JPH09191740A - Harvester - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a harvester designed to ensure the stems/leaves lying fallen on a levee shoulder to be raised by setting up a divider with long tip on the levee shoulder. SOLUTION: This harvester equipped with raising members 27 to raise the stems/leaves of a crop 19, a rake-in member for raised stems/leaves, and a conveyance member to hold raked-in stems/leaves, pull the corresponding crop and convey them, is so designed that the raising members 27 are in three lines enough to deal with two ridges. Dividers 52, 53, 54 are set up on the initial ends of the respective raising members 27 with the tip of the divider 52 on the outside of the harvester rendered longer than those of the respective dividers 53 and 54.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a harvester for digging root crops such as onions and carrots from a field.

[0002]

Conventionally, a raising member for erecting the foliage of a crop, a raking member for raking the raised foliage, and a crop being pulled out and conveyed by nipping the foliated foliage. However, when the foliage of the crop is tilted to the shoulder of the ridge, it is impossible to raise the foliage by the raising member, and a part of the foliage of the crop is clamped by the transport member, and the transportation is performed. The foliage is cut in the middle by the pulling force of the member,
There were problems such as crops remaining in the ridges.

[0003]

SUMMARY OF THE INVENTION The present invention provides a raising member for erecting a foliage of a crop, a raking member for raking the raised foliage, and clamping the foliage which has been raked. In a harvester provided with a transport member that pulls out and transports the crop,
Two rows of raising members are provided, and weeds are provided on the raising start side of each raising member, and the tip of the weeding body on the outside of the machine is formed longer than the others, and the tip is longer. By arranging the weeds on the shoulder of the furrow, the foliage of the crop falling on the furrow can be reliably raised, the transport member partially clamps the foliage, and the foliage is in the middle of pulling out. It can easily prevent the crop from being cut off and leaving the crop on the ridge.

In addition, two short rod-shaped weeds are inserted into the upper surface of the ridge between crops, and one long bar-shaped weed is inserted into the shoulder of the ridge. The foliage of a given crop can be reliably pulled up by each of the algae, and the withered foliage can be easily prevented from being conveyed in a state of hanging below the crop.

[0005]

Embodiments of the present invention will be described below with reference to the drawings. 1 is an overall side view, FIG. 2 is a plan view of the same, FIG. 3 is a front view of the same, FIG. 4 is a transmission system diagram, and FIG. ) To form a walking type structure. The self-propelled vehicle (1) includes an engine (3), a transmission case (4) having a transmission mechanism interlocked with an output portion thereof, and a transmission case (5) extending left and right from the transmission case (4).
(6), left and right final cases (7) and (8) connected to the transmission cases (5) and (6), and drive wheels (9) and (10) axially supported by the final cases (7) and (8). ) And a frame (1) that extends forward while being supported by the mission case (4) and the left and right final cases (7) and (8).
1), a gauge wheel (12) arranged on the front extension of one of the drive wheels (9) and attached to the frame (11) so as to be adjustable up and down, and a steering handle (extending rearward and upward from the frame (11) ( 13) and the like.

The left and right final cases (7)
(8) and the driving wheels (9) and (10) which are respectively supported by them.
As shown in FIGS. 2 and 3, one of (8) and (10) is provided so as to be deviated to the lateral side so as to be larger than the other final case (7) and the driving wheel (9). The two drive wheels (9) and (10) are formed so as to be able to move in the valleys on both sides of the ridge (14). The transmission case (6) for supporting one of the final case (8) and the drive wheel (10) and the transmission mechanism built in the transmission case (6) have an extendable structure, and the left and right wheels (9) (10) are driven by the electric cylinder (15). ) The interval is changed, and the position of the driving wheel (10) is adjusted according to the difference in the width of the ridge (14).
4) The vehicle is configured to run over the vehicle.

Further, the frame (1) of the self-propelled vehicle (1)
1) is composed of a horizontal and horizontal cylindrical case (11a) and a pipe member (11b) extending forward from the cylindrical case (11a). The work unit (2) is lower than the pull-out and conveying member (16) and is lower than the pull-out and conveying member (16). A transfer device (18) including a lower transfer device (17) provided at an inclined angle, and a digging device (20) for digging a group of root vegetable crops (19) such as onions and the like, which are planted in rows in a row (14). ), And a cutting device (21) disposed in the middle of the transfer of the lower transfer device (17) and below the pull-out transfer member (16), and a working unit (2) for harvesting the root crop (19) by these. 2) is configured.

[0008] The pull-out conveying member (16) is provided with soft elastic endless belts (23) and (23) stretched and stretched on conveying cases (22) and (22) arranged side by side on the left and right, respectively. 2
(3) The root transfer crop (19) is configured so as to pinch and transfer a portion near the tip of the foliage (19a) of the root crop (19) in the pinch transfer path formed between (23). Further, a foliage releasing device (24) bent leftward and laterally in a plan view as shown in FIG. 2 is provided at the transfer end portion of the left pulling and conveying member (16).
The root crop (19) is released to the upper surface of the ridge (14), while the cut and separated foliage (19a) is separated from the ridge (1).
4) It is configured to discharge to the left valley.

An endless belt (25) with elastic conveyance protrusions (25a) is provided on the conveyance start end side of the pull-out conveyance member (16).
(25) A pair of left and right scraping members (26) and (2)
6) is installed, and the raking members (26) (26)
In the front part in the direction of travel of the vine, a vertical rotation type weed raising member (27) for separating the foliage (19a) of a plurality of rows of root crops (19) planted on the ridge (14) into right and left is mounted. In addition, below the transport start end of the pull-out transport member (16), an appropriate portion of the underground portion of the root crop (19) introduced between the vertically-rotating weed raising members (27) is provided. A digging device (20) for traveling while digging a lower part is provided,
The digging device (20) includes a pair of left and right vibrating blades (28) (28) having an L shape in a front view.

On the other hand, as shown in FIG. 12, the lower transport device (17) is a pair of left and right soft elastic transport endless belts (29) (2).
9), the root crop (1)
The lower end of the lower conveyor (17) faces the upper part of the intermediate transfer of the discharge conveyor (30). (17) The crop (19) suspended below is received on the upper surface of the discharge conveyor (30), and the crop (19) is moved down by the horizontal foil (31) and the horizontal guide (32) at the lower end of the transfer device (17). The neck (19b) of (19) is tilted to the left, and the sphere of the crop (19) is inserted into the concave portion (30a) formed on one side of the discharge conveyor (30). Then, the crop (19) is configured to fall on the upper surface of the ridge (14) in a posture tilted leftward.

The neck (19b) is clamped by the lower transport device (17) at a position above the lower transport device (17) and below the pull-out transport member (16), and is moved by the pull-out transport member (16). A cutting device (21) for separating the foliage (19a) of the root crop (19) holding the foliage (19a) is provided. The cutting device (21) is as shown in the figure. Alternatively, a driving blade such as a reciprocating blade or the like may be used.

[0012] Of the components of the working section (2) composed as described above, those which are driven by power, ie, the pull-out transport member (16) of the transport device (18), the lower transport device (17) and A raking member (26) (26), a vertical rotation type weed raising member (27), a digging device (20), a cutting device (21), etc., which are provided in front of the transfer device (18). 4, a work output shaft (34) extending forward from the transmission case (4) via the clutch (33) is provided with a transmission cylinder (35) extending in the front-rear direction. ), Enters the cylindrical case (11a) of the frame (11), and is interlockingly connected to a drive shaft (36) that is bearing-supported by the cylindrical case (11a).

An upper transport drive shaft (39) interlockingly connected to the drive shaft (36) via a worm (37) and a worm wheel (38) protrudes upward, and is driven by the upper transport drive shaft (39). Thus, the pair of left and right soft elastic transport endless belts (23) and (23) of the pull-out transport member (16) are each driven to rotate in a predetermined direction, and the scraping member (2) is driven.
6) (26) The soft elastic transport endless belt (23) (2)
3) are commonly driven to rotate by front shafts (40) and (40) each having a loop body around which the lower conveying device (2) is mounted.
9 and 29 are also configured to be rotationally driven by transmission shafts (41) and (41) interlockingly connected to the front shafts (40) and (40).

Further, cranks (42) and (42) are provided at the left and right ends of the drive shaft (36), and the front ends of the pitmen (43) and (43) having their rear ends connected to each other.
The digging device (20) is connected to the swinging arms (44) (44) supporting the oscillating blades (28) (28) and reciprocates the oscillating blades (28) (28) in the front-rear direction.
The swing arm (44) is attached to the frame (11) with a fulcrum shaft (45), and the upper and lower portions swing back and forth about the fulcrum shaft (45) in opposite directions. I have.

Further, a discharge conveyor (30) is connected to the drive shaft (36) via a bevel gear (46) and the like, and a foliage discharge device (24) is connected to the left endless belt (23). .

Further, a rear end of the raising input shaft (47) extending substantially horizontally in the front-rear direction is connected to a right end of the driving shaft (36) via a bevel gear (48), and three lines for two lines are provided. The right end of the raising drive shaft (49) for driving the raising members (27) is connected via a bevel gear (50) to the front end of the input shaft (47). In addition, the raising input shaft (4) is connected to a pipe frame (51) for connecting and fixing the right side of the raising member (27) to the cylindrical case (11a).
7) is installed inside, and each of the above members (16), (26), (27)
A pipe frame (51) is laid horizontally in the front-rear direction on the right side of the above, and a raising member (27) for raising the foliage (19a) of the crop (19) and a raised foliage (19a) A harvester provided with a raking member (26) for squeezing and a conveying member (16) for nipping and conveying the stalked leaves (19a) to extract and transport the crop.
An elevating input shaft (47) is connected to a driving shaft (36), which is a PTO shaft for transmitting an output from the transmission case (4), to the elevating member (27). Are arranged at a high position, and the members (16) (2)
6) Simplification of the lower surface side structure of (27) and each member (1)
6) (26) (27) While reducing the amount of mud adhering to the lower surface side, each member (2
7) Raise the input shaft (47) horizontally in the front-rear direction on one side of (26) and (16), and traverse the input shaft (47).
6) Input shaft (47) raised as a side bumper of (27)
Is also used.

Further, as is apparent from FIGS. 1, 5 and 7, the working height of the raking member (26) and the raising member (27) with respect to the upper surface of the ridge (14) are formed substantially equal. , A raising member (27) for raising the foliage (19a) of the crop (19), a raking member (26) for raking the raised foliage (19a), and a foliage (19)
A transport member (16) that pulls and transports the crop while holding a)
In the harvesting machine provided with the above, the scraping member (26) is disposed with the scraping start end side as close as possible to the field scene, and the scraping member (26) is scraped onto the above-ground portion of the crop (19a). In addition to utilizing the pushing force as a digging assisting force for swaying the crop (19) to the left and right, the starting point of the pushing member (27) and the starting point of the pushing member (26) are substantially set. Each member (26)
(27) can be easily adjusted with respect to the ground, and when the tip of each of the scraping member (26) and the raising member (27) moves up and down around the axle of the drive wheels (9) and (10), Since the distal ends of the members (26) and (27) are arranged close to each other, the ground clearance at the distal ends of the members (26) and (27) is always kept substantially equal, and the members (26) and (27) are maintained. The height of the ground can be easily adjusted.

Further, as shown in FIGS. 1 and 7, the raising and lowering member (26) and the raising and lowering member (26), which are tilted from front to back and rearward and rearward, differ in ground inclination angle.
Raising member (2) for raising the foliage (19a) of (9)
7) a harvester provided with a scraping member (26) for scraping the raised foliage (19a), and a transport member (16) for nipping and transporting the crop while nipping the foliage (19a). In the above, the inclination angle of the scraping member (26) with respect to the ground is made larger than the inclination angle of the conveying member (16) with respect to the ground, and the intermediate portion between the raised end portion of the raising member (27) and the upper surface of the conveying member (16). The scraping end side of the scraping member (26) is arranged at the position, and is taken over by the scraping member (26) until the raised foliage (19a) is disturbed, and is fed to the upper surface of the conveying member (16). , The raising member (27) and the scraping member (2)
6) The inclination angle to the ground is substantially equal, the front and rear space required for the installation of the scraping member is reduced as compared with the conventional case, and the raising member (27) and the conveying member (16) are brought closer to each other to make the two members (16) closer. ) (27) is applied to the same foliage (19a) at substantially the same time, and the conveying section is extended, and the raising member (27) and the raking member (26) are fed to the foliage (19a) of the crop (19). The working lengths are formed to be substantially equal to each other so that the foliage (19a) of the crop (19) is prevented from falling on the upper side of the raking member (26).

Further, as shown in FIGS. 2, 6 and 7, mounting plates (55), (55), (55) are provided on the base end side of the left and right middle weeding bodies (52), (53), (54). ) Are fixed together, and the tine case (56) of the raising members (27).
, Each mounting plate (55) is bolted and fixed, and the leading ends of the weeds (52), (53), (54) project forward and obliquely downward at the starting end of the raising member (27). A raising member (27) for raising the foliage (19a) of the crop (19); a raking member (26) for raking the raised foliage (19a); Department (19
A transport member (16) that pulls and transports the crop while holding a)
In the harvester provided with the two, three rows of raising members (2
7), a weeding body (52), (53), (54) is provided at the starting end side of each of the raising members (27), respectively, and the tip of the weeding body (52) on the outside of the machine is connected to another ( 53)
(52) A herbaceous plant that is longer than (54) and has a longer tip.
Is placed on the shoulder of the ridge (14), the foliage (19a) of the crop (19) lying on the shoulder of the ridge (14) is surely erected, and two short rod-shaped weeds (53) (54) ) The tip is inserted into the upper surface of the ridge (14) between the crops (19), and the tip of one long rod-shaped weeding body (52) is inserted into the shoulder of the ridge (14), and adheres closely to the ridge (14) surface. The foliage (19a) of the crop (19) that has fallen in a state is removed from each of the algae (52).
(53) and (54) are configured to reliably pull up and prevent the withered foliage (19a) from being conveyed in a state of hanging below the crop (19).

Further, as shown in FIG. 2, FIG. 3, and FIG.
The left and right transport members (16) and (16) and the left and right scraping members (2) are centered on the central raising member (27) among the three rows of the rows.
6) (26) is provided in a symmetrical position, and the crop (1)
Raising member (2) for raising the foliage (19a) of (9)
7) a harvester provided with a scraping member (26) for scraping the raised foliage (19a), and a transport member (16) for nipping and transporting the crop while nipping the foliage (19a). , Two rows and three rows of raising members (27) are provided,
A central raising member (27) is arranged in front of the transport entrance on the feed start side of the transport member (16), and the foliage of two crops (19)... Immediately before the transport by the transport member (16). 19a) ... can be separated and separated to the left and right to perform the scraping, and the pulling force of the transporting member (16) can be reduced by two crops (19).
, And the foliage (19a) of the crop (19) for two rows is drawn to the center by the scraping member (26), and then pulled up obliquely upward by the transport member (16). By pulling the crop (19) up and down after swinging the crop (19) left and right by the scraping member (26), the transport member (16) necessary to pull the crop (19) to the ground is pulled out. It is configured so that the force can be reduced more than before.

Furthermore, two rows and three rows of raising members (27)
Are connected by a pipe-shaped raising frame (57), the raising frame (57) is raised to insert a drive shaft (49), and the pipe frame (56) is inserted. 11b) The front end side is connected to the left and right raising cases (56) and (56) by the mounting plate (58), and the bearing tube (59) is fixed to the left raising case (56) outer surface. The gauge shaft (60) is slidably inserted into the bearing cylinder (59), and the gauge shaft (60) is inserted.
By rotating the lifting wheel (61) on the left side of the steering wheel (13), the gauge shaft (60) expands and contracts to raise and lower the gauge wheel (12). The height of the starting portion of the raking member (26) and the raising member (27) with respect to the upper surface of the ridge (14) is adjusted. In the drawing, (62) is a main transmission lever, (63) is an auxiliary transmission lever, and (64) is a PTO clutch lever.

Further, as shown in FIG. 8, a right side divider (65) is provided on the right side of the right raising case (56), and the foliage (19a) of the undigged crop (19) is turned rightward outward. The upper transport drive shaft (39) for guiding and providing the worm wheel (38) as shown in FIG.
Pulley shafts (66) and (66) for driving the endless belts (23) and (23) of the transport members (16) and (16).
To the lower conveying device (17) and the left and right scraping members (26) (26) so as to be driven right and left to transmit the driving force via the conveying members (16) (16). It is composed.

[0023]

As is clear from the above examples, the present invention provides a raising member (27) for erecting the foliage (19a) of a crop (19) and a scraper for scraping the raised foliage (19a). Member (26) and foliage (19a) scraped
In a harvester provided with a conveying member (16) for holding and pulling and transporting crops, two rows and three rows of raising members (27) are provided.
, And a weeding body (52), (53), (54) is provided on the raising start side of each raising member (27), respectively, and the tip of the weeding body (52) on the outside of the machine is set to the other (53). (54)
A plant that is longer than the one with a long tip (52)
Is placed on the shoulder of the ridge (14) so that the ridge (14)
The foliage part (19a) of the crop (19) lying on the shoulder can be reliably erected, and the transport member (16) partially holds the foliage part (19a), and the foliage part (1
9a) can be easily prevented from being cut in the middle and the crop (19) remaining on the ridge (14).

In addition, two short rod-shaped weeds (53) (5)
4) The tip is inserted into the upper surface of the ridge (14) between the crops (19), and the tip of one long rod-shaped weeding body (52) is inserted into the shoulder of the ridge (14). The foliage (19a) of the crop (19) falling down in close contact with the vegetation can be reliably pulled up by each of the algae (52), (53) and (54), and the withered foliage (19a) can be removed from the crop (19). 19), it is possible to easily prevent the sheet from being transported while hanging downward.

[Brief description of the drawings]

FIG. 1 is an overall left side view.

FIG. 2 is a plan view of the same.

FIG. 3 is a front view of the same.

FIG. 4 is a drive system diagram.

FIG. 5 is a work state explanatory view.

FIG. 6 is a front explanatory view.

FIG. 7 is a left side view of the raising member.

FIG. 8 is a plan view of the same.

FIG. 9 is a plan view of a scraping member.

FIG. 10 is a side view of the pull-out conveyance member.

FIG. 11 is a plan view of an engine unit.

FIG. 12 is a plan view of a lower transport unit.

FIG. 13 is a rear view of the same.

FIG. 14 is an overall schematic front view.

FIG. 15 is a rear view of the same.

FIG. 16 is a left side view of the same.

FIG. 17 is a right side view of the same.

FIG. 18 is a plan view of the same.

FIG. 19 is a bottom view of the same.

FIG. 20 is a drive explanatory diagram of the transfer device.

[Explanation of symbols]

 (14) Ridge (16) Pull-out transport member (19) Crops (19a) Foliage (26) Raking member (27) Raising member (52) (53) (54) Plant plant

 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Nobuyuki Irie 428 Enami, Okayama City Seirei Industrial Co., Ltd. In-house

Claims (2)

[Claims] 1. A harvesting apparatus, comprising: a raising member for raising the foliage of a crop, a scraping member for scraping the scraped foliage, and a conveying member for gripping the scraped foliage to pull out and convey the crop. In the machine, two rows and three rows of pulling members are provided, and each of the pulling members is provided with a grass body at the pulling start end side, and the tip of the grass body on the outside of the machine is formed longer than the other ones. And harvester. 2. The method is characterized in that two short rod-shaped grass bodies are projected into the upper surface of the ridge between crops, and one long rod-shaped grass body are projected into the shoulder of the ridge. The harvesting machine according to Item 1.