JP2008179446A - Crop aligning device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a crop aligning device for a crop washing facility capable of smoothly supplying crops to a plurality of aligning belts. <P>SOLUTION: The crop aligning device comprises a storage part 5 for storing crops, an upward conveying device 6 for conveying the crops stored in the storage part 5 upward, a plurality of aligning and conveying devices 7 arranged so as to cross a terminal side of the upward conveying device 6, and a connecting body 11 having a width narrower than the conveyance width of the upward conveying device 6 and provided between the conveyance terminal side of the upward conveying device 6 and a conveyance starting side of the aligning and conveying device 7. The crops conveyed upward by the upward conveying device 6 are supplied for distribution to a right and a left aligning and conveying belts 7b and 7c of the aligning and conveying device 7 by the connecting body 11. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a crop aligning device in a crop cleaning facility that includes a cleaning device for cleaning crops such as harvested carrots and radishes, a sorting device for sorting by weight and shape, and the like.

It is well known that in an alignment transfer device of a work cleaning facility, crops temporarily stored in a storage tank are transferred by an elevating device, distributed left and right by a mountain-shaped distribution plate, and distributed to left and right alignment transfer belts (patents) Reference 1).
JP 2005-87092 A

  In the above-described prior art, there is a problem that stagnation damage occurs when crops fall on a mountain-shaped distribution board, and the configuration is complicated and expensive. Therefore, the present invention is intended to solve such a problem.

The invention according to claim 1, reservoir for reserving the crops (5) is provided, said reservoir (5) above the conveying device for conveying the reservoir crop upwards (6) provided, the upper conveying device (6 in crop alignment device which is provided by intersecting faces the end side downward alignment conveying device multiple (7) of), and the alignment conveyor apparatus in the conveying terminating one side of the upper conveying device (6) (7 ) conveyed start end upward are opposed to, and crop integer RetsuSo location, characterized in that disposed narrow distribution plate (11) width than the transport width of the upper conveying device (6).

  The crop stored in the reservoir (5) is transported to the end side by the upper transport device (6), and the crop on the left and right sides of the upper transport device (6) is wider than the transport width of the upper transport device (6). The narrow distribution plate (11) is supplied to one of the aligned conveying devices (7) arranged to cross each other. In addition, the crop conveyed upward from the left and right other sides of the upper conveying device (6) falls without passing through the distribution plate (11) and crosses the other end of the upper conveying device (6). Directly supplied to the aligning and conveying apparatus (7).

The invention of claim 2 is directed to crop integer RetsuSo location according to claim 1, characterized in that detachably attached to said distribution plate (11).
According to said structure, in addition to the said effect | action of invention of Claim 1, by removing a distribution plate (11), the crop conveyed upward by the upper conveying apparatus (6) falls to one alignment conveying apparatus (7). It is possible to easily change the work environment, such as enabling supply.

According to the first aspect of the present invention, the crop conveyed to the left and right sides of the upper conveying device (6) can be equally distributed and supplied to the plurality of aligned conveying devices (7).
In addition to the effect of the invention of claim 1, the invention of claim 2 aligns and conveys various crops, such as taking out the crop conveyed upward by the upper transport device (6) into one aligning and transporting device (7). It can correspond to.

Embodiments of the present invention will be described below with reference to the drawings.
As shown in the cleaning / selection process diagram of FIG. 1, reference numeral 1 denotes an input tank into which harvested crops are input. The crops input into the input tank 1 are transported by the transport device 2 and supplied to the cleaning device 3. Next, the crops cleaned by the cleaning device 3 are temporarily stored in the storage tank 5 through the discharge path 4. Next, the crop in the storage tank 5 is transported to the aligning and transporting device 7 by the ascending transport device 6, transported to the sorting device 8 while changing and aligning the transporting posture of the crop by the aligning and transporting device 7, and sorted by weight by the sorting device 8. It is the structure selected according to shape.

Next, the ascending conveyance device 6 and the alignment conveyance device 7 will be described with reference to FIGS.
The ascending conveyance device 6 includes a conveyance frame 6a having a base at the bottom of the storage unit 5 and a long longitudinal frame, a conveyance conveyor 6c wound from a lower starting end side to an upper lower side of the conveyance frame 6a, and a conveyance conveyor 6c. Are arranged at predetermined intervals. Then, the crops such as carrots thrown into the storage unit 5 are locked to the transport protrusions 6d of the transport conveyor 6c, are lifted and transported to the upper end side, and are supplied to the subsequent alignment transport device 7.

  Below the terminal end side of the transport conveyor 6c of the ascending transport device 6, the alignment transport device 7 is disposed so that the transport direction start end side is orthogonal. The aligning / conveying device 7 includes an aligning / conveying frame 7a and left and right aligning / conveying belts 7b and 7c including a pair of left and right belts on the left and right sides of the aligning / conveying frame 7a. A distribution plate 11 is provided above the start end side of the left and right aligned conveying belts 7b and 7c.

  The distribution plate 11 has a predetermined width so as to receive the crop at the center of the conveyance width of the conveyor 6c, and is configured to have a predetermined length so that both front and rear ends thereof face the left and right aligned conveyance belts 7b and 7c. In addition, left and right distribution inclined plates 11a and 11b which are high in the center in the front-rear direction and are inclined downward toward both front and rear sides, and diagonally opposite to each other at the front and lower lower ends of the left and right distribution inclined plates 11a and 11b via a crop fall space. It is comprised by the left-right inclination guide plates 11c and 11d.

  In addition, left and right droppers 16 and 16 are provided below the left and right aligning and conveying belts 7b and 7c for dropping crops dropped from the left and right aligning and conveying belts 7b and 7c. A return shooter 17 that receives the crop that has fallen from 16 and sends it back to the storage unit 5 is attached.

  Thus, when the crop that has been transported up and down by the transport conveyor 6c is dropped and supplied to the middle high portion of the left and right distribution inclined plates 11a and 11b, it is distributed back and forth from the high central portion and flows down, and the left and right inclined guide plates 11c and 11d. Are placed in a state along the conveying direction of the left and right aligned conveying belts 7b and 7c.

  In addition, the crops dropped from the left and right aligned conveyor belts 7b and 7c are received by the left and right droppers 16 and 16 and returned to the storage unit 5 by the return shooter 17, so that the fall distance of the crops is shortened. In addition, since the crop is automatically returned to the storage unit 5, the work of returning the crop to the storage unit 5 by the worker is omitted, so that the labor of the worker is reduced.

  Moreover, you may comprise as shown in FIG.4 and FIG.5. The left and right width of the distribution plate 11 is configured to be approximately half the width of the transfer conveyor 6c, and the rear end of the distribution plate 11 is configured to face the left alignment transfer belt 7b of the alignment transfer device 7. The downward inclination angle of the distribution plate 11 is configured so that it can be adjusted gradually.

According to the above configuration, one side of the conveyor 6c (left and right aligned conveyor belt 7b,
The crop conveyed to the starting end of 7c is dropped and supplied to the distribution plate 11, and supplied to the left aligned conveying belt 7b. Further, the crop conveyed to the other side of the conveyor 6c falls through the side of the distribution plate 11 and is placed on the right alignment conveyor belt 7c. Further, by adjusting the inclination angle of the distribution plate 11 gently and gradually, the amount of distribution to the left alignment conveyance belt 7b can be increased or decreased, and the crop can be distributed smoothly to the left alignment conveyance belt 7b.

  Moreover, you may comprise as shown in FIG.6 and FIG.7. The distribution plate 11 is configured so that the width of the distribution plate 11 corresponds only to the left half of the conveyance width of the conveyance conveyor 6c, and the length of the distribution plate 11 is long enough to cover the right alignment conveyance belt 7c of the alignment conveyance device 7. It is configured to be inclined downward, and the upper side of the left aligned conveying belt 7b is opened. And the relay conveyance conveyor 24 is provided in the position below the terminal end side of the conveyance conveyor 6c of the ascending conveyance apparatus 6 and below the distribution plate 11, and is configured to send the crops to the left and right alignment conveyance belts 7b and 7c. ing. This relay transport conveyor 24 transports the crop in a direction that is refracted by 90 degrees with respect to the transport direction of the transport conveyor 6c, the transport length is equal to the transport width of the transport conveyor 6c, and the transport width of the relay transport conveyor 24 Is made equal to the lateral width of the subsequent left and right aligned conveyors 7b and 7c.

  In addition, a side plate 27 that prevents crop spillage is provided on the frame portion of the relay transport conveyor 24 so as to prevent crop spillage, and along the left end of the relay transport conveyor 24, the distribution plate 11 and the side plate 27 The lower end edge is positioned above the transport upper surface of the relay transport conveyor 24 with a predetermined gap.

Also, a wide return shooter 17a is provided below the left and right aligning and conveying belts 7b and 7c and the left and right droppers 16 and 16 to receive the dropped crop and send it back to the storage unit 5.
According to the said structure, the crop conveyed by the one side of the conveyance conveyor 6c falls to the distribution board 11, falls along an inclination, is supplied and conveyed to the far side of the relay conveyance conveyor 14, and is supplied to the left supply hopper 26a. After that, it is supplied to the left aligned conveying conveyor 7b. Further, the crop conveyed to the other side of the transfer conveyor 6c is directly dropped and supplied from the side of the distribution plate 11 to the near side of the relay transfer conveyor 24 and is transferred to the right alignment transfer conveyor 7c via the right supply hopper 25. Supplied. Accordingly, relatively small crops can be distributed and supplied to the left and right aligned conveying conveyors 7b and 7c to be smoothly aligned and conveyed.

  The crops dropped from the left and right aligned conveying belts 7b and 7c and the left and right droppers 16 and 16 are received by the return shooter 17a and returned to the storage unit 5, so that the fall distance of the crops is shortened. In addition, since the crop is automatically returned to the storage unit 5, the work of returning the crop to the storage unit 5 by the worker is omitted, so that the labor of the worker is reduced.

  Moreover, you may comprise as follows. When the distribution plate 11 is made of a soft member and the left and right aligned conveyance belts 7b and 7c are rearranged so as to be orthogonal to the opposite side with respect to the conveyance conveyor 6c, the left distribution plate 11 is inverted and used as it is. can do.

  Further, as shown in FIGS. 8 to 10, left and right second alignment and conveyance belts 7d and 7e are disposed on the terminal side of the left and right alignment and conveyance belts 7b and 7c. Then, the left and right aligned conveying belts 7b and 7c are wound around the pulleys of the starting end side shaft 7f and the terminal end side shaft 7g, and the left and right second aligned conveying belts 7d and 7e are wound around the pulleys of the starting end side shaft 7h and the terminal end side shaft 7i, Left and right droppers 16 and 16 are provided in the middle part of the left and right second aligned conveying belts 7d and 7e so that crops are discharged to the left and right sides, and the crops of the left and right droppers 16 and 16 are lifted and conveyed by a return shooter 17. It is comprised so that it may return to the storage part 5 of 6. FIG.

  Further, a chain transmission device 12 is connected between the intermediate portion of the starting end side shaft 7h and the intermediate portion of the terminal end side shaft 7g, the pulley of the intermediate portion of the terminal end side shaft 7i, and the intermediate portion of the starting end side shaft 7h. The belt transmission device 13 is wound around a motor pulley 13a driven by a pulley and a motor, and the terminal end side shaft 7i and the starting end side shaft 7h are driven.

  According to the above configuration, the crops from the left and right aligning and conveying belts 7b and 7c and the left and right second aligning and conveying belts 7d and 7e are discharged to the left and right by the left and right droppers 16 and 16, and the left and right aligning and conveying belts 7b, 7c and Since the drive devices for the left and right second aligned conveying belts 7d and 7e are arranged near the center of these, the crop is smoothly discharged to the return shooter 7 and smoothly returned to the storage unit 5 of the ascending conveying device 6. Can do.

  As shown in FIGS. 10 and 11, left and right return shooters 17 and 17 are disposed on the left and right sides of the conveyor 6c below the terminal ends of the left and right second aligned conveyor belts 7d and 7e, respectively. Excess crops protruding from the conveyor belts 7 d and 7 e are dropped onto one return shooter 17 and returned to the storage unit 5 of the ascending conveyor device 6.

  Further, one of the left and right return shooters 17, 17 provided on the left and right sides of the conveyor 6c is removed, and the other return shooter 17 is juxtaposed and widened. Further, the storage unit 5 of the ascending transfer device 6 is configured to be wide with respect to the left and right width of the transfer conveyor, the storage unit 5 is moved to the left and right with respect to the transfer conveyor 6c, and the parallel wide return shooter 17, It can be adjusted corresponding to the width of 17.

  Alternatively, the left and right return shooters 17, 17 may be made of a soft member so that the width in the left-right direction can be adjusted to be wide or narrow. Further, the left and right side plates 6b1 and 6b2 of the storage unit 5 are configured to be opened and closed to the left and right, and the outer side portions of the left and right return shooters 17 and 17 adjusted to be wide are closed by the left side plate 6b1 of the storage unit 5, The storage unit 5 can be reliably returned and supplied. Moreover, you may comprise the right-and-left side board 6b1, 6b2 of the storage part 5 with a soft member.

Further, an auxiliary hopper (not shown) may be added to the storage unit 5 of the ascending conveyance device 6 so as to correspond to the wide adjustment of the return shooters 17 and 17.
Moreover, you may comprise as shown in FIG.12 and FIG.13. You may comprise so that the crop discharged | emitted from the 2nd right alignment conveyance belt 7e may be returned to the middle part of the conveyance conveyor 5 via the upper return conveyor 18 and the upper hopper 19. FIG. If comprised in this way, it can convey rapidly with the raising conveyance apparatus 6, preventing damage to a crop.

  Moreover, you may comprise as shown in FIG.14 and FIG.15. The left and right return shooters 17, 17 are arranged in parallel along the left and right sides of the transport frame 6a of the ascending transport device 6. A support shaft 21 is supported through a bracket so as to be slidably adjustable at a midway in the vertical direction of the transport frame 6a, and left and right return shooters 17, 17 are supported in parallel on the support shaft 21, and the left and right return shooters 17, 17 are supported. Is supported on the transport frame 6a so as to be vertically adjustable.

  When the left and right aligned conveying belts 7b and 7c and the left and right second aligned conveying belts 7d and 7e are refracted 90 degrees on the opposite side with respect to the conveying conveyor 5 of the ascending conveying device 6, the conveying frame 6a On the other hand, the left and right return shooters 17 and 17 are replaced by sliding the support shaft 21 to the opposite side (left side). When the left and right return shooters 17 and 17 are arranged in parallel and widened, if the side plates located inside the left and right return shooters 17 and 17 are configured to be removable, the wide left and right return shooters 17 and 17 17 enables the crop to flow smoothly.

According to the above configuration, the left and right return shooters 17 and 17 can be easily arranged in a wide parallel arrangement or a left-right transfer arrangement.
Moreover, you may comprise as shown in FIG.16 and FIG.17. When supplying crops to the left and right return shooters 17 and 17 orthogonal from the left and right second alignment transport belts 7d and 7e, left and right guide rods 22 and 22 that change the longitudinal direction of crops such as carrots by 90 degrees at their connecting portions. Is provided. The guide rods 22 and 22 are configured so that the cross section of the guide rods 22 and 22 is arcuate, and the side plates 22a and 22a on the end side of the left and right guide rods 22 and 22 are configured such that the upper part is wider and the lower part is narrower. It is connected to the outer side of the return shooter 17. The left guide rod 22 faces the start end side of the return shooter 17, and the right guide rod 22 faces the middle portion of the return shooter 17 with a space through which the crop can pass.

  According to the above configuration, when a crop spills from the left and right second aligned transport belts 7d and 7e, the transport end side of the crop moves along the arc surfaces of the side plates 22a and 22a on the transport end side of the left and right guide rods 22 and 22. Thus, the longitudinal direction of the return shooter 17 is changed, and the crop can flow smoothly along the return shooter 17.

  Further, as shown in FIG. 18, the ascending conveyance motor M1 for driving the conveying conveyor 6c of the ascending conveying apparatus 6 is intermittently driven, and is provided on the conveying conveyor 6c at predetermined intervals by one intermittent driving. It may be configured such that one section or several sections of the transport protrusions 6d,... Are transported and one or several crops are supplied to the left and right aligned transport belts 7b and 7c.

  According to the above configuration, since a predetermined number of crops are supplied every predetermined time, crop disturbance and stagnation are reduced by the left and right alignment transport belts 7b and 7c, and the crops can be transported smoothly and returned to the ascending transport device 6. Can be reduced. FIG. 18B is a time chart showing the drive stop state of the transport conveyor 6c and the left and right aligned transport conveyors 7b and 7c of the ascending transport device 6.

  In addition, a crop sensor (not shown) for detecting the presence or absence of crops is provided at the crop transfer site from the transport conveyor 6c of the ascending transport device 6 to the left and right aligned transport conveyors 7b and 7c, and the left and right aligned transport conveyors 7b and 7c are provided. The ascending conveyance motor M1 may be stopped when the crop is placed or stagnated, and the driving may be resumed when the crop is placed or stagnated. With this configuration, the crops can be smoothly aligned and transported by the left and right aligned transport belts 7b and 7c, and the returned crops can be decreased.

  Moreover, you may comprise as shown in FIG.19 and FIG.20. A relay conveyor 24 is provided facing the lower end side of the conveyor 6c of the ascending conveyor 6. The relay conveyor 24 is configured to convey in a direction refracted by 90 degrees with respect to the conveyance direction of the conveyor 6c, the conveyance width thereof is substantially equal to the conveyance width of the conveyance conveyor 6c, and the conveyance length is set to the subsequent left and right sides. The distance between the left and right of the conveying conveyors 7b and 7c is the same.

  A direction changing plate 31 for distributing the crops to the left and right aligned conveyors 7b and 7c is provided above the relay conveyor 24. One end of the direction change plate 31 is pivotally supported by a vertical shaft 31a provided at a portion corresponding to the transfer start end side portion of the right alignment transfer conveyor 7c in the start end side frame of the relay transfer conveyor 24. Is rotated around the axis 31a so that the other end thereof corresponds to the left aligned conveying conveyor 7b and guides the crop to both the left and right aligned conveying conveyors 7b and 7c. It is located in the middle part of 7c and can be switched to the state which guides a crop only to the right alignment conveyance conveyor 7c.

  According to the above configuration, by adjusting the rotation of the direction changing plate 31, the crop that is lifted and transported by the transport conveyor 6 c is supplied to both the left and right aligned transport conveyors 7 b and 7 c via the relay transport conveyor 24, or right aligned. The state is supplied only to the transfer conveyor 7c, and various distributions can be selected according to the size or quantity of the crop.

  In addition, when the relay conveyor 24 is disposed below the end of the conveyor 6c of the ascending conveyor 6 so as to be bent 90 degrees in the opposite direction (upper side in FIG. 19), one end of the direction changing plate 31 is It is configured so that it can be handled by changing from the upper frame of the relay conveyor 24 to the terminal frame.

  Further, when the transport speed Am / Sec of the transport conveyor 6c of the ascending transport device 6, the transport speed Bm / Sec of the relay transport conveyor 24, and the transport speed Cm / Sec of the left and right aligned transport conveyors 7b and 7c, the transport speed is A ≦ B ≦ C is set so as to facilitate the ascending conveyance, relay conveyance and alignment conveyance of the crop.

  Moreover, you may comprise as shown in FIG. When connecting the left and right aligned conveying belts 7b and 7c of the aligning and conveying apparatus 7 to the end side of the conveying conveyor 6c of the ascending conveying apparatus 6 in a state of being bent by 90 degrees, between the conveying conveyor 6c and the left and right aligned conveying belts 7b and 7c In addition, a relay conveyance conveyor 32 and a relay curve conveyor 33 are provided. The transfer width of the relay conveyor 32 is set to be substantially the same as that of the transfer conveyor 6 c and is transferred in the same direction, and the crop from the transfer conveyor 6 c is transferred to the curve conveyor 33. In the relay curve conveyor 33, the pulley on the end side is arranged in a state orthogonal to the pulley on the start end side, for example, a conveyor belt of a soft member is wound around, and the transfer width of the transfer conveyor 6c and the left and right aligned transfer belts 7b, 7c An arc-shaped central separation band 34 is provided in the central portion so as to be along the conveying direction.

  Then, the crop handed over from one side of the transport conveyor 6c and the relay transport conveyor 32 is transported to the left aligned transport conveyor 7b via the long outer transport section 33a of the relay curve conveyor 33, and handed over from the other side. The crop is conveyed to the right alignment conveying belt 7c via the short inner conveying portion 33b of the relay curve conveyor 33.

  Further, the transport speed Am / Sec of the transport conveyor 6c and the relay transport conveyor 32 of the ascending transport device 6 and the transport speed Bm / Sec of the short inner transport section 33b of the relay curve conveyor 33 are configured to be substantially the same. Moreover, the conveyance speed Cm / Sec of the long outer side conveyance part 33a of the relay curve conveyor 33 is comprised slower than the conveyance speed Cm / Sec of the left-right alignment conveyance conveyors 7b and 7c.

The relay curve conveyor 33 may be a roller conveyor type. Further, the central separation band 34 may be integrally formed with the belt of the relay curve conveyor 33.
According to the said structure, it can distribute and supply to the right-and-left alignment conveyance conveyor 7b, 7c from the raising conveyance apparatus 6, reducing disorder of a crop.

  Moreover, you may comprise as FIG.22 and FIG.23. Distributing and conveying device 29 that conveys in the same direction is disposed facing the lower end side of conveying conveyor 6c, right-aligned conveying conveyor 7c is disposed opposite to the starting end side of distributing and conveying device 29, and opposed to the terminating end side. Thus, a left aligned conveying conveyor 7b is provided. In this distribution and conveyance device 29, an inner pulley 29a, an outer pulley 29b, and an upper central pulley 29c are arranged in a triangular shape in a side view on the frame, and these pulleys 29a, 29b, and 29c have substantially the same width as the conveyance width of the conveyance conveyor 6c. The distribution conveyor 29d is wound, and the upper central pulley 29c is configured to be movable and adjustable in the vertical direction and the conveyance direction.

  According to the above configuration, the crop that has been lifted and transported by the transport conveyor 6c falls and is supplied to the right alignment transport conveyor 7c, and the crop that has stagnated on the right align transport conveyor 7c is transported to the end side by the distribution conveyor 29d. It is distributed and supplied to the left alignment transport belt 7b. Further, the conveyance amount can be adjusted by adjusting the upper central pulley 29c up and down, and the conveyance amount can be adjusted by adjusting the movement of the upper central pulley 29c of the distribution conveyor 29d in the conveyance direction. It can be smoothly distributed to the left and right aligned conveyors 7b and 7c.

  Moreover, you may comprise as FIG. A shooter 30 is attached on the end side of the transport conveyor 6c and below the left and right aligned transport conveyors 7b, 7c.

  According to the said structure, even if the crop lifted and conveyed by the conveyance conveyor 6c has faced the thin side to the center of the conveyance conveyor 6c, since the shooter 30 is so wide that it leaves | separates from a base, the crop which fell on the shooter 30 is Even if it rolls, it is prevented from falling down to the right aligning and conveying belt 7c, so that the crop is appropriately put into the left and right aligning belts 7b and 7c according to the position on the conveying conveyor 6c. To be done.

Moreover, you may comprise the said shooter 30 so that a wide part can be expanded arbitrarily or narrowed.
If the crops to be aligned are small, the turning radius of the crops when rolling when falling is small, so that the effect of preventing the crops from falling on the right alignment transport belt 7c by expanding the shooter 30 is improved. Is done more appropriately.

  If the crops to be aligned are large, the turning radius of the crops when they are rolled down is large, so that the effect of preventing the crops from falling on the right alignment transport belt 7c by narrowing the shooter 30 is improved. Are more appropriately aligned.

Work process diagram of crop cleaning and sorting facility Plan view of ascending and aligning and conveying device Side view of ascending and aligning conveyor Plan view of ascending and aligning and conveying device Side view of ascending and aligning conveyor Plan view of ascending and aligning and conveying device Side view of ascending and aligning conveyor (A) Plan view of the alignment transport conveyor (B) Side view of the alignment transport conveyor Rear view of alignment conveyor Plan view of ascending and aligning and conveying device Side view of ascending and aligning conveyor Plan view of ascending and aligning and conveying device Side view of ascending and aligning conveyor Plan view of ascending and aligning and conveying device Side view of ascending and aligning conveyor Plan view of ascending and aligning and conveying device Side view of ascending and aligning conveyor (A) Side view of ascending transport device and alignment transport device (B) Time chart Plan view of ascending and aligning and conveying device Side view of ascending and aligning conveyor Plan view of ascending and aligning and conveying device Plan view of ascending and aligning and conveying device Side view of ascending and aligning conveyor Plan view of ascending and aligning and conveying device

Explanation of symbols

5 Reservoir 6 Upper Conveying Device 7 Aligned Conveying Device 11 Distribution Plate

Claims (2)

  A storage section (5) for storing crops, an upper transport apparatus (6) for transporting crops stored in the storage section (5) upward, and a lower end side of the upper transport apparatus (6). A plurality of aligning / conveying devices (7) arranged in a crossing manner, facing the upper side of the conveying end of the aligning / conveying device (7) on one side of the conveying end side of the up-conveying device (6), and the up-conveying device A crop aligning and conveying apparatus, characterized in that a distribution plate (11) narrower than the conveying width of (6) is disposed.   The crop aligning and conveying apparatus according to claim 1, wherein the distribution plate (11) is configured to be detachable.

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