CN209069627U - A kind of boring sample device - Google Patents
A kind of boring sample device Download PDFInfo
- Publication number
- CN209069627U CN209069627U CN201821582001.1U CN201821582001U CN209069627U CN 209069627 U CN209069627 U CN 209069627U CN 201821582001 U CN201821582001 U CN 201821582001U CN 209069627 U CN209069627 U CN 209069627U
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- rock core
- rock
- sliver
- positioning table
- pedestal
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Abstract
The utility model relates to a kind of boring sample devices.The boring sample device includes pedestal, pedestal is equipped with workbench, workbench includes relative to pedestal along the slidable panels of the X-direction sliding of plane coordinate system and along the rock core positioning table of Y-direction sliding, rock core positioning table is mounted on slidable panels, the location structure for positioning rock core is provided on rock core positioning table, it is also equipped on rock core positioning table for clamping the clamping device for digging the sliver or rock pillar that take from rock core, support rod is also equipped on pedestal beside workbench, guiding is equipped with lifting device on support rod, electric pick is installed on lifting device, electric pick is used for the chisel from the rock core on location structure and takes sliver or rock pillar and sliver or rock pillar deburring for being clamped to clamping device.Boring sample device described in the utility model can it is simple, quickly chisel takes required sliver or rock pillar from rock core, and foreign matters such as mud, sealing wax that quickly can remove its surface to sliver or rock pillar deburring.
Description
Technical field
The utility model relates to a kind of boring sample devices.
Background technique
During oil field prospecting, oil-gas Layer and research stratum, source bed, oil storage are found by analyzing the ingredient of rock core
Layer is common technological means.The rock core taken out from underground is generally cylindrical, needs to utilize cutting machine by cylindrical rock core
Being cut into two sections is semicircular rock core, a stock control, a sampling analysis.Sampling analysis is firstly the need of by section
The sliver or rock pillar of different size are processed into for semicircular rock core, generally using tools such as drilling machine, slicers；Then it needs pair
Sliver or rock pillar deburring are with foreign matters such as mud, the sealing wax of removing its surface, generally with tools such as hammer, chisels.
Above-mentioned boring sample operation has the following problems: 1) the large-scale machining equipment such as drilling machine, slicer is complicated for operation, needs
Professional takes appointment with certificate operation；2) it is lower that the foreign matters efficiency such as mud, the sealing wax of core surface are manually removed, it is especially right
In the rock core of some cementing densifications, the operating time is longer, will lead to hydro carbons in rock core and scatters and disappears, influences test result.
Utility model content
The purpose of the utility model is to provide a kind of boring sample devices, multiple to solve existing boring sample tool operation
Problem miscellaneous, manual hand manipulation's efficiency is lower.
To achieve the above object, boring sample device described in the utility model uses following technical scheme: the rock core takes
Sampling device includes pedestal, and pedestal is equipped with workbench, and workbench includes that the X-direction relative to pedestal along plane coordinate system is slided
Slidable panels and the rock core positioning table slided along Y-direction, rock core positioning table are mounted on slidable panels, are arranged on rock core positioning table
There is the location structure for positioning rock core, is also equipped on rock core positioning table for clamping the sliver or rock pillar that dig and take from rock core
Clamping device, support rod is also equipped on pedestal beside workbench, guiding is equipped with lifting device on support rod, goes up and down
Electric pick is installed, electric pick is used for the chisel from the rock core on location structure and takes sliver or rock pillar and for clamping device on device
The sliver clamped or rock pillar deburring.
The beneficial effects of the utility model are: the slidable panels and rock core positioning table in the boring sample device can be distinguished
It is mobile relative to pedestal, and the direction of the two movement is mutually perpendicular to, and only needs to push slidable panels or rock core positioning table at work
Control the underface that the movement of rock core can just make rock core be moved to electric pick, and do not have to move rock core by manually again so that
Rock core is in the underface of electric pick, after rock core to be moved to the underface of electric pick, can be filled by the lifting on control support rod
It sets to control electric pick decline, and then chisel is carried out to rock core and is taken, it is very simple and convenient；In addition, digging the sliver taken off from rock core
Or rock pillar is installed in the clamping device on rock core positioning table, again may be by slidable panels and rock core positioning table makes to control
Its underface for being moved to electric pick, then can be by the effect of electric pick come quickly to sliver or rock pillar deburring to remove its table
The foreign matters such as mud, the sealing wax in face improve many compared to manual hand manipulation's efficiency.
Further, one in pedestal and slidable panels is equipped with sliding block, another is equipped with and sliding block is matched leads
Slot, slidable panels are cooperated by sliding block and guide groove and base guide.
So improved beneficial effect when: provide it is a kind of simple, so that slidable panels is slided relative to base guide
Guide frame, pedestal can be made and slidable panels must design and the production is simple and convenient.
Further, one in slidable panels and rock core positioning table be equipped with convex ribs, another be equipped with outside convex ribs
The sliding slot of shape adaptation, rock core positioning table are cooperated by convex ribs and sliding slot and slidable panels guiding.
So improved beneficial effect when: provide it is a kind of simple, so that rock core positioning table is led relative to slidable panels
To the guide frame of sliding, the design of rock core positioning table and slidable panels can be made and the production is simple and convenient.
Further, location structure be arranged on rock core positioning table, section be it is semicircular, extend certain length
Semi-circular recesses.
So improved beneficial effect when: using the structure of rock core positioning table itself, opened up on it for positioning rock core
Groove, and the positioning device of no longer special setting positioning rock core is simple easily to realize.
Further, clamping device includes turn can rotate relative to rock core positioning table, for placing sliver or rock pillar
Dynamic platform and the pressing plate for compressing sliver or rock pillar, pressing plate are mounted on the turntable.
So improved beneficial effect when: rotatable clamping device is set, using electric pick to sliver or rock pillar deburring
When, it can be by rotating clamping device, to carry out the deburring work of sliver or rock pillar different location.
Further, corresponding side retrogressing of the side for being at least used to compress sliver or rock pillar of pressing plate relative to turntable.
Beneficial effect improved in this way is: biggish turntable can be such that sliver or rock pillar is entirely placed on turntable,
Lesser pressing plate can be supplied to the enough construction locations of electric pick in the case where sliver or rock pillar are entirely placed on turntable,
And it can be avoided sliver or rock pillar stretching turntable and rotation edge of table caused to generate the power concentrated, Jin Erzao to sliver or rock pillar
Sliver or rock pillar fragmentation when working at electric pick.
Further, pressing plate is circle, and the center of circle is located on the pivot center of turntable, and the radius of pressing plate is less than pivot center
The shortest distance at the edge away from turntable.
Beneficial effect improved in this way is: providing a kind of circular pressing plate, pressing plate is along the circumferential direction opposite with turntable
Face between space size it is identical, can choose pressing plate circumferencial direction any position when clamping sliver or rock pillar and clamp, side
Just it operates.
Detailed description of the invention
Fig. 1 is the main view of the embodiment 1 of boring sample device described in the utility model；
Fig. 2 is that the side view of the embodiment 1 of boring sample device described in the utility model (removes support rod, lifting dress
It sets, after electric pick)；
Fig. 3 is that the top view of the embodiment 1 of boring sample device described in the utility model (removes support rod, lifting dress
It sets, after electric pick)；
In attached drawing: 1- pedestal, 2- support rod, 3- lifting device, 4- electric pick, 5- workbench, 6- clamping device, 7- support rod
Nut, 8- rock core, 9- sliver, 11- guide groove, 12- stepped hole, 21- tooth-shape structure, 22- threaded post, 31- handle, 51- sliding surface
Plate, 52- rock core positioning table, 61- turntable, 62- stud, 63- pressing plate, 64- nut, 511- sliding block, 512- convex ribs, 521- are sliding
Slot, 522- semi-circular recesses, 523- mounting groove, 524- high platform, 525- low platform, 611- cylindrical structure.
Specific embodiment
Specific embodiment of the present utility model is described further with reference to the accompanying drawing.
As shown in Figures 1 to 3, the embodiment 1 of the boring sample device includes pedestal 1, which is a square plate, side
Shape plate body bottom is provided with groove；Two parallel guide grooves 11 are offered on pedestal 1, and a slidable panels 51 are installed on pedestal 1,
The welding of 51 bottom of slidable panels is there are four sliding block 511, and four sliding blocks 511 line up two rows, and two rows of sliding blocks 511 are arranged in parallel, and two
Row's sliding block 511 is individually positioned in the guide groove 11 of pedestal 1, and sliding block 511 and guide groove 11 constitute guide frame together and make slidable panels
51 can slide along the guide frame relative to pedestal 1, be additionally provided with an extension certain length on the top of slidable panels 51
Convex ribs 512.Certainly, in other embodiments, pedestal 1 may not be square plate, can be circle, equally meets the requirements；
Base bottom can not also open up groove, equally meet the requirements；Guide groove on pedestal with slidable panels cooperation may not be two
Item, can be one or more than two, if it is one, then sliding block should be arranged to the structure shape that cannot be rotated relative to guide groove
Formula；The sliding block of slidable panels bottom may not be four, can be other quantity, such as two rows of settings, and every row one or three,
Equally meet the requirements；Sliding block can not also be mounted on the bottom of slidable panels by welding, can such as set in slidable panels bottom
Tapped blind hole is set, matched external screw thread is set on sliding block, sliding block, which can be connected through a screw thread, is fixed on slidable panels bottom；Sliding block
Can also be with the structure of slidable panels one, equally meet the requirements；Guide groove can also be offered in slidable panels bottom, the bottom of at
Projective structure is set on seat, and projective structure and guide groove, which match, slides slidable panels relative to base guide, same full
Foot requires.
As shown in Figures 1 to 3, rock core positioning table 52, slidable panels 51 and rock core positioning table 52 are installed on slidable panels 51
Constituting workbench 5 together, rock core positioning table 52 is a forge piece of step type structure, including a high platform 524 and a low platform 525,
One is offered in high platform 524 for placing the semi-circular recesses 522 of rock core 8, semi-circular recesses 522 constitute positioning knot
Structure, the bottom of rock core positioning table 52 correspond to the convex ribs 512 on slidable panels 51 equipped with sliding slot 521, sliding slot 521 and convex ribs 512 1
Playing composition guide frame enables rock core positioning table 52 to slide along the guide frame relative to slidable panels 51.Certainly, at it
In his embodiment, rock core positioning table can also be not provided with into forge piece of step type structure, and the rock core positioning table should be able to ensure it at this time
There is enough thickness to open up the semi-circular recesses for placing rock core；Convex ribs on slidable panels may not be one, can be with
It is two or other quantity, equally meets the requirements；Above-mentioned guide frame, which also can be set into, opens up sliding slot on slidable panels top,
Convex rib structure is set in rock core positioning table bottom, sliding slot and convex rib structure, which match, realizes rock core positioning table relative to slidable panels
Guiding sliding, equally meets the requirements.
As shown in figures 2-3, a mounting groove 523, mounting groove 523 are offered in the low platform 525 of rock core positioning table 52
For a circular groove, a turntable 61 is installed in mounting groove 523, turntable 61 includes a Circular plate structure, the plectane knot
A cylindrical structure 611 is arranged in structure bottom, and turntable 61 is mounted in mounting groove 523 by cylindrical structure 611 and can
It is rotated in mounting groove 523, is welded with a stud 62 on 61 top of turntable, a pressing plate is set on stud 62
63, the radius of pressing plate 63 is less than the radius of the Circular plate structure of turntable 61, and pressing plate 63 is the plectane for being provided with through hole, stud
Also mating on 62 to be equipped with a nut 64, the top of pressing plate 63, turntable 61, stud 62,63 and of pressing plate is arranged in nut 64
Nut 64 constitutes clamping device 6 together, and sliver 9 or rock pillar are placed on turntable 61 by when use, and with pressing plate 63 and nut
64 compress together, then to sliver 9 or rock pillar deburring with foreign matters such as mud, the sealing wax of removing its surface.Certainly, in other implementations
In example, turntable top may not be plectane, can be the plate of the other forms such as square plate；Pressing plate may not be plectane,
It can be the plate of the other forms such as square plate；The size of pressing plate can also be identical as the platform size on turntable；Stud can also
To be mounted on turntable by other forms, tapped blind hole is such as offered on turntable, stud, which is threadedly secured to, to be turned
On dynamic platform；Certainly, turntable can not also be mounted in the low platform on rock core positioning table by mounting groove, can be rock core positioning
One cylindrical structure is set in the low platform of platform, and turntable bottom offers cylindrical mounting groove, and the two, which matches, makes turntable
It is mounted in the low platform of rock core positioning table.
As shown in Figure 1, offering a stepped hole 12 on the side of 1 upper table 5 of pedestal, 12 upper semisection of stepped hole is side
Shape, lower semisection are circle, and the size of square hole is greater than the size of round hole, which runs through pedestal 1, and support rod 2 is one
Square bar, the square-section size of square bar and the upper semisection size of stepped hole 12 are identical, are welded with a spiral shell in the bottom of square bar
Line column 22, the outer diameter of threaded post 22 are slightly less than the size of the lower semisection round hole of stepped hole 12, and support rod 2 is mounted on stepped hole 12
It is interior, and threaded post 22 passes through stepped hole 12, is locked support rod 2 and pedestal 1 from 1 lower section of pedestal using support stem nut 7.When
So, in other embodiments, support rod 2 is also possible to the bar of the other forms such as round bar, the stepped hole on corresponding pedestal it is upper
It half segment structure form and is also sized to change therewith；Threaded post can also be fixed by other forms with support rod, such as supported
Bar bottom offers tapped blind hole, and threaded post is screwed with support rod；In addition, threaded post is also possible to integrally set with support rod
It sets；Support rod can also be fixed on the base by welding, equally be met the requirements.
As shown in Figure 1, the top of support rod 2 be equipped with tooth-shape structure 21, lifting device 3 by with the tooth on support rod 2
Elevating movement is realized in the engagement of shape structure 21, and lifting device 3 is equipped with the handle 31 for being used to control the decline of lifting device 3, passes through rotation
Changing hands handle 31 can control the decline of lifting device 3, and the rising of lifting device 3 may be implemented in release handle 31, on lifting device 3
Electric pick 4 is installed, needs to install the parts such as flat chisel when in use, on electric pick, electric pick 4 realizes lifting fortune with lifting device 3
It is dynamic.Certainly, in other embodiments, the top of above-mentioned support rod can also not have tooth-shape structure, it can be provided track, lifting
Mating track is equipped with moving structure on device, and lifting device can realize elevating movement along track, since this class formation is in machine
Tool field is very common, and details are not described herein again, and the lifting structure being only arranged should ensure that lifting device drops to operating position
When can lock, prevent influence lifting device on electric pick normal work.
The boring sample device is in use, be that semicircular rock core 8 is placed on the semicircle on rock core positioning table 52 by section
In connected in star 522, the underface of electric pick 4 is then moved to by sliding rock core positioning table 52 and the drive rock core 8 of slidable panels 51,
Then rotating handle 31 controls the drive electric pick 4 of lifting device 3 and drops at rock core 8, is dug from rock core 8 by the work of electric pick 4
Sliver 9, release handle 31 are removed, lifting device 3 drives electric pick 4 to rise；It digs the sliver 9 got to be placed on turntable 61, lead to
It crosses pressing plate 63 and nut 64 and sliver 9 is pressed on turntable 61 by the cooperation of stud 62, then pass through sliding rock core positioning table 52
The underface of electric pick 4, rotating handle 31 are moved to the drive sliver 9 of slidable panels 51, control lifting device 3 drives under electric pick 4
Be down at sliver 9, and start to 9 deburring of sliver with foreign matters such as mud, the sealing wax of removing its surface, electric pick 4 during deburring,
Rotary motion platform 61 is also needed, so that electric pick 4 carries out deburring to the different location of sliver 9, after the completion of deburring, release handle 31,
Lifting device 3 drives electric pick 4 to rise, and further work can be carried out by removing sliver 9.
Claims (7)
1. a kind of boring sample device, which is characterized in that including pedestal, the pedestal is equipped with workbench, the workbench bag
It includes relative to pedestal along the slidable panels of the X-direction sliding of plane coordinate system and along the rock core positioning table of Y-direction sliding, the rock
Heart positioning table is mounted on the slidable panels, and the location structure for positioning rock core, institute are provided on the rock core positioning table
State and be also equipped on rock core positioning table for clamping the clamping device for digging the sliver or rock pillar that take from rock core, on the pedestal in
Support rod is also equipped with beside workbench, guiding is equipped with lifting device on the support rod, installs on the lifting device
There is electric pick, the electric pick is used for the chisel from the rock core on the location structure and takes sliver or rock pillar and for clamping device institute
The sliver of clamping or rock pillar deburring.
2. boring sample device according to claim 1, which is characterized in that on one in the pedestal and slidable panels
Equipped with sliding block, another is equipped with is led by the sliding block and guide groove with pedestal with the matched guide groove of the sliding block, slidable panels
To cooperation.
3. boring sample device according to claim 1 or 2, which is characterized in that the slidable panels and rock core positioning table
In one be equipped with convex ribs, another is equipped with the sliding slot with the convex ribs external shape fits, and rock core positioning table passes through described convex
Muscle and sliding slot and slidable panels guiding cooperate.
4. boring sample device according to claim 1 or 2, which is characterized in that the location structure is to be arranged in rock core
On positioning table, section is semi-circular recesses that are semicircular, extending certain length.
5. boring sample device according to claim 1 or 2, which is characterized in that the clamping device includes can be relative to
Rock core positioning table the rotates, turntable for placing sliver or rock pillar and the pressing plate for compressing sliver or rock pillar, the pressure
Plate is mounted on the turntable.
6. boring sample device according to claim 5, which is characterized in that the pressing plate at least for compress sliver or
The side of rock pillar is retreated relative to the corresponding side of turntable.
7. boring sample device according to claim 6, which is characterized in that the pressing plate is circle, and the center of circle is located at rotation
On the pivot center of platform, the radius of the pressing plate is less than the shortest distance at edge of the pivot center away from turntable.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821582001.1U CN209069627U (en) | 2018-09-27 | 2018-09-27 | A kind of boring sample device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821582001.1U CN209069627U (en) | 2018-09-27 | 2018-09-27 | A kind of boring sample device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209069627U true CN209069627U (en) | 2019-07-05 |
Family
ID=67093479
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821582001.1U Active CN209069627U (en) | 2018-09-27 | 2018-09-27 | A kind of boring sample device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209069627U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111811872A (en) * | 2020-07-17 | 2020-10-23 | 核工业北京化工冶金研究院 | Device of closely knit rock core model post segmentation sample that hardens |
| CN113857465A (en) * | 2021-09-30 | 2021-12-31 | 北京星航机电装备有限公司 | Cleaning tool and cleaning method for titanium alloy graphite |
-
2018
- 2018-09-27 CN CN201821582001.1U patent/CN209069627U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111811872A (en) * | 2020-07-17 | 2020-10-23 | 核工业北京化工冶金研究院 | Device of closely knit rock core model post segmentation sample that hardens |
| CN111811872B (en) * | 2020-07-17 | 2023-05-23 | 核工业北京化工冶金研究院 | Device for sampling core model column section by compaction |
| CN113857465A (en) * | 2021-09-30 | 2021-12-31 | 北京星航机电装备有限公司 | Cleaning tool and cleaning method for titanium alloy graphite |
| CN113857465B (en) * | 2021-09-30 | 2023-02-03 | 北京星航机电装备有限公司 | Cleaning tool and cleaning method for titanium alloy graphite |
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