CN203956691U - Clad type oil drill rocker surface derusting device - Google Patents
Clad type oil drill rocker surface derusting device Download PDFInfo
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- CN203956691U CN203956691U CN201420414916.7U CN201420414916U CN203956691U CN 203956691 U CN203956691 U CN 203956691U CN 201420414916 U CN201420414916 U CN 201420414916U CN 203956691 U CN203956691 U CN 203956691U
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- oil drill
- drill rocker
- annular flap
- slide post
- motor
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Abstract
The utility model discloses clad type oil drill rocker surface derusting device, comprise the annular flap being set on oil drill rocker external diameter, annular flap outer surface is provided with multiple sleeves, the both ends open of sleeve, also comprise the slide post that runs through annular flap, slide post one end extends to the barrel bore of sleeve inner, and sleeve and slide post carry out screw thread socket, one end that slide post extends to sleeve inner is knob end, and the end face of knob end is provided with bar-shaped trough; The other end of slide post is connected with multi-directional ball, and multi-directional ball is crimped onto on the outer diametric plane of oil drill rocker; Three summits place at set square is connected with annular flap by three joint pins, set square is connected with hydraulic cylinder, the hydraulic cylinder output shaft of hydraulic cylinder runs through set square and points to oil drill rocker, arc is embraced plate and is crimped onto on the outer diametric plane of oil drill rocker, and arc is embraced plate and be provided with sand paper in a side of oil drill rocker.This device can solve quick cleaning oil drill rocker surface mass, reduces hand labor intensity.
Description
Technical field
The utility model relates to clad type oil drill rocker surface derusting device.
Background technology
Oil drill rocker is using rear surface can form schmutzband and iron rust layer, in plant maintenance, oil drill rocker need to be removed its surperficial schmutzband and iron rust layer, the operation of prior art is to adopt the hand-held sander of manual type to carry out grinding process, schmutzband and iron rust layer are removed, there is following shortcoming in this mode, long construction period, workmen's manipulation strength is large, efficiency is extremely low, remove the time of an oil drill rocker and at least take 3 days, also need other auxiliary equipment to help rotation oil drill rocker, construction environment is severe, due to the oil drill rocker after using, there is oil substance and iron rust material in surface, therefore in the time polishing, the rotate effect of High Temperature And Velocity arrives iron rust dust lift aerial, workmen will suck pollution thing, very harmful to workmen.
Utility model content
The purpose of this utility model is to provide a kind of clad type oil drill rocker surface derusting device, and this device can solve quick cleaning oil drill rocker surface mass, reduces hand labor intensity.
The purpose of this utility model is achieved through the following technical solutions: clad type oil drill rocker surface derusting device, comprise the annular flap being set on oil drill rocker external diameter, between the aperture surface of annular flap and oil drill rocker, there is gap, annular flap outer surface is provided with multiple sleeves, the both ends open of sleeve, also comprise the slide post that runs through annular flap, slide post one end extends to the barrel bore of sleeve inner, and sleeve and slide post carry out screw thread socket, one end that slide post extends to sleeve inner is knob end, and the end face of knob end is provided with bar-shaped trough; The other end of slide post is connected with multi-directional ball, and multi-directional ball is crimped onto on the outer diametric plane of oil drill rocker; The left side of annular flap is provided with set square, three summits place at set square is connected with annular flap by three joint pins, three limits of set square are connected with respectively hydraulic cylinder separately, the hydraulic cylinder output shaft of hydraulic cylinder runs through set square and points to oil drill rocker, hydraulic cylinder output shaft is also connected with arc and embraces plate, arc is embraced plate and is crimped onto on the outer diametric plane of oil drill rocker, and arc is embraced plate and be provided with sand paper in a side of oil drill rocker.
Slide post, sleeve, the multi-directional ball of on annular flap, installing can make this device be crimped on oil drill rocker by artificial regulative mode, operating personnel utilize a word to change cutter and are inserted into rotation slide post in bar-shaped trough, slide post is moved to oil drill rocker direction, finally make multi-directional ball be crimped onto on oil drill rocker.
Based on said structure, design principle of the present utility model is: this device comprises oil drill rocker and clasps structure, clasping structure is exactly annular flap and the slide post and the multi-directional ball of installing on slide post that are arranged on annular flap, this clasps structure from circumferencial direction around oil drill rocker setting, the mode that annular flap is clamped on oil drill rocker is the degree of depth that adopts threaded adjusting slide post, detailed process is, under original state, multi-directional ball does not contact with oil drill rocker, rotate slide post, slide post is moved to oil drill rocker direction, multi-directional ball is squeezed in oil drill rocker surface, can form like this clamping to oil drill rocker, and annular flap can move along oil drill rocker axis direction, annular flap also can be along the circumferential direction in rotary moving, now, mainly by set square, arc is embraced plate, hydraulic cylinder, the polishing structure that hydraulic cylinder output shaft forms can be carried out grinding process to oil drill rocker surface, wherein, after Driven by Hydraulic Cylinder, hydraulic cylinder output shaft drives arc to embrace plate and moves to oil drill rocker direction, making three arcs embrace plate encircles on oil drill rocker, three arcs are embraced plate composition clamping polishing structure, when equipment operation, set square rotates or advances, arc is embraced sand paper on the plate oil drill rocker of just can polishing, iron rust on oil drill rocker is removed, workmen, only need the annular flap of operation to move along oil drill rocker axis direction or circumferencial direction, operating personnel may stand at a distance, utilize hand-held syndeton to be connected on annular flap, operate a long way off, total can reduce operating personnel's construction intensity, it is less that workmen is subject to air pollution injury.
Preferably, in order to realize the automatic propulsion functions of said apparatus at axial direction, the left surface of annular flap is provided with supporting plate B, the second motor is installed on supporting plate B, supporting plate B is also provided with rolling wheel support A, rolling wheel support A is connected with axial driving rolls, axially driving rolls is connected with rolling wheel support A by rotating shaft M, the second motor output shaft of the second motor is connected by belt and rotating shaft M, the axis direction of rotating shaft M is vertical with the axis direction of oil drill rocker, axially driving rolls axis direction along oil drill rocker on the outer diametric plane of oil drill rocker rolls.
This structure is to increase axial advance structure on the basis of said structure, the design principle of this structure is: on annular flap, be fixedly connected with supporting plate B, the second motor rotates by belt drives rotating shaft M, axially driving rolls axis direction along oil drill rocker on the outer diametric plane of oil drill rocker rolls, thereby drive supporting plate B moves axially along oil drill rocker, also moving axially along oil drill rocker of annular flap now.
In like manner preferred, in order to realize said apparatus at circumferential automatic propulsion functions, the 3rd motor is installed on supporting plate B, supporting plate B is also provided with rolling wheel support B, rolling wheel support B is connected with circumferential driving rolls, circumferential driving rolls is connected with rolling wheel support B by rotating shaft N, the 3rd motor output shaft of the 3rd motor is connected by belt and rotating shaft N, the axis direction of rotating shaft N is parallel with the axis direction of oil drill rocker, and circumferential driving rolls circumferencial direction along oil drill rocker on the outer diametric plane of oil drill rocker rolls.
This structure is to increase axial advance structure on the basis of said structure, the design principle of this structure is: on annular flap, be fixedly connected with supporting plate B, the 3rd motor rotates by belt drives rotating shaft N, circumferential driving rolls circumferencial direction along oil drill rocker on the outer diametric plane of oil drill rocker rolls, thereby drive supporting plate B to move along the circumferencial direction of oil drill rocker, annular flap now also moves along the circumferencial direction of oil drill rocker.
The independent use of said structure can form the motion of rectilinear motion or the circumferencial direction of axial direction, and above structure combines to use and can make a this mobile route that carries out helix, and now this device does not need manpower driving.Now operating personnel do not need to contact construction environment, avoid the harm of construction environment to personnel, and the coupling apparatus of appeal structure can make this device can be to oil drill rocker 360 deg without the processing of dead angle, and construction effect is good.
Preferably, annular flap is circular rings or polygon ring.When polygon ring, facilitate the installation of each device.
Preferably, axially the periphery of driving rolls and the periphery of circumferential driving rolls are all arranged with rubber ring.Increase frictional force.
Preferably.The rotating speed of the 3rd motor is at least 2 times of the second motor speed.
The utility model has the advantage of: can solve quick cleaning oil drill rocker surface mass, reduce hand labor intensity, workmen is without execute-in-place.
Brief description of the drawings
Fig. 1 is the structure chart of the utility model in oil drill rocker end face direction.
Fig. 2 is the structure chart of the utility model side-looking direction.
Fig. 3 is the structure chart of the utility model polishing structure division.
Fig. 4 is the end face structure figure of slide post.
Reference numeral in figure is expressed as: 1, oil drill rocker; 2, annular flap; 3, sleeve; 4, joint pin; 5, supporting plate B; 31, barrel bore; 32, slide post; 33, multi-directional ball; 34, bar-shaped trough; 41, set square; 42, arc is embraced plate; 43, hydraulic cylinder; 44, hydraulic cylinder output shaft; 51, the second motor; 52, axial driving rolls; 53, rolling wheel support A; 54, the 3rd motor; 55, the 3rd motor output shaft; 56, rolling wheel support B; 57, circumferential driving rolls.
Detailed description of the invention
Below in conjunction with embodiment and accompanying drawing, the utility model is described in further detail, but embodiment of the present utility model is not limited to this.
Embodiment 1:
As Figure 1-Figure 4
Clad type oil drill rocker surface derusting device, comprise the annular flap 2 being set on oil drill rocker 1 external diameter, between the aperture surface of annular flap 2 and oil drill rocker 1, there is gap, annular flap outer surface is provided with multiple sleeves 3, the both ends open of sleeve, also comprise the slide post 32 that runs through annular flap, slide post 32 one end extend to the barrel bore 31 of sleeve 3 inside, and sleeve 3 carries out screw thread socket with slide post 32, one end that slide post 32 extends to sleeve 3 inside is knob end, and the end face of knob end is provided with bar-shaped trough 34; The other end of slide post 32 is connected with multi-directional ball 33, and multi-directional ball 33 is crimped onto on the outer diametric plane of oil drill rocker 1; The left side of annular flap is provided with set square 41, three summits place at set square 41 is connected with annular flap by three joint pins 4, three limits of set square 41 are connected with respectively hydraulic cylinder 43 separately, the hydraulic cylinder output shaft 44 of hydraulic cylinder 43 runs through set square 41 and points to oil drill rocker, hydraulic cylinder output shaft 44 is also connected with arc and embraces plate 42, arc is embraced plate 42 and is crimped onto on the outer diametric plane of oil drill rocker, and arc is embraced plate 42 and be provided with sand paper in a side of oil drill rocker.
Slide post, sleeve, the multi-directional ball of on annular flap, installing can make this device be crimped on oil drill rocker by artificial regulative mode, operating personnel utilize a word to change cutter and are inserted into rotation slide post 32 in bar-shaped trough, slide post 32 is moved to oil drill rocker direction, finally make multi-directional ball be crimped onto on oil drill rocker.
Based on said structure, design principle of the present utility model is: this device comprises oil drill rocker and clasps structure, clasping structure is exactly annular flap and the slide post and the multi-directional ball of installing on slide post that are arranged on annular flap, this clasps structure from circumferencial direction around oil drill rocker setting, the mode that annular flap is clamped on oil drill rocker is the degree of depth that adopts threaded adjusting slide post, detailed process is, under original state, multi-directional ball does not contact with oil drill rocker, rotate slide post, slide post is moved to oil drill rocker direction, multi-directional ball is squeezed in oil drill rocker surface, can form like this clamping to oil drill rocker, and annular flap can move along oil drill rocker axis direction, annular flap also can be along the circumferential direction in rotary moving, now, mainly by set square, arc is embraced plate, hydraulic cylinder, the polishing structure that hydraulic cylinder output shaft forms can be carried out grinding process to oil drill rocker surface, wherein, after Driven by Hydraulic Cylinder, hydraulic cylinder output shaft drives arc to embrace plate and moves to oil drill rocker direction, making three arcs embrace plate encircles on oil drill rocker, three arcs are embraced plate composition clamping polishing structure, when equipment operation, set square rotates or advances, arc is embraced sand paper on the plate oil drill rocker of just can polishing, iron rust on oil drill rocker is removed, workmen, only need the annular flap of operation to move along oil drill rocker axis direction or circumferencial direction, operating personnel may stand at a distance, utilize hand-held syndeton to be connected on annular flap, operate a long way off, total can reduce operating personnel's construction intensity, it is less that workmen is subject to air pollution injury.Mill can adopt the polishing sheet of quartz.
Preferably, in order to realize the automatic propulsion functions of said apparatus at axial direction, the left surface of annular flap is provided with supporting plate B5, the second motor 51 is installed on supporting plate B5, supporting plate B5 is also provided with rolling wheel support A53, rolling wheel support A53 is connected with axial driving rolls 52, axially driving rolls 52 is connected with rolling wheel support A53 by rotating shaft M, the second motor output shaft of the second motor 51 is connected by belt and rotating shaft M, the axis direction of rotating shaft M is vertical with the axis direction of oil drill rocker, axially driving rolls 52 axis direction along oil drill rocker on the outer diametric plane of oil drill rocker rolls.
This structure is to increase axial advance structure on the basis of said structure, the design principle of this structure is: on annular flap, be fixedly connected with supporting plate B, the second motor 51 rotates by belt drives rotating shaft M, axially driving rolls 52 axis direction along oil drill rocker on the outer diametric plane of oil drill rocker rolls, thereby drive supporting plate B5 moves axially along oil drill rocker, also moving axially along oil drill rocker of annular flap now.
In like manner preferred, in order to realize said apparatus at circumferential automatic propulsion functions, the 3rd motor 54 is installed on supporting plate B5, supporting plate B5 is also provided with rolling wheel support B56, rolling wheel support B56 is connected with circumferential driving rolls 57, circumferential driving rolls 57 is connected with rolling wheel support B56 by rotating shaft N, the 3rd motor output shaft 55 of the 3rd motor 54 is connected by belt and rotating shaft N, the axis direction of rotating shaft N is parallel with the axis direction of oil drill rocker, circumferential driving rolls 57 circumferencial direction along oil drill rocker on the outer diametric plane of oil drill rocker rolls.
This structure is to increase axial advance structure on the basis of said structure, the design principle of this structure is: on annular flap, be fixedly connected with supporting plate B, the 3rd motor 54 rotates by belt drives rotating shaft N, circumferential driving rolls 57 circumferencial direction along oil drill rocker on the outer diametric plane of oil drill rocker rolls, thereby drive supporting plate B5 to move along the circumferencial direction of oil drill rocker, annular flap now also moves along the circumferencial direction of oil drill rocker.
The independent use of said structure can form the motion of rectilinear motion or the circumferencial direction of axial direction, and above structure combines to use and can make a this mobile route that carries out helix, and now this device does not need manpower driving.Now operating personnel do not need to contact construction environment, avoid the harm of construction environment to personnel, and the coupling apparatus of appeal structure can make this device can be to oil drill rocker 360 deg without the processing of dead angle, and construction effect is good.
Preferably, annular flap 2 is circular rings or polygon ring.When polygon ring, facilitate the installation of each device.
Preferably, axially the periphery of driving rolls and the periphery of circumferential driving rolls are all arranged with rubber ring.Increase frictional force.
Preferably.The rotating speed of the 3rd motor is at least 2 times of the second motor speed.
Arc is embraced on plate can also increase water injector, to rinse iron rust, places iron rust and blocks.
As mentioned above, can well realize the utility model.
Claims (6)
1. clad type oil drill rocker surface derusting device, it is characterized in that: comprise the annular flap (2) being set on oil drill rocker (1) external diameter, between the aperture surface of annular flap (2) and oil drill rocker (1), there is gap, annular flap outer surface is provided with multiple sleeves (3), the both ends open of sleeve, also comprise the slide post (32) that runs through annular flap, slide post (32) one end extends to the inner barrel bore (31) of sleeve (3), and sleeve (3) carries out screw thread socket with slide post (32), it is knob end that slide post (32) extends to the inner one end of sleeve (3), the end face of knob end is provided with bar-shaped trough (34), the other end of slide post (32) is connected with multi-directional ball (33), and multi-directional ball (33) is crimped onto on the outer diametric plane of oil drill rocker (1), the left side of annular flap is provided with set square (41), three summits place at set square (41) is connected with annular flap by three joint pins (4), three limits of set square (41) are connected with respectively hydraulic cylinder (43) separately, the hydraulic cylinder output shaft (44) of hydraulic cylinder (43) runs through set square (41) and points to oil drill rocker, hydraulic cylinder output shaft (44) is also connected with arc and embraces plate (42), arc is embraced plate (42) and is crimped onto on the outer diametric plane of oil drill rocker, and arc is embraced plate (42) and be provided with sand paper in a side of oil drill rocker.
2. clad type oil drill rocker surface derusting device according to claim 1, it is characterized in that: the left surface of annular flap is provided with supporting plate B(5), supporting plate B(5) on the second motor (51) is installed, supporting plate B(5) rolling wheel support A(53 is also installed), rolling wheel support A(53) be connected with axial driving rolls (52), axially driving rolls (52) is by rotating shaft M and rolling wheel support A(53) be connected, the second motor output shaft of the second motor (51) is connected by belt and rotating shaft M, the axis direction of rotating shaft M is vertical with the axis direction of oil drill rocker, axially driving rolls (52) axis direction along oil drill rocker on the outer diametric plane of oil drill rocker rolls.
3. clad type oil drill rocker surface derusting device according to claim 2, it is characterized in that: supporting plate B(5) on the 3rd motor (54) is installed, supporting plate B(5) rolling wheel support B(56 is also installed), rolling wheel support B(56) be connected with circumferential driving rolls (57), circumferential driving rolls (57) is by rotating shaft N and rolling wheel support B(56) be connected, the 3rd motor output shaft (55) of the 3rd motor (54) is connected by belt and rotating shaft N, the axis direction of rotating shaft N is parallel with the axis direction of oil drill rocker, circumferential driving rolls (57) circumferencial direction along oil drill rocker on the outer diametric plane of oil drill rocker rolls.
4. clad type oil drill rocker surface derusting device according to claim 1, is characterized in that: annular flap (2) is circular rings or polygon ring.
5. clad type oil drill rocker surface derusting device according to claim 3, is characterized in that: axially the periphery of driving rolls and the periphery of circumferential driving rolls are all arranged with rubber ring.
6. clad type oil drill rocker surface derusting device according to claim 3, is characterized in that: the rotating speed of the 3rd motor is at least 2 times of the second motor speed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420414916.7U CN203956691U (en) | 2014-07-27 | 2014-07-27 | Clad type oil drill rocker surface derusting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420414916.7U CN203956691U (en) | 2014-07-27 | 2014-07-27 | Clad type oil drill rocker surface derusting device |
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| Publication Number | Publication Date |
|---|---|
| CN203956691U true CN203956691U (en) | 2014-11-26 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420414916.7U Expired - Fee Related CN203956691U (en) | 2014-07-27 | 2014-07-27 | Clad type oil drill rocker surface derusting device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104117896A (en) * | 2014-07-27 | 2014-10-29 | 成都高普石油工程技术有限公司 | Cladding-type petroleum drill pipe surface rust removing device |
| CN104400585A (en) * | 2014-11-28 | 2015-03-11 | 重庆鼎盛印务股份有限公司 | Roll paper trimming, grinding and positioning device |
-
2014
- 2014-07-27 CN CN201420414916.7U patent/CN203956691U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104117896A (en) * | 2014-07-27 | 2014-10-29 | 成都高普石油工程技术有限公司 | Cladding-type petroleum drill pipe surface rust removing device |
| CN104117896B (en) * | 2014-07-27 | 2016-12-28 | 青岛燕园海洋生物科技有限公司 | Clad type oil drill rocker surface derusting device |
| CN104400585A (en) * | 2014-11-28 | 2015-03-11 | 重庆鼎盛印务股份有限公司 | Roll paper trimming, grinding and positioning device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141126 Termination date: 20150727 |
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| EXPY | Termination of patent right or utility model |