CN205023320U - Asparagus cuts root processing equipment for packing - Google Patents
Asparagus cuts root processing equipment for packing Download PDFInfo
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- CN205023320U CN205023320U CN201520653159.3U CN201520653159U CN205023320U CN 205023320 U CN205023320 U CN 205023320U CN 201520653159 U CN201520653159 U CN 201520653159U CN 205023320 U CN205023320 U CN 205023320U
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- asparagus
- belt
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- cutter
- gear
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- Apparatuses For Bulk Treatment Of Fruits And Vegetables And Apparatuses For Preparing Feeds (AREA)
Abstract
The utility model relates to an asparagus cuts root processing equipment for packing, including root cutter, elevating conveyor and bobbing machine, set up the elevating conveyor under the root cutter discharge end, set up the bobbing machine under the elevating conveyor discharge end. The utility model discloses an asparagus cuts root processing equipment for packing, the cutting opening who cuts root back asparagus is straight, and the asparagus cuts the root does not have omissions totally, can the accurate adjustment cuts the excess length of root back asparagus, makes the great height of efficiency of asparagus processing, is fit for mass production, and the asparagus shape after cutting root processing is neat, pleasing to the eye, the product quality height, the saving cost, the potential safety hazard is effectively eliminated to the conveying efficiency height.
Description
Technical field
The utility model relates to asparagus and cuts root processing and packing technical field, is specifically related to a kind of asparagus and cuts root processing and packing equipment.
Background technology
Will through cleaning, cutting the step such as root, loading packing during processing asparagus.Along with the raising day by day of living standard, the exquisite degree of people to food is more and more paid attention to, and this just makes a lot of asparagus not only need to clean up in prtreatment, also will be particular about the attractive in appearance of asparagus profile.In the prior art, asparagus because of its profile various, so the mode of root cut by the processing of cutting root for the asparagus mode that generally adopts artificial hand to cut and machine.The mode that artificial hand is cut makes asparagus cut at substantial manpower in root process, and work efficiency is low, and bulk production difficulty, also can cause shape of product inconsistent because of labour variance, cut root weak effect.When cutting root with machine in prior art, cannot accurately cut out the product length wanted, and easy shift position when asparagus is cut root, cause cutting mouth to tilt, even part asparagus is not cut, and cuts root incomplete, poor product quality.Need to transport asparagus with transport plane between procedure of processing, but asparagus is attached with excessive moisture after root is cut in cleaning, make to leave potential safety hazard when Lifting Convey, in asparagus Lifting Convey process, the easily downwards landing and have asparagus to drop to outside transport plane of asparagus on travelling belt, causes conveying efficiency to be fallen.When asparagus after processing is cased, between asparagus and asparagus and between asparagus and packing chest casing, can Multiple level be there is, increase cost.
Utility model content
The purpose of this utility model is to provide a kind of asparagus and cuts root processing and packing equipment, accurately can adjust the length of cutting asparagus after root, and ensure that asparagus cuts the complete nothing omission of root and cutting mouth is straight, product design is high, and conveying efficiency is high, and packing chest can fill more asparagus, reduce costs, asparagus shape neat, attractive in appearance after cutting root processing, and the efficiency that asparagus process is greatly high, is applicable to production in enormous quantities.
In order to solve the problems of the technologies described above, the technical scheme that the utility model adopts is: a kind of asparagus cuts root processing and packing equipment, comprise root cutter, elevating conveyor and shakeout machine, immediately below described root cutter discharge end, elevating conveyor is set, immediately below elevating conveyor discharge end, shakeout machine is set, described root cutter is by frame I, conveying mechanism, cutting mechanism, cut root amplitude regulating mechanism and Ya Cai mechanism formation, described conveying mechanism is arranged in frame I, the load-transfer device of conveying mechanism is arranged at intervals with positioning plate along throughput direction, asparagus standing groove is formed between adjacent two positioning plates, arrange cutting mechanism along load-transfer device length direction to comprise cutter and drive the motor of cutter rotation, cutter are arranged on the side of load-transfer device,
Described elevating conveyor is made up of fall plate and drain gutter of frame II, driving pulley II, driven pulley II, travelling belt, gear dish belt pleat, resistance, wherein, driving pulley II and driven pulley II are arranged in frame II respectively, driving pulley II drives driven pulley II to rotate by travelling belt, described gear dish belt pleat is vertically set on the both sides of travelling belt, on described travelling belt, interval arranges and prevents the resistance of asparagus landing to fall plate, described travelling belt is arranged several drain gutters;
Described shakeout machine is by frame III, shaking platform, 4 box fixed mechanisms, vibrating motor, gear punch-out equipment frame and 4 springs I are formed, described shaking platform is supported in frame III by 4 springs I, below shaking platform, vibrating motor is set, described gear box bracket is arranged on shaking platform, 4 box fixed mechanisms are separately positioned on 4 cross bars of gear punch-out equipment frame, box fixed mechanism is by 2 nuts I, screw rod I, clamping plate and handle are formed, coaxially arrange between described 2 nuts I, the cross bar of gear box bracket is provided with the through hole passed for screw rod I, 2 nuts I are separately fixed at the two ends of through hole, one end of described screw rod I is connected with clamping plate with nut I through through hole on gear box bracket cross bar, the other end of screw rod I is connected with handle.
Described conveying mechanism is made up of positioning plate, load-transfer device, driving pulley I and driven pulley I, and load-transfer device winding is between driving pulley I and driven pulley I.
Described Ya Cai mechanism is by drive sprocket, messenger chain, driven sprocket, pressure dish belt, belt wheel I, belt wheel II, spring II and pull bar are formed, described drive sprocket is connected with driving pulley I coaxial transmission of conveying mechanism, be in transmission connection by messenger chain between drive sprocket and driven sprocket, the winding of described pressure dish belt is at belt wheel I, between belt wheel II and the sprocket shaft of driven sprocket, and pressure dish belt is arranged on directly over asparagus standing groove, described spring II is connected with the belt shaft of belt wheel I is vertical, pull bar is connected with the belt shaft of belt wheel I is vertical, and spring II is put in vertical with between pull bar.
Described cutting mechanism also comprises S. A., belt, and one end of S. A. is connected with cutter, and the other end of S. A. is connected with motor-driven by belt.
Described cutter are disc cutting knife, are provided with the two-sided cutting edge of the blunt circle of band along its circumference.
Described cut root amplitude regulating mechanism by keeping off chopping board, three nuts II, screw rod II and calibrated discs are formed, gear chopping board is arranged on the load-transfer device side relative with cutter along load-transfer device length direction, coaxially arrange between three nuts II, one of them nut II is fixedly mounted on gear chopping board, frame I is provided with the through hole corresponding with this nut II, two other nut II is separately fixed at the two ends of through hole, one end of described screw rod II is through the through hole in frame I and nut II and be placed in the nut II on gear chopping board, and the other end is connected with calibrated disc.
Compared with prior art, the utility model has following beneficial effect: asparagus of the present utility model cuts root processing and packing equipment, by arranging Ya Cai mechanism, asparagus is maintained static when cutting root, ensure that the asparagus cutting mouth after cutting root is straight, asparagus cuts root completely without omitting, root amplitude regulating mechanism is cut by arranging, accurately can adjust the residue length of cutting asparagus after root, the efficiency that asparagus is processed is greatly high, be applicable to producing in enormous quantities, the asparagus shape neat after cutting root work, attractive in appearance, product design is high; By shakeout machine by the asparagus jolt ramming in packing chest, make packing chest can load the asparagus of more weight, improve packing chest space availability ratio, cost-saving; Elevating conveyor arranges gear dish belt pleat, reduction is to the resistance run and gear dish is effective, effectively prevent asparagus from dropping to outside elevating conveyor, hinder plate and can effectively prevent asparagus landing, ensure that transport continuously, improve conveying efficiency, drain gutter can get rid of excessive moisture in time, effectively eliminates safe hidden trouble.
Accompanying drawing explanation
Fig. 1 is the structural representation that the utility model asparagus cuts root processing and packing equipment;
Fig. 2 is the structural representation that the utility model asparagus cuts that root processing and packing equipment cuts root amplitude regulating mechanism;
Fig. 3 is the birds-eye view that the utility model asparagus cuts root work packaging facilities elevating conveyor;
Fig. 4 is the birds-eye view that the utility model asparagus cuts root work packaging facilities box fixed mechanism;
Mark in figure: 1, frame I, 2, conveying mechanism, 201, positioning plate, 202, load-transfer device, 203, driving pulley I, 204, driven pulley I, 3, cutting mechanism, 301, cutter, 302, motor, 303, S. A., 304, belt, 4, cut root amplitude regulating mechanism, 401, gear chopping board, 402, nut II, 403, screw rod II, 404, calibrated disc, 5, Ya Cai mechanism, 501, drive sprocket, 502, messenger chain, 503, driven sprocket, 504, pressure dish belt, 505, belt wheel I, 506, belt wheel II, 507, spring II, 508, pull bar, 509, sprocket shaft, 601, frame II, 602, driving pulley II, 603, driven pulley II, 604, travelling belt, 605, gear dish belt pleat, 606, hinder plate, 607, drain gutter, 701, frame III, 702, shaking platform, 703, nut I, 704, screw rod I, 705, clamping plate, 706, handle, 707, vibrating motor, 708, gear punch-out equipment frame, 709, spring I.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the utility model is elaborated; the present embodiment is premised on technical solutions of the utility model; give detailed embodiment and concrete operating process, but protection domain of the present utility model is not limited to following embodiment.
As shown in the figure, a kind of asparagus cuts root processing and packing equipment, comprise root cutter, elevating conveyor and shakeout machine, immediately below described root cutter discharge end, elevating conveyor is set, immediately below elevating conveyor discharge end, shakeout machine is set, be put in root cutter after asparagus cleaning and cut, cut the asparagus after root and be transported in the packing chest be placed in shakeout machine jolt ramming of casing by elevating conveyor.
Described root cutter by frame I 1, conveying mechanism 2, cutting mechanism 3, cut root amplitude regulating mechanism 4 and Ya Cai mechanism 5 is formed, described conveying mechanism 2 is arranged in frame I 1, the load-transfer device 202 of conveying mechanism 2 is arranged at intervals with positioning plate 201 along throughput direction, asparagus standing groove is formed between adjacent two positioning plates 201, arrange cutting mechanism 3 along load-transfer device 202 length direction to comprise cutter 301 and drive the motor 302 of cutter 301 rotation, cutter 301 are arranged on the side of load-transfer device 202.
Described conveying mechanism 2 is made up of positioning plate 201, load-transfer device 202, driving pulley I 203 and driven pulley I 204, and load-transfer device 202 winding is between driving pulley I 203 and driven pulley I 204.
Described Ya Cai mechanism 5 is by drive sprocket 501, messenger chain 502, driven sprocket 503, pressure dish belt 504, belt wheel I 505, belt wheel II 506, spring II 507 and pull bar 508 are formed, described drive sprocket 501 is connected with driving pulley I 203 coaxial transmission of conveying mechanism 2, be in transmission connection by messenger chain 502 between drive sprocket 501 and driven sprocket 503, the winding of described pressure dish belt 504 is at belt wheel I 505, between the sprocket shaft 509 of belt wheel II 506 and driven sprocket 503, and pressure dish belt 504 is arranged on directly over asparagus standing groove, described spring II 507 is connected with the belt shaft of belt wheel I 505 is vertical, pull bar 508 is connected with the belt shaft of belt wheel I 505 is vertical, and put in vertical between spring II 507 with pull bar 508.
Described cutting mechanism 3 also comprises S. A. 303, belt 304, and one end of S. A. 303 is connected with cutter 301, and the other end of S. A. 303 is in transmission connection by belt 304 and motor 302.
Described cuts root amplitude regulating mechanism 4 by gear chopping board 401, three nuts II 402, screw rod II 403 and calibrated disc 404 are formed, gear chopping board 401 is arranged on load-transfer device 202 side relative with cutter 301 along load-transfer device 202 length direction, coaxially arrange between three nuts II 402, one of them nut II 402 is fixedly mounted on gear chopping board 401, frame I 1 is provided with the through hole corresponding with this nut II 402, two other nut II 402 is separately fixed at the two ends of through hole, one end of described screw rod II 403 is through the through hole in frame I 1 and nut II 402 and be placed in the nut II 402 on gear chopping board 401, the other end is connected with calibrated disc 404.
When carrying out processing to asparagus and cutting root, asparagus put into asparagus standing groove and make one end of asparagus be against on gear chopping board 401, rotary dial 404 drives screw rod II 403 and gear chopping board 401 to move forward or backward simultaneously, when the length of the scale display on calibrated disc 404 is consistent with required asparagus length, stop operating calibrated disc 404, cuts root amplitude regulating mechanism 4 and accurately can adjust the residue length of cutting asparagus after root.The driving pulley I 203 of conveying mechanism 2 drives driven pulley I 204 to rotate by load-transfer device 202, and load-transfer device 202 drives the asparagus being placed on asparagus standing groove to move to the direction of cutter 301.The belt shaft of described driving pulley I 203 arranges drive sprocket 501, and drive sprocket 501 drives driven sprocket 503 to rotate by messenger chain 502, and the sprocket shaft 509 on driven sprocket 503 is with movable belt pulley I 505 and belt wheel II 506 to rotate by pressure dish belt 504.Pull bar 508 is connected with the belt shaft of belt wheel I 505 is vertical, belt wheel I 505 is not moved in the horizontal direction, spring II 507 is connected with the belt shaft of belt wheel I 505 is vertical, and spring II 507 is in compressive state, to belt wheel I 505 with pressure, and then make the asparagus elastic compression in pressure dish belt 504 pairs of asparagus standing grooves by belt wheel I 505, make asparagus be kept when cutting root maintaining static, cutting mouth neat appearance.Described motor 302 is rotated by belt 304 driven rotary axle 303, S. A. 303 drives cutter 301 and its to rotate simultaneously, the asparagus transported by conveying mechanism 2 is when through cutter 301, its root cuts, thus making remaining asparagus length in asparagus standing groove consistent, on calibrated disc 404, the length of display is the residue length of asparagus.Described cutter 301 are disc cutting knife, be provided with the two-sided cutting edge of the blunt circle of band, cut root neatly rapid along its circumference.
Described elevating conveyor is by frame II 601, driving pulley II 602, driven pulley II 603, travelling belt 604, gear dish belt pleat 605, fall plate 606 and drain gutter 607 of resistance is formed, wherein, driving pulley II 602 and driven pulley II 603 are arranged in frame II 601 respectively, driving pulley II 602 drives driven pulley II 603 to rotate by travelling belt 604, described gear dish belt pleat 605 is vertically set on the both sides of travelling belt 604, on described travelling belt 604, interval arranges and prevents the resistance of asparagus landing to fall plate 606, described travelling belt 604 is arranged several drain gutters 607.Asparagus is sent to elevating conveyor feed end by root cutter discharge end, asparagus on travelling belt 604 by one end Lifting Convey near driven pulley II 603 to one end of close driving pulley II 602, on described travelling belt 6044, interval arranges resistance and to fall plate 606, prevent asparagus landing, ensure that transport continuously, improves conveying efficiency.Gear dish belt pleat 605 moves along with travelling belt 604, because gear dish belt pleat 605 is with flexible, so can elastic stretch when to keep off when dish belt pleat 605 moves to driving pulley II 602 and driven pulley II 603 place, substantially reduce resistance when asparagus processing elevating conveyor runs, effectively preventing asparagus from dropping to, elevating conveyor is outer and gear dish belt pleat 605 installs convenient and swift.Need clean asparagus man-hour because add asparagus, so asparagus can adhere to large quantity of moisture when Lifting Convey asparagus, described travelling belt 604 be arranged several drain gutters 607, excessive moisture can be got rid of in time, more safe and reliable, eliminate safe hidden trouble.
Described shakeout machine is by frame III 701, shaking platform 702, 4 box fixed mechanisms, vibrating motor 707, gear punch-out equipment frame 708 and 4 springs I 709 are formed, described shaking platform 702 is supported in frame III 701 by 4 springs I 709, vibrating motor 707 is set below shaking platform 702, described gear box bracket 708 is arranged on shaking platform 702, 4 box fixed mechanisms are separately positioned on 4 cross bars of gear punch-out equipment frame 708, box fixed mechanism is by 2 nuts I 703, screw rod I 704, clamping plate 705 and handle 706 are formed, coaxially arrange between described 2 nuts I 703, the cross bar of gear box bracket 708 is provided with the through hole passed for screw rod I 704, 2 nuts I 703 are separately fixed at the two ends of through hole, one end of described screw rod I 704 is connected with clamping plate 705 with nut I 703 through through hole on gear box bracket 708 cross bar, the other end of screw rod I 704 is connected with handle 706.Packing chest is placed on shaking platform 702, rotary handle 706 drives screw rod I 704 and clamping plate 705 to move with contact packing case side, by 4 box fixed mechanisms, packing chest is fixed to clamp, asparagus is sent in packing chest by elevating conveyor, opening switch makes vibrating motor 707 work, the shaking platform 702 supported by 4 springs I 709 produces vibration, and the clamping of box fixed mechanism to packing chest ensure that shakeout machine packing chest when operational vibration can not drop, convenient and safe.Asparagus by packing chest after jolt ramming vacant go out more free space, make packing chest can put into more asparagus, substantially increase the space availability ratio of packing chest, save tooling cost.
Claims (6)
1. an asparagus cuts root processing and packing equipment, it is characterized in that: comprise root cutter, elevating conveyor and shakeout machine, immediately below described root cutter discharge end, elevating conveyor is set, immediately below elevating conveyor discharge end, shakeout machine is set, described root cutter is by frame I (1), conveying mechanism (2), cutting mechanism (3), cut root amplitude regulating mechanism (4) and Ya Cai mechanism (5) formation, described conveying mechanism (2) is arranged in frame I (1), the load-transfer device (202) of conveying mechanism (2) is arranged at intervals with positioning plate (201) along throughput direction, asparagus standing groove is formed between adjacent two positioning plates (201), the motor (302) that described cutting mechanism (3) comprises cutter (301) and drives cutter (301) to rotate, cutter (301) are arranged on the side of load-transfer device (202),
Described elevating conveyor is by frame II (601), driving pulley II (602), driven pulley II (603), travelling belt (604), gear dish belt pleat (605), hinder plate (606) and drain gutter (607) formation, wherein, driving pulley II (602) and driven pulley II (603) are arranged in frame II (601) respectively, driving pulley II (602) drives driven pulley II (603) to rotate by travelling belt (604), described gear dish belt pleat (605) is vertically set on the both sides of travelling belt (604), the upper interval of described travelling belt (604) arranges and prevents the resistance of asparagus landing to fall plate (606), described travelling belt (604) arranges several drain gutters (607),
Described shakeout machine is by frame III (701), shaking platform (702), 4 box fixed mechanisms, vibrating motor (707), gear punch-out equipment frame (708) and 4 springs I (709) are formed, described shaking platform (702) is supported in frame III (701) by 4 springs I (709), shaking platform (702) below arranges vibrating motor (707), described gear box bracket (708) is arranged on shaking platform (702), 4 box fixed mechanisms are separately positioned on 4 cross bars of gear punch-out equipment frame (708), box fixed mechanism is by 2 nuts I (703), screw rod I (704), clamping plate (705) and handle (706) are formed, the cross bar of gear box bracket (708) is provided with the through hole passed for screw rod I (704), 2 nuts I (703) are separately fixed at the two ends of through hole, one end of described screw rod I (704) is connected with clamping plate (705) with nut I (703) through through hole on gear box bracket (708) cross bar, the other end of screw rod I (704) is connected with handle (706).
2. a kind of asparagus as claimed in claim 1 cuts root processing and packing equipment, it is characterized in that: described conveying mechanism (2) is made up of positioning plate (201), load-transfer device (202), driving pulley I (203) and driven pulley I (204), and load-transfer device (202) winding is between driving pulley I (203) and driven pulley I (204).
3. a kind of asparagus as claimed in claim 1 cuts root processing and packing equipment, it is characterized in that: described Ya Cai mechanism (5) is by drive sprocket (501), messenger chain (502), driven sprocket (503), pressure dish belt (504), belt wheel I (505), belt wheel II (506), spring II (507) and pull bar (508) are formed, described drive sprocket (501) is connected with driving pulley I (203) coaxial transmission of conveying mechanism (2), be in transmission connection by messenger chain (502) between drive sprocket (501) and driven sprocket (503), the winding of described pressure dish belt (504) is at belt wheel I (505), between the sprocket shaft (509) of belt wheel II (506) and driven sprocket (503), and pressure dish belt (504) is arranged on directly over asparagus standing groove, described spring II (507) is connected with the belt shaft of belt wheel I (505) is vertical, pull bar (508) is connected with the belt shaft of belt wheel I (505) is vertical, and put in vertical between spring II (507) with pull bar (508).
4. a kind of asparagus as claimed in claim 1 cuts root processing and packing equipment, it is characterized in that: described cutting mechanism (3) also comprises S. A. (303), belt (304), one end of S. A. (303) is connected with cutter (301), and the other end of S. A. (303) is in transmission connection by belt (304) and motor (302).
5. a kind of asparagus as claimed in claim 1 cuts root processing and packing equipment, it is characterized in that: described cutter (301) are disc cutting knife, is provided with the two-sided cutting edge of the blunt circle of band along its circumference.
6. a kind of asparagus as claimed in claim 1 cuts root processing and packing equipment, it is characterized in that: described cuts root amplitude regulating mechanism (4) by gear chopping board (401), three nuts II (402), screw rod II (403) and calibrated disc (404) are formed, gear chopping board (401) is arranged on load-transfer device (202) side relative with cutter (301) along load-transfer device (202) length direction, coaxially arrange between three nuts II (402), one of them nut II (402) is fixedly mounted on gear chopping board (401), frame I (1) is provided with the through hole corresponding with this nut II (402), two other nut II (402) is separately fixed at the two ends of through hole, one end of described screw rod II (403) is through the through hole in frame I (1) and nut II (402) and be placed in the nut II (402) on gear chopping board (401), the other end is connected with calibrated disc (404).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520653159.3U CN205023320U (en) | 2015-08-27 | 2015-08-27 | Asparagus cuts root processing equipment for packing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520653159.3U CN205023320U (en) | 2015-08-27 | 2015-08-27 | Asparagus cuts root processing equipment for packing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205023320U true CN205023320U (en) | 2016-02-10 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520653159.3U Expired - Fee Related CN205023320U (en) | 2015-08-27 | 2015-08-27 | Asparagus cuts root processing equipment for packing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205023320U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105129317A (en) * | 2015-08-27 | 2015-12-09 | 河南省创佳食品有限公司 | Asparagus root cutting and packing equipment |
| CN110962172A (en) * | 2019-12-18 | 2020-04-07 | 东阳博通中药科技有限公司 | Root cutting and quantitative packaging device for traditional Chinese medicinal materials |
-
2015
- 2015-08-27 CN CN201520653159.3U patent/CN205023320U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105129317A (en) * | 2015-08-27 | 2015-12-09 | 河南省创佳食品有限公司 | Asparagus root cutting and packing equipment |
| CN110962172A (en) * | 2019-12-18 | 2020-04-07 | 东阳博通中药科技有限公司 | Root cutting and quantitative packaging device for traditional Chinese medicinal materials |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160210 Termination date: 20160827 |
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| CF01 | Termination of patent right due to non-payment of annual fee |