CN107606307B - A kind of transport of pipeline section, contra-aperture device and method - Google Patents
A kind of transport of pipeline section, contra-aperture device and method Download PDFInfo
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- CN107606307B CN107606307B CN201710670296.1A CN201710670296A CN107606307B CN 107606307 B CN107606307 B CN 107606307B CN 201710670296 A CN201710670296 A CN 201710670296A CN 107606307 B CN107606307 B CN 107606307B
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Abstract
The invention discloses a kind of transport of pipeline section, contra-aperture device and methods, belong to pipeline transportation and installing area.Pipeline section transport, contra-aperture device include: pedestal, two clamping pieces and fluid power system.Wherein, the both ends of pedestal are connect with the pulling equipment of steep slope section top of the slope and bottom of slope by wirerope respectively.Two clamping pieces are set on the base, for clamping pipeline section to be installed along the longitudinal direction.Fluid power system is set on the base, and for driving clamping piece to move up and down, and the both ends of driving pedestal are moved forward and backward.The present invention does not need to be laid with and dismantle rail when carrying out pipeline section hauling operation, and the construction time is shorter, and cost is relatively low.By the way that two clamping pieces are arranged, it ensure that pipeline section to be installed can be stabilized on pedestal.By the way that fluid power system is arranged, while carrying out pipeline section hauling operation, the adjustment for treating installation pipeline section nozzle upper-lower, left-right positions is completed, it is time saving and energy saving so as to the counterpart operation realized pipeline section to be installed Yu installed pipeline section.
Description
Technical field
The present invention relates to pipeline transportation and installing area, in particular to a kind of pipeline section transport, contra-aperture device and method.
Background technique
In long-distance oil & gas pipeline process of construction, pipeline section transport and installation exercise often are carried out in mountain area steep slope section.Tool
Body, for steep slope section of the gradient within 35 °, generally pipeline section to be installed is transported to designated position using mountain carrier vehicle,
Counterpart is carried out to the pipeline section of installation of the pipeline section to be installed and designated position again, welding operates.It and is more than 35 ° steep for the gradient
Slope section, mountain carrier vehicle climbing are difficult, it is difficult to and pipeline section transport is carried out, subsequent pipeline section installation exercise is caused to can not be successfully progress,
To influence the normal conveying of oil gas.Therefore it provides a kind of can be more than progress pipeline section transport on 35 ° of steep slope section in the gradient
Device is very necessary.
The prior art using push trolley as pipeline section transport device, the top of the slope and bottom of slope of steep slope section be each provided with one with it is small
The pulling equipment (such as dragger, winch) that the both ends of flatcar are connected by wirerope.Before pipeline section hauling operation, it is more than in the gradient
35 ° of steep slope section explosion goes out pipe trench, and is laid with rail in the bottom of pipe trench, will be with the rail phase after rail is laid with simultaneously straightening
The push trolley of adaptation is placed on rail, while pipeline section to be installed being fixed in push trolley.In pipeline section hauling operation, using leading
Drawing equipment is more than that the rail on 35 ° of steep slope section is drawn to designated position along the gradient by the push trolley for being fixed with pipeline section to be installed,
Then using other ancillary equipments or manually the pipeline section of installation of pipeline section to be installed and designated position in push trolley is carried out pair
Mouth, welding operation repeat aforesaid operations to next root canal section after the completion of a root canal section transport, counterpart, welding, until entirely
The pipeline section of steep slope section is all transported and is installed.After operation, the rail laid is removed.
The inventor finds that the existing technology has at least the following problems:
The prior art needs to be laid with and dismantle when carrying out pipeline section hauling operation rail, and the construction time is longer, higher cost.
Also, it when the pipeline section of installation to pipeline section to be installed and designated position in push trolley carries out counterpart operation, needs to use it
Its ancillary equipment or manual operation, difficulty is higher, time-consuming and laborious.
Summary of the invention
In order to solve the above-mentioned technical problem, the embodiment of the invention provides a kind of transport of pipeline section, contra-aperture device and methods.Tool
Body technique scheme is as follows:
In a first aspect, described device includes: pedestal, edge the embodiment of the invention provides a kind of transport of pipeline section, contra-aperture device
The both ends of length direction are connect with the pulling equipment for being located at steep slope section top of the slope and bottom of slope by wirerope respectively；
Two clamping pieces, the length direction along the pedestal are coaxially disposed on the base, for clamping pipe to be installed
Section；
Fluid power system on the base is set, for driving the clamping piece to move up and down, and driving institute
The both ends for stating pedestal are moved to the left or right.
Specifically, preferably, the pedestal include: connector, pass through respectively with the rear and front end of the connector it is tight
The first framework, the second framework of firmware connection；
Be respectively arranged with the clamping piece in first framework and the second framework, and end respectively with the abrupt slope
Section top of the slope is connected with the pulling equipment of bottom of slope by the wirerope.
Specifically, preferably, the connector is hollow type plate body structure, undertaking is provided in the middle part of the connector
Plate, for installing the fluid power system；
First framework and the second framework are the acclivitous hollow plate body structure in both ends.
Specifically, preferably, the end of first framework and the second framework is respectively arranged with traction piece.
Specifically, preferably, being provided with telescopic hollow supporting body in first framework and the second framework,
The clamping piece is arranged in the telescopic hollow supporting body；
The telescopic hollow supporting body carries out flexible in up and down direction under fluid power system driving.
Specifically, preferably, the fluid power system includes: hydraulic station, it is arranged on the bearing plate；
First oil cylinder is arranged in first framework；
Second oil cylinder is arranged in the second framework；
Third oil cylinder is arranged in the telescopic hollow support body in first framework；
4th oil cylinder is arranged in the telescopic hollow support body in the second framework；
First oil cylinder and second oil cylinder are connect with the hydraulic station by the first hydraulic line respectively；
The third oil cylinder and the 4th oil cylinder are connect with the hydraulic station by the second hydraulic line respectively；
First oil cylinder and second oil cylinder for drive first framework and the second framework to the left or to
It moves right；
The third oil cylinder and the 4th oil cylinder are for driving the telescopic hollow supporting body flexible up and down.
Specifically, preferably, being provided with multiple operating sticks on the hydraulic station；
Multiple operating sticks be respectively used to control first oil cylinder, second oil cylinder and the third oil cylinder,
4th oil cylinder is flexible, to drive first framework and the second framework to be moved to the left or right, and described in driving
Telescopic hollow supporting body is flexible up and down.
Specifically, preferably, the telescopic hollow supporting body includes: to be separately positioned on first framework and described
The first supporter in second framework is telescopically set in intracorporal second supporter of first support；
The third oil cylinder is provided in first supporter in first framework；
The 4th oil cylinder is provided in second supporter in the second framework；
The third oil cylinder and the 4th oil cylinder are for driving second supporter to move up and down.
Second aspect, the embodiment of the invention provides the method for carrying out pipeline section transport, counterpart operation using above-mentioned apparatus, institutes
The method of stating includes:
Pipeline sections to be installed are clamped using two clamping pieces, and the both ends of pedestal are led with steep slope section top of the slope and bottom of slope respectively
Draw equipment to connect by wirerope；
The pedestal is drawn using the pulling equipment to move to top of the slope or bottom of slope, completes the fortune to the pipeline section to be installed
Defeated operation；
Drive the clamping piece to move up and down using fluid power system, and the driving pedestal both ends to the left or to
It moves right, keeps the pipeline section to be installed opposite with the nozzle for having installed pipeline section, complete the counterpart operation to the pipeline section to be installed.
Technical solution provided in an embodiment of the present invention has the benefit that
Pipeline section provided in an embodiment of the present invention transport, contra-aperture device, when carrying out pipeline section hauling operation, do not need to be laid with
Rail is dismantled, the construction time is shorter, and cost is relatively low.By the way that two clamping pieces are arranged on pedestal, realize and treat installation pipeline section
It is clamping in the front-back direction, ensure that pipeline section to be installed can be stabilized on pedestal.By the way that fluid power system is arranged, carrying out
While pipeline section hauling operation, the adjustment for treating installation pipeline section nozzle upper-lower, left-right positions is completed, to realize pipe to be installed
Duan Yuyi installs the counterpart operation of pipeline section, and operation difficulty is lower, time saving and energy saving.
Detailed description of the invention
To describe the technical solutions in the embodiments of the present invention more clearly, make required in being described below to embodiment
Attached drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the invention, for
For those of ordinary skill in the art, without creative efforts, it can also be obtained according to these attached drawings other
Attached drawing.
Fig. 1 is the structural schematic diagram of pipeline section provided in an embodiment of the present invention transport, contra-aperture device.
Appended drawing reference respectively indicates:
1 pedestal,
101 connectors,
1011 bearing plates,
102 first frameworks,
103 second frameworks,
2 clamping pieces,
3 fluid power systems,
301 hydraulic stations,
302 first oil cylinders,
303 second oil cylinders,
304 first hydraulic lines,
305 second hydraulic lines,
4 traction pieces,
5 telescopic hollow supporting bodies,
501 first supporters,
502 second supporters,
6 operating sticks.
Specific embodiment
To make the object, technical solutions and advantages of the present invention clearer, below in conjunction with attached drawing to embodiment party of the present invention
Formula is described in further detail.
It should be noted that going out pipe trench in steep slope section explosion before transporting pipeline section to be installed.
In a first aspect, the embodiment of the invention provides a kind of transports of pipeline section, contra-aperture device, and as shown in Fig. 1, pipeline section fortune
Defeated, contra-aperture device includes: 1, two clamping piece 2 of pedestal and fluid power system 3.Wherein, the both ends of pedestal 1 along its length point
It is not connect with the pulling equipment for being located at steep slope section top of the slope and bottom of slope by wirerope.Length direction of two clamping pieces 2 along pedestal 1
It is co-axially located on pedestal 1, for clamping pipeline section to be installed.Fluid power system 3 is arranged on pedestal 1, for driving clamping
Part 2 moves up and down, and the both ends of driving pedestal 1 are moved to the left or right.
When carrying out pipeline section transport, pipeline section to be installed is clamped along the length direction of pedestal 1 using two clamping pieces 2, and
The both ends of pedestal 1 are connect with the pulling equipment of steep slope section top of the slope and bottom of slope by wirerope respectively.Then, it is set using the traction
It is standby to draw pedestal 1 to designated position from the pipe trench of top of the slope or bottom of slope on steep slope section.Then, it is driven by fluid power system 3
Dynamic clamping piece 2 moves up and down, and the both ends of driving pedestal 1 are moved to the left or right, and then drive the pipe of the pipeline section to be installed
It above and below mouthful, moves left and right, to complete the counterpart operation for having installed pipeline section nozzle of the pipeline section to be installed and top of the slope or bottom of slope, in turn
To the pipeline section to be installed and pipeline section has been installed welds.After to a root canal section transport, counterpart, welding, to next
Root canal section repeats aforesaid operations, until whole pipeline sections of entire steep slope section install.
Based on above-mentioned, pipeline section transport provided in an embodiment of the present invention, contra-aperture device are not required to when carrying out pipeline section hauling operation
It is laid with and dismantles rail, the construction time is shorter, and cost is relatively low.By the way that two clamping pieces 2 are arranged on pedestal 1, realize pair
Pipeline section to be installed is clamping in the front-back direction, ensure that pipeline section to be installed can be stabilized on pedestal 1.By the way that hydraulic-driven is arranged
System 3 completes the adjustment for treating installation pipeline section nozzle upper-lower, left-right positions while carrying out pipeline section hauling operation, so as to
It realizes pipeline section to be installed and the counterpart operation of pipeline section has been installed, operation difficulty is lower, time saving and energy saving.
Wherein, the both ends of pedestal 1, which are moved to the left or right, can be understood as the whole position of pedestal 1 and is changed.
For the ease of winding wire ropes, pipeline section transport, contra-aperture device movement are driven, above-mentioned pulling equipment can be strand
Vehicle, the winch can be by earth anchorages in top of the slope or bottom of slope, to improve it in the stability of top of the slope or bottom of slope.
For the ease of adjust the pipeline section transport, contra-aperture device moved from bottom of slope to top of the slope when nozzle direction, can be on slope
Top setting two pulling equipments being connect respectively by wirerope with pedestal 1, and make two pulling equipments respectively with the side of pipe trench
Wall alignment.When carrying out pipeline section hauling operation, the hauling speed of pedestal 1 can be realized by two pulling equipments of control and treat
The adjusting of pipeline section nozzle direction is installed.For example, since pedestal 1 and pipeline section to be installed move synchronously, when the one of pedestal 1
When end tilts forward, the hauling speed for the pulling equipment being located behind can be improved；When one end of pedestal 1 tilts towards the rear
When, the hauling speed of the pulling equipment positioned at front can be improved.
In order to keep 2 structure of clamping piece simple, while guaranteeing that it treats the clamping effect of installation pipeline section, clamping piece 2 is arranged
For pipe clamp.Pipe clamp is common for this field, and those skilled in the art can be obtained by commercially available, for example, it can be
The pipe clamp that Su Xin pipe clamp Manufacturing Co., Ltd produces and sells.
In embodiments of the present invention, as shown in Fig. 1, pedestal 1 includes: connector 101, respectively and before connector 101
The first framework 102, second framework 103 that both ends are connected by fastener afterwards.Wherein, in the first framework 102 and second framework 103
It is respectively arranged with clamping piece 2, and end is connect with the pulling equipment of steep slope section top of the slope and bottom of slope by wirerope respectively.
By setting connector 101, the first framework 102 and second framework 103, and make the rear and front end point of connector 101
It is not connect with the end of the first framework 102, second framework 103 by fastener, ensure that connector 101 and the first framework 102
It connects and fastens with second framework 103.
Further, in order to transport pedestal 1 and store conveniently, which can be screw, to guarantee connector
101, the first framework 102 and second framework 103 can be dismantled while connecting fastening.
Wherein, the first internal thread hole compatible with the external screw thread of screw is provided on connector 101, in the first framework
102 and second framework 103 on be provided with second internal thread hole opposite with the first internal thread hole, when installation, sequentially using screw
It is screwed into the second internal thread hole and the first internal thread hole.
In order to mitigate the weight of pedestal 1, the pedestal 1 is transported so as to subsequent, and draws the pedestal 1 in steep slope section
Pipeline section hauling operation is carried out, and then improves operating efficiency.Hollow type plate body structure is set by connector 101, and in connector
Bearing plate 1011 (referring to attached drawing 1) is arranged in 101 middle part, for installing fluid power system 3；First framework 102 and the second frame
Body 103 is the acclivitous hollow plate body structure in both ends.
By being as above arranged, and make the both ends of connector 101 respectively with the acclivitous hollow plate body structure in both ends
One framework 102 is connected with the end of second framework 103, is formed with space in the lower part of connector 101, is made pedestal 1 in pipe trench
When movement, even if the bottom surface out-of-flatness of pipe trench, can also guarantee the stability of pedestal 1.
By the way that bearing plate 1011 is arranged, the intensity of connector 101 is not only increased, and provide for fluid power system 3
Installation site.
Wherein, it is hollow framework that hollow type plate body structure, which can be understood as a middle part,.Both ends are acclivitous hollow
Plate body structure can be understood as a bottom surface and four sides are all hollow ship shape structures.
It is connect for the ease of the first framework 102, second framework 103 with wirerope, while the traction enhanced to pedestal 1 is imitated
Fruit is respectively arranged with traction piece 4 in the end of the first framework 102 and second framework 103 (referring to attached drawing 1).
Wherein, traction piece 4 is the plate body structure that through-hole is provided in plate face, when being connect using wirerope with traction piece 4,
It can be arranged in the end of wirerope and latch, connect wirerope with traction piece 4 by lock, not only ensure that the two connection is tight
Gu and easy to disassemble.
For the ease of the clamping piece 2 on the clamping piece 2 and second framework 103 in the first framework 102 in pipeline section hauling operation
It moves up and down in the process, to adjust the position for the pipeline section nozzle to be installed being clamped in two clamping pieces 2, in the first framework 102
Be provided with telescopic hollow supporting body 5 (referring to attached drawing 1) in second framework 103, clamping piece 2 is arranged in telescopic hollow branch
On support body 5.Telescopic hollow supporting body 5 carries out flexible in up and down direction under the driving of fluid power system 3.
Specifically, when adjusting the position of pipeline section nozzle to be installed, the clamping piece in the first framework 102 can individually be adjusted
2 move up and down, and the clamping piece 2 that can also individually adjust in second framework 103 moves up and down, and can also adjust the first framework simultaneously
Clamping piece 2 on clamping piece 2 and second framework 103 on 102 moves up and down, as long as making the nozzle of pipeline section to be installed and having installed
The nozzle of pipeline section is aligned.
In embodiments of the present invention, as shown in Fig. 1, fluid power system 3 include: hydraulic station 301, the first oil cylinder 302,
Second oil cylinder 303, third oil cylinder and the 4th oil cylinder.Wherein, hydraulic station 301 is arranged on bearing plate 1011；First oil cylinder 302 is set
It sets in the first framework 102；Second oil cylinder 303 is arranged in second framework 103；Third oil cylinder is arranged in the first framework 102
Telescopic hollow supporting body 5 in；4th oil cylinder is arranged in the telescopic hollow supporting body 5 in second framework 103.First oil
Cylinder 302, hydraulic station 301, the second oil cylinder 303 are sequentially connected with by the first hydraulic line 304；Third oil cylinder, hydraulic station 301,
Four oil cylinders are sequentially connected with by the second hydraulic line 305.First oil cylinder 302 and the second oil cylinder 303 are used to drive the both ends of pedestal 1
It is moved forward and backward, third oil cylinder and the 4th oil cylinder are for driving telescopic about 5 hollow supporting body flexible.
Bottom of slope is being moved to from the top of the slope of steep slope section using pulling equipment traction pedestal 1, or is moving to top of the slope from bottom of slope
In the process, if front and back deflection occurs for pipeline section to be installed, the first oil cylinder 302 and the second oil cylinder 303 are driven using hydraulic station 301
Work, the side wall of the end and pipe trench that make the first oil cylinder 302 and the second oil cylinder 303 offset, so as to move before and after the both ends of pedestal 1
It is dynamic, and then adjust the front-rear position of pipeline section nozzle to be installed.If the upper and lower position of the nozzle of pipeline section to be installed needs to adjust,
Third oil cylinder and the 4th cylinder efficient are driven using hydraulic station 301, drives telescopic about 5 hollow supporting body flexible, and then band
Dynamic clamping piece 2 moves up and down, and completes the adjustment of the upper and lower position of pipeline section nozzle to be installed.
By the way that the first oil cylinder 302 is arranged in the first framework 102, the second oil cylinder 303 is set in second framework 103, and
Connect the first oil cylinder 302, hydraulic station 301 and the second oil cylinder 303 by the first hydraulic line 304, convenient for driving the two of pedestal 1
End is moved forward and backward, to adjust the front-rear position of pipeline section nozzle to be installed.Pass through the telescopic hollow support in the first framework 102
Third oil cylinder is set in body 5, the 4th oil cylinder is set in the telescopic hollow supporting body 5 in second framework 103, convenient for driving folder
Gripping member 2 moves up and down, to adjust the upper and lower position of pipeline section nozzle to be installed.
Wherein, hydraulic station 301 is common for this field, generally comprises: by oil pipe connect motor, hydraulic pump,
Fuel tank, hydraulic valve.In application, electric motor operation, hydraulic pump rotation is driven, and then oil suction and buy oil from fuel tank, by mechanical energy
It is converted into the pressure energy of hydraulic oil, at this point, realizing the adjusting to hydraulic oil direction, pressure, flow by control hydraulic valve.
Hydraulic oil is respectively transmitted to first the 302, second oil of oil cylinder through the first hydraulic line 304 and the second hydraulic line 305 after adjustment
In cylinder 303 and third oil cylinder, the 4th oil cylinder, to push above-mentioned each cylinder efficient.
First oil cylinder 302 there are two can be set in first framework 102, two the first oil cylinders 302 are respectively used to and pipe trench
Front-rear side walls offset；It is can be set in second framework 103 there are two the second oil cylinder 303, two the second oil cylinders 303, two the
Two oil cylinders 303 are respectively used to offset with the front-rear side walls of pipe trench.
In embodiments of the present invention, as shown in Fig. 1, telescopic hollow supporting body 5 includes: to be separately positioned on the first framework
102 and the first supporter 501 in second framework 103, the second supporter for being telescopically set in the first supporter 501
502.Third oil cylinder is provided in the first supporter 501 in first framework 102；The second supporter 502 in second framework 103
Inside it is provided with the 4th oil cylinder；Third oil cylinder and the 4th oil cylinder are for driving the second supporter 502 to move up and down.
By the way that the first supporter 501 and the second supporter 502, and the first supporter 501 in the first framework 102 is arranged
Interior setting third oil cylinder；4th oil cylinder is set in the second supporter 502 in second framework 103, is realized to clamping piece 2
Driving makes clamping piece 2 move up and down.
In order to guarantee telescopic 5 the operation is stable of hollow supporting body, make the side of the first supporter 501 and the second supporter 502
Wall is in close contact, to guarantee telescopic 5 the operation is stable of hollow supporting body.
Further, in order to keep clamping piece 2 more steady in the upper ends of telescopic hollow supporting body 5, Ke Yi
Two telescopic hollow supporting bodies 5, and two telescopic hollow supports are respectively set in first framework 102 and second framework 103
It is oppositely disposed at before and after body 5 in first framework 102 and in second framework 103.Also, in order to guarantee clamping piece 2 and stretch
The connection fastening of formula hollow supporting body 5, can be provided with opposite on the outer wall of clamping piece 2 and the side wall of the second supporter 502
Pin shaft hole, when installation, the pin shaft hole sequentially passed through on 502 side wall of the second supporter and clamping piece 2 using pin shaft can be completed two
Connection between person.
It, can be in the first framework 102 and second framework 103 for the ease of fixing the first oil cylinder 302 and the second oil cylinder 303
Installation oil cylinder support is stuck in the first oil cylinder 302 and the second oil cylinder 303 on cylinder support.
For the ease of individually controlling third oil cylinder, the 4th oil cylinder, the first oil cylinder 302 and the work of the second oil cylinder 303, with more
The position for accurately adjusting pipeline section nozzle to be installed is provided with multiple operating sticks 6 on hydraulic station 301 (referring to attached drawing 1).It is multiple
It is flexible that operating stick 6 is respectively used to the first oil cylinder 302 of control, the second oil cylinder 303 and third oil cylinder, the 4th oil cylinder, to drive the
One framework 102 and second framework 103 are moved to the left or right, and telescopic about 5 hollow supporting body of driving is flexible.
Second aspect, based on the device of above-mentioned offer, the embodiment of the invention provides using the device carry out pipeline section transport,
The method of counterpart operation, this method comprises:
Clamp pipeline section to be installed using two clamping pieces 2, and by the both ends of pedestal 1 respectively with steep slope section top of the slope and bottom of slope
Pulling equipment is connected by wirerope；
It is moved using pulling equipment traction pedestal 1 to top of the slope or bottom of slope, completes the hauling operation for treating installation pipeline section；
Clamping piece 2 is driven to move up and down using fluid power system 3, and the both ends of driving pedestal 1 are moved to the left or to the right
It is dynamic, keep pipeline section to be installed opposite with the nozzle for having installed pipeline section, completes the counterpart operation for treating installation pipeline section.
Pipeline section transport, counterpart operation are carried out by using the above method, the construction time is shorter, and cost is relatively low.Pass through utilization
Fluid power system 3 drives clamping piece 2 to move up and down, and the both ends of driving pedestal 1 are moved forward and backward, and are easy to implement pipe to be installed
Duan Yuyi installs the counterpart operation of pipeline section, and operation difficulty is lower, time saving and energy saving.
Pipeline section provided in an embodiment of the present invention transports, contra-aperture device is successfully applied to transfer natural gas from the west to the east in January, 2015 to March
Three line eastern section engineerings, in this process, the 2 bid section 6136-6137 mileages positioned at nine east side Li Hu of Putian, fujian Province are heavy grade hardly possiblies
Point cubic meter of stone section, the gradient reach 45 °, become the main restricting factor of engineering progress, and application success of the invention solves heavy grade
Soil, cubic meter of stone section pipeline section transport and the technical problem of counterpart installation exercise, and the engineering project is helped to smoothly complete in plan time
Pipeline section transport and installation task.
The foregoing is merely presently preferred embodiments of the present invention, the protection scope being not intended to limit the invention, all in this hair
Within bright spirit and principle, any modification, equivalent replacement, improvement and so on should be included in protection scope of the present invention
Within.
Claims (6)
1. a kind of pipeline section transport, contra-aperture device, which is characterized in that described device includes: pedestal (1), both ends along its length
It is connect respectively with the pulling equipment for being located at steep slope section top of the slope and bottom of slope by wirerope；
Two clamping pieces (2), the length direction along the pedestal (1) is co-axially located on the pedestal (1), for clamping wait pacify
Tubulature section；
The fluid power system (3) being arranged on the pedestal (1) for driving the clamping piece (2) to move up and down, and is driven
The both ends for moving the pedestal (1) are moved to the left or right；
The pedestal (1) includes: connector (101), is connect respectively by fastener with the rear and front end of the connector (101)
The first framework (102), second framework (103)；
It is respectively arranged with the clamping piece (2) in first framework (102) and the second framework (103), and end is distinguished
It is connect with the pulling equipment of the steep slope section top of the slope and bottom of slope by the wirerope；
Telescopic hollow supporting body (5), the folder are provided in first framework (102) and the second framework (103)
Gripping member (2) is arranged on the telescopic hollow supporting body (5)；
The telescopic hollow supporting body (5) carries out flexible in up and down direction in the case where the fluid power system (3) drive；
The fluid power system (3) includes: hydraulic station (301), is arranged on bearing plate (1011)；
First oil cylinder (302) is arranged on first framework (102)；
Second oil cylinder (303) is arranged on the second framework (103)；
Third oil cylinder, the telescopic hollow supporting body (5) being arranged on first framework (102) are interior；
4th oil cylinder, the telescopic hollow supporting body (5) being arranged on the second framework (103) are interior；
First oil cylinder (302) and second oil cylinder (303) pass through the first hydraulic line with the hydraulic station (301) respectively
(304) it connects；
The third oil cylinder and the 4th oil cylinder are connect with the hydraulic station (301) by the second hydraulic line (305) respectively；
First oil cylinder (302) and second oil cylinder (303) are for driving first framework (102) and second frame
Body (103) is moved to the left or right；
The third oil cylinder and the 4th oil cylinder are for driving the telescopic hollow supporting body (5) to stretch up and down.
2. the apparatus according to claim 1, which is characterized in that the connector (101) is hollow type plate body structure, described
Bearing plate (1011) are provided in the middle part of connector (101), for installing the fluid power system (3)；
First framework (102) and the second framework (103) are the acclivitous hollow plate body structure in both ends.
3. the apparatus according to claim 1, which is characterized in that first framework (102) and the second framework (103)
End be respectively arranged with traction piece (4).
4. the apparatus according to claim 1, which is characterized in that be provided with multiple operating sticks on the hydraulic station (301)
(6)；
Multiple operating sticks (6) are respectively used to control first oil cylinder (302), second oil cylinder (303) and described
Third oil cylinder, the 4th oil cylinder are flexible, with drive first framework (102) and the second framework (103) to the left or to
It moves right, and the driving telescopic hollow supporting body (5) is stretched up and down.
5. the apparatus according to claim 1, which is characterized in that the telescopic hollow supporting body (5) includes: to be respectively set
The first supporter (501) on first framework (102) and the second framework (103), be telescopically set in it is described
The second supporter (502) in first supporter (501)；
The third oil cylinder is provided in first supporter (501) on first framework (102)；
The 4th oil cylinder is provided in second supporter (502) on the second framework (103)；
The third oil cylinder and the 4th oil cylinder are for driving second supporter (502) to move up and down.
6. the method for carrying out pipeline section transport, counterpart operation using the described in any item devices of claim 1-5, which is characterized in that
The described method includes:
Clamp pipeline sections to be installed using two clamping pieces (2), and by the both ends of pedestal (1) respectively with steep slope section top of the slope and bottom of slope
Pulling equipment is connected by wirerope；
The pedestal (1) is drawn using the pulling equipment to move to top of the slope or bottom of slope, completes the fortune to the pipeline section to be installed
Defeated operation；
Drive the clamping piece (2) to move up and down using fluid power system (3), and the driving pedestal (1) both ends to
A left side moves right, and keeps the pipeline section to be installed opposite with the nozzle for having installed pipeline section, completes pair to the pipeline section to be installed
Mouth operation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710670296.1A CN107606307B (en) | 2017-08-08 | 2017-08-08 | A kind of transport of pipeline section, contra-aperture device and method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710670296.1A CN107606307B (en) | 2017-08-08 | 2017-08-08 | A kind of transport of pipeline section, contra-aperture device and method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107606307A CN107606307A (en) | 2018-01-19 |
| CN107606307B true CN107606307B (en) | 2019-03-15 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710670296.1A Active CN107606307B (en) | 2017-08-08 | 2017-08-08 | A kind of transport of pipeline section, contra-aperture device and method |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109578691B (en) * | 2018-12-25 | 2020-07-24 | 嵊州市越通非开挖建设有限公司 | Be used for inclined plane pipeline integral erection device |
| CN110081247B (en) * | 2019-05-17 | 2020-10-30 | 叶晓丹 | Clamp structure for connecting fire-fighting pipe fittings |
| CN111810716B (en) * | 2020-07-20 | 2021-12-14 | 江苏优霸五金工具有限公司 | Long distance energy pipeline intelligence construction equipment |
| CN114211241B (en) * | 2022-02-21 | 2022-05-24 | 北京建工集团有限责任公司 | Alignment device and method for synchronously lifting and installing pipeline and long-span roof steel structure |
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| CN201531712U (en) * | 2009-11-13 | 2010-07-21 | 王振宏 | Pipe aligning device in oil field |
| CN201884790U (en) * | 2010-11-18 | 2011-06-29 | 马海波 | Hydraulic pipeline supporting frame |
| CN205716009U (en) * | 2016-05-30 | 2016-11-23 | 中铁电气化局集团北京建筑工程有限公司 | A kind of portable bell-and-spigot pipe pipeline joint machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US9470338B2 (en) * | 2014-05-20 | 2016-10-18 | Benoit Bouchard | Pipe joining device |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201531712U (en) * | 2009-11-13 | 2010-07-21 | 王振宏 | Pipe aligning device in oil field |
| CN201884790U (en) * | 2010-11-18 | 2011-06-29 | 马海波 | Hydraulic pipeline supporting frame |
| CN205716009U (en) * | 2016-05-30 | 2016-11-23 | 中铁电气化局集团北京建筑工程有限公司 | A kind of portable bell-and-spigot pipe pipeline joint machine |
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