CN205883992U - Fruit wind -force screening separator - Google Patents

Abstract

The utility model relates to a fruit wind -force screening separator, can effectively solve the problem that separation of fruit leaf and seedling leaf were retrieved, existing in a fixed tray, ascension pipe is tilt up and sets up, be provided with the high pressure positive blower in the import in feeding chamber, the export links to each other with the lower one end of ascension pipe, the one end of a higher one end of ascension pipe and a fruit pipeline links to each other, the other end that goes out the fruit pipeline links to each other with the higher one end of leafing pipeline, the lower one end of leafing pipeline links to each other with the feed inlet of seedling leaf collecting box, constitute a fruit leaf pneumatic conveyor separation passageway inclosed relatively, be provided with the wind gap size regulating plate of pull formula on the air intake of high pressure positive blower, the upper portion in feeding chamber is provided with the feed inlet, ascension pipe's lower part is provided with the stone that the oral area set up down, the soil block discharge port, open on the upper portion of play fruit pipeline has wind -force to transfer knothole, the utility model discloses easy operation sieve effectually, and work efficiency is high, if indeed leaf clean separation, seedling leaf are recoverable as fodder, convenient to use, effectual.

Description

A kind of fruit wind filter segregation apparatuss

Technical field

This utility model is related to agricultural machinery, particularly a kind of fruit wind filter segregation apparatuss.

Background technology

For a long time, fruit in the results of fruit, leaf, the separation of seedling is always the insoluble problem of people, traditional receipts If obtain to be separated can only manually complete, high labor intensive, efficiency are low., during whole peanut production taking Semen arachidis hypogaeae as a example, Harvest link recruitment and account for more than the 1/2 of overall process, operating cost accounts for more than the 50% of whole peanut production cost, efficiency of crop is low, And fruit leaf is difficult to separation, seedling leaf does not reclaim (seedling leaf can be as feedstuff), existing harvest machinery is equally difficult to harvesting By fruit, leaf, seedling separation and recovery, therefore, it improves the colleague of fruit and innovation is imperative.

Utility model content

For above-mentioned situation, for overcoming the defect of prior art, the purpose of this utility model is exactly to provide a kind of fruit wind Power screen selecting and separating mechanism, can separate the problem reclaiming with seedling leaf by effectively solving fruit leaf.

The technical scheme that this utility model solves is that a kind of fruit wind filter segregation apparatuss, including feed cavity, riser Road, go out fruit pipeline and go out leaf pipeline, riser tubing is in the setting that is inclined upwardly, going out fruit pipeline is in be horizontally disposed with, go out leaf pipeline in Under be obliquely installed, the import of feed cavity is provided with high pressure positive blower, exports one end relatively low with riser tubing and be connected, riser tubing is relatively High one end is connected with the one end going out fruit pipeline, and the other end one end higher with going out leaf pipeline going out fruit pipeline is connected, and goes out leaf pipeline Relatively low one end is connected with the charging aperture of seedling leaf collecting box, constitutes a relatively airtight fruit leaf wind model split tunnel, high The air port size adjustment plate of drawing and pulling type is provided with the air inlet of pressure fan, the top of feed cavity is provided with charging aperture, riser The bottom in road is provided with stone, the soil block outlet that oral area is arranged down, and the top going out fruit pipeline has wind-force adjustment hole, wind-force Slide cover for adjusting wind-force adjustment hole size is provided with adjustment hole, along wind model direction at wind-force adjustment hole rear The fruit pipeline bottom that goes out be provided with fruit outlet, fruit outlet is connected with the import of fruit harvest case.

This utility model structure novel and unique, advantages of simple, easy to operate, screening effect is good, high working efficiency, and fruit leaf is complete Separation, the recyclable innovation easy to use, effect being good as feedstuff, being on fruit leaf separation harvesting apparatus of seedling leaf.

Brief description

Fig. 1 is structural representation of the present utility model.

Fig. 2 is use state figure on peanut combine for this utility model.

Fig. 3 is this utility model fruit harvest case, the 3rd conveyer device, auger transfer separation device and seedling leaf collecting box Overlooking the structure diagram.

Specific embodiment

Below in conjunction with accompanying drawing, specific embodiment of the present utility model is described in further detail.

Be given by Fig. 1-3, this utility model includes feed cavity 75, riser tubing 63, goes out fruit pipeline 23 and go out leaf pipeline 24, Riser tubing 63 is in the setting that is inclined upwardly, and going out fruit pipeline 23 is in be horizontally disposed with, and going out leaf pipeline 24 is in downward-sloping setting, feed cavity High pressure positive blower 58 is provided with 75 import, exports one end relatively low with riser tubing and be connected, riser tubing higher end with go out really One end of pipeline 23 is connected, and the other end one end higher with going out leaf pipeline going out fruit pipeline is connected, and goes out the relatively low one end of leaf pipeline It is connected with the charging aperture of seedling leaf collecting box 55, constitute a relatively airtight fruit leaf wind model split tunnel, high pressure positive blower 58 Air inlet on be provided with the air port size adjustment plate 59 of drawing and pulling type, the top of feed cavity 75 is provided with charging aperture, riser tubing 63 bottom is provided with stone, the soil block outlet 62 that oral area is arranged down, and the top going out fruit pipeline 23 has wind-force adjustment hole 66, wind-force adjustment hole 66 is provided with the slide cover 21 for adjusting wind-force adjustment hole size, along wind model direction in wind The fruit pipeline bottom that goes out at power adjustment hole rear is provided with fruit outlet 64, the import of fruit outlet 64 and fruit harvest case 69 It is connected, constitute peanut combination and harvest structure.

For ensureing using effect, it is provided between the described charging aperture going out the relatively low one end of leaf pipeline and seedling leaf collecting box Transition conduit 68；

At the described charging aperture on feed cavity top, it is provided with for preventing wind from leading that charging aperture is discharged in charging intracavity Aerofoil 61；

It is provided with discharge bucket 65 in described fruit outlet 64.

Described fruit wind filter segregation apparatuss are arranged in frame 36, and frame is arranged on chassis 16, on chassis 16 It is additionally provided with driver's cabin 15, tray bottom, equipped with road wheel 73,19, frame is also respectively provided with being driven by electromotor 25 One conveyer device, the second conveyer device, the 3rd conveyer device, auger transfer separation device and vibrosieve, the first conveyer device Positioning hack feed arrangement is provided with feed end, the discharge end of the first conveyer device is connected with the second conveyer device feed end, The discharge end of the second conveyer device is connected with the feed end of the 3rd conveyer device, and the discharge end of the 3rd conveyer device is conveyed with auger The feed end of segregation apparatuss is connected, and the discharge end of auger transfer separation device is connected with the feed end of seedling leaf collecting box 55,

Described positioning hack feed arrangement includes support 1 and the deep arm 4 of the hack cutter shaft 6 being contained on support, limit and loosens the soil Knife 5, the knife 5 that loosens the soil is arranged on the front portion of the first conveyer device feed end, and hack cutter shaft is arranged on above the knife that loosens the soil, hack cutter shaft 6 On hinged with support equipped with the seedling-cutting knife 8 of rotation and hack charging plate 7, one end of the deep arm 4 of limit, the other end forward extends out hack The front end of knife, the end stretched out is provided with the gauge wheel 2 of rotation, and support is provided with DOCK LEVELER 3, DOCK LEVELER 3 On have multiple height adjusting holes, the middle part of the deep arm 4 of the limit pin through being installed in height adjusting holes is connected with DOCK LEVELER 3, Constitute the height adjusting structure of the deep arm 4 of limit；

The first described conveyer device include first before delivery wheel 10 and conveying before being contained in first after delivery wheel 11, first First conveyer belt 12 on wheel, delivery wheel after first, the second described conveyer device is defeated after delivery wheel 33, second before including second Send wheel 32 and around being contained in delivery wheel before second, the second conveyer belt 34 on delivery wheel after second, described the 3rd conveyer device bag Delivery wheel 37 and around being contained in delivery wheel before the 3rd, the 3rd conveying on delivery wheel after the 3rd after delivery wheel the 20, the 3rd before including the 3rd Band 38；

Described auger transfer separation device includes housing 41 and the conveying auger 42 being contained in housing, on conveying auger 42 Be provided with uniform beat seedling tooth 43, the housing of the front end of conveying auger conveying direction is provided with the 3rd before the going out of delivery wheel 20 The charging aperture 40 that material end is connected, the housing of the rear end of conveying auger conveying direction is provided with and seedling leaf collecting box 55 charging aperture phase Discharging opening 44 even, the lower section in screening hole 45 is provided with the seedling being connected with vibrosieve feed end being made up of fruit leaf separated skateboard 46 Fruit leaf split tunnel 47, the side wall of seedling fruit leaf split tunnel is provided with the air-guiding aisle being connected with seedling leaf collecting box feed end 48, the blower fan 54 being arranged on frame stretches into seedling fruit leaf split tunnel, and air outlet is just right with the air inlet of air-guiding aisle, constitutes Semen arachidis hypogaeae The wind-force segregation apparatuss of leaf；

Described vibrosieve includes upper strata sieve plate 49a, lower floor sieve plate 49b, eccentric 52, shaker arm 53 and hanging arm 50, Upper strata sieve plate and lower floor's sieve plate go to upper and lower alternate setting and link together, and eccentric 52 are provided with eccentric block, eccentric block is through shaking Swing arm is connected with upper strata sieve plate or lower floor's sieve plate, and upper strata sieve plate is connected with being contained in frame hanging scroll of hanging oneself through hanging arm, composition upper strata Sieve plate, the vibration type screening structure of lower floor's sieve plate, the lower section of lower floor's sieve plate is provided with fruit transfer passage 60, fruit transfer passage 60 discharge ends are connected with the charging aperture on feed cavity top with through fruit transfer passage 60；

Equipped with the first breast wheel 26 on the described output shaft of electromotor 25, the first breast wheel through the second breast wheel 27 with from Clutch 18 is connected, and clutch 18 is connected with the change speed gear box 17 driving road wheel 73 to rotate, and constitutes the walking structure of frame；

Equipped with the first breast wheel 26 on the described output shaft of electromotor 24, the first breast wheel 26 is through tightening belt 71 and dress The 3rd breast wheel 28 in frame is connected, and electromotor or frame be provided with lever 74, one end of lever be placed in tensioning skin Tensioning wheel 30 with top is connected, and the other end is connected with the first hydraulic cylinder 31 being contained in frame, constitutes electromotor lifting tensioning The power output structure of formula；3rd breast wheel 28 is connected with the 4th breast wheel 29 and reversing roller 57 respectively, the 4th 29 points of breast wheel Not with second after delivery wheel 32 and the 5th breast wheel 22, through belt, delivery wheel 10 after first is connected the 5th breast wheel 22, swings to Wheel 57 is engaged with delivery wheel 20 before the 6th breast wheel 76 and the 3rd respectively, the 6th breast wheel 76 and the rotation being contained in conveying auger 42 The 7th breast wheel on axle is connected, and respectively constitutes the first conveyer device, the second conveyer device, the 3rd conveyer device, auger conveying The power output structure of segregation apparatuss；

After described first delivery wheel 10 through belt and be arranged on annular first conveyer belt 12 between the first vibrating wheels 13 are connected, and the 4th breast wheel 29 is connected with the second vibrating wheels 35 being arranged between annular second conveyer belt 34 through belt, respectively Constitute the vibrational structure of first conveyer belt and the second conveyer belt, described vibrating wheels 12 be provided with the directive wheel 9 engaging, Directive wheel is connected with the sprocket wheel being contained on hack cutter shaft 6, the hack roller 14 being placed in above first conveyer belt respectively through chain；

The upper screen cloth that described described upper strata sieve plate 49a includes upper strata screen frame (unit) and is contained on the screen frame (unit) of upper strata, the net of upper screen cloth Lattice are 25 × 50mm, the lower screen cloth that described lower floor sieve plate 49b includes lower floor's screen frame (unit) and is contained on lower floor's screen frame (unit), the grid of lower screen cloth For 15 × 15mm.

The support 1 of described positioning hack feed arrangement is hinged with frame, is provided with adjusting bracket between support and frame The second hydraulic cylinder 72 of angle；

The 3rd hydraulic cylinder 70 for overturning its casing is provided with described fruit harvest case 69, on seedling leaf collecting box 55 It is provided with the 4th hydraulic cylinder 56 with overturning its casing；

Screening hole 45 on housing below described conveying auger is the square hole of 30 × 40mm；

It is provided with the 3rd described conveying belt for material is guided entering of auger transfer separation device charging aperture 40 Material baffle plate 39；

Described eccentric 52 is contained on the output shaft of motor-driven reductor 51.

It is provided with mesh, mesh size is 15 × 50mm in described first conveyer belt and the second conveyer belt；Described First conveyer belt and the second conveyer belt be the Application No. " 201620037713.x " of applicant's online application " a kind of be used for root The conveyer belt of stem excavator ".

Service condition of the present utility model is: after engine start, is contained in the first breast wheel on the output shaft of electromotor Clutch is driven by the second breast wheel, just can walk after putting into gear, by adjusting the flexible of first hydraulic cylinder, make positioning hack The support of feed arrangement declines, and is entered in soil using the knife that loosens the soil above the first conveyer device feed end, adjusts the height of gauge wheel Degree, is limited a depth being adapted with the Semen arachidis hypogaeae needing to harvest, controls first hydraulic cylinder to stretch, make tensioning wheel be pressed downward anxiety Tight belt, thus all parts operating is driven by the 3rd breast wheel,

In the knife that loosens the soil insertion soil, Semen arachidis hypogaeae fruit is shoveled out from soil, hack swivel moves, by larger soil block and Semen arachidis hypogaeae Seedling shreds, and dials in first conveyer belt by feeding plate 7 by Semen arachidis hypogaeae fruit, Folium Arachidis hypogaeae, seedling of Semen arachidis hypogaeae and soil block stone,

Hack enters seedling plate and big soil block can be pushed aside, and the first vibrating wheels can help hack to surf the Net from first conveyer belt Hole falls earthward, and plays seedling soil separating effect, and separation rate reaches 30%, and then hack roller can will broken for soil block within 20cm Remaining Semen arachidis hypogaeae fruit, Folium Arachidis hypogaeae, seedling of Semen arachidis hypogaeae and soil block stone are dialled and are transported to the second conveyer belt (first conveyer belt width, second is defeated Send the band narrow), in the presence of the second vibrating wheels, make soil crushing on the second conveyer belt continue to miss a part from mesh, second Conveyer belt angle is 45 degree, and length is 2 meters, can preferably reach seedling soil and separate, and seedling soil separation rate reaches 60%, remaining flower Fruit grown, Folium Arachidis hypogaeae, seedling of Semen arachidis hypogaeae and soil block stone send into auger transfer separation device by the guiding of the 3rd conveyer belt, and conveying twists Dragon, in rotary course, can be separated Semen arachidis hypogaeae fruit from seedling of Semen arachidis hypogaeae by beating seedling tooth, and seedling of Semen arachidis hypogaeae is fed forward, Send into seedling leaf collecting box 55 from discharging opening 44, remaining soil block is broken, color fruit grown, Folium Arachidis hypogaeae separate from seedling fruit leaf together Passage falls, and during falling, the Folium Arachidis hypogaeae of the overwhelming majority, under the wind-force of blower fan acts on, is blown into seedling from air-guiding aisle Leaf collecting box, the Folium Arachidis hypogaeae of Semen arachidis hypogaeae fruit, remaining soil block stone and remaining fraction, seedling of Semen arachidis hypogaeae fall into vibrosieve, upper sieve Panel aperture is larger, the soil block more than 25mm, stone, seedling of Semen arachidis hypogaeae and Folium Arachidis hypogaeae can be sifted out, and less than 25mm Semen arachidis hypogaeae fruit, Soil block, stone, seedling of Semen arachidis hypogaeae and Folium Arachidis hypogaeae sieve the charging intracavity into fruit wind filter segregation apparatuss, make in the wind-force of high pressure positive blower With under, the Semen arachidis hypogaeae fruit of lighter in weight, Folium Arachidis hypogaeae and seedling of Semen arachidis hypogaeae are blown up from riser tubing, send into out fruit pipeline 23, weight Heavier stone, the stone of the bottom from riser tubing 63 for the soil block, soil block outlet 62 are discharged, Semen arachidis hypogaeae fruit, Folium Arachidis hypogaeae and flower Going out in fruit pipeline to be fed forward, when reaching wind-force adjustment hole 66, wind-force is released raw seedling, the larger flower of weight in three Fruit grown is discharged from fruit outlet 64, falls into fruit harvest case, and final weight seedling of Semen arachidis hypogaeae the lightest and Folium Arachidis hypogaeae continue forward Conveying, sends into seedling leaf collecting box by going out leaf pipeline, completes the recovery of seedling of Semen arachidis hypogaeae, Folium Arachidis hypogaeae, on the air inlet of high pressure positive blower 58 It is provided with the air port size adjustment plate 59 of drawing and pulling type, wind-force adjustment hole 66 is provided with the cunning for adjusting wind-force adjustment hole size Dynamic cover plate 21, can ensure the detached wind-force of Semen arachidis hypogaeae fruit, Folium Arachidis hypogaeae, seedling of Semen arachidis hypogaeae, stone, soil block by adjusting the size of the two Size, arranges wind deflector 61 at the charging aperture on feed cavity top, effectively prevents wind from discharging from fruit transfer passage；Thus complete The disposable results of Semen arachidis hypogaeae fruit, seedling of Semen arachidis hypogaeae and Folium Arachidis hypogaeae are become, compared with prior art, this utility model passes through wind-force to fruit Reality, seedling, leaf carry out screening and separating, and separating rate is fast, and screening effect is good, high working efficiency, and fruit leaf is kept completely separate, seedling leaf is recyclable As feedstuff, easy to use, effect is good, is the innovation on fruit leaf separation harvesting apparatus, is applied in peanut combine On, have the advantage that

1st, it is self propelled harvester, therefore avoid during results due to leading to not work after light before the overweight generation of Semen arachidis hypogaeae again Situation about making, now with the every 0.07 hectare of towed cropper need blowing 3-4 time, the every 1-1.5 mu of ground of this utility model need Blowing 1 time, substantially increases work efficiency；

2nd, employ front-seat Dual-conveying tall band, considerably increase the length of initially-separate, after the second conveying brings out, can divide From 60% soil, lay a good foundation for final screening effect it is ensured that final goes out net rate；

3rd, increased positioning hack feed arrangement in front end, thus can adjust according to the Semen arachidis hypogaeae of Different Ways of Planting and soil property Limit a depth adapting to the peanut reality needing to harvest, range is wide；

4th, it is achieved that the results of seedling of Semen arachidis hypogaeae, Folium Arachidis hypogaeae, available feedstuff while harvesting Semen arachidis hypogaeae fruit, economic benefit shows Write；

In a word, this utility model unique structure, collection excavates hack, separation, screening, peanut, seedling, leaf results several functions It is integrated, can be suitably used for the harvesting peanut of various planting patternss and soil property, and conveniently moving, screening effect is good, and efficiency is significantly Improve, promotion prospect is big, has good Social and economic benef@.

Claims (10)

1. a kind of fruit wind filter segregation apparatuss are it is characterised in that including feed cavity (75), riser tubing (63), going out fruit pipe Road (23) and go out leaf pipeline (24), riser tubing (63) is in the setting that is inclined upwardly, and goes out fruit pipeline (23) in being horizontally disposed with, goes out leaf pipe Road (24) is in downward-sloping setting, and the import of feed cavity (75) is provided with high pressure positive blower (58), and outlet is relatively low with riser tubing One end is connected, and riser tubing higher end is connected with the one end going out fruit pipeline (23), goes out the other end of fruit pipeline and goes out leaf pipeline Higher one end is connected, and the charging aperture going out the relatively low one end of leaf pipeline with seedling leaf collecting box (55) is connected, and composition one is relatively close The fruit leaf wind model split tunnel closing, the air inlet of high pressure positive blower (58) is provided with the air port size adjustment plate of drawing and pulling type (59), the top of feed cavity (75) is provided with charging aperture, the bottom of riser tubing (63) be provided with the stone that oral area arranges down, Soil block outlet (62), the top going out fruit pipeline (23) has wind-force adjustment hole (66), and wind-force adjustment hole is provided with use on (66) In the slide cover (21) adjusting wind-force adjustment hole size, along wind model direction going out under fruit pipeline at wind-force adjustment hole rear Portion is provided with fruit outlet (64), and fruit outlet (64) is connected with the import of fruit harvest case (69).

2. fruit wind filter segregation apparatuss according to claim 1 are it is characterised in that described to go out leaf pipeline relatively low It is provided with transition conduit (68) between the charging aperture of one end and seedling leaf collecting box.

3. fruit wind filter segregation apparatuss according to claim 1 are it is characterised in that the entering of described feed cavity top At material mouth, charging intracavity is provided with the wind deflector (61) for preventing wind from discharging from charging aperture.

4. fruit wind filter segregation apparatuss according to claim 1 are it is characterised in that described fruit outlet (64) On be provided with discharge bucket (65).

5. fruit wind filter segregation apparatuss according to claim 1 are it is characterised in that described fruit wind filter divides It is arranged in frame (36) from device, frame is arranged on chassis (16), and chassis (16) are additionally provided with driver's cabin (15), chassis Bottom, equipped with road wheel (73,19), frame is also respectively provided with the first conveyer device being driven by electromotor (25), second defeated Send device, the 3rd conveyer device, auger transfer separation device and vibrosieve, the feed end of the first conveyer device is provided with positioning Hack feed arrangement, the discharge end of the first conveyer device is connected with the second conveyer device feed end, the discharging of the second conveyer device End is connected with the feed end of the 3rd conveyer device, the discharge end of the 3rd conveyer device and the feed end phase of auger transfer separation device Even, the discharge end of auger transfer separation device is connected with the feed end of seedling leaf collecting box (55), constitutes peanut combination and harvests structure；

Described positioning hack feed arrangement includes support (1) and the deep arm (4) of the hack cutter shaft (6) being contained on support, limit and pine Native knife (5), the knife that loosens the soil (5) is arranged on the front portion of the first conveyer device feed end, and hack cutter shaft is arranged on above the knife that loosens the soil, hack Equipped with seedling-cutting knife (8) and hack charging plate (7) of rotation on cutter shaft (6), one end of the deep arm (4) of limit is hinged with support, another End forward extends out the front end of hack knife, the end stretched out is provided with the gauge wheel (2) of rotation, support is provided with altitude mixture control Plate (3), DOCK LEVELER (3) has multiple height adjusting holes, the middle part of the deep arm (4) of the limit pin through being installed in height adjusting holes Nail is connected with DOCK LEVELER (3), constitutes the height adjusting structure of the deep arm (4) of limit；

The first described conveyer device include first before delivery wheel (11), delivery wheel (10) and conveying before being contained in first after first First conveyer belt (12) on wheel, delivery wheel after first, the second described conveyer device include second before delivery wheel (33), second Delivery wheel (32) and around being contained in delivery wheel before second, the second conveyer belt (34) on delivery wheel after second afterwards, described the 3rd is defeated Delivery wheel (20) before sending device to include the 3rd, after the 3rd delivery wheel (37) and before being contained in the 3rd delivery wheel, delivery wheel after the 3rd On the 3rd conveyer belt (38)；

Described auger transfer separation device includes housing (41) and the conveying auger (42) being contained in housing, conveying auger (42) On be provided with uniform beat seedling tooth (43), the housing of the front end of conveying auger conveying direction is provided with the 3rd before delivery wheel (20) charging aperture (40) that discharge end is connected, the housing of the rear end of conveying auger conveying direction is provided with and seedling leaf collecting box (55) charging aperture be connected discharging opening (44), screening hole (45) lower section be provided be made up of fruit leaf separated skateboard (46) with shake Seedling fruit leaf split tunnel (47) that dynamic sieve feed end is connected, the side wall of seedling fruit leaf split tunnel is provided with to enter with seedling leaf collecting box The air-guiding aisle (48) that material end is connected, the blower fan (54) being arranged on frame stretches into seedling fruit leaf split tunnel, and air outlet is led to wind-guiding The air inlet in road is just right, constitutes the wind-force segregation apparatuss of Folium Arachidis hypogaeae；

Described vibrosieve includes upper strata sieve plate (49a), lower floor's sieve plate (49b), eccentric (52), shaker arm (53) and hanging arm (50), upper strata sieve plate and lower floor's sieve plate go to upper and lower alternate setting and link together, and eccentric is provided with eccentric block, partially on (52) Heart block is connected with upper strata sieve plate or lower floor's sieve plate through shaker arm, and upper strata sieve plate is connected with being contained in frame hanging scroll of hanging oneself through hanging arm, Constitute the vibration type screening structure of upper strata sieve plate, lower floor's sieve plate, the lower section of lower floor's sieve plate is provided with fruit transfer passage (60), really Real transfer passage (60) discharge end is connected with the charging aperture on feed cavity top with through fruit transfer passage (60).

6. described fruit wind filter segregation apparatuss according to claim 5 are it is characterised in that described electromotor (25) equipped with the first breast wheel (26) on output shaft, the first breast wheel is connected with clutch (18) through the second breast wheel (27), Clutch (18) is connected with the change speed gear box (17) driving road wheel (73) to rotate, and constitutes the walking structure of frame.

7. described fruit wind filter segregation apparatuss according to claim 5 are it is characterised in that described electromotor (24) equipped with the first breast wheel (26) on output shaft, the first breast wheel (26) is through tightening belt (71) and being contained in frame Three breast wheels (28) are connected, and electromotor or frame be provided with lever (74), one end of lever be placed in above tightening belt Tensioning wheel (30) is connected, and the other end is connected with the first hydraulic cylinder (31) being contained in frame, constitutes electromotor and lifts tension type Power output structure；3rd breast wheel (28) is connected with the 4th breast wheel (29) and reversing roller (57) respectively, the 4th breast wheel (29) respectively with second after delivery wheel (32) and the 5th breast wheel (22), the 5th breast wheel (22) delivery wheel after belt and first (10) it is connected, reversing roller (57) is engaged with delivery wheel (20) before the 6th breast wheel (76) and the 3rd respectively, the 6th breast wheel (76) It is connected with the 7th breast wheel in the rotary shaft being contained in conveying auger (42), respectively constitute the first conveyer device, the second conveying dress Put, the 3rd conveyer device, the power output structure of auger transfer separation device.

8. described fruit wind filter segregation apparatuss according to claim 7 are it is characterised in that defeated after described first Wheel (10) is sent to be connected through the first vibrating wheels (13) between belt and the first conveyer belt (12) being arranged on annular, the 4th breast wheel (29) it is connected with the second vibrating wheels (35) being arranged between annular second conveyer belt (34) through belt, respectively constitute the first conveying Band and the vibrational structure of the second conveyer belt, described vibrating wheels (12) are provided with the directive wheel (9) engaging, directive wheel warp Chain is connected with the sprocket wheel being contained on hack cutter shaft (6), the hack roller (14) being placed in above first conveyer belt respectively.

9. described fruit wind filter segregation apparatuss according to claim 5 are it is characterised in that described described upper strata Sieve plate (49a) includes upper strata screen frame (unit) and the upper screen cloth being contained on the screen frame (unit) of upper strata, and the grid of upper screen cloth is 25 × 50mm, described lower floor Sieve plate (49b) includes lower floor's screen frame (unit) and the lower screen cloth being contained on lower floor's screen frame (unit), and the grid of lower screen cloth is 15 × 15mm.

10. described fruit wind filter segregation apparatuss according to claim 5 are it is characterised in that described positioning is broken The support (1) of native feed arrangement is hinged with frame, is provided with the second hydraulic cylinder of adjusting bracket angle between support and frame (72).