CN204177305U - The interim installation model of oil gas field vortex precession flowmeter and hydrocarbon transfer system - Google Patents
The interim installation model of oil gas field vortex precession flowmeter and hydrocarbon transfer system Download PDFInfo
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- CN204177305U CN204177305U CN201420643140.6U CN201420643140U CN204177305U CN 204177305 U CN204177305 U CN 204177305U CN 201420643140 U CN201420643140 U CN 201420643140U CN 204177305 U CN204177305 U CN 204177305U
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Abstract
The utility model provides a kind of interim installation model and hydrocarbon transfer system of oil gas field vortex precession flowmeter.Wherein, the interim installation model of oil gas field vortex precession flowmeter comprises: main pipeline (10), has two installation ends and the first flow between two installation ends that are oppositely arranged; Two flanges (20), be fixedly connected with two installation end one_to_one corresponding, each flange (20) is provided with multiple bolt and wears through hole, the distance between two end face outside of two flanges (20) equals the axial dimension of oil gas field vortex precession flowmeter.The technical solution of the utility model is convenient in hydrocarbon transfer system, install oil gas field vortex precession flowmeter.
Description
Technical field
The utility model relates to hydrocarbon transfer system technical field, in particular to a kind of interim installation model and hydrocarbon transfer system of oil gas field vortex precession flowmeter.
Background technology
Oil/gas Well during oil gas field collection is defeated, test satellite location are in construction technology process, the vortex precession flowmeter installed taking flange method, must be complete in pipeline construction according to code requirement, instrument installation is carried out again after cleaning pipeline purging, and for connect vortex precession flowmeter two pipelines between to reserve the installing space of vortex precession flowmeter is installed, but the size of installing space easily occurs error, this just seriously constrains the installation of construction speed and vortex precession flowmeter.Need when the verification of vortex precession flowmeter in addition to remove vortex precession flowmeter, in this process, pipeline is stopped using, and signal cable is exposed, there is potential safety hazard, also affects the normal work of technological process.
Utility model content
The utility model aims to provide a kind of interim installation model and the hydrocarbon transfer system of being convenient to install the oil gas field vortex precession flowmeter of oil gas field vortex precession flowmeter in hydrocarbon transfer system.
To achieve these goals, according to an aspect of the present utility model, provide a kind of interim installation model of oil gas field vortex precession flowmeter, comprising: main pipeline, there are two installation ends and the first flow between two installation ends that are oppositely arranged; Two flanges, are fixedly connected with two installation end one_to_one corresponding, each flange are provided with multiple bolt and wear through hole, and the distance between two end face outside of two flanges equals the axial dimension of oil gas field vortex precession flowmeter.
Further, the interim installation model of oil gas field vortex precession flowmeter of the present utility model also comprises: pressure-detecting device, detects the pressure in first flow.
Further, pressure-detecting device comprises: tensimeter, to be fixedly installed on main pipeline and to be positioned at the outside of this main pipeline.
Further, pressure-detecting device also comprises: the first connecting pipe, there is the first link and the second link that are oppositely arranged and the second runner between the first link and the second link, on the tube wall that first link is fixed on main pipeline and the second runner be connected with first flow, tensimeter is fixedly installed on the second link.
Further, the middle part of the first connecting pipe is provided with the first valve.
Further, the interim installation model of oil gas field vortex precession flowmeter of the present utility model also comprises: termination, has connection terminal, and termination is fixedly installed on main pipeline.
Further, termination is explosion-proof wiring device.
Further, the interim installation model of oil gas field vortex precession flowmeter of the present utility model also comprises: support, termination is fixedly connected with main pipeline by support.
Further, support comprises the second connecting pipe, and the middle part of the second connecting pipe is provided with the second valve.
According to another aspect of the present utility model, provide a kind of hydrocarbon transfer system, comprise the interim installation model of above-mentioned oil gas field vortex precession flowmeter.
Application the technical solution of the utility model, when building hydrocarbon transfer system, first vortex precession flowmeter is replaced to be installed between two pipelines with interim model of installing, and the distance between two of two flanges end face outside equals the axial dimension of oil gas field vortex precession flowmeter, like this, distance between two pipelines is just in time equal with the length dimension of oil gas field vortex precession flowmeter, avoid the situation occurring that oil gas field vortex precession flowmeter cannot be installed, when pipe installation is complete, take off interim installation model again and oil gas field vortex precession flowmeter is installed, because main pipeline is removably connected with two pipelines by flange, therefore be convenient to dismantle interim model of installing to vacate installing space for oil gas field vortex precession flowmeter.As the above analysis, the interim installation model of oil gas field vortex precession flowmeter of the present utility model is convenient in hydrocarbon transfer system, install oil gas field vortex precession flowmeter.
Accompanying drawing explanation
The Figure of description forming a application's part is used to provide further understanding of the present utility model, and schematic description and description of the present utility model, for explaining the utility model, is not formed improper restriction of the present utility model.In the accompanying drawings:
Fig. 1 shows the structural representation of the embodiment of the interim installation model according to oil gas field vortex precession flowmeter of the present utility model.
Wherein, the Reference numeral in above-mentioned figure is as follows:
10, main pipeline;
20, flange;
30, pressure-detecting device;
31, tensimeter;
32, the first connecting pipe;
33, the first valve;
40, termination;
50, support;
51, the second connecting pipe;
52, the second valve.
Embodiment
It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can combine mutually.Below with reference to the accompanying drawings and describe the utility model in detail in conjunction with the embodiments.
As shown in Figure 1, the interim installation model of the oil gas field vortex precession flowmeter of the present embodiment comprises and two flanges 20.Main pipeline 10 has two installation ends and the first flow between two installation ends that are oppositely arranged.Two flanges 20 are fixedly connected with two installation end one_to_one corresponding, each flange 20 is provided with multiple bolt and wears through hole, and the distance between two end face outside of two flanges 20 equals the axial dimension of oil gas field vortex precession flowmeter.For Tianxin Meters Co., Ltd., Zhejiang Prov. TDS-32B vortex precession flowmeter, employing internal diameter is the main pipeline 10 of 32mm, distance between two end face outside of two flanges 20 is 200mm, and that is, the total length of main pipeline 10 and two flanges 20 is 200mm.Main pipeline 10 is straight tube.
Adopt the interim installation model of the oil gas field vortex precession flowmeter of the present embodiment, when building hydrocarbon transfer system, first vortex precession flowmeter is replaced to be installed between two pipelines with interim model of installing, and the distance between two of two flanges 20 end face outside equals the axial dimension of oil gas field vortex precession flowmeter, like this, distance between two pipelines is just in time equal with the length dimension of oil gas field vortex precession flowmeter, avoid the situation occurring that oil gas field vortex precession flowmeter cannot be installed, when pipe installation is complete, take off interim installation model again and vortex precession flowmeter is installed, because main pipeline 10 is removably connected with two pipelines by flange 20, therefore be convenient to dismantle interim model of installing to vacate installing space for oil gas field vortex precession flowmeter.As the above analysis, the interim installation model of the oil gas field vortex precession flowmeter of the present embodiment is convenient in hydrocarbon transfer system, install oil gas field vortex precession flowmeter.
Vortex precession flowmeter adopts advanced microprocessing, and the advantages such as have function strong, flow range is wide, and operating maintenance is simple, easy to install, the key technical indexes reaches the new gas flow instrument of the advanced level of same kind of products at abroad.Vortex precession flowmeter adopts advanced microprocessing, and the advantages such as have function strong, flow range is wide, and operating maintenance is simple, easy to install, the key technical indexes reaches the new gas flow instrument of the advanced level of same kind of products at abroad.
Due to the uniqueness of vortex precession flowmeter, make it constantly must adapt to the development of mechanical manufacture level in evolution, so vortex precession flowmeter is according to the difference of its measuring object, be divided into " Intelligent Spinning Vortex Flowmeter " and " steam type vortex precession flowmeter ".Intelligence precession vortex gas meter adopts advanced microprocessing, and have the advantages such as function is strong, flow range is wide, operating maintenance is simple, easy to install, the key technical indexes reaches the advanced level of same kind of products at abroad.The metering of the various gases of industry such as oil, chemical industry, electric power, metallurgy, coal can be widely used in.Steam type vortex precession flowmeter adopts advanced dual probe screw type flow sensor technology, and antijamming capability is strong, and degree of accuracy is high, mechanical rotating part, not perishable, compact conformation, and reliability is high, good stability, a little repair.The principal feature of vortex precession flowmeter:
1, non mechanical movable, corrosion-resistant, reliable and stable, the life-span is long, and long-time running need not special maintenance;
2, achieve electromechanical integration, daily metering process does not need manually on duty;
3, process Installation condition is not harsh, and instrument upstream and downstream straight length can comparatively orifice plate and vortex shedding flow meter shorten greatly;
4, the accuracy of measurement of system can meet current Trade Measures requirement;
5, flow measurement range is wider, and the part small flow area that cannot be able to set foot at orifice plate and vortex shedding flow meter effectively works;
6, volume is little, lightweight, and off-line calibration more for convenience;
7, measuring-signal both can show on the spot, also can teletransmission as required;
8, instrument management personnel are without the need to professional training, and the measurement parameters such as flow, pressure and temperature directly can read from gauge outfit, and need not carry out conversion conversion;
9, the parameter of battery (Micro Energy Lose) and measured medium need only be regularly replaced.
10, the pressure loss is larger; When circulation medium is gas, the pressure loss is about 3 ~ 4 times of vortex shedding flow meter.
The principle of work of vortex precession flowmeter:
When fluid is by after the vortex generator that is made up of spiral vane, fluid is forced to acutely rotate around shedder axle, forms vortex.When fluid enters diffuser, the effect that bumpy flow is refluxed, starts to make secondary rotating, forms the eddy current precession phenomenon of gyroscope type.This precession frequency is directly proportional to uninterrupted, is not subject to the impact of physical property of fluid and density.Detecting element records fluid secondary rotating precession frequency, is just aware of flow.And the good linearity can be obtained in wider flow range.Flowmeter formula is:
K＝f/q
In formula: K---flow instrument coefficient
F---vortex frequency
Q---volumetric flow rate
The instrument coefficient of flowmeter has nothing to do with the temperature of fluid, pressure, component and physical property (density, viscosity) in the reynolds number range of certain structural parameters and regulation.
Flange is the blue flange of call again.Flange is interconnective part between pipe and pipe, for the connection between pipe end; Also the flange that the equipment that is used in is imported and exported is had, for the connection between two equipment, as reductor flange.Flange joint or bump joint, refer to and be interconnected releasable connection as one group of combined sealing structure by flange, pad and bolt three.Pipe flange means the flange of pipe arrangement in plumbing installation, is used in import and export flange equipment meaning equipment.Perforation on flange, bolt makes two flanges be close to.Liner containment is used between flange.Flange divides be threaded (screwed connection) flange, welding flange and clip flange.Flange is all use in pairs, and low pressure pipeline can use an acting flange, and four kilograms with the use welding flange of upward pressure.Add sealing gasket between two panels ring flange, then use bolted.The flange thickness of different pressures is different, and the bolt that they use is also different.Water pump and valve, when being connected with pipeline, the local of these equipment facilities, also makes corresponding flange shape, also referred to as Flange joint.Every union piece using bolt connection simultaneously to close at two planar perimeter, be generally all called " flange ", as the connection of ventilating duct, this class part can be called " flange type part ".But this connection is the local of an equipment, as the connection of flange and water pump, just bad water pump " flange type part ".More small-sized as valve etc., can cry " flange type part ".
The summation of the oil reservoir in the same area that oil gas field system is controlled by single local structure unit, gas reservoir, hydrocarbon-bearing pool.If only have oil reservoir within the scope of this local structure, be called oil field; Only have gas reservoir, be called gas field.
Understanding for oil gas field should comprise following concept:
1, oil gas field refers to the place that oil and natural gas is assembled now.
2, an oil gas field always controlled by a certain local structure unit, and this " local structure " is broad sense, and it can be anticline, monocline, fault block, salt dome etc., also can be reef segment, unconformability, buried hill, the tectonic units such as ancient shoal.
3, an oil gas field occupies certain area, this area whether great or small, always by single local structure unit controls.
4, one or several oil reservoirs or gas reservoir can be comprised in an oil gas field produce oil area.
The usually said Daqing oil field, Shengli Oil Field, Gas field etc. of people is then mainly geographic significance or refer to administrative unit.In fact, they are inner containing the oil field in multiple geological Significance or gas field.
In strict oil geology implication, it refers to the area of industrial oil-gas storage that is relatively independent from ground and that distribute in flakes or the geologic body of oil-gas accumulation.Oil field, oil gas field, gas field, condensation (oil) gas field is divided into the difference of oil-containing, gas, condensate gas.Exploration refers to the trap obtaining proven reserves; Only there is oil and gas discovery or only have control, prognostic reserves, generally claim oil gas structure (trap).In exploratory development, oil gas field concept allows some flexible.As a substantially unified divided name in oil field.Between some structural highs of Song-liao basin Daqing placanticline oil-gas pool distribution in flakes, have unified water-oil interface and pressure system.According to definition, it is a super-huge oil field, but in real work, conveniently, substantially correspondingly to each structural high is called an oil field, as BLOCK OF LAMADIAN OIL FIELD, Saar oil field, Xingshugang oilfield etc.In addition, sometimes two oil (gas) Tibetan of close in plane (not being connected) also can be collectively referred to as oil (gas) field, two gas reservoirs as garden, Tongzi, the Sichuan Basin lay respectively at same textural two by the height of fault segmentation point, the two is not all connected on flat, section, but is also collectively referred to as a gas field.Be expert at and have stable political situation in operation control, often a HYDROCARBON-BEARING REGION is called oil field.China it actual be popular informal appellation, as Daqing oil field refer to that Song-liao basin is northern, being commonly called as of oil gas field in Heilongjiang Province and corresponding operation control unit thereof.
As shown in Figure 1, the interim installation model of the oil gas field vortex precession flowmeter of the present embodiment also comprises pressure-detecting device 30, and pressure-detecting device 30 detects the pressure in first flow.By installing after model is installed on pipeline temporarily, need to carry out pressure testing purging to pipeline, now, the pressure that pressure-detecting device 30 purges for detecting pressure testing.
As shown in Figure 1, in the present embodiment, pressure-detecting device 30 comprises tensimeter 31, and tensimeter 31 to be fixedly installed on main pipeline 10 and to be positioned at the outside of this main pipeline 10.Adopt said structure, be convenient to setting pressure table.Certainly, also can adopt other pressure-detecting devices, and be arranged on the inside of main pipeline 10.
Tensimeter kind is a lot, and it not only has generally (common) pointer indicator type, also has numeric type; Not only there is conventional type, also have Special type; Not only there is contact type, also have teletransmission type; Not only there is the resistance to vibration shape, also have Anti-seismic; Not only there is diaphragm type, also have corrosion-proof type etc.Tensimeter series is complete.It not only has conventional inline, also has digit sequence; Not only there is generic media to apply series, also have special media application series; Not only have switching signal series, also have remote transfer signal series etc., they all come from practice demand, successively constitute complete series.Manometric specifications and models are complete, and structural shape is perfect.From nominal diameter, there are Φ 40mm, Φ 50mm, Φ 60mm, Φ 75mm, Φ 100mm, Φ 150mm, Φ 200mm, Φ 250mm etc.
From mounting structure pattern, have direct-installation, flush type and salient mounting formula, wherein flush type is divided into again radial flush type and axial flush type, salient mounting formula also have radial salient mounting formula and axial salient mounting formula point.Direct-installation, is divided into again radial direct-installation and axial direct-installation.Wherein radial direct-installation is basic installation approach, generally when not indicating mounting structure pattern, all refers to radial direct-installation.Axial direct-installation considers the stability that himself supports, and just selects for general on the tensimeter that nominal diameter is less than 150mm.So-called flush type and salient mounting formula tensimeter are exactly band edge (installing ring) tensimeter that we often say.Both axially front band edge, radial flush type referred to that band edge, radial salient mounting formula (being also wall-mounted type) referred to footpath band edge tensimeter backward forward in footpath to axial flush type.
From amount territory and range section, be divided into minute-pressure range section, low pressure range section, middle pressure range section, high-pressure range section, UHV (ultra-high voltage) range section in malleation amount territory, in each range section, segment out again several measurement range (instrument range); 3 kinds of negative pressure (vacuum meter) are had again in negative pressure amount territory (vacuum); The tensimeter that malleation and negative pressure join journey is a kind of tensimeter across measuring territory.Its canonical name is pressure vacuum meter, is also referred to as pressure vacuum gauge.It not only can measure positive pressure pressure, also can measure negative pressure pressure.Manometric accuracy class classification is very distinct.Common accuracy class has 4 grades, 2.5 grades, 1.6 grades, 1 grade, 0.4 grade, 0.25 grade, 0.16 grade, 0.1 grade etc.Accuracy class generally should at the enterprising line identifier of its scale, and its mark also has respective specified, as " 1. " represents that its accuracy class is 1 grade.For the tensimeter that some accuracy classes are very low, as under 4 grades, also have some not need to measure its force value accurately, only need to indicate pressure limit, as the tensimeter on flame snuffer, then can not identify accuracy class.
As shown in Figure 1, in the present embodiment, pressure-detecting device 30 also comprises the first connecting pipe 32, first connecting pipe 32 has the first link and the second link that are oppositely arranged and the second runner between the first link and the second link, on the tube wall that first link is fixed on main pipeline 10 and the second runner be connected with first flow, tensimeter 31 is fixedly installed on the second link.
As shown in Figure 1, in the present embodiment, the middle part of the first connecting pipe 32 is provided with the first valve 33.Tensimeter 31 can be avoided to bear excessive pressure by closing the first valve 33, avoiding damaging tensimeter 31.
As shown in Figure 1, the interim installation model of the oil gas field vortex precession flowmeter of the present embodiment also comprises termination 40, and termination 40 has connection terminal, and termination 40 is fixedly installed on main pipeline 10.Adopt said structure, can by for being connected to the connection terminal of termination 40 with the signal cable that vortex precession flowmeter is connected with oil gas field, thus it is impaired outward to avoid signal cable to be exposed to.
As shown in Figure 1, in the present embodiment, termination 40 is explosion-proof wiring device.Explosion-proof wiring utensil has higher safety and stability.
Explosion-proof wiring device also claims explosion-proof wiring box, and explosion-proof wiring box is the specific installation that various Different high risk sites uses, and civilian junction box ratio, and it is through the junction box with explosion prevention function of various Reformation for Explosion Proof.
Adopt aluminium alloy compression casting or adopt stainless steel welded forming, explosion proof and corrosion protection junction box have by classification: be divided into according to function material form: intrinsic safety type explosion-proof wiring box, aluminium alloy explosion-proof wiring box, stainless steel explosion-proof wiring box, explosion-proof connection box made of steel plate; Be divided into again according to use structure: wall-hanging explosion-proof junction box and vertical explosion-prevention junction box.
Explosion-proof wiring box series: shell adopts impact-resistant glass reinforced polyester material to make, and all metal parts are all corrosion-resistant.The faying face of lid and pedestal is designed to concave-convex, is provided with silicone rubber seal structure, ensure that IP65 degree of protection.The separated time of various electric equipment and instrument and meter, the use of wiring is connected as in voltage 220V/380V circuit.The existing three kinds of specifications of junction box: in-built screw self-locking type connection terminal specification has 2.5-3.5 square millimeter, is fixedly connected with by lead-in conductor.The cable gland of different model specification meets different cables to be introduced: moulding cable gland entrance (installation end) processed is metric thread, and loose jaw of inside setting up defences, has good mechanical features.Dry cable entrance can with the sealing of empty plug plug, for from now on more easily facility carry out retrofit and expand.
The I&M of explosion-proof wiring device:
1. before installing, should check whether the technical data on nameplate conforms to actual service condition;
2. check whether all securing members have loosening phenomenon, should be in addition fastening if any loosening;
3. the interior external ground of junction box must be good reliable;
4. by cable through O-ring seal, metal washer, compress with gland nut, need ensure that sealing and cable must not loosen when installing, the in addition shutoff of the connection jaws application O-ring seal do not used and metallic gasket;
5. can must uncap after first deenergization during maintenance overhaul.
As shown in Figure 1, the interim installation model of the oil gas field vortex precession flowmeter of the present embodiment also comprises support 50, and termination 40 is fixedly connected with main pipeline 10 by support 50.Adopt said structure, be convenient to termination 40 is installed.
As shown in Figure 1, in the present embodiment, the middle part that support 50 comprises the second connecting pipe 51, second connecting pipe 51 is provided with the second valve 52.By closing the second valve 52, termination 40 can be avoided to bear pressure.In addition, as feasible embodiment, the second connecting pipe 51 can be substituted with connecting link.
Present invention also provides a kind of hydrocarbon transfer system, the hydrocarbon transfer system of the present embodiment comprises the interim installation model of the oil gas field vortex precession flowmeter of above-described embodiment.Hydrocarbon transfer system is convenient to install oil gas field vortex precession flowmeter.
The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (10)
1. an interim installation model for oil gas field vortex precession flowmeter, is characterized in that, comprising:
Main pipeline (10), has two installation ends being oppositely arranged and the first flow between described two installation ends;
Two flanges (20), be fixedly connected with described two installation end one_to_one corresponding, each described flange (20) is provided with multiple bolt and wears through hole, the distance between two end face outside of described two flanges (20) equals the axial dimension of oil gas field vortex precession flowmeter.
2. interim installation model according to claim 1, is characterized in that, also comprise:
Pressure-detecting device (30), detects the pressure in described first flow.
3. interim installation model according to claim 2, is characterized in that, described pressure-detecting device (30) comprising:
Tensimeter (31), is fixedly installed on described main pipeline (10) and goes up and the outside being positioned at this main pipeline (10).
4. interim installation model according to claim 3, is characterized in that, described pressure-detecting device (30) also comprises:
First connecting pipe (32), there is the first link and the second link that are oppositely arranged and the second runner between described first link and described second link, on the tube wall that described first link is fixed on described main pipeline (10) and described second runner be connected with described first flow, described tensimeter (31) is fixedly installed on described second link.
5. interim installation model according to claim 4, is characterized in that, the middle part of described first connecting pipe (32) is provided with the first valve (33).
6. interim installation model according to claim 1, is characterized in that, also comprise:
Termination (40), has connection terminal, and described termination (40) is fixedly installed on described main pipeline (10).
7. interim installation model according to claim 6, is characterized in that, described termination (40) is explosion-proof wiring device.
8. interim installation model according to claim 6, is characterized in that, also comprise:
Support (50), described termination (40) is fixedly connected with described main pipeline (10) by described support (50).
9. interim installation model according to claim 8, is characterized in that, described support (50) comprises the second connecting pipe (51), and the middle part of described second connecting pipe (51) is provided with the second valve (52).
10. a hydrocarbon transfer system, is characterized in that, comprises the interim installation model of the oil gas field vortex precession flowmeter according to any one of claim 1 to 9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420643140.6U CN204177305U (en) | 2014-10-31 | 2014-10-31 | The interim installation model of oil gas field vortex precession flowmeter and hydrocarbon transfer system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420643140.6U CN204177305U (en) | 2014-10-31 | 2014-10-31 | The interim installation model of oil gas field vortex precession flowmeter and hydrocarbon transfer system |
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| Publication Number | Publication Date |
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| CN204177305U true CN204177305U (en) | 2015-02-25 |
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| CN201420643140.6U Expired - Fee Related CN204177305U (en) | 2014-10-31 | 2014-10-31 | The interim installation model of oil gas field vortex precession flowmeter and hydrocarbon transfer system |
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| CN (1) | CN204177305U (en) |
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2014
- 2014-10-31 CN CN201420643140.6U patent/CN204177305U/en not_active Expired - Fee Related
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