trolley, further ensure the laying efficiency of field petroleum pipeline.

Accompanying drawing explanation

Institute's drawings attached is all for DN100 steel pipe buncher.

Fig. 1 is this beaming device by the structural representation (for clarity sake, pull bar and two-way nut be all exaggerated a times) of pipe bunching after wherein;

Fig. 2 is positioning pipe structural representation;

Fig. 3 is the fastening and hoisting structure block diagram of beam;

Fig. 4 is fastening and hoisting structure schematic diagram;

Fig. 5 is the schematic diagram (be intuitively for purpose of brevity, omit lifting breach in figure) of the beam hanging away top;

Fig. 6 is tie rod end structure schematic diagram.

Detailed description of the invention

Below in conjunction with accompanying drawing, stress the realization of high interchangeability for DN100 steel pipe boundling, the structure of this buncher, principle of work and using method are described simultaneously.

See Fig. 1, pipe bunching device is made up of beam 1, positioning pipe 2 and secure component.The width of described beaming device is 2275mm, 25mm less of the interior width 2300mm of common transport trolley.

Beam 1 has upper beam and each two totally four of underbeam, all adopt No. 12.6 I-beam sections, to be parallel to each other layout at end face and bottom surface horizontal direction respectively, upper beam and underbeam are symmetrical arranged up and down, underbeam from bottom supporting by the orlop pipe 5 of boundling, upper beam is pushed down by the superiors' pipe of boundling from top, the beam of a top aligns placement with the beam of a below is parallel up and down.

Beam 1 parallel welding model in main body is the square tube of 50, and square tube goes up the positioning groove that proportional spacing is distributed with positioning tube along its length, as a kind of positioning pipe 2 of form.

See Fig. 2, the positioning pipe 2 be distributed between two-layer pipe also adopts square tube, separate each layer in location by boundling pipe, at every layer of two positioning pipe that is arranged in parallel, the upper and lower surface of every root positioning pipe is distributed with the positioning groove of positioning tube along the length direction proportional spacing of pipe, and the spacing between described positioning groove is consistent with the spacing of the positioning groove on beam.

Positioning groove on the positioning groove 21 of the positioning pipe 2 on beam and interfix pipe is all the arc-shaped slot outputed on pipe welds arc and is formed, and the radian of arc is 120 °, in positioning groove, slipmat is housed.

The spacing of the pipe 5 after boundling is consistent with the requirement of 2004-100/150 hard pipeline distributing vehicle, and make whole beam tube after boundling to be directly lifted on distributing vehicle, a set of buncher positioning pipe has 14.

For improving intensity and being convenient to form fastening and lifting, the derby that wide 74mm is welded at the two ends of beam 1 respectively forms fastening and hoisting structure 4, concrete structure is on derby, cut out the suitable groove of size (breach), and processing is used for the depression platform of upper spring packing ring and nut, is convenient to be connected with pull bar.Derby separately opens a gap in the inner part for lifting.

Secure component 3 comprises four pull bars 31 and is assemblied in the clamp nut assembly 32 at pull bar two ends, is connected between the fastening and hoisting structure in the termination of beam, tension beam.Clamp nut assembly is by a first spring washer, it connects a nut, then uses an identical spring washer, finally again with two packing ring double nuts structures that an identical nut is formed, can improve fixing reliability.For prevent nut get loose and packing ring, nut loss, devise anticreep screwdriver bit 33 at pull bar two ends.After other completion of processing of pull bar, screwdriver bit process after two ends all form two packing ring, double nuts structure, then is carried out in pull bar two ends by upper spring packing ring, One-way nut, spring washer, One-way nut respectively at its two ends.

POL equipment 2004-100/150 hard pipeline distributing vehicle is equipped in sizing has stricter requirement to the horizontal location of steel pipe and vertical alignment, otherwise the steel pipe after boundling can not arrive the correspondence position of distributing vehicle smoothly, therefore the design will make device have the feature of registration and uniform pressure distribution.For this reason, this device adopt on beam and positioning pipe, all process internal diameter and outer diameter of steel pipes identical location arc, formation positioning groove, make location arc and pipe closely sealed, utilize the 120 ° of central angles be of moderate size, complete every a line location accurately and reliably in the horizontal direction.Simultaneously with the positioning groove on the beam of below for benchmark, utilize gravity to complete alignment that each is listed in vertical direction.Beam and horizontal location pipe two one, reach accurate positioning function jointly.The positioning groove design of this device, makes steel pipe contact with positioning groove forming surface, increases area of contact, reduce stress, make pressure be distributed in contact position more equably, uniform pressure distribution, the pipe shaft distortion effectively preventing pressure from causing; Location arc fastens rubber pad, makes pipe have good buffering, and increase friction, the horizontal and vertical slippage of pipe can be avoided.

For positioning pipe 2, see Fig. 2, the main body of positioning pipe is the square tube of length of side 50mm, and its length gets 2206mm, just aligns with about pipe shaft, not only reliable but also neat appearance.Its length of the location arc of positioning groove 21 gets 80mm, and analogy pipe range goes out 30mm, and the 15mm that two ends respectively have more mainly reserves for fastening rubber pad, also increases the area of contact of steel pipe and rubber pad simultaneously, reduces pressure.

Compared with former buncher, the structure of beam has very large change, and upper beam, underbeam all adopt identical structure.See Fig. 3, Fig. 4, the two ends of beam are designed with fastening and hoisting structure 4, formed by the derby of a long 200mm, wide 74mm, thick 126mm and the end machining of No. 12.6 I-beam sections, the One-way nut on clamp nut and pull bar selects the thicker hexagonal nut of the thick 30mm of internal diameter 20mm adapted 30mm spanner.

See Fig. 3 and Fig. 4, beam 1 adopts I-beam section, total length from before 2088mm become 2275mm, on it, leg 11 and waist 12 are processed, and lower leg 13 retains always.Carried out more processing to the derby increased in addition, derby has 118mm length to stretch into the inside of steel I-beam 1, and on afterbody shape slope 45 at 45 °, is not only more convenient for and the welding of I-beam section, is also conducive to preventing stress from concentrating.Lifting breach 41 on derby is processed as the arc of radius 53mm in cable wire junction, increase area of contact, make distribution of stress evenly, lifting breach self also turn fillet, avoid stress concentrate.

Particularly, two are processed with to the termination of steel I-beam 1: be first cut at Width, the upper leg 11 of I-beam section and waist 12 cut 82mm length, but retains leg 13, for clamp nut degree of tightness operation leaving space, simultaneously for derby add reserved location.Section 2 processes the U-lag mouth that a width is 17mm (3mm less of pull bar diameter), picking and placeing for pull bar to the lower leg stayed, and prevent pull bar with rotation during nut tightness adjusting.

Four are mainly contained to the processing of the derby as fastening and hoisting structure 4: be first to bottom surface processing on it, make it just to fit with the surface of the leg up and down of steel I-beam; Then three processing is symmetrically carried out at length direction (x to) again about xoy plane: the groove 44 being once the long 118mm of processing one, wide 5mm (identical with the waist thickness of No. 12.6 I-beam sections), then cutting a cross section in its termination is the triangular prism of isosceles right triangle, form 45 ° of slopes 45, concentrate to reduce stress; Another time processes at the other end U-lag 43 that a width is 17mm (3mm less of pull bar diameter), this U-lag 43 is positioned at directly over the U-lag mouth of leg on I-beam section, one is used from picking and placeing of pull bar, and prevents pull bar with rotation during nut tightness adjusting; Be for the third time the upper surface of derby process one with the semi-circular concentric in U-lag, circular pit 42 that the degree of depth is suitable, for upper fastening nut assembly, this circular pit has the vital function preventing from causing pull bar landing because of nut loosening.After steel I-beam and derby process, suitably weld at their touching positions, make it into as a whole, can further improve mechanical strength.

See Fig. 5, Fig. 3, Fig. 4, walk the problem of the beam of top for solving the time shift of mechanization stringing, this device spy is provided with in the downside of each termination of beam the anticreep block 34 that two are hung away beam.This anticreep block is made up of the derby of long 28.5mm, wide 10mm, high 30mm, and be welded in the outer surface of leg under I-beam section, its size and position make it to boundling without any impact.

After pull bar is withdrawn, the beam hanging away top has three kinds of methods: as shown in Figure 5, one is by the U-lag of lifting-steel-rope 6 through beam termination, utilize the combined action of U-lag and an anticreep block that cable wire is not skidded off, other one end of beam processes equally, utilizes homonymy anticreep block, then under the effect of deadweight, beam is stably lifted can rotate about 90 ° in lifting process after, is then hung away, recommendation the method.The second is in the above-mentioned methods, uses diagonal line (heteropleural) link stopper instead, then because beam is in astable state of equilibrium, may occur rotating, not recommendation which.The third is that utilize the breach that the registration arm on two anticreep blocks and beam is formed, other one end of beam processes equally, and beam is also in astable state of equilibrium by lifting-steel-rope through the both sides of beam termination, may occur rotation, also not recommendation which.

See Fig. 6, be for preventing pull bar from getting loose with nut assembly when rotation during nut tightness adjusting and transport to the processing of pull bar 31 end.Be processed into wide 12mm, two of long 120mm symmetrical planes parallel to each other in the side of pull bar upper and lower, two interplanar distances are 16mm, and 1mm less of the width (17mm) of U-lag, while preventing pull bar with nut rotation, is convenient to picking and placeing of pull bar.After the first-class spring washer in termination and nut, then carry out screwdriver bit process, form anticreep screwdriver bit 33, make pull bar, spring washer, nut form integral structure, to prevent getting loose of nut in the loss of packing ring, nut and boundling steel pipe transmission process.

This beaming device, by design symmetry, achieves block construction minimized.Upper beam, the underbeam Curve guide impeller generally adopted in other beaming devices is a kind of version by the first, underbeam can be exchanged with general, and can become main bearing member in turn, can increase the service life of buncher; It two is that pull bar upper and lower side is designed to a kind of version, and do not distinguish up and down, Tiebar structure simplifies further.The result of such design makes component processing become simpler on the one hand, can improve the interchangeability of parts of the same race on the other hand, bring convenience to use.

This beaming device is only made up of three kinds of parts, can not need in warehouse or field with manpower or machinery, pipe to be assembled into bundle easily by miscellaneous equipment, significantly can alleviate the labour intensity of the processes such as steel pipe storage, carrying, use, raise the efficiency.

Below an object lesson coordinating the DN100 steel pipe beaming device of 2004-100/150 hard pipeline distributing vehicle:

1, beaming device technical index

1.1 deadweight

Beam 39kg/ root, pull bar 4.2kg/ are to, isolation registration device 10kg/ root.Each beaming device is always conducted oneself with dignity and is about 250kg.

1.2 mechanics mechanical characteristicss

Mechanics mechanical characteristics: the maximum net weight 63000N of steel pipe, maximum lifting acceleration/accel 1.0m/s ², pull bar maximum stress 37MPa, screw thread maximum stress 12MPa, lifting notch strength 20000N/.

2, using method

2.1 artificial boundlings

6m is not less than in a length, width is not less than in the ground grading of 3m, by the Liangping row of two belows, just to placing, (whether the method detection of measurements available catercorner length is parallel just right, also position line can be beforehand with on ground), then ground floor steel pipe is placed, put ground floor (two) positioning pipe (aligning respective beam respectively) again, then second layer steel pipe is placed, second layer positioning pipe, the like, after finally placing the beam of top, again the spring washer of pull bar lower end and One-way nut are screwed into desired location, by the upper end of pull bar, lower end penetrates from the breach of the fastening structure of beam, tighten with the nut (underlay spring washer) of general utility wrench by upper end, form a whole Shu Gangguan.

2.2 manually remove bundle

Contrary with artificial gathering step.

2.3 mechanization stringings

With lifting-steel-rope through the lifting breach in the fastening and hoisting structure of the beam of below, after whole Shu Gangguan is hung in distributing vehicle, lower end nut is unscrewed with general utility wrench, until pull bar can take out from the breach of fastening structure, now take pull bar (containing packing ring, nut) away, then take beam (can by artificial means, also available mechanical hangs away) away, according to the structure design of distributing vehicle, orlop steel pipe can be laid; After this layer of cloth is complete, take undermost positioning pipe away, start to lay the below second layer; By that analogy, can the complete Shu Gangguan of cloth.

2.4 mechanization closed tubes

Utilize distributing vehicle, perform according to mechanization stringing reverse order.

The width control system of this beaming device is at 2275mm, and 25mm less of the interior width 2300mm of common transport trolley, closes again, ensure that the safety of transport before whole bundle steel tube suspending fashionable needs open car side board, transport.Meanwhile, the arrangement of steel pipe is mated completely with 2004-100/150 hard field petroleum pipeline distributing vehicle, ensure that mechanization stringing and the realization of removing receipts.

Claims (4)

1. a laterally zygomorphic pipe bunching device, it is made up of beam, positioning pipe and secure component;

Described beam comprises upper beam and underbeam, respectively there are two, to be parallel to each other layout at end face and bottom surface horizontal direction respectively, the orlop pipe that underbeam is tied from bottom supporting, upper beam pushes down the superiors' pipe be tied from top, secure component is connected between upper beam and the termination of underbeam, tension upper beam and underbeam;

Described positioning pipe is each on upper beam and underbeam fixes one, and remaining is distributed between two-layer pipe, and the surface of every root is distributed with the positioning groove of positioning tube along the length direction proportional spacing of positioning pipe;

It is characterized in that:

Described secure component comprises four pull bars and is assemblied in the clamp nut assembly at pull bar two ends, and the both sides of described pull bar upper and lower are processed with two symmetrical planes parallel to each other;

Described upper beam and underbeam are symmetrical arranged up and down, and its material, structure, size are identical, and all based on I-beam section, the fastening and hoisting structure coordinated with secure component is respectively welded at two ends;

Described fastening and hoisting structure is welded on the termination of I-beam section by derby and is formed;

The termination of described I-beam section has been cut leg and waist at Width, remains lower leg, and lower leg is inwardly processed with from outer end the U-lag mouth of a width 3mm less of pull bar diameter;

Described derby is divided into inner I-beam section connecting portion, the middle pull bar fastening part of playing hanging part and outer end; I-beam section connecting portion has a wide groove identical with the waist thickness of I-beam section, and derby stretches into I-beam section waist by groove, and on it, fit in the surface of bottom surface and the upper and lower leg of I-beam section, and on inner shape slope at 45 °, welds with I-beam section; Playing hanging part is the lifting breach be positioned in the middle part of derby; Pull bar fastening part is the U-lag of a width 3mm less of pull bar diameter, this U-lag is positioned at directly over the U-lag mouth of leg under I-beam section, and the upper surface of derby be processed with one with the circular pit of semi-circular concentric in U-lag, for spacing clamp nut assembly.

2. laterally zygomorphic pipe bunching device according to claim 1, is characterized in that: the anticreep block being provided with two anti-lifting rope slippages in the termination of I-beam section.

3. laterally zygomorphic pipe bunching device according to claim 1, is characterized in that: described clamp nut assembly is contained in the two ends of pull bar in advance, and is provided with anticreep screwdriver bit in the termination of pull bar.

4. laterally zygomorphic pipe bunching device according to claim 1, is characterized in that: described clamp nut assembly is the two packing ring double nuts structures be made up of spring washer, One-way nut, spring washer and One-way nut.