A kind of harvesting device of anti-accumulation
Technical field
Harvester field is the utility model is related to, more specifically, it relates to a kind of harvesting device of anti-accumulation.
Background technology
Combine harvester can once complete the processes such as the harvesting, threshing, stem separation, residue removal of cereal crops.
The ceding of Taiwan bottom plate of existing harvester is mostly slab construction, during machine run, ceding of Taiwan bottom plate, stirring cage blade, reel elastic claw three
There are dead zone between person.Dead zone is the position that reel elastic claw and stirring cage blade can not all touch, and crop is cut
Have no progeny, easily accumulated in this region.When crop is stacked into a certain degree, just then next stage can be fed by stirring cage blade wedging
Conveying device.
Crop is accumulated in dead zone, and crop conveying can be caused uneven, increase the load in delivery section and disengaging portion, even
Conveyer and threshing chamber can be blocked, so that harvester can not work normally.
Utility model content
The technical problems to be solved in the utility model is the above-mentioned deficiency for the prior art, there is provided it is a kind of it is simple in structure,
Use the harvesting device of stable anti-accumulation.
The technical solution of the utility model is such:A kind of harvesting device of anti-accumulation, including stirring cage device and be located at
Standing grain device is dialled in the stirring cage device side, and stirring cage device periphery is equipped with can be described around the rotating stirring cage blade in its axle center
Dial standing grain device periphery be equipped with can be around rotating group of its axle center standing grain pawl;It is equipped with below the stirring cage device to the stirring cage device
The outer end rotational trajectory of the ceding of Taiwan bottom plate extended with the joining place of pulling device, the stirring cage blade and group standing grain pawl is cut with described
The anti-accumulation boss to raise up to be oriented to crops is equipped between platform bottom plate in area defined.
As a further improvement, the side on the anti-accumulation boss close to the pulling device is equipped with guide surface,
Correspondingly, the side on the anti-accumulation boss close to the stirring cage device is equipped with sandfall.
Further, the guide surface and sandfall are respectively provided with gradient, also, the gradient of the guide surface is less than described
The gradient of sandfall.
Further, the anti-accumulation boss is axially extending along the stirring cage device, and the anti-accumulation boss is with cutting
It is detachable or fixed connection between platform bottom plate.
Further, the stirring cage device further includes mounting base and is plugged in the stirring cage axis of the mounting base, described
Stirring cage blade be fixed on the stirring cage axis periphery and along its axial screw extend.
Further, the front end of the ceding of Taiwan bottom plate is equipped with the cutter for cutting off crops.
Further, the anti-accumulation boss is arc boss.
Further, the anti-accumulation boss is triangle boss.
Beneficial effect
The utility model compared with prior art, has the following advantages:The utility model is simple in structure, design is reasonable, if
Crops can effectively be reduced and accumulate at ceding of Taiwan bottom plate by putting anti-accumulation boss, convey crops more smooth, so as to improve harvesting
The stability in use and productivity of machine, meanwhile, the stirring cage blade extended spirally coordinates with dialling the standing grain device of dialling that standing grain pawl is directed downward,
Compact overall structure, lightweight.
Brief description of the drawings
Fig. 1 is 1 structure diagram of embodiment of the utility model;
Fig. 2 is anti-accumulation boss main structure diagram in the embodiment 1 of the utility model;
Fig. 3 is anti-accumulation boss left view structural representation in the embodiment 1 of the utility model;
Fig. 4 is 2 structure diagram of embodiment of the utility model;
Fig. 5 is anti-accumulation boss main structure diagram in the embodiment 2 of the utility model;
Fig. 6 is anti-accumulation boss left view structural representation in the embodiment 2 of the utility model.
Wherein:1- stirring cages device, 11- mounting bases, 12- stirring cages axis, 13- stirring cages blade, 2- dial standing grain device, 3- dials standing grain pawl,
The anti-accumulation boss of 4- cedings of Taiwan bottom plate, 5- cutteves, 6-, 7- guide surfaces, 8- sandfalls, 9- dead zones.
Embodiment
Specific embodiment in below in conjunction with the accompanying drawings is described further the utility model.
A kind of harvesting device of anti-accumulation, including stirring cage device 1 and group standing grain device 2 positioned at 1 side of stirring cage device, are stirred
The periphery of cage assembly 1 is equipped with and can further include mounting base 11 around the rotating stirring cage blade 13 in its axle center, stirring cage device 1 and be plugged in peace
The stirring cage axis 12 of seat 11 is filled, stirring cage blade 13 is fixed on the periphery of stirring cage axis 12 and extends along its axial screw, stirring cage blade 13
Next stage can be pushed in 12 outer surface of stirring cage axis, screw type stirring cage blade 13 by crops spinning by being fixedly connected by welding
Transport mechanism;Dial the periphery of standing grain device 2 and be equipped with and can dial the direction court all the time when rotated of standing grain pawl 3 around rotating group of its axle center standing grain pawl 3
Under, crops effectively can be allocated to stirring cage device 1, stirring cage device 1 coordinates with dialling standing grain device 2, compact overall structure, lightweight;
The lower section of stirring cage device 1 is equipped with the ceding of Taiwan bottom plate 4 extended to the joining place of stirring cage device 1 and pulling device 2, and ceding of Taiwan bottom plate 4 is water
Plain cloth is put, and is equipped with upwards in area defined between stirring cage blade 13 and the outer end rotational trajectory and ceding of Taiwan bottom plate 4 of dialling standing grain pawl 3
The raised anti-accumulation boss 6 to be oriented to crops, can effectively reduce crops and be accumulated at ceding of Taiwan bottom plate 4, make farming
Thing conveying is more smooth, so that the stability in use and productivity of harvester are improved, at work, stirring cage blade 13 and group standing grain pawl 3
Outer end rotational trajectory and 4 three of ceding of Taiwan bottom plate can surround a dead zone 9, this region is to dial standing grain pawl 3 and stirring cage blade
13 positions that can not all touch, after crops are cut off, easily accumulate in this region, when crops are accumulated to a certain extent,
Then next stage conveying device can be fed by 13 wedging of stirring cage blade, set anti-accumulation boss 6 to reduce the sky of dead zone 9
Between, crops is accumulated in a small amount just can feed next stage conveying device, reduce stirring cage blade 13 and dial the live load of standing grain pawl 3.
Guide surface 7 is equipped with close to the side of pulling device 2 on anti-accumulation boss 6, correspondingly, close on anti-accumulation boss 6
The side of stirring cage device 1 is equipped with sandfall 8, and guide surface 7 and sandfall 8 are respectively provided with gradient, also, the gradient of guide surface 7 is less than
The gradient of sandfall 8, can reduce dial standing grain pawl 3 live load can simultaneously make crops it is smooth enter stirring cage blade 13 work
Area;Anti- accumulation boss 6 is axially extending along stirring cage device 1, is detachable or fixed between anti-accumulation boss 6 and ceding of Taiwan bottom plate 4
Connection, the length and the equal length of stirring cage device 1 of anti-accumulation boss 6, pass through weldering between anti-accumulation boss 8 and ceding of Taiwan bottom plate 6
Connect or bolt is fixedly connected, ensure the stability of anti-accumulation boss 8.
The front end of ceding of Taiwan bottom plate 4 is equipped with the cutter 5 for cutting off crops, dials standing grain pawl 3 and crops are allocated to 1 mistake of stirring cage device
Cheng Zhong, cutter 5 cut off crops, and cutter 5 has certain angle to tilt down with horizontal direction, can prevent that crop root part is residual
Remaining part point produces resistance to ceding of Taiwan bottom plate 4.
Embodiment one
Refering to shown in Fig. 1-3, in the present embodiment, anti-accumulation boss 6 is arc boss, and the arc boss is by guiding circular arc
Formed with two sections of circular arcs of circular arc are slid, radius is equal between two sections of circular arcs and is tangent transition, and arc boss can be reduced effectively
The space of dead zone 9, prevents crops from being accumulated at ceding of Taiwan bottom plate 4.
Embodiment two
Refering to shown in Fig. 4-6, in the present embodiment, anti-accumulation boss 6 is triangle boss, triangle boss guide surface 7
Gradient be less than the gradient of sandfall 8, triangle boss can effectively reduce the space of dead zone 9, prevent crops in the ceding of Taiwan
Accumulated at bottom plate 4.
Above-described is only the preferred embodiment of the utility model, it should be pointed out that is come for those skilled in the art
Say, on the premise of the utility model structure is not departed from, several modifications and improvements can also be made, these are all without this reality of influence
With the effect and practical applicability of new implementation.