CN202396201U - Automatic vegetable approach grafting machine - Google Patents
Automatic vegetable approach grafting machine Download PDFInfo
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- CN202396201U CN202396201U CN2011205742349U CN201120574234U CN202396201U CN 202396201 U CN202396201 U CN 202396201U CN 2011205742349 U CN2011205742349 U CN 2011205742349U CN 201120574234 U CN201120574234 U CN 201120574234U CN 202396201 U CN202396201 U CN 202396201U
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- dress seedling
- fringe wood
- wood
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Abstract
The utility model discloses an automatic vegetable approach grafting machine. The machine comprises a rack, a stock seedling filling part with stocks, an ear wood seedling filling part with ear woods and a cutter part, wherein a profile track and a moving plate moving along the profile track are fixed on a workbench surface of the rack; the moving plate is connected with a reciprocating mechanism; the ear wood seedling filling part and a stock moving device are fixed on the moving plate; the stock seedling filling part is installed on the stock moving device in a slide fit manner; and during moving with the moving plate, the stock seedling filling part and the ear wood seedling filling part are separated by the profile track to the working positions where two blades of the cutter part cut the stocks and ear woods. The machine has the following beneficial effects: mechanical approach grafting is used for replacing manual vegetable grafting, so cotyledon cut-off is reduced, wounds are not infected and are rapidly jointed, root stalks of the stocks and ear woods grow together, the survival rates of the grafted seedlings are increased, and the normalized and standardized production of vegetable grafting is satisfied; and the machine has the advantages of reasonable structure and high operation efficiency.
Description
Technical field
The utility model relates to automatic grafting machine for vegetable, particularly be that vegetables are amplexiformed automatic grafting machine.
Background technology
Vegetable grafting is to overcome vegetables low temperature obstacle and the valid approach of continuous cropping disease, can make crop yield at least 30% to 50%.For a long time, manual work is all adopted in China's vegetable grafting operation, and operating speed is slow, and workload is big, and the grafting success rate is low, the grafting quality unstable.For striving for farming season, the quickening progress, people need employ a large amount of grafting operation experience personnel that have, because time-consuming, the phenomenon of grafting cultivation has appearred abandoning again in some areas, adopts a large amount of agricultural chemicals, insecticide, bactericide.So not only caused waste, polluted vegetables, destroyed environment, and human health has been constituted a threat to.The conventional artificial grafting does can adapt to far from already the requirement that city vegetables produce, the further development of restriction industrialized agriculture.Therefore, it is imperative to develop mechanical graft technology.
Summary of the invention
The utility model purpose is the deficiency that overcomes above-mentioned technology, provides a kind of automaticity high, and the fireballing vegetables of grafting are amplexiformed automatic grafting machine.
The technical scheme that solves the problems of the technologies described above is: a kind of vegetables are amplexiformed automatic grafting machine, and said vegetables are amplexiformed automatic grafting machine and comprise: frame also comprises: be equipped with stock stock dress seedling part, the fringe wood dress seedling part and the cutting knife part of fringe wood are housed; The movable plate that on the work top of said frame, is fixed with the profiling track and moves along the profiling track, said movable plate connects reciprocating device; Fixedly fringe wood is adorned seedling part and stock mobile device on movable plate; Said stock dress seedling is partly sliding to be fitted on the stock mobile device, and stock dress seedling part is with two the blade cut stocks and wooden operating position of fringe that by the profiling track itself and fringe wood dress seedling partly are separated to the cutting knife part in the movable plate moving process.
The beneficial effect of the utility model is: the utility model overcomes the shortcoming of prior art; The stem of vegetables fringe wood with stock fit together; Two young plants are through the grafting method of the engaged strain grafting that forms of otch on the seedling stem, and the utility model advantage is following:
1. be applicable to the grafting operation in the facility, easy to operate; Realize the mechanized of vegetable grafting operation, improve the automated job level that vegetables produce.Facility adopt the mode of amplexiforming operation, reduce the cotyledon excision, have guaranteed that the surface of a wound does not infect and Rapid Realization engages, and the rhizome of stock, fringe wood is grown jointly, have improved grafting success rate and grafting survival rate; Cutting knife is to design according to the stem characteristic under the growing point of the stock of grafting and the fringe wood cotyledon, during the cutter operation the accurate power consumption of otch little, depth-adjustment guarantees that facility have very strong adaptability; Folder seedling system can satisfy the clamping of different-diameter seedling, and has and not only can clamp the characteristics that seedling is conveniently cut seedling but also can not crushed seedling; Automatically accomplish the entire job program of grafting operation, and satisfy the demand of technical standard of this city vegetable grafting;
2. substitute conventional artificial grafting operation, realize the mechanized operation of vegetable grafting; Can improve the success rate and the survival rate of grafting, improve about 6 times of grafting operating efficiencies.
3. the success rate that improves grafting reaches and improves survival rate more than the 90%-95% simultaneously, drives the development of growing vegetables industry; Promote the mechanization of growing vegetables industry, normalization technique level, thoroughly change the situation that vegetable grafting relies on manual work fully, use modern vegetable grafting planting technology to realize vegetables raising the output peasant's the purpose that increases income.。
4. the utility model is dexterous, conveniently the one man operation that is easy to carry adapts to the job requirements in facilities vegetable is produced more, has strengthened the adaptability of facility; Can save about 300 yuan of employment costs for every mu.
5. simple to operate, rational in infrastructure, advantages such as dependable performance, operating efficiency height, cost performance height meet peasant's actual demand; Realize facilityization, standardization, standardization that vegetables produce, improve the mechanization technical merit of vegetable grafting, improve the income that yield of vegetables increases the vegetable grower.
Description of drawings
Fig. 1 is the utility model structural perspective;
Fig. 2 be among Fig. 1 on movable plate the fixing stereogram of fringe wood dress seedling part and stock mobile device, be presented at equipped stock dress seedling structural perspective partly on the stock mobile device;
Fig. 3 is a cutting knife part stereogram among Fig. 1, shows rotary drive mechanism, cutter spindle, blade structure stereogram;
Fig. 4 is a fringe wood dress seedling part-structure stereogram among Fig. 1;
Fig. 5 is a stock dress seedling part-structure stereogram among Fig. 1;
Fig. 6 is that fringe wood and the stock after cutting among Fig. 1 has a segment distance figure apart;
Fig. 7 is that fringe wood amplexiforms figure together with stock among Fig. 6, shows to reserve stock gap, the wooden gap of the fringe sketch map of being convenient to press from both sides seedling after stock backing plate, fringe sheeting caps move.
" sequence number explanation in the accompanying drawing "
1: frame; 1a: work top; 1b: through hole; 1c: slideway; 2: movable plate; 3: stock; 5: fringe wood; 6: the profiling track; 7: move brace; 8: spring; 9: roller; 10: worm screw; 11: the stock gap; 12: fringe wood gap;
30: stock dress seedling part; 31: the stock sucker; 32: vacuum tube; 33: stock dress seedling support; 34: the stock backing plate; 35: the stock backstay; 36: the stock spring; 37: stock dress seedling rack side plate; 38: shelves seedling bar; 39: the stock nut;
50: fringe wood dress seedling part; 51: fringe wood sucker; 52: fringe wood backstay; 53: fringe wood dress seedling support; 54: the fringe sheeting caps; 56: nut; 57: fringe wooden round spring; 58: the fringe wooden screen;
70: the cutting knife part; 71: cutter spindle; 72: the rotation handle of a knife; 73: blade; 74: bearing bracket stand; 75: wheel disc; 76: steel wire rope; 77: vertical electromagnet; 78: handwheel; 79: tension spring;
P-P: stock and fringe wood joint line.
Embodiment:
Embodiment to the utility model further details below in conjunction with accompanying drawing.
As shown in Figure 1, the utility model provides a kind of vegetables to amplexiform automatic grafting machine, and said vegetables are amplexiformed automatic grafting machine and comprise: frame 1 also comprises: the stock that stock 3 is housed is adorned seedling part 30, the fringe wood dress seedling part 50 and the cutting knife part 70 of fringe wood 5 is housed.
The movable plate 2 that on the work top 1a of said frame 1, is fixed with profiling track 6 and moves along profiling track 6, said movable plate 2 connects reciprocating device; Fixedly fringe wood is adorned seedling part 50 and stock mobile device on movable plate 2; Said stock dress seedling part 30 sliding being fitted on the stock mobile device, stock dress seedling part 30 is with by profiling track 6 itself and fringe wood dress seedling part 50 being separated to two blades, the 73 cutting stocks 3 of cutting knife part 70 and the operating position of fringe wood 5 in movable plate 2 moving process.
Like Fig. 2, shown in Figure 5, said stock dress seedling part 30 comprises: stock dress seedling support 33, stock sucker 31, vacuum tube 32, stock backing plate 34; Said stock dress seedling support 33 bottom cunnings are fitted on the stock mobile device; Stock dress seedling support 33 upper support vacuum tubes 32, vacuum tube 32 1 ends connect vavuum pump, and vacuum tube 32 other ends connect stock sucker 31 1 sides, and the another side of stock sucker 31 has the suction hole that is communicated with the vacuum tube through hole; On the top of stock sucker 31 are stock backing plates 34, and stock backing plate 34 is contained in the resilient movement mechanism of fixing with stock dress seedling support 33.
The said resilient movement mechanisms of fixing with stock dress seedling support 33 comprise: stock backstay 35, stock spring 36; Said stock backstay 35 runs through and is supported on the two through hole of stock dress seedling rack side plate 37, and said stock dress seedling rack side plate 37 is fixed on the stock dress seedling support 33; Said stock backing plate 34 lower ends are fixed on the stock backstay 35 between stock dress seedling rack side plate 37 two through hole and are enclosed in stock spring 36 roof pressures on the stock backstay 35; One end of stock backstay 35 is towards fringe wood dress seedling part 50 cantilevers protrusion, and its protrusion length is adorned distance between the touch point (that is, the fringe wooden screen 58) of seedling part 50 greater than starting at fringe wood from stock with fringe wood joint line P-P; Stock backstay 35 other ends are equipped with securing member (that is, the stock nut 39) in fringe wood dress seedling part 50 cantilever protruding ends dorsad.
Said stock mobile device comprises: move brace 7, stock mobile spring 8; The oblique through hole cunning of said stock dress seedling support 33 fits over and moves on the brace 7; Moving brace 7 one ends is fixed in abutting connection with movable plate 2 bottoms of stock dress seedling support 33 1 sides with securing member; Move brace 7 other ends and be fixed on the fringe wood dress seedling part 50, between stock dress seedling support 33 and movable plate 2 bottoms, move on brace 7 external diameters and be with stock mobile spring 8.
Said fringe wood dress seedling part 50 comprises: fringe wood dress seedling support 53, fringe wood sucker 51, vacuum tube 32, fringe sheeting caps 54; Said fringe wood dress seedling support 53 bottoms are fixed on above the movable plate 2; Fringe wood dress seedling support 53 upper support vacuum tubes 32; Vacuum tube 32 1 ends connect vavuum pump, and vacuum tube 32 other ends connect fringe wood sucker 51 1 sides, and the another side of fringe wood sucker 51 has the suction hole that is communicated with the vacuum tube through hole; In fringe wood sucker 51 bottoms are fringe sheeting caps 54, and fringe sheeting caps 54 is fixed in the resilient movement mechanism in the fringe wood dress seedling support 53.
The resilient movement mechanisms that said fringe sheeting caps 54 is fixed comprise: fringe wood backstay 52, fringe wooden round spring 57; Said fringe wood backstay 52 and with the fringe wooden round spring 57 of its suit be arranged in the through hole of fringe sheeting caps 54 with fringe wood dress seedling support 53 through holes in, fringe sheeting caps 54 slides and is inserted in fringe wood dress seedling support 53 grooves; Be fixed in towards the end cantilever protrusion of the fringe wood backstay 52 of stock dress seedling part 30 and with securing member in the screw on fringe sheeting caps 54 lateral surfaces; Its cantilever protrusion length is greater than distance between the touch point (that is, stock is adorned seedling support 33 outer surfaces) of starting at stock dress seedling part 30 from stock and fringe wood joint line P-P; Dorsad the other end cunning of the fringe of stock dress seedling part 30 wood backstay 52 join fringe wood dress seedling support 53 through hole back boom protrusion in fringe wood dress seedling support 53 outsides and securing member is housed.
The reciprocating device that said movable plate 2 connects is arranged in frame 1 inboard of movable plate 2 bottoms, and said reciprocating device is that motor connects Worm and worm-wheel gearing or reciprocating type pneumatic/hydraulic cylinder transmission mechanism; Movable plate 2 two bottom sides are equipped with the roller 9 that moves along slideway 1c, and said slideway 1c is fixedly installed on the bottom of work top 1a.
Said cutting knife part 70 is fixed on the work top 1a of profiling track 6, and cutting knife part 70 comprises: cutter spindle 71, rotary drive mechanism; Said cutter spindle 71 is hinged through bearing bracket stand 74 and is supported on the work top 1a; Cutter spindle 71 1 ends connect rotary drive mechanism; Cutter spindle 71 other ends are provided with two blades 73 of cutting stock 3 and fringe wood 5, and said two blades, 73 structure same position symmetries are parallel to each other and are provided with at interval.
The rotary drive mechanism that said cutter spindle 71 1 ends connect comprises: cutter spindle 71 is fixedly connected wheel disc 75; Wheel disc 75 outer rims are fixed with steel wire rope 76, and steel wire rope 76 1 ends connect an end of tension spring 79, and tension spring 79 other ends are fixed on the frame 1, and steel wire rope 76 other ends connect vertical electromagnet 77.
Distinguish two identical ends that rotate handle of a knifes 72 of symmetrical fixed structure between cutter spindle 71 other end both sides and two blades 73, the other ends of two rotation handle of a knifes 72 are equipped with blade 73 respectively, and the blade of said two blades 73 is in the opposite direction.
Said frame 1 bottom is equipped with and is convenient to the roller 13 that push-and-pull is moved, and pull bar 14 is equipped with on frame 1 top.
Face the utility model structure more particularly down:
The another side of the stock sucker 31 in the said stock dress seedling part 30 is the semicircle profile close with the stock stem; This semicircle profile is provided with the suction hole that a plurality of φ 1.8 are communicated with vacuum tubes, is convenient on the semicircle profile that stock 3 is absorbed and fixed at stock sucker 31 firmly.
The another side of the fringe wood sucker 51 of said fringe wood dress seedling part 50 is the semicircle profile close with the stock stem; This semicircle profile is provided with the small-sized suction hole that a plurality of φ 1.2 are communicated with vacuum tubes, is convenient on the semicircle profile that fringe wood 5 is absorbed and fixed at fringe wood sucker 51 firmly.
The utility model stock sucker 31, fringe wood sucker 51 adopt negative-pressure adsorption clamping seedling, seedling can not produced in clamping process press from both sides phenomenon bad and the injury seedling, and can realize seedling gripping in cutting the seedling process.
Said stock backing plate 34 is fixed respectively in the resilient movement mechanism separately with fringe sheeting caps 54; Its objective is when the tangent plane of the tangent plane of stock 3 and fringe wood 5 engages fully; Stock backing plate 34 is moved stock backing plate 34 and fringe sheeting caps 54 under resilient movement mechanism effect separately respectively with fringe sheeting caps 54 and leaves stock 3 and fringe wood 5 respectively; Make and occur occurring between stock gap 11, fringe wood 5 and the fringe sheeting caps 54 fringe wood gap 12 between stock 3 and the stock backing plate 34; Above-mentioned stock gap 11 can guarantee that with fringe wood gap 12 manual work has enough spaces with instrument gripping graftings such as tweezers, guarantees that the grafting operation accomplishes smoothly.The resilient movement mechanism course of work that connects stock backing plate 34 and fringe sheeting caps 54 is following:
Said stock backing plate 34 lower ends are fixed in the resilient movement mechanism that is made up of stock backstay 35 and stock spring 36; When the tangent plane of the tangent plane of stock 3 and fringe wood 5 engages fully; This moment, stock backstay 35 pressed on the touch point fringe wooden screen 58 to the end of fringe wood dress seedling part 50 cantilevers protrusion; Stock backstay 35 promotes stock backing plate 34 compression stock springs 36 and moves backward jointly; Move thereupon on stock backing plate 34 tops, stock gap 11 occurs between the cane of stock backing plate 34 upper plane and stock 3.
Said fringe sheeting caps 54 bottoms are fixed in the resilient movement mechanism that is made up of fringe wood backstay 52 and fringe wooden round spring 57; When the tangent plane of the tangent plane of stock 3 and fringe wood 5 engages fully; This moment, fringe wood backstay 52 pressed on touch point stock dress seedling support 33 surfaces to the end of stock dress seedling part 30 cantilevers protrusion; Fringe wood backstay 52 promotes fringe sheeting caps 54 and moves backward jointly along fringe wood dress seedling support 53 grooves compression fringe wooden round spring 57; Move thereupon on fringe sheeting caps 54 tops, occurs fringe wood gap 12 between the cane of fringe sheeting caps 54 tops and fringe wood 5
It is power that the utility model cutting knife part 70 adopts vertical electromagnet 77, utilizes vertical electromagnet 77 moment adhesive, breaks off pulling steel wire rope 76 and make wheel disc 75 rotate, stop, and becomes the mode of rectilinear motion for rotating, drive blade 73 rotary cutting stocks 3, fringe wooden 5; Have the cutting linear velocity height, rotating speed is fast, and only changes an angle and just accomplish stock 3, fringe wood 5 cutting operation simultaneously.
After seedling is cut in above-mentioned completion rotation; Stock 3, fringe wood 5 have formed otch separately; In order to guarantee the slitless connection of stock 3,5 two otch of fringe wood; Stock 3 with transversely having adopted of fringe wood 5 reciprocating device drive movable plate 2 along profiling track 6 move, vertically the spring 8 of stock mobile device promotes to guarantee the axial coincidence butt joint of stock 3, fringe wood 5 along moving device that brace 7 moves, to guarantee the success rate of grafting.
Claims (9)
1. vegetables are amplexiformed automatic grafting machine; Said vegetables are amplexiformed automatic grafting machine and comprise: frame (1); It is characterized in that, also comprise: the stock dress seedling part (30) of stock (3), the fringe wood dress seedling part (50) that fringe wood (5) is housed and cutting knife part (70) are housed; The movable plate (2) that on the work top (1a) of said frame (1), is fixed with profiling track (6) and moves along profiling track (6), said movable plate (2) connects reciprocating device; Go up fixedly fringe wood dress seedling part (50) and stock mobile device at movable plate (2); Said stock dress seedling part (30) is sliding to be fitted on the stock mobile device, and stock dress seedling part (30) is with by profiling track (6) itself and fringe wood dress seedling part (50) being separated to two blades (73) the cutting stock (3) of cutting knife part (70) and the operating position of fringe wood (5) in movable plate (2) moving process.
2. amplexiform automatic grafting machine according to the vegetables described in the claim 1, it is characterized in that, said stock dress seedling part (30) comprising: stock dress seedling support (33), stock sucker (31), vacuum tube (32), stock backing plate (34); Said stock dress seedling support (33) bottom cunning is fitted on the stock mobile device; Stock dress seedling support (33) upper support vacuum tube (32), vacuum tube (32) one ends connect vavuum pump, and vacuum tube (32) other end connects stock sucker (31) one sides, and the another side of stock sucker (31) has the suction hole that is communicated with the vacuum tube through hole; On the top of stock sucker (31) is stock backing plate (34), and stock backing plate (34) is contained in the resilient movement mechanism of fixing with stock dress seedling support (33).
3. amplexiform automatic grafting machine according to the vegetables described in the claim 2, it is characterized in that, the said resilient movement mechanism of fixing with stock dress seedling support (33) comprises: stock backstay (35), stock spring (36); Said stock backstay (35) runs through and is supported on the two through hole of stock dress seedling rack side plate (37), and said stock dress seedling rack side plate (37) is fixed on the stock dress seedling support (33); Stock spring (36) roof pressure on the stock backstay (35) is gone up and be enclosed in to the stock backstay (35) that said stock backing plate (34) lower end is fixed between stock dress seedling rack side plate (37) two through hole; One end of stock backstay (35) is towards fringe wood dress seedling part (50) cantilever protrusion, and its protrusion length is greater than start at partly distance between the touch point of (50) of fringe wood dress seedling from stock and fringe wood joint line (P-P); Stock backstay (35) other end is equipped with securing member in fringe wood dress seedling part (50) cantilever protruding end dorsad.
4. amplexiform automatic grafting machine according to the vegetables described in claim 1 or 2, it is characterized in that, said stock mobile device comprises: move brace (7), stock mobile spring (8); The oblique through hole cunning of said stock dress seedling support (33) fits on the mobile brace (7); Moving brace (7) one ends is fixed in abutting connection with movable plate (2) bottom of stock dress seedling support (33) one sides; Move brace (7) other end and be fixed on the fringe wood dress seedling part (50), between stock dress seedling support (33) and movable plate (2) bottom, move on brace (7) external diameter and be with stock mobile spring (8).
5. amplexiform automatic grafting machine according to the vegetables described in the claim 1, it is characterized in that, said fringe wood dress seedling part (50) comprising: fringe wood dress seedling support (53), fringe wood sucker (51), vacuum tube (32), fringe sheeting caps (54); Said fringe wood dress seedling support (53) bottom is fixed on above the movable plate (2); Fringe wood dress seedling support (53) upper support vacuum tube (32); Vacuum tube (32) one ends connect vavuum pump; Vacuum tube (32) other end connects fringe wood sucker (51) one sides, and the another side of fringe wood sucker (51) has the suction hole that is communicated with the vacuum tube through hole; In fringe wood sucker (51) bottom is fringe sheeting caps (54), and fringe sheeting caps (54) is fixed in the resilient movement mechanism in the fringe wood dress seedling support (53).
6. amplexiform automatic grafting machine according to the vegetables described in the claim 5, it is characterized in that, the fixing resilient movement mechanism of said fringe sheeting caps (54) comprises: fringe wood backstay (52), fringe wooden round spring (57); Said fringe wood backstay (52) and with the fringe wooden round spring (57) of its suit be arranged in fringe sheeting caps (54) through hole with fringe wood dress seedling support (53) through hole in, fringe sheeting caps (54) slides and is inserted in fringe wood dress seedling support (53) groove; Be fixed in towards the end cantilever protrusion of the fringe wood backstay (52) of stock dress seedling part (30) and with securing member in the screw on fringe sheeting caps (54) lateral surface, its cantilever protrusion length is greater than start at partly distance between the touch point of (30) of stock dress seedling from stock and fringe wood joint line (P-P); Dorsad the other end cunning of the fringe of stock dress seedling part (30) wood backstay (52) join fringe wood dress seedling support (53) through hole back boom protrusion in fringe wood dress seedling support (53) outside and securing member is housed.
7. amplexiform automatic grafting machine according to the vegetables described in the claim 1; It is characterized in that; The reciprocating device that said movable plate (2) connects is arranged in frame (1) inboard of movable plate (2) bottom, and said reciprocating device is that motor connects Worm and worm-wheel gearing or reciprocating type pneumatic/hydraulic cylinder transmission mechanism; Movable plate (2) two bottom sides is equipped with along the mobile roller (9) of slideway (1c), and said slideway (1c) is fixedly installed on the bottom of work top (1a).
8. amplexiform automatic grafting machine according to the vegetables described in the claim 1; It is characterized in that; Said cutting knife part (70) is fixed on the work top (1a) of profiling track (6), and cutting knife part (70) comprising: cutter spindle (71), rotary drive mechanism; Said cutter spindle (71) is hinged and is supported on the work top (1a); Cutter spindle (71) one ends connect rotary drive mechanism; Cutter spindle (71) other end is provided with two blades (73) of cutting stock (3) and fringe wood (5), and said two blades (73) structure same position symmetry is parallel to each other and is provided with at interval.
9. the vegetables described in are according to Claim 8 amplexiformed automatic grafting machine; It is characterized in that; The rotary drive mechanism that said cutter spindle (71) one ends connect comprises: cutter spindle (71) is fixedly connected wheel disc (75), and wheel disc (75) outer rim is fixed with steel wire rope (76), and steel wire rope (76) one ends connect tension spring (79) one ends; Tension spring (79) other end is fixed on the frame (1), and steel wire rope (76) other end connects vertical electromagnet (77); One end of two rotation handle of a knifes (72) that symmetrical fixed structure is identical respectively between cutter spindle (71) other end both sides and two blades (73); The other end of two rotation handle of a knifes (72) is equipped with blade (73) respectively, and the blade of said two blades (73) is in the opposite direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205742349U CN202396201U (en) | 2011-12-31 | 2011-12-31 | Automatic vegetable approach grafting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205742349U CN202396201U (en) | 2011-12-31 | 2011-12-31 | Automatic vegetable approach grafting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202396201U true CN202396201U (en) | 2012-08-29 |
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ID=46693891
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011205742349U Expired - Fee Related CN202396201U (en) | 2011-12-31 | 2011-12-31 | Automatic vegetable approach grafting machine |
Country Status (1)
| Country | Link |
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| CN (1) | CN202396201U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102487736A (en) * | 2011-12-31 | 2012-06-13 | 天津市农业机械研究所 | Automatic vegetable joint grafting machine |
| CN103609344A (en) * | 2013-11-26 | 2014-03-05 | 浙江大学 | Hole tray vegetable seedling locating and inclined-cutting device for pin type grafting machine |
-
2011
- 2011-12-31 CN CN2011205742349U patent/CN202396201U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102487736A (en) * | 2011-12-31 | 2012-06-13 | 天津市农业机械研究所 | Automatic vegetable joint grafting machine |
| CN102487736B (en) * | 2011-12-31 | 2013-06-19 | 天津市农业机械研究所 | Automatic vegetable joint grafting machine |
| CN103609344A (en) * | 2013-11-26 | 2014-03-05 | 浙江大学 | Hole tray vegetable seedling locating and inclined-cutting device for pin type grafting machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120829 Termination date: 20131231 |