CN215889997U - Throwing-fishing type cableless concentric intelligent water distributor device - Google Patents
Throwing-fishing type cableless concentric intelligent water distributor device Download PDFInfo
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- CN215889997U CN215889997U CN202121515913.9U CN202121515913U CN215889997U CN 215889997 U CN215889997 U CN 215889997U CN 202121515913 U CN202121515913 U CN 202121515913U CN 215889997 U CN215889997 U CN 215889997U
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Abstract
The utility model relates to the technical field of oil exploitation equipment, in particular to a retrievable cableless concentric intelligent water distributor device which comprises a multistage reducing intelligent water distributor and a multistage reducing working barrel, wherein an insertion sealing mode is adopted between the multistage reducing intelligent water distributor and the multistage reducing working barrel, and a lower stage reducing intelligent water distributor can penetrate through an upper stage reducing working barrel and is matched with the same stage reducing working barrel. The cable-free intelligent water distributor and the working barrel are separated, the working barrel is simple to assemble and flexible to operate, the cable-free intelligent water distributor and the working barrel can be connected with a water injection pipe column in advance and can be put into a well, a multi-stage cable-free intelligent water distributor can be inserted into the corresponding working barrel and then put into the well along with the water injection pipe column, the cable-free intelligent water distributor can be replaced without moving the pipe column, operation construction such as acidification, fracturing, sand washing or other operations requiring stratum squeezing agents is completed, the utilization rate of the cable-free intelligent water distributor is improved, and the cable-free intelligent water distributor can be repeatedly used or can be repeatedly used after being maintained.
Description
Technical Field
The utility model relates to the technical field of oil exploitation equipment, in particular to a throwing and fishing type cableless concentric intelligent water distributor device.
Background
The underground cable (and cable-free) intelligent water distributor device used at home and abroad at present is designed in an integrated way, an underground intelligent water distribution and allocation instrument (core) and a working barrel are an inseparable whole assembled together, before the underground intelligent water distribution and allocation instrument (core) is arranged in the working barrel and locked, and then an oil pipe joint is sleeved, so that the intelligent water distribution and allocation device which can be connected with an oil pipe enters a target position along with a pipe column, once problems (cable leakage, battery power consumption, intelligent water distribution and allocation instrument (core) failure, water nozzle blockage and the like) occur in the using process of the device with the structure, the pipe column needs to be moved for operation and replacement, normal water injection is influenced, and the secondary operation cost is increased. Especially for offshore oil production, the operation cost is higher. Meanwhile, the device of the structure can not carry out operation construction of acidizing, fracturing or other stratum squeezing agents such as needed because the instantaneous flow of the water nozzle is small, and the operation of moving the tubular column is needed, so that the secondary operation cost is increased. Meanwhile, the structural device is a disposable tool, once the movable pipe column is scrapped after being operated, a new device is replaced during secondary construction, and the device cost is greatly increased. Therefore, a throwing and fishing type cableless concentric intelligent water distributor device is provided.
SUMMERY OF THE UTILITY MODEL
Based on the technical problems in the prior art, the utility model provides a retrievable cableless concentric intelligent water distributor device, which has the characteristic of conveniently replacing an underground intelligent water distribution distributor and solves the problem that the existing water distributor device is a disposable tool, once a movable pipe column is used for scrapping treatment after being lifted out, a new device is replaced when the movable pipe column is constructed again, and the cost of the device is greatly increased.
The utility model provides the following technical scheme: the retrievable cableless concentric intelligent water distributor device comprises a multi-stage reducing intelligent water distributor and a multi-stage reducing working barrel, wherein an inserting sealing mode is adopted between the multi-stage reducing intelligent water distributor and the multi-stage reducing working barrel, and a lower stage reducing intelligent water distributor can pass through an upper stage reducing working barrel and is matched with the same stage reducing working barrel;
the reducing intelligent water distributor blending instrument comprises a cableless intelligent water distributor, a throwing and fishing joint arranged at the top of the cableless intelligent water distributor and a water distributor reducing sleeve arranged on the surface of the cableless intelligent water distributor and having multi-stage reducing and sealing effects; the cableless intelligent water distributor is also provided with a water inlet of a water nozzle of a distributor for water flow in a water injection pipeline and a water outlet of the water nozzle of the distributor for water flow out of the water injection pipeline;
the reducing working barrel comprises a working barrel outer barrel and a working barrel inner barrel, and one or more transverse bridge type connecting through holes are arranged on the working barrel inner barrel corresponding to a water nozzle water outlet of the blending instrument and communicated with the outside of the barrel;
after the reducing intelligent water distributor is inserted into the corresponding working barrel inner barrel, an inner annular flow channel is formed between the working barrel inner barrel and the reducing intelligent water distributor, water flow in a water injection pipeline enters the inner annular flow channel through a water nozzle water inlet of the distributor and a water nozzle water outlet of the distributor, flows to the outside of the pipe in a 360-degree square flow mode through a transverse bridge type connecting through hole and enters a water injection layer;
and a longitudinal overflowing channel is formed between the working barrel outer cylinder and the working barrel inner cylinder and is used for water flow in a water injection pipeline, and the longitudinal overflowing channel is not communicated with the inner annular hollow flow channel and the transverse overflowing bridge type channel.
Preferably, the working barrel inner barrel and the working barrel outer barrel are coaxial, and the axial deviation range is controlled to be 0-20 mm.
Preferably, a reducing insertion sealing upper end and a reducing insertion sealing lower end are arranged in the working barrel inner cylinder, and the working barrel inner cylinder is sealed with the corresponding reducing intelligent water distributor through the reducing insertion sealing upper end and the reducing insertion sealing lower end.
Preferably, the upper end and the lower end of the water nozzle water outlet hole of the water distributor reducing sleeve are respectively provided with an upper end inserting sealing part and a lower end inserting sealing part, the upper end inserting sealing part is matched with the reducing inserting sealing upper end, and the lower end inserting sealing part is matched with the reducing inserting sealing lower end.
Preferably, the upper end inserting sealing part comprises a reducing upper inserting sealing left piece and a reducing upper inserting sealing right piece, and a T-shaped sealing ring and a pressing ring are arranged between the reducing upper inserting sealing left piece and the reducing upper inserting sealing right piece.
Preferably, the lower end inserting sealing part comprises a reducing lower inserting sealing left piece and a reducing lower inserting sealing right piece, and a T-shaped sealing ring and a pressing ring are arranged between the reducing lower inserting sealing left piece and the reducing lower inserting sealing right piece.
Preferably, the cableless intelligent water distributor is provided with a connecting joint, a battery, a measurement and control circuit, a first pressure gauge, a second pressure gauge, a motor driving system, a second water nozzle water outlet hole, a flow meter and a second water nozzle water inlet hole, the battery is used for supplying power to all electric appliances, and the motor driving system is used for controlling the flow or the flow speed of the water nozzle water outlet of the allocating instrument and the water nozzle water inlet of the allocating instrument.
Preferably, the water nozzle water outlet hole two and the water nozzle water outlet hole one of the water distributor reducing sleeve form a water nozzle water outlet of the blending instrument, and the water nozzle water inlet hole two and the water nozzle water inlet hole one of the water distributor reducing sleeve form a water nozzle water inlet of the blending instrument.
Preferably, the reducing working barrel further comprises a working barrel lower joint.
The utility model provides a throwing and fishing type cableless concentric intelligent water distributor device, which has the beneficial effects that:
(1) the well entering mode of the intelligent cable-free intelligent water distributor is changed, the construction operation process is simple, and the construction risk is reduced.
(2) Can throw at any time and drag for the operation, need not to move the tubular column operation and just can realize changing no cable intelligent water injection mandrel, realize operations such as acidizing, fracturing to and because of other operations such as no cable intelligent allotment appearance water injection well choke flow restriction factor.
(3) Compare current no cable integration intelligence allotment appearance (allotment appearance and working barrel are integrative), prolonged the battery ageing relatively, solved no cable intelligence allotment and need periodic motion tubular column operation problem because of the battery ageing, reduced the operating cost simultaneously, improve intelligent no cable intelligence water injection mandrel life (but maintenance used repeatedly).
(4) Compared with a cable intelligent water distributor, the cable intelligent water distributor saves the cable cost, solves the problem that the pipe column needs to be periodically moved for operation due to the fault of the cable or the water distributor, reduces the operation cost, and prolongs the service life (can be repeatedly used for maintenance) of the intelligent cable-free intelligent water distributor.
Drawings
FIG. 1 is a schematic structural view of the present invention;
FIG. 2 is a schematic view of a variable diameter mandrel of the present invention;
FIG. 3 is a cross-sectional view of a transverse bridging via according to the present invention;
FIG. 4 is a cross-sectional view of another cross-bridged via of the present invention;
FIG. 5 is a schematic view of a cableless intelligent water distributor of the present invention;
FIG. 6 is a schematic view of a reducing sleeve of the water distributor of the present invention;
FIG. 7 is a schematic view of the T-ring and compression ring of the present invention.
In the figure: 1. throwing and fishing a joint; 2. a cableless intelligent water distributor; 2.1, connecting joints; 2.2, a battery; 2.3, a first pressure gauge; 2.4, a second pressure gauge; 2.5, a motor driving system; 2.6, a water outlet hole II of the water nozzle; 2.7, a flow meter; 2.8, a water inlet hole II of the water nozzle; 3. a reducing sleeve of the water distributor; 3.1, inserting a sealing left piece on the reducing upper part; 3.2, inserting a sealing right piece on the reducing part; 3.3, inserting the reducing lower sealing left piece; 3.4, inserting the reducing lower sealing right piece; 3.5, T-shaped sealing rings; 3.6, pressing a ring; 3.7, a water outlet hole I of the water nozzle; 3.8, a water inlet hole II of the water nozzle; 4. a variable diameter working cylinder; 4.1, an outer cylinder of the working cylinder; 4.2, an inner barrel of the working barrel; 4.3, transverse bridge type connecting holes; 4.4, a lower joint of the working barrel; 4.5, reducing and inserting the upper end of the seal; 4.6, reducing and inserting the lower end of the seal; 5. a water outlet of a water nozzle of the blending instrument; 6. water nozzle water inlet of the blending instrument.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
As shown in fig. 1, the present invention provides a technical solution: the retrievable cableless concentric intelligent water distributor device comprises a multi-stage reducing intelligent water distributor and a multi-stage reducing working barrel 4, wherein an insertion sealing mode is adopted between the multi-stage reducing intelligent water distributor and the multi-stage reducing working barrel 4, and a lower stage reducing intelligent water distributor can penetrate through an upper stage reducing working barrel 4 and is matched with the same stage reducing working barrel 4;
the reducing intelligent water distributor comprises a cableless intelligent water distributor 2, a casting and fishing joint 1 arranged at the top of the cableless intelligent water distributor 2 and a water distributor reducing sleeve 3 which is arranged on the surface of the cableless intelligent water distributor 2 and plays a role in multi-stage reducing and sealing; the cableless intelligent water distributor 2 is also provided with a water inlet 6 of a water distributor nozzle for water flow in a water injection pipeline to enter and a water outlet 5 of the water distributor nozzle for water flow out of the pipeline;
as shown in fig. 2, the reducing working barrel 4 comprises a working barrel outer barrel 4.1 and a working barrel inner barrel 4.2, and one or more transverse bridge type connecting through holes 4.3 are arranged on the working barrel inner barrel 4.2 corresponding to the water nozzle water outlet 5 of the blending instrument and communicated with the outside of the barrel; the reducing working barrel 4 also comprises a working barrel lower joint 4.4. As shown in fig. 3 and 4.
After the reducing intelligent water distributor is inserted into the corresponding working barrel inner barrel 4.2, an inner annular flow channel is formed between the working barrel inner barrel 4.2 and the reducing intelligent water distributor, water flow in a water injection pipeline enters the inner annular flow channel through a distributor water nozzle water inlet 6 and a distributor water nozzle water outlet 5, flows outside the pipe at 360-degree square positions through a transverse bridge type connecting through hole 4.3 and enters a water injection layer;
the longitudinal overflowing channel between the working barrel outer barrel 4.1 and the working barrel inner barrel 4.2 is designed into a structure in a 'kidney hole' or 'multi-hole' shape, the transverse overflowing bridge channel is designed into one or more holes or groove opening structures according to the flow, and the overflowing quantity of the longitudinal overflowing channel and the transverse overflowing channel is equivalent to the water nozzle flow of phi 30 mm. The transverse flow bridge type channel (the transverse opening parts of the working barrel outer barrel 4.1 and the working barrel inner barrel 4.2 are correspondingly and hermetically connected) formed by assembling the reducing working barrel 4 is not communicated with the formed annular longitudinal flow channel.
After the reducing intelligent water distributor operates the inserted corresponding reducing working barrel 4 through a steel wire or a small-diameter continuous oil pipe, an inner annular flow channel (the overflow is equivalent to the water nozzle flow of phi 30 mm) is formed between the working barrel inner barrel 4.2 and the reducing intelligent water distributor, so that the liquid of the water nozzle water outlet 5 of the distributor can flow conveniently, the water nozzle can ensure the smooth water flow in 360-degree directions, and the water nozzle orientation is not needed. Water in the water injection pipeline flows through an annular space between the working barrel outer barrel 4.1 and the working barrel inner barrel 4.2, enters an inner annular flow channel between the working barrel inner barrel 4.2 and the reducing intelligent water distributor through a water nozzle of the reducing intelligent water distributor, flows out of the pipe through a transverse bridge type connecting through hole 4.3 in the middle lower part of the working barrel inner barrel 4.2, and enters a water injection layer.
As shown in fig. 5, the cableless intelligent water distributor 2 is provided with a connecting joint 2.1, a battery 2.2, a measurement and control circuit, a first pressure gauge 2.3, a second pressure gauge 2.4, a motor driving system 2.5, a water nozzle water outlet hole 2.6, a flow meter 2.7 and a water nozzle water inlet hole 2.8, the battery 2.2 is used for supplying power to each electric appliance, and the motor driving system 2.5 is used for controlling the flow or flow rate of a water nozzle water outlet 5 of a blending instrument and a water nozzle water inlet 6 of the blending instrument.
The cableless intelligent water distributor 2 is a pre-assembled and debugged, not-frequently-disassembled water distributor measuring and adjusting instrument string with a smaller fixed diameter (comprising an inner core with a shell and having a complete intelligent adjusting and measuring function and consisting of a battery 2.2, a measuring and controlling circuit, a pressure, a flow, a temperature, a motor, a driving system and the like), and the water distributor reducing sleeve 3 is a concentric inserted sealed reducing sleeve (coat) sleeved on the instrument string. This structural design makes the survey and dispatch instrument cluster that can accomplish intelligent allotment function can batch production, equipment, debugging, and interchangeability is strong, and nimble flexible, a water injection mandrel instrument cluster can be as required, wears different reducing cover coats at any time, satisfies different reducing working barrel 4 demands.
The water nozzle water outlet hole two 2.6 and the water nozzle water outlet hole one 3.7 of the water distributor reducing sleeve 3 form a water nozzle water outlet 5 of the blending instrument, and the water nozzle water inlet hole two 2.8 and the water nozzle water inlet hole one 3.8 of the water distributor reducing sleeve 3 form a water nozzle water inlet 6 of the blending instrument.
As shown in fig. 6, the upper end and the lower end of a water nozzle water outlet hole I3.7 of the water distributor reducing sleeve 3 are respectively provided with an upper end inserting sealing part and a lower end inserting sealing part, the upper end inserting sealing part is matched with the reducing inserting sealing upper end by 4.5, and the lower end inserting sealing part is matched with the reducing inserting sealing lower end by 4.6. The working barrel inner barrel 4.2 is a reducing inner barrel, a reducing sealing surface is designed by inserting the reducing inserting sealing upper end 4.5 into a central hole and inserting the reducing inserting sealing lower end 4.6, the diameter size and the stage number of the reducing sealing surface are determined by the factors of the diameter size of the cableless intelligent water distributor 2, the number of layered injection layers, the type size of an oil sleeve, the annular space overflow, the water distributor crossing gap (the smooth crossing space of a lower-level water distributor crossing the upper-level reducing working barrel 4) and the like, and the 4-6 stages of reducing working barrels 4 are generally designed to meet the requirements of most of layered water distribution wells. The working barrel outer barrel 4.1 and the working barrel inner barrel 4.2 are concentric as much as possible, and the concentricity (deviation) range of the working barrel inner barrel 4.2 and the working barrel outer barrel 4.1 is controlled within 0-20 mm according to factors such as the specification and size of an oil pipe sleeve of a water injection well, the flow rate, the number of stages of a reducing intelligent water distributor, the casting and fishing process requirements and the like.
The upper end inserts seal assembly and the lower extreme inserts seal assembly, and its reducing size and progression are according to the big or small of injection allocation volume, intelligent water injection mandrel (inner core) diameter size, working barrel annular overflow volume size to and general intraductal latus rectum of sleeve and water injection oil pipe (the normal restriction and the technological requirement of throwing and dragging for) size of latus rectum (phi 62 mm/phi 76mm) etc. factor, and water injection mandrel reducing cover 3 designs 4 ~ 6 grades that correspond with reducing working barrel 4 usually, can design into 10 grades at most, promptly: the single well can realize 10 layers of layered intelligent allocation water injection at most, and lays a foundation for improving the water well separate injection rate and the layer section qualification rate.
As shown in fig. 7, the rubber packing for insertion sealing is designed to have a double-row T-shaped (also called pi-shaped) packing structure. As shown in fig. 7: the two raised O-shaped rings are pressed by metal rings, and the outer end skirt of the T-shaped (pi-shaped) packing is also pressed in the metal cylinder of the sealing surface, so that the structural design can prevent the packing from moving and prevent the packing from being pulled by turning the packing (the packing is taken out of the packing groove) in the lifting operation process, and the packing can be conveniently replaced.
The upper end inserting sealing part comprises a reducing upper inserting sealing left piece 3.1 and a reducing upper inserting sealing right piece 3.2, and a T-shaped sealing ring 3.5 and a pressing ring 3.6 are arranged between the reducing upper inserting sealing left piece 3.1 and the reducing upper inserting sealing right piece 3.2. The lower end inserting sealing part comprises a reducing lower inserting sealing left piece 3.3 and a reducing lower inserting sealing right piece 3.4, and a T-shaped sealing ring 3.5 and a pressing ring 3.6 are arranged between the reducing lower inserting sealing left piece 3.3 and the reducing lower inserting sealing right piece 3.4.
The anti-scour top (the intelligent cableless intelligent water distributor 2 rushes out the corresponding reducing working barrel 4 due to factors such as well return flushing, pressure relief and the like) is designed, and the principle and the design structure of the published and general anti-scour top throwing and fishing device (throwing and fishing joint 1) for steel wire operation are adopted. The anti-return flushing throwing and fishing device (throwing and fishing joint 1) which is correspondingly changed by multi-stage reducing in the technical scheme can be directly connected to the top of a water distributor and can be used for throwing and fishing; the corresponding anti-top-collision clamping groove device is also subjected to corresponding multi-stage reducing annulus overflowing change, and the assembled short section is connected to the top of the reducing working barrel 4 and is put into the well along with the reducing working barrel 4.
When the multi-stage reducing intelligent water distributor is used, the multi-stage reducing working barrels 4 can be sequentially inserted into the corresponding multi-stage reducing working barrels 4 in advance and then sequentially connected with the pipe columns for well descending after the well is completed, wherein the multi-stage reducing working barrels 4 with small reducing sealing surfaces are connected with the water injection pipe columns in advance (the multi-stage reducing working barrels 4 with large reducing sealing surfaces are connected with the water injection pipe columns in sequence, and are separated by packers or inserting seals among the multi-stage reducing working barrels 4 with large reducing sealing surfaces). The independence means that after the reducing working barrel 4 is completed along with the water injection pipe column, the multistage reducing intelligent water distributor can be taken out and put in through the operation of a steel wire or a small-diameter continuous oil pipe at any time. (Multi-stage means a plurality of different reducing stages and local reducing size of the component)
The utility model can realize the underground cableless throwing and fishing concentric intelligent water distribution and allocation mode and the underground cableless throwing and fishing intelligent water distributor structure matched with the construction process technology. The blending instrument of each stage of reducing intelligent water distributor and the corresponding reducing working barrel 4 of each stage adopt a split type independent structure. The upper end and the lower end of each stage of reducing working barrel 4 are designed by adopting oil pipe buckles and can be connected with a water injection depth-matching pipe string screw buckle in advance, the reducing working barrels 4 are separated by packers (or inserted sealing packers), and are put into a well to a target layer position, and a water injection well head is normally installed. The variable-diameter intelligent water distributor of each stage can be lowered into the corresponding working barrel through steel wire operation or small-diameter continuous oil pipe operation and subsequently lifted out; when the movable pipe column is used for the first time of downhole operation, each stage of reducing intelligent water distributor can be inserted into the corresponding reducing working barrel 4 in advance, the target layer position is connected in sequence along with the water injection pipe column, and when the reducing intelligent water distributor is required to be lifted out or only the cable-free intelligent water distributor 2 is required to be lifted out in replacement or other operations, the reducing intelligent water distributor is lifted out in sequence through steel wire operation or small-diameter continuous oil pipe operation. The process is simple, the operation is flexible, and the device is convenient to take out or replace due to factors such as fault of a deployment instrument (or a cable), battery aging, acidification, fracturing and the like.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and equivalent alternatives or modifications according to the technical solution of the present invention and the inventive concept thereof should be covered by the scope of the present invention.
Claims (9)
1. Formula of can salvaging cableless concentric intelligent water injection mandrel device, its characterized in that: the multi-stage reducing intelligent water distributor comprises a multi-stage reducing intelligent water distributor and a multi-stage reducing working barrel (4), wherein an inserting sealing mode is adopted between the multi-stage reducing intelligent water distributor and the multi-stage reducing working barrel (4), and the lower-stage reducing intelligent water distributor can penetrate through the upper-stage reducing working barrel (4) and is matched with the same-stage reducing working barrel (4);
the reducing intelligent water distributor comprises a cableless intelligent water distributor (2), a casting and fishing joint (1) arranged at the top of the cableless intelligent water distributor (2), and a water distributor reducing sleeve (3) which is arranged on the surface of the cableless intelligent water distributor (2) and plays a role in multi-stage reducing and sealing; the cableless intelligent water distributor (2) is also provided with a water inlet (6) of a water distributor nozzle for water flow in a water injection pipeline to enter and a water outlet (5) of the water distributor nozzle for water flow out of the pipeline;
the reducing working barrel (4) comprises a working barrel outer barrel (4.1) and a working barrel inner barrel (4.2), and one or more transverse bridge type connecting through holes (4.3) are formed in the position, corresponding to the water nozzle water outlet (5) of the blending instrument, on the working barrel inner barrel (4.2) and communicated with the outside of the barrel;
after the reducing intelligent water distributor is inserted into the corresponding working barrel inner barrel (4.2), an inner annular flow channel is formed between the working barrel inner barrel (4.2) and the reducing intelligent water distributor, water flow in a water injection pipeline enters the inner annular flow channel through a distributor water nozzle water inlet (6) and a distributor water nozzle water outlet (5), flows outside the pipe at 360-degree square angles through a transverse bridge type connecting through hole (4.3) and enters a water injection layer position;
a longitudinal overflowing channel is formed between the working barrel outer cylinder (4.1) and the working barrel inner cylinder (4.2), the longitudinal overflowing channel is used for water flowing in a water injection pipeline, and the longitudinal overflowing channel is not communicated with the inner annular hollow flow channel and the transverse overflowing bridge channel.
2. The retrievable cableless concentric intelligent water distributor device according to claim 1, wherein: the working barrel inner barrel (4.2) and the working barrel outer barrel (4.1) are coaxial, and the axial deviation range is controlled to be 0-20 mm.
3. The retrievable cableless concentric intelligent water distributor device according to claim 1, wherein: the variable-diameter plug-in sealing device is characterized in that a variable-diameter plug-in sealing upper end (4.5) and a variable-diameter plug-in sealing lower end (4.6) are arranged in the working barrel inner barrel (4.2), and the working barrel inner barrel (4.2) is sealed with a corresponding variable-diameter intelligent water distributor through the variable-diameter plug-in sealing upper end (4.5) and the variable-diameter plug-in sealing lower end (4.6).
4. The retrievable cableless concentric intelligent water distributor device according to claim 1, wherein: the upper end and the lower end of a water nozzle water outlet hole I (3.7) of the water distributor reducing sleeve (3) are respectively provided with an upper end inserting sealing part and a lower end inserting sealing part, the upper end inserting sealing part is matched with the reducing inserting sealing upper end (4.5), and the lower end inserting sealing part is matched with the reducing inserting sealing lower end (4.6).
5. The retrievable cableless concentric intelligent water distributor device according to claim 4, wherein: the upper end is inserted the seal part and is inserted sealed right part (3.2) including inserting on the reducing on sealed left part (3.1) and the reducing, and inserts on the reducing and is provided with T type sealing washer (3.5) and clamping ring (3.6) between sealed right part (3.2) with inserting on sealed left part (3.1) and the reducing.
6. The retrievable cableless concentric intelligent water distributor device according to claim 4, wherein: the lower end inserting sealing part comprises a reducing lower inserting sealing left piece (3.3) and a reducing lower inserting sealing right piece (3.4), and a T-shaped sealing ring (3.5) and a pressing ring (3.6) are arranged between the reducing lower inserting sealing left piece (3.3) and the reducing lower inserting sealing right piece (3.4).
7. The retrievable cableless concentric intelligent water distributor device according to claim 1, wherein: the cableless intelligent water distributor (2) is provided with a connecting joint (2.1), a battery (2.2), a measurement and control circuit, a first pressure gauge (2.3), a second pressure gauge (2.4), a motor driving system (2.5), a second water nozzle water outlet hole (2.6), a flow meter (2.7) and a second water nozzle water inlet hole (2.8), wherein the battery (2.2) is used for supplying power to all electric appliances, and the motor driving system (2.5) is used for controlling the flow or flow rate of the water nozzle water outlet (5) and the water nozzle water inlet (6) of the blending instrument.
8. The retrievable cableless concentric intelligent water distributor device according to claim 7, wherein: the water nozzle outlet hole II (2.6) and the water nozzle outlet hole I (3.7) of the water distributor reducing sleeve (3) form a water nozzle outlet (5) of the allocating instrument, and the water nozzle inlet hole II (2.8) and the water nozzle inlet hole I (3.8) of the water distributor reducing sleeve (3) form an allocating instrument water nozzle inlet (6).
9. The retrievable cableless concentric intelligent water distributor device according to claim 1, wherein: the reducing working barrel (4) further comprises a working barrel lower joint (4.4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121515913.9U CN215889997U (en) | 2021-07-05 | 2021-07-05 | Throwing-fishing type cableless concentric intelligent water distributor device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121515913.9U CN215889997U (en) | 2021-07-05 | 2021-07-05 | Throwing-fishing type cableless concentric intelligent water distributor device |
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|---|---|
| CN215889997U true CN215889997U (en) | 2022-02-22 |
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| CN202121515913.9U Active CN215889997U (en) | 2021-07-05 | 2021-07-05 | Throwing-fishing type cableless concentric intelligent water distributor device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113417614A (en) * | 2021-07-05 | 2021-09-21 | 湖北茂思晟石油新技术开发有限公司 | Underground cable-free throwing and fishing type intelligent water distribution construction process |
| CN113431539A (en) * | 2021-07-05 | 2021-09-24 | 湖北茂思晟石油新技术开发有限公司 | Throwing-fishing type cableless concentric intelligent water distributor device |
-
2021
- 2021-07-05 CN CN202121515913.9U patent/CN215889997U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113417614A (en) * | 2021-07-05 | 2021-09-21 | 湖北茂思晟石油新技术开发有限公司 | Underground cable-free throwing and fishing type intelligent water distribution construction process |
| CN113431539A (en) * | 2021-07-05 | 2021-09-24 | 湖北茂思晟石油新技术开发有限公司 | Throwing-fishing type cableless concentric intelligent water distributor device |
| CN113417614B (en) * | 2021-07-05 | 2024-03-15 | 湖北茂思晟石油新技术开发有限公司 | Underground cable-free casting-fishing type intelligent water distribution construction process |
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