CN209780820U - Rotating vane impact type heavy hammer combined type drifting tool device - Google Patents
Rotating vane impact type heavy hammer combined type drifting tool device Download PDFInfo
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- CN209780820U CN209780820U CN201920326441.9U CN201920326441U CN209780820U CN 209780820 U CN209780820 U CN 209780820U CN 201920326441 U CN201920326441 U CN 201920326441U CN 209780820 U CN209780820 U CN 209780820U
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- rotary blade
- rotating vane
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Abstract
The utility model provides a rotating vane impacted style weight combination formula drifting tool device, scrapes wax pole, increases heavy pole, impact rod, percussion bit, connecting rod including the rotation, the rotation is scraped wax pole upper portion and is connected the connecting rod, the connecting rod passes through bearing connection switch-on well ware, the rotation is scraped wax pole and is had last rotating vane, the rotation is scraped wax pole and is had lower rotating vane, lower rotating vane is located the rotating vane lower part, it is the same to go up rotating vane, lower rotating vane spiral direction, the rotation is scraped wax pole lower extreme and is connected the increase heavy pole, the tungsten steel sheet is put into to increase heavy pole inside, the impact rod is connected to increase heavy pole lower extreme, percussion bit sub-unit connection percussion bit, percussion bit spiral direction is the same with last rotating vane spiral direction.
Description
Technical Field
The utility model relates to a water injection well field especially relates to a rotating vane impacted style weight combination formula drifting tool device.
Background
In the water injection well test, the phenomenon that a test instrument is blocked underground often occurs. The accumulation phenomena of mud, sand, polymer and the like in the pipe column are in the long-term injection process, the mud and the like are gradually accumulated at the bottom of the well, and when the mud, the sand, the like are accumulated above the eccentric water distributor, the water absorption condition of the lowest layer is poor or water is not absorbed, so that the accumulation speed of the polymer solution in the water injection pipe column is accelerated. Most of injected water of the water-drive injection well is sewage, and some injected water contains sand grains and small stones, which are injected into a downhole tubular column along with the injected water. When the sand is injected into the stratum through the eccentric water distributor, the sand with large grain size is filtered by a filter screen of a blanking plug in the eccentric water distributor and deposited at the bottom of the well for accumulation, and the accumulation body of the sand and small stones is thicker and thicker along with the increase of time. At this time, if the well is washed back in time, sand grains and small stones can be washed to the ground. When the concentration of dissolved salts in water is lower than the concentration product of ions, the salts still exist in the water in an ionic state, and once the concentration of the dissolved salts in the water reaches a saturated state, the catalytic action of metal surfaces and impurities of equipment on the crystallization process promotes the supersaturated salt solution to separate out crystals to form scale. The rate of scale formation is exacerbated if the lowermost waterflooding interval absorbs very little or no water. When the pipe scale forms a certain thickness, the test instrument will be blocked. Before the underground falling object instrument is put into the well, the testing instrument is not checked in place. Downhole tool usage and tool quality issues. For example, the aging and the running of the rubber of the packer under the condition of long-term water injection, the operation construction quality, the isotope test and the like are easy to cause the blockage situation.
At present, different modes of different geological oil layers of various factories are different, but most of the factories adopt large-discharge well washing, sand washing and dredging tools to dredge the well and remove the blockage.
In the case of Daqing oil field, the well dredging tools at present are roughly 6 types of heavy metal tungsten steel weighted polish rod well dredging devices, flat shovel type well dredging devices, threaded well dredging devices, diamond scraping well dredging devices, blade type well dredging devices and cone type well dredging devices.
SUMMERY OF THE UTILITY MODEL
the utility model discloses to the above-mentioned not enough that prior art exists, provide a rotary vane impacted style weight combination formula drifting tool device that breaks through and removes stifled.
The utility model aims at realizing through the following technical scheme:
The utility model provides a rotating vane impacted style weight combination formula drifting tool device, scrapes wax pole, increases heavy pole, impact rod, percussion bit, connecting rod including the rotation, the rotation is scraped wax pole upper portion and is connected the connecting rod, the connecting rod passes through bearing connection switch-on well ware, the rotation is scraped wax pole and is had last rotating vane, the rotation is scraped wax pole and is had lower rotating vane, lower rotating vane is located the rotating vane lower part, it is the same to go up rotating vane, lower rotating vane spiral direction, the rotation is scraped wax pole lower extreme and is connected the increase heavy pole, the tungsten steel sheet is put into to increase heavy pole inside, the impact rod is connected to increase heavy pole lower extreme, percussion bit sub-unit connection percussion bit, percussion bit spiral direction is the same with last rotating vane spiral direction.
The material of the upper rotating blade and the lower rotating blade is cold-rolled non-oriented silicon steel sheets, the thickness of each of the upper rotating blade and the lower rotating blade is 5 mm, the number of the upper rotating blade and the number of the lower rotating blade are 9, the overall outer diameter of the upper rotating blade is 46 mm, the outer diameter of the lower part of the lower rotating blade is 44 mm, the length of the rotary wax scraping rod is 340 mm, and the length of the percussion bit is 530 mm.
Has the advantages that:
The drifting tool in the past only does the work of many heavy points in the aspects of weight, scraping, paraffin removal, broken skin, etc., and this application has increased the upper rotating blade again and has used for scraping, paraffin removal when considering past experience, and the middle part adopts the heavy metal of percussion drill form to increase weight rod 4 and add heavy connecting portion. The bottom impact part of the impact drill bit is rotated rapidly by gravity, the concrete brick with the compressive resistance of 4.95MPA (Multi-purpose platform) mark MU30 can be easily broken by drilling under the action of manpower under the repeated action, the effect of plug removal is achieved, the upper part of the concrete brick is rotationally scraped and paraffin removed, and scraps are discharged, so that the effects of well dredging, plug removal, dredging and scrap scraping are fully achieved.
In order to ensure that the rotation of the drifting tool can rotate freely by mounting a bearing at the top, the whole minimum diameter of the rotating wax scraping rod is 44 mm, and the maximum outer diameter of the rotating wax scraping rod is 46 mm, so that the effect of scraping and unblocking in the process of passing through a well bore and an interval is achieved. The tungsten steel sheet is added in the weight increasing rod to increase the whole weight, impact power is added to the impact drill bit at the lower part, and breakthrough blockage removal is realized under the combined action of lowering speed, water flow speed, self weight and torque force. The whole idea of the application obtains very good effect and evaluation in practical application. In the practical application process, various conventional drifting tools are fully replaced, the advantages of the various drifting tools are integrated, a new path is created, the percussion bit is added, the difficult problem of drifting blockage removal is effectively solved, and great value is created.
This application instrument total length 1620 millimeters, maximum diameter 46 millimeters, rotatory wax pole portion length 340 millimeters of scraping, removable change percussion bit portion length 530 millimeters, percussion bit portion adopts alloy steel, and the weight gain pole main part adopts 45 # steel inside tungsten pieces that add, goes up rotating vane, lower rotating vane and adopts cold rolling non-oriented silicon steel sheet, goes up rotating vane, lower rotating vane thickness and is 5 millimeters, and the water drainage chip hole is taken out to the middle part. The connecting rod connecting position adopts the internal connection to add the bearing and is used for increasing rotatory scraping and impact force, and each part zonulae occludens has reached the effect that an thing is multi-functional when respectively having an effect, has fully solved and has met and hinder, causes the problem that falls the card accident.
at present, in the process of testing and opening a well in an oil-water well, the problems that the operation cannot be carried out due to the fact that an instrument tool is placed into the well to a certain depth to meet the resistance caused by fracturing, acidizing, injection of profile control fluid to block intervals, injection of polymer ternary substances, and downhole tools such as packer rubber string out, sand burying, wax deposition and the like are often caused, the testing work cannot be carried out, repeated work, tool and instrument falling and blockage are often caused due to the problems, and the problems (well washing, hot washing and original well dredging tools are difficult to solve) cannot be effectively solved are often only caused by the problems. The application of the method can effectively solve the problems and obtain good effects and evaluation in practical application.
Drawings
Fig. 1 is a schematic structural view of a rotary blade impact type heavy hammer combined drifting tool device according to the present invention.
Detailed Description
The invention is explained in more detail below with reference to the figures and examples:
The utility model provides a rotary vane impacted style weight combination formula drifting instrument device, scrapes wax pole 1, weight gain pole 4, impact rod 5, percussion bit 7, connecting rod 8 including the rotation, the rotation is scraped 1 upper portion of wax pole and is connected connecting rod 8, connecting rod 8 passes through the bearing and connects the well ware, the rotation is scraped wax pole 1 and is had rotary vane 2, the rotation is scraped wax pole 1 and is had lower rotary vane 3, lower rotary vane 3 is located 2 lower parts of last rotary vane, it is the same to go up rotary vane 2, 3 helical direction of lower rotary vane, the rotation is scraped 1 lower extreme of wax pole and is connected weight gain pole 4, the tungsten steel sheet is put into to weight gain pole 4 inside, 4 lower extreme connections of weight gain pole impact rod 5, 5 sub-unit connection percussion bit 7 of percussion bit, 7 helical direction of percussion bit is the same with 2 helical direction of last rotary vane.
The material of the upper rotating blade 2 and the lower rotating blade 3 is cold-rolled non-oriented silicon steel sheets, the thickness of the upper rotating blade 2 and the thickness of the lower rotating blade 3 are both 5 mm, the number of the upper rotating blade 2 and the number of the lower rotating blade 3 are both 9, the overall outer diameter of the upper rotating blade 2 is 46 mm, the outer diameter of the lower part of the lower rotating blade 3 is 44 mm, the length of the rotary wax scraping rod 1 is 340 mm, and the length of the impact drill bit 7 is 530 mm.
The drift tool in the past only done the work of many heavy points nature in the aspect of weight, scraping, paraffin removal, garrulous skin etc. this application is when considering past experience, has increased again that upper rotating blade 2, lower rotating blade 3 are used for scraping, paraffin removal, and the middle part adopts the heavy metal of percussion drill form to increase the connecting portion by weight pole 4. The bottom impact part of the impact drill bit 7 is rotated rapidly by gravity, the concrete brick with the compressive resistance of 4.95MPA (Multi-purpose platform) mark MU30 can be easily broken by drilling under the action of manpower under the repeated action, the effect of breaking up blockage by plunging is achieved, the upper part of the impact drill bit is scraped and paraffin is removed in a rotary mode, and chips are discharged, so that the effects of dredging a well, breaking up blockage, dredging and scraping are fully achieved.
In order to ensure that the rotation of the drifting tool can rotate freely by being provided with a bearing at the top, the rotating wax scraping rod 1 has the minimum diameter of 44 mm and the maximum outer diameter of 46 mm, so that the effect of scraping and unblocking in the process of passing through a shaft and an interval is achieved. The tungsten steel sheet is added in the weight increasing rod 4 to increase the whole weight, impact power is added for the impact drill 7 at the lower part, and the breaking-through and blockage removal are realized under the combined action of the downward release speed, the water flow speed, the dead weight and the torsion. The whole idea of the application obtains very good effect and evaluation in practical application. In the practical application process, various conventional drifting tools are fully replaced, the advantages of the various drifting tools are integrated, the impact drill bit 7 is added in a new way, the difficult problem of drifting blockage removal is effectively solved, and great value is created.
This application instrument total length 1620 millimeters, maximum diameter 46 millimeters, rotatory 1 part length 340 millimeters of wax pole of scraping, can change 7 part lengths 530 millimeters of percussion bit, 7 parts adoption alloy steels of percussion bit, 4 main parts of weight rod adopt 45 steel inside with the tungsten piece, go up rotary blade 2, lower rotary blade 3 adopt cold rolling non-oriented silicon steel sheet, go up rotary blade 2, 3 thickness of lower rotary blade are 5 millimeters, the middle part is taken out water and is discharged the bits hole. The connecting rod 8 connecting position adopts the internal connection to add the bearing and is used for increasing rotatory scraping and impact force, and each part zonulae occludens has reached the effect that an thing is multipotent when respectively having an effect, has fully solved and has met and hinder, causes the problem that falls the card accident.
At present, in the process of testing and opening a well in an oil-water well, the problems that the operation cannot be carried out due to the fact that an instrument tool is placed into the well to a certain depth to meet the resistance caused by fracturing, acidizing, injection of profile control fluid to block intervals, injection of polymer ternary substances, and downhole tools such as packer rubber string out, sand burying, wax deposition and the like are often caused, the testing work cannot be carried out, repeated work, tool and instrument falling and blockage are often caused due to the problems, and the problems (well washing, hot washing and original well dredging tools are difficult to solve) cannot be effectively solved are often only caused by the problems. The application of the method can effectively solve the problems and obtain good effects and evaluation in practical application.
Claims (2)
1. The rotary blade impact type heavy hammer combined type drifting tool device is characterized by comprising a rotary wax scraping rod, a weight increasing rod, an impact drill bit and a connecting rod, wherein the upper portion of the rotary wax scraping rod is connected with the connecting rod, the connecting rod is connected with a well switching device through a bearing, the rotary wax scraping rod is provided with an upper rotary blade, the rotary wax scraping rod is provided with a lower rotary blade, the lower rotary blade is located on the lower portion of the upper rotary blade, the spiral directions of the upper rotary blade and the lower rotary blade are the same, the lower end of the rotary wax scraping rod is connected with the weight increasing rod, a tungsten steel sheet is placed in the weight increasing rod, the lower end of the weight increasing rod is connected with the impact drill bit, and the spiral direction of the impact drill bit is the same as the spiral direction of the upper rotary blade.
2. The rotary blade impact type heavy hammer combined type drifting tool device as claimed in claim 1, wherein the upper rotary blade and the lower rotary blade are made of cold-rolled non-oriented silicon steel sheets, the thicknesses of the upper rotary blade and the lower rotary blade are both 5 mm, the number of the upper rotary blade and the number of the lower rotary blade are both 9, the overall outer diameter of the upper rotary blade is 46 mm, the outer diameter of the lower part of the lower rotary blade is 44 mm, the length of the rotary wax scraping rod is 340 mm, and the length of the impact bit is 530 mm.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN201920326441.9U CN209780820U (en) | 2019-03-15 | 2019-03-15 | Rotating vane impact type heavy hammer combined type drifting tool device |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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CN201920326441.9U CN209780820U (en) | 2019-03-15 | 2019-03-15 | Rotating vane impact type heavy hammer combined type drifting tool device |
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CN209780820U true CN209780820U (en) | 2019-12-13 |
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CN201920326441.9U Expired - Fee Related CN209780820U (en) | 2019-03-15 | 2019-03-15 | Rotating vane impact type heavy hammer combined type drifting tool device |
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CN (1) | CN209780820U (en) |
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2019
- 2019-03-15 CN CN201920326441.9U patent/CN209780820U/en not_active Expired - Fee Related
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GR01 | Patent grant | ||
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CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20191213 Termination date: 20210315 |
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CF01 | Termination of patent right due to non-payment of annual fee |