WO2014148123A1

WO2014148123A1 - Combine

Info

Publication number: WO2014148123A1
Application number: PCT/JP2014/052296
Authority: WO
Inventors: 松本健太; 日田定範; 熊谷雅行; 丸山純一; 中村裕弥; 川田康毅; 米田豊; 岩本瞬; 小田佑樹
Original assignee: 株式会社クボタ
Priority date: 2013-03-18
Filing date: 2014-01-31
Publication date: 2014-09-25
Also published as: CN108093831A; PH12017501477A1; CN105007715B; CN107950173B; CN107950174A; CN108093831B; PH12017501476A1; PH12015501909B1; PH12015501909A1; CN107950174B; PH12017501476B1; CN107950173A; PH12017501477B1; CN105007715A

Abstract

Provided is a combine which enables the simplification of a manufacturing process and cost reduction. This combine is provided with a grain collection unit for collecting and bagging threshed grains beside a threshing device, a grain storage hopper provided in the grain collection unit is supported by a machine body via a hopper support frame (140), the hopper support frame (140) is configured by bending one rod-shaped member into an approximately L shape to integrally form a laterally extending portion (140A) extending in a horizontal direction and a vertically extending portion (140B) extending downward while being continuous from one end of the laterally extending portion (140A), the other end of the laterally extending portion (140A) is supported by a side wall portion of the threshing device, and the lower end of the vertically extending portion (140B) is supported by a machine body frame (4).

Description

Combine

The present invention relates to a combine.

[1] The conventional combine is provided with a grain storage hopper for storing the grain obtained by the threshing process, and the support frame for supporting both the front and rear sides of the grain storage hopper is long in the vertical direction. There is a structure in which a rectangular pipe-shaped vertical frame body and a rectangular pipe-shaped horizontal frame body that is long in the lateral direction of the machine body are fixedly attached. That is, two vertical frame bodies are provided in a state of being fixedly erected from the body frame with a space in the transverse direction of the body, and the horizontal frame body is connected and fixed to each of the upper portions of the two vertical frame bodies. (For example, refer to Patent Document 1).

[2] An example of a conventional all-throw-in type combine is described in Patent Document 2, for example. The all-throw-in type combine shown in Patent Document 2 includes a scraping reel, left and right reel frames, a support bar provided across the left and right reel frames, and a tine attached to the support bar. Is provided. In such a full throwing type combine, when the scraping reel is rotated during the harvesting operation, the tine attached to the support bar causes the culm planted in the field to be scraped to the rear side of the aircraft. It is configured.

[3] For example, the conventional combine described in Patent Document 3 is already known as the above-described ordinary combine. In the ordinary combine described in Patent Document 3, the feeder is provided with a left-right input shaft to which power is input (corresponding to “a mowing input shaft” in the document). In the ordinary combine described in Patent Document 3, when power is transmitted to the input shaft via the forward rotation clutch, the input shaft rotates forward, and when power is transmitted to the input shaft via the reverse rotation clutch, The input shaft rotates in reverse. By rotating the feeder in the reverse direction, clogging or the like in the feeder can be eliminated.

JP 2008-263858 A JP 2011-172535 A JP 2010-239980 A

[1] Issues corresponding to the background art [1] are as follows.
In the above conventional configuration, when producing a support frame for supporting the grain storage hopper, two rectangular pipe-shaped vertical frame bodies and rectangular pipe-shaped horizontal frame bodies are fixed to each other by welding, for example. Therefore, it is necessary to integrally connect and fix. That is, welding is performed in a state where the edge of the square pipe-shaped vertical frame body is applied to the side surface of the square pipe-shaped horizontal frame body. Such processing is time consuming, and accordingly, the manufacturing process of the support frame is time consuming and has a disadvantageous cost.

An object of the present invention is to provide a combine that can simplify the manufacturing process and reduce the cost.

[2] Issues corresponding to the background art [2] are as follows.
However, in the above-described conventional full throw-in type combine harvester, especially during the harvesting operation, the planted culm is caught on the support portion of the tine with respect to the support bar, and the harvested culm is caught on the support portion. There is a risk that the transport efficiency of the harvested cereal meal that has been normally harvested may be hindered and the transport efficiency may be reduced.

In view of such circumstances, it has been desired to provide a full-pile-type combine that can efficiently prevent the cereal from being caught on the support portion of the tine with respect to the support bar.

[3] Issues corresponding to the background art [3] are as follows.
The ordinary combine described in Patent Document 3 requires a reverse rotation clutch separately from the forward rotation clutch, which increases costs.

The present invention has been made in view of the above situation, and an object of the present invention is to provide a normal combine that can reversely rotate a feeder with a simple and low-cost structure.

[1] The means for solving the problem [1] is as follows.
The characteristic configuration of the combine according to the present invention is provided with a grain recovery unit for bagging and recovering the threshed grain on the side of the threshing apparatus,

A grain storage hopper provided in the grain recovery unit is supported by the aircraft via a hopper support frame,

The hopper support frame bends one rod-like member into a substantially L shape, and extends horizontally in a horizontal direction, and vertically extends in a state of being continuously connected from one end of the horizontal extension. And are formed integrally with each other,

The other end portion of the laterally extending portion is supported by the side wall portion of the threshing device, and the lower end portion of the longitudinally extending portion is supported by the body frame.

According to the present invention, the hopper support frame that supports the grain storage hopper bends one rod-like member into a substantially L shape, and has a horizontally extending portion extending in the horizontal direction and a vertically extending portion extending downward. It is formed integrally.

When manufacturing a hopper support frame, it can be manufactured by a simple bending process of bending one rod-like member into a substantially L shape, and the manufacturing process of the hopper support frame can be simplified to reduce the cost. Is possible.

And the other end part of the horizontal extension part is supported by the side wall part of a threshing apparatus, and the lower end part of a vertical extension part is supported by the body frame. In other words, the hopper support frame can be firmly supported by effectively using the threshing apparatus and the body frame which are large and strong structures.

Accordingly, it has become possible to provide a combine that can simplify the manufacturing process and reduce the cost.

In the present invention, it is preferable that an intermediate extending portion that is connected to the middle portion in the longitudinal direction of the laterally extending portion and that extends along the vertical direction and whose lower end portion is supported by the body frame is provided. It is.

According to this configuration, the intermediate extending portion extending in the vertical direction is provided in the middle portion of the lateral extending portion in the longitudinal direction, and the lower end portion of the intermediate extending portion is supported by the body frame. Thus, since the intermediate extension portion is provided, even if it is configured to support the load of the grain storage hopper in the middle portion in the longitudinal direction of the lateral extension portion, the load is supported by the intermediate extension portion. It can support, and the load burden of a laterally extending part can be reduced.

In the present invention, the reinforcing member is connected to the bent portion in which the horizontally extending portion and the vertically extending portion are connected in a substantially L-shape across the horizontally extending portion and the vertically extending portion. Is preferably provided.

According to this configuration, since the reinforcing member is provided in the bent portion in which the horizontally extending portion and the vertically extending portion are connected in a substantially L shape, the downward extending portion of the horizontally extending portion due to the load of the grain storage hopper is bent. The deformation can be suppressed to a small one, and the durability of the hopper support frame can be improved.

In the present invention, it is preferable that the hopper support frame is provided with a pair of front and rear in a state of supporting the front side and the rear side of the grain storage hopper.

According to this configuration, since the front side and the rear side of the grain storage hopper are supported by the hopper support frame, the grain storage hopper can be stably supported, and the hopper support frames on both the front and rear sides are supported. By simplifying the manufacturing process, further cost reduction can be achieved.

In the present invention, in each of the hopper support frames on the front side and the rear side, the hopper support frames are connected to a midway portion in the longitudinal direction of the laterally extending portion, and extend in the vertical direction and have a lower end portion connected to the body frame A supported intermediate extension is provided,

It is preferable that a bag support for supporting a storage bag for bagging the grain from the grain storage hopper is provided in a state of being supported over the intermediate extension parts on the front side and the rear side. It is.

According to this configuration, since the hopper support frames on the front side and the rear side are provided with the intermediate extending portions that extend along the vertical direction and the lower end portion is supported by the body frame, the front side and the rear side In each case, the load of the grain storage hopper can be supported by the intermediate extending portion, and the load burden of the laterally extending portion can be reduced.

In addition, a bag support for supporting the storage bag for collecting the grains is installed and supported across the intermediate extending portions on the front side and the rear side. In this manner, the bag support can be stably supported on both the front and rear sides by using the intermediate extending portions provided on the front and rear hopper support frames.

In the present invention, it is preferable that the bag support is supported so that the vertical position can be changed and adjusted.

According to this configuration, by changing and adjusting the vertical position of the bag support, the vertical height of the storage bag for collecting the grains can be changed so that the collection work can be easily performed, Become.

In the present invention, an auxiliary step for placing the worker is provided in a state of being located on the laterally outer side of the body of the grain recovery unit,

It is preferable that an auxiliary sunshade is provided to cover the upper side of the auxiliary step while being supported by the hopper support frame.

According to this configuration, an auxiliary worker who performs operations such as bagging the grain from the grain storage hopper into the storage bag, carrying out the storage bag storing the grain, and the like is secured in the auxiliary step. Therefore, the work can be performed in a wide work space, and the work can be easily performed.

Moreover, since the upper part of the auxiliary step is covered by the auxiliary shade part, the sunlight for the auxiliary worker placed on the auxiliary step can be blocked, and the work is performed.

By using the hopper support frame, it is possible to support the auxiliary awning portion without complicating the configuration such as separately providing a support member dedicated to awning support.

In the present invention, there is provided an intermediate extending portion that is connected to the middle portion in the longitudinal direction of the laterally extending portion and that extends along the vertical direction and whose lower end portion is supported by the body frame,

It is preferable that the auxiliary awning portion is supported by a vertical support body fixedly erected from a location closer to the other end portion than a location where the intermediate extension portion is connected among the lateral extension portions. It is.

According to this structure, the intermediate extension part extended along an up-down direction is provided in the middle part of the longitudinal direction of the horizontal extension part, and the lower end part of the intermediate extension part is supported by the body frame. Thus, since the intermediate extension portion is provided, even if it is configured to support the load of the grain storage hopper in the middle portion in the longitudinal direction of the lateral extension portion, the load is supported by the intermediate extension portion. It can support, and the load burden of a laterally extending part can be reduced.

And the auxiliary awning part is a vertically oriented support body fixedly erected from the other end part than the part where the intermediate extending part is connected among the laterally extending parts, that is, the part near the threshing device side. It is supported. The place where the vertical support is fixedly installed is between the place where the intermediate extension part is connected and the connection part of the threshing device, and is supported stably by the intermediate extension part and the threshing device. This is a place where interference with the grain storage hopper can be avoided.

Therefore, the auxiliary awning portion can be supported by the vertical support body that is erected in a stably supported state while avoiding interference with the grain storage hopper.

In the present invention, the hopper support frame is provided with a pair of front and rear in a state of supporting the front side and the rear side of the grain storage hopper,

It is preferable that the vertical support body is fixedly erected from the hopper support frames on the front side and the rear side.

According to this configuration, the auxiliary awning portion is supported by the vertical support body fixedly provided upright from the hopper support frames on the front side and the rear side. That is, the auxiliary awning can be stably supported by the longitudinal support bodies on the front and rear sides.

In the present invention, the auxiliary sunshade is

Front and rear connection support rods that are installed and supported over the upper end of the longitudinal support on both front and rear sides,

A plurality of lateral support rods that are fixedly extended in a cantilevered manner from the front and rear connecting rods toward the laterally outer side of the aircraft, and spaced apart in the front-rear direction,

It is preferable that a hood member for covering them is provided.

According to this configuration, the auxiliary awning portion is supported by the front and rear connection support rods extending over the upper end portions of the longitudinal support bodies on both the front and rear sides, and spaced from the front and rear connection rods in the front and rear direction toward the laterally outer side of the body. A plurality of lateral support rods are fixedly extended in a cantilever manner. And the hood member is provided in the state which covers each upper direction of the back-and-front connection support rod and a plurality of horizontal support rods.

In this way, the auxiliary awning part is constructed by supporting the lightweight hood member by the support frame structure of a simple configuration as much as possible extending from the front and rear connection rods, so that the entire auxiliary awning portion is as light as possible And a simple structure.

In the present invention, the auxiliary awning portion is an intermediate front / rear connecting rod that connects the plurality of lateral support rods in the middle in the lateral direction, and an intermediate portion between the end portion of the intermediate front / rear connecting rod and the vertical support member. It is preferable that the structure is provided with a reinforcing connecting rod having an oblique posture for connecting the position.

According to this configuration, since the plurality of lateral support rods are connected by the intermediate front and rear coupling rods in the middle in the lateral direction, the plurality of lateral support rods can be integrated to reduce the variation in the vertical inclination. In addition, since the ends of the intermediate front and rear connecting rods and the upper and lower intermediate positions of the vertical support body are connected by a reinforcing connecting rod having an oblique posture, a plurality of cantilevered lateral supports are supported via the intermediate front and rear connecting rods. The eaves and the top member are supported by the reinforcing connection eaves.

Therefore, it is possible to maintain a good awning state by securing the support strength while making the entire auxiliary awning portion as light and simple as possible.

In the present invention, an auxiliary step for placing the worker is provided in a state of being located on the laterally outer side of the body of the grain recovery unit,

A reinforcing member connected across the laterally extending portion and the longitudinally extending portion is provided at a bent portion in which the laterally extending portion and the longitudinally extending portion are connected in a substantially L shape,

It is preferable that a guard member is provided that receives and supports the operator's back on the auxiliary step while being supported by the reinforcing member.

In addition, since the reinforcing member is provided in the bent portion in which the horizontally extending portion and the vertically extending portion are connected in a substantially L shape, the bending deformation downward of the horizontally extending portion due to the load of the grain storage hopper is small. The durability of the hopper support frame can be improved.

As described above, a guard member for receiving and supporting the operator's back on the auxiliary step while being supported by the reinforcing member using the reinforcing member for reinforcing the hopper support frame is provided. Yes.

By providing such a guard member, an auxiliary worker who works on the auxiliary step can receive and support the back by the guard member even if the auxiliary step swings due to vibration of the aircraft, etc. Can work on.

In the present invention, an auxiliary step for placing the worker is provided in a state of being located on the laterally outer side of the body of the grain recovery unit,

It is preferable that a handrail member that can be gripped and operated by an operator on the auxiliary step is provided in a state of being supported by the laterally extending portion.

Moreover, the handrail member is provided in the state supported by the sideways extending part. This handrail member can be gripped and operated by an operator on the auxiliary step, and the auxiliary worker who works on the auxiliary step can manually operate the handrail member even if the auxiliary step is shaken due to vibration of the airframe. You can work safely by gripping.

In the present invention, a hopper attachment portion to which the grain storage hopper is attached and fixed to an intermediate portion in the longitudinal direction of the laterally extending portion is formed,

It is preferable that a handrail member that can be gripped and operated by an operator on the auxiliary step is provided in a state of being supported by the hopper mounting portion.

According to this structure, a hopper attachment part is formed in the intermediate part of the longitudinal direction in a laterally extending part, and a grain storage hopper is attached and fixed to this hopper attachment part. A handrail member is supported on the hopper mounting portion.

In other words, in order to attach the grain storage hopper, since the handrail member is supported by effectively using the hopper attachment portion formed in the laterally extending portion, compared to those that provide the attachment member separately, The structure can be simplified by sharing the members.

In the present invention, a hopper attachment portion to which the grain storage hopper is attached and fixed to an intermediate portion in the longitudinal direction of the laterally extending portion is formed,

It is preferable that the grain storage hopper is constituted by an integrally molded product made of a synthetic resin material, and is attached and fixed to the hopper attachment portion with an integrally formed flange portion as an attachment portion.

According to this structure, the hopper attachment part is formed in the intermediate part of the longitudinal direction in the horizontal extension part. In addition, the grain storage hopper is configured by an integrally molded product made of a synthetic resin material, and an integrally formed flange portion is fixedly attached to the hopper mounting portion.

The grain storage hopper has a mounting flange part that is integrally formed of a synthetic resin material, so the number of parts is smaller than that of a structure that separately prepares a connecting bracket and attaches it to the hopper mounting part. It is possible to simplify the configuration by reducing.

In the present invention, a vertical frame that supports the laterally extending portion is erected on the body frame,
It is preferable that a side panel provided on the side of the driver seat is supported on the vertical frame.

According to this configuration, the side panel can be stably supported by the vertical frame supported by the laterally extending portion and the body frame.

In the present invention, a vertical frame that supports the laterally extending portion is erected on the body frame,
It is preferable that an air cleaner for an engine is supported on the vertical frame.

According to this configuration, the air cleaner can be stably supported by the vertical frame supported by the laterally extending portion and the machine body frame.

In the present invention, a vertical frame that supports the laterally extending portion is erected on the body frame,
It is preferable that an engine pre-cleaner is supported on the vertical frame.

According to this configuration, the precleaner can be stably supported by the vertical frame supported by the laterally extending portion and the body frame.

In the present invention, a fuel tank is placed on the body frame,
The hopper support frame is configured by bending one pipe material into a substantially L shape,
It is preferable that an air vent pipe for extracting air from the fuel tank is connected to the laterally extending portion.

According to this configuration, the internal space of the hopper support frame can be used effectively in order to escape the air in the fuel tank extracted by the air vent pipe.

In the present invention, a circular inspection opening is formed on the upper surface of the grain storage hopper,

It is preferable that the apparatus includes a screw-type lid body that is screwed and connected to a screw portion formed on a peripheral portion of the inspection opening so as to close the inspection opening.

According to this configuration, since the circular inspection opening is formed in the upper surface portion of the grain storage hopper for storing the grain, if the inspection opening is in a state to be opened, work is performed through the inspection opening. It is possible for a person to visually confirm the grain storage state inside the grain storage hopper.

A screw-type lid is screwed and connected to a screw portion formed on the periphery of the inspection opening so as to be openable and closable, thereby closing the inspection opening. In addition, the operator can switch the inspection opening to the open state by rotating the screw-type lid and releasing the screw connection with the screw portion. The storage state of the grain can be visually confirmed through the inspection opening.

Thus, the lid is screwed and connected to the thread portion of the grain storage hopper, and even if vibration or the like occurs as the machine runs, the screwing connection is easily released in a short time. Never happen. As a result, the closed state can be satisfactorily maintained for a long time, and the durability can be improved.

Accordingly, it has become possible to provide a combine grain recovery device capable of improving the durability while allowing the storage state of the grain to be visually confirmed.

In the present invention, it is preferable that the lid body is formed of a synthetic resin material and the grain storage hopper is formed of a synthetic resin material.

According to this configuration, since the lid formed of the synthetic resin material is lighter than that formed of metal, the operator can easily perform the opening / closing operation with a light labor load. Also, since the synthetic resin material is softer than metal, it is easy to become familiar with the threaded part on the other side when screwed and connected, and it has good adhesion and is in a state where airframe vibration is occurring. The screw connection state can be maintained for a long time. Moreover, since a grain storage hopper is formed with a synthetic resin material, a grain storage hopper becomes lightweight compared with the case where it forms with a metal. As a result, it is possible to simplify the support structure for supporting the grain storage hopper, which is a large member for storing the grain, and to easily perform the work of assembling the grain storage hopper.

In the present invention, it is preferable that the inspection opening is formed at a substantially middle position in the front-rear width of the grain storage hopper.

According to this configuration, since the inspection opening is formed at a substantially intermediate position of the front and rear width of the grain storage hopper, when the inside of the grain storage hopper is visually observed from above through the inspection opening, the grain There is an advantage that it is easy to visually confirm the grain storage state over the wide range of the front and rear sides inside the storage hopper.

In the present invention, there is provided a grain discharger that can freely discharge the grain stored in the grain storage hopper downward,

The grain discharge part is configured with a pair of grain discharge ports in a state of being lined up front and back,

It is preferable that the inspection opening is formed at a position corresponding to a front / rear intermediate position of the pair of front and rear grain outlets in plan view.

According to this configuration, the grain stored in the grain storage hopper can be discharged downward by the grain discharging unit. Moreover, since the opening for inspection is formed in the position corresponding to the front-rear intermediate position of the pair of front and rear grain outlets, for example, after discharging the grain, each of the pair of grain outlets is not clogged. It is easy to visually check whether or not it is properly discharged. In addition, even while the grain is being stored along with the cutting operation, it is possible to check the storage accumulation state on the upper side of each of the pair of grain outlets, and whether or not the grain is stored evenly throughout. Easy to check.

In the present invention, there is provided a grain discharger that can freely discharge the grain stored in the grain storage hopper downward,

The grain discharge unit includes a pair of grain discharge ports arranged in a line in the front-rear direction, and corresponds to each of the pair of grain discharge ports, and flows down stored grains toward the respective grain discharge ports. Constructed with a tapered and inclined funnel part to guide,

It is preferable that the inspection opening is formed in a state over the pair of front and rear funnels in plan view.

According to this structure, the grain currently stored by the grain storage hopper can be discharged | emitted below by the grain discharge part. Further, the tapered slanted funnel portion provided corresponding to each of the pair of grain outlets allows the grain to be discharged from the grain outlet while being smoothly guided to flow down.

And, since the inspection opening is formed to have a large diameter so as to cover a pair of front and rear funnel parts in a plan view, only when the inside of the grain storage hopper is visually observed from directly above through the inspection opening. It is possible to check the storage accumulation state on the upper side of each of the pair of grain discharge ports even if it is viewed from obliquely above, without having to lean over to the upper side of the grain storage hopper Well, confirmation work can be done with an easy posture.

[2] Solution means corresponding to the problem [2] are as follows.
The all-fired combine combine according to the present invention is a all-fired combine combine that performs a cutting operation while stirring the planted cereal by a scraping reel,

In the scraping reel,

The left and right reel frames,

A support bar provided across the left and right reel frames;

A tine attached to the support bar;

A cover that covers a support portion of the tine with respect to the support bar,

The tine penetrates the cover.

According to the present invention, since the support portion of the tine with respect to the support bar is covered with the cover, the cedar can be prevented from coming into contact with the support portion of the tine. Moreover, since the tine penetrates the cover, the cover is positioned to a certain degree. As described above, according to the present invention, the supporting portion of the tine can be firmly covered with the cover in a stable state. Therefore, according to the present invention, it is possible to efficiently prevent the culm from being caught or tangled on the supporting portion of the tine.

In the present invention, a through hole or a cut is formed in the cover,

It is preferable that the tine penetrates the through hole or the cut.

According to this configuration, the cover can be easily positioned with respect to the tine with a simple configuration in which a through hole or a cut is formed in the cover.

In the present invention, a plurality of the through holes or the cuts are formed,

It is preferable that the tine penetrates the through hole or the cut.

According to this configuration, a plurality of through holes or cuts are formed in one cover, and the tine is passed through the through holes or cuts. That is, the cover can be firmly supported in a stable state by the plurality of tines.

In this invention, it is suitable when the back side of the said support part is covered with the said cover.

In the cutting operation, the portion on the rear side of the tine particularly acts on the planted culm, so that the portion on the rear side of the tine is particularly easily caught. According to this configuration, since the rear side of the tine support portion is covered by the cover, it is possible to reliably prevent the cereal straw from being caught by the tine support portion.

In the present invention, the tine is provided with a string-wound spring portion at a midway portion from the tip portion of the tine toward the support portion,

It is preferable that the spring portion is covered with the cover.

According to this configuration, if a string-wound spring portion is provided in the middle of the tine from the tip portion to the support portion, the impact on the tine is absorbed by the string-wound spring portion, so that the tine is damaged. Is prevented. However, on the other hand, there is a risk that the cereal will be easily bitten by the string-wound spring portion. Since it is this structure and the spring part is covered with the cover, it can prevent beforehand that the cereal is caught by the spring part.

In the present invention, it is preferable that the tine penetrates the cover at a position below the spring portion.

In general, the tine scrapes the planted culm backward when moving downward, so the cereal contacts the tine not only from behind but also from below. That is, the cereals also contact the spring part from behind and from below. If this structure is employ | adopted, since a cover will cover a spring part from the downward direction, the hook of the cereals to a spring part can further be prevented.

In the present invention, a plurality of the tines are attached to the support bar side by side at intervals in the longitudinal direction of the support bar,

It is preferable that the support portions of the two or more tines are covered with the cover.

According to this structure, compared with the case where the support part of one tine is covered with one cover, the number of covers used for the support bar can be reduced, and the manufacturing cost can be reduced.

In the present invention, a plurality of the tines are attached to the support bar side by side at intervals in the longitudinal direction of the support bar,

It is preferable that the support portions of all the tines are covered by a single cover.

According to this configuration, the number of covers for one support bar is one. Therefore, compared to the case where a plurality of covers are used for one support bar, the number of covers used for the scraping reel can be reduced, and the manufacturing cost can be reduced.

In the present invention, it is preferable that the cover is attached to the support bar at a position different from the tine in the longitudinal direction of the support bar.

According to this configuration, the cover is supported not only by the tine but also by the support bar, and the cover is firmly supported. Further, according to this configuration, the cover is attached to the support bar at a position different from the tine in the longitudinal direction of the support bar. Therefore, the tine is less likely to become an obstacle when the cover is attached to the support bar.

In the present invention, as the support bar, a first bar in which a plurality of the tines are attached in a first array at unequal intervals, and a plurality of the tines in a second array opposite to the first array are arranged. It is preferable that the second bar is provided.

According to this configuration, since the first array of tine in the first bar and the second array of tine in the second bar are reversely arranged, the cover that covers the supporting portion of the tine attached to the first bar is If it is used in the opposite direction, it can be attached to the second bar. In other words, the cover having the same structure can be used for the first bar and the second bar. Therefore, when this configuration is adopted, the types of covers can be reduced and costs can be reduced as compared with the case where dedicated covers are attached to all the support bars.

[3] Solution means corresponding to the problem [3] are as follows.
A feature of the present invention is that it includes an operation unit on which an operator is boarded, a mowing unit that harvests the planted cereal cocoon, and a feeder that conveys the mowing cereal culm to the threshing device, and the feeder is horizontally oriented to receive power. The input shaft is provided with an operation unit on which a manually operated tool can be attached and the input shaft can be artificially rotated reversely by the tool. It is provided in the end part by the side of the above-mentioned operation part in the above-mentioned input shaft, and being provided in the state exposed outside from the above-mentioned feeder.

According to this configuration, instead of the configuration related to the reverse rotation clutch, the input shaft is provided with an operation portion to which a manually operated tool can be attached at the end of the input shaft, and the input shaft can be manually rotated in reverse by the tool. By doing so, the feeder can be reversely rotated with a simple and low-cost structure. In addition, since the operation unit is provided at the end of the input shaft on the side of the operation unit, when the tool is attached to the operation unit, the operation unit remains on the operation unit without bothering from the operation unit. Tools can be attached to In that case, since the operation part is provided in a state exposed to the outside from the feeder, it is easy to confirm the position of the operation part. That is, it is possible to easily attach a tool for reversely rotating the input shaft to the operation portion provided on the input shaft of the feeder.

In the present invention, it is preferable that the operation unit is detachably provided on the input shaft.

According to this configuration, the operation unit can be replaced when the operation unit is worn or damaged.

In the present invention, at least two step portions having a smaller diameter toward the end portion in the axial direction of the input shaft are formed at the end portion on the operating portion side of the input shaft, The operation portion is provided at a step portion on the center side in the axial direction of the input shaft so as to be slidable in the axial direction of the input shaft, and one of the two step portions is an end in the axial direction of the input shaft. It is preferable that a fastening tool for fastening the operation portion in the axial direction of the input shaft is provided on the step portion on the portion side.

According to this configuration, the operation unit provided to be slidable in the axial direction of the input shaft is tightened with the tightening tool, so that the operation unit can be prevented from coming off and the tightening tool is loosened. The operation unit can be detached from the input shaft. That is, the operation unit can be easily attached to and detached from the input shaft.

In the present invention, at the end of the input shaft on the side of the operating portion, three step portions having a smaller diameter toward the end portion in the axial direction of the input shaft are formed, and among the three step portions, A bearing that rotatably supports the input shaft is provided at the most central step in the axial direction of the input shaft, and the bearing is positioned by the operation unit in the axial direction of the input shaft. It is preferable that

According to this configuration, since the bearing is positioned by the operation portion, there is no need to provide a dedicated member for positioning the bearing, and therefore the number of parts can be reduced.

In the present invention, the feeder has a feeder case that allows the reaping part and the threshing device to communicate with each other, and a storage part that can store the tool is provided on a side part of the feeder case on the side of the operation part. Preferably.

According to this configuration, since the operation part and the storage part are located on the same operation part side, the use place of the tool and the storage place of the tool are close to each other, so when taking out the tool from the storage part and using it, This is convenient when the tool is stored in the storage unit after the tool is used.

In the present invention, the storage unit is attached to the side of the feeder case on the side of the operating unit and the side of the feeder case on the side of the operating unit, and on the side of the operating unit in the feeder case. It is preferable to have a leaf spring that clamps the tool in cooperation with the side portion.

According to this configuration, by using the side part of the feeder case as a part of the storage unit, the storage unit can be configured simply by newly providing a leaf spring.

In this invention, it is suitable when the support part which supports the said tool is provided in the side part by the side of the said operation part in the said feeder case separately from the said accommodating part.

According to this configuration, in the state where the tool is stored in the storage unit, the tool is stored in two positions of the storage unit and the support unit. Therefore, even when the feeder is driven in a state where the tool is stored in the storage unit, the tool does not come off unexpectedly.

In the present invention, the support portion is preferably a pin that can be inserted into a hole formed in the tool.

According to this structure, a support part can be simply comprised only by providing the pin which can be inserted in the hole formed in the tool.

In the present invention, a reinforcing channel member extending in a direction orthogonal to the feeding direction of the feeder in a side view is connected to a side portion of the feeder case on the side of the operation unit in a state of opening to the lateral outer side. The leaf spring is preferably provided in the opening of the channel member.

According to this configuration, by providing the leaf spring in the opening of the channel member, the leaf spring can be compactly attached to the side portion of the feeder case on the side of the operating portion.

1 is an overall side view of a combine according to a first embodiment of the present invention. It is a whole top view of a combine. It is a top view of a body frame. It is a perspective view of a body frame. It is a top view of a raised floor frame part. It is a front view of a raised floor frame part. It is a perspective view of an elevated floor frame part. It is a top view which shows the supply path | route from a fuel tank. It is a side view which shows the supply path | route from a fuel tank. It is a rear view of a fuel tank arrangement part. It is a partially cutaway side view of the airframe right front part. It is a partially cutaway front view of the front right side of the airframe. It is a front view which shows the support structure of an engine bonnet. It is a perspective view which shows the frame structure of a body front part. It is a top view which shows the top-plate part frame of a sunshade member. It is a side view which shows the frame structure of a sunshade member. It is a top view of a front panel. It is a front view of a front panel. It is a side view which shows the frame structure of a body front part. It is a side view of a bag collection collection part. It is a front view of a bagging collection part. It is a side view of a bag collection collection part. It is a partial cross section figure of a grain storage hopper. It is a perspective view of a grain storage hopper. It is a top view of a grain storage hopper arrangement part. It is a perspective view which shows the frame structure of a bagging collection | recovery part. It is sectional drawing which shows the support structure of a guard member. It is a perspective view which shows the support structure of a guard member. It is a perspective view which shows the support structure of a guard member. It is a vertical side view which shows an opening / closing mechanism. It is a vertical front view which shows an opening / closing mechanism. It is a disassembled perspective view which shows an opening / closing mechanism. It is a perspective view of the auxiliary sunshade which concerns on 2nd embodiment of this invention. It is a whole side view of the full throwing type combine which concerns on 3rd embodiment of this invention. It is a whole top view of a full throwing type combine. It is a front view of a scraping reel. It is a left view of a scraping reel. It is left side sectional drawing which shows the attachment state of a tine and a cover. FIG. 39 is a left side cross-sectional view showing an attached state of the tine and the cover in a cross section different from FIG. 38. It is a front view which shows the attachment state of a tine and a cover. It is explanatory drawing which shows the whole cover. It is a left view which shows the vicinity of a side divider. It is a top view which shows the vicinity of a side divider. It is explanatory drawing which shows the cover of another embodiment of 3rd embodiment. It is a side view which shows the front part of the combine which concerns on 4th embodiment of this invention. It is a plane sectional view showing a feeder. It is a side view which shows a feeder. It is front sectional drawing which shows a storage part. It is a plane sectional view showing the rear end part of a feeder. It is a side view which shows the state which attached the tool to the operation nut. It is front sectional drawing which shows the front part of a threshing apparatus.

[First embodiment]
Hereinafter, a case where the first embodiment of a combine according to the present invention is applied to an ordinary combine that is an example of a combine will be described with reference to the drawings.

〔overall structure〕

As shown in FIGS. 1 and 2, the ordinary combine according to the present embodiment is configured to include a cutting and conveying device 2 that can swing up and down at the front of the traveling machine body 1, and the traveling machine body 1 includes a pair of left and right crawlers. In the threshing device 7 and the threshing device 7 for threshing the harvested cereal meal that has been harvested by the driving unit 5, the driving unit 6, and the chopping and conveying device 2 on the machine frame 4 having the traveling device 3. It comprises a grain recovery unit 8 or the like as a grain recovery unit that recovers the threshed grain in a bag.

The driving unit 5 is located on the right side of the front part of the traveling machine body 1 and is provided in a state where the grain collection unit 8 is located behind the driving part 5, and a threshing device 7 is provided on the left side of the traveling machine body 1. . A driving unit 6 is provided below the driver seat 9 in the driving unit 5. In addition, the driving unit 5 is provided with a sunshade member 10 for avoiding sunlight on the driver on board.

In this embodiment, when the left side or the right side in the aircraft lateral width direction is defined, the left and right are defined in a state toward the aircraft traveling direction. Accordingly, in the drawings described in the front view of the body, the left and right directions are opposite to the defined contents.

The traveling machine body 1 is configured such that the power of the engine 11 provided in the prime mover 6 is transmitted to the crawler traveling device 3 via a traveling transmission mechanism (not shown) and can be driven. Further, the power of the engine 11 is configured to be transmitted to the cutting and conveying device 2 and the threshing device 7 through a work transmission mechanism (not shown).

[Moving and transporting device]

Next, the cutting and conveying apparatus 2 will be described.

The reaping and conveying apparatus 2 reapers the planted cereals and then gathers them toward the middle part in the cutting width direction, the feeder 13 that conveys the cerealed pestle toward the threshing apparatus 7, and the reaping part 12 And a rotating reel 14 that scrapes the tip side of the planted cereals backward.

The cutting unit 12 includes a clipper-type cutting blade 15 for cutting the planted culm, and a transverse feed auger 16 for collecting the chopped culm toward the entrance side of the feeder 13, that is, the left side in the cutting width direction. It has. Although not shown, the feeder 13 includes a scraping conveyor (not shown) inside the cylindrical feed case 13A, and conveys the harvested cereal rice cake collected by the lateral feed auger 16 toward the rear threshing device 7. It is configured as follows.

The cutting and conveying device 2 is supported by a shaft support (not shown) fixed to the machine frame 4 so as to be swingable up and down around the horizontal axis P1 and is pivotally connected between the machine frame 4 and the cutting unit 12. By operating the cutting and lifting cylinder 17 to extend and contract, the vertical lifting position can be changed and adjusted. As a result, it is possible to change the cutting height of the culm by the cutting unit 12, the cutting operation posture in which the cutting unit 12 is close to the ground, and the non-cutting operation posture in which the cutting unit 12 is raised from the ground to a predetermined height. And can be changed.

As shown in FIG. 2, a pair of left and right support arms 18 are extended forward from the upper part of the rear end side of the cutting part 12, and are planted so as to be freely driven and rotated across the distal ends of the pair of left and right support arms 18. A rotating reel 14 that scrapes the standing cereals backward is supported.

The rotary reel 14 has a drive shaft 19 rotatably supported at the distal ends of a pair of support arms 18, and a pair of left and right square reel frames 20 in a side view so as to rotate integrally with the left and right ends of the drive shaft 19. Is provided. Further, four support members 21 are provided in a state of being laid over the pair of left and right reel frames 20 and being positioned one by one on the four tops, and each support member 21 has a longitudinal direction thereof. A plurality of scribing claws 22 are attached in a state of being arranged along.

Although the structure is not described in detail, it is well known to hold the posture so that the scraping claw 22 extends downward from the support member 21 regardless of the rotation of the rotary reel 14. A posture holding mechanism 23 having a configuration is provided.

In the rotary reel 14 having such a configuration, when the drive shaft 19 rotates, the pair of left and right reel frames 20 and the four support members 21 rotate integrally in a state where the plurality of scraping claws 22 always maintain a downward posture. Thus, the reaping target culm can be scraped backward by the plurality of scraping claws 22.

The pair of left and right support arms 18 that support the rotary reel 14 are configured to be swingable up and down around the horizontal axis P2 at the base end by the expansion and contraction operation of the reel lift cylinder 24, and change the vertical position of the rotary reel 14. It is configured so that it can be adjusted.

[Operation section]

Next, the configuration of the operation unit 5 will be described.

As shown in FIGS. 1 and 2, the driving unit 5 has a control tower 25 erected on the front side of the fuselage of the driver seat 9, and a front operation panel on the front side of the control tower 25. A panel 26 is provided, and a side panel 27, which is a lateral operation panel, is provided on the left side of the driver seat 9.

As described above, the driving section 6 is provided on the lower side of the driver seat 9, and the position of the driver seat 9 is increased. Accordingly, the floor section 5A of the driver section 5 is also provided at a higher position. Therefore, as shown in FIGS. 4, 6, and 7, the fuselage frame 4 constitutes a floor portion 5 A in a position corresponding to a lower portion of the driving portion 5 and a predetermined amount above the other portions. ing.

As shown in FIGS. 3 and 4, the machine body frame 4 includes a pair of left and right main tube portions 4A extending in the front-rear direction, and a lattice frame portion 4B supported on the upper portion of the main frame portion 4A. And the place corresponding to the downward direction of the driving | running | working part 5 is provided with the high-floor frame part 4C for comprising the floor part 5A in the state located in the predetermined amount upwards from another place. The grid-like frame portion 4B is configured by connecting a plurality of front-and-back frame bodies 28 and a plurality of horizontal frame bodies 29 in a grid pattern.

As shown in FIG.6 and FIG.7, in the location corresponding to the downward direction of the driving | running | working part 5, a pair of left and right

vertical plate members

30R and 30L erected in a vertically oriented posture upward from the lattice-like frame part 4B; The raised floor frame portion 4C is configured to include a pair of front and rear lateral supports 31 that connect the upper ends of the left and right

vertical plate members

30R and 30L. Of the pair of left and right

vertical plate members

30R and 30L, the left vertical plate member 30L is supported by the right main frame portion 4A, and the right vertical plate member 30R is supported by the front and rear frame body 28a for the operating portion. Standing in the state. In addition, a metal footboard 32 is placed over the upper portions of the left and right

vertical plate members

30R and 30L, and is fixed by bolt fastening to constitute the floor portion 5A of the operating portion 5.

A recessed portion 33 is formed at the right side of the body frame 4 on the front side of the body body so as to enter and recessed in the lateral direction in the lateral direction of the body in plan view. A portion 34 is provided.

That is, as shown in FIG. 5 and FIG. 7, at the right side of the front part of the airframe in the airframe frame 4, the right front-rear facing frame body 28 b located on the rightmost side of the airframe, the right vertical plate member 30 R, and the lower side The front and rear frame body 28a for the driving section, the right and left front frame body 28b, and the rectangular tubular frame body 28c positioned between the right vertical plate member 30R and the right side of the front end of the body in plan view. The recessed portion 33 is formed in a state in which the corner portion is cut out. And the step part 34 for boarding / alighting is provided in the state which enters the recessed part 33. As shown in FIG.

As shown in FIGS. 4 to 7, the step part 34 for getting on and off includes a pair of support plates 35 on both the front and rear sides, a lower side connection plate 36 for connecting the lower ends of the support plates 35 on both the front and rear sides, and support on both the front and rear sides. An upper side connecting plate 37 that connects the upper end portions of the plate 35 is provided.

The support plates 35 on both the front and rear sides are formed so that the upper side is narrow and the lower side is wide in the longitudinal direction of the aircraft, and the edge on the vehicle body side (left side) is substantially orthogonal to the lower edge. The edge of the outer side (right side) of the body is formed in an inclined posture that is inclined so as to be separated from the edge of the side of the body (left side) as it goes downward.

The lower-side connecting plate 36 is formed by bending both ends of a belt-like member in the same direction so as to be looped over the lower end portions of the support plates 35 on both the front and rear sides, and is a straight path portion along the longitudinal direction of the intermediate body 36a forms the first footrest. The straight path portion 36a of the lower side connecting plate 36 is located on the outer side of the machine body with respect to the lower end portion of the support plate 35, is substantially the same height as the grid frame portion 4B, and enters the driving unit 5 from the ground. This makes it easier for the driver to place his / her feet. On the straight path portion 36 a of the lower side connecting plate 36, an uneven portion 38 for preventing slipping is formed.

The upper side connecting plate 37 is bent in a substantially L shape when viewed in the front-rear direction so as to be along a part of the upper end side of the upper end edge of the support plate 35 on both the front and rear sides and the end edge on the outer side (right side) of the body. In this state, they are connected over the support plates 35 on both the front and rear sides. The upper horizontal surface 37a corresponding to the upper edge of the support plate 35 in the upper side connecting plate 37 is substantially the same height as the floor portion 5A of the operating unit 5 and is arranged on the outer right side of the body of the floor 5A of the operating unit 5. Located in a state. The upper horizontal surface 37a forms a second footrest. By comprising in this way, the horizontal surface 37a of the upper side will be in the state connected to the floor part 5A of the operation part 5, and the substantial floor area of the floor part 5A of the operation part 5 can be enlarged.

Edges on the inboard side (left side) of the support plates 35 on both the front and rear sides are integrally connected and fixed to the outer side surface of the right vertical plate member 30R and the outer side surface of the front and rear facing frame body 28a. . Further, the front end portion of the right and left front-facing frame body 28b and the front end portion of the rectangular tubular frame body 28c are integrally connected and fixed to the rear side surface of the rear support plate 35, respectively. Therefore, the boarding / alighting step portion 34 is configured to be connected to the inner edge portion of the recessed portion 33 formed at the right side of the airframe front side of the airframe frame 4 in a state of being connected without a gap.

Next, a support structure for the control tower 25 and the side panel 27 will be described.

As shown in FIGS. 14 and 19, a control tower frame 39 that supports the control tower 25 is provided above the elevated floor frame portion 4 C, and the side that supports the side panel 27 in a state of being connected to the control tower frame 39. A panel frame 40 is provided.

The control tower frame 39 is formed in a plate-like support body 41 that is wide over the entire width of the control tower 25 in the body width direction and extends along the vertical direction, and a vertical support body 42 provided at the right end of the control tower 25. And are integrally connected. The front side of the control tower 25 is covered with a front cover 43 made of a synthetic resin material. The front cover 43 is fixed to the plate-like support body 41 by fastening screws 44 on both the left and right sides. Although not shown, the plate-like support body 41 is bent and formed into an L shape in plan view along the front-rear direction on both sides in the lateral direction of the airframe to enhance the support strength, and the lower end is a vertical plate on both the left and right sides. It is connected to the

members

30R and 30L.

The vertical support body 42 is configured by a round pipe member extending along the vertical direction of the control tower 25, and the lower end portion is connected to the right vertical plate member 30R. Also, the upper side extends upward from the front panel 26, and the portion extending upward is bent and formed in an L shape in front view to integrally form an armrest 45. Accordingly, as shown in FIG. 18, the armrest 45 has a vertically extending portion 45 a that rises above the front panel 26 in a state of being connected to the longitudinal support body 42 in a series, and a horizontally oriented posture that is continuous to the vertically extending portion 45 a. It is provided with a hand placement action part 45b.

As shown in FIG. 14, the side panel frame 40 is formed by bending a rectangular tube material into a substantially L shape in plan view, and has a laterally extending portion 40a in a lateral posture extending along the rear surface of the control tower 25; A front-rear extending portion 40b in a posture in the front-rear direction of the airframe extending in the front-rear direction of the airframe along the lower side of the side panel 27 is provided. The laterally extending portion 40a is connected and supported to the plate-like support body 41 in the control tower frame 39, and the front side portion of the front and rear extending portion 40b is connected and supported to the upper portion of the transmission case 47 by the vertically-oriented connecting body 46. ing. Further, the rear end side portion of the front and rear extending portion 40b is connected and supported by a rectangular cylindrical vertical frame 48 standing from the body frame 4 at the rear end portion of the side panel 27.

A connecting bracket 49 made of an angle member is connected to the left side surface of the vertical frame 48, and the connecting bracket 49 extends in a cantilever direction toward the in-vehicle body side (left side). Further, a connecting plate 40c in a vertically oriented posture is integrally connected to a position on the rear end side of the front and rear extending portion 40b, and the vertical surface portion 49a on the front side of the connecting bracket 49 and the connecting plate 40c are in contact with each other. They are connected by bolt fastening. Accordingly, the side panel frame 40 is connected to the vertical frame 48, and the rear end portion of the side panel 27 is supported by the vertical frame 48.

As shown in FIG. 17, the front panel 26 includes a key switch 50, a warning lamp 51 for notifying various abnormalities, a steering operation lever 52 for performing a turning operation of the fuselage, and a reel lifting / lowering for performing a lifting operation of the rotary reel 14. Operation lever 53, the above-described armrest 45, and the like.

The steering operation lever 52 is configured to operate a turning operation mechanism (not shown) so as to turn in a direction in which the machine body is operated by a swing operation in the left-right direction. The steering operation lever 52 can also be swung in the front-rear direction, and is configured to operate the cutting lift cylinder 17 to lower or raise the cutting transport device 2 by a swinging operation in the front-rear direction.

The armrest 45 extends from the right end portion of the upper end portion of the control tower 25 to the upper side of the left and right intermediate portion of the front panel 26 in the left direction. In addition, it is configured in a cantilevered state supported only on the base end side, so that it does not become an obstacle when the key switch 50 is operated or the warning lamp 51 is visually observed. In addition, the arm rest 45 has a hand placement portion 45b located near the rear side of the steering operation lever 52, and can be used as a support base on which a hand for operating the steering operation lever 52 is placed and supported.

As shown in FIG. 17, the reel raising / lowering operating lever 53 is provided in a state of extending upward through a guide hole 54 formed in the right end portion of the front panel 26. Then, as shown in FIG. 18, the upper end side grip operation portion 53 A is configured to be inclined to the right side toward the upper side so that the right end portion of the control tower 25 protrudes to the right side. .

The vertically extending portion 45 a of the armrest 45 is located near the rear side of the panel insertion portion of the reel lifting operation lever 53. As described above, the reel elevating operation lever 53 is inclined toward the right side toward the upper side, and the grip operation portion 53 A is located on the right outer side than the armrest 45 in the front view. With this configuration, the reel lifting operation lever 53 can be favorably operated in a state in which the operation is not disturbed by the armrest 45.

As shown in FIG. 2, the side panel 27 includes a main transmission lever 55 for performing a shift operation of a main transmission (not shown) provided in the traveling drive system, and an auxiliary transmission provided in the traveling drive system. A sub-transmission lever 56 for performing a speed change operation (not shown), a mowing clutch lever 57 for performing an on / off operation of the transmission to the mowing and conveying apparatus 2, and a threshing for performing an on / off operation of the transmission to the threshing apparatus 7. A clutch lever 58 and the like are provided.

As shown in FIGS. 11 to 13, the driver's seat 9 is placed and supported on the upper surface of the engine bonnet 59 that covers the top of the prime mover 6. The upper surface 60 of the engine bonnet 59 is provided in a state of being connected in the horizontal direction at substantially the same height as the side panel 27. In addition, the upper surface 60, the front surface 61, and the rear surface 62 of the engine bonnet 59 are configured to be blocked by a plate, but the right side of the engine bonnet 59 takes in outside air for cooling the engine. Therefore, the left side is open to discharge the exhausted air after cooling.

On the right side of the engine bonnet 59, there is provided an intake dustproof cover 64 provided with a dustproof net 63 for sucking outside air as engine cooling air. A radiator 65 for cooling the engine 11 with outside air is provided at a location where the dust cover 64 for intake air faces in the driving unit 6. The intake dust cover 64 is integrally connected to the engine bonnet 59.

As shown in FIG. 2, the outer side end portion of the intake dustproof cover 64 is located on the rightmost side in the entire body, and the boarding step portion 34 is the right end portion of the intake dustproof cover 64. It is provided in a state of being located on the inner side in the aircraft width direction. 2 shows a state in which an auxiliary step 163, which will be described later, protrudes outward, but when not in operation, the auxiliary step 163 retreats toward the inside of the machine body, so that the right end portion of the intake dust-proof cover 64 It will be in the state located in the body width direction inner side rather than.

The engine bonnet 59 is supported on the body frame 4 so as to be swingable around the longitudinal axis P3 of the body along with the dust cover 64 for intake and the driver seat 9. That is, as shown in FIGS. 4 and 11 to 13, the fulcrum bracket 66 fixed to the fuselage frame 4 and the engine bonnet at the two positions at the lower end of the engine bonnet 59 on the outer side of the fuselage and separated in the front-rear direction. A support arm 18 extending from the lower end of 59 is pivotally connected by a fulcrum pin 67 facing forward and backward located on the same axis P3. The engine bonnet 59 is swung around the longitudinal axis of the machine body by the fulcrum pins 67 on both the front and rear sides, thereby covering the upper side of the engine 11 (the state indicated by the solid line in FIG. 13) and the upper side of the engine 11. It is configured to be switchable between an open state (a state indicated by a phantom line in FIG. 13) in which is opened.

The engine bonnet 59 can be held in a closed state by a lock mechanism 68 having a known structure that can be switched between a locked state and an unlocked state by swinging a lever. In a normal working state, the engine bonnet 59 is closed. Maintained in a state. In maintenance work such as inspection of the engine 11 and related members, the maintenance state can be easily performed by releasing the holding state of the lock mechanism 68 and switching to the open state.

A cable 69 for holding the position of the engine bonnet 59 in the open state is provided. That is, as shown in FIG. 13, one end of the cable 69 is connected to an upper portion of the rear side of the engine bonnet 59 on the outer side of the machine body, and the other end of the cable 69 is fixed to the vertical frame 48 as will be described later. It is connected to a lower side support base 70 (air cleaner support base). When the engine bonnet 59 is in a closed state, the cable 69 is loosened, and when the engine bonnet 59 is switched to an open state and protrudes outward, the cable 69 is in a tensioned state and beyond. The engine bonnet 59 can be held in position by preventing the swinging.

As described above, the vertical frame 48 that supports the rear portion of the side panel 27 is provided so as to extend upward from the side panel. Further, an air cleaner 71 for supplying air to the engine and a pre-cleaner 72 for sucking outside air and supplying the air to the air cleaner 71 are supported at locations extending above the side panel 27 in the vertical frame 48. ing.

The air cleaner 71 and the precleaner 72 are arranged side by side along the vertical direction in a state where they overlap in a plan view, with the air cleaner 71 positioned on the lower side and the precleaner 72 positioned on the upper side.

As shown in FIG. 14, the vertical frame 48 is formed in a rectangular tube shape, and is provided in a state extending along the vertical direction. And this vertical frame 48 is supported by the body frame 4 by connecting the connecting plate 73 of the horizontal posture integrally connected with the lower end part with a volt | bolt.

Next, the mounting structure of the air cleaner 71 will be described.

As shown in FIGS. 11 to 14, a lower side support base 70 as an air cleaner support base for mounting and supporting the air cleaner 71 extends from the vertical frame 48 at a position slightly higher than the side panel 27 in the vertical frame 48. It is provided in the state to be installed.

The lower-side support base 70 includes a horizontal mounting portion 70A that receives and supports the air cleaner 71 and a vertical surface portion 70B that is vertically oriented to reinforce the mounting portion 70A. Configured. The vertical surface portion 70B is formed of a substantially triangular plate-like body, and one end side is connected and fixed in a vertical posture along the rear side surface of the vertical frame 48, and extends in a state of protruding toward the right side of the machine body.

The mounting portion 70A has a shape in which both ends of a rectangular plate-like body are bent in an L shape, and includes a wide portion 70A1 for mounting at the center, and bent portions 70A2 for reinforcement at both end portions. It has become. Then, in the state where the mounting portion 70A has the wide portion 70A1 on the upper side and the pair of bent portions 70A2 face downward on both sides in the lateral direction of the aircraft, the rear edge of the aircraft body is the side surface on the front side of the longitudinal surface portion 70B. And one bent portion 70A2 is connected to and fixed integrally with the right side surface of the vertical frame 48.

As shown in FIGS. 11 to 13, the air cleaner 71 is mounted on the mounting portion 70A of the lower side support base 70 and fixed by bolt fastening. The air cleaner 71 is located closer to the front side of the aircraft than the vertical frame 48 and closer to the right side (outer side in the lateral direction of the aircraft) than the left side surface (the inner side in the lateral direction of the aircraft). It is prepared in the state located in.

As shown in FIG. 13, the air cleaner 71 is supported by the vertical frame 48 in a state positioned above the outer end movement locus J of the engine bonnet 59 when the air cleaner 71 is swung between the closed state and the open state. ing. Therefore, the air cleaner 71 can be supported with a simple structure using the vertical frame 48 in a state that does not interfere with the swing operation of the engine bonnet 59.

Further, the other end of the position holding cable 69 of the engine bonnet 59 is connected to a pin 74 fixed to the vertical surface portion 70 B of the lower side support base 70.

Next, the mounting structure of the precleaner 72 will be described.

As shown in FIGS. 11, 12, and 14, the upper side support base 75 as a precleaner support base for placing and supporting the precleaner 72 is positioned slightly lower than the upper end portion of the vertical frame 48. From the front to the front side of the fuselage.

The upper side support base 75 is configured by an angle member having an L-shaped cross section having a horizontal surface portion 75A for placement support and a vertical surface portion 75B for reinforcement. A recessed portion 76 for entering the precleaner 72 is formed in the horizontal plane portion 75A.

The pre-cleaner 72 has a large-diameter cleaner body 72A on the upper side, and a small-diameter intake cylinder portion 72B that discharges outside air from which dust has been removed in a state of protruding downward from the central portion of the cleaner body 72A. A flange portion 72C is provided in a state of surrounding the intake cylinder portion 72B at the lower portion of the cleaner body 72A.

The pre-cleaner 72 is mounted and fixed by bolting the flange portion 72C to the horizontal surface portion 75A in a state where the flange portion 72C is placed on the horizontal surface portion 75A with the intake cylinder portion 72B entering the recessed portion 76. It has become. As shown in FIG. 12, the precleaner 72 is provided in a state where the height of its upper end is higher than the upper end of the vertical frame 48.

The air cleaner 71 is formed with an introduction cylinder 71A for introducing outside air (air) with the upper end opened upward, and the introduction cylinder 71A and the intake cylinder 72B of the precleaner 72 are vertically moved. The connecting hose 77 extending in the direction is connected in communication. The connecting hose 77 is made of a soft material such as rubber, and the connecting portion is clamped by a clamp 78 to prevent outside air from being mixed.

An air supply cylinder 71 B for supplying clean air after passing through a filter (not shown) toward the engine 11 is provided at the left end of the air cleaner 71. In this air supply cylinder portion 71B, the air supply path is bent in an L-shape, and the flow direction of the air discharged from the air cleaner 71 is changed downward, and the air supply passage 71B is opened downward. It is configured to discharge outward.

An air supply hose 79 serving as an air supply pipe for supplying air from the air cleaner 71 to the engine 11 is connected to the lower side of the air supply cylinder portion 71B. The air supply hose 79 is provided on the left side of the vertical frame 48 (inward side in the body width direction) and extending in the vertical direction. And after inserting the insertion hole 80 formed in the side panel 27, it is extended to the air supply location (not shown) with respect to the engine 11 in the drive part 6. FIG. The air supply hose 79 is made of a soft material such as rubber, and a connection portion is tightened by a clamp 81 to prevent outside air from being mixed.

Next, the sunshade member 10 that covers the upper portion of the operation unit 5 will be described.

The awning member 10 is supported by the vertical frame 48. That is, as shown in FIGS. 1, 11, and 14, a rectangular opening is formed at the upper end of the vertical frame 48 formed in a rectangular tube shape, and the support of the sunshade member 10 is formed at the upper end opening 82 of the vertical frame 48. The sunshade member 10 is supported in a state in which 83 is inserted. The top plate portion 84 of the sunshade member 10 is provided at a high position so as not to get in the way even when the driver stands upright in the driving unit 5.

As shown in FIGS. 1 and 16, the awning member 10 is provided in a state where the top plate portion 84 is supported in a cantilevered manner by the support column 83. It is configured in a rectangular shape having a long width along the body and a short width along the body width direction, and is connected to the upper end of the column 83. Further, it is supported in a slightly inclined state so as to be positioned upward from the connecting portion with the column 83 toward the front side of the machine body.

The support 83 is formed in a substantially same rectangular shape as the upper end opening 82 of the vertical frame 48, and the support 83 is inserted into the upper end opening 82 of the vertical frame 48. When the column 83 is inserted into the upper end opening 82 of the vertical frame 48, the awning member 10 is fitted in a square fitting state, so that the position of the awning member 10 around the vertical axis is restricted by the square fitting state. The part 84 will be in the state which covers the upper part of the driving | running | working part 5 favorably, without a position shifting in the left-right direction.

A top plate frame 85 connected to the upper end of the support 83 and supporting the top plate 84 is provided in a loop shape along the peripheral edge of the top plate 84, and the entire surface of the top plate 84. And a lattice-like support 87 extending in a lattice shape.

As shown in FIG. 15, the peripheral support 86 is formed by bending a round pipe material into a substantially rectangular shape along the outer peripheral portion of the top plate portion 84 in plan view. Both are integrally connected to the upper end portion of the column 83 and are supported in a cantilevered manner with respect to the column 83.

The lattice-like support 87 includes a longitudinally facing support unit 87 A having a shape in which both side portions of a strip material having a length corresponding to the longitudinal width of the top plate portion 84 are bent in a substantially L shape in the same direction, and the top plate portion 84. Side support units 87B, which are formed by bending both sides of a strip material having a length corresponding to the left and right widths in a substantially L shape in the same direction, are arranged in a lattice shape with appropriate spacing, and at overlapping portions Are connected to each other. Further, the lattice support 87 is connected to the peripheral support 86 to form a top plate frame 85 that supports the top plate 84. The cover plate 88 is fixed to each of the plurality of longitudinal support unit bodies 87A and the plurality of lateral support unit bodies 87B by bolt fastening.

A reinforcing member 89 in an oblique posture is provided to connect a portion of the peripheral support 86 that is separated from the connecting portion with the support 83 and an upper and lower intermediate portion of the support 83.

Specifically, as shown in FIGS. 15 and 16, the reinforcing member 89 is connected to each of the front side end and the rear side end of the peripheral support 86 made of a round pipe material. A pair of front and rear is provided. With such a configuration, the support strength at the portion where the top plate portion 84 is supported in a cantilever manner by the support column 83 is improved.

As shown in FIG. 14, locking projections 90 are formed on both the front and rear side surfaces of the support 83 in the middle of the vertical direction to lock the upper end edge of the vertical frame 48 and restrict further insertion. Therefore, the locking projection 90 constitutes a positioning mechanism K1 that restricts the insertion depth of the support 83 into the upper end opening 82.

As described above, the insertion holes 91 are formed in the support 83 and the vertical frame 48 in a state where the support 83 is inserted in the horizontal direction at two positions apart vertically. Has been. By inserting the headed pins 92 toward the insertion holes 91, the support 83 is prevented from coming off. The headed pin 92 is prevented from coming off by a stopper 93. Accordingly, each insertion hole 91 formed in the support 83 and the vertical frame 48, the headed pin 92, and the retainer 93 constitute a retaining mechanism K2 that prevents the support 83 from coming off.

[Grain recovery unit 8]

Next, the grain collection unit 8 will be described.

The grain collection unit 8 includes a grain storage hopper 94 that stores grains threshed by the threshing device 7, a bag filling unit 95 that bags grains discharged from the grain storage hopper 94 in a storage bag, and the like. It is configured with.

The grain storage hopper 94 will be described.

The grain storage hopper 94 includes a hopper main body 94A integrally formed by blow molding using a synthetic resin material, and a lid body 94B integrally formed using the synthetic resin material. Yes. That is, as shown in FIG. 24, a circular inspection opening 96 is formed on the upper surface portion of the hopper body 94 A, and a screw portion 97 is formed around the inspection opening 96. And as shown in FIG. 23, the screw part 98 is also formed in the lid 94B, and the screw part 98 is screwed and connected to the screw part 97 formed in the peripheral part of the inspection opening 96. The inspection opening 96 is configured to be openable and closable.

As shown in FIG. 20, a plurality of longitudinal ribs 99 are formed at predetermined intervals on the outer peripheral surface of the lid 94B. As a result, when the lid 94B is rotated, the lid 94B can be rotated while being prevented from slipping by the longitudinal rib 99 to prevent idling, and the opening / closing operation can be easily performed.

Further, as shown in FIG. 23, a recessed groove 100 into which the end edge of the threaded portion 97 of the hopper main body 94A enters is formed on the entire inner periphery of the lid 94B. Although the sealing material such as packing can be accommodated in the recessed groove 100, in this embodiment, a pressure-sensitive storage amount is detected in order to detect the storage amount of the grain in the grain storage hopper 94. The sensor S1 is used (see FIG. 20), and if the airtightness inside the grain storage hopper 94 is high, the storage amount sensor S1 may cause a malfunction. Yes.

An entrance 101 is formed on the left side of the grain storage hopper 94 (inward in the width direction of the machine body), and the grain sent out from the threshing device 7 is lifted and conveyed through the entrance 101. The grain conveying device 102 is provided in a state where the conveyance terminal portion enters the inside, and the grain conveying device 102 supplies the grain to the inside of the grain storage hopper 94 from the discharge port 103 provided in the upper end portion. ing.

As shown in FIG. 24, inspection windows 104 that allow the inside of the grain storage space to be seen are formed at the front side of the machine body and the laterally outer side (left side) of the grain storage hopper 94. This inspection window 104 has an insertion hole 105 formed in the wall portion of the grain storage hopper 94, and a transparent plate 106 is arranged on the inner side of the insertion hole 105, so that the inspection window 104 can be viewed from the outer side of the grain storage hopper 94. It is fixed by bolt fastening.

By providing such an inspection window 104, a driver on board the driving unit 5 or an auxiliary worker on the side of the machine body can visually check the grain storage state inside the grain storage hopper 94 through the inspection window 104. Can be confirmed.

As shown in FIG. 20 to FIG. 22, a grain discharge unit 107 is provided below the grain storage hopper 94 so that the grains can be discharged downward. The grain discharge unit 107 is provided with a pair of grain discharge ports 108 in a state of being lined up in the front and rear, and the stored grains are made to correspond to each of the pair of grain discharge ports 108 to the respective grain discharge ports 108. A tapered and inclined funnel portion 109 is provided to guide the flow downward.

The pair of grain outlets 108 are formed in a state where each of them opens in a rectangular shape in plan view with a space in the longitudinal direction of the machine body. Further, as shown in FIGS. 30 and 31, the funnel portion 109 guides the flow down toward the grain outlet 108 on each of the front and rear sides and the left and right sides with respect to each of the pair of grain outlets 108. It is formed in a funnel shape having an inclined surface 110.

As shown in FIGS. 24 and 25, the inspection opening 96 formed in the upper surface portion of the grain storage hopper 94 is formed at a substantially intermediate position of the front and rear width of the grain storage hopper 94 and is flat. It is formed in a state over a pair of front and rear funnels 109 as viewed. Specifically, the front end portion of the inspection opening 96 is located at a location near the rear end position of the grain outlet 108 in the funnel portion 109 corresponding to the grain outlet 108 on the front side. The rear end portion of the opening 96 is located at a location close to the front end position of the grain outlet 108 in the funnel portion 109 corresponding to the rear grain outlet 108. As described above, the inspection opening 96 is opened in a wide range over a position close to the grain outlets 108 on both the front and rear sides, and the driver opens the lid 94B so that the grain inside the grain storage hopper 94 is opened. The grain storage state can be confirmed.

And in the grain discharge part 107, it is made to respond | correspond to each of a pair of grain discharge port 108, and the open state which accept | permits discharge | emission of the grain from the grain discharge port 108, and the closed state which prevents discharge | emission of a grain A pair of front and rear opening / closing mechanisms 111 are provided. The configuration of the opening / closing mechanism 111 will be described below with reference to FIGS.

The pair of front and rear opening / closing mechanisms 111 are shutter plates as plate-like moving operation bodies that can be moved in the horizontal direction between an open position where the grain outlet 108 is opened and a closed position where the grain outlet 108 is shielded. 112, an upper support 113 connected and supported by the grain storage hopper 94 in a state where the opening for passing the grain communicates with the grain outlet 108, and the opening for passing the grain communicates with the grain outlet 108 In this state, a lower support portion 114 connected to and supported by the upper support portion 113 is provided, and the shutter plate 112 is sandwiched and supported by the upper support portion 113 and the lower support portion 114.

The shutter plate 112 is formed with an insertion hole 115 for passing the grain, an open position where the insertion hole 115 communicates with the grain outlet 108, and a closed position where the insertion hole 115 is shifted from the grain outlet 108. It is provided so as to be movable in the horizontal direction over the position.

When the description is added, as shown in FIG. 32, the shutter plate 112 is configured by a substantially rectangular plate, and an insertion hole 115 for passing the grain is formed on one end side in the longitudinal direction, and the length of the shutter plate 112 is long. An insertion hole 117 for forming the grip operation part 116 is formed on the other end side in the direction. A shield 118 for closing the grain outlet 108 is formed at the center in the longitudinal direction.

A closed position locking portion 119 for restricting the position of the shutter plate 112 at the closed position is formed at a position closer to the other end side than the shielding portion 118, and at one end side end portion in the longitudinal direction, An open position locking portion 120 for restricting the position of the shutter plate 112 at the open position is formed. Further, lateral displacement regulating portions 121 that regulate the positional displacement of the shutter plate 112 in the front-rear direction are formed at both ends in the narrow direction (front-rear direction) of the shutter plate 112.

The upper support 113 is connected to and supported by the grain storage hopper 94 in a state where the insertion hole 122 serving as an opening for passing the grain communicates with the grain outlet 108, and is positioned above the shutter plate 112. Is provided.

That is, the upper support portion 113 is formed by bending a plate material, an inclined surface portion 123 along the inclined surface of the funnel portion 109 in the grain storage hopper 94, a vertical surface portion 124 extending in the vertical direction, and an upper surface of the shutter plate 112. An upper sliding guide portion 125 that slidably supports the side is integrally formed.

In other words, as shown in FIG. 32, the inclined surface portion 123 and the vertical surface portion 124 are respectively provided on both the front and rear sides in a continuous state, and are positioned at the front and rear intermediate portions in a state connected to the vertical surface portions 124 on both the front and rear sides. In addition, an upper sliding guide portion 125 in which the insertion hole 122 is formed is integrally formed.

Then, in a state where the grain discharge port 108 of the grain storage hopper 94 communicates with the insertion hole 122, the inclined surface parts 123 located on both the front and rear sides respectively on the inclined surfaces 110 on both the front and rear sides of the funnel part 109 in the grain storage hopper 94. The upper side support part 113 is attached to the grain storage hopper 94 by bolt fastening in the applied state.

The lower support portion 114 is connected to and supported by the upper support portion 113 in a state where the insertion hole 126 as an opening for passing the grain communicates with the grain discharge port 108 and supports the lower side of the shutter plate 112. It is equipped with.

That is, as shown in FIG. 32, the lower support portion 114 has a lower slide guide portion 127 that slidably supports the lower surface side of the shutter plate 112, and a cylindrical shape that guides the discharged grain downward. The guide portion 128 and a connecting support portion 129 for connecting to the upper support portion 113 are integrally connected.

An insertion hole 126 is formed in the lower sliding guide portion 127, and this insertion hole 126 is provided in a state of being located at a position corresponding to the insertion hole 122 of the upper sliding guide portion 125. The cylindrical guide portion 128 is formed in a rectangular tube shape and is provided in a state of being located below the lower slide guide portion 127 and communicating with the insertion hole 126, but the lower slide guide portion 127. Are integrally formed with an L-shaped bent piece 130 at the inner periphery of the insertion hole 126, and the bent piece 130 is connected to the inner surface of the cylindrical guide portion 128, so that the lower side The sliding guide part 127 and the cylindrical guide part 128 are integrally connected and fixed.

An extension cylinder 131 made of a soft material that guides the grains toward the storage bag F and can be easily deformed and retracted when the storage bag F is moved is provided below the cylindrical guide portion 128. Are connected. The extension cylinder 131 is fixed to the cylindrical guide portion 128 by a strip-shaped connector 132.

A pair of connecting support portions 129 are provided on both the front and rear sides, and the connecting support portions 129 on both the front and rear sides are configured as follows.

That is, the first vertical surface portion 129A provided in a state along the outer peripheral surface of the cylindrical guide portion 128 and the shutter plate 112 connected to the first vertical surface portion 129A and wider than the cylindrical guide portion 128 are bypassed. And a horizontal plane portion 129B extending in the horizontal direction and a second vertical plane portion 129C extending to the horizontal plane portion 129B and extending in the vertical direction. The first vertical surface portion 129A is connected and fixed to the outer peripheral surface of the cylindrical guide portion 128, and the second vertical surface portion 129C is attached and fixed to the vertical surface portion 124 of the upper support portion 113 by bolt fastening.

The funnel portion 109 of the grain storage hopper 94 is extended downward from a connecting portion with the vertical surface portion 124 of the upper support portion 113, and the vertical surface portion 124 and the grain storage portion of the upper support portion 113 are formed at that location. A space Q is formed between the inclined surface 110 of the hopper 94 along the longitudinal direction of the body. By forming the space Q in this way, the space Q is removed during the operation of fastening the second vertical surface portion 129C of the connecting support portion 129 and the vertical surface portion 124 of the upper support portion 113 with each other by bolts or the removing operation. You can use it to work.

The shutter plate 112 is sandwiched between the upper sliding guide portion 125 and the lower sliding guide portion 127 in a state in which the longitudinal direction thereof is along the lateral width direction of the body, and is supported so as to be movable and movable along the lateral width direction of the body. . Then, the shutter plate 112 is moved inward (right side) in the lateral direction of the fuselage, and the closing position locking portion 119 comes into contact with the edge of the lower sliding guide portion 127 to restrict further movement. Then, it will be in the closed state which the shielding part 118 shields the grain discharge port 108. FIG. Further, the shutter plate 112 is moved to the outer side (left side) in the lateral direction of the machine body, and the opening position locking portion 120 contacts the edge of the lower sliding guide portion 127 to restrict further movement. Then, the insertion hole 115 is located below the grain outlet 108 and is switched to the open state.

Next, a support structure for supporting the grain storage hopper 94 will be described.

As shown in FIGS. 25 and 26, a pair of front and rear hopper support frames 140 are provided in a state of supporting the front side and the rear side of the grain storage hopper 94. The hopper support frame 140 is formed by bending a round pipe material as a single rod-like member into a substantially L shape, and continuously extending from a laterally extending portion 140A extending in the horizontal direction and one end of the laterally extending portion 140A. A vertically extending portion 140B extending downward in a state is integrally formed. Further, the inner side end in the machine width direction as the other end of the laterally extending portion 140A is supported by the side wall portion 7A of the threshing device 7, and the lower end of the longitudinally extending portion 140B is supported by the airframe frame 4. Has been.

And the flange part 141 is formed in the state integrally formed by resin molding in the front-and-rear both-sides part in the grain storage hopper 94, and the horizontal direction extension direction 140A of the pair of front and rear hopper support frames 140 A mounting bracket 142 as a hopper mounting portion is provided in the middle portion, and flange portions 141 on both the front and rear sides formed on the grain storage hopper 94 are attached to the mounting bracket 142 provided on each of the pair of front and rear hopper support frames 140. It is configured to be connected and fixed by bolt fastening.

Of the pair of front and rear hopper support frames 140, the hopper support frame 140 located on the rear side of the machine body is connected to the middle part in the longitudinal direction of the laterally extending part, and extends along the vertical direction, and the lower end part is the machine body. An intermediate support column 143 is provided as an intermediate extension supported by the frame 4. The intermediate support column 143 is configured by a round pipe similar to the hopper support frame 140, and is configured to extend in a state of being integrally connected downward from the laterally extending portion 140A.

The hopper support frame 140 located on the front side of the machine body is configured such that a middle part in the longitudinal direction of the laterally extending portion 140 A is connected and fixed to the vertical frame 48. That is, as shown in FIGS. 21 and 22, a flange 144 having an L-shaped cross section is connected and fixed to the rear side of the vertical frame 48, and is fixedly extended in a state of protruding forward from the laterally extending portion 140A. The portion 145 is supported by being fixed to the bracket 144 by bolt fastening.

Therefore, for the hopper support frame 140 located on the front side of the machine body, the vertical frame 48 is connected to the middle portion in the longitudinal direction of the laterally extending portion 140A, and extends along the vertical direction and has a lower end portion. It functions as an intermediate extending portion supported by the body frame 4.

Further, the hopper support frame 140 located on the front side of the machine body is provided with a reinforcing member 146 at a bent portion in which a horizontally extending portion 140A and a vertically extending portion 140B are connected in a substantially L shape.

As shown in FIG. 28 and FIG. 29, the reinforcing member 146 is connected to the front end portions of the laterally extending portion 140A and the longitudinally extending portion 140B in the hopper support frame 140 located on the front side of the machine body in an oblique direction. A side plate-like body 147 and a rear side plate-like body 148 that connects the rear end portions of the laterally extending portion 140A and the longitudinally extending portion 140B in an oblique direction are configured. The rear plate 148 of the pair of

plate bodies

147 and 148 is formed to extend toward the front plate 147 through the lower side of the hopper support frame 140, and the plate 147. , 148 are connected so as to have a substantially U-shaped cross section.

Then, by using this reinforcing member 146, the guard member 149 that receives and supports the back of the auxiliary worker who performs the bagging operation protrudes outward from the side of the machine body (state shown by a solid line in FIG. 21). And a retracted attitude (state indicated by phantom lines in FIG. 21) retreating toward the inward side of the machine body so that the attitude can be changed.

That is, as shown in FIG. 27, a pivot boss 150 is provided in a state of being pierced and supported across the plate-

like bodies

147 and 148 on both the front and rear sides of the reinforcing member 146, and is supported rotatably on the pivot boss 150. The guard member 149 is supported by the support shaft 151 so as to be rotatable around the longitudinal axis P5 of the machine body, and the posture can be changed between the acting posture and the retracted posture.

The guard member 149 is formed by bending a rod-shaped member into a substantially L shape, and a base end side portion is supported by the hopper support frame 140 so as to be rotatable by a support shaft 151, and on the free end side in the longitudinal direction of the body. A supporting action portion 149A having a posture along is provided. A protective member 152 made of a soft material is attached to the support operating portion 149A.

As shown in FIGS. 26 to 29, a receiving support portion 153 that receives and supports the guard member 149 when in the working posture is provided in a state of being connected and fixed to the hopper support frame 140 and the reinforcing member 146. ing. The receiving support part 153 includes a receiving body 153a that is positioned below the guard member 149 in the acting posture and is formed in a substantially L shape when viewed from the front-rear direction of the machine body, and a plate body that is bent into a substantially L shape in plan view. And a lower support 153b that supports the receiving body 153a from below, and a buffer member 153c made of an elastic material is provided on the upper surface of the receiving body 153a.

In addition, the rear plate 148 in the reinforcing member 146 is formed to extend forward from the connecting portion with the front plate 147, and a receiving portion 154 for receiving the guard member 149 when the storage posture is switched is formed. Has been.

As shown in FIGS. 27 and 28, a lock pin 156 that enters and engages with an insertion hole 155 formed in the guard member 149 enters a position corresponding to the retracted posture of the guard member 149 in the reinforcing member 146 by a spring 157. It is provided in a state where it is biased to move in the direction. Therefore, when the guard member 149 moves to the retracted position, the lock pin 156 is guided on the outer peripheral surface and automatically enters and engages with the insertion hole 155, so that the guard member 149 can be held in the retracted position. It is configured. It should be noted that the position holding can be released by moving the lock pin 156 outward against the urging force of the spring 157.

The pair of front and rear mounting brackets 142 to which the flange portion 141 of the grain storage hopper 94 is coupled is provided with a hopper mounting portion 142a in a vertical orientation and a front-back orientation, and the flange of the grain storage hopper 94 is provided in the hopper mounting portion 142a. The part 141 is connected and fixed by bolt fastening. In addition, the pair of front and rear mounting brackets 142 are integrally formed with a horizontal bent portion 142b extending from the lower end portion of the hopper mounting portion 142a along the extending direction (horizontal width direction of the body) of the laterally extending portion 140A. A handrail mounting portion 142c having a vertically oriented posture extending along the extending direction of the laterally extending portion 140A from the lateral end portion of the mounting portion 142a is integrally formed.

A handrail member 158 having an arch shape in plan view that can be gripped and operated by an auxiliary worker is erected and connected across the handrail mounting portions 142c of the pair of front and rear mounting brackets 142. That is, the handrail member 158 is formed by bending a round pipe material, and both side end portions thereof are crushed and deformed into a flat shape, and the flat portions are bolted to the handrail attachment portions 142c of the front and rear attachment brackets 142, respectively. It is connected and fixed, and is erected and connected in an arch shape in plan view. Therefore, the handrail member 158 is configured to be supported by the laterally extending portion 140A.

Next, the bag filling unit 95 will be described.

As shown in FIGS. 22, 25, and 26, the bag filling portion 95 is bagged with the grain from the grain storage hopper 94 in a state of being supported over the intermediate column support 143 and the vertical frame 48. A bag support 160 for supporting the storage bag F is provided. The bag support 160 is connected to the intermediate column 143 and the vertical frame 48, and is supported by the support rod 160a. The bag support 160 is spaced from the middle portion in the longitudinal direction of the support rod 160a at an appropriate interval. And four bag support bars 160b that are fixedly extended in a cantilevered manner toward the outer side (left side).

A vertically extending plate-shaped mounting bracket 161 is fixedly extended at a position slightly higher than the vertical center of the intermediate column 143. In the mounting bracket 161 and the lower side support base 70 fixed to the vertical frame 48, The mounting plates 160a1 attached to the front and rear ends of the support rod 160a are connected to the vertical surface portions 70B by bolt fastening at the upper and lower portions, respectively, and the support rod 160a extends over the intermediate column 143 and the vertical frame 48. It is erected and supported.

In the mounting bracket 161 and the vertical surface portion 70B, three bolt insertion holes 162 are formed at equal intervals in the vertical direction, and the mounting plate 160a1 is mounted using the upper two bolt insertion holes 162, and It is possible to switch between two states, that is, the attachment state using the two bolt insertion holes 162 on the side, and the vertical height of the bag support bar 160b can be changed and adjusted in two stages.

In this bag filling portion 95, one storage bag F is supported in a vertical posture by two bag support rods 160b, the cylindrical guide portion 128 and the extension tube 131 are positioned in the opening of the storage bag F, and the shutter. The grain stored in the grain storage hopper 94 can be accommodated in the storage bag F by switching the plate 112 to the open state. When a predetermined amount of grain is stored in the storage bag F, the shutter plate 112 is switched to the closed state, and the storage bag F storing the grain is removed from the bag support bar 160b and carried out of the machine body. I will let you.

Such a bagging work needs to be performed by an auxiliary worker instead of the driver who is on board the driving unit 5. Therefore, an auxiliary step 163 for placing the auxiliary worker is provided to secure a working space for the auxiliary worker to perform the bagging operation.

As shown in FIGS. 3 and 4, the auxiliary step 163 is supported by a fulcrum bracket 164 fixed to the right-side front-rear frame body 28 b in the body frame 4 so as to be swingable around the front-rear axis P 4. The posture is freely switchable between an action posture that protrudes laterally outward and a retracted posture that retreats in the longitudinal direction toward the inward direction. During the harvesting operation in the field, the bagging operation can be performed by switching the auxiliary step 163 to the working posture, and when moving traveling in a non-working state, the auxiliary step 163 is switched to the retracted posture, The body width can be made compact to avoid contact with external objects. When the auxiliary step 163 is switched to the retracted posture, the auxiliary step 163 is in a state of being located on the inner side in the body width direction with respect to the right end portion of the intake dustproof cover 64.

Further, as described above, in the bag filling portion 95, an auxiliary worker performs work, but the left side of the engine bonnet 59 is configured to be opened in order to exhaust the exhausted air after cooling. As shown in FIG. 2, the outer space of the cooling air discharge side opening in the engine bonnet 59 and the bagging work space below the grain storage hopper 94 are connected. Therefore, a partition plate 165 that partitions the outer space of the cooling air discharge side opening and the bagging work space is provided in a state of being supported by the vertical frame 48.

[Fuel tank]

Next, the fuel tank 170 will be described.

As shown in FIG. 2, for storing fuel to be supplied to the engine 11 on the rear side of the body of the grain recovery unit 8 and on the right side of the rear part of the machine body (an example of one side of the machine body width direction). A fuel tank 170 is provided. That is, the fuel tank 170 is provided in a state of being located on the lateral side of the rear end side portion of the threshing device 7.

The fuel tank 170 is made of metal and is formed in a rectangular box shape, and has a configuration with a rigidity that is large enough to allow a person to get on the upper surface 170a. The fuel tank 170 is placed and supported by a tank support portion 171 extending rearward from the rear end portion of the body frame 4.

As shown in FIGS. 3 and 4, the tank support portion 171 includes a pair of left and right tank mounting frame bodies 172 and a tank protection frame body 173 that surrounds the fuel tank 170. In other words, the pair of left and right tank mounting frame bodies 172 are fixedly extended from the rear lateral frame body 29a located at the rearmost part of the machine body frame 4 toward the rear of the machine body. The tank mounting frame body 172 is formed by a member having a substantially U-shaped cross section and is opened downward, and is configured to mount and support the fuel tank 170 on the upper flat surface portion. ing. The fuel tank 170 placed thereon is held by a pair of left and right belt-like holding members 174. Each of the pair of holding members 174 is wound around the fuel tank 170 so as to be pressed from above, and both front and rear sides are connected and fixed to the tank mounting frame body 172.

The tank protection frame body 173 is formed by bending a round pipe material into a loop shape along the outer periphery of the fuel tank 170. Both ends are connected to the rear lateral frame body 29a, and the fuel tank in a plan view. It is provided in a state surrounding 170.

Then, the rear ends of the pair of left and right tank mounting frame bodies 172 are connected to each other by a connecting body 175, and this connecting body 175 is connected to the tank protecting frame body 173 so that the rigidity of the entire tank support section 171 is increased. The support strength is improved by increasing.

As shown in FIGS. 8 to 10, the fuel in the fuel tank 170 is sucked by the fuel pump 176 from the outlet formed at the bottom of the fuel tank 170 and passes through the supply pipe 177 to separate the water separator 178 and water separator 178. After passing through an oil filter 179 that removes foreign matters contained in the fuel, it is supplied to a fuel injection pump 180 provided near the engine 11 and supplied to a combustion chamber (not shown) of the engine 11 by an injection nozzle 181. Is done. Most of the supplied fuel is consumed by the engine 11, but the remaining fuel that is not used is returned from the injection nozzle 181 to the fuel tank 170 through the fuel return pipe 182.

Further, an air vent pipe 183 for venting air from the fuel tank 170 is provided so that the inside of the fuel tank 170 is not decompressed as fuel is sucked by the fuel pump 176. The air vent pipe 183 is made of a flexible material such as rubber or soft synthetic resin, for example, and is provided with one end communicating with the internal space of the fuel tank 170 and the other end communicating with the outer space. It is done.

As shown in FIG. 8, a fuel filler port 184 for supplying fuel to the fuel tank 170 is formed at a position close to the left side (an example of the other side in the lateral direction of the machine body) on the upper surface 170 a of the fuel tank 170. An oil supply tip opening 186 of the oil supply pipe 185 connected in communication with the port 184 is provided at a position closer to the rear side of the machine body than the oil supply port 184 in a plan view. Each of the fuel return pipe 182 and the air vent pipe 183 is connected to a position on the left side of the upper surface 170a of the fuel tank 170 and closer to the front side of the machine body.

Since the plurality of pipes connected to the fuel tank 170 are formed at positions on the left side of the upper surface 170a of the fuel tank 170 in this way, the right side (on the other end side in the body width direction) of the upper surface 170a of the fuel tank 170 is formed. An example) is formed on a flat surface without protrusions. A work table 187 for performing various operations is constituted by the portions formed on the flat surface.

That is, in the fuel supply operation for supplying fuel to the fuel tank 170, a fuel storage container (not shown) in which supply fuel is stored is a work table 187 formed on a flat surface on the upper surface 170a of the fuel tank 170. Can be mounted and supported. In this way, by using the work table 187 as a fuel container mounting table, the refueling work can be performed easily and efficiently.

In addition, when performing maintenance work such as removing the lid 94B of the grain storage hopper 94 or opening and cleaning the upper part of the threshing device 7, the work table 187 formed on the upper surface 170a of the fuel tank 170 is An operator can perform work by getting on the top. Thus, the maintenance work can be efficiently performed by using the work table as a stepping board.

The fuel tank 170 is provided in a state of being positioned in the vicinity of a hopper support frame 140 (hereinafter referred to as a rear side hopper support frame) located on the rear side of the machine body in a plan view. As shown in FIG. 10, the air vent pipe 183 is provided in a state of extending upward from a connected portion with the fuel tank 170, and the upper end portion of the air vent pipe 183 communicates with the internal space in the rear side hopper. It is connected to a connected portion 188 formed on the support frame 140.

The to-be-connected part 188 is formed in the middle part of the longitudinal direction of the horizontal extending part 140a in the state opened downward. In addition, since the rear hopper support frame 140 is formed by bending a round pipe material into a substantially L shape as described above, the inner space of the laterally extending portion 140a and the interior of the vertically extending portion 140b are formed. The space is continuous with the space, and the air vent pipe 183 is connected to the connected portion 188 in a state where the air vent tube 183 communicates with the internal space of the rear side hopper support frame 140 that is continuous in this way.

And the opening for opening internal space to the outward is formed in the edge part by the side of the threshing apparatus 7 of the horizontal extension part 140a. That is, as shown in FIG. 10, a communication path 190 that allows the opening to communicate outwardly is formed in the connecting portion 189 that connects the end portion on the threshing device 7 side of the laterally extending portion 140 a to the side wall portion 7 A of the threshing device 7. Has been.

A plate-like attachment body 191 is connected and fixed to an end of the laterally extending portion 140a on the threshing device 7 side, and this attachment body 191 is bolted to a member to be attached 192 provided on the side wall portion 7A of the threshing device 7. Connected by fastening. A through hole 193 is formed in the attachment body 191 in a state of being connected to the internal space, and a communication path 190 is formed in the attached member 192 so that a portion continuous to the through hole 193 is opened laterally outward.

In addition, an opening for opening the internal space outward is formed at the lower end of the vertically extending portion 140b. That is, a communication passage 194 is formed that communicates the internal space outward with the body frame 4 to which the lower end of the vertically extending portion 140b is connected.

That is, a plate-like attachment body 195 is connected and fixed to the lower end portion of the vertically extending portion 140b in the same manner as the end portion on the threshing device 7 side of the horizontally extending portion 140a. It is connected to the frame 4 by bolt fastening. A through hole 196 is formed in the attachment body 195 so as to be continuous with the internal space, and a through hole 197 is formed in the machine body frame 4 at a position continuous with the through hole 196 so as to penetrate vertically and open downward. The through-hole 197 constitutes a communication path 194 that communicates outward.

With this configuration, when fuel is supplied by the operation of the fuel pump 176, the outside air flows from the end portion on the threshing device 7 side of the laterally extending portion 140a and the lower end portion of the vertically extending portion 140b. Is sucked and supplied into the fuel tank 170, so that the fuel can be supplied satisfactorily. The above-described

communication paths

190 and 194 are opened sideways or downward, and there is little risk of moisture such as dust and rainwater entering.

As shown in FIG. 10, the connected portion 188 is provided at a position near the intermediate column 143 in the laterally extending portion 140a, and the connected portion 198 on the fuel tank 170 side to which the air vent pipe 183 is connected is provided. The upper surface of the fuel tank 170 is formed near the intermediate column 143. The air vent pipe 183 is provided in a state of extending upward along the intermediate strut 143, and a holding member 199 is provided for holding the air vent pipe 183 in the posture of extending upward.

With this configuration, the air vent pipe 183 extends substantially linearly along the vertical direction, and no bent portion is formed. Therefore, the fuel is rapidly supplied by the operation of the fuel pump 176, and the fuel is supplied. Even if the inside of the tank 170 is depressurized, the fuel can be satisfactorily supplied in a state where there is no disadvantage such as the path is clogged at the bent portion of the air vent pipe 183 and the outside air (air) cannot be sucked.

As shown in FIG. 8, a water separator 178 and an oil filter 179 are provided in a state located at the lower left portion of the fuel tank 170. Further, as shown in FIG. 9, a fuel gauge 200 as a remaining amount display member indicating the amount of fuel stored in the fuel tank 170 is provided on the vertical surface portion 170b on the left side of the fuel tank 170 (an example of the other end side in the lateral width direction). It has been. The fuel gauge 200 is constituted by a transparent pipe whose upper and lower sides communicate with each other in the tank, and can indicate the amount of fuel stored on the oil surface having the same height as the oil surface in the fuel tank 170.

Each of the water separator 178, the oil filter 179, and the fuel gauge 200 is provided between the fuel tank 170 and the side wall portion 7A of the threshing device 7. Thus, by arranging them in a narrow space sandwiched between the fuel tank 170 and the threshing device 7, for example, the large-sized storage bag F that has been packed and collected comes into contact, or external objects interfere. There is little risk of damage due to.

[Second Embodiment]

A second embodiment of the combine according to the present invention will be described.

In this embodiment, the configuration of the bag filling unit 95 is different from that of the first embodiment, but the other configuration is the same as that of the first embodiment, so only the configuration different from the first embodiment will be described. Will not be described.

In this embodiment, an auxiliary awning portion 201 that covers the upper side of the auxiliary step 163 while being supported by the hopper support frame 140 is provided. As shown in FIG. 33, the auxiliary awning portion 201 is located from a portion closer to the threshing device side (closer to the other end portion) than a portion to which the intermediate column support 143 is connected in the laterally extending portion 140 A of the hopper support frame 140. It is supported by a vertically oriented support 202 that is fixedly erected. The longitudinal support 202 is provided with a pair of front and rear in a state of being fixedly erected from the hopper support frames 140 on the front side and the rear side, respectively.

The longitudinal support bodies 202 on both the front and rear sides are supported by being inserted into a round pipe type support member 203 formed of a round pipe material and connected and fixed to the laterally extending portions 140A on the front and rear sides. Although not described in detail, the structure for inserting the headed pin 204 to prevent the pin 204 from being removed is the same as that of the support 83 of the awning member 10. The support member 203 includes a substantially triangular plate-shaped reinforcing plate 205 at the threshing device side portion.

The auxiliary awning portion 201 is a front and rear connection support rod 206 made of a round pipe material supported over the upper end portions of the vertical support bodies 202 on both front and rear sides, and cantilevered from the front and rear connection support rod 206 toward the lateral outer side of the body. A plurality of (specifically, four) lateral support rods 207 that are fixedly extended in the form of a space in the front-rear direction, and above the front and rear connection support rods 206 and the plurality of lateral support rods 207, respectively. And a hood member 208 for covering.

Further, an intermediate front / rear connecting rod 209 made of a round pipe material that connects a plurality of horizontal supporting rods 207 in the middle in the horizontal direction, and an end portion of the intermediate front / rear connecting rod 209 and an upper / lower intermediate position of the vertical supporting member 202 It is provided with the connecting rod 210 for the reinforcement of the diagonal attitude | position which connects.

The reinforcing connecting rod 210 is made of a band plate material, and is integrally connected and fixed to the end portion of the intermediate front / rear connecting rod 209 and the upper and lower intermediate positions of the longitudinal support 202. The reinforcing connecting rods 210 are provided in a pair of front and rear corresponding to the front and rear side end portions of the intermediate front / rear connecting rod 209 so as to increase the support strength of the auxiliary awning portion 201.

As shown in phantom lines in FIG. 1, the auxiliary awning portion 201 is provided in a state of being located at substantially the same height as the top plate portion 84 of the awning member 10 provided in the operation portion 5.

[Another embodiment of the first and second embodiments]

(1) The hopper support frame 140 may be configured to be provided only on one of the front side and the rear side of the grain storage hopper 94. In that case, it is good also as a structure which the other side is made to support by the apparatus with which a body is equipped, for example, a drive part, a driving | running part, a threshing apparatus etc.

(2) A configuration without the reinforcing member 146 may be adopted. In that case, a dedicated support member for supporting the guard member 149 may be provided. Further, the guard member 149 may not be provided.

(3) A configuration without the handrail member 158 may be adopted.

(4) The auxiliary sunshade 201 may not be provided.

(5) The grain storage hopper 94 may be made of a metal material instead of a synthetic resin material.

(6) The present invention is not limited to the ordinary combine, and may be applied to a self-removing combine.

[Third embodiment]
Hereinafter, a third embodiment of the present invention will be described with reference to the drawings.

[Basic configuration of all-throw-in type combine combiner]

As shown in FIGS. 34 and 35, the all-throw-in type combine includes a pair of left and right crawler type traveling devices 311, a traveling body 312 that can be self-propelled by the crawler type traveling device 311, and a front side of the traveling body 312. The reaping part 313 disposed on the rear side of the machine frame 314 in the traveling body 312, the threshing part 316 disposed on the lateral side of the threshing part 315, and the grain storing part 316 And a driving control unit 317 provided in front of the vehicle.

The mowing part 313 is swingable up and down around the lateral first fulcrum X1 and is connected to a feeder 318 connected to the front part of the threshing part 315. The cutting unit 313 includes a scraping reel 320, a pair of left and right cutting frames 319, a cutting blade device 321, and an auger 322.

The cutting blade device 321 is provided with a clipper type cutting blade having a cutting width substantially equal to the horizontal width of the traveling machine body 312 across the left and right cutting frames 319. The auger 322 is disposed behind the cutting blade device 321 and is configured to feed the harvested cereals harvested by the cutting blade device 321 to the feeder 318 while moving it toward the left and right center side of the cutting width. The auger 322 is provided with a spiral blade 323 for feeding, and a finger 324 that feeds the harvested cereal rice cake laterally fed by the spiral blade 323 to the starting end of the feeder 318.

The feeder 318 is provided with a conveyer 328 that rakes and conveys the harvested cereal rice cake to the rear side and feeds it to the front end of the threshing unit 315. The conveyor 328 includes left and right chains 329 wound in the longitudinal direction, and a conveyor bar 330 that hangs across the left and right chains 329 and stands on the chain 329. The harvested cereal meal is fed to the conveyor 328 by the fingers 324 of the auger 322, and the harvested grain meal is conveyed to the threshing unit 315 by the conveyor 328 and is input.

A hydraulic cylinder 331 is installed between the front part of the body frame 314 and the lower part of the feeder 318. The cutting part 313 is swung up and down around the first fulcrum X1 integrally with the feeder 318 by the expansion and contraction of the hydraulic cylinder 331. Above the front part of the mowing unit 313, a scraping reel 320 is disposed that causes the cereals planted in the field to be pulled back and scraped. The all-throw-in type combine harvester is configured to perform the cutting operation while scoring the planted cereal rice cake in the field by the scraping reel 320.

In addition, each configuration of this all-throw-in type combine is set so that the uncut side is positioned on the left side when turning or the like.

[Scraping reel]

As shown in FIGS. 34 to 37, the scraping reel 320 has a quadrangular shape when viewed from the side, and is provided in front of a pair of left and right arms 332 that can swing up and down around a horizontal second fulcrum X2 fixed to the body frame 314. It is attached to the part via a bracket. A hydraulic cylinder 334 is attached between the arm 332 and the cutting frame 319, and the take-up reel 320 swings up and down by the expansion and contraction of the hydraulic cylinder 334. A drive mechanism 335 that rotates the scraping reel 320 is provided on the lateral outer side of the scraping reel 320. A drive cover 336 that covers the drive mechanism 335 is provided on the lateral outer side of the drive mechanism 335.

The scraping reel 320 includes a left and right reel frame 337, four support bars 339 provided across the left and right reel frames 337, and a plurality of tines 340 attached to the support bar 339. . The four support bars 339 have a hollow pipe shape and are extended over the left and right reel frames 337. The four support bars 339 are provided at equal intervals in the circumferential direction of the reel frame 337.

[Tyne]

The tine 340 is made of a linear metal material or resin material, and as shown in FIG. 36, the tine 340 is spaced apart in the longitudinal direction of the support bar 339 so as to avoid the fingers 324 of the auger 322. 339 are attached side by side. In the present embodiment, nine attachment holes 342 are formed for one support bar 339. Correspondingly, a plurality of attachment holes 342 are formed in the support bar 339. As shown in FIGS. 36 to 40, each tine 340 is attached to and supported by a support bar 339 at a support portion 343. The support portion 343 is a portion where the tine 340 is in close contact with the support bar 339. In the tine 340, a mounted portion 340B is formed as a part of the support portion 343. The attached portion 340B is formed in a “U” shape. With the fastening member such as the bolt 344 inserted in the “U” groove, the bolt 344 is tightened in the mounting hole 342, the mounted portion 340 B is sandwiched between the head of the bolt 344 and the support bar 339, and the tine 340 Is supported and fixed to the support bar 339.

As shown in FIG. 38, the tine 340 is provided with a string-like spring portion 345 at a midway portion from the tip portion 340A of the tine 340 toward the support portion 343. The number of turns of the spring portion 345 is, for example, two. The tine 340 is provided with a bent portion 346 below the spring portion 345. The tine 340 has a lower part than the bent part 346 bent in an elbow shape toward the rear.

[Hump cover]

As shown in FIGS. 36 to 41, a hump cover 341 (corresponding to a “cover”) that covers the support portion 343 of the tine 340 with respect to the support bar 339 is provided. The hump cover 341 has flexibility and is formed as a rectangular sheet having a long side in the direction along the longitudinal direction of the support bar 339, and one hump cover 341 is provided for each support bar 339. The hump cover 341 is formed to have a length that covers substantially the entire length of the support bar 339 in the longitudinal direction. The hump cover 341 has a plurality of circular through holes 347 corresponding to the cross-sectional shape of the tine 340. The tines 340 are respectively penetrated through the through holes 347 of the hump cover 341. That is, one tine 340 is passed through one through hole 347. In the present embodiment, nine through holes 347 are formed in the hump cover 341. The cross-sectional area of the through-hole 347 is formed larger than the cross-sectional area of the tine 340, and the tine 340 can be easily passed through the through-hole 347.

As shown in FIGS. 36 and 39 to 41, the hump cover 341 has a plurality of fixing holes 348 formed therein. In the present embodiment, five fixing holes 348 are formed in the hump cover 341. The two fixing holes 348 at the left and right ends are formed at the same positions as the two through holes 347 at the left and right ends in the longitudinal direction of the hump cover 341. The other three fixing holes 348 are formed at positions different from the through holes 347 (positions different from the tine 340) in the longitudinal direction of the hump cover 341. Specifically, the two through holes 347 is formed at the central part of the intermediate position.

A fixing hole 348 is formed in the hump cover 341 so that the hump cover 341 can be attached to the support bar 339 side by a fixing tool such as a binding band 349. In order to attach the hump cover 341 to the support bar 339 side with the binding band 349 using the fixing hole 348, first, the binding band 349 is inserted into the fixing hole 348. Then, in a state where the binding band 349 is inserted into the fixing hole 348, the binding band 349 is wound around the support bar 339 and wound and tightened. As a result, the hump cover 341 is fixed in close contact with the support bar 339 at the fixing hole 348. In this manner, the hump cover 341 is fixed to the support bar 339 with a fixing tool such as a binding band 349 for all the fixing holes 348.

In this way, the support portion 343 of all the tines 340 is covered by the single hump cover 341. The tine 340 passes through the hump cover 341 at a position lower than the spring portion 345, and the hump cover 341 has a portion below the through hole 347 on the front side of the tine 340 when attached to the tine 340. To position. That is, the hump cover 341 covers the rear side of the support portion 343 of the tine 340 and the rear side and the lower side of the spring portion 345.

Since one hump cover 341 is used for each support bar 339, the single hump cover 341 covers the support portions 343 of two or more tines 340. Further, the support portion 343 of all the tines 340 is covered with a single hump cover 341.

[Support bar]

As the support bar 339, a first bar 350 in which a plurality of tines 340 are attached in a first array at unequal intervals, and a plurality of tines 340 in a second array in an opposite order to the first array are attached in a row. A second bar 351. The first bar 350 and the second bar 351 are alternately arranged adjacent to each other in the circumferential direction of the reel frame 337. That is, the scraping reel 320 of this embodiment is provided with four support bars 339 including two types of two first bars 350 and two second bars 351. The arrangement of the through holes 347 in the hump cover 341 is adapted to the first arrangement. That is, if the hump cover 341 is used in the opposite direction, the arrangement of the through holes 347 is adapted to the second arrangement that is reverse to the first arrangement. That is, the first bar 350 and the second bar 351 can also serve as the hump cover 341 having the same structure.

[Side Divider]

As described above, as shown in FIGS. 34, 42, and 43, the drive cover 336 that covers the drive mechanism 335 is provided on the left lateral outer side of the drive mechanism 335 of the scraping reel 320. A side cover 325 that covers the drive mechanism 322 A of the auger 322 is provided on the left lateral outer side of the cutting frame 319. In a side view on the left side of the machine body, the space S between the drive cover 336 and the side cover 325 becomes narrower as it approaches the second fulcrum X2. For this reason, at the time of cutting operation, the tip side of the uncut-side planted culm falls into the space S, and is clogged between the drive cover 336 and the side cover 325, torn off, and properly cut. There is a risk of hindering the conveyance of the sheet.

Therefore, a side divider 326 that prevents the uncut-side planted culm from falling into the space S is provided. The side divider 326 is fixed to the cutting frame 319 in a state of being located on the outer side of the machine body with respect to the side cover 325 and the drive cover 336, and appropriately blocks the space S.

The side divider 326 includes a rod-shaped guide member 352 extending rearward and upward, and a rod-shaped L-shaped member 353 bent into an “L” shape. The guide member 352 has a lower end portion connected to a front end portion of the left cutting frame 319. One end of the L-shaped member 353 is connected to a middle portion of the guide member 352 from the lower end side to the upper end side.

The guide member 352 extends so as to cross the space S from the left cutting frame 319 and reach the left outer side of the drive cover 336 at least when the scraping reel 320 is in the normal cutting position. And the guide member 352 inclines so that it may leave | separate to the lateral outer side of the left side of a body as it goes to an upper end part from a lower end part.

The L-shaped member 353 is connected to a middle part of the guide member 352 and extends rearward in a downwardly inclined state, and is bent from the vertical part toward the aircraft body, with an end portion on the left side surface of the aircraft frame 314. And a lateral portion connected to each other.

According to such a side divider 326, during the cutting operation, the uncut grain culm positioned on the left side of the machine body is guided by the guide member 352 so as to be separated to the outside of the machine body. This makes it difficult for the tip of the uncut grain to enter the space S. Therefore, it is possible to reduce the occurrence of turbulence of the harvested cereal meal in the harvesting unit 313. Further, the side divider 326 has a simple structure in which a rod-shaped guide member 352 and an L-shaped member 353 are combined, so that an increase in cost can be minimized and the driver's left side from the driver's control unit 317 can be reduced. It does not interfere with visibility.

[Weed candy]

As shown in FIGS. 34, 42, and 43, the side cover 325 bulges to the left outer side of the fuselage most at the lowermost part. A cutting weed 327 that prevents the planted cereal from colliding with the bulging portion 325A during the cutting operation is attached to the cutting frame 319. The weed cocoon 327 guides the planted cereal to the outside of the machine body from the cutting frame 319, and the weed hoe 327 is provided with a connecting member 354 and a guide member 355. The connecting member 354 is a horizontal plate, and an inner end portion is joined to a lower rear position on the left side surface of the left cutting frame 319. The guide member 355 is a rod-like member that is formed long in the front-rear direction, and an intermediate portion thereof is connected to the outer end portion of the connecting member 354. The guide member 355 is configured to be positioned on the outer side of the machine body from the front portion toward the rear portion, and the rear end portion extends to the vicinity of the front end portion of the bulging portion 325A.

According to such a weed culm 327, the uncut grain culm is guided to the outside of the machine body from the bulging portion 325A by the guide member 355 when performing the cutting operation. Thereby, it is prevented that an uncut grain candy collides with bulging part 325A.

[Another embodiment of the third embodiment]
(1) In the above embodiment, an example in which a plurality of through holes 347 are formed in the hump cover 341 has been described, but the present invention is not limited thereto. For example, as shown in FIG. 44, nine horizontal cuts 356 may be formed in the hump cover 341 instead of the through hole 347. In this case, the corresponding tine 340 is penetrated to each of the cut lines 356.

Thus, the tine 340 is held in the cut 356 by the flexibility of the hump cover 341 by passing the tine 340 through the cut 356 of the hump cover 341. For this reason, the hump cover 341 can be stably held with respect to the tine 340. At this time, the shape of the cut line 356 is not limited to a single horizontal character shape as shown in FIG. 44, but may be various shapes such as a single vertical character shape and a cross shape. The cut line 356 is preferably closed within the hump cover 341 without reaching the end of the hump cover 341.

Although not specifically shown, both the through hole 347 and the cut 356 may be formed in the hump cover 341, and the corresponding tine 340 may be passed through each of the through hole 347 and the cut 356.

Furthermore, in the said embodiment, although the cross-sectional area of the through-hole 347 was formed larger than the cross-sectional area of the tine 340, it is not restricted to this. For example, the cross-sectional area of the through hole 347 may be smaller than the cross-sectional area of the tine 340. In this case, the tine 340 is easily held in the through hole 347 due to the flexibility of the hump cover 341. Become.

(2) In the above embodiment, for example, nine through holes 347 and nine cuts 356 are formed in the hump cover 341. However, the present invention is not limited to this. For example, the number of through holes 347 and cuts 356 may be 1 to 8, 10 or more. At this time, the number of through holes 347 and cuts 356 may be the same as or more than the number of tines 340 and the number of attachment holes 342.

(3) In the above embodiment, an example in which one tine 340 is penetrated through one through hole 347 is shown, but the present invention is not limited to this. For example, two or more tines 340 may be passed through one through hole 347. Further, the shape of the through hole 347 is not limited to a circular shape, but is a long hole shape, a bowl shape, a shape in which a hole exceeding the diameter of the hole is formed in the radial direction of one hole, and a radial direction of the two holes. It may be a shape with continuous cuts.

(4) In the above embodiment, an example in which five fixing holes 348 are formed in the hump cover 341 is shown, but the present invention is not limited to this. For example, the number of fixing holes 348 may be 1 to 4, 6 or more.

(5) In the above embodiment, the example in which the fixing hole 348 is formed in the hump cover 341 is shown, but the present invention is not limited to this. In particular, the fixing hole 348 may not be formed. For example, the hump cover 341 is wound around the support bar 339 so that the upper end of the hump cover 341 is joined to a part of the hump cover 341. The cover 341 may be supported by the support bar 339.

(6) In the above embodiment, the example in which the support portions 343 of all the tines 340 are covered by the single hump cover 341 is shown, but the present invention is not limited thereto. For example, two or more divided covers may be arranged in the longitudinal direction of the support bar 339 per one support bar 339, and the support portions 343 of all the tines 340 may be covered.

(7) In the above-described embodiment, the binding band 349 is shown as an example of the fixture. However, the binding band 349 is not limited to this, and may be a fixture of a simple tie type. In this case, the hump cover 341 is fixed to the support bar 339 side by inserting the string-like member through the fixing hole 348 and winding the string-like member around the support bar 339 and connecting the ends of the string-like member.

(8) In the above embodiment, the number of turns of the spring portion 345 has been described as two as an example, but the present invention is not limited to this. The number of turns of the spring part 345 may be one time or three times or more. Further, the tine 340 may not be provided with the spring portion 345.

(9) In the above embodiment, as the support bar 339, the first bar 350 in which a plurality of tines 340 are attached in the first arrangement, and the plurality of tines 340 in the second arrangement opposite to the first arrangement are attached. However, the present invention is not limited to this. That is, for example, when the scraping reel 320 has a shape other than a quadrangle (polygon more than a pentagon) in a side view and five or more support bars 339 are provided, for example, In addition to the one bar 350 and the second bar 351, another bar in which the arrangement of the tines 340 is completely different from the first bar 350 and the second bar 351 may be provided. Further, as the support bar 339, only a plurality of first bars 350 to which a plurality of tines 340 are attached side by side in a first array with unequal intervals may be provided. Further, as the support bar 339, another bar to which a plurality of tines 340 are arranged in an equidistant arrangement may be provided. In these cases, a hump cover 341 corresponding to the type of the support bar 339 may be provided.

(10) In the above-described embodiment, an example in which each configuration is set so that the uncut side is positioned on the left side when performing the mowing, but the uncut side is set on the right side is also shown. Good. In this case, it is preferable to provide a side divider 326 and a weed tub 327 on the right side of the aircraft.

(11) In the above embodiment, the expressions left and right are used. However, the positional relationship between the left and right may be opposite to that in the above embodiment.

[Fourth embodiment]
Hereinafter, a fourth embodiment of the present invention will be described with reference to the drawings.

First, the overall structure of the combine will be described with reference to FIG.

FIG. 45 shows a normal combine as an example of a combine for harvesting crops such as rice and wheat. At the front part of the combine, there is a cutting unit 401 for cutting the planted cereal. A crawler-type traveling device 402 capable of traveling in the agricultural field is provided behind the cutting unit 401. An aircraft frame 403 is provided on the upper part of the traveling device 402.

On the left side of the body frame 403, a threshing device 404 for threshing the harvested cereal meal is provided. A feeder 405 that conveys the harvested cereal meal from the harvesting unit 401 to the threshing device 404 is provided behind the harvesting unit 401. An operation unit 406 on which an operator is boarded is provided at the front right side on the body frame 403. The right rear part on the machine body frame 403 is provided with a grain storage part (not shown) for storing the grain after threshing. The grain storage unit may be a tank type or a hopper type.

With the configuration as described above, the combine harvester chops the planted cereals with the cutting unit 401 while traveling on the field with the traveling device 402, conveys the chopped cereals to the threshing unit 404 with the feeder 405, and threshs the harvested cereals. Threshing with device 404.

Next, the feeder 405 will be described with reference to FIGS.

As shown in FIG. 46, the feeder 405 is provided with a feeder case 407 that allows the reaping unit 401 and the threshing device 404 to communicate with each other. A driven rotating body 408 is rotatably provided at the front end portion (entrance side end portion) of the feeder case 407. A drive rotating body 409 is rotatably provided at a rear end portion (exit side end portion) of the feeder case 407. The drive rotating body 409 is provided on a left-right input shaft 410 to which power is input. A transport chain 412 is wound around the driven rotating body 408 and the driving rotating body 409. The input shaft 410 is provided with an operation nut 411 (corresponding to an “operation unit” according to the present invention). As the drive rotating body 409 and the driven rotating body 408 rotate, the harvested cereal meal is conveyed to the threshing device 404 by the conveying chain 412.

As shown in FIGS. 46 and 47, a reinforcing channel member 417 is connected to the right side of the feeder case 407 (the side of the feeder case 407 on the side of the operating unit 406). The channel member 417 extends in a direction orthogonal to the conveying direction (longitudinal direction) of the feeder 405 in a side view. The channel member 417 is connected to the right side portion of the feeder case 407 by welding in a state of opening to the right lateral outward side. On the right side of the feeder case 407, a storage portion 419, which will be described in detail later, is provided that can store the tool 418.

The tool 418 is a spanner tool. Specifically, the tool 418 includes a mouth portion 430 and a handle portion 431.

The mouth portion 430 is a portion that can be attached to the operation nut 411. That is, as will be described in detail later, the operation nut 411 is formed of, for example, a hex nut, and the mouth portion 430 is formed in a shape that can be attached to the hex nut. A plate 430a for reinforcing the mouth 430 is connected to the opening of the mouth 430 by welding.

The handle portion 431 is configured by a rod-shaped flat plate. A mouth portion 430 is connected to the distal end portion of the handle portion 431 by welding. A round hole 431a (corresponding to a “hole” according to the present invention) (see FIG. 49) is formed at the base end portion of the handle portion 431.

As shown in FIG. 49, a pair of left and right boss portions 413 are provided at the rear end portion of the feeder case 407. The pair of left and right bosses 413 protrude laterally outward from the left and right sides at the rear end of the feeder case 407. The pair of left and right boss portions 413 supports the input shaft 410 through a pair of left and right bearings 414 so as to be rotatable. The left and right laterally protruding portions of the pair of left and right boss portions 413 are supported by the pair of left and right brackets 415 so as to be swingable. The pair of left and right brackets 415 are connected to the front portion of the threshing device 404 with bolts 416.

A left end portion of the input shaft 410 (an end portion of the input shaft 410 opposite to the operation portion 406) protrudes leftward and outward from the left boss portion 413 of the pair of left and right boss portions 413. An input pulley 420 and an output sprocket 421 are provided in that order from the left side at the left laterally outward protruding portion of the left end portion of the input shaft 410. Around the input pulley 420, a belt 422 for transmitting the power of the tang 424 (see FIG. 45) provided in the threshing device 404 to the input shaft 410 is wound. A chain 423 for transmitting the power of the input shaft 410 to the cutting drive shaft 425 (see FIG. 45) is wound around the output sprocket 421.

The right end portion of the input shaft 410 (the end portion on the operating portion 406 side of the input shaft 410) protrudes rightward and outward from the right boss portion 413 of the pair of left and right boss portions 413. At the right end portion of the input shaft 410, three

step portions

426, 427, and 428 having smaller diameters toward the right end portion (the end portion side in the axial direction of the input shaft 410) are formed. The three

step portions

426, 427, and 428 include a small diameter portion 426, a medium diameter portion 427, and a large diameter portion 428 in order from the right side.

The large diameter portion 428 is the most central portion side (the central portion side of the input shaft 410) in the left-right direction (the axial center X direction of the input shaft 410) of the three

step portions

426, 427, 428, that is, the leftmost end portion side. It is a step part. The large diameter portion 428 has the largest diameter among the three

step portions

426, 427, and 428. The large-diameter portion 428 is provided with a right bearing 414 out of a pair of left and right bearings 414 that rotatably support the input shaft 410. The bearing 414 is positioned by a retaining ring 414a in the left-right direction.

The medium diameter portion 427 is a step portion between the small diameter portion 426 and the large diameter portion 428 among the three

step portions

426, 427, and 428. The middle diameter portion 427 is formed at a right laterally protruding portion at the right end portion of the input shaft 410. The medium diameter portion 427 has a smaller diameter than the large diameter portion 428 among the three

step portions

426, 427, and 428 and a larger diameter than the small diameter portion 426. An operation nut 411 is provided on the middle diameter portion 427 so as to be slidable in the left-right direction. Specifically, the operation nut 411 has a deformed fitting (for example, key fitting or the like) to the medium diameter portion 427. That is, the operation nut 411 is provided so as not to rotate relative to the input shaft 410. A key groove 427 a is formed in the middle diameter portion 427.

The small-diameter portion 426 is a step portion on the most end side in the left-right direction among the three

step portions

426, 427, and 428, that is, the step portion on the most right end side. The small-diameter portion 426 is formed at a right laterally protruding portion at the right end portion of the input shaft 410. The small diameter portion 426 has the smallest diameter among the three

step portions

426, 427, and 428. The small diameter portion 426 is provided with a tightening nut 429 (corresponding to a “fastener” according to the present invention). Specifically, the tightening nut 429 is screwed into the small diameter portion 426. The small diameter portion 426 is threaded. The tightening nut 429 tightens the operation nut 411 in the left-right direction. That is, the operation nut 411 is sandwiched and fixed between the tightening nut 429 and the large diameter portion 428 in the left-right direction.

Next, the operation nut 411 will be described with reference to FIGS. 49 and 50.

As shown in FIGS. 49 and 50, the operation nut 411 can be attached with a tool 418 that is manually operated. By attaching the tool 418 to the operation nut 411, the input shaft 410 can be artificially reversely rotated by the tool 418. The operation nut 411 is composed of, for example, a hex nut. The operation nut 411 is detachably provided on the input shaft 410. That is, the operation nut 411 provided to be slidable in the left-right direction is tightened with the tightening nut 429, whereby the operation nut 411 can be prevented from coming off and the operation nut 411 is loosened by loosening the tightening nut 429. Can be removed from the input shaft 410. The operation nut 411 is provided at the right end portion of the input shaft 410 and is exposed from the feeder 405 to the outside. That is, the operation nut 411 protrudes rightward and outward from the right boss portion 413 of the pair of left and right boss portions 413.

With the above configuration, in order to reversely rotate the input shaft 410, the tool 418 is pulled up (in the direction of arrow B shown in FIG. 47) after the mouth 430 of the tool 418 is attached to the operation nut 411 (see FIG. 50). As a result, the input shaft 410 and thus the feeder 405 rotate in the reverse direction. At this time, even if the tool 418 is pulled up, the tool 418 does not interfere with the threshing device 404 because the cutout portion 436a (see FIG. 51) is formed in the exterior cover 436 that covers the front portion of the threshing device 404. .

Next, the storage portion 419 will be described with reference to FIGS.

As shown in FIGS. 46 to 48, the storage portion 419 includes a channel member 417 and a leaf spring 432. The leaf spring 432 is attached to the right side of the feeder case 407, specifically, the upper part of the right side of the feeder case 407. The leaf spring 432 is provided in the opening of the channel member 417. The leaf spring 432 is connected to the right side portion of the channel member 417 and the feeder case 407 with a bolt 433. The leaf spring 432 holds the tool 418 (handle portion 431) in cooperation with the channel member 417. That is, the tool 418 is sandwiched between the leaf spring 432 and the opening both ends 417a of the channel member 417. The tool 418 is stored in a posture substantially parallel to the conveying direction (longitudinal direction) of the feeder 405 in a side view.

In addition, a round pin 434 (corresponding to “support” and “pin” according to the present invention) that supports the tool 418 is provided on the right side of the feeder case 407 separately from the storage 419. The round pin 434 is a pin that can be inserted into a round hole 431 a formed in the handle portion 431 of the tool 418. The round pin 434 is connected to the right side portion of the feeder case 407 by welding. A substantially L-shaped stay 435 for supporting the round pin 434 is connected to the right side portion of the feeder case 407 by welding. The round pin 434 and the stay 435 are also connected by welding.

With the above configuration, when the input shaft 410 is rotated in the reverse direction, the tool 418 is taken out from the storage portion 419. Specifically, the tool 418 is taken out from the storage portion 419 by pulling up the tool 418 with the round pin 434 as a fulcrum (in the direction of arrow A shown in FIG. 47).

[Another embodiment of the fourth embodiment]
(1) In the above embodiment, the operation nut 411 is detachably provided on the input shaft 410, but the operation nut 411 may be integrally formed with the input shaft 410.

(2) In the above embodiment, the “operation part” is the operation nut 411, but the “operation part” may have an attachment hole to which a tool can be attached. The operation nut 411 may be a square nut (for example, a square nut) other than a hexagon nut.

(3) In the above embodiment, the input shaft 410 has three

step portions

426, 427, and 428, but the input shaft 410 has two or four or more step portions. Also good.

(4) In the above embodiment, the storage portion 419 is provided on the right side of the feeder case 407, but the storage portion 419 may be provided on the left side, top surface, or bottom surface of the feeder case 407. .

(5) In the above embodiment, the “support portion” is the round pin 434, but the “support portion” may be a simple receiving portion or a square pin. When the “support portion” is a square pin, a square hole is formed in the tool 418 instead of the round hole 431a.

(6) In the above embodiment, the bearing 414 is positioned by the retaining ring 414a, but the bearing 414 may be positioned by the operation nut 411.

The present invention can be used for a combine such as an ordinary combine.

4 Airframe frame

7 Threshing device

7A side wall

8 Kernel recovery department

94 Kernel Storage Hopper

140 Hopper support frame

140A Sideways extension

140B Longitudinal extension

141 Flange

142 Hopper mounting

143 Intermediate extension

146 Reinforcement member

149 Guard member

158 Handrail member

160 Bag support

163 Auxiliary steps

201 Auxiliary sunshade

202 Longitudinal support

206 Front / rear connecting support rod

207 Side support rod

208 Top member

209 Intermediate front / rear connecting rod 210 Reinforcing connecting rod

F Storage bag 320 Scraping reel

337 reel frame

339 Support Bar

340 Tyne

340A tip part

340B Mounted part

341 Hump Cover ("Cover")

343 support part

345 Spring part

347 Through hole

350 1st bar

351 Second bar

356 Cut 401 Mowing

404 Threshing device

405 Feeder

406 Driving part

407 Feeder case

410 Input shaft

411 Operation nut (operation part)

414 Bearing

417 Channel member

418 tools

419 storage section

426 Small diameter part (step part)

427 Medium diameter part (step part)

428 Large diameter part (step part)

429 Clamping nut (clamp)

431a Round hole (hole)
432 leaf spring

434 Round pin (support, pin)

Claims

A grain recovery unit is provided on the side of the threshing device for bagging and recovering the threshed grain,
A grain storage hopper provided in the grain recovery unit is supported by the aircraft via a hopper support frame,
The hopper support frame bends one rod-like member into a substantially L shape, and extends horizontally in a horizontal direction, and vertically extends in a state of being continuously connected from one end of the horizontal extension. And are formed integrally with each other,
A combine in which the other end portion of the laterally extending portion is supported by a side wall portion of the threshing apparatus and a lower end portion of the longitudinally extending portion is supported by a body frame.
The combine according to claim 1, further comprising an intermediate extending portion that is connected to a middle portion in the longitudinal direction of the laterally extending portion and that extends in the vertical direction and has a lower end supported by the body frame.
A reinforcing member connected to the laterally extending portion and the longitudinally extending portion is provided at a bent portion in which the laterally extending portion and the longitudinally extending portion are connected in a substantially L shape. The combine according to claim 1 or 2.
The combine according to any one of claims 1 to 3, wherein the hopper support frame is provided with a pair of front and rear in a state of supporting the front side and the rear side of the grain storage hopper.
In each of the hopper support frames on the front side and the rear side, an intermediate extension that is connected to a middle portion in the longitudinal direction of the laterally extending portion and that extends along the vertical direction and has a lower end supported by the body frame. The equipment is provided,

A bag support for supporting a storage bag for bagging the grain from the grain storage hopper in a state of being supported over the intermediate extension parts on the front side and the rear side, respectively. 4. Combine according to 4.
The combine according to claim 5, wherein the bag support is supported so that the vertical position can be changed and adjusted.
An auxiliary step for placing the worker is provided in a state located on the lateral outer side of the grain recovery unit,
The combine according to any one of claims 1 to 6, further comprising an auxiliary sunshade that covers the upper side of the auxiliary step while being supported by the hopper support frame.
An intermediate extension portion is provided that is connected to the middle portion in the longitudinal direction of the laterally extending portion, extends along the vertical direction, and has a lower end supported by the body frame,
The auxiliary awning portion is supported by a vertical support body fixedly erected from a location closer to the other end than a location where the intermediate extension portion is connected among the lateral extension portions. 7. Combine according to 7.
The hopper support frame is provided with a pair of front and rear in a state of supporting the front side and the rear side of the grain storage hopper,
The combine according to claim 8, wherein the vertical support is fixedly erected from the hopper support frames on the front side and the rear side.
The auxiliary sunshade is
Front and rear connection support rods that are installed and supported over the upper end of the longitudinal support on both front and rear sides,
A plurality of lateral support rods that are fixedly extended in a cantilevered manner from the front and rear connecting rods toward the laterally outer side of the aircraft, and spaced apart in the front-rear direction,
The combine according to claim 9, comprising a hood member for covering them.
The auxiliary awning portion connects the intermediate front / rear connecting rods connecting the plurality of lateral support rods in the middle in the lateral direction, and connects the end portion of the intermediate front / rear connecting rod and the upper / lower intermediate position of the vertical support body. The combine of Claim 10 comprised with the connecting rod for reinforcement of the diagonal attitude | position.
An auxiliary step for placing the worker is provided in a state located on the lateral outer side of the grain recovery unit,
A reinforcing member connected across the laterally extending portion and the longitudinally extending portion is provided at a bent portion in which the laterally extending portion and the longitudinally extending portion are connected in a substantially L shape,
The combine according to any one of claims 1 to 11, further comprising a guard member that receives and supports an operator's back on the auxiliary step while being supported by the reinforcing member.
An auxiliary step for placing the worker is provided in a state located on the lateral outer side of the grain recovery unit,
The combine according to any one of claims 1 to 12, wherein a handrail member that can be gripped and operated by an operator on the auxiliary step is provided in a state of being supported by the laterally extending portion.
A hopper attachment portion is formed to which the grain storage hopper is attached and fixed to an intermediate portion in the longitudinal direction of the laterally extending portion,
14. The combine according to claim 13, wherein a handrail member that can be gripped and operated by an operator on the auxiliary step is provided in a state of being supported by the hopper mounting portion.
A hopper attachment portion is formed to which the grain storage hopper is attached and fixed to an intermediate portion in the longitudinal direction of the laterally extending portion,
The grain storage hopper is constituted by an integrally molded product made of a synthetic resin material, and is attached and fixed to the hopper attachment portion with an integrally formed flange portion as an attachment portion. Combine according to any one of the above.
A vertical frame that supports the laterally extending portion is erected on the aircraft frame,
The combine according to any one of claims 1 to 15, wherein a side panel provided on a lateral side of the driver seat is supported on the vertical frame.
A vertical frame that supports the laterally extending portion is erected on the aircraft frame,
The combine according to any one of claims 1 to 16, wherein an air cleaner for an engine is supported on the vertical frame.
A vertical frame that supports the laterally extending portion is erected on the aircraft frame,
The combine according to any one of claims 1 to 17, wherein a pre-cleaner for an engine is supported on the vertical frame.
A fuel tank is placed on the aircraft frame,
The hopper support frame is configured by bending one pipe material into a substantially L shape,
The combine according to any one of claims 1 to 18, wherein an air vent pipe for venting air in the fuel tank is connected to the laterally extending portion.
A circular inspection opening is formed on the upper surface of the grain storage hopper,

A screw-type lid that is screwed and connected to a screw portion formed on a peripheral portion of the inspection opening so as to be openable and closable and closes the inspection opening. A combine according to any one of the above.
The combine according to claim 20, wherein the lid is formed of a synthetic resin material, and the grain storage hopper is formed of a synthetic resin material.
The combine according to claim 20 or 21, wherein the inspection opening is formed at a substantially middle position in the front-rear width of the grain storage hopper.
A grain discharger is provided that can discharge the grain stored in the grain storage hopper downward,

The grain discharge part is configured with a pair of grain discharge ports in a state of being lined up front and back,

The combine according to any one of claims 20 to 22, wherein the inspection opening is formed at a position corresponding to a front-rear intermediate position of the pair of front and rear grain outlets in plan view.
A grain discharger is provided that can discharge the grain stored in the grain storage hopper downward,

The grain discharge unit includes a pair of grain discharge ports arranged in a line in the front-rear direction, and corresponds to each of the pair of grain discharge ports, and flows down stored grains toward the respective grain discharge ports. Constructed with a tapered and inclined funnel part to guide,

The combine according to any one of claims 20 to 23, wherein the inspection opening is formed so as to extend across the pair of front and rear funnels in plan view.
A combine that performs harvesting work while scraping the planted cereal with a scraping reel,
In the scraping reel,
The left and right reel frames,
A support bar provided across the left and right reel frames;
A tine attached to the support bar;
A cover that covers a support portion of the tine with respect to the support bar,
A combine in which the tine penetrates the cover.
A through hole or a cut is formed in the cover,
The combine according to claim 25, wherein the tine is passed through the through hole or the cut.
A plurality of the through holes or the cuts are formed,
27. A combine according to claim 26, wherein the tine passes through each of the through hole or the cut.
The combine according to any one of claims 25 to 27, wherein a rear side of the support portion is covered by the cover.
The tine is provided with a string-wound spring portion at a midway portion from the tip portion of the tine toward the support portion,
The combine according to any one of claims 25 to 28, wherein the spring portion is covered with the cover.
30. The combine according to claim 29, wherein the tine penetrates the cover at a position below the spring portion.
A plurality of the tines are mounted side by side on the support bar at intervals in the longitudinal direction of the support bar;
The combine according to any one of claims 25 to 30, wherein the cover covers the supporting portions of two or more of the tines.
A plurality of the tines are mounted side by side on the support bar at intervals in the longitudinal direction of the support bar;
The combine according to any one of claims 25 to 31, wherein the support portion of all the tines is covered by a single cover.
The combine according to any one of claims 25 to 32, wherein the cover is attached to the support bar at a position different from the tine in the longitudinal direction of the support bar.
As the support bar, a first bar in which a plurality of the tines are attached in a first array at unequal intervals, and a second bar in which a plurality of the tines are attached in a second array opposite to the first array. The combine according to any one of claims 25 to 33, comprising two bars.
A driving section on which the operator boarded;
Reaping part that reaps planted cereals,
A feeder that conveys the harvested cereal meal to a threshing device,
The feeder has a left and right input shaft to which power is input,
A manually operated tool can be attached to the input shaft, and an operation unit capable of artificially reversely rotating the input shaft with the tool is provided.
The operation unit is a combine provided at an end portion of the input shaft on the side of the operation unit and exposed to the outside from the feeder.
36. The combine according to claim 35, wherein the operation unit is detachably provided on the input shaft.
At the end of the input shaft on the side of the operating unit, at least two stepped portions having a smaller diameter toward the end in the axial direction of the input shaft are formed,
Of the two stepped portions, the stepped portion on the center side in the axial direction of the input shaft is provided with the operating portion slidable in the axial direction of the input shaft,
37. The combine according to claim 36, wherein a fastening tool for tightening the operation portion in the axial direction of the input shaft is provided on a step portion on the end side in the axial direction of the input shaft of the two step portions. .
At the end of the input shaft on the side of the operating unit, three step portions having a smaller diameter toward the end in the axial direction of the input shaft are formed,
A bearing that rotatably supports the input shaft is provided on a step portion on the most central side in the axial direction of the input shaft among the three step portions,
38. The combine according to claim 37, wherein the bearing is positioned by the operation portion in an axial direction of the input shaft.
The feeder has a feeder case for communicating the reaping part and the threshing device,
The combine according to any one of claims 35 to 38, wherein a storage unit capable of storing the tool is provided on a side portion of the feeder case on the side of the operation unit.
The storage portion is attached to a side portion of the feeder case on the side of the driving portion and a side portion of the feeder case on the side of the driving portion, and cooperates with a side portion of the feeder case on the side of the driving portion. And a leaf spring for sandwiching the tool.
41. The combine according to claim 40, wherein a support portion that supports the tool is provided separately from the storage portion on a side portion of the feeder case on the side of the operation portion.
42. The combine according to claim 41, wherein the support portion is a pin that can be inserted into a hole formed in the tool.
A reinforcing channel member extending in a direction orthogonal to the conveying direction of the feeder in a side view is connected to a side portion of the feeder case on the side of the operation unit, in a state of opening to the lateral outer side,
The combine according to any one of claims 40 to 42, wherein the leaf spring is provided in an opening of the channel member.