JP2835443B2 - Combine - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a combine equipped with a grain tank for collecting sorted threshed grains.

[0002]

SUMMARY OF THE INVENTION Conventionally, Japanese Utility Model Application Laid-Open No. 59-3
As disclosed in Japanese Patent No. 4543 or Japanese Utility Model Application Laid-Open No. Sho 59-31841, there is a technology in which an engine is installed below a driver's seat and a grain tank is mounted on a machine upper surface behind the engine so as to be rotatable laterally. However, when the driven body is fixed to the front end of the auger shaft of the transverse feed auger at the bottom of the tank, and the driving body connected to the driven body is fixed to the driving shaft, by connecting the driven body and the driving body with a V belt, It is necessary to perform a V-belt attaching / detaching operation simultaneously with the lateral turning operation of the tank,
The handling operation cannot be simplified or the like, and the driven body and the driving body are always connected by a flexible transmission wire, so that the V-belt attaching / detaching operation can be omitted, but the turning angle of the tank is increased. Therefore, there is a problem that the wire becomes long, and the storing of the wire becomes troublesome, and there is a problem that the wire is extended to the tank opening portion, and a worker is hooked on the wire to restrict the movement. . Then, the actual opening 62-134350
As shown in the publication, there is also a technique of connecting the auger shaft of the tank lateral feed auger to the drive shaft of the machine via a driving body and a driven body, but a shaft crossing the auger shaft is provided and the driven body is attached. The auger shaft input structure cannot be easily simplified and lightened, and the auger shaft alone cannot be easily driven by branching the driving force of the threshing unit and transmitting the engine power to the drive shaft. There is a problem.

[0003]

According to the present invention, an engine is provided below a driver's seat, and a grain tank is mounted on a top surface of a machine rear of the engine so as to be rotatable laterally. In the combine for fixing the driven body to the front end of the auger shaft of the lateral feed auger and for fixing the driving body to be engaged with the driven body to the driving shaft, the driven body and the driving body are engaged around the driving shaft and integrally rotated. And the driven body is removably connected to the driving body in the lateral rotation direction of the tank, and the bearing is fixed to the upper surface of the machine base to support the driving shaft, and the driving shaft is connected to the engine. The drive shaft is connected to the auger shaft of the tank via the driven body and the driven body which is disengaged by the lateral rotation operation of the tank. Remove the follower or move the driver Can be performed, eliminating the need for the conventional V-belt removal and removal operation, eliminating problems such as belt slippage or belt misplacement, and eliminating the need for conventional flexible transmission wire connection, which is troublesome for storing or Eliminating the restriction of work by the wire, etc., can easily improve the handling operability, simplify the drive structure, and reduce the weight of the auger shaft input section, etc.
By fixing the bearing body on the top of the machine base, the connection strength of the drive shaft to the auger shaft can be easily secured, and by connecting the drive shaft to the engine, the auger shaft can be driven independently by the engine to discharge the grain. Can be performed.

[0004]

Embodiments of the present invention will be described below in detail with reference to the drawings. 1 is an explanatory front view of a main part, FIG. 2 is a side view of the whole, and FIG. 3 is a plan view of the same. In FIG. 1, (1) is a track frame on which a traveling crawler (2) is mounted, and (3) is A machine frame which is a body frame installed on a truck frame (1); (4) a threshing unit in which a feed chain (5) is stretched to the left and a handling cylinder (6) and a processing cylinder (7) are built in;
(8) is a cutting section provided with a cutting blade (9) and a grain culm transport mechanism (10), (11) is a straw processing section that faces the end of a straw chain (12), and (13) is a driver's seat (14). ) And a driver's cab provided with a driving operation unit (15), and (16) is a driver's seat (1).
An engine disposed substantially below the position 4), (17) a kernel tank for feeding the kernel from the threshing unit (4) through a fryer cylinder (18), and (19) a kernel tank (17). This is a grain discharge conveyor that takes out the grains inside from the outside, and is configured to continuously perform cutting and threshing operations.

[0005] As shown in Figs. 4 and 5, a vertical feed conveyor (20) is installed upright at the rear side of the grain tank (17), and the conveyor (20) is fixed to the tank (17). A conveyor lower case (20a), a conveyor middle case (20b) fixedly mounted on the machine body side and rotatably connected to the lower case (20a), and a rotatable communication with the middle case (20b). Upper conveyor case to be connected (20c)
A fulcrum shaft (21) projecting below the lower case (20a) is rotatably supported by the machine base (3) via bearing members (22) and (23), and a tank (17).
The vertically rotating members (24) and (25) fixed to the rear side are rotatably supported on the outside of the middle case (20b) so as to be centered on the middle case (20b) and the fulcrum shaft (21). The tank (17) is configured to be horizontally rotated outward from the body to be in an open state.

Further, a swing fulcrum case (26) is integrally connected to the upper case (20c), and the discharge conveyor (19) is connected to the fulcrum case (26), so that a worm wheel (27) and a hydraulic cylinder (28) is attached to the swing fulcrum case (26), and the swing fulcrum case (26) is driven to rotate in the horizontal direction via the worm wheel (27) to change the direction of the discharge conveyor (19). The discharge conveyor (19) is swung up and down by the hydraulic cylinder (28) to move up and down the front end.

Further, a horizontal auger (29) at the bottom of the grain tank (17), a vertical auger (30) of the vertical conveyor (20), and a discharge auger (31) of the discharge conveyor (19) are provided. Connected to each other, grain tank (17)
The inside grain is carried out by each auger (29) (30) (31), and the grain is discharged from the tip of the discharge conveyor (19) to a truck bed or the like.

The tank (17) is provided on the tank front surface (17a), which is opposite to the fulcrum shaft side of the grain tank (17).
A substantially rectangular plate-shaped tank front side support (32a) (32b) for holding the front surface (17a) on the machine base (3) when storing
And the upper hook (3)
3) A lock mechanism (35) is provided which is provided by a lock pin (34) serving as a lower position regulating body, and the hook (33) is provided.
Is unlocked by a hook operation lever (36) that faces the lower position of the tank (17).

As shown in FIGS. 7 and 8, the end of the transverse feed auger (29) on the outer side of the front of the grain tank (17) is connected to the drive shaft (38) of the machine body via a coupling member (37).
A gear box (40) for driving a tank is fixedly mounted on a machine stand (3) behind the engine (14) via a box stand (39), and an input shaft ( An input pulley (42) fixed to the drive shaft (41) is linked to the engine (14) via a belt (43), and a pair of bevel gears (4) is connected to the drive shaft (38).
4) The input shaft (41) is interlocked and connected via (45) to output the output from the engine (14) to the input shaft (41).
Each auger (29) in the grain tank (17)
(30) It is configured to drive (31).

The coupling member (37) comprises a substantially rectangular sub-rotator (46) fixed to the front end of the auger shaft (29a) of the transverse feed auger (29), and a rear outer side of the gear box (40). And a substantially diamond-shaped main rotating body (47) fixed to the end of the drive shaft (38) protruding from the auger shaft. The auger shaft (29a) and the drive shaft (38) are positioned on the same axis. The front and rear surfaces (46a) and (47a) of the slave and main rotors (46) and (47) are opposed to each other, and the slave rotor (46)
Two substantially trapezoidal engaging projections (48) are projected at 180 ° intervals around the auger shaft (29a) on the front surface (46a) at intervals of 180 degrees, and the main rotating body (4) is formed.
7) The roller shaft (49) is located at a constant radius (r) on the rear surface (47a) at an interval of 180 degrees around the drive shaft (38).
The two engaging rollers (50) are rotatably pivoted via the drive shaft (38), and when the drive shaft (38) is driven to rotate, the engaging protrusions (4) are rotated.
The roller (50) is brought into contact with the bottom (48a) of the trapezoid of (8) to drive the auger shaft (29a) integrally.

The lock pin (34) is provided at the rear end of the rectangular cylinder (51), which is a position regulating body fixed to the right side of the box base (39), and at the front of the tank (17).
The cylindrical body (51) and the restricting plate (53) are integrally connected by inserting and engaging with a restricting plate (53) which is a position restricting body fixed to the lower right side of the a) via a bolt (52). As shown in FIG. 1, an engagement member (5) of the regulating plate (53) is provided.
4) is formed in a U-shape having an opening on the left side, that is, the right side when viewed from the front, and the upper and lower side plates (54)
a) With the cylindrical body (51) facing between the (54b), the long hole (55) and the round hole (56) in the front-rear direction formed in the upper and lower side plates (54a) (54b) and the cylindrical body (51). Pin (3
4), the upper and lower side plates (54a) and (54b) of the regulating plate (53) regulate the vertical direction of the tank (17).
In addition, the regulation in the left and right direction is performed with the pin (34) for insertion,
The centering accuracy of the coupling member (37) is improved. The engagement body (54)
A pin guide plate (58) having a notch groove (57) is fixedly provided outside the right side plate (54c) of the above, and the upper end of the lock pin (34) to be inserted through the cylindrical body (51) and the engagement body (54) is bent. The handle portion (34a) is engaged with the groove (57) so that the handle portion (34a) is always exposed to the right outside, thereby facilitating the removal of the pin (34). I have.

As is clear from the above, the driver's seat (14)
An engine (16) is installed below, and a grain tank (17) is mounted on the upper surface of the machine (3) behind the engine (16) so as to be rotatable to the side, and a side of the bottom of the tank (17). A main rotating body (47), which is a driving body that fixes a driven rotating body (46) that is a driven body following the front end of the auger shaft (29a) of the feed auger (29) and that engages with the driven rotating body (46). In the combine to be fixed to the drive shaft (38), the sub-rotator (46) and the main rotor (47) around the drive shaft (38).
Are engaged with each other to rotate integrally with each other, connect the slave rotator (46) to the main rotator (47) in a lateral rotation direction of the tank (17) so as to be freely disengageable from the main rotator (47), and A gear box (40) as a bearing is fixed to the drive shaft (38) to support the drive shaft (38), and the drive shaft (38) is connected to the engine (16). Then, the main rotating body (4) and the sub-rotating body (46) disengaged by the lateral rotation operation of the tank (17).
7), the drive shaft (38) is connected to the auger shaft (29a) of the tank (17), and only the side rotation operation of the tank (17) causes the main rotator (47) to move from the sub rotator (46). ) Is disengaged or the main rotator (47) is engaged with the rotator (46) to eliminate the need for the conventional V-belt removal operation, eliminating problems such as belt slip or belt hang. In addition, the connection of the conventional flexible transmission wire is not required, the troublesome storage of the wire or the restriction of the work by the wire is eliminated, the handling operability is improved, the driving structure is simplified, and the auger shaft (29a) input portion is lightweight. The drive shaft (38) is fixed by fixing the gear box (40) on the upper surface of the machine base (3).
By connecting the drive shaft (38) to the engine (16), the auger shaft (29a) is independently driven by the engine (16) to perform the grain discharging operation. It is configured to do so.

On the other hand, as shown in FIG. 6, a relatively large cleaning lid (57) is provided on the inner surface (17b) on the threshing side of the grain tank (17).
0), the lid (57) is displaced to the other end from the lower end via a hinge (58), and the upper end is a knob bolt (5).
9) It can be freely opened and closed on the inner side surface (17b) via the inner surface (17b) to facilitate maintenance and inspection and cleaning of the tank (17) and change the mounting position of the paddy fullness sensor installed in the tank (17). It is configured as follows.

This embodiment is constructed as described above, and the coupling between the body side drive shaft (38) and the discharge auger shaft (29a) by the coupling member (37) when the tank (15) is stored. At this time, the lock pin (3
By locking the tubular body (51) and the engaging body (54) in 4), the vertical movement on the tank (17) side is reduced.
The vertical movement of the cylindrical body (51) by the upper and lower side plates (54a) and (54b) of the engaging body (54), and the horizontal movement of the tank side is controlled by the long holes of the engaging body (54) and the cylindrical body (51). (55) and the lock pin (3
4) The left and right restrictions prevent the tank (17) from absorbing variations in the manufacture of the tank (17), and the slot (55) absorbs the dispersion, thereby accurately aligning the drive shaft (38) and the auger shaft (29a). High-precision connection with matching is easily performed.

[0015]

As is apparent from the above embodiments, the present invention has an engine (16) installed below the driver's seat (14).
A grain tank (17) is rotatably mounted laterally on the upper surface of the machine (3) behind the engine (16), and an auger shaft (29a) of a lateral feed auger (29) at the bottom of the tank (17). A) a drive shaft (3) in a combine for fixing a driven body (46) at the front end and a driving body (47) engaged with the driven body (46) to a driving shaft (38);
8) The driven body (46) and the driving body (47) engage with each other to rotate integrally and engage the driven body (46) with the driving body (47) in the lateral rotation direction of the tank (17). In addition to being detachably connected, a bearing (40) is fixed to the upper surface of the machine base (3) to support the drive shaft (38), and the drive shaft (38) is connected to the engine (16). , The tank (17)
The auger shaft (29) of the tank (17) is driven via the driven body (46) which is disengaged by the
Since the drive shaft (38) is connected to (a), the driven body (46) is detached from the driven body (47) or the driven body (47) is driven only by the lateral rotation operation of the tank (17). 4
6) can be performed, and the conventional V
Eliminates the need for belt removal and removal, eliminates problems such as belt slip or belt misplacement, and eliminates the need to connect conventional flexible transmission wires, and eliminates the hassle of storing the wires or restricting work with the wires. It is possible to easily improve the operability, simplify the drive structure, reduce the weight of the input portion of the auger shaft (29a), etc., and fix the drive shaft by fixing the bearing body (40) on the upper surface of the machine base (3). Auger axis of (38) (29
a) The connection strength with the drive shaft (3) can be easily secured.
By connecting 8) to the engine (16), the auger shaft (29a) can be independently driven by the engine (16) to perform a grain discharging operation.

[Brief description of the drawings]

FIG. 1 is an explanatory view of a grain tank unit.

FIG. 2 is an overall side view of the combine.

FIG. 3 is an overall plan view of the combine.

FIG. 4 is an explanatory side view of the grain tank.

FIG. 5 is an explanatory front view of the grain tank.

FIG. 6 is a right side view of the grain tank.

FIG. 7 is an explanatory side view of the coupling member.

FIG. 8 is an explanatory plan view of the coupling member.

[Explanation of symbols]

 (3) Machine stand (14) Driver's seat (16) Engine (17) Grain tank (29) Lateral feed auger (29a) Auger shaft (38) Drive shaft (40) Gear box (bearing) (46) Follower rotation Body (Follower) (47) Main rotating body (Driver)

Claims (1)

(57) [Claims] An engine is installed below a driver's seat, and a grain tank is rotatably mounted laterally on an upper surface of a machine base behind the engine, and is driven by an auger shaft front end of a lateral feed auger at the bottom of the tank. In the combine, in which the body is fixed, and the driving body to be engaged with the driven body is fixed to the driving shaft, the driven body and the driving body are engaged with each other around the driving shaft to rotate integrally and in the lateral rotation direction of the tank. A combine, wherein a driven body is detachably connected to a driving body, a bearing is fixed to an upper surface of a machine base, a driving shaft is supported, and the driving shaft is connected to an engine.