CN208749313U - A kind of petroleum well workover Work robot - Google Patents
A kind of petroleum well workover Work robot Download PDFInfo
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- CN208749313U CN208749313U CN201820416264.9U CN201820416264U CN208749313U CN 208749313 U CN208749313 U CN 208749313U CN 201820416264 U CN201820416264 U CN 201820416264U CN 208749313 U CN208749313 U CN 208749313U
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- 239000003208 petroleum Substances 0.000 title claims abstract description 22
- 230000033001 locomotion Effects 0.000 claims abstract description 28
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 97
- 230000005540 biological transmission Effects 0.000 claims description 48
- 230000007246 mechanism Effects 0.000 claims description 36
- 238000009434 installation Methods 0.000 claims description 14
- 230000003028 elevating effect Effects 0.000 claims description 13
- 239000003129 oil well Substances 0.000 claims description 7
- 239000003351 stiffener Substances 0.000 claims description 6
- RKTYLMNFRDHKIL-UHFFFAOYSA-N copper;5,10,15,20-tetraphenylporphyrin-22,24-diide Chemical compound [Cu+2].C1=CC(C(=C2C=CC([N-]2)=C(C=2C=CC=CC=2)C=2C=CC(N=2)=C(C=2C=CC=CC=2)C2=CC=C3[N-]2)C=2C=CC=CC=2)=NC1=C3C1=CC=CC=C1 RKTYLMNFRDHKIL-UHFFFAOYSA-N 0.000 claims description 3
- 230000008878 coupling Effects 0.000 claims description 3
- 238000010168 coupling process Methods 0.000 claims description 3
- 238000005859 coupling reaction Methods 0.000 claims description 3
- 239000007787 solid Substances 0.000 claims description 2
- 238000010009 beating Methods 0.000 claims 1
- 238000005265 energy consumption Methods 0.000 abstract description 4
- 238000010586 diagram Methods 0.000 description 29
- 238000004519 manufacturing process Methods 0.000 description 3
- 230000009471 action Effects 0.000 description 2
- 238000001514 detection method Methods 0.000 description 2
- 210000000245 forearm Anatomy 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 230000032258 transport Effects 0.000 description 2
- 229910000831 Steel Inorganic materials 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 230000007547 defect Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000006073 displacement reaction Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000000203 mixture Substances 0.000 description 1
- 230000008450 motivation Effects 0.000 description 1
- 230000008569 process Effects 0.000 description 1
- 239000010959 steel Substances 0.000 description 1
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Abstract
The utility model discloses a kind of petroleum well workover Work robots, including base device, guide device, big arm assembly, swing seat transmitting device, measuring motion and hydraulic control system；The hydraulic control system control base device, guide device, big arm assembly, swing seat transmitting device, measuring motion movement.For the utility model compared with the petroleum well workover Work robot of the prior art, structure is more compact, reasonable, reliable, solves the problems such as live labor intensity is big, and well workover low efficiency, energy consumption is high, be easy to cause pollution environment；Realize workover treatment automation.The utility model occupied area is small, and tossing well head is flexible, and high degree of automation greatly improves the efficiency of well workover.
Description
Technical field
The utility model relates to a kind of petroleum well workover machine people, belong to petroleum well workover equipment technical field.
Background technique
In oilfield process, some oil wells or equipment fault can often occur, the underproduction is caused even to stop production.In order to make oil
Well returns to normal production, it is necessary to take appropriate measures, debug.In addition, the condition of oil well changes, need according to new
Situation takes production technology measure appropriate, for example, flowing well turns pumpingh well, changes oil well pump depth of setting, model etc..These
Work all needs well workover machine equipment to complete.1) existing shaft mouth operation needs labor intensity big, well workover low efficiency, and energy consumption is high,
It is easy to cause pollution environment；2) the design novel 95% is to be fully automated, and scene only needs 2 people to operate；Well workover is high-efficient,
It is environmentally friendly and energy saving, it has greatly liberated labour and has saved the energy.The applicant applied for a kind of petroleum well workover in 2017
The deficiencies of Work robot patent, exists and takes up a large area, and transports not aspect, and workflow is complicated, and the down tube time is long.In the presence of
It takes up a large area, it is long not to play the down tube time for aspect, workflow complexity for transport.
Summary of the invention
Technical problem to be solved in the utility model is in view of the defects existing in the prior art, to provide a kind of petroleum well workover
Work robot.
In order to solve this technical problem, the utility model provides a kind of petroleum well workover Work robot, including pedestal dress
It sets, guide device, big arm assembly, swing seat transmitting device, measuring motion and hydraulic control system, the base device include bottom
Seat, hydraulic support leg, walking mechanism, rotating hydraulic supporting leg, large arm mounting base, correcting support, large arm support, support rotating disk,
Correcting installation pedestal and survey long mounting bracket, pedestal is rectangular frame structure, the head end of pedestal be equipped with large arm mounting base and
Large arm support, big arm assembly is mounted on base device by large arm mounting base, and when large arm folding device is propped up by large arm support
Support；Correcting installation pedestal and correcting support are being equipped at large arm mounting base, guide device is installed by correcting installation pedestal
On base device, supported when guide device folds by correcting；The big arm assembly and guide device are equipped with hydraulic
Cylinder is connected thereto, and 90 ° of swings between horizontal-vertical can be achieved in arm assembly big under the driving of hydraulic cylinder and guide device；
The tail end of the pedestal is equipped with support rotating disk and surveys long mounting bracket, and measuring motion installation is surveyed in long mounting bracket；The bottom
It is equipped with rotating hydraulic supporting leg on front side of the tail end of seat, is equipped with hydraulic support leg in the corresponding position of pedestal its excess-three；In rear side
At least two vehicle with walking machine are provided between two hydraulic support legs and between the rotating hydraulic supporting leg and hydraulic support leg of front side
Structure；The swing seat transmitting device is arranged on front side of pedestal, is located at the middle part and tail portion of pedestal；The hydraulic control system control
Base device processed, guide device, big arm assembly, swing seat transmitting device, measuring motion movement.
The hydraulic support leg includes column, guide sleeve, nut seat, screw rod and spiral lift, table on the outside of the column
Face is welded with a plurality of gib block, and top is equipped with erecting bed；The guide sleeve medial surface is equipped with guide rail, and guide sleeve covers outside column
Face can simultaneously be slided up and down along column；Spiral lift and hydraulic motor are fixed on the erecting bed at the top of column, nut seat side
It is fixed with guide sleeve, the other side is connect with pedestal；The column bottom welds closure plate, is equipped with threaded hole, column bottom among closure plate
Portion is equipped with spherical surface pedestal by the threaded hole.
The walking mechanism includes bracket, bottom plate, guide rail, sliding block and oil cylinder, and described bottom plate one end is equipped with oil cylinder seat, and two
Side is separately installed with sliding block, and the guide rail is mounted on frame bottom two sides, and guide rail and sliding block cooperation are slided；The bracket includes vertical
Plate, plate and oil cylinder mounting rack, oil cylinder mounting rack end are equipped with head bracket, and the cylinder body of the oil cylinder is fixed on oil cylinder seat
On, piston rod end is fixed on head bracket；The vertical plate is equipped with rack fixation hole, and bracket passes through the rack fixation hole
It is fixed on the base.
The rotating hydraulic supporting leg includes supporting leg, supporting leg fixed frame, supporting leg promotion oil cylinder, ram, supporting leg transmission mechanism, passes
Dynamic case, lead screw, nut seat, secondary supporting leg, support, fixed pin shaft and active pin shaft, the supporting leg and supporting leg fixed frame are connected as one
Body, supporting leg push oil cylinder one end to be fixed in gantry base, and the other end is connect with supporting leg fixed frame；The supporting leg pushes on oil cylinder
Equipped with ram, ram end is connect with supporting leg fixed frame, and ram side is equipped with rack gear；The supporting leg transmission mechanism setting is being driven
In case, transmission case is connect by bolt with supporting leg fixed frame, and the transmission lower box part and ram cooperate, and is driven in supporting leg transmission mechanism
It can be moved along ram rack gear under dynamic；Nut seat is connect with transmission case, and lead screw and nut seat cooperate, and lead screw bottom is equipped with support, branch
Seat is hinged by fixed pin shaft and secondary supporting leg, secondary supporting leg around fixed pin shaft overturn 180 ° after pass through the another of active pin shaft and support
One pin shaft hole is fixed；The top of the lead screw is equipped with tetragonal prism, is rotated by the rotatable lead screw of manual wrench, and then drives secondary branch
Leg moves up and down.
The guide device includes correcting pedestal, correcting conduit, upper correcting, lower correcting, elevator and hydraulic control system, institute
Stating correcting conduit is telescopic structure, correcting conduit top is provided with upper correcting, its underpart is provided with lower correcting；It is described to lead
The top of positive conduit is equipped with telescoping catheter and elevating ram, telescoping catheter can be given rise to operating position by elevating ram；Institute
The top for stating telescoping catheter is equipped with pulley, and rope one end is connect with the small winch being arranged in correcting conduit, and rope is another
End connect around pulley, with elevator；The bottom of the correcting conduit is hinged on robot base by correcting pedestal, described to lead
Positive conduit can be swung under the driving of hydraulic cylinder between 0-90 °；The hydraulic control system control its act upper correcting, under lead
Just, the movement of elevator and telescoping catheter.
The upper correcting includes upper correcting rail brackets, guide rail one, revolution jar support, rotary cylinder pedestal, rotary cylinder one, slides
Plate, oil cylinder, guide rail two, horizontal guide rail bracket, angling cylinder two, face end support, angling cylinder three and clamp system, the guide rail
One is arranged on upper correcting rail brackets, turns round jar support and rotary cylinder pedestal and is connect by sliding block with guide rail one and can be along leading
Rail one moves up and down；The rotary cylinder one is mounted on rotary cylinder pedestal, and slide plate passes through bracket and revolution jar support and rotary cylinder
One connection, rotary cylinder one drive slide plate that can rotate horizontally 90 °；The slide plate is equipped with guide rail two, and horizontal guide rail bracket passes through cunning
Block is connect with guide rail two, and oil cylinder one end is fixed on slide plate, and the other end is connect with horizontal guide rail bracket, is lauched in the driving of oil cylinder
Level gauge bracket can be moved along slide plate level；The end of the horizontal guide rail bracket be equipped with angling cylinder two, angling cylinder two with
Face end support connects and face end support can be driven to be rotated by 90 °；The face end support is equipped with angling cylinder three, angling cylinder three
It is connect with clamp system and clamp system is driven to be rotated by 90 °；The clamp system include clamping cylinder, idler wheel, support plate and
Support, clamping cylinder is fixed on the support, and two roller shafts are flexibly connected by link mechanism with clamping cylinder, and clamping cylinder drives
The opening and closure of dynamic idler wheel, support plate are arranged below idler wheel.
The lower correcting includes correcting clamping device, hydraulic pipe wrench and moves up and down bracket, it is described move up and down bracket its
The back side is equipped with upright guide rail, and slide plate upper and lower bracket is connect by sliding block and upright guide rail with bracket slide is moved up and down, upper and lower
Mobile bracket and slide plate upper and lower bracket) between be equipped with vertical cylinder, vertical cylinder drives slide plate upper and lower bracket to move down along upright guide rail
It is dynamic；The slide plate upper and lower bracket is equipped with horizontal guide rail, and slide plate front and back support is propped up up and down by sliding block and horizontal guide rail and slide plate
Frame is slidably connected, and horizontal cylinder is equipped between slide plate upper and lower bracket and slide plate front and back support, and horizontal cylinder drives slide plate front and back support
It is moved horizontally along horizontal guide rail；The end of the slide plate front and back support is equipped with workbench；The workbench be equipped with linear guide and
Pedestal, hydraulic pipe wrench are fixed on the pedestal of workbench, and correcting clamping device is mounted on the pedestal of workbench by jacking cylinder
Above and it can rise or land along linear guide under the driving of jacking cylinder；The bracket that moves up and down is frame-shaped structure, if
There are bottom plate and vertical plate, two sides are equipped with stiffener plate between bottom plate and vertical plate, and the back side of vertical plate is arranged in the upright guide rail；It is described
The bottom for moving up and down bracket is fixed on correcting pedestal, and rotation manually is equipped between frame bottom and correcting pedestal moving up and down
Rotation structure.
The elevator includes elevator body, swing seat, swing seat axis, connecting plate and hydraulic cylinder, is equipped in the middle part of the elevator body
Cavity, front and back vertical plate is in inverted T-shaped, and top is cross, and top and bottom are equipped with concentric oil tubes hole；Two swing seats pass through pendulum
In elevator body cavity, swing seat and swing seat axis are positioned and can be rotated with swing seat axis by flat key seat axis connection；It is solid on swing seat
Gripping sleeve there are two fixed, gripping sleeve can be swung with swing seat；The two sides of vertical plate are respectively equipped with support before and after the elevator body, and four
Bent plate is separately mounted on support, and the upper end of bent plate is fixed on the cross side wall of top；On the back vertical plate of the elevator body
Connecting plate is installed；Hydraulic cylinder body is fixed on connecting plate, and hydraulic stem is connect with link mechanism, the end of the link mechanism
Portion is connected by key with swing seat axis, and the rotation of Driven by Hydraulic Cylinder link mechanism drives the opening and closing of gripping sleeve by swing seat axis；
The side of the elevator body is equipped with curved boom mounting base, and curved boom one end is fixed in elevator body by curved boom mounting base, curved boom
The other end fixed by rope and moved up and down under the drive of rope；The link mechanism by link block, two swing arms and
Connecting rod composition, swing arm one end is connected by key with swing seat axis, and one end of the other end and connecting rod is hinged, two connecting rods
The both ends of the other end and link block are hinged；Hydraulic cylinder is connect with link block.
The swing seat transmitting device includes pedestal, conveyer arm, conveys hand, transmitting device, oscillating oil cylinder and elevating ram,
The pedestal is in trench structure, including side plate, backboard and bottom plate, conveyer arm one end are mounted on the two of pedestal top by hinge shaft
Between side plate, the other end is equipped with conveying hand, and one end of the oscillating oil cylinder is connected to close to the conveying at hand portion of conveyer arm,
The other end is hinged on pedestal；The elevating ram is arranged in the trench structure of pedestal, and upper end is connected with linear guide, bottom end
It is mounted on the bottom plate of pedestal, transmitting device is fixed on the top of linear guide；The transmitting device includes transmission bracket, transmission
Idler wheel and hydraulic motor, the transmission bracket include bottom plate and vertical plate, and two sides are equipped with stiffener plate, and the transmission bracket passes through
Bottom plate is fixed at the top of linear guide, and conveying roller is mounted on transmission bracket by transmission shaft, and hydraulic motor is fixed on transmission
It is connect on axis transmission bracket and with conveying roller.
The end of the measuring motion is provided with rod tube identity recognition device, by reserving at sucker rod or tubing coupling
Identification marking effectively the identity of online recognition difference sucker rod or oil pipe and can put different location, and input in real time
To background computer system, oil well rod tube lifecycle management database is established.
The utility model has the advantages that petroleum well workover Work robot of the utility model compared with the prior art, structure is more compact, closes
It manages, is reliable, solving the problems such as live labor intensity is big, and well workover low efficiency, energy consumption is high, be easy to cause pollution environment；It is real
Workover treatment automation is showed.The utility model occupied area is small, and tossing well head is flexible, and high degree of automation greatly improves
The efficiency of well workover.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram of the utility model folded state；
Fig. 3 is the structural schematic diagram of the utility model base device；
Fig. 4 is the structural schematic diagram of the utility model hydraulic support leg；
Fig. 5 is the structural schematic diagram of the utility model walking mechanism；
Fig. 6 is the structural schematic diagram of the utility model rotating hydraulic supporting leg；
Fig. 7 is the structural schematic diagram of the utility model guide device；
Fig. 8 is the structural schematic diagram of correcting on the utility model；
Fig. 9 is the structural schematic diagram of correcting under the utility model；
Figure 10 is the structural schematic diagram of the utility model elevator；
Figure 11 is the structural schematic diagram of the utility model swing seat transmitting device；
Figure 12 is the utility model raising status diagram；
Figure 13 is half unfolded state schematic diagram of the utility model；
Figure 14 is one schematic diagram of utility model works state；
Figure 15 is two schematic diagram of utility model works state；
Figure 16 is three schematic diagram of utility model works state；
Figure 17 is four schematic diagram of utility model works state；
Figure 18 is five schematic diagram of utility model works state；
Figure 19 is six schematic diagram of utility model works state.
In figure: I base device, II guide device, the big arm assembly of III, IV swing seat transmitting device, V measuring motion；1 pedestal,
2 hydraulic support legs, 3 walking mechanisms, 4 rotating hydraulic supporting legs, 5 large arm mounting bases, 6 correctings support, the support of 7 large arm, 8 support rotations
Long mounting bracket is surveyed in turntable, 9 correcting installation pedestals, 10；21 columns, 22 guide sleeves, 23 nut seats one, 24 screw rods, 25 spiral liters
Drop machine, 26 spherical surface pedestals, 27 gib blocks, 28 erecting beds；30 brackets, 31 head brackets, 32 bottom plates, 33 guide rails, 34 sliding blocks, 35
Oil cylinder one, 36 oil cylinder seats, 37 vertical plates, 38 plates, 39 oil cylinder mounting racks；41 supporting legs, 42 supporting leg fixed frames, 43 supporting legs push oil
Cylinder, 44 rams, 45 supporting leg transmission mechanisms, 46 transmission cases, 47 lead screws, 48 nut seat two, 49 secondary supporting leg, 410 supports one, 411 teeth
Item；51 correcting pedestals, 52 correcting conduits, correcting, 54 lower correctings, 55 elevators, 56 telescoping catheters on 53；Correcting guide rail branch on 61
Frame, 62 guide rails one, 63 turn round jar support, 64 rotary cylinder pedestals, 65 rotary cylinders one, 66 slide plates, 67 oil cylinders two, 68 guide rails two, 69
Horizontal guide rail bracket, 610 angling cylinders two, 611 face end supports, 612 angling cylinders three, 613 clamp systems, 614 supports two,
615 clamping cylinders, 616 idler wheels, 617 support plates；71 correcting clamping devices, 72 hydraulic pipe wrenches, 73 upright guide rails, 74 levels are led
Rail, 75 mounting brackets, 76 slide plate front and back supports, 77 slide plate upper and lower brackets, 78 move up and down bracket, 79 vertical cylinders, 710 jack-up oil
Cylinder；81 elevator bodies, 82 swing seats, 83 swing seat axis, 84 connecting plates, 85 supports three, 86 bent plates, 87 swing arms, 88 connecting rods, 89 connect
Connect block, 810 hydraulic cylinders, 811 mounting bases, 812 curved booms；91 pedestals, 92 conveyer arms, 93 conveying hands, 94 oil pipe baffles, 95 transmission
Device, 96 oscillating oil cylinders, 97 elevating rams, 98 linear guides, 99 transmission brackets, 910 conveying rollers, 911 hydraulic motors, 912
Mounting bracket.
Specific embodiment
The utility model is specifically described with reference to the accompanying drawings and embodiments.
Fig. 1 show the structural schematic diagram of the utility model.
The utility model provides a kind of petroleum well workover Work robot, including base device I, guide device II, large arm
Device III, swing seat transmitting device IV, measuring motion V and hydraulic control system.
Fig. 3 show the structural schematic diagram of the utility model base device.
The base device I includes pedestal 1, hydraulic support leg 2, walking mechanism 3, rotating hydraulic supporting leg 4, large arm mounting base
5, correcting support 6, large arm support 7, support rotating disk 8, correcting installation pedestal 9 and the long mounting bracket 10 of survey, pedestal 1 are rectangle
Frame structure is equipped with large arm mounting base 5 and large arm support 7 in the head end of pedestal 1, and big arm assembly III is pacified by large arm mounting base 5
On base device I, pass through 7 support of large arm support when big arm assembly III is folded；It is led being equipped at large arm mounting base 5
Positive installation pedestal 9 and correcting support 6, guide device II is mounted on base device I by correcting installation pedestal 9, guide device
Pass through 6 support of correcting support when II is folded；The big arm assembly III and guide device II is equipped with hydraulic cylinder and is connected thereto,
90 ° of swings between horizontal-vertical can be achieved in big arm assembly III and guide device II under the driving of hydraulic cylinder；The pedestal 1
Tail end be equipped with support rotating disk 8 and survey long mounting bracket 10, measuring motion installation is surveyed in long mounting bracket 10；The pedestal 1
Tail end on front side of be equipped with rotating hydraulic supporting leg 4, be equipped with hydraulic support leg 2 in the corresponding position of pedestal 1 its excess-three；In rear side
At least two rows are provided between two hydraulic support legs 2 and between the rotating hydraulic supporting leg 4 and hydraulic support leg 2 of front side
Walk mechanism 3；The middle part and tail portion that the swing seat transmitting device is arranged in 1 front side of pedestal, is located at pedestal 1；The hydraulic control
System processed controls base device I, guide device II, big arm assembly III, swing seat transmitting device IV, measuring motion V movement.
Fig. 4 show the structural schematic diagram of the utility model hydraulic support leg.
The hydraulic support leg 2 includes column 21, guide sleeve 22, nut seat 1, screw rod 24 and spiral lift 25, institute
It states 21 outer surface of column and is welded with a plurality of gib block 27, top is equipped with erecting bed 28；22 medial surface of guide sleeve is equipped with
Guide rail, 22 sets of guide sleeve is in 21 outside of column and can slide up and down along column 21；Spiral lift 25 and hydraulic motor are fixed on
On the erecting bed 28 at 21 top of column, one 23 side of nut seat and guide sleeve 22 are fixed, and the other side is connect with pedestal 1；It is described vertical
Closure plate is welded in 21 bottom of column, is equipped with threaded hole among closure plate, 21 bottom of column is equipped with spherical surface pedestal 26 by the threaded hole.
Fig. 5 show the structural schematic diagram of the utility model walking mechanism.
The walking mechanism 3 includes bracket 30, bottom plate 32, guide rail 33, sliding block 34 and oil cylinder 1, described 32 one end of bottom plate
Equipped with oil cylinder seat 36, two sides are separately installed with sliding block 34, and the guide rail 33 is mounted on 30 two sides of the bottom of bracket, guide rail 33 and cunning
The cooperation sliding of block 34；The bracket 30 includes vertical plate 37, plate 38 and oil cylinder mounting rack 39, the installation of 39 end of oil cylinder mounting rack
There is head bracket 31, the cylinder body of the oil cylinder 1 is fixed on oil cylinder seat 36, and piston rod end is fixed on head bracket 31
On；The vertical plate 37 is equipped with rack fixation hole, and bracket 30 is fixed on pedestal 1 by the rack fixation hole.
Fig. 6 show the structural schematic diagram of the utility model rotating hydraulic supporting leg.
The rotating hydraulic supporting leg 4 includes supporting leg 41, supporting leg fixed frame 42, supporting leg promotion oil cylinder 43, ram 44, supporting leg biography
Motivation structure 45, transmission case 46, lead screw 47, nut seat 2 48, secondary supporting leg 49, support 1, fixed pin shaft and active pin shaft, institute
Supporting leg 41 is stated to be connected as one with supporting leg fixed frame 42, supporting leg push 43 one end of oil cylinder be fixed in gantry base, the other end with
Supporting leg fixed frame 42 connects；The supporting leg pushes oil cylinder 43 to be equipped with ram 44, and 44 end of ram is connect with supporting leg fixed frame 42,
44 side of ram is equipped with rack gear 411；The supporting leg transmission mechanism 45 is arranged in transmission case 46, transmission case 46 by bolt with
Supporting leg fixed frame 42 connects, and 46 lower part of transmission case and ram 44 cooperate, can be along ram under the driving of supporting leg transmission mechanism 45
44 rack gears 411 are mobile；Nut seat 2 48 is connect with transmission case 46, and lead screw 47 and nut seat 2 48 cooperate, and 47 bottom of lead screw is equipped with
Support 1, support 1 is hinged by fixed pin shaft and secondary supporting leg 49, and secondary supporting leg 49 leads to after 180 ° of fixed pin shaft overturning
Another pin shaft hole for crossing active pin shaft and support 1 is fixed；The top of the lead screw 47 is equipped with tetragonal prism, passes through manual wrench
Rotatable lead screw 47 rotates, and then secondary supporting leg 49 is driven to move up and down.
Fig. 7 show the structural schematic diagram of the utility model guide device.
The guide device includes correcting pedestal 51, correcting conduit 52, upper correcting 53, lower correcting 54, elevator 55 and hydraulic
Control system, the correcting conduit 52 are telescopic structure, and 52 top of correcting conduit is provided with upper correcting 53, its underpart
It is provided with lower correcting 54；The top of the correcting conduit 52 is equipped with telescoping catheter 56 and elevating ram, can be incited somebody to action by elevating ram
Telescoping catheter 56 gives rise to operating position；The top of the telescoping catheter 56 is equipped with pulley, and rope one end is led with setting in correcting
Small winch connection in pipe 52, the rope other end connect around pulley, with elevator 55；The bottom of the correcting conduit 52 is logical
It crosses correcting pedestal 51 to be hinged on robot base, the correcting conduit 52 can be put under the driving of hydraulic cylinder between 0-90 °
It is dynamic；The hydraulic control system controls it and acts upper correcting 53, lower correcting 54, the movement of elevator 55 and telescoping catheter 56.
Fig. 8 show the structural schematic diagram of correcting on the utility model.
The upper correcting 53 include upper correcting rail brackets 61, guide rail 1, revolution jar support 63, rotary cylinder pedestal 64,
Rotary cylinder 1, slide plate 66, oil cylinder 2 67, guide rail 2 68, horizontal guide rail bracket 69, angling cylinder 2 610, face end support
611, angling cylinder 3 612 and clamp system 613, the guide rail 1 are arranged on upper correcting rail brackets 61, rotary cylinder branch
Frame 63 and rotary cylinder pedestal 64 are connect with guide rail 1 and can be moved up and down along guide rail 1 by sliding block；The rotary cylinder one
65 are mounted on rotary cylinder pedestal 64, and slide plate 66 is connect by bracket with revolution jar support 63 and rotary cylinder 1, rotary cylinder one
65 drive slide plates 66 can rotate horizontally 90 °；The slide plate 66 is equipped with guide rail 2 68, and horizontal guide rail bracket 69 passes through sliding block and leads
Rail 2 68 connects, and 2 67 one end of oil cylinder is fixed on slide plate 66, and the other end is connect with horizontal guide rail bracket 69, in oil cylinder 2 67
Drive lower horizontal guide rail bracket 69 that can move horizontally along slide plate 66；The end of the horizontal guide rail bracket 69 is equipped with angling cylinder two
610, angling cylinder 2 610 connect with face end support 611 and face end support 611 can be driven to be rotated by 90 °；The face end support 611
It is equipped with angling cylinder 3 612, angling cylinder 3 612 connect with clamp system 613 and clamp system 613 is driven to be rotated by 90 °；
The clamp system 613 includes clamping cylinder 615, idler wheel 616, support plate 617 and support 2 614, and clamping cylinder 615 is fixed
On support 2 614, two 616 axis of idler wheel are flexibly connected by link mechanism with clamping cylinder 615, and clamping cylinder 615 drives
The opening and closure of idler wheel 616, support plate 617 are arranged below idler wheel 616.
Fig. 9 show the structural schematic diagram of correcting under the utility model.
The lower correcting 54 includes correcting clamping device 71, hydraulic pipe wrench 72 and moves up and down bracket 78, it is described on move down
Dynamic its back side of bracket 78 is equipped with upright guide rail 73, and slide plate upper and lower bracket 77 is by sliding block and upright guide rail 73 and moves up and down bracket
78 are slidably connected, and vertical cylinder 79 are equipped between bracket 78 and slide plate upper and lower bracket 77 moving up and down, vertical cylinder 79 drives slide plate
Upper and lower bracket 77 is moved up and down along upright guide rail 73；The slide plate upper and lower bracket 77 is equipped with horizontal guide rail 74, branch before and after slide plate
Frame 76 is slidably connected by sliding block and horizontal guide rail 74 with slide plate upper and lower bracket 77, is propped up before and after slide plate upper and lower bracket 77 and slide plate
Horizontal cylinder is equipped between frame 76, horizontal cylinder driving slide plate front and back support 76 is moved horizontally along horizontal guide rail 74；Before and after the slide plate
The end of bracket 76 is equipped with workbench 75；The workbench 75 is equipped with linear guide and pedestal, and hydraulic pipe wrench 72 is fixed on work
On the pedestal of platform 75, correcting clamping device 71 is mounted on the pedestal of workbench 75 by jacking cylinder 710 and can jack up oil
It rises or lands along linear guide under the driving of cylinder 710；The bracket 78 that moves up and down is frame-shaped structure, is equipped with bottom plate and stands
Plate, two sides are equipped with stiffener plate between bottom plate and vertical plate, and the back side of vertical plate is arranged in the upright guide rail 73；It is described to move up and down
The bottom of bracket 78 is fixed on correcting pedestal, can be manually rotated knot moving up and down to be equipped between 78 bottom of bracket and correcting pedestal
Structure.
Figure 10 show the structural schematic diagram of the utility model elevator.
The elevator 55 includes elevator body 81, swing seat 82, swing seat axis 83, connecting plate 84 and hydraulic cylinder 810, described to hang
Cavity is equipped in the middle part of card main body 81, front and back vertical plate is in inverted T-shaped, and top is cross, and top and bottom are equipped with concentric oil tubes
Hole；Two swing seats 82 are connected in 81 cavity of elevator body by swing seat axis 83, and swing seat 82 and swing seat axis 83 are fixed by flat key
Position can simultaneously be rotated with swing seat axis 83；Fixed there are two gripping sleeve on swing seat 82, gripping sleeve can be swung with swing seat 82；It is described to hang
The two sides of 81 front and back vertical plate of card main body are respectively equipped with support 3 85, and four bent plates 86 are separately mounted on support 3 85, bent plate 86
Upper end be fixed on top cross side wall on；Connecting plate 84 is installed on the back vertical plate of the elevator body 81；Hydraulic cylinder 810
Cylinder body is fixed on connecting plate 84, and hydraulic stem is connect with link mechanism, and end and the swing seat axis 83 of the link mechanism pass through
Key connection, 810 drive link mechanism of hydraulic cylinder rotation, the opening and closing of gripping sleeve are driven by swing seat axis 83；The elevator
The side of main body 81 is equipped with curved boom mounting base 811, and 812 one end of curved boom is fixed in elevator body 81 by curved boom mounting base 811,
The other end of curved boom 812 is fixed by rope and is moved up and down under the drive of rope；The link mechanism by link block 89,
Two swing arms 87 and connecting rod 88 form, and 87 one end of swing arm is connected by key with swing seat axis 83, the other end and connecting rod 88
One end is hinged, and the both ends of the other end and link block 89 of two connecting rods 88 are hinged；Hydraulic cylinder 810 is connect with link block 89.
Figure 11 show the structural schematic diagram of the utility model swing seat transmitting device.
The swing seat transmitting device IV includes pedestal 91, conveyer arm 92, conveying hand 93, transmitting device 95, oscillating oil cylinder
96 and elevating ram 97, the pedestal 91 is in trench structure, including side plate, backboard and bottom plate, 92 one end of conveyer arm pass through strand
Axis is mounted between the both side plate on 91 top of pedestal, and the other end is equipped with conveying hand 93, one end connection of the oscillating oil cylinder 96
In 93 bottom of conveying hand close to conveyer arm 92, the other end is hinged on pedestal 91；The elevating ram 97 is arranged in pedestal
In 91 trench structure, upper end is connected with linear guide 98, and bottom end is mounted on the bottom plate of pedestal 91, and transmitting device 95 is fixed on
The top of linear guide 98；The transmitting device 95 includes transmission bracket 99, conveying roller 910 and hydraulic motor 911, the biography
Defeated bracket 99 includes bottom plate and vertical plate, and two sides are equipped with stiffener plate, and the transmission bracket 99 is fixed on straight line by bottom plate and leads
98 top of rail, conveying roller 910 are mounted on transmission bracket 99 by transmission shaft, and hydraulic motor 911 is fixed on transmission shaft transmission
It is connect on bracket 99 and with conveying roller 910.
The big arm assembly III includes large arm pendulous device and flexible mechanical arm device, and the large arm pendulous device includes
Swing arm and big arm cylinder, the swing arm are two-part structure, and flexible mechanical arm device is mounted on its forearm end；The large arm pendulum
Dynamic device and the large arm pedestal being fixed on chassis be hinged, with the telescopic oscillating of big arm cylinder to horizontal or vertical position；It is described
Forearm is cavity structure, is internally provided with manipulator oil cylinder, rack and pinion, and gear is connect with splined shaft by spline, flexible
Manipulator is mounted on splined shaft, and manipulator oil cylinder pushing rack drives gearing, flexible manipulator can be with gearing；Institute
It states manipulator oil cylinder and big arm cylinder is equipped with displacement sensor, control oil cylinder stroke.
The measuring motion V includes motion detection device and fixed test device, and the end of the measuring motion V is set
It is equipped with rod tube identity recognition device, it, being capable of effectively online recognition by reserving identification marking at sucker rod or tubing coupling
The identity of different sucker rods or oil pipe simultaneously puts different location, and is input to background computer system in real time, establishes oil well bar
Pipe lifecycle management database.
The course of work of the utility model:
1 folded state:
The utility model is readily transported and stores when being in folded state, the work of big arm assembly and guide device in hydraulic cylinder
Under, it is in horizontality with base device, passes through large arm support and correcting support support (as shown in Figure 2).
2 unfolded states:
When the utility model preparation, under the action of hydraulic cylinder, guide device rises (as shown in figure 12), until reaching
To plumbness (as shown in figure 13).
3 working conditions: (as shown in figure 14) (as shown in figure 15) (as shown in figure 16) (as shown in figure 17) is (such as Figure 18 institute
Show) (as shown in figure 19)
When utility model works, mobile measuring motion, fixed measuring motion, elevator return to origin position；Swing seat transmission
Pipe is swung to lift location and is sent at measuring motion detection switch by device, is completed oil pipe and is surveyed length；Big arm assembly 3 is from crawl
Pipe crawl is walked in position, is jacked up by the big arm cylinder 34 of the rotation of flexible mechanical arm device 32 and big arm assembly 3, pipe is erected
It stands in Hoisting Position；Then elevator 8 starts, and pipe is sent into well head by the guide steel wire rope on guide device 2 by elevator 8.
For the utility model compared with the petroleum well workover Work robot of the prior art, structure is more compact, reasonable, reliable, solution
The problems such as live labor intensity of having determined is big, well workover low efficiency, and energy consumption is high, be easy to cause pollution environment；Realize well workover work
Industry automation.The utility model occupied area is small, and tossing well head is flexible, and high degree of automation greatly improves the effect of well workover
Rate.
The utility model the embodiment above, is merely illustrative, be not it is only, it is all in the scope of the utility model
Or the change in equivalent the scope of the utility model is surrounded by the utility model.
Claims (10)
1. a kind of petroleum well workover Work robot, it is characterised in that: including base device (I), guide device (II), big arm assembly
(III), swing seat transmitting device (IV), measuring motion (V) and hydraulic control system, the base device (I) include pedestal (1),
Hydraulic support leg (2), walking mechanism (3), rotating hydraulic supporting leg (4), large arm mounting base (5), correcting support (6), large arm support
(7), rotating disk (8), correcting installation pedestal (9) are supported and surveys long mounting bracket (10), pedestal (1) is rectangular frame structure,
Large arm mounting base (5) and large arm support (7) are equipped in the head end of pedestal (1), big arm assembly (III) passes through large arm mounting base (5)
It is mounted on base device (I), passes through large arm support (7) support when big arm assembly (III) folds；Close to large arm mounting base
(5) correcting installation pedestal (9) and correcting support (6) are equipped at, guide device (II) is mounted on bottom by correcting installation pedestal (9)
On base device (I), pass through correcting support (6) support when guide device (II) folds；The big arm assembly (III) and guide device
(II) it is equipped with hydraulic cylinder to be connected thereto, big arm assembly (III) and guide device (II) can be achieved under the driving of hydraulic cylinder
90 ° of swings between horizontal-vertical；The tail end of the pedestal (1) is equipped with support rotating disk (8) and surveys long mounting bracket (10),
Measuring motion installation is surveyed on long mounting bracket (10)；Rotating hydraulic supporting leg (4) are equipped on front side of the tail end of the pedestal (1), the bottom of at
The corresponding position of seat (1) its excess-three is equipped with hydraulic support leg (2)；Between two hydraulic support legs (2) of rear side and front side
Rotating hydraulic supporting leg (4) and hydraulic support leg (2) between be provided at least two walking mechanisms (3)；The swing seat transmission
Device (IV) is arranged on front side of pedestal (1), is located at the middle part and tail portion of pedestal (1)；The hydraulic control system controls bottom
Base device (I), guide device (II), big arm assembly (III), swing seat transmitting device (IV), measuring motion (V) movement.
2. petroleum well workover Work robot according to claim 1, it is characterised in that: the hydraulic support leg (2) includes
Column (21), guide sleeve (22), nut seat one (23), screw rod (24) and spiral lift (25), column (21) outside table
Face is welded with a plurality of gib block (27), and top is equipped with erecting bed (28)；Guide sleeve (22) medial surface is equipped with guide rail, guiding
Set (22) is covered outside column (21) and can be slided up and down along column (21)；Spiral lift (25) and hydraulic motor are fixed on
On erecting bed (28) at the top of column (21), nut seat one (23) side and guide sleeve (22) are fixed, and the other side and pedestal (1) are even
It connects；Closure plate is welded in column (21) bottom, is equipped with threaded hole among closure plate, column (21) bottom is equipped with by the threaded hole
Spherical surface pedestal (26).
3. petroleum well workover Work robot according to claim 1, it is characterised in that: the walking mechanism (3) includes branch
Frame (30), bottom plate (32), guide rail (33), sliding block (34) and oil cylinder one (35), described bottom plate (32) one end are equipped with oil cylinder seat (36),
Its two sides is separately installed with sliding block (34), and the guide rail (33) is mounted on bracket (30) two sides of the bottom, guide rail (33) and sliding block
(34) cooperation sliding；The bracket (30) includes vertical plate (37), plate (38) and oil cylinder mounting rack (39), oil cylinder mounting rack (39)
End is equipped with head bracket (31), and the cylinder body of the oil cylinder one (35) is fixed on oil cylinder seat (36), and piston rod end is solid
It is scheduled on head bracket (31)；The vertical plate (37) is equipped with rack fixation hole, and bracket (30) is fixed by the rack fixation hole
On pedestal (1).
4. petroleum well workover Work robot according to claim 1, it is characterised in that: rotating hydraulic supporting leg (4) packet
It includes supporting leg (41), supporting leg fixed frame (42), supporting leg and pushes oil cylinder (43), ram (44), supporting leg transmission mechanism (45), transmission case
(46), lead screw (47), nut seat two (48), secondary supporting leg (49), support one (410), fixed pin shaft and active pin shaft, the supporting leg
(41) be connected as one with supporting leg fixed frame (42), supporting leg push oil cylinder (43) one end be fixed in gantry base, the other end with
Supporting leg fixed frame (42) connection；The supporting leg pushes oil cylinder (43) to be equipped with ram (44), and ram (44) end is fixed with supporting leg
Frame (42) connection, ram (44) side are equipped with rack gear (411)；Supporting leg transmission mechanism (45) setting is interior in transmission case (46),
Transmission case (46) is connect by bolt with supporting leg fixed frame (42), and transmission case (46) lower part and ram (44) cooperate, and is being propped up
It can be mobile along ram (44) rack gear (411) under leg transmission mechanism (45) driving；Nut seat two (48) is connect with transmission case (46), silk
Thick stick (47) and nut seat two (48) cooperate, and lead screw (47) bottom is equipped with support one (410), and support one (410) passes through fixed pin shaft
Hingedly with secondary supporting leg (49), secondary supporting leg (49) around fixed pin shaft overturn 180 ° after by the another of active pin shaft and support one (410)
One pin shaft hole is fixed；The top of the lead screw (47) is equipped with tetragonal prism, is rotated by the rotatable lead screw of manual wrench (47), in turn
Secondary supporting leg (49) is driven to move up and down.
5. petroleum well workover Work robot according to claim 1, it is characterised in that: the guide device (II) includes leading
Positive pedestal (51), correcting conduit (52), upper correcting (53), lower correcting (54), elevator (55) and hydraulic control system, the correcting
Conduit (52) is telescopic structure, correcting conduit (52) top is provided with upper correcting (53), its underpart is provided with lower correcting
(54)；The top of the correcting conduit (52) is equipped with telescoping catheter (56) and elevating ram, can be led flexible by elevating ram
Pipe (56) gives rise to operating position；The top of the telescoping catheter (56) is equipped with pulley, and rope one end and setting are in correcting conduit
(52) the small winch connection in, the rope other end connect around pulley, with elevator (55)；The bottom of the correcting conduit (52)
Portion is hinged on robot base by correcting pedestal (51), and the correcting conduit (52) can be in 0- under the driving of hydraulic cylinder
It is swung between 90 °；The hydraulic control system controls it and acts upper correcting (53), lower correcting (54), elevator (55) and flexible lead
Manage the movement of (56).
6. petroleum well workover Work robot according to claim 5, it is characterised in that: the upper correcting (53) includes above leading
Positive rail brackets (61), guide rail one (62), revolution jar support (63), rotary cylinder pedestal (64), rotary cylinder one (65), slide plate
(66), oil cylinder two (67), guide rail two (68), horizontal guide rail bracket (69), angling cylinder two (610), face end support (611), return
Turn oil cylinder three (612) and clamp system (613), the guide rail one (62) is arranged on upper correcting rail brackets (61), rotary cylinder
Bracket (63) and rotary cylinder pedestal (64) are connect with guide rail one (62) and can be moved up and down along guide rail one (62) by sliding block；Institute
It states rotary cylinder one (65) to be mounted on rotary cylinder pedestal (64), slide plate (66) passes through bracket and revolution jar support (63) and rotary cylinder
One (65) connection, rotary cylinder one (65) drive slide plate (66) can rotate horizontally 90 °；The slide plate (66) is equipped with guide rail two
(68), horizontal guide rail bracket (69) is connect by sliding block with guide rail two (68), and oil cylinder two (67) one end is fixed on slide plate (66),
The other end is connect with horizontal guide rail bracket (69), and horizontal guide rail bracket (69) can be along slide plate (66) under the driving of oil cylinder two (67)
It moves horizontally；The end of the horizontal guide rail bracket (69) is equipped with angling cylinder two (610), angling cylinder two (610) and end
Bracket (611) connects and face end support (611) can be driven to be rotated by 90 °；The face end support (611) is equipped with angling cylinder three
(612), angling cylinder three (612) connect with clamp system (613) and clamp system (613) is driven to be rotated by 90 °；The folder
Tight mechanism (613) includes clamping cylinder (615), idler wheel (616), support plate (617) and support two (614), clamping cylinder (615)
It is fixed on support two (614), two idler wheel (616) axis are flexibly connected by link mechanism with clamping cylinder (615), and oil is clamped
Cylinder (615) drives the opening and closure of idler wheel (616), and support plate (617) setting is below idler wheel (616).
7. petroleum well workover Work robot according to claim 5, it is characterised in that: the lower correcting (54) includes correcting
Clamping device (71), hydraulic pipe wrench (72) and move up and down bracket (78), it is described move up and down bracket (78) its back side be equipped with it is perpendicular
Straight guide (73), slide plate upper and lower bracket (77) are slidably connected by sliding block and upright guide rail (73) with bracket (78) is moved up and down,
Vertical cylinder (79) are equipped between bracket (78) and slide plate upper and lower bracket (77) moving up and down, above and below vertical cylinder (79) driving slide plate
Bracket (77) is moved up and down along upright guide rail (73)；The slide plate upper and lower bracket (77) is equipped with horizontal guide rail (74), before slide plate
After-poppet (76) is slidably connected by sliding block and horizontal guide rail (74) with slide plate upper and lower bracket (77), in slide plate upper and lower bracket (77)
Horizontal cylinder is equipped between slide plate front and back support (76), horizontal cylinder drives slide plate front and back support (76) along horizontal guide rail (74) level
It is mobile；The end of the slide plate front and back support (76) is equipped with workbench (75)；The workbench (75) is equipped with linear guide and bottom
Seat, hydraulic pipe wrench (72) are fixed on the pedestal of workbench (75), and correcting clamping device (71) is installed by jacking cylinder (710)
On the pedestal of workbench (75) and it can rise or land along linear guide under the driving of jacking cylinder (710)；Above and below described
Mobile bracket (78) are frame-shaped structure, are equipped with bottom plate and vertical plate, and two sides are equipped with stiffener plate between bottom plate and vertical plate, described perpendicular
The back side of vertical plate is arranged in straight guide (73)；The bottom for moving up and down bracket (78) is fixed on correcting pedestal, upper and lower
Being equipped between mobile bracket (78) bottom and correcting pedestal can be manually rotated structure.
8. petroleum well workover Work robot according to claim 5, it is characterised in that: the elevator (55) includes elevator master
Body (81), swing seat (82), swing seat axis (83), connecting plate (84) and hydraulic cylinder (810), elevator body (81) middle part are equipped with sky
Chamber, front and back vertical plate is in inverted T-shaped, and top is cross, and top and bottom are equipped with concentric oil tubes hole；Two swing seats (82) pass through
Swing seat axis (83) is connected in elevator body (81) cavity, and swing seat (82) passes through flat key positioning with swing seat axis (83) and can be with pendulum
Seat axis (83) rotates；Fixed there are two gripping sleeve on swing seat (82), gripping sleeve can be swung with swing seat (82)；The elevator body
(81) two sides of front and back vertical plate are respectively equipped with support three (85), and four bent plates (86) are separately mounted on support three (85), bent plate
(86) upper end is fixed on the cross side wall of top；Connecting plate (84) are installed on the back vertical plate of the elevator body (81)；
Hydraulic cylinder (810) cylinder body is fixed on connecting plate (84), and hydraulic stem is connect with link mechanism, the end of the link mechanism with
Swing seat axis (83) is connected by key, and the rotation of hydraulic cylinder (810) drive link mechanism drives beating for gripping sleeve by swing seat axis (83)
Open and close are closed；The side of the elevator body (81) is equipped with curved boom mounting base (811), and curved boom (812) one end is installed by curved boom
Seat (811) be fixed on elevator body (81), the other end of curved boom (812) fixed by rope and under the drive of rope on
Lower movement；The link mechanism is made of link block (89), two swing arms (87) and connecting rod (88), swing arm (87) one end and pendulum
Seat axis (83) is connected by key, and the other end and the one end of connecting rod (88) are hinged, the other end of two connecting rods (88) and company
The both ends for connecing block (89) are hinged；Hydraulic cylinder (810) is connect with link block (89).
9. petroleum well workover Work robot according to claim 1, it is characterised in that: swing seat transmitting device (IV) packet
Include pedestal (91), conveyer arm (92), conveying hand (93), transmitting device (95), oscillating oil cylinder (96) and elevating ram (97), institute
It states pedestal (91) and pedestal is mounted on by hinge shaft in trench structure, including side plate, backboard and bottom plate, conveyer arm (92) one end
(91) between the both side plate on top, the other end is equipped with conveying hand (93), and one end of the oscillating oil cylinder (96) is connected to close
Conveying hand (93) bottom of conveyer arm (92), the other end are hinged on pedestal (91)；Elevating ram (97) setting is present
In the trench structure of body (91), upper end is connected with linear guide (98), and bottom end is mounted on the bottom plate of pedestal (91), transmitting device
(95) it is fixed on the top of linear guide (98)；The transmitting device (95) include transmission bracket (99), conveying roller (910) and
Hydraulic motor (911), the transmission bracket (99) include bottom plate and vertical plate, and two sides are equipped with stiffener plate, the transmission bracket
(99) it is fixed at the top of linear guide (98) by bottom plate, conveying roller (910) is mounted on transmission bracket (99) by transmission shaft
On, hydraulic motor (911) is fixed in transmission shaft transmission bracket (99) and connect with conveying roller (910).
10. -9 described in any item petroleum well workover Work robots according to claim 1, it is characterised in that: the measuring motion
(V) end is provided with rod tube identity recognition device, can be effective by reserving identification marking at sucker rod or tubing coupling
The identity of ground online recognition difference sucker rod or oil pipe simultaneously puts different location, and is input to background computer system in real time,
Establish oil well rod tube lifecycle management database.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820416264.9U CN208749313U (en) | 2018-03-27 | 2018-03-27 | A kind of petroleum well workover Work robot |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820416264.9U CN208749313U (en) | 2018-03-27 | 2018-03-27 | A kind of petroleum well workover Work robot |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208749313U true CN208749313U (en) | 2019-04-16 |
Family
ID=66050546
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820416264.9U Withdrawn - After Issue CN208749313U (en) | 2018-03-27 | 2018-03-27 | A kind of petroleum well workover Work robot |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208749313U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108301794A (en) * | 2018-03-27 | 2018-07-20 | 济南芯乐智能设备有限公司 | A kind of petroleum well workover Work robot |
| CN112523698A (en) * | 2021-01-07 | 2021-03-19 | 东营市汉德自动化集成有限公司 | Foldable top drive guide rail |
| CN116792040A (en) * | 2023-08-17 | 2023-09-22 | 胜利油田利丰石油设备制造有限公司 | Automatic workover rig of net electricity drive |
-
2018
- 2018-03-27 CN CN201820416264.9U patent/CN208749313U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108301794A (en) * | 2018-03-27 | 2018-07-20 | 济南芯乐智能设备有限公司 | A kind of petroleum well workover Work robot |
| CN108301794B (en) * | 2018-03-27 | 2023-11-21 | 济南芯乐智能设备有限公司 | Petroleum workover robot |
| CN112523698A (en) * | 2021-01-07 | 2021-03-19 | 东营市汉德自动化集成有限公司 | Foldable top drive guide rail |
| CN112523698B (en) * | 2021-01-07 | 2022-07-01 | 东营市汉德自动化集成有限公司 | Foldable top drive guide rail |
| CN116792040A (en) * | 2023-08-17 | 2023-09-22 | 胜利油田利丰石油设备制造有限公司 | Automatic workover rig of net electricity drive |
| CN116792040B (en) * | 2023-08-17 | 2023-10-31 | 胜利油田利丰石油设备制造有限公司 | Automatic workover rig of net electricity drive |
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