CN205336815U - Smart volume dibbler of mechanical type binary - Google Patents
Smart volume dibbler of mechanical type binary Download PDFInfo
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- CN205336815U CN205336815U CN201620138295.3U CN201620138295U CN205336815U CN 205336815 U CN205336815 U CN 205336815U CN 201620138295 U CN201620138295 U CN 201620138295U CN 205336815 U CN205336815 U CN 205336815U
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Abstract
The utility model relates to an agricultural machine device, especially a smart volume dibbler of mechanical type binary. A smart volume dibbler of mechanical type binary, includes two sets of on -demand device that set up side by side, and every on -demand device of group all contains driving disk, price fixing, kind seed cell, dibbling waistband, plug -type movable dibbling mouth, and public affairs of two sets of on -demand device sharing separate coils as the driving disk, the public dish that separates upward is equipped with logical axle in both sides, it is connected with the public dish that separates through the bearing to lead to the axle, two sets of on -demand device's price fixing is all established logical epaxial, it is two sets of dibbling waistband (4) outside round of on -demand device is equipped with plug -type movable dibbling mouth. The utility model relates to a can realize the dibble seeding of essence volume, can more exchange kind of a part at any time for according to work needed again, can also be used for the high density cave apart from in the following dibble seeding of 8cm, use nimble convenience, can satisfy the smart volume dibbler of mechanical type binary of actual need.
Description
Technical field
This utility model relates to a kind of agricultural machinery device, especially a kind of mechanical type binary fine seeder.
Background technology
In prior art, the fine seeder structure that agricultural seeder uses generally all includes price fixing, Moving plate, seed chamber, dibbling belt and dibbling duckbilled, in seeding operation process, dibbler is to rotate forward according to the rotation direction of dibbling duckbilled, but in practical operation, seeding operation personnel are often unskilled because operating, dibbler opposite direction is rotated, thus causing the damage of fine seeder.
Additionally fine seeder of the prior art, the seed fetching equipment used in dibbling belt in its structure, including taking kind of a shell, long-neck seed-taking channel, seed-feeding channel, seed inlet, seed bank and go out kind of a mouth, this device is arranged in dibbler assembly cylinder, rotation along with assembly cylinder, seed fetching equipment enters in assembly cylinder and to scoop pocket and realize just taking kind by taking kind of a shell after seed zone, then seed filters most unnecessary seed while long-neck seed-taking channel sliding, accurate several seeds realize seed-feeding channel to seed bank by seed inlet, last assembly cylinder rotates to certain position, seed realizes sending from seed bank planting to going out kind of a mouth under gravity, road and sowing duckbilled is sowed subsequently into dibbler.This device takes in kind of process, and by seed, from taking, kind of shell is slid onto long-neck seed-taking channel successively, seed-feeding channel filters unnecessary seed, it is achieved precision drilling.Owing in dibbler assembly cylinder, seed size is different, different, direction during seed movement is changeable, again and mutually crowded automatically into seed when taking kind of shell, this seed fetching equipment is difficult to take exactly kind, enters seed number per instability, it is likely to occur hole, causes and emerge irregular or be short of seedling.
Chinese patent application 200420067675.X discloses a kind of seed taking device of hill-drop planter, it is characterized in that: this apparatus main body is fixed block, this fixed block is provided with hole, mobilizable arm pivot post it is provided with in this hole, described arm pivot post is provided with column and takes kind of a cup, takes kind of a cup outer wall and is provided with several storage kind caves, and described arm pivot post one end is provided with torsion spring, the other end is provided with handle, and this handle is corresponding with the lobe plate with tooth of stumbling.The structure of this patent application publication can tentatively realize precision point sowing, but in the course of the work, the storage kind cave quantity that column takes on kind of cup is fixing, if it is desired to change the quantity of program request seed, must manually change whole dibbler, the dibbler used according to the change of Seeding Quantity, can not make conversion in time, and such structure can not fully meet real work needs.
Fine seeder of the prior art, bunch planting cave is from all at more than 8cm, dibbling and some fertilizer can not be carried out simultaneously, situation can not be sowed according to practicality, carry out cave from adjustment, market is badly in need of want a kind of deficiency that can overcome existing dibbler, it is possible to meet the needs of agricultural development, the fine seeder of solving practical problems.
Summary of the invention
The purpose of this utility model is in that to provide a kind of rational in infrastructure, economical and practical, it is capable of precision point sowing, kind of a part can be more exchanged at any time for again according to job demand, can also be used to high density cave from below 8cm program request, flexible and convenient to use, it is possible to meet the mechanical type binary fine seeder being actually needed.
A kind of mechanical type binary fine seeder, it is characterized in that including two groups of on-demand devices being arranged side by side, often group on-demand device all comprises Moving plate, price fixing, seed chamber, dibbling belt 4, sliding movable seeding nozzle 9, two groups of on-demand devices share public affairs every dish 1 as Moving plate, described public affairs both sides on dish 1 are provided with axis 1-1, described axis 1-1 is connected every dish 1 with public affairs by bearing, and the price fixing of described two groups of on-demand devices is each provided on axis 1-1；
Outside the dibbling belt 4 of on-demand device described in two groups, a circle is provided with sliding movable seeding nozzle 9, and described sliding movable seeding nozzle 9 includes determining mouth 9-5 and the 9-1 that opens one's mouth, described in open one's mouth in the middle part of 9-1 by bearing pin 9-2 and determine mouth 9-5 and be hinged；The empennage 9-10 of the described 9-1 of opening one's mouth afterbody is amesiality, oblique unilateral empennage；The described curved inclination bend of seed channel 9-8 determining mouth 9-5, the direction of its inclination and the in opposite direction of empennage 9-10 of opening one's mouth；
The position that kind is entered at the described rear portion determining mouth 9-5 is provided with determines mouth plugboard 9-4, determine mouth plugboard 9-4 for setting pertusate plate, near sowing a mouthful relevant position for 9-22 both sides on described dibbling belt 4 outer ring, it is respectively equipped with and determines the fixing plate 9-21 of mouth, described determine the fixing plate 9-21 of mouth and be shaped as being similar to " second " font, described determine mouth mouth plugboard 9-4 insertion is described to be determined mouth and fix the mode of plate 9-21 and be fixed on described dibbling belt 4 by determining；Determining on the fixing plate 9-21 of mouth, be provided with articulated slab 9-3 perpendicular with it, on described articulated slab 9-3, be provided with spring bearer plate 9-7 perpendicular with it, described spring bearer plate 9-7 is provided with spring 9-6, described in the empennage 9-10 that opens one's mouth just be pressed on spring 9-6；
The described 9-1 of opening one's mouth comprises upper plate 9-11 and two side plate 9-12 near the anterior 9-15 structure of opening one's mouth going out kind of mouth 9-20, the length that the side plate top 9-17 of two side plate 9-12 that the described 9-1 of opening one's mouth is anterior forward extends out is identical with the length that upper plate 9-11 forward extends out, the length of the extension of described upper plate 9-11 is identical with depth of planting, the side plate bottom 9-16 of two described side plate 9-12 is provided with the tulwar shape plate 9-13 extended forward, the included angle A 9-21 that the tulwar shape plate 9-13 tip of described extension is formed is acute angle, the edge of described upper plate 9-11 and two side plate 9-12 and tulwar shape plate 9-13 is cutting edge 9-14.
The described inner bottom surface 9-19 determining mouth 9-5 is provided with and leads kind of a depression 9-9；Described kind of the depression 9-9 that leads is depression angle sees it is strip depression, arranges along seed landing direction；Described leads kind of the depression 9-9 first half being located at out the inner bottom surface 9-19 of kind of mouth 9-20, lead kind of the front position of depression 9-9 with open one's mouth and determine mouth Guan Bi junction 9-18 close.
Described price fixing by keeping off kind of dish 5, gear kind lid 8 is constituted, described gear kind dish 5, gear kind lid 8 are interlocked, middle space constitutes seed chamber, described gear kind of dish 5 and gear kind lid 8 are all located at described public affairs on dish 1 on the axis 1-1 of both sides, described gear kind lid 8 maintains static, being enclosed within gear seed disk shaft bearing 1-3, it is fixing that jump ring is stuck in jump-ring slot 1-2, is connected with gear kind dish 8 by Tinea Ranae block 5-2；Described gear kind dish 5 is connected with axis 1-1 by bearing 5-3, can rotate around described axis 1-1；
Described gear kind dish 5 is provided with elongated end 5-0, described elongated end 5-0 side is provided with groove 5-1, Tinea Ranae block 5-2 it is provided with in described groove 5-1, the rotating shaft 5-4 that described Tinea Ranae block 5-2 can pass through to be located in groove 5-1 rotates, Tinea Ranae block 5-2 bottom is provided with stage clip 5-5, described Tinea Ranae block 5-2 passes through rotating shaft 5-1 and stage clip 5-5, can be depressed or upspring；
Corresponding with described Tinea Ranae block 5-2 structure, the medial surface of described gear kind lid 8 is provided with the Tinea Ranae block chute 8-3 of one section of arc, described gear kind dish 5 is interlocked with gear kind lid 8, Tinea Ranae block 5-2 falls in Tinea Ranae block chute 8-3, when dibbling belt 4 rotates forward, Tinea Ranae block 5-2 on gear kind dish 5 enters in Tinea Ranae block chute 8-3, Tinea Ranae block is upspring, stumble gear kind lid 8, make gear kind lid 8 be relatively fixed with gear kind dish 5 and be in motionless state, when dibbling belt 4 reverses, Tinea Ranae block 5-2 is pressed in groove 5-1 under Tinea Ranae block chute 8-3 edge, gear kind dish 5 separates with gear kind lid 8 and is in sliding mode.
Described elongated end 5-0 side is provided with two groove 5-1, it is provided with Tinea Ranae block 5-2 in one of them groove 5-1 described, the rotating shaft 5-4 that described Tinea Ranae block 5-2 can pass through to be located in groove 5-1 rotates, Tinea Ranae block 5-2 bottom is provided with stage clip 5-5, described Tinea Ranae block 5-2 passes through rotating shaft 5-1 and stage clip 5-5, can be depressed or upspring.
Drawing out type seed fetching equipment is not had inside described dibbling belt 4, this seed fetching equipment mainly includes module clamping ring 3, take kind of module 2, described kind of the modular structure main body that takes comprises fixed block 2-2, this fixed block 2-2 is provided with hole, mobilizable eight arm rotating shaft 2-1 it is provided with in hole, eight arm rotating shaft 2-1 is provided with a pair and takes kind of a runner, one of them is revolution wheel 2-11, another female runner 2-9, described revolution wheel 2-11 is set up in parallel with female runner 2-9, it is loaded in shrinkage pool 2-10 set on fixed block 2-1, described revolution wheel 2-11, female runner 2-9 outer wall is provided with and takes kind of a cave, described eight arm rotating shaft 2-1 one end is provided with torsion spring 2-12, the other end is provided with eight arm 2-3, this eight arm 2-3 is corresponding with the lobe plate 5-6 with tooth of stumbling；
Described eight arm rotating shaft 2-1 is divided into two parts, and the shape of cross section near the part of eight arm 2-3 is square, and for square shaft 2-23, outer a part of shape of cross section is circular, for circular shaft 2-22；
Described revolution wheel 2-11 is by axis hole traverse eight arm rotating shaft 2-1, this axis hole is the square hole 2-16 suitable with the square shaft of eight arm rotating shaft 2-1, the square hole 2-16 of described revolution wheel 2-11 stretches out and forms hollow rotating shaft 2-19, described hollow rotating shaft 2-19 is circular shaft, female runner 2-9 is provided with circular shaft hole 2-21, suitable with above-mentioned hollow rotating shaft 2-19, it is rotatable that female runner 2-9 is set on hollow rotating shaft 2-19, revolution wheel 2-11 is interspersed on the square shaft 2-23 of eight arm rotating shaft 2-1 together with female runner 2-9, female runner 2-9 is arranged near eight arm 2-3, revolution wheel 2-11 is provided with female runner 2-9 can relatively-stationary fixing bolt 2-24；
Described module clamping ring 3 structure is the annular frame of hollow out, utilizes and be separated out multiple space suitable with taking kind of module 2 size between dividing plate 3-1 in the middle of support body, described in take kind of module 2 and put into wherein pluggable.
Described revolution wheel 2-11 outer wall is provided with and takes greatly kind of cave 2-13 and take kind of a cave with little kind of the cave 2-18 two that takes, female runner 2-9 outer wall be provided with one take turns with revolution 2-11 outer wall takes greatly kind of cave 2-13 identical take kind of a cave；Described female runner 2-9 is provided with and can make the fixing bolt 2-24 stroke hole 2-20 slidably reciprocated；Described lobe plate 5-6 with tooth of stumbling be shaggy tooth 5-7；Described fixed block 2-2 is provided with scraping blade 2-8 near revolution wheel 2-11 with female runner 2-9 place.
Described take greatly kind of cave 2-13 and little to take kind of the effect of cave 2-18 be the smart seed-fetching for different crops seed, take the size in kind of cave suitable with the size of seed, if big seed, then take kind of runner and use and take greatly kind of a cave and take kind, if crop seeds is less, then little kind of the cave that takes is used to take kind.The way unscrewing fixing bolt 2-24 can be utilized, rotate wheel 2-11 and the female runner 2-9 that revolves round the sun, select what vary in size to take kind of a cave, regulate and take the size planted.
Described female runner 2-9 is preferably provided with and can make the fixing bolt 2-24 stroke hole 2-20 slidably reciprocated.Utilize stroke hole 2-20, can when somewhat unscrewing fixing bolt 2-24, just can complete relatively rotating of revolution wheel 2-11 and female runner 2-9, select what vary in size to take kind of a cave, make revolution wheel 2-11 separate with female runner 2-9 without fully opening fixing bolt 2-24.
Described lobe plate with tooth of stumbling preferably include shaggy tooth.Utilize difform tooth of stumbling, make the shake of eight arm, driving the shake of revolution wheel 2-11 and female runner 2-9, in use, first eight arm is dialled and is hit shaggy tooth big on lobe plate, take kind of runner rocking tendency bigger, the seed being beneficial to seed zone enters Qu Zhong district, and eight arm is dialled subsequently and hit little shaggy tooth, at this moment takes kind of runner and slightly shakes and vibrate, it is beneficial to and has just enter into the seed taking kind of cave and enter position in time, it is to avoid take kind of a cave and hole occurs.
Described fixed block 2-2 is preferably provided with scraping blade 2-8 near revolution wheel 2-11 with female runner 2-9 place.The effect of scraping blade, also near revolution wheel 2-11 and the place of female runner 2-9, is removed and is taken seed unnecessary on kind of runner, be beneficial to essence seed-fetching.Described scraping blade 2-8 is preferably made up of cushion compound.As rubber, plastic or other material are made.
In use procedure, gear kind dish 5 described in the utility model is interlocked with gear kind lid 8, middle space forms seed chamber, when dibbling belt 4 rotates forward, Tinea Ranae block on gear kind dish 5 enters in Tinea Ranae block chute, Tinea Ranae block can not be upspring, stumble gear kind lid 8, make gear kind lid 8 be relatively fixed with gear kind dish 5 and be in motionless state, gear kind lid 8 forms price fixing with gear kind dish 5, when dibbling belt 4 reverses, Tinea Ranae block is pressed in groove under Tinea Ranae block chute edge, gear kind dish 5 separates with gear kind lid 8 and is in sliding mode, when preventing maloperation from making dibbler reverse, it is unlikely and makes dibbling damage of components.
Lobe plate of the present utility model is fixed on gear kind dish 5, the stumble lobe plate of tooth of band is positioned at seed zone place, total cylinder the latter half, kind of the module 2 that takes of the present utility model is assigned in described module clamping ring, whole module clamping ring refill with on the dibbling belt of dibbler assembly, the shrinkage pool 2-10 of the fixed block 2-2 taking kind of module 2 is corresponding with dibbler sowing road and sliding movable seeding nozzle 9, dibbler has how many sliding movable seeding nozzles 9, just installs accordingly and how many of the present utility model takes kind of module 2.During sowing, dibbler assembly cylinder rotates, module clamping ring also concomitant rotation, lobe plate is relatively fixed and does not turn, when taking kind of module 2 and going to assembly cylinder the latter half seed zone, this eight arm taking kind of module 2 dials the tooth of stumbling hitting on lobe plate, eight arm stress pressure, kind of the cave that takes taken on kind of runner is directed at the seed at seed zone place, owing to seed is in rotary moving with assembly cylinder, seed enters and takes kind of a cave, realization takes kind, take in kind of process, eight arm constantly dials the tooth of stumbling hitting on lobe plate, take kind of runner constantly shake and vibrate, make seed enter timely and accurately and take kind of a cave, eight arm progressively leaves lobe plate, pull back under the effect of torsion spring, kind of the cave that takes taken on kind of runner turns to the sowing road of assembly cylinder with seed, seed enters dibbler sowing road and dibbling duckbilled under gravity, sow.
According to size when being actually needed sowing, take kind of runner sets respective amount take kind of a cave, owing to one takes kind of cave and only fills a seed, therefore this utility model takes kind accurately, and sowing hole rate is low.This utility model utilizes revolution to take turns 2-11 can relative to the structure turned with female relatively rotating of runner 2-9: when rotating female runner, when female runner take kind of cave and revolution wheel take kind of cave up side by side time, it is exactly two double, two kind caves working methods, desirable two seeds, when unclamping bolt, rotate female runner, plant cave and forward lower section to, one of top only revolution wheel takes kind of a cave, this is single cave working method, a desirable seed, achieve and need not more exchange kind of a runner for, revolution wheel 2-11 is made to rotate different angles from female runner 2-9, come the position taking kind of cave that adjusting size is different, according to taking the number planted, determine to take the number in kind of cave, so not only, convenient but also practical.If damaging it addition, there is a portion to take kind of module 2, it is possible to corresponding kind of the module 2 that takes is taken off from module clamping ring, replacing with and new taking kind of module 2, so extending the service life of whole dibbler, extract and facilitate, economical and practical.
It is provided with runner seed scraping device 7 inside described gear kind dish 5, and arranging near dibbling belt 4, described runner seed scraping device 7 structure comprises central shaft 7-1, roller 7-2, and described roller 7-2 is set on central shaft 7-1, can rotating around central shaft 7-1, described roller 7-2 is provided with and multiple scrapes kind of a ratchet 7-3.
The structure of this utility model mechanical type binary fine seeder, is overlapped relatively independent seed fetching equipment by two and forms, and middle utilization is public separates and connect two kind rooms of formation every dish.
Outside the dibbling belt 4 of on-demand device described in two groups, one encloses the sliding movable seeding nozzle 9 being provided with, all movable pull ground is installed and is unloaded, difference according to sliding movable seeding nozzle 9 towards, can just insert or anti-plug is on dibbling belt (4), two groups of on-demand devices being arranged side by side according to the difference of sliding movable seeding nozzle 9 towards, there is different installation site, each mouth of sowing is made to be respectively positioned on the middle part of program request belt, or mouthful interval of sowing lays respectively at the both sides of program request belt, at this moment the dibbling drop point on soil is middle straight line or two straight lines for interval.
This utility model in actual use, can be used for carrying out 1 cave and the crop program request of many caves, is mainly used in high density cave from below 8cm tens cave program request, and mechanical type precise hole sowing cave is from all at more than 8cm in the market, it is impossible to carry out dibbling and some fertilizer simultaneously.
Owing to this utility model dibbler has two kind rooms, two set seed fetching equipments and two set dibbling devices, two set dibbling devices work simultaneously, can carry out monocrop high-density sowing；The crops that program request is different can also be carried out by the two separated different seeds in Room；Or a set of dibbling device is used for sowing, another set of dibbling device is for some fertilizer；Or dibbling while of two set dibbling devices；Or two set dibbling device fertile with time point, it is possible to use according to practical use combination in any.
This utility model dibbler is two to extract kind and dibbling device is connected to public on dish by an axis, ensure that concentricity and concordance, dibbler is made to rotate flexibly, owing to this dibbler has two auxiliary point kind belts, dibbling belt can push positive seeding nozzle and oblique seeding nozzle, the seeding nozzle structure used in conventional, prior art is not to lopsidedness, it is called positive seeding nozzle, and seeding nozzle of the present utility model, structurally, planting passage is to lopsidedness, it is called oblique seeding nozzle, on dibbling belt of the present utility model, can according to each needing to install positive seeding nozzle or oblique seeding nozzle, it is combined operation.
1, when dibbling requires that whole point-to-points are broadcast on device intermediate line: pushing oblique seeding nozzle (point left and right directions) on two dibbling belts, seeding nozzle converges at intermediate line.
2, when dibbling requires that seeding nozzle is all put when dibbler side, a dibbling belt pushing positive seeding nozzle, another dibbling belt pushes oblique seeding nozzle, the seeding nozzle of two dibbling belts is into a line equally in side.
3, when dibbling requires to divide two row；(1) two dibbling belts on dibbler can put positive seeding nozzle simultaneously, becomes two dibblings or the fertile line of point.(2) two dibbling belts on dibbler also become two dibblings or the fertile line of point simultaneously when pushing oblique seeding nozzle.(3) one, two dibbling belts on seeding nozzle push oblique seeding nozzle, and one becomes two dibbling lines or the fertile line of point equally when pushing positive seeding nozzle.
When actual installation, this utility model dibbler both sides have two set traction frame assemblies, it is ensured that during dibbler work, fluctuate steadily, two set traction frame are respectively provided with a kind case, simultaneously or can separated seed or fertilizer, it is simple to check and sow or the situation of lower fertilizer.
Figure 35, Figure 36 are the annexation deployed configuration schematic diagram of the dibbling belt in two groups of on-demand devices being arranged side by side and sliding movable seeding nozzle.Wherein the planting mouth of each seeding nozzle shown in Figure 35 concentrates on the straight line of middle part, dibbling on soil planting point also in straight line.The planting mouth of both sides seeding nozzle shown in Figure 36 concentrates on two straight lines of both sides, dibbling on soil planting point also present two straight lines.
This utility model is that single empennage is opened one's mouth due to what fill on sliding movable seeding nozzle 9, decrease resistance and ensure that the degree of depth of dibbling when high-density planting, add reliability, due also to two left and right installations of dibbling belt arranged side by side is all single empennage, which reduce empennage to take up room on belt area, it is simple to seeding nozzle high-density array.
The function that this utility model dibbler has in work: thin planting and dense planting mechanical type precision point sowing and dibbling 1, can be carried out.2, single file dibbling and some fertilizer can be carried out, also can carry out single file 1 cave dibbling, 1 cave point fertilizer or 2 cave dibbling 1 cave points fertile.3, duplicate rows dibbling or some fertilizer can be carried out.
Compared with prior art, the utility model has the advantages that rational in infrastructure, economical and practical, compared with existing fine seeder, utilize two to extract kind and dibbling device is connected to by an axis public on dish, it is ensured that concentricity and concordance so that dibbler rotates flexibly；Utilizing two kind rooms, two set seed fetching equipments and two set dibbling devices, two set dibbling devices work simultaneously, can carry out monocrop high-density sowing；The crops that program request is different can also be carried out by the two separated different seeds in Room；Utilize the Tinea Ranae stop block structure that gear kind dish 5 is corresponding with gear kind lid 8, effectively prevent the damage of components that dibbler reversion is caused, on this basis, the structure of drawing out type seed fetching equipment is utilized, it is also possible to be effectively improved a number precision of sowing, and need not can more exchange kind of a part for according to job demand, converting at any time and take kind of cave number and take the size in kind of cave, taking kind of module 2 can extract at any time, flexible and convenient to use, improve sowing work efficiency, it is possible to meet and be actually needed.So this utility model is one is capable of precision point sowing, can more exchange kind of a part at any time for according to job demand again, additionally it is possible to for high density cave from below 8cm program request, flexible and convenient to use, it is possible to meet the mechanical type binary fine seeder being actually needed.
Accompanying drawing explanation
Fig. 1 is the structural representation of this utility model dibbler.
Fig. 2 is the public structural representation every dish of this utility model.
Fig. 3 is the installation site perspective view of this utility model sliding movable seeding nozzle.
Fig. 4 is the structural representation determining mouth in Fig. 3.
Fig. 5 is the structural representation opened one's mouth in Fig. 3.
Fig. 6 is the structural representation that the master of this utility model sliding movable seeding nozzle looks.
Fig. 7 opens one's mouth in Fig. 6 and the structural representation determining mouth open mode.
Fig. 8 is the structural representation determining mouth in Fig. 6.
Fig. 9 is the sectional structure schematic diagram in A-A direction in Fig. 8.
Figure 10 is the structural representation of partial enlargement outside dibbling belt.
Figure 11 is the structural representation of cross-sectional side in Figure 10.
Figure 12 is the structural representation of dibbling belt and the installation site relation of sliding movable seeding nozzle.
Figure 13 is the structural representation that in Fig. 1, gear kind dish 5 and gear plant lid 8.
Figure 14 is the annexation structural representation that in Figure 13, the Tinea Ranae block of gear kind dish 5 is in sliding mode.
Figure 15 is the annexation structural representation that in Fig. 2, the Tinea Ranae block of gear kind dish 5 is in blocked state of upspringing.
Figure 16 is gear kind dish 5 side-looking structural representation.
Figure 17 is gear kind lid 8 side-looking structural representations.
Figure 18 is gear kind dish 5 another side side-looking structural representation.
Figure 19 is the structural representation of drawing out type seed fetching equipment in this utility model.
Figure 20 is that this utility model drawing out type seed fetching equipment uses state reference structural representation.
Figure 21 is the structural representation of the side-looking of this utility model drawing out type seed fetching equipment fixed block.This state be lobe plate with tooth of stumbling do not block eight arm time schematic diagram.
Figure 22 is the structural representation of the side-looking of this utility model fixed block.This state be lobe plate 18 with tooth of stumbling blocked eight arm time schematic diagram.
Figure 23 is the right TV structure schematic diagram of fixed block in Figure 21.
Figure 24 is the structural representation of eight arm rotating shaft and eight arm in Figure 21.
Figure 25 is for reference, the left view structural representation of revolution wheel in Figure 22.
Figure 26 is for reference, the right TV structure schematic diagram of revolution wheel in Figure 22.
Figure 27 is the structural representation in A-A direction in Figure 25.
Figure 28 is the cross-sectional cut-away structural representation taken turns that revolves round the sun in Figure 26.
Figure 29 is for reference in Figure 22, for the left view structural representation of female runner.
Figure 30 is for reference in Figure 22, for the sectional structure schematic diagram that the right side of female runner is looked.
Figure 31 is the B-B direction structure schematic diagram of Figure 29.
Figure 32 is for reference in Figure 22, for revolution wheel 2-11, female arm pivoted link position positionality schematic diagram of runner 2-9 and eight.
Figure 33 is the main TV structure schematic diagram of runner seed scraping device in Fig. 1.
Figure 34 is the side-looking structural representation of runner seed scraping device in Fig. 1.
Figure 35 is the annexation deployed configuration schematic diagram of the dibbling belt in two groups of on-demand devices being arranged side by side and sliding movable seeding nozzle in Fig. 1.The planting mouth of each seeding nozzle shown in figure concentrates on the straight line of middle part, dibbling on soil planting point also in straight line.
Figure 36 is the annexation deployed configuration schematic diagram of the dibbling belt in two groups of on-demand devices being arranged side by side and sliding movable seeding nozzle in Fig. 1.The planting mouth of both sides seeding nozzle shown in figure concentrates on two straight lines of both sides, dibbling on soil planting point also present two straight lines.
Shown in figure: 1 is public every dish, and 2 for taking kind of a module, and 3 be module clamping ring, 4 is dibbling belt, and 5 plant a dish for keeping off, 6 is stamper, and 7 is runner seed scraping device, and 8 is gear kind lid, and 9 is sliding movable seeding nozzle, and 1-1 is axis, 1-2 is jump-ring slot, and 1-3 is gear seed disk shaft bearing, and 1-4 is jump ring, and 3-1 is dividing plate.
Shown in figure: 2-1 is eight arm rotating shaft, and 2-2 is fixed block, and 2-3 is eight arm, and 2-8 is scraping blade, 2-9 is female runner, and 2-10 is shrinkage pool, and 2-11 is revolution wheel, and 2-12 is torsion spring, 2-13 is for take kind of a cave greatly, and 2-14 is torsion spring fixing hole, and 2-15 is embedding torsion spring groove, and 2-16 is square hole, 2-17 is the bolt hole installing fixing bolt, and 2-18 little takes kind of a cave, and 2-19 is hollow rotating shaft, 2-20 is stroke hole, and 2-21 is circular shaft hole, and 2-22 is circular shaft, 2-23 is square shaft, and 2-24 is fixing bolt, and 2-25 is nut.
5-0 shown in figure is elongated end, and 5-1 is groove, and 5-2 is Tinea Ranae block, and 5-3 is bearing, and 5-4 is rotating shaft, and 5-5 is stage clip, and 5-6 is lobe plate, and 5-7 is shaggy tooth, and 5-8 is dibbler central shaft hole；
Axle centered by 7-1 shown in figure, 7-2 is roller, and 7-3 is for scraping kind of a ratchet；8-1 is seeding pipe, and 8-2 is the mouth of pipe of sowing, and 8-3 is Tinea Ranae block chute.
9-1 shown in figure is for opening one's mouth, and 9-2 is bearing pin, and 9-3 is articulated slab, 9-4 is for determine mouth plugboard, and 9-5 is for determine mouth, and 9-6 is spring, 9-7 is spring bearer plate, 9-8 is seed channel, and 9-9 is for leading kind of a depression, and 9-10 is empennage, 9-11 is upper plate, 9-12 is side plate, and 9-13 is tulwar shape plate, and 9-14 is cutting edge, 9-15 is front portion of opening one's mouth, 9-16 is side plate bottom, and 9-17 is side plate top, and 9-18 is for opening one's mouth and determining mouth Guan Bi junction, 9-19 is inner bottom surface, 9-20 is for going out kind of a mouth, and 9-21 is for determining the fixing plate of mouth, and 9-22 is mouth of sowing.
Detailed description of the invention
Embodiment 1:
With reference to accompanying drawing, a kind of mechanical type binary fine seeder, including two groups of on-demand devices being arranged side by side, often group on-demand device all comprises Moving plate, price fixing, seed chamber, dibbling belt 4, sliding movable seeding nozzle 9, two groups of on-demand devices share public affairs every dish 1 as Moving plate, described public affairs both sides on dish 1 are provided with axis 1-1, described axis 1-1 and are connected every dish 1 with public affairs by bearing, and the price fixing of described two groups of on-demand devices is each provided on axis 1-1；
Outside the dibbling belt 4 of on-demand device described in two groups, a circle is provided with sliding movable seeding nozzle 9, and described sliding movable seeding nozzle 9 includes determining mouth 9-5 and the 9-1 that opens one's mouth, described in open one's mouth in the middle part of 9-1 by bearing pin 9-2 and determine mouth 9-5 and be hinged；The empennage 9-10 of the described 9-1 of opening one's mouth afterbody is amesiality, oblique unilateral empennage；The described curved inclination bend of seed channel 9-8 determining mouth 9-5, the direction of its inclination and the in opposite direction of empennage 9-10 of opening one's mouth；
The position that kind is entered at the described rear portion determining mouth 9-5 is provided with determines mouth plugboard 9-4, determine mouth plugboard 9-4 for setting pertusate plate, near sowing a mouthful relevant position for 9-22 both sides on described dibbling belt 4 outer ring, it is respectively equipped with and determines the fixing plate 9-21 of mouth, described determine the fixing plate 9-21 of mouth and be shaped as being similar to " second " font, described determine mouth mouth plugboard 9-4 insertion is described to be determined mouth and fix the mode of plate 9-21 and be fixed on described dibbling belt 4 by determining；Determining on the fixing plate 9-21 of mouth, be provided with articulated slab 9-3 perpendicular with it, on described articulated slab 9-3, be provided with spring bearer plate 9-7 perpendicular with it, described spring bearer plate 9-7 is provided with spring 9-6, described in the empennage 9-10 that opens one's mouth just be pressed on spring 9-6；
The described 9-1 of opening one's mouth comprises upper plate 9-11 and two side plate 9-12 near the anterior 9-15 structure of opening one's mouth going out kind of mouth 9-20, the length that the length ratio upper plate 9-11 that the side plate top 9-17 of two side plate 9-12 that the described 9-1 of opening one's mouth is anterior forward extends out forward extends out is identical, the length of the extension of described upper plate 9-11 is identical with depth of planting, the side plate bottom 9-16 of two described side plate 9-12 is provided with the tulwar shape plate 9-13 extended forward, the included angle A 9-21 that the tulwar shape plate 9-13 tip of described extension is formed is acute angle, the edge of described upper plate 9-11 and two side plate 9-12 and tulwar shape plate 9-13 is cutting edge 9-14.
Outside the dibbling belt 4 of on-demand device described in two groups, one encloses the sliding movable seeding nozzle 9 being provided with, it is movable mode to install, difference according to sliding movable seeding nozzle 9 towards, can just insert or anti-plug is on dibbling belt 4, two groups of on-demand devices being arranged side by side according to the difference of sliding movable seeding nozzle 9 towards, there is different installation site, each mouth of sowing is made to be respectively positioned on the middle part of program request belt, or mouthful interval of sowing lays respectively at the both sides of program request belt, at this moment the dibbling drop point on soil is middle straight line or two straight lines for interval.
Figure 35, Figure 36 are the annexation deployed configuration schematic diagram of the dibbling belt in two groups of on-demand devices being arranged side by side and sliding movable seeding nozzle.Wherein the planting mouth of each seeding nozzle shown in Figure 35 concentrates on the straight line of middle part, dibbling on soil planting point also in straight line.The planting mouth of both sides seeding nozzle shown in Figure 36 concentrates on two straight lines of both sides, dibbling on soil planting point also present two straight lines.
Embodiment 2:
Compared with embodiment 1, the present embodiment difference place is in that: the described inner bottom surface 9-19 determining mouth 9-5 is provided with and leads kind of a depression 9-9；Described kind of the depression 9-9 that leads is depression angle sees it is oblong depression, arranges along seed landing direction；Described leads kind of the depression 9-9 first half being located at out the inner bottom surface 9-19 of kind of mouth 9-20, lead kind of the front position of depression 9-9 with open one's mouth and determine mouth Guan Bi junction 9-18 close.
Embodiment 3:
Compared with embodiment 1 or 2, the present embodiment difference place is in that: described price fixing is constituted by keeping off kind of dish 5, stamper 6 and gear kind lid 8, described gear kind dish 5 is interlocked with stamper 6, gear kind lid 8, middle space constitutes seed chamber, described gear kind dish 5 is all located at described public affairs on dish 1 on the axis 1-1 of both sides with gear kind lid 8, and described gear kind lid 8 maintains static, and is enclosed within gear seed disk shaft bearing 1-3, it is fixing that jump ring is stuck in jump-ring slot 1-2, is connected with gear kind dish 8 by Tinea Ranae block 5-2；Described gear kind dish 5 is connected with axis 1-1 by bearing 5-3, can rotate around described axis 1-1；
Described gear kind dish 5 is provided with elongated end 5-0, described elongated end 5-0 side is provided with groove 5-1, Tinea Ranae block 5-2 it is provided with in described groove 5-1, the rotating shaft 5-4 that described Tinea Ranae block 5-2 can pass through to be located in groove 5-1 rotates, Tinea Ranae block 5-2 bottom is provided with stage clip 5-5, described Tinea Ranae block 5-2 passes through rotating shaft 5-1 and stage clip 5-5, can be depressed or upspring；
Corresponding with described Tinea Ranae block 5-2 structure, the medial surface of described gear kind lid 8 is provided with the Tinea Ranae block chute 8-3 of one section of arc, described gear kind dish 5 is interlocked with gear kind lid 8, Tinea Ranae block 5-2 falls in Tinea Ranae block chute 8-3, when dibbling belt 4 rotates forward, Tinea Ranae block 5-2 on gear kind dish 5 enters in Tinea Ranae block chute 8-3, Tinea Ranae block is upspring, stumble gear kind lid 8, make gear kind lid 8 be relatively fixed with gear kind dish 5 and be in motionless state, when dibbling belt 4 reverses, Tinea Ranae block 5-2 is pressed in groove 5-1 under Tinea Ranae block chute 8-3 edge, gear kind dish 5 separates with gear kind lid 8 and is in sliding mode.
Embodiment 4:
Comparison accompanying drawing, compared with embodiment 3, its different places are in that described elongated end 5-0 side is provided with two groove 5-1, it is provided with Tinea Ranae block 5-2 in one of them groove 5-1 described, the rotating shaft 5-4 that described Tinea Ranae block 5-2 can pass through to be located in groove 5-1 rotates, Tinea Ranae block 5-2 bottom is provided with stage clip 5-5, described Tinea Ranae block 5-2 by rotating shaft 5-1 and stage clip 5-5, can be depressed or upspring.
Embodiment 5:
Comparison accompanying drawing, compared with embodiment 4, its different places are in that inside described dibbling belt 4 do not have drawing out type seed fetching equipment, this seed fetching equipment mainly includes module clamping ring 3, take kind of module 2, described kind of the modular structure main body that takes comprises fixed block 2-2, this fixed block 2-2 is provided with hole, mobilizable eight arm rotating shaft 2-1 it is provided with in hole, eight arm rotating shaft 2-1 is provided with a pair and takes kind of a runner, one of them is revolution wheel 2-11, another female runner 2-9, described revolution wheel 2-11 is set up in parallel with female runner 2-9, it is loaded in shrinkage pool 2-10 set on fixed block 2-1, described revolution wheel 2-11, female runner 2-9 outer wall is provided with and takes kind of a cave, described eight arm rotating shaft 2-1 one end is provided with torsion spring 2-12, the other end is provided with eight arm 2-3, this eight arm 2-3 is corresponding with the lobe plate 5-6 with tooth of stumbling；
Described eight arm rotating shaft 2-1 is divided into two parts, and the shape of cross section near the part of eight arm 2-3 is square, and for square shaft 2-23, outer a part of shape of cross section is circular, for circular shaft 2-22；
Described revolution wheel 2-11 is by axis hole traverse eight arm rotating shaft 2-1, this axis hole is the square hole 2-16 suitable with the square shaft of eight arm rotating shaft 2-1, the square hole 2-16 of described revolution wheel 2-11 stretches out and forms hollow rotating shaft 2-19, described hollow rotating shaft 2-19 is circular shaft, female runner 2-9 is provided with circular shaft hole 2-21, suitable with above-mentioned hollow rotating shaft 2-19, it is rotatable that female runner 2-9 is set on hollow rotating shaft 2-19, revolution wheel 2-11 is interspersed on the square shaft 2-23 of eight arm rotating shaft 2-1 together with female runner 2-9, female runner 2-9 is arranged near eight arm 2-3, revolution wheel 2-11 is provided with female runner 2-9 can relatively-stationary fixing bolt 2-24；
Described module clamping ring 3 structure is the annular frame of hollow out, utilizes and be separated out multiple space suitable with taking kind of module 2 size between dividing plate 3-1 in the middle of support body, described in take kind of module 2 and put into wherein pluggable.
Embodiment 6:
Comparison accompanying drawing, compared with embodiment 5, its different places are in that described revolution wheel 2-11 outer wall is provided with and take greatly kind of cave 2-13 and take kind of a cave with little kind of the cave 2-18 two that takes, female runner 2-9 outer wall be provided with one take turns with revolution 2-11 outer wall takes greatly kind of cave 2-13 identical take kind of a cave；Described female runner 2-9 is provided with and can make the fixing bolt 2-24 stroke hole 2-20 slidably reciprocated；Described lobe plate 5-6 with tooth of stumbling be shaggy tooth 5-7；Described fixed block 2-2 is provided with scraping blade 2-8 near revolution wheel 2-11 with female runner 2-9 place.
Embodiment 7:
Comparison accompanying drawing, compared with embodiment 6, its different places are in that inside described gear kind dish 5 to be provided with runner seed scraping device 7, and arrange near dibbling belt 4, described runner seed scraping device 7 structure comprises central shaft 7-1, roller 7-2, described roller 7-2 is set on central shaft 7-1, can rotate around central shaft 7-1, and described roller 7-2 is provided with and multiple scrapes kind of a ratchet 7-3.
Claims (8)
1. a mechanical type binary fine seeder, it is characterized in that including two groups of on-demand devices being arranged side by side, often group on-demand device all comprises Moving plate, price fixing, seed chamber, dibbling belt (4), sliding movable seeding nozzle (9), two groups of on-demand devices share public affairs every dish (1) as Moving plate, described public affairs are provided with axis (1-1) every the upper both sides of dish (1), described axis (1-1) is connected every dish (1) with public affairs by bearing, and the price fixing of described two groups of on-demand devices is each provided on axis (1-1)；
Dibbling belt (4) outside one circle of on-demand device described in two groups is provided with sliding movable seeding nozzle (9), described sliding movable seeding nozzle (9) includes determining mouth (9-5) and open one's mouth (9-1), described in open one's mouth (9-1) middle part by bearing pin (9-2) with determine mouth (9-5) and be hinged；The empennage (9-10) of described (9-1) afterbody of opening one's mouth is amesiality, oblique unilateral empennage；The described curved inclination bend of seed channel (9-8) determining mouth (9-5), the direction of its inclination is in opposite direction with empennage of opening one's mouth (9-10)；
The position that kind is entered at the described rear portion determining mouth (9-5) is provided with determines mouth plugboard (9-4), determine mouth plugboard (9-4) for setting pertusate plate, near the relevant position of mouth (9-22) both sides of sowing on described dibbling belt (4) outer ring, it is respectively equipped with and determines the fixing plate (9-21) of mouth, described determine the fixing plate (9-21) of mouth and be shaped as being similar to " second " font, described determine mouth and insert by determining mouth plugboard (9-4) described determine mouth and fix the mode of plate (9-21) and be fixed on described dibbling belt (4)；Determining on the fixing plate (9-21) of mouth, perpendicular with it it is provided with articulated slab (9-3), on described articulated slab (9-3), perpendicular with it it is provided with spring bearer plate (9-7), described spring bearer plate (9-7) is provided with spring (9-6), described in the empennage (9-10) opened one's mouth just be pressed on spring (9-6)；
Described open one's mouth (9-1) comprises upper plate (9-11) and two side plates (9-12) near front portion of opening one's mouth (9-15) structure going out kind of mouth (9-20), the length that the side plate top (9-17) of two side plates (9-12) that described open one's mouth (9-1) is anterior forward extends out is identical with the length that upper plate (9-11) forward extends out, the length of the extension of described upper plate (9-11) is identical with depth of planting, the side plate bottom (9-16) of two described side plates (9-12) is provided with tulwar shape plate (9-13) extended forward, the included angle A (9-21) that tulwar shape plate (9-13) tip of described extension is formed is acute angle, the edge of described upper plate (9-11) and two side plates (9-12) and tulwar shape plate (9-13) is cutting edge (9-14).
2. mechanical type binary fine seeder as claimed in claim 1, it is characterised in that the described inner bottom surface (9-19) determining mouth (9-5) is provided with leads kind of a depression (9-9)；Described leads kind of a depression (9-9) sees it is strip depression for depression angle, arranges along seed landing direction；Described leads the first half that kind of a depression (9-9) is located at out the inner bottom surface (9-19) of kind of a mouth (9-20), leads the front position of kind of a depression (9-9) and opens one's mouth and to determine mouth Guan Bi junction (9-18) close.
3. mechanical type binary fine seeder as claimed in claim 1 or 2, it is characterized in that described price fixing is by keeping off kind of a dish (5), gear kind lid (8) is constituted, described gear kind dish (5) and stamper (6), gear kind lid (8) is interlocked, middle space constitutes seed chamber, described gear kind dish (5) and gear kind lid (8) are all located at described public affairs on the axis (1-1) of the upper both sides of dish (1), described gear kind lid (8) maintains static, it is enclosed within gear seed disk shaft bearing (1-3), it is fixing that jump ring is stuck in jump-ring slot (1-2), it is connected with gear kind dish (8) by Tinea Ranae block (5-2)；Described gear kind dish (5) is connected with axis (1-1) by bearing (5-3), can rotate around described axis (1-1)；
Described gear kind dish (5) is provided with elongated end (5-0), described elongated end (5-0) side is provided with groove (5-1), Tinea Ranae block (5-2) it is provided with in described groove (5-1), the rotating shaft (5-4) that described Tinea Ranae block (5-2) can pass through to be located in groove (5-1) rotates, Tinea Ranae block (5-2) bottom is provided with stage clip (5-5), described Tinea Ranae block (5-2), by rotating shaft (5-1) and stage clip (5-5), can be depressed or upspring；
Corresponding with described Tinea Ranae block (5-2) structure, the medial surface of described gear kind lid (8) is provided with Tinea Ranae block chute (8-3) of one section of arc, described gear kind dish (5) is interlocked with gear kind lid (8), Tinea Ranae block (5-2) falls in Tinea Ranae block chute (8-3), when dibbling belt (4) rotates forward, Tinea Ranae block (5-2) on gear kind dish (5) enters in Tinea Ranae block chute (8-3), Tinea Ranae block is upspring, stumble gear kind lid (8), make gear kind lid (8) be relatively fixed with gear kind dish (5) and be in motionless state, when dibbling belt (4) reverses, Tinea Ranae block (5-2) is pressed in groove (5-1) by under Tinea Ranae block chute (8-3) edge, gear kind dish (5) separates with gear kind lid (8) and is in sliding mode.
4. mechanical type binary fine seeder as claimed in claim 3, it is characterized in that described elongated end (5-0) side is provided with two grooves (5-1), it is provided with Tinea Ranae block (5-2) in one of them groove (5-1) described, the rotating shaft (5-4) that described Tinea Ranae block (5-2) can pass through to be located in groove (5-1) rotates, Tinea Ranae block (5-2) bottom is provided with stage clip (5-5), described Tinea Ranae block (5-2), by rotating shaft (5-1) and stage clip (5-5), can be depressed or upspring.
5. mechanical type binary fine seeder as claimed in claim 4, it is characterized in that described dibbling belt (4) inner side does not have drawing out type seed fetching equipment, this seed fetching equipment mainly includes module clamping ring (3), take kind of a module (2), described kind of the modular structure main body that takes comprises fixed block (2-2), this fixed block (2-2) is provided with hole, mobilizable eight arm rotating shaft (2-1) it is provided with in hole, eight arm rotating shaft (2-1) is provided with a pair and takes kind of a runner, one of them is revolution wheel (2-11), another female runner (2-9), described revolution wheel (2-11) is set up in parallel with female runner (2-9), it is loaded in the upper set shrinkage pool (2-10) of fixed block (2-1), described revolution wheel (2-11), female runner (2-9) outer wall is provided with and takes kind of a cave, described eight arm rotating shaft (2-1) one end is provided with torsion spring (2-12), the other end is provided with eight arm (2-3), this eight arm (2-3) is corresponding with the lobe plate (5-6) with tooth of stumbling；
Described eight arm rotating shaft (2-1) is divided into two parts, and the shape of cross section near the part of eight arm (2-3) is square, and for square shaft (2-23), outer a part of shape of cross section is circular, for circular shaft (2-22)；
Described revolution wheel (2-11) is by axis hole traverse eight arm rotating shaft (2-1), this axis hole is the square hole (2-16) suitable with the square shaft of eight arm rotating shaft (2-1), the square hole (2-16) of described revolution wheel (2-11) stretches out and forms hollow rotating shaft (2-19), described hollow rotating shaft (2-19) is circular shaft, female runner (2-9) is provided with circular shaft hole (2-21), suitable with above-mentioned hollow rotating shaft (2-19), it is upper rotatable that female runner (2-9) is set in hollow rotating shaft (2-19), revolution wheel (2-11) is interspersed on the square shaft (2-23) of eight arm rotating shaft (2-1) together with female runner (2-9), female runner (2-9) is arranged near eight arm (2-3), revolution wheel (2-11) is provided with female runner (2-9) can relatively-stationary fixing bolt (2-24)；
Described module clamping ring (3) structure is the annular frame of hollow out, utilize in the middle of support body and between dividing plate (3-1), be separated out multiple space suitable with taking kind of a module (2) size, described in take kind of a module (2) and put into wherein pluggable.
6. mechanical type binary fine seeder as claimed in claim 5, it is characterized in that described revolution wheel (2-11) outer wall is provided with to take greatly kind of a cave (2-13) and take kind of a cave with little two, kind of the cave (2-18) that takes, female runner (2-9) outer wall be provided with one take turns with revolution (2-11) outer wall takes greatly kind of a cave (2-13) identical take kind of a cave；Described female runner (2-9) is provided with the stroke hole (2-20) that fixing bolt (2-24) can be made to slidably reciprocate；Described lobe plate (5-6) with tooth of stumbling be shaggy tooth (5-7)；Described fixed block (2-2) is upper is provided with scraping blade (2-8) near revolution wheel (2-11) with female runner (2-9) place.
7. mechanical type binary fine seeder as claimed in claim 6, it is characterized in that described gear kind dish (5) inner side is provided with runner seed scraping device (7), and arrange near dibbling belt (4), described runner seed scraping device (7) structure comprises central shaft (7-1), roller (7-2), described roller (7-2) is set on central shaft (7-1), can rotating around central shaft (7-1), described roller (7-2) is provided with multiple scrapes kind of a ratchet (7-3).
8. mechanical type binary fine seeder as claimed in claim 7, it is characterized in that the sliding movable seeding nozzle (9) being provided with is enclosed in the dibbling belt (4) of on-demand device described in two groups outside one, all movable pull ground is installed and is unloaded, difference according to sliding movable seeding nozzle (9) towards, can just insert or anti-plug is on dibbling belt (4), two groups of on-demand devices being arranged side by side according to the difference of sliding movable seeding nozzle (9) towards, there is different installation site, each mouth of sowing is made to be respectively positioned on the middle part of program request belt, or mouthful interval of sowing lays respectively at the both sides of program request belt, at this moment the dibbling drop point on soil is middle straight line or two straight lines for interval.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620138295.3U CN205336815U (en) | 2016-02-24 | 2016-02-24 | Smart volume dibbler of mechanical type binary |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620138295.3U CN205336815U (en) | 2016-02-24 | 2016-02-24 | Smart volume dibbler of mechanical type binary |
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| CN205336815U true CN205336815U (en) | 2016-06-29 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105660000A (en) * | 2016-02-24 | 2016-06-15 | 张和平 | Mechanical double-body precise dibbler |
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2016
- 2016-02-24 CN CN201620138295.3U patent/CN205336815U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105660000A (en) * | 2016-02-24 | 2016-06-15 | 张和平 | Mechanical double-body precise dibbler |
| CN105660000B (en) * | 2016-02-24 | 2018-09-04 | 张和平 | Mechanical binary fine seeder |
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Effective date of registration: 20181018 Address after: 834000 No. 248 building engineering group 130, Karamay, the Xinjiang Uygur Autonomous Region Co-patentee after: Zhang Heping Patentee after: XINJIANG KENONG MACHINERY MANUFACTURING CO., LTD. Address before: 834000 Xinjiang Kenong Machinery Manufacturing Co., Ltd. No. 248 Jiankongli, Gongqing Town, Karamay District, Karamay City, Xinjiang Uygur Autonomous Region Patentee before: Zhang Heping |
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