CN201236684Y - Oil pipe transportation perforation electric security detonation system - Google Patents
Oil pipe transportation perforation electric security detonation system Download PDFInfo
- Publication number
- CN201236684Y CN201236684Y CNU2008200254332U CN200820025433U CN201236684Y CN 201236684 Y CN201236684 Y CN 201236684Y CN U2008200254332 U CNU2008200254332 U CN U2008200254332U CN 200820025433 U CN200820025433 U CN 200820025433U CN 201236684 Y CN201236684 Y CN 201236684Y
- Authority
- CN
- China
- Prior art keywords
- voltage
- controlled
- shell
- interlayer
- spring
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Images
Landscapes
- Perforating, Stamping-Out Or Severing By Means Other Than Cutting (AREA)
Abstract
The utility model relates to an oil pipe transmission perforation electric energy safety detonation system used in the petroleum industry. The technical proposal adopted by the utility model is as follows: the system comprises one or more perforators; each perforator comprises a power supply bar, a pressure-controlled make-and-break device, a pressure-controlled detonator, an interlayer supercharging device and a linear generator, and the pressure-controlled make-and-break device, the pressure-controlled detonator, the interlayer supercharging device and the linear generator are assembled as a whole; the pressure-controlled detonator is mounted inside a perforation gun at the lower end of the pressure-controlled make-and-break device; the lower end of the pressure-controlled make-and-break device is movably connected with the interlayer supercharging device; and the lower end of the interlayer supercharging device is movably connected with the linear generator. The utility model has the following beneficial effects: by using a power supply inside the power supply bar to switch on pressure-controlled make-and-break device and the pressure-controlled detonator, the perforator is detonated, and the pressure generated is transferred to the interlayer supercharging device, thereby driving the linear generator to move and generate electricity to detonate the next perforator. Therefore, the utility model can ensure the safety of constructors on the ground, and has the advantages of simplicity, reliability, safety and repeated use.
Description
One, technical field:
The utility model relates to a kind of petroleum industry perforating technology, particularly a kind of oil tube conveying gun perforation electric energy safe detonation system.
Two, background technology:
Both at home and abroad the oil tube conveying gun perforation mode that generally adopts caber or the add hydraulic pressure priming system that causes perforating gun detonates, and realizes the perforation purpose.Oil pipe in the past (drilling rod) conveying gun perforation initiator has mechanical impacting type initiator, pressure excitation type initiator, delayed type pressure detonator several.It is several that mechanical impact formula initiator can be divided into sand control initiator, economic benefits and social benefits initiator, sealed initiator etc.Be to utilize the metal bar kinetic energy that free-falling produces in oil pipe, promote the striker of bottom initiator, piston is glided, percussion cap (detonator, initiator) is detonated, thereby finishes perforation.Its drawback is because foreign material too much or in the oil shake out seriously, is accumulated in the initiator top, makes metal bar can't fall to clashing into firer's part, can not realize perforation; For the serious well that shakes out, sand grains buries initiator, and metal bar is buried when falling together, when salvaging,, play oil pipe in the time-delay in case salvage failure, in playing the oil pipe process, because oil pipe vibrations or percussion drill, sand grains reduces gradually, and metal bar is descending, and then ignition perforator, cause the blast of mistake perforation or well head, cause the certain economic loss, constructor's personal safety also can't guarantee.
The pressure excitation type initiator can be divided into several initiators such as economic benefits and social benefits formula initiator, the compound initiator of perforating, gun breech pressure detonator.Be to utilize the well hydraulic coupling to promote piston, cut off safety pin, piston continues to lower slider, drives striker, cuts off safety pin, and striker moves downward percussion cap, and igniter cap is got angry and ignited perforator, realizes perforation.Playing drawback is that available initiator kind is many, and firer's part model of use is many, easily causes confusion; The structure more complicated, separate storage during transportation easily causes the assembling error during construction, cause and can't detonate; Normal temperature and high temperature initiator external form are difficult for differentiating, and the pin designs force value is different, are unfavorable for providing, in case provide mistake, cause the mistake perforation easily; During according to the well depth setup pressure value, the easy landing of the pin of initiator is difficult for discovering, in case be used for construction, causes uncertain consequence; During this type of initiator assembling, firer's part is relatively more responsive, in case go wrong, can cause personnel's injures and deaths in ground burst.
The delayed type pressure detonator is on the basis of common initiator, has increased by a time-delay tube and an accessory.In the time of detonator detonates, ignite and go up ignitron, the delay powder burning delay time after 5-10 minutes, the down-firing pipe was ignited again, and the down-firing pipe ignites ignition charge, and ignition charge is cap sensitive, thereby excited the propagation of explosion device, ignited perforator, the realization perforation.Its drawback is consistent with the drawback of pressure excitation type initiator.
In sum, the priming system quantity and the kind of producing use are many, the cost height, and constructor's security risk is big.
Three, summary of the invention:
The purpose of this utility model is exactly the above-mentioned defective that exists at prior art, and a kind of oil tube conveying gun perforation electric energy safe detonation system of simple in structure, safe and reliable, low cost of manufacture is provided.
Its technical scheme is: mainly be made up of one-level or the perforator more than the one-level, each grade perforator is made up of power bar, voltage-controlled break-make device, voltage-controlled initiator, interlayer supercharging device and linear electric generator, described power bar is an independent individual, described voltage-controlled break-make device, voltage-controlled initiator, interlayer supercharging device and linear electric generator assembling are as a whole, wherein, voltage-controlled initiator is contained in the perforating gun of voltage-controlled break-make device lower end, and the lower end of voltage-controlled break-make device and interlayer supercharging device flexibly connect; The lower end of interlayer supercharging device and linear electric generator flexibly connect, utilize the power supply in the power bar, voltage-controlled break-make device and voltage-controlled initiator are connected, ignite the one-level perforator, the pressure that the one-level perforator is ignited the production deposits yields sends the interlayer supercharging device to, promote linear electric generator motion generating, the next stage perforator is ignited.
Wherein, power bar mainly is made up of shell, helmet and cavity, and helmet is provided with and the extraneous hole that communicates, and flexibly connects with the top of shell, and the lower end of shell flexibly connects cavity; Shell fragment, piston plug, spring, resistance and power supply are housed in the described shell, described shell fragment withstands on the top of piston plug, and the bottom of piston plug is with spring, and separates with felt pad, resistance is provided with socket so that be communicated with conductive plug, and is communicated with by lead with power supply; Electrically conductive socket and isolator are equipped with in inside, described shell lower end, and isolator and cavity are provided with through hole, communicate with the external world.
Above-mentioned power supply adopts condenser type, magneto-electric, turbine generation formula, piezo crystal or battery (DC).
Wherein, voltage-controlled break-make device comprises conductive plug, piston, spring, felt pad, voltage-controlled initiator and perforating gun, voltage-controlled initiator is housed in the perforating gun, be provided with conductive plug, piston, spring and felt pad in the upper end cavity of voltage-controlled initiator, conductive plug is by felt pad and perforating gun insulation, spring is housed in the piston, and spring one end withstands on the inwall of piston, and the other end withstands on the step of perforating gun.
Above-mentioned conductive plug is the triangular type.
Voltage-controlled initiator wherein comprises short-circuit piece, spring, shell, lead, bridge silk, the shell upper end has the hole, the conductive plug of voltage-controlled break-make device can be passed through, short-circuit piece is equipped with in inside, short-circuit piece withstands on the shell by spring, by lead spring is communicated with the bridge silk of shell inner cavity, the bridge silk is by lead and shell short circuit, and the bridge silk is in the full closeding state of metal shell like this.
The centre of above-mentioned shell is provided with the hole, and isolator is contained in the hole, is provided with aperture in the middle of the isolator, and the lead that passes isolator is communicated with spring with the bridge silk of shell inner cavity.
Interlayer supercharging device wherein comprises piston rod, pressurization head and interlayer gun, the upper end of interlayer gun is by flexibly connecting with the upper level perforating gun, the lower end is by flexibly connecting with linear electric generator, one end of piston rod closely is connected with the upper level perforating gun, the other end is connected with pressurization head, and interlayer gun is provided with a plurality of through holes that are in communication with the outside.
Linear electric generator wherein comprises pressure transmission bar, shear pin, coil, magnet steel, housing, isolator and lead, described pressure transmission bar inside is provided with the hole of dress shear pin, the lower end is tied with coil, the centre closely is connected with the inner chamber of housing by sealing ring, coil is drawn lead, and electric energy is guided to next device; The inner chamber of housing is equipped with magnet steel, coil can be in magnet steel the relative motion cutting magnetic line, produce electric energy.
The beneficial effects of the utility model are: the perforator that utilizes the electric energy safe detonation down-hole, reduce quantity and kind that priming system uses, can save the Safety gun in the oil tube conveying gun perforation, guarantee ground construction personnel's safety, and have easy, reliable, safe, reusable.
Four, description of drawings:
Accompanying drawing 1 is the structural representation of power bar of the present utility model;
Accompanying drawing 2 is structural representations of voltage-controlled break-make device of the present utility model;
Accompanying drawing 3 is structural representations of voltage-controlled initiator of the present utility model;
Accompanying drawing 4 is structural representations of interlayer supercharging device of the present utility model;
Accompanying drawing 5 is structural representations of linear electric generator of the present utility model;
Accompanying drawing 6 is structural representations that voltage-controlled break-make device of the present utility model, voltage-controlled initiator, interlayer supercharging device and linear electric generator are formed one;
Wherein: go up among Fig. 6: power bar (a), voltage-controlled break-make device (b), voltage-controlled initiator (c), interlayer supercharging device (d) and linear electric generator (e), next stage perforator (f);
Fig. 1 helmet a1, shell fragment a2, piston plug a3, spring a4, resistance a5, power supply a6, shell a7, electrically conductive socket a8, isolator a9, cavity a10, felt pad a11;
Fig. 2 conductive plug b1, piston b2, spring b3, felt pad b4, voltage-controlled initiator c and perforating gun b6;
Fig. 3 short-circuit piece c1, spring c2, isolator c3, shell c4, lead c5, bridge silk c6, bodies of charges c7;
Fig. 4 piston rod d1, pressurization head d2, interlayer gun d3, through hole d4 and sealing ring d5;
Fig. 5 pressure transmission bar e1, shear pin e2, coil e3, magnet steel e4, housing e5, isolator e6 and lead e7, piston rod e11, pressurization head e12, interlayer gun e13, through hole e14 and housing e15.
Five, the specific embodiment:
With reference to accompanying drawing 6, the utility model will be further described, its technical scheme is: mainly be made up of one-level or the perforator more than the one-level, each grade perforator is by power bar a, voltage-controlled break-make device b, voltage-controlled initiator c, interlayer supercharging device d and linear electric generator e form, described power bar a is an independent individual, described voltage-controlled break-make device b, voltage-controlled initiator c, interlayer supercharging device d and linear electric generator e assembling are as a whole, wherein, voltage-controlled initiator c is contained in the perforating gun of voltage-controlled break-make device b lower end, and the lower end of voltage-controlled break-make device b and interlayer supercharging device d flexibly connect; The lower end of interlayer supercharging device d and linear electric generator e flexibly connect, utilize the power supply among the power bar a, voltage-controlled break-make device and voltage-controlled initiator are connected, ignite the one-level perforator, the pressure that the one-level perforator is ignited the production deposits yields sends interlayer supercharging device d to, promote linear electric generator motion e generating, next stage perforator f is ignited.
With reference to accompanying drawing 1, described power bar a mainly is made up of shell a7, helmet a1 and cavity a10, and helmet is provided with and the extraneous hole that communicates, and flexibly connects with the top of shell a7, and the lower end of shell flexibly connects cavity a10; Shell fragment a2, piston plug a3, spring a4, resistance a5 and power supply a6 are housed in the described shell a7, described shell fragment a2 withstands on the top of piston plug a3, the bottom of piston plug a3 is with spring a4, and separate with felt pad a11, resistance a5 is provided with socket so that be communicated with conductive plug, and is communicated with by lead with power supply a6; Electrically conductive socket a8 and isolator a9 are equipped with in inside, described shell a7 lower end, and isolator a9 and cavity a10 are provided with through hole, communicate with the external world.
Described power supply 6 adopts condenser type, magneto-electric, turbine generation formula, piezo crystal or battery DC.
In addition, be provided with sealing ring between piston plug a3 and the shell inner cavity, piston plug a3 is provided with the hole with the confined space that shell inner cavity, helmet a1 form by helmet and communicates with the external world, at ambient pressure during greater than internal pressure, shell fragment promotes conductive plug compression spring, length of spring compressed is during to the degree set, conductive plug and resistance connection, and power supply begins type self-destroyed discharge; After perforation finishes, carry on the perforator, during less than internal pressure, spring begins to upspring at ambient pressure, and piston plug and resistance disconnect, and discharge finishes, and prevents the generation of leaking electricity, protection ground construction personnel.
In addition, the main body of above-mentioned piston plug a3 is a cylindricality, and the bottom is provided with thinner cone-shaped plug and cooperates with socket on the resistance a5; The inner chamber of described shell a7 is provided with step, stops the cylindrical bodies of piston plug to continue descending.
Its course of work is when straight well, high angle hole, horizontal well perforation construction, the power supply of caber formula power bar is held full electric energy, in the input oil pipe, in the downslide process of power bar, after arriving certain depth, under the effect of well hydraulic coupling, shell fragment promotes conductive plug compression spring, length of spring compressed is during to the degree set, conductive plug and resistance connection, and power supply begins type self-destroyed discharge.After sliding into setting layer position under the power bar, the conductive plug conducting of the voltage-controlled break-make device in electrically conductive socket and bottom, power supply begins to the bottom power supply, thereby ignites perforator.After perforation finishes, carry on the perforator, during less than internal pressure, spring begins to upspring at ambient pressure, and piston plug and resistance disconnect, and discharge finishes, and prevents the generation of leaking electricity, protection ground construction personnel.
With reference to accompanying drawing 2, voltage-controlled break-make device b comprises conductive plug b1, piston b2, spring b3, felt pad b4, voltage-controlled initiator c and perforating gun b6, voltage-controlled initiator is housed in the perforating gun b6, be provided with conductive plug b1, piston b2, spring b3 and felt pad b4 in the upper end cavity of voltage-controlled initiator, conductive plug b1 is by felt pad b4 and perforating gun insulation, spring b3 is housed in the piston b2, and spring b3 one end withstands on the inwall of piston b2, and the other end withstands on the step of perforating gun b6.
Wherein, conductive plug b1 is the triangular type, can guarantee abundant conducting.
Its operating principle and process are as follows: perforator is transferred to after the interior certain depth of oil pipe, under the effect of well hydraulic coupling, piston drives conductive plug to lower slider, conductive plug and voltage-controlled initiator are connected, when the power bar of being thrown in by well head arrives when setting layer position and the conductive plug connection, power supply begins to ignite perforator to voltage-controlled initiator power supply.After carrying on perforation finishes perforator, ambient pressure is during less than setting pressure, and under the elastic force effect of spring, conductive plug separates with voltage-controlled initiator, and ground construction personnel's safety is guaranteed in the blast that meets accident on ground of the perforator that can avoid like this not detonating.
With reference to accompanying drawing 3, described voltage-controlled initiator c comprises short-circuit piece c1, spring c2, shell c4, lead c5, bridge silk c6, shell c4 upper end has the hole, the conductive plug of voltage-controlled break-make device can be passed through, short-circuit piece c1 is equipped with in inside, short-circuit piece c1 withstands on the shell c4 by spring c2, the centre of shell c4 is provided with the hole, isolator c3 is contained in the hole, be provided with aperture in the middle of the isolator c3, the lead c5 that passes isolator c3 is communicated with spring c2 with the bridge silk c6 of shell inner cavity, bridge silk c6 is by lead and shell c4 short circuit, and bridge silk c6 is in the full closeding state of metal shell like this; The below of bridge silk c6 in the shell c4 is provided with bodies of charges c7.
The centre of described shell c4 is provided with the hole, and isolator c3 is contained in the hole, is provided with aperture in the middle of the isolator c3, and the lead c5 that passes isolator c3 is communicated with spring c2 with the bridge silk c6 of shell inner cavity.
Its course of work and principle are as follows:
When the conductive plug of voltage-controlled break-make device pushes up short-circuit piece, short-circuit piece compression spring, short-circuit piece and shell disconnect, and from the power supply and the bridge silk formation loop of power bar, beginning is ignited perforator to the power supply of bridge silk.When perforator can not be ignited for some reason; in the time of need rising to ground to perforator; along with reducing of well hydraulic coupling; spring is connected by short-circuit piece and shell again under the effect of elastic force; the short circuit of bridge silk; guaranteed that the bridge silk is in the full closeding state of metal shell again, eliminated the quick-fried possibility of perforator mistake that causes owing to procatarxis such as stray electrical current, static, radio frequency inductions, protection ground construction personnel's safety.
With reference to accompanying drawing 4, described interlayer supercharging device d comprises piston rod d1, pressurization head d2 and interlayer gun d3, the upper end of interlayer gun d3 is by flexibly connecting with the upper level perforating gun, the lower end is by flexibly connecting with linear electric generator, the end of piston rod d1 closely is connected with the upper level perforating gun by sealing ring d5, the other end is connected with pressurization head d3, and interlayer gun d3 is provided with a plurality of through hole d4 that are in communication with the outside.
Its operating principle is: utilize detonation pressure orientation in the one-level perforator to release in the interlayer gun and enlarge and impact the lifting surface area that loads, reliably start the linear electric generator operation, guarantee that the electric energy that produces ignites the next stage perforator, realize the purpose of perforation.
With reference to accompanying drawing 5, described linear electric generator e comprises pressure transmission bar e1, shear pin e2, coil e3, magnet steel e4, housing e5, isolator e6 and lead e7, described pressure transmission bar e1 inside is provided with the hole of dress shear pin e2, the lower end is tied with coil e3, the centre closely is connected by the inner chamber of sealing ring with housing e5, coil e3 draws lead e7, and electric energy is guided to next device; The inner chamber of housing e5 is equipped with magnet steel e4, coil e3 can be in magnet steel e4 the relative motion cutting magnetic line, produce electric energy.Certainly, also coil 3 and magnet steel 4 can be exchanged, other schemes are constant, also can reach same generating effect.
Its operating principle is: utilize detonation pressure orientation in the one-level perforator to release in the interlayer gun and enlarge and impact the lifting surface area that loads, reliably start the linear electric generator operation, guarantee that the electric energy that produces ignites the next stage perforator, realize the purpose of perforation.
Said system not only goes for oil tube conveying gun perforation (TCP) technology, also cooperates simultaneously to be applicable to the cable conveying gun perforation.
The concrete using method and the process of the foregoing description are as follows:
One, during high angle hole (well gradient generally be not more than 50 degree) oil tube conveying gun perforation, the conductive plug of voltage-controlled break-make device and voltage-controlled initiator are connected under the well hydraulic coupling, after perforator arrives oil well setting layer position, the power supply of caber formula power bar is held full electric energy, in the input oil pipe, in the downslide process of power bar, after arriving certain depth, under the effect of well hydraulic coupling
Shell fragment promotes conductive plug compression spring, and length of spring compressed is during to the degree set, conductive plug and resistance connection, and power supply begins type self-destroyed discharge.After sliding into setting layer position under the power bar, the conductive plug conducting of the voltage-controlled break-make device in electrically conductive socket and bottom, power supply begins to the bottom power supply, thereby ignites perforator.After perforation finishes, carry on the perforator, during less than internal pressure, spring begins to upspring at ambient pressure, and piston plug and resistance disconnect, and discharge finishes, and prevents the generation of leaking electricity.Simultaneously, voltage-controlled break-make device is mentioned after the ground, and contained spring also pops up, and conductive plug and voltage-controlled initiator disconnect, and can not cause ground burst, all plays protection ground construction personnel's effect.
Two, horizontal well perforation.Principle is the same, just power bar is dropped into the oil tube after, adopt the pump pressure motive force that power bar is advanced to predetermined level simultaneously and connect with voltage-controlled break-make device, cause voltage-controlled detonator detonates, reach the purpose of first floor (one deck topmost) perforator perforation.
Three, the ignition of the oil reservoir perforator below the horizontal well interlayer, be after detonating by upper strata (first floor) perforator, the quick-fried production thing that is produced promotes the further supercharging of interlayer supercharging device, pass to linear electric generator by the fluid column in the interlayer gun, the pressure of fluid column, promoting the pressure transmission bar glides, and then cut-out shear pin, making pressure transmission bar band coil continues to lower slider, coil is the relative motion cutting magnetic line in magnet steel, produces electric energy, is communicated with the next stage perforator by lead, ignite perforator, reach the purpose of perforation.
Four, during the cable conveying gun perforation, only need voltage-controlled break-make device to be equipped with and gets final product with voltage-controlled initiator.Connect power supply by cable and voltage-controlled break-make device, cause voltage-controlled detonator detonates, reach the perforation purpose.
Claims (9)
1, a kind of oil tube conveying gun perforation electric energy safe detonation system, it is characterized in that: mainly form by one-level or the perforator more than the one-level, each grade perforator is by power bar (a), voltage-controlled break-make device (b), voltage-controlled initiator (c), interlayer supercharging device (d) and linear electric generator (e) are formed, described power bar (a) is an independent individual, described voltage-controlled break-make device (b), voltage-controlled initiator (c), interlayer supercharging device (d) and linear electric generator (e) assembling are as a whole, wherein, voltage-controlled initiator (c) is contained in the perforating gun of voltage-controlled break-make device (b) lower end, and the lower end of voltage-controlled break-make device (b) and interlayer supercharging device (d) flexibly connect; The lower end of interlayer supercharging device (d) and linear electric generator (e) flexibly connect, utilize the power supply in the power bar (a), voltage-controlled break-make device and voltage-controlled initiator are connected, ignite the one-level perforator, the pressure that the one-level perforator is ignited the production deposits yields sends interlayer supercharging device (d) to, promote linear electric generator motion (e) generating, next stage perforator (f) is ignited.
2, oil tube conveying gun perforation electric energy safe detonation system according to claim 1, it is characterized in that: described power bar (a) mainly is made up of shell (a7), helmet (a1) and cavity (a10), helmet is provided with and the extraneous hole that communicates, and flexibly connect with the top of shell (a7), the lower end of shell flexibly connects cavity (a10); Shell fragment (a2), piston plug (a3), spring (a4), resistance (a5) and power supply (a6) are housed in the described shell (a7), described shell fragment (a2) withstands on the top of piston plug (a3), the bottom of piston plug (a3) is with spring (a4), and separate with felt pad (a11), resistance (a5) is provided with socket so that be communicated with conductive plug, and is communicated with by lead with power supply (a6); Electrically conductive socket (a8) and isolator (a9) are equipped with in described shell (a7) inside, lower end, and isolator (a9) is provided with through hole with cavity (a10), communicates with the external world.
3, oil tube conveying gun perforation electric energy safe detonation system according to claim 2 is characterized in that: described power supply (6) adopts condenser type, magneto-electric, turbine generation formula, piezo crystal or battery (DC).
4, oil tube conveying gun perforation electric energy safe detonation system according to claim 1, it is characterized in that: described voltage-controlled break-make device (b) comprises conductive plug (b1), piston (b2), spring (b3), felt pad (b4), voltage-controlled initiator (c) and perforating gun (b6), in the perforating gun (b6) voltage-controlled initiator is housed, be provided with conductive plug (b1) in the upper end cavity of voltage-controlled initiator, piston (b2), spring (b3) and felt pad (b4), conductive plug (b1) is by felt pad (b4) and perforating gun insulation, spring (b3) is housed in the piston (b2), spring (b3) end withstands on the inwall of piston (b2), and the other end withstands on the step of perforating gun (b6).
5, oil tube conveying gun perforation electric energy safe detonation system according to claim 4 is characterized in that: described conductive plug (b1) is the triangular type.
6, oil tube conveying gun perforation electric energy safe detonation system according to claim 1, it is characterized in that: described voltage-controlled initiator (c) comprises short-circuit piece (c1), spring (c2), shell (c4), lead (c5), bridge silk (c6), shell (c4) upper end has the hole, the conductive plug of voltage-controlled break-make device can be passed through, short-circuit piece (c1) is equipped with in inside, short-circuit piece (c1) withstands on the shell (c4) by spring (c2), by lead (c5) spring (c2) is communicated with the bridge silk (c6) of shell inner cavity, bridge silk (c6) is by lead and shell (c4) short circuit, and bridge silk (c6) is in the full closeding state of metal shell like this.
7, oil tube conveying gun perforation electric energy safe detonation system according to claim 6, it is characterized in that: the centre of described shell (c4) is provided with the hole, isolator (c3) is contained in the hole, be provided with aperture in the middle of the isolator (c3), the lead (c5) that passes isolator (c3) is communicated with spring (c2) with the bridge silk (c6) of shell inner cavity.
8, oil tube conveying gun perforation electric energy safe detonation system according to claim 1, it is characterized in that: described interlayer supercharging device (d) comprises piston rod (d1), pressurization head (d2) and interlayer gun (d3), the upper end of interlayer gun (d3) is by flexibly connecting with the upper level perforating gun, the lower end is by flexibly connecting with linear electric generator, one end of piston rod (d1) closely is connected with the upper level perforating gun, the other end is connected with pressurization head (d3), and interlayer gun (d3) is provided with a plurality of through holes that are in communication with the outside (d4).
9, oil tube conveying gun perforation electric energy safe detonation system according to claim 1, it is characterized in that: described linear electric generator (e) comprises pressure transmission bar (e1), shear pin (e2), coil (e3), magnet steel (e4), housing (e5), isolator (e6) and lead (e7), described pressure transmission bar (e1) inside is provided with the hole of dress shear pin (e2), the lower end is tied with coil (e3), the centre closely is connected by the inner chamber of sealing ring with housing (e5), coil (e3) is drawn lead (e7), and electric energy is guided to next device; The inner chamber of housing (e5) is equipped with magnet steel (e4), coil (e3) can be in magnet steel (e4) the relative motion cutting magnetic line, produce electric energy.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200254332U CN201236684Y (en) | 2008-07-08 | 2008-07-08 | Oil pipe transportation perforation electric security detonation system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200254332U CN201236684Y (en) | 2008-07-08 | 2008-07-08 | Oil pipe transportation perforation electric security detonation system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201236684Y true CN201236684Y (en) | 2009-05-13 |
Family
ID=40649423
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008200254332U Expired - Lifetime CN201236684Y (en) | 2008-07-08 | 2008-07-08 | Oil pipe transportation perforation electric security detonation system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201236684Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101302928B (en) * | 2008-07-08 | 2012-06-13 | 中国石化集团胜利石油管理局测井公司 | Oil tube conveying gun perforation electric energy safe detonation system |
| CN107829712A (en) * | 2017-10-31 | 2018-03-23 | 东营黄蓝知识产权运营管理有限公司 | A kind of perforation supercharging equipment |
| CN111183270A (en) * | 2017-07-25 | 2020-05-19 | 狩猎巨人公司 | Hydraulic delay actuated by energy output of perforating gun |
-
2008
- 2008-07-08 CN CNU2008200254332U patent/CN201236684Y/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101302928B (en) * | 2008-07-08 | 2012-06-13 | 中国石化集团胜利石油管理局测井公司 | Oil tube conveying gun perforation electric energy safe detonation system |
| CN111183270A (en) * | 2017-07-25 | 2020-05-19 | 狩猎巨人公司 | Hydraulic delay actuated by energy output of perforating gun |
| CN107829712A (en) * | 2017-10-31 | 2018-03-23 | 东营黄蓝知识产权运营管理有限公司 | A kind of perforation supercharging equipment |
| CN107829712B (en) * | 2017-10-31 | 2021-01-12 | 山东鹤鹏技术有限公司 | Perforation supercharging equipment |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101302928B (en) | Oil tube conveying gun perforation electric energy safe detonation system | |
| US8006779B2 (en) | Pressure cycle operated perforating firing head | |
| CN102022101B (en) | Multi-stage perforating pressurizing device | |
| CA2789357A1 (en) | Combined fracturing and perforating method and device for oil and gas well | |
| CN201225138Y (en) | Oil conduit transportation perforation press control on-off machine | |
| CN201531261U (en) | Deflagration fracturing device used in cased well | |
| US7819180B2 (en) | High-energy gas fracture apparatus for through-tubing operations | |
| CN201236684Y (en) | Oil pipe transportation perforation electric security detonation system | |
| CN102967191A (en) | Blasting method for treatment of gob | |
| CN101737028A (en) | Coalbed methane high-power pulse fracturing developing device | |
| CN201256350Y (en) | Oil pipe conveying perforation linear electricity generator | |
| CN201568038U (en) | Composite fracturing and perforating device for oil and gas well | |
| CN100491692C (en) | Compound perforator without body | |
| CN112761587A (en) | Drilling methane multistage pulse energy-gathering blasting enhanced extraction method | |
| CN112727410A (en) | Composite perforating electronic circuit time-delay negative pressure device | |
| CN203083466U (en) | Low-boulder-yield waterpower supercharging blasting charging structure | |
| CN201225139Y (en) | Oil conduit transportation perforation press control detonator | |
| CN201250652Y (en) | Oil pipe transmission perforation power supply bar | |
| CN2630492Y (en) | Perforation-strong overpressure balance symmetric fracturing apparatus | |
| CN203114256U (en) | Pressure relief device of dynamic negative pressure perforation operation | |
| CN202614114U (en) | Detonating tool with reliable propagation of detonation | |
| CN103089203A (en) | Pressure relief device of dynamic negative pressure perforating operation | |
| CN2809210Y (en) | Perforating charge with after effect | |
| CN203515521U (en) | Detonation safety device | |
| CN2663652Y (en) | Perforation - liquid pharmacon fracturing composite device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20090513 Effective date of abandoning: 20080708 |