CN207485794U - Floated degasser positions telescopic rod - Google Patents
Floated degasser positions telescopic rod Download PDFInfo
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- CN207485794U CN207485794U CN201721260270.1U CN201721260270U CN207485794U CN 207485794 U CN207485794 U CN 207485794U CN 201721260270 U CN201721260270 U CN 201721260270U CN 207485794 U CN207485794 U CN 207485794U
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Abstract
The utility model provides a kind of floated degasser positioning telescopic rod, belong to oil-gas exploration technical field, its structure includes the support tube that caliber is increased stepwise or successively decreases, support tube is vertically arranged, formula cooperation socket is mutually worn in support tube inside and outside two often neighbouring support tubes, forms the telescoping tube of ladder socket；The upper support tube of any neighbouring position therein and the next support tube：The bottom end of the next support tube is worn above upper support tube into upper support tube tube chamber, and the bottom end of the next support tube passes through the upper falling stop rank closing in land of upper support tube from top to bottom, and the next support tube main body leans out upper falling stop rank closing in land；The internal orifice diameter of the next falling stop rank closing in land, which is accepted, is located at its next support tube, and accept along vertically downward direction ladder.The floated degasser positioning telescopic rod is shunk and is extended for the specific shape of the body of rod, is held so as to fully achieve the variation of the length of the body of rod, position positioning and direction.
Description
Technical field
The utility model is related to oil-gas exploration technical field, specifically a kind of floated degasser positioning telescopic rod.
Background technology
Telescopic rod is the extension and reduction of body of rod length.Length is the measurement of the one-dimensional space.Usually in measurement two-dimensional space
During the middle measurement straight line length of side, address length value is larger for length, big unlike its value or be width in " side ".So width
In fact and one kind of length measure, so the height of measurement " vertical length " is all length in three dimensions.In construction working
In, in order to which operation is made to extend to a certain distance, common practice is exactly to extend length, and in order to neatly slap
Hold the variation of length, it is necessary to which a kind of dynamic telescopic and reduction had both realized far and near variation, realized far and near control.
Under normal conditions, the body of rod that stretches all is cylindrical, because of cylindrical flexible easily realization.But it is specifically constructing
In, other shapes of telescopic variation is but generally required, these variations include the grasp in the positioning and direction of position.And
Common cylindrical telescopic rod can not just realize specific requirement in these areas.
Comprehensive logging degasser is the important device carried out with gas detection is bored, and degasser is a kind of non-physical quantities converting means
It puts, can realize and drilling fluid is sufficiently stirred, reach the major function that quantitative degassing is degasser.For a long time, comprehensive record
Degasser used in well mainly includes：Float-type degasser, electrodynamic type continuous degassing device and thermal vacuum distillation degasser, these kinds
The degasser of class is all different in operation principle, and degassing efficiency is also different.In gas detection, the requirement to degasser is
It can realize and quantify, meanwhile, there is higher degassing efficiency.Realize the quantitative degassing of degasser, the most essential is to do
It is consistent with drilling fluid abjection amount to drilling fluid inlet.Float-type degasser is that a kind of degassing, degassing efficiency naturally are low；It is electronic
Formula continuous drilling fluid degasser needs artificial adjustment, is unable to reach quantitative degassing when drilling liquid height changes
Requirement；Thermal vacuum distillation degasser is a kind of discrete degassing mode, is unable to reach the requirement of continuous degassing.
Floated degasser can solve Railway Project above, still, self-operating also occur while solving
The problems in, both how floated degasser was positioned.If do not positioned to floated degasser, can cause
There is the problem of following：
（1）Under drilling fluid fluctuation, degasser, which will appear to wave, causes the inlet of drilling fluid unstable；
（2）The degasser being suspended in surge tank can drift about in tank, generate collision with other facilities, influence crossed construction
Operation；
（3）If floated degasser, which is swum in, wild effect on drilling fluid, liquid inlet volume and liquid outlet quantity are influenced
It is inconsistent, so as to destroy quantitative degassing and quantitative analysis；
（4）In tank without drilling fluid in the case of, floated degasser can fall into the sand setting of tank bottom, cause to bury；
（5）Floated degasser is buried into sand setting, and stirring rod high speed rotation generation overcurrent hindered, there are burn
Ruin the possibility of degasser；
（6）Perpendicular positioning is carried out to degasser if could not reach, stirring rod can be increased with the fluctuation of drilling liquid
Power of agitator reduces electrical machinery life；
（7）Perpendicular positioning is carried out to degasser if could not reach, the drilling fluid stirred will appear omnidirectional splashing, unfavorable
In environmental protection.
In oil-gas exploration, a kind of scene economical and practical reliable floated degasser positioning device not yet, what is leaned on is
The muscle power expenditure of operating personnel's transition and uneasy full operation, have also directly influenced oil-gas exploration benefit.
Invention content
The technical assignment of the utility model is to solve the deficiencies in the prior art, and it is flexible to provide a kind of floated degasser positioning
Bar.
The technical solution of the utility model realizes that the floated degasser positioning telescopic rod is tied in the following manner
Structure includes the support tube that caliber is increased stepwise or successively decreases, and support tube is vertically arranged, often neighbouring two in support tube
Formula cooperation socket is mutually worn inside and outside support tube, forms the telescoping tube of ladder socket；Any neighbouring position therein it is upper
Position support tube and the next support tube：
The outer wall on upper support tube top is provided with the upper anti-oblique band being integrated with upper support tube pipe shaft structure, upper
Anti- oblique band is provided with two ranks：Positioned at the anti-oblique band in upper proximal end close to upper support tube top and, below the anti-oblique band in proximal end
The upper anti-oblique band in precedence proximal end；
Distance interval is provided between the upper anti-oblique band in proximal end and the upper anti-oblique band in precedence proximal end；
The upper anti-oblique band in proximal end is identical with the anti-oblique band size shape in upper precedence proximal end, and is mutually overlapped in the projection of upper and lower directions
It closes；
The outer diameter of the upper anti-oblique band in proximal end and the upper anti-oblique band in precedence proximal end is all higher than the outer diameter of upper support tube；
The upper falling stop rank closing in land being provided with bottom end nozzle one is received in the bottom end nozzle of upper support tube；
The internal orifice diameter of upper falling stop rank closing in land is identical with the outer diameter of the next support tube；
The outer wall on the next support tube top is provided with the anti-oblique band in bottom being integrated with the next support tube pipe shaft structure, the next
Anti- oblique band is provided with two ranks：Positioned at the anti-oblique band in the next proximal end close to the next support tube top and, below the anti-oblique band in proximal end
The lower anti-oblique band in precedence proximal end；
Distance interval is provided between the next anti-oblique band in proximal end and the lower anti-oblique band in precedence proximal end；
The next anti-oblique band in proximal end is identical with the anti-oblique band size shape in lower precedence proximal end, and is mutually overlapped in the projection of upper and lower directions
It closes；
The outer diameter of the next anti-oblique band in proximal end and the lower anti-oblique band in precedence proximal end is all higher than the outer diameter of the next support tube；
The next falling stop rank closing in land being provided with bottom end nozzle one is received in the bottom end nozzle of the next support tube；
The bottom end of the next support tube is worn above upper support tube into upper support tube tube chamber, the bottom end of the next support tube
The upper falling stop rank closing in land of upper support tube is passed through from top to bottom, and the next support tube main body leans out upper falling stop rank closing in ring
Platform, the lower anti-oblique band in precedence proximal end of the next support tube are overlapped on the platform of the intraluminal upper falling stop rank closing in land of upper support tube
On face；
Upper support tube tube chamber latus rectum diameter is identical with the next anti-oblique band in proximal end and the anti-oblique band outer diameter in lower precedence proximal end, and on
Between position support tube lumen wall and the next anti-oblique band periphery in proximal end, upper support tube lumen wall and the lower anti-oblique band in precedence proximal end
It is slidably connected between periphery；
The internal orifice diameter of the next falling stop rank closing in land, which is accepted, is located at its next support tube, and along vertically downward direction
Ladder is accepted.
Caliber be increased stepwise or the support tube that successively decreases in the shape of often neighbouring upper support tube and the next support tube
Shape is consistent, has nested similar identical fit shapes.
Caliber be increased stepwise or the support tube that successively decreases in the shape of often neighbouring upper support tube and the next support tube
Shape uses circular columns bobbin, and circular columns bobbin has nested similar identical fit shapes.
Caliber be increased stepwise or the support tube that successively decreases in the shape of often neighbouring upper support tube and the next support tube
Shape uses regular polygon shape column casing pipe, and regular polygon shape column casing pipe has nested similar identical fit shapes.
Caliber be increased stepwise or the support tube that successively decreases in often neighbouring upper support tube and the next support tube wear
Shell type engagement sleeves connected the cooperation slidingtype righting cooperation of inner tubal wall sliding slot and outer tube wall convex key.
The auxiliary section of the telescoping tube of ladder socket is provided with the flexible energy of Seal Kit, upper support tube and the next support tube
Power source is enough used as by hydraulic oil or gas and realizes extension and contraction control.
Generated advantageous effect is the utility model compared with prior art：
The floated degasser positioning telescopic rod can be shunk and be extended for the specific shape of the body of rod, so as to completely
The length variation, position positioning and direction for realizing the body of rod are held.
Floated degasser positioning telescopic rod can be widely applied to the suspension of compound logging in oil and gas exploration construction
In the location control of formula degasser, meanwhile, similar other career fields are also applied for, are comprehensive logging degasser realities
Existing vertical positioning, the important control device freely to stretch.
The performance and advantage of floated degasser positioning telescopic rod：
（1）Under the action of telescopic rod, no matter the fluctuation of drilling fluid, degasser is not in wave, it is ensured that is stablized
Drilling fluid inlet；
（2）The degasser being suspended in surge tank will not generate lateral drift in tank, will not generate and touch with other facilities
It hits, so as to not influence crossed construction operation；
（3）Under the action of telescopic rod, floated degasser, which is swum on drilling fluid, keeps lateral stability, longitudinal direction floating certainly
Such as, so as to ensure that liquid inlet volume is consistent with liquid outlet quantity, it is ensured that quantitative degassing and quantitative analysis；
（4）In tank without drilling fluid in the case of, telescopic rod limits floated degasser in longitudinal height difference,
Degasser is prevented to fall into tank bottom sand setting, is not in bury；
（5）Since floated degasser will not be buried in sand setting, stirring rod high speed rotation hindered will not generate
Stream, eliminates the possibility for burning degasser；
（6）Since telescopic rod can carry out vertical positioning to degasser, stirring rod will not be with the fluctuating wave of drilling liquid
It moves and generates overcurrent, extend motor service life；
（7）Telescopic rod carries out vertical positioning to degasser, and the drilling fluid of stirring is not in omnidirectional splashing, is conducive to ring
It protects in border.
Floated degasser positioning telescopic rod can fully eliminate various unfavorable factors in applying at the scene, it is ensured that oil gas
The quantitative continuous abjection of gas contained by drilling fluid, improves work limitation, has ensured oil-gas exploration benefit, contributed to essence in exploration
Thin Efficient Exploration.Scientific and reasonable design reduces the labor intensity of labourer, has ensured work quality.This floated degassing
The vertical positioning of device, free telescopic device are not only able to obtain efficient application in the drilling fluid stirring degassing of oil-gas exploration, and
Can be applicable to needs to revolve the other occupational areas for rising degassing.
It is floated degasser positioning telescopic rod reasonable design, simple in structure, safe and reliable, easy to use, easy to maintain,
It has good value for applications.
Description of the drawings
Attached drawing 1 is the structure diagram of the embodiment one of the utility model；
Attached drawing 2 is the structure diagram of the embodiment two of the utility model；
Attached drawing 3 is the structure diagram of the embodiment three of the utility model；
Attached drawing 4 is the structure diagram of three inner tubal wall sliding slot of embodiment；
Attached drawing 5 is the structure diagram of three outer tube wall convex key of embodiment.
Label in attached drawing represents respectively：
1st, support tube,
2nd, upper support tube, 3, the next support tube,
4th, upper anti-oblique band,
5th, the anti-oblique band in upper proximal end, 6, the upper anti-oblique band in precedence proximal end,
7th, upper falling stop rank closing in land,
8th, the next anti-oblique band,
9th, the next anti-oblique band in proximal end, 10, the lower anti-oblique band in precedence proximal end,
11st, the next falling stop rank closing in land.
Specific embodiment
The floated degasser of the utility model positioning telescopic rod is described in detail below below in conjunction with the accompanying drawings.
As shown in drawings, the floated degasser positioning telescopic rod of the utility model, structure are increased stepwise including caliber
Or the support tube 1 to successively decrease, support tube is vertically arranged, and is mutually worn inside and outside two often neighbouring support tubes in support tube
Formula cooperation socket forms the telescoping tube of ladder socket；The upper support tube 2 of any neighbouring position therein and the next support
Pipe 3：
The outer wall on upper 2 top of support tube is provided with the upper anti-oblique band 4 being integrated with upper support tube pipe shaft structure, on
The anti-oblique band in position is provided with two ranks：Positioned at anti-5 and of oblique band in upper proximal end close to upper support tube top, positioned at the anti-oblique band in proximal end
The anti-oblique band 6 in upper precedence proximal end of lower section；
Distance interval is provided between the upper anti-oblique band in proximal end and the upper anti-oblique band in precedence proximal end；
The upper anti-oblique band in proximal end is identical with the anti-oblique band size shape in upper precedence proximal end, and is mutually overlapped in the projection of upper and lower directions
It closes；
The outer diameter of the upper anti-oblique band in proximal end and the upper anti-oblique band in precedence proximal end is all higher than the outer diameter of upper support tube；
The upper falling stop rank closing in land 7 being provided with bottom end nozzle one is received in the bottom end nozzle of upper support tube；
The internal orifice diameter of upper falling stop rank closing in land is identical with the outer diameter of the next support tube；
The outer wall on the next 3 top of support tube is provided with the anti-oblique band 8 in bottom being integrated with the next support tube pipe shaft structure, under
The anti-oblique band in position is provided with two ranks：Positioned at anti-9 and of oblique band in the next proximal end close to the next support tube top, positioned at the anti-oblique band in proximal end
The anti-oblique band 10 in lower precedence proximal end of lower section；
Distance interval is provided between the next anti-oblique band in proximal end and the lower anti-oblique band in precedence proximal end；
The next anti-oblique band in proximal end is identical with the anti-oblique band size shape in lower precedence proximal end, and is mutually overlapped in the projection of upper and lower directions
It closes；
The outer diameter of the next anti-oblique band in proximal end and the lower anti-oblique band in precedence proximal end is all higher than the outer diameter of the next support tube；
The next falling stop rank closing in land 11 being provided with bottom end nozzle one is received in the bottom end nozzle of the next support tube；
The bottom end of the next support tube is worn above upper support tube into upper support tube tube chamber, the bottom end of the next support tube
The upper falling stop rank closing in land of upper support tube is passed through from top to bottom, and the next support tube main body leans out upper falling stop rank closing in ring
Platform, the lower anti-oblique band in precedence proximal end of the next support tube are overlapped on the platform of the intraluminal upper falling stop rank closing in land of upper support tube
On face；
Upper support tube tube chamber latus rectum diameter is identical with the next anti-oblique band in proximal end and the anti-oblique band outer diameter in lower precedence proximal end, and on
Between position support tube lumen wall and the next anti-oblique band periphery in proximal end, upper support tube lumen wall and the lower anti-oblique band in precedence proximal end
It is slidably connected between periphery；
The internal orifice diameter of the next falling stop rank closing in land, which is accepted, is located at its next support tube, and along vertically downward direction
Ladder is accepted.
Caliber be increased stepwise or the support tube that successively decreases in the shape of often neighbouring upper support tube and the next support tube
Shape is consistent, has nested similar identical fit shapes.
Caliber be increased stepwise or the support tube that successively decreases in the shape of often neighbouring upper support tube and the next support tube
Shape uses circular columns bobbin, and circular columns bobbin has nested similar identical fit shapes.
Caliber be increased stepwise or the support tube that successively decreases in the shape of often neighbouring upper support tube and the next support tube
Shape uses regular polygon shape column casing pipe, and regular polygon shape column casing pipe has nested similar identical fit shapes.
Caliber be increased stepwise or the support tube that successively decreases in often neighbouring upper support tube and the next support tube wear
Shell type engagement sleeves connected the cooperation slidingtype righting cooperation of inner tubal wall sliding slot and outer tube wall convex key.
The auxiliary section of the telescoping tube of ladder socket is provided with the flexible energy of Seal Kit, upper support tube and the next support tube
Power source is enough used as by hydraulic oil or gas and realizes extension and contraction control.
The floated degasser positioning generally high-quality stainless steel of telescopic rod, wall thickness 2mm can according to needs of production
It is divided into three kinds of basic configurations, both：Polygon telescopic rod, round telescopic rod and key-way shape telescopic rod.With effective collapsing length
For 1500mm, the length of sliding sleeve bar and telescopic rod is 600mm, and effective collapsing length is respectively 500mm, and remaining 100mm exists
Be used as anti-oblique band in sliding sleeve bar, anti-oblique band with it is unobstructed above and below wall seamless in sliding sleeve bar, play the role of stable telescopic rod.Anti- oblique band
1 and the mean allocation in the length of 100mm of anti-oblique band 2.The technical measures of each shape telescopic rod are as follows：
Embodiment one：Round telescopic rod.Round telescopic rod and shape changeable telescopic rod can be with difference lies in, round telescopic rod
Generate radial motion, suitable for can radial rotating, vertical positioning needs.
Sliding sleeve bar.Sliding sleeve bar is the catenary motion chamber of telescopic rod, and inner wall smooth is without hindrance, and the bottom of sliding sleeve bar is anti-dropout
Falling stop rank is both the diminution chamber with shape changeable phase shape in bottom, prevents telescopic rod from falling to outside sliding sleeve bar.
Telescopic rod.Telescopic rod free stretching motion in higher level's sliding sleeve bar, when stretching to maximal tensility, on telescopic rod
Anti- oblique band 1, which is taken, to be fallen on falling stop rank, prevents abjection sliding sleeve bar.At this point, the subordinate's telescopic rod mutually covered is deviate from out of sliding sleeve bar, realize
Vertical length extension.It is the counter motion of sliding sleeve bar and telescopic rod when packing up, the function of each section is consistent.
Embodiment two：Polygon telescopic rod.Polygon telescopic rod refers to all non-circular telescopic rods, and building block includes：It is sliding
Loop bar, anti-oblique band, falling stop rank and telescopic rod.Polygon includes regular polygon, non-regular polygon, convex polygon and recessed polygon
Shape, the design of various polygons are consistent.In the polygon telescopic rod being made of three parts, each section sliding sleeve bar and flexible each other
Bar.
Sliding sleeve bar.Sliding sleeve bar is the catenary motion chamber of telescopic rod, and inner wall smooth is without hindrance, and the bottom of sliding sleeve bar is anti-dropout
Falling stop rank is both the diminution chamber with shape changeable phase shape in bottom, prevents telescopic rod from falling to outside sliding sleeve bar.
Telescopic rod.Telescopic rod free stretching motion in higher level's sliding sleeve bar, when stretching to maximal tensility, on telescopic rod
Anti- oblique band 1, which is taken, to be fallen on falling stop rank, prevents abjection sliding sleeve bar.At this point, the subordinate's telescopic rod mutually covered is deviate from out of sliding sleeve bar, realize
Vertical length extension.It is the counter motion of sliding sleeve bar and telescopic rod when packing up, the function of each section is consistent.Polygon sliding sleeve bar and
Difference lies in polygon telescopic rod cannot generate radial motion to round telescopic rod.
Embodiment three：Key-way shape telescopic rod.Key-way shape telescopic rod same round telescopic rod, but key-way shape telescopic rod in shape
Concave key slot slideway and convex key slot slide bar limit its radial motion, with polygon telescopic rod on catenary motion.Key-way shape is stretched
Contracting bar chief component includes：Concave key slot slideway, falling stop ring, convex key slot slide bar and connection ring.
Concave key slot slideway.Two row concave key slots or vertical in the both sides of upper and lower two disk are longitudinally opened on the two side of tubbiness
Weld channel steel.Mutually button is vertically connected with slip for concave key slot and convex key slot, and the diameter of falling stop ring is equal to concave key slot diameter, when falling on down
Stop during disk, both the upper disk of convex key slot and lower wall were to separate card to be placed in concave key slot slideway, first that upper disk is embedding together with slide bar
It is placed in concave key slot slideway, lower wall is placed on outside higher level's concave key slot slideway, and then just flexible card is fallen falling stop ring after two bodies are connected in this way
On lower wall.
Connection ring.Connection ring is welded on supervisory lower wall, and structure is the same as above-mentioned.It is concave key slot slideway and convex key slot when packing up
The counter motion of slide bar, the function of each section are consistent
The entire body design of telescopic rod meets the requirement of vertical flexible positioning, easy to operate, safeguards simply, thoroughly solves outstanding
Orientation problem of the floating degasser on vertical.The design of telescopic rod can be used for each related industry.
Claims (6)
1. floated degasser positions telescopic rod, it is characterised in that the support tube for being increased stepwise or successively decreasing including caliber, support tube
It is vertically arranged, mutually wears formula cooperation socket in support tube inside and outside two often neighbouring support tubes, form ladder set
The telescoping tube connect；The upper support tube of any neighbouring position therein and the next support tube：
The outer wall on upper support tube top is provided with the upper anti-oblique band being integrated with upper support tube pipe shaft structure, upper anti-oblique
Rank is provided with two ranks：Positioned at close to upper support tube top the anti-oblique band in upper proximal end and, it is upper below the anti-oblique band in proximal end
The anti-oblique band in precedence proximal end；
Distance interval is provided between the upper anti-oblique band in proximal end and the upper anti-oblique band in precedence proximal end；
The upper anti-oblique band in proximal end is identical with the anti-oblique band size shape in upper precedence proximal end, and coincides in the projection of upper and lower directions；
The outer diameter of the upper anti-oblique band in proximal end and the upper anti-oblique band in precedence proximal end is all higher than the outer diameter of upper support tube；
The upper falling stop rank closing in land being provided with bottom end nozzle one is received in the bottom end nozzle of upper support tube；
The internal orifice diameter of upper falling stop rank closing in land is identical with the outer diameter of the next support tube；
The outer wall on the next support tube top is provided with the anti-oblique band in bottom being integrated with the next support tube pipe shaft structure, the next anti-oblique
Rank is provided with two ranks：Positioned at the anti-oblique band in the next proximal end close to the next support tube top and, below the anti-oblique band in proximal end under
The anti-oblique band in precedence proximal end；
Distance interval is provided between the next anti-oblique band in proximal end and the lower anti-oblique band in precedence proximal end；
The next anti-oblique band in proximal end is identical with the anti-oblique band size shape in lower precedence proximal end, and coincides in the projection of upper and lower directions；
The outer diameter of the next anti-oblique band in proximal end and the lower anti-oblique band in precedence proximal end is all higher than the outer diameter of the next support tube；
The next falling stop rank closing in land being provided with bottom end nozzle one is received in the bottom end nozzle of the next support tube；
The bottom end of the next support tube is worn above upper support tube into upper support tube tube chamber, and the bottom end of the next support tube is from upper
Upper falling stop rank closing in land is leant out across the upper falling stop rank closing in land of upper support tube, the next support tube main body under and,
The lower anti-oblique band in precedence proximal end of the next support tube is overlapped on the table top of the intraluminal upper falling stop rank closing in land of upper support tube
On；
Upper support tube tube chamber latus rectum diameter is identical with the next anti-oblique band in proximal end and the anti-oblique band outer diameter in lower precedence proximal end, and upper branch
Between stay tube lumen wall and the next anti-oblique band periphery in proximal end, upper support tube lumen wall oblique band periphery anti-with lower precedence proximal end
Between be slidably connected；
The internal orifice diameter of the next falling stop rank closing in land, which is accepted, is located at its next support tube, and along vertically downward direction ladder
It accepts.
2. floated degasser positioning telescopic rod according to claim 1, it is characterised in that：Caliber is increased stepwise or successively decreases
Support tube in often neighbouring upper support tube it is consistent with the shape of the next support tube, there is nested similar identical match
Close shape.
3. floated degasser positioning telescopic rod according to claim 1, it is characterised in that：Caliber is increased stepwise or successively decreases
Support tube in the shape of often neighbouring upper support tube and the next support tube using circular columns bobbin, circular columns bobbin
With nested similar identical fit shapes.
4. floated degasser positioning telescopic rod according to claim 1, it is characterised in that：Caliber is increased stepwise or successively decreases
Support tube in the shape of often neighbouring upper support tube and the next support tube using regular polygon shape column casing pipe, it is just more
Side shape shape column casing pipe has nested similar identical fit shapes.
5. floated degasser positioning telescopic rod according to claim 1, it is characterised in that：Caliber is increased stepwise or successively decreases
Support tube in often neighbouring upper support tube connected inner tubal wall sliding slot with the formula engagement sleeves that wear of the next support tube
Cooperation slidingtype righting with outer tube wall convex key coordinates.
6. floated degasser positioning telescopic rod according to claim 1, it is characterised in that：The telescoping tube of ladder socket
Auxiliary section is provided with Seal Kit, and upper support tube and the flexible of the next support tube can be used as power by hydraulic oil or gas
Realize extension and contraction control in source.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721260270.1U CN207485794U (en) | 2017-09-28 | 2017-09-28 | Floated degasser positions telescopic rod |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721260270.1U CN207485794U (en) | 2017-09-28 | 2017-09-28 | Floated degasser positions telescopic rod |
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| Publication Number | Publication Date |
|---|---|
| CN207485794U true CN207485794U (en) | 2018-06-12 |
Family
ID=62482872
Family Applications (1)
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|---|---|---|---|
| CN201721260270.1U Active CN207485794U (en) | 2017-09-28 | 2017-09-28 | Floated degasser positions telescopic rod |
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| Country | Link |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109056890A (en) * | 2018-08-06 | 2018-12-21 | 浙江欣华园艺工程有限公司 | A kind of collection and cyclic utilization system for gardens rainwater |
| CN110952531A (en) * | 2019-12-04 | 2020-04-03 | 浙江大学 | Extensible nested steel pipe pile and installation method thereof |
| CN113041750A (en) * | 2021-02-07 | 2021-06-29 | 机械工业第九设计研究院有限公司 | Automatic cleaning system for coated car body three-dimensional warehouse |
-
2017
- 2017-09-28 CN CN201721260270.1U patent/CN207485794U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109056890A (en) * | 2018-08-06 | 2018-12-21 | 浙江欣华园艺工程有限公司 | A kind of collection and cyclic utilization system for gardens rainwater |
| CN110952531A (en) * | 2019-12-04 | 2020-04-03 | 浙江大学 | Extensible nested steel pipe pile and installation method thereof |
| CN110952531B (en) * | 2019-12-04 | 2020-10-30 | 浙江大学 | Extensible nested steel pipe pile and installation method thereof |
| CN113041750A (en) * | 2021-02-07 | 2021-06-29 | 机械工业第九设计研究院有限公司 | Automatic cleaning system for coated car body three-dimensional warehouse |
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Effective date of registration: 20220304 Address after: 100029 Chaoyang District, Beijing Hui Xin Street six, Twelfth level. Patentee after: SINOPEC OILFIELD SERVICE Corp. Patentee after: SINOPEC SHENGLI PETROLEUM ENGINEERING Co.,Ltd. Patentee after: Sinopec Jingwei Co.,Ltd. Patentee after: Shengli geological logging company of Sinopec Jingwei Co.,Ltd. Address before: Room 703, block a, Beichen world center, 8 Beichen West Road, Chaoyang District, Beijing 100020 Patentee before: SINOPEC OILFIELD SERVICE Corp. Patentee before: SINOPEC SHENGLI PETROLEUM ENGINEERING Co.,Ltd. Patentee before: GEOLOGICAL LOGGING BRANCH OF SINOPEC SHENGLI PETROLEUM ENGINEERING Co.,Ltd. |
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