CN202594999U - Portable probe for detonating fuse manufacturing machine - Google Patents
Portable probe for detonating fuse manufacturing machine Download PDFInfo
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- CN202594999U CN202594999U CN 201220256405 CN201220256405U CN202594999U CN 202594999 U CN202594999 U CN 202594999U CN 201220256405 CN201220256405 CN 201220256405 CN 201220256405 U CN201220256405 U CN 201220256405U CN 202594999 U CN202594999 U CN 202594999U
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- card pipe
- probe card
- hole
- endoporus
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Abstract
A portable probe for a detonating fuse manufacturing machine relates to a broken and fine chemical automatic detection probe of the detonating fuse manufacturing machine. The portable probe changes a separated type structure into an integrated structure and comprises a probe main body, a probe clamp pipe sleeve, a probe clamp pipe, a sealing gasket and a probe support. The outer circumference of the probe main body penetrates through the axis of the probe, through holes perpendicular to the axis of the probe and a sink platform threaded hole in concentric with the through holes at two ends. The probe clamp pipe sleeve, the probe clamp pipe and the sealing gasket are arranged in the sink platform threaded hole, and the probe clamp pipe is made of high-hardness wear-resisting materials. The portable probe prolongs service life, improves detection accuracy, stabilizes product quality, prolongs replacement period, reduces shutdown loss and improves yield. When the probe is abraded to a set value, the probe clamp pipe sleeve is screwed loose to enable the probe clamp pipe to be convenient and quick to replace. The whole probe is not dismounted and replaced, material cost and unit production time cost are saved, and comprehensive economic benefit is obvious. The portable probe can be widely applied to all detonating production enterprises.
Description
Technical field
The utility model relates to the primacord fuse rope making machine, the probe that the disconnected thin medicine of medicine of especially a kind of portable primacord fuse rope making machine detects automatically.
Background technology
The principle of work of the disconnected automatic detection probe of the thin medicine of medicine of existing primacord fuse rope making machine is: when making delivery port through automatic detection probe of the primacord fuse work in-process produced; Judge the gap length of the half-finished diameter of primacord fuse and probe delivery port diameter according to the size of equipped at outlet port compression pressure, the half-finished diameter of explanation primacord fuse is less than set(ting)value during greater than the gap set(ting)value when the gap, and then primacord fuse has disconnected medicine or thin medicine fault; At this moment; The pressurized gas that gets into probe endoporus constant pressure leaks, and compressed gas pressure is descended, when pressure during less than the setup pressure value of electro connecting pressure gauge; Break off with the placed in-line electro connecting pressure gauge of motor; Make motor outage, rope making machine stops, and examine, just can work on after fixing a breakdown.But the disconnected automatic detection probe of the thin medicine of medicine of existing primacord fuse rope making machine is the one-piece construction pattern; The half-finished delivery port of its probe body and primacord fuse makes an integral body, because the turnout of rope making machine is very big, the primacord fuse work in-process often rub with the probe delivery port; Make the delivery port wearing and tearing big; Need frequent shutdown, change probe, output is also influenced, integral replacing pops one's head in also waste material, waste man-hour, also has because of wearing clearance to report disorderly closedown greatly by mistake; Cause surveying insensitive, quality is unstable.
By the applicant invention, the structure of the disconnected automatic detection probe of the thin medicine of medicine of primacord fuse rope making machine is changed into split-type structural by one-piece construction and studs with " a kind of probe of primacord fuse rope making machine " that the high-strength abrasion-proof material makes the probe card pipe, obtained patent for invention.This patent has improved probe work-ing life, has improved the detection accuracy of automatic detection probe, the stable quality product that guarantees because of probe card pipe wear resistance has improved 50-60 times, and the replacement cycle of popping one's head in extends, also reduces and change probe, reduction shutdown loss, raising output; When wearing and tearing reach set(ting)value; Only need change the probe card pipe, needn't change whole probe, save materials cost, working hour expense; Overall economic efficiency is remarkable, is extensively promoted the use of.But what in use find this unique blemish in an otherwise perfect thing of popping one's head in is: when the wearing and tearing of probe card pipe reach set(ting)value, need integral body to take off probe, burn caking agent, just can take off the probe card pipe, change new probe card pipe again.In a word, change trouble, convenient, fast inadequately.
The applicant has invented and needn't whole take off probe, can change quickly and easily " a kind of probe of portable primacord fuse rope making machine " of probe card pipe to the deficiency of above-mentioned existence now.
According to retrieval, domestic do not have the patented claim identical with the utility model as yet.
Summary of the invention
To the deficiency of above-mentioned existence, the utility model provide a kind of change one-piece construction be split-type structural, the high hardness wear-resisting material be housed make " a kind of probe of portable primacord fuse rope making machine " the probe card pipe, that can change the probe card pipe quickly and easily.
The utility model solves the technical scheme that its technical problem adopted: like Fig. 1, shown in Figure 2; This primacord fuse rope making machine comprises drug storage bucket 1, heart yearn 2, glass medicine cylinder 3, plastics tubing 4, paper matrix 5, separated time mouth 6, coils 7 together, compression gas pipe 8, portable probe 9, two road dishes 10, work in-process traction wheel 11, finished product traction wheel 13, lead pulley 14, take-up reel 15, motor 16, air compressor machine 17, electro connecting pressure gauge; It is characterized in that: it is split-type structural that described portable probe 9 changes one-piece construction, comprises probe body 9.1, probe card pipe box 9.2, probe card pipe 9.3, sealring 9.4, probe bracket 9.5; Described probe body 9.1 is stepped axle; On the excircle of probe body 9.1 big axle heads, did the probe body axial line and with the vertical through hole of axial line; The diameter of this through hole is primacord fuse work in-process diameter plus deviation 0.5-1mm, is benchmark with this through hole, on the excircle of these probe body 9.1 big axle heads, do and the concentric heavy stand threaded hole of this through hole; Again at the other end of this through hole, also be benchmark with this through hole; On the excircle of these probe body 9.1 big axle heads, do and the concentric heavy stand threaded hole of this through hole, make this through hole two ends heavy stand threaded hole the diameter of screw unanimity, pitch is consistent, height of thread is consistent, makes the right cylinder endoporus transition fit of the excircle and the probe bracket 9.5 of probe body 9.1 little axle heads; Making an end at little axle head head is that through hole, the other end are the compressed gas passages of blind hole; Tunnel ends does have IT to cooperate with the tube stub 8.1 of compression gas pipe 8, and its blind hole end passes the through hole of big axle head, and is broken into upper and lower two-section to this through hole; It is two stepped nahlocks that described two probe card pipe boxes 9.2 make cylindrical; Its big end excircle is made screw thread and is cooperated with threaded hole on the probe body 9.1; Its big end end face is made the endoporus of dress probe card pipe 9.3; Its small end excircle is done six sides, is used to loosen, tighten probe card pipe box 9.2, and its small end end face is made 90 degree taper holes, and the microcephaly of taper hole is consistent with the diameter of probe body 9.1 through holes; The round cover that described probe card pipe 9.3 makes for the high hardness wear-resisting material; The endoporus precision of its cylindrical and probe card pipe box 9.2 movingly; Its endoporus and primacord fuse work in-process external diameter movingly, two probe card pipe 9.3 its end endoporus have up all been made circular-arc hydraucone up and down; The O type circle that described sealring 9.4 is done for nitrile rubber, its outside diameter should be less than the outside diameter of probe card pipe 9.3, and its diameter of bore should be greater than probe body 9.1 through-hole diameters; Described probe bracket 9.5 is the right cylinder shape that combines with rectangular slab, and its right cylinder endoporus is fixedly connected with the little axle head of probe body 9.1, and work has connecting hole on its rectangular slab, can be with the casing fixed connection of coiling 7 through screw; Do to have a circular-arc bell-mouthed end to pack in the endoporus of probe card pipe box 9.2 down probe card pipe 9.3; The sealring 9.4 of in this endoporus, packing into again; Then its integral body is packed in the threaded hole on the probe body 9.1, and adjustment probe card pipe box 9.2, make it compress sealring 9.4; Load onto another probe card pipe box 9.2, probe card pipe 9.3, sealring 9.4 with quadrat method, note making probe card pipe 9.3 to do to have a circular-arc bell-mouthed end to pack in probe card pipe box 9.2 endoporus up; The right cylinder endoporus of probe bracket 9.5 is fixedly connected with the little axle head of probe body 9.1; Tube stub 8.1 with compression gas pipe 8 is connected with probe body 9.1 ITs again; With screw the portable probe 9 that probe body 9.1, probe card pipe box 9.2, probe card pipe 9.3, sealring 9.4, probe bracket 9.5 are assembled into is fixed on the casing of one dish 7 at last, and makes probe card pipe 9.3 do a circular-arc bell-mouthed end is arranged up; Described probe card pipe 9.3 is round covers that the high hardness wear-resisting material makes, and can be wimet circle cover, also can be high hardness powder metallurgy circle cover; When the endoporus wearing and tearing of probe card pipe 9.3 reach set(ting)value; Only need unscrew probe card pipe box 9.2, take off and change probe card pipe 9.3, the probe card pipe box 9.2 of screwing again again; Do not reach and need dismantle, need not change probe body 9.1, just can change the purpose of probe card pipe 9.3 quickly and easily.
The work of primacord fuse rope making machine the time is the core layers with primacord fuse---pacifies very much explosive and packs in the drug storage bucket 1; When four heart yearns 2 penetrate glass medicine cylinder 3; Pacify very much explosive and be evenly distributed in and pass plastics tubing 4, paper matrix 5 around the heart yearn together, by the wick paper slip with heart yearn, pacify explosive very much and form cylindricly through paper matrix 5, the polypropylene flat-filament band that is being rotated at separated time mouth 6 places of coiling setting on 7 together again is wound in the primacord fuse work in-process spirally; Drawn the probe card pipe 9.3 that passes portable probe 9 by work in-process traction wheel 11; Get into two road dishes 10 again, being twined one deck at two road dishes 10 again by the polypropylene flat-filament band becomes primacord fuse finished product 12, by 13 tractions of finished product traction wheel; By lead pulley 14 winding displacements, be wrapped at last on the take-up reel 15.When its diameter of primacord fuse work in-process of the probe card pipe 9.3 that passes portable probe 9 conforms to quality requirements; The gap of its diameter and probe card pipe 9.3 endoporus is in the set(ting)value of gap; Then air compressor machine 17 that provide, get into portables by compression gas pipe 8 and pop one's head in the constant pressure of compressed gas of 9 endoporus in set(ting)value, primacord fuse rope making machine works better; When the disconnected thin medicine of medicine took place, the gap of the half-finished diameter of primacord fuse and probe card pipe 9.3 endoporus was greater than the gap set(ting)value, then got into the pop one's head in compressed gas leakage of 9 endoporus of portable; Compressed gas pressure is descended; When pressure during, break off motor 16 outages with the placed in-line electro connecting pressure gauge of motor less than the pressure set points of electro connecting pressure gauge; The primacord fuse rope making machine quits work, and caution has the thin medicine fault of disconnected medicine to take place.Just can work on after fixing a breakdown.
The beneficial effect of the utility model is:
It is split-type structural that the disconnected automatic detection probe of the thin medicine of medicine of a kind of portable primacord fuse of the utility model rope making machine changes one-piece construction; The probe card pipe that the high hardness wear-resisting material of on probe body, packing into makes; Wear resistance has improved 50-60 times, has improved probe work-ing life, has improved the detection accuracy of automatic detection probe, the stable quality product that guarantees; Cycle, reduction shutdown loss, the raising output of changing the probe card pipe have been prolonged; When the probe wearing and tearing reach set(ting)value, only need change the probe card pipe, needn't change whole probe, save materials cost, working hour expense; When changing the probe card pipe, only need unscrew the probe card pipe box, take off and change the probe card pipe, the probe card pipe box of screwing does not again again reach and need dismantle, need not change probe body, just can change the purpose of probe card pipe quickly and easily; The utility model overall economic efficiency is remarkable.
But the utility model wide popularization and application is in all primacord fuse manufacturing enterprises.
Description of drawings
Fig. 1 is the complete machine structure synoptic diagram of the utility model primacord fuse rope making machine.
Fig. 2 is the sonde configuration synoptic diagram of the utility model portable primacord fuse rope making machine.
Embodiment
Utilize accompanying drawing and embodiment that the utility model is described further.
A kind of portable primacord fuse of the utility model rope making machine probe 9 is when making; Earlier the excircle of processing probe body 9.1 becomes step shaft, the excircle that makes little axle head and probe bracket 9.5 be connected the endoporus transition fit, on the excircle of axle head greatly, made probe body 9.1 axial lines; And with the vertical through hole of its axial line; The diameter of this through hole is primacord fuse work in-process diameter plus deviation 0.5-1mm, is benchmark with this through hole, on the excircle of these probe body 9.1 big axle heads, do and the concentric heavy stand threaded hole of this through hole; Again at the other end of this through hole, also be benchmark with this through hole; On the excircle of these probe body 9.1 big axle heads, do and the concentric heavy stand threaded hole of this through hole, make this through hole two ends heavy stand threaded hole the diameter of screw unanimity, pitch is consistent, height of thread is consistent, then making an end at little axle head head is through hole; The other end is the compressed gas passage of blind hole; Tunnel ends does have IT to cooperate with the tube stub 8.1 of compression gas pipe 8, and its blind hole end passes the through hole of big axle head, and is broken into upper and lower two-section to this through hole; Make two probe card pipe boxes 9.2 that cylindrical is two stepped nahlocks; Its big end excircle is made screw thread and is cooperated with threaded hole on the probe body 9.1; Its big end end face is made the endoporus of dress probe card pipe 9.3; Its small end excircle is done six sides, is used to loosen, tighten probe card pipe box 9.2, and its small end end face is made 90 degree taper holes, and the microcephaly of taper hole is consistent with the diameter of probe body 9.1 through holes; Make two probe card pipes 9.3 with the high hardness wear-resisting material; The endoporus precision that makes its cylindrical and probe card pipe box 9.2 movingly; Its endoporus and primacord fuse work in-process external diameter movingly, two probe card pipe 9.3 its end endoporus have up all been made circular-arc hydraucone up and down; Two O type circles that sealring 9.4 is done for nitrile rubber, its outside diameter should be less than the outside diameter of probe card pipe 9.3, and its diameter of bore should be greater than probe body 9.1 through-hole diameters; Described probe bracket 9.5 is the right cylinder shape that combines with rectangular slab, and its right cylinder endoporus is fixedly connected with the little axle head of probe body 9.1, and work has connecting hole on its rectangular slab, can be with the casing fixed connection of coiling 7 through screw; Do to have a circular-arc bell-mouthed end to pack in the endoporus of probe card pipe box 9.2 down probe card pipe 9.3; The sealring 9.4 of in this endoporus, packing into again; Then its integral body is packed in the threaded hole on the probe body 9.1, and adjustment probe card pipe box 9.2, make it compress sealring 9.4; Load onto another probe card pipe box 9.2, probe card pipe 9.3, sealring 9.4 with quadrat method, note making probe card pipe 9.3 to do to have a circular-arc bell-mouthed end to pack in probe card pipe box 9.2 endoporus up; The right cylinder endoporus of probe bracket 9.5 is fixedly connected with the little axle head of probe body 9.1; Tube stub 8.1 with compression gas pipe 8 is connected with probe body 9.1 ITs again; With screw the portable probe 9 that probe body 9.1, probe card pipe box 9.2, probe card pipe 9.3, sealring 9.4, probe bracket 9.5 are assembled into is fixed on the casing of one dish 7 at last, and makes probe card pipe 9.3 do a circular-arc bell-mouthed end is arranged up.
When portable pops one's head in 9 after installation on the primacord fuse rope making machine; Can heart yearn 2 be penetrated from glass medicine cylinder 3, through plastics tubing 4, paper matrix 5, separated time mouth 6, coil 7 together, probe card pipe 9.3 places of portable probe 9 pass, again through two road dishes 10, be pulled and be wound on the work in-process traction wheel 11; To pacify very much explosive pours in the drug storage bucket 1; Starter motor 16, the work of primacord fuse rope making machine is when four heart yearns 2 get into glass medicine cylinder 3; Pacify very much explosive and pass plastics tubing 4, paper matrix 5 together around being evenly distributed in heart yearn 2; By the wick paper slip with heart yearn, pacify explosive very much and form cylindricly through paper matrix 5, be wound in the primacord fuse work in-process spirally coiling on 7 the polypropylene flat-filament band that separated time mouth 6 places that are provided with are being rotated together again, drawn by work in-process traction wheel 11 and passing pop one's head in 9 probe card pipe 9.3 of portable and get into two road dishes 10 again; Twined one deck at two road dishes 10 again by the polypropylene flat-filament band and become primacord fuse finished product 12; By 13 tractions of finished product traction wheel,, be wrapped at last on the take-up reel 15 by lead pulley 14 winding displacements.
When the thin medicine fault of disconnected medicine occurring; The half-finished diameter of primacord fuse is less than set(ting)value, and when then passing through probe card pipe 9.3 places of portable probe 9, the gap of its primacord fuse work in-process diameter and probe card pipe diameter is greater than the gap set(ting)value; Getting into the pop one's head in pressurized gas of 9 endoporus of portables by compression gas pipe 8 is leaked by gap location; Compressed gas pressure descends, when pressure during less than the pressure set points of electro connecting pressure gauge, and electro connecting pressure gauge and motor disconnection; Rope making machine quits work, and caution has the thin medicine fault of disconnected medicine.Because probe card pipe 9.3 usefulness high hardness wear-resisting materials make, its wear resistance improves 50---60 times, and improve work-ing life, improved the detection accuracy of automatic detection probe, the stable quality product that guarantees, can not report by mistake because of mechanical wear; Prolong the cycle that probe is changed, reduced shutdown loss, improved output; When wearing and tearing reach set(ting)value, only need change probe card pipe 9.3, needn't change whole probe, save materials cost, working hour expense; When changing probe card pipe 9.3; Only need unscrew probe card pipe box 9.2, take off and change probe card pipe 9.3; Again the probe card pipe box 9.2 of screwing does not again reach and need dismantle, need not change probe body 9.1, just can change the purpose of probe card pipe 9.3 quickly and easily; The utility model overall economic efficiency is remarkable.
But the utility model wide popularization and application is in all primacord fuse manufacturing enterprises.
Claims (2)
1. the probe of a portable primacord fuse rope making machine; This primacord fuse rope making machine comprises drug storage bucket (1), heart yearn (2), glass medicine cylinder (3), plastics tubing (4), paper matrix (5), separated time mouth (6), coils (7), compression gas pipe (8), portable probe (9), two road dishes (10), work in-process traction wheel (11), finished product traction wheel (13), lead pulley (14), take-up reel (15), motor (16), air compressor machine (17), electro connecting pressure gauge for one; It is characterized in that: it is split-type structural that described portable probe (9) changes one-piece construction, comprises probe body (9.1), probe card pipe box (9.2), probe card pipe (9.3), sealring (9.4), probe bracket (9.5); Described probe body (9.1) is stepped axle; On the excircle of the big axle head of probe body (9.1), did the probe body axial line and with the vertical through hole of axial line; The diameter of this through hole is primacord fuse work in-process diameter plus deviation 0.5-1mm, is benchmark with this through hole, on the excircle of the big axle head of this probe body (9.1), do and the concentric heavy stand threaded hole of this through hole; Again at the other end of this through hole, also be benchmark with this through hole; On the excircle of the big axle head of this probe body (9.1), do and the concentric heavy stand threaded hole of this through hole, make this through hole two ends heavy stand threaded hole the diameter of screw unanimity, pitch is consistent, height of thread is consistent, makes the right cylinder endoporus transition fit of the excircle and the probe bracket (9.5) of the little axle head of probe body (9.1); Making an end at little axle head head is that through hole, the other end are the compressed gas passages of blind hole; Tunnel ends does have IT to cooperate with the tube stub (8.1) of compression gas pipe (8), and its blind hole end passes the through hole of big axle head, and is broken into upper and lower two-section to this through hole; It is two stepped nahlocks that described two probe card pipe boxes (9.2) make cylindrical; Its big end excircle is made screw thread and is cooperated with threaded hole on the probe body (9.1); Its big end end face is made the endoporus of dress probe card pipe (9.3); Its small end excircle is done six sides, is used to loosen, tighten probe card pipe box (9.2), and its small end end face is made 90 degree taper holes, and the top diameter of taper hole is consistent with the diameter of probe body (9.1) through hole; The round cover that described probe card pipe (9.3) makes for the high hardness wear-resisting material; The endoporus precision of its cylindrical and probe card pipe box (9.2) movingly; Its endoporus and primacord fuse work in-process external diameter movingly, its end endoporus up of two probe card pipes (9.3) has all been made circular-arc hydraucone up and down; The O type circle that described sealring (9.4) is done for nitrile rubber, its outside diameter is less than the outside diameter of probe card pipe (9.3), and its diameter of bore is greater than probe body (9.1) through-hole diameter; Described probe bracket (9.5) is the right cylinder shape that combines with rectangular slab, and its right cylinder endoporus is fixedly connected with the little axle head of probe body (9.1), and work has connecting hole on its rectangular slab, can be with the casing fixed connection of coiling (7) through screw; Do to have a circular-arc bell-mouthed end to pack in the endoporus of probe card pipe box (9.2) down probe card pipe (9.3); The sealring (9.4) of in this endoporus, packing into again; Then its integral body is packed in the threaded hole on the probe body (9.1); And adjustment probe card pipe box (9.2); Make it compress sealring (9.4), load onto another probe card pipe box (9.2), probe card pipe (9.3), sealring (9.4), note making probe card pipe (9.3) to do to have a circular-arc bell-mouthed end to pack in probe card pipe box (9.2) endoporus up with quadrat method; The right cylinder endoporus of probe bracket (9.5) is fixedly connected with the little axle head of probe body (9.1); Tube stub (8.1) with compression gas pipe (8) is connected with probe body (9.1) IT again; With screw the portable probe (9.) that probe body (9.1), probe card pipe box (9.2), probe card pipe (9.3), sealring (9.4), probe bracket (9.5) are assembled into is fixed on the casing of one dish (7) at last, and makes probe card pipe (9.3) do a circular-arc bell-mouthed end is arranged up; When the endoporus wearing and tearing of probe card pipe (9.3) reach set(ting)value; Only need unscrew probe card pipe box (9.2); Take off and change probe card pipe (9.3); Again the probe card pipe box (9.2) of screwing does not again reach and need dismantle, need not change probe body (9.1), just can change the purpose of probe card pipe (9.3) quickly and easily.
2. the probe of a kind of portable primacord fuse rope making machine according to claim 1; It is characterized in that: described probe card pipe (9.3) is the round cover that the high hardness wear-resisting material makes, and can be wimet circle cover, also can be high hardness powder metallurgy circle cover.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220256405 CN202594999U (en) | 2012-06-01 | 2012-06-01 | Portable probe for detonating fuse manufacturing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220256405 CN202594999U (en) | 2012-06-01 | 2012-06-01 | Portable probe for detonating fuse manufacturing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202594999U true CN202594999U (en) | 2012-12-12 |
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ID=47312555
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220256405 Expired - Lifetime CN202594999U (en) | 2012-06-01 | 2012-06-01 | Portable probe for detonating fuse manufacturing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202594999U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102675013A (en) * | 2012-06-01 | 2012-09-19 | 湖北帅力化工有限公司 | Convenient probe of detonating fuse manufacturing machine |
-
2012
- 2012-06-01 CN CN 201220256405 patent/CN202594999U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102675013A (en) * | 2012-06-01 | 2012-09-19 | 湖北帅力化工有限公司 | Convenient probe of detonating fuse manufacturing machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20121212 |
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| CX01 | Expiry of patent term |