CN204157316U - The grain retracting device of combine - Google Patents

Abstract

A kind of combine, this combine is configured with Drive Section (5) in transverse direction one side of the toe lateral of travel machine body (1); The recess (33) embedded inside body transverse width direction when overlooking is formed in transverse direction one side of the toe lateral of organism frame (4); With under the state embedding the female portion (33), there is the boarding stage portion (34) being directed to described Drive Section (5); Described boarding stage portion (34) is linked to the edge, inner side in the female portion (33) of described organism frame (4) with the state that gapless is connected.

Description

The grain retracting device of combine

The application is application people is Kubota Corp., and the applying date is on March 25th, 2014, is entitled as " the grain retracting device of combine ", and application number is the divisional application of the Chinese patent application of 201420137598.4.

Technical field

The utility model relates to a kind of grain retracting device of the combine for reclaiming the grain through threshing process.

Background technology

At present, inspection opening is formed with through the top of the grain storage hopper of the grain of threshing process in storage, and there is the lid blocking this inspection opening, this lid is from being positioned at the Drive Section side of front part of a body side of grain storage hopper can the state of opening and closing operations to freely swing ground opening and closing (such as, referenced patent document 1).

Patent document 1:(Japan) JP 2010-193797 publication

In above-mentioned existing structure, by making lid open, driver can be stored in the storing state of the grain of the inside of grain storage hopper by the visual confirmation of inspection opening.But in above-mentioned existing structure, can the state of opening and closing operations to freely swing opening and closing, therefore there is following disadvantage from front part of a body side in lid.

Lid is locked maintenance with closed condition, thus maintain the closed condition of lid, but the body vibrations etc. produced along with the traveling of combine, the locking that can produce lid closure state keeps being removed, or the situation that locking confining force dies down, the possibility of result causes lid blown by high wind and be forcibly switched to open mode.Particularly in grain storage hopper by the integrated situation of synthetic resin material, the locking of lid closure state keeps the possibility that is easy to remove larger.

Utility model content

The purpose of this utility model be to provide a kind of can the storing state of visual confirmation grain, and the grain retracting device of combine that durability is improved.

The combine of the utility model first aspect, is configured with Drive Section in transverse direction one side of the toe lateral of travel machine body; The recess embedded inside body transverse width direction when overlooking is formed in transverse direction one side of the toe lateral of organism frame; With under the state embedding the female portion, be configured with the boarding stage portion being directed to described Drive Section; Described boarding stage portion is linked to the edge, inner side in the female portion of described organism frame with the state that gapless is connected.

The combine of the utility model second aspect is on the basis of the combine described in first aspect, and the height of the upper side of described boarding stage portion is identical with the height of the floor section of described Drive Section or roughly the same.

The combine of the utility model third aspect is on the basis of the combine described in second aspect, and the height of the lower end position of described boarding stage portion is identical with the height of the lower end position of described organism frame or roughly the same.

On the basis of the combine of combine in the first to the third aspect described in either side of the utility model fourth aspect, be configured with engine in the lower side of the driver's seat of described Drive Section; Be configured with air-breathing dust cover in the outside of the horizontal side of described driver's seat, described air-breathing dust cover is used for the tempering air of extraneous air as described engine to suck; The position of described boarding stage portion than the laterally side end of described air-breathing dust cover inside body transverse width direction.

In addition, the 5th aspect of the present utility model provides a kind of combine, and be configured with rotation straw shift wheel extracting in portion, the fringe tip side direction rear of planting vertical paddy stalk dials by described rotation straw shift wheel, utilizes lift drive mechanism to be elevated freely; Described Drive Section is configured with console; Reel lift bar is configured in a laterally side end of the guidance panel of the upper surface being arranged at described console, and described reel lift bar indicates the lifting of described rotation straw shift wheel; It is skewed that described reel lift bar is arranged to be located outside the horizontal side of body the closer to upper side.

On the basis of the combine of combine described in the 5th of the utility model the 6th aspect, the hand grip portion of the upper side of described reel lift bar than the laterally side end of described console outside horizontal side.

On the basis of the combine of combine described in the 5th of the utility model the 7th aspect, described guidance panel is configured with handrail, described handrail has vertical extension and puts hand service portion, described vertical extension erects upward from described guidance panel, described hand service portion of putting is horizontal posture, is arranged to be connected with described vertical extension in the mode inside from described vertical extension towards body transverse width direction; The base end part of the lower side of described reel lift bar than the described vertical extension of described handrail inside body transverse width direction, the hand grip portion of the upper side of described reel lift bar than described longitudinal extension part outside body transverse width direction.

On the basis of the combine of combine described in the 6th of the utility model eighth aspect, described guidance panel is configured with handrail, described handrail has vertical extension and puts hand service portion, described vertical extension erects upward from described guidance panel, described hand service portion of putting is horizontal posture, is arranged to be connected with described vertical extension in the mode inside from described vertical extension towards body transverse width direction; The base end part of the lower side of described reel lift bar than the described vertical extension of described handrail inside body transverse width direction, the hand grip portion of the upper side of described reel lift bar than described longitudinal extension part outside body transverse width direction.

On the basis of the combine of combine in five to eighth aspect described in either side of the utility model the 9th aspect, engine is configured with in the lower side of the driver's seat of described Drive Section, air-breathing dust cover is configured with in the outside of the horizontal side of described driver's seat, described air-breathing dust cover be used for the tempering air of extraneous air as described engine is sucked, described reel lift bar than described air-breathing dust cover transverse direction one side end inside body transverse width direction.

Tenth aspect of the present utility model provides a kind of combine, is configured with side panel in the horizontal side of the driver's seat of Drive Section; The vertical chassis configuration one-tenth supporting the After-Body side of described side panel extends to the position near top compared with described side panel; The sunshade member covering the top of described Drive Section is supported on described vertical framework.

According to the utility model, following technique effect can be obtained.

(1) according to the utility model, the inspection opening of toroidal is formed in the upper surface part of the grain reservoir vessel storing grain, therefore, if this inspection opening is opening-wide state, then operator can the grain storing state of inside of visual confirmation grain reservoir vessel by this inspection opening.

Lid and the threaded portion opening and closing be formed in the perimembranous of inspection opening of screw-type are freely screwed together and block inspection opening.In addition, inspection opening, by rotating the lid of this screw-type to remove being screwed together between threaded portion, can be switched to opening-wide state by operator, and can by the storing state of the unlimited visual confirmation grain of inspection opening.

Like this, lid is screwed together in the threaded portion of grain reservoir vessel, even if therefore produce vibrations etc. along with the traveling of body, is screwed together and also can not removes easily at short notice.Its result, can maintain closed condition for a long time well, thus improves durability.

Therefore, it is possible to provide a kind of can the storing state of visual confirmation grain, and durability obtains the grain retracting device of the combine mentioned.

(2) according to the utility model, the lid formed by synthetic resin material is lighter than the lid formed by metal, and therefore operator can carry out opening and closing operations like a cork with lighter labour burden.In addition, synthetic resin material and metal are in a ratio of soft material, and therefore when being screwed together, be easy to the threaded portion coordinating opposite side, compactness is good, even if under the state that body vibrations occur, also can maintain the state of being screwed together for a long time.

(3) according to the utility model, because grain reservoir vessel is formed by synthetic resin material, therefore light than the grain reservoir vessel formed by metal.Its result, can be used in the supporting construction summary that supporting stores this large component of grain reservoir vessel of grain, and can carry out the installation exercise of grain reservoir vessel like a cork.

(4) in combine, there is on front side of the body of grain reservoir vessel the Drive Section carrying out body manipulation etc.Further, in this configuration, on front side of the body of grain reservoir vessel, position is formed with inspection window, therefore, it is possible to from Drive Section side by checking window visual confirmation grain storing state.

(5) in combine, such as pack the pack operation of reclaiming and being stored in the grain of grain reservoir vessel to carry out, less important work person climbs up the body lateral outer side of grain reservoir vessel sometimes.In addition, even do not carry out such pack operation, less important work person is also had to be positioned at the situation of body lateral outer side.

According to the utility model, be formed with inspection window at the body lateral outer side position of grain reservoir vessel, therefore above-mentioned less important work person can by checking window visual confirmation grain storing state.

(6) according to the utility model, inspection opening is formed at the roughly centre position of the body anterior-posterior length of grain reservoir vessel, therefore have when the inside by inspection opening visual grain reservoir vessel from upside, be easy to both sides, front and back on a large scale in, by the advantage of the grain storage condition of visual confirmation grain reservoir vessel inside.

(7) according to the utility model, by grain discharge portion, the grain being stored in grain storage area can be discharged downwards, and grain is loaded collecting bag and reclaims by the pack portion utilizing the downside of grain reservoir vessel to have.

(8) according to the utility model, respectively grain can be discharged in collecting bag from each grain outlet a pair grain outlet, thus carry out pack recovery efficiently.Inspection opening is formed on the position corresponding with the centre position, front and back of a pair grain outlet in front and back, therefore, such as after discharge grain, whether each grain outlet be easy in visual confirmation a pair grain outlet has suitably discharged grain without blocking ground.In addition, even if during carrying out grain storage, the storage stacking states of the upside of each grain outlet in a pair grain outlet also can be being confirmed along with extracting operation, thus be easy to confirm whether entirety is stored grain equably.

(9) according to the utility model, grain can be discharged in collecting bag from each grain outlet a pair grain outlet respectively, and by utilizing and a pair grain outlet skewed pars infundibularis that the corresponding front end arranged is thin respectively, can grain be guided smoothly to flow down, and discharge from grain outlet, thus carry out pack recovery efficiently.

Inspection opening is formed as having the major diameter when overlooking across a pair pars infundibularis in front and back, therefore, be not only from directly over by the situation of inspection opening inside of visual grain reservoir vessel from top, and from oblique upper visual situation, also the storage stacking states on the upside of a pair grain outlet separately can be confirmed, even if therefore body not to be leant out the upside of grain reservoir vessel, also confirmation operation can be carried out with posture easily.

(10) according to the utility model, when grain being stored in grain reservoir vessel, closing position is moved to by making the move operation body in switching mechanism, thus cover grain outlet, when discharging grain, by by move operation body move operation to open position, thus open wide grain outlet.Move operation body by be all formed grain by the upper side electrode support of opening and lower side electrode support clamped supporting, be moved operation in this condition.

Move operation body is to be moved operation from upper and lower both sides by the state stably clamping supporting, therefore, when covering grain outlet, under the disadvantageous state such as not do not cause that grain spills because producing space between grain outlet and move operation body, closed condition can be maintained well.

(11), according to the utility model, when side electrode support link is supported on grain reservoir vessel on making, the inclination of upper side electrode support face can be close to the state of the inclined plane of the pars infundibularis along grain reservoir vessel, thus links fixing.Further, upper side electrode support is formed the vertical face extended from the face one that tilts, and is formed with the upside sliding guide portion integrally extended further from vertical face.

By making the space between the vertical face of the parts of link side electrode support on being formed at and the pars infundibularis of grain reservoir vessel, lower side electrode support can be linked the vertical face being supported on upper side electrode support.

In addition, upside sliding guide portion compared with the grain outlet being positioned at pars infundibularis lower end to the outstanding amount being formed with the width in described space in horizontal side, thus form the wide state of width, therefore, by utilizing sliding guide portion on the upside of this, can stably support for covering grain outlet well and be formed as the move operation body wider than grain outlet.

Accompanying drawing explanation

Fig. 1 is the unitary side view of combine.

Fig. 2 is the overall vertical view of combine.

Fig. 3 is the vertical view of organism frame.

Fig. 4 is the stereogram of organism frame.

Fig. 5 is the vertical view in high floor frame portion.

Fig. 6 is the front view in high floor frame portion.

Fig. 7 is the stereogram in high floor frame portion.

Fig. 8 is the vertical view of the feed path represented from fuel tank supply.

Fig. 9 is the end view of the feed path represented from fuel tank supply.

Figure 10 is the rearview of fuel tank configuration section.

Figure 11 is the side elevation in partial section of body right front.

Figure 12 is the broken section front view of body right front.

Figure 13 is the front view of the supporting structure representing hood.

Figure 14 is the stereogram of the frame structure representing front part of a body.

Figure 15 is the vertical view of the top plate portion framework representing sunshade member.

Figure 16 is the end view of the frame structure representing sunshade member.

Figure 17 is the vertical view of front panel.

Figure 18 is the front view of front panel.

Figure 19 is the end view of the frame structure representing front part of a body.

Figure 20 is the end view of pack recoverer.

Figure 21 is the front view of pack recoverer.

Figure 22 is the end view of pack recoverer.

Figure 23 is the partial sectional view of grain storage hopper.

Figure 24 is the stereogram of grain storage hopper.

Figure 25 is the vertical view of grain storage hopper configuration section.

Figure 26 is the stereogram of the frame structure representing pack recoverer.

Figure 27 is the cutaway view of the supporting structure representing protecting component.

Figure 28 is the stereogram of the supporting structure representing protecting component.

Figure 29 is the stereogram of the supporting structure representing protecting component.

Figure 30 is the longitudinal cross-sectional side view representing switching mechanism.

Figure 31 is the vertical profile front view representing switching mechanism.

Figure 32 is the exploded perspective view representing switching mechanism.

Description of reference numerals

94A grain reservoir vessel; 94A1 top plate portion; 94B lid; 95 pack portions; 96 inspection openings; 97 threaded portions; 104 check window; 107 grain discharge portions; 108 grain outlets; 109 pars infundibularises; 111 switching mechanisms; 112 move operation bodies; Side electrode support on 113; 114 times side electrode support; 122 openings; 123 inclination faces; 124 vertical faces; Sliding guide portion on the upside of in the of 125; 126 openings; Q space

Embodiment

With reference to the accompanying drawings, with regard to the embodiment of the combine involved by the utility model, the situation of the full feed type combine harvester of the example be applicable to as combine is described.

(overall structure)

As shown in Figures 1 and 2; what the full feed type combine harvester in present embodiment had a lifting that to freely swing in the front portion of travel machine body 1 extracts conveying plant 2; travel machine body 1 having Drive Section 5, power part 6, to extract and the paddy stalk that extracts being transported to rear carries out the sheller unit 7 of threshing process and the pack recoverer 8 etc. as grain recoverer by extracting conveying plant 2 on the organism frame 4 with pair of right and left crawler travel device 3, and described pack recoverer 8 reclaims the grain having been carried out threshing process by sheller unit 7 with pack state.

Drive Section 5 is positioned at the anterior right side of travel machine body 1, and grain recoverer 8 is positioned at the rear of this Drive Section 5, has sheller unit 7 in the left side of travel machine body 1.In the downside of the driver's seat 9 of Drive Section 5, there is power part 6.In addition, Drive Section 5 has for avoiding solar radiation to the sunshade member 10 of the driver taken.

In this embodiment, when mentioning left side on body transverse width direction or right side, be with the state definition left and right towards body direction of advance.Therefore, in the main figure made depending on body, left and right is towards towards the opposite with the content of definition.

The power of the engine 11 that power part 6 has is delivered to crawler travel device 3 via not shown traveling transmission mechanism, thus travel machine body 1 freely drives traveling.In addition, the power of engine 11 is delivered to via not shown operation transmission mechanism and extracts conveying plant 2 and sheller unit 7.

(extracting conveying plant)

Below, be described extracting conveying plant 2.

Extract conveying plant 2 to have and extract and backward extract the portion that extracts 12 that width pars intermedia collects, the feedway 13 carried to sheller unit 7 by the paddy stalk extracted by planting vertical paddy stalk, the rotation straw shift wheel 14 held together dialled at the fringe tip side direction rear of planting vertical paddy stalk extracting top, portion 12.

Extract portion 12 and there is the cutter 15 extracting the hairclipper type of planting vertical paddy stalk, the lateral transfer auger 16 collected for the position that keeps left that namely paddy extracted stalk is extracted width to the inlet portion side of feedway 13.Although not shown, feedway 13 has not shown upper group conveyer in the inside of the service tank 13A of tubular, the rearward sheller unit 7 of paddy stalk that extracts collected by lateral transfer auger 16 is carried by it.

Extract conveying plant 2 and swing up and down the axle branch (not shown) being freely supported on and being fixed on organism frame 4 around transverse axis heart P1, be attached at organism frame 4 by scaling operation pivot and extract and extract lift cylinders 17 between portion 12, freely change and regulate oscilaltion position.Consequently can change and extract height by what extract paddy stalk that portion 12 determines, thus can be altered to the portion of extracting 12 subaerial extract work posture and extract portion 12 rise to overhead the non-of specified altitude and extract work posture.

As shown in Figure 2, forwards extend the supporting arm 18 of pair of right and left from the top of the rear end side extracting portion 12, will plant between leading section that rotation straw shift wheel 14 that vertical paddy stalk rearward dials in drives rotatably across a pair supporting arm 18 be supported on about this.

The driving shaft 19 of this rotation straw shift wheel 14 is rotatably supported on the leading section of a pair supporting arm 18, the left and right end portions of this driving shaft 19 has integrally rotate freely and side-looking time squarely the straw shift wheel framework 20 of pair of right and left.In addition, be provided with four support units 21, described support unit 21 is across being erected on this pair of right and left straw shift wheel framework 20, and every root support unit 21 lays respectively at each top at four tops of a pair straw shift wheel framework 20, each support unit 21 is provided with arrange along its length direction multiplely dial in pawl 22.

In addition, be configured with structure known for keeping the posture maintaining body 23 of posture, its structure does not describe in detail.Whether rotate no matter described posture maintaining body 23 rotates straw shift wheel 14, all keep dialling in the posture that pawl 22 extends from support unit 21 downwards.

When driving shaft 19 rotates, the rotation straw shift wheel 14 with this spline structure can under the multiple state dialling in the always downward posture of pawl 22 of maintenance, pair of right and left straw shift wheel framework 20 and four support units 21 are rotated integrally, utilizes multiple pawl 22 of dialling in will extract object paddy stalk and rearward dial in.

The supporting arm 18 of pair of right and left that supporting rotates straw shift wheel 14 is freely swung up and down around the transverse axis heart P2 of base end part by the expanding-contracting action of reel lift cylinder 24, thus can rotate the upper-lower position of straw shift wheel 14 by change and adjustment.

(Drive Section)

Below, the structure of Drive Section 5 is described.

As shown in Figures 1 and 2, console 25 is equipped with on front side of the body of the driver's seat 9 of Drive Section 5, there is on the top of this console 25 front panel 26 as the guidance panel of toe lateral, in the left horizontal side of driver's seat 9, there is the side panel 27 as the guidance panel of horizontal side.

As described above, have power part 6 in the downside of driver's seat 9, the position of driver's seat 9 uprises, and therefore the floor section 5A of Drive Section 5 is also arranged on higher position thereupon.Thus, as shown in Fig. 4, Fig. 6, Fig. 7, organism frame 4 is formed floor section at the position corresponding with the below of Drive Section 5 with the state of ormal weight position above being positioned at than other positions.

As shown in Figures 3 and 4, organism frame 4 have the pair of right and left extended along the longitudinal direction square tube shape main frame portion 4A, be supported on the top of this main frame portion 4A clathrate frame section 4B, be used for being formed the high floor frame portion 4C of floor section 5A at the position corresponding with the below of Drive Section 5 with the state of ormal weight position above being positioned at than other positions.Clathrate frame section 4B is formed by connecting towards frame body 28 and multiple transverse frame body 20 clathrate by multiple front and back.

As shown in FIG. 6 and 7, at the position corresponding with the below of Drive Section 5, high floor frame portion 4C has from clathrate frame section 4B upward with the pair of right and left stringer board parts 30R that longitudinal posture erects, 30L, and by the transverse supports 31 of front and back connected to each other for the upper end of left and right stringer board parts 30R, 30L a pair.Pair of right and left stringer board parts 30R, the left side stringer board parts 30L in 30L are supported on the main frame portion 4A on right side, and right side stringer board parts 30R erects with the state of the front and back being supported on Drive Section towards frame body 28a.In addition, load metal pedal 32 by the top of the stringer board parts 30R across the left and right sides, 30L and utilize bolt and be connected and fixed, forming the floor section 5A of Drive Section 5.

At the position, right side of the front part of a body side of organism frame 4, be formed with the recess 33 embedded inside body transverse width direction when overlooking, with under the state embedding this recess 33, there is the boarding stage portion 34 being directed to Drive Section 5.

Namely, as shown in Figure 5 and 7, position on the right side of the front part of a body of organism frame 4, utilizing before and after the right side of the body rightmost side towards the front and back of the stringer board parts 30R on frame body 28b, right side, Drive Section on the downside of the stringer board parts 30R on right side towards frame body 28a respectively, before and after right side, be formed with recess 33 towards the square tube shape frame body 28c between frame body 28b and the stringer board parts 30R on right side, is the state of the right corners cutting body leading section when the female portion 33 is overlooked.Further, with the state embedding this recess 33, there is boarding stage portion 34.

As shown in Figures 4 to 7, boarding stage portion 34 has the upper side web 37 of the upper end of the support plate 35 of both sides before and after a pair support plate 35 of both sides, front and back, the lower side web 36 linking the bottom of the support plate 35 of both sides, front and back, link.

Before and after the support plate 35 of both sides be formed as that upside width viewed from body fore-and-aft direction is narrow and downside width is wide, inside body the ora terminalis in (left side) and the ora terminalis of downside roughly orthogonal, outside body, the ora terminalis on (right side) is to be more formed as inclination attitude away from the mode of the ora terminalis in (left side) inside body tilts more downward.

Lower side web 36 is that the both ends of the parts of band plate-like are bent into ring-type to equidirectional, be linked to the bottom of the support plate 35 of both sides, front and back across erection, the middle straight line path part 36a along body fore-and-aft direction forms ground floor pin rest portion.The straight line path part 36a of this lower side web 36 than the position, bottom of support plate 35 outside body, and roughly the same with the height of clathrate frame section 4B, thus make driver be easy to leg rest when taking Drive Section 5 from ground.The straight line path part 36a of lower side web 36 is formed with anti-skidding jog 38.

Upper side web 37, in the mode in a part of region of the upper end side of the ora terminalis on (right side) outside the upper edge of the support plate 35 along both sides, front and back and body, is linked to the support plate 35 of both sides, front and back across erection with the state of roughly l-shaped bending viewed from fore-and-aft direction.The horizontal plane 37a of the upper side corresponding with the upper edge of support plate 35 of upper side web 37 and the height of the floor section 5A of Drive Section 5 roughly the same, foreign side on the right side of the body being positioned at the floor section 5A of Drive Section 5 side by side.Second layer pin rest portion is formed by the horizontal plane 37a of this upper side.By such structure, the horizontal plane 37a of upper side becomes the state be connected with the floor section 5A of Drive Section 5, and the floor essence area of the floor section 5A of Drive Section 5 can be made to increase.

Before and after both sides support plate 35 body inside the ora terminalis in (left side) be fixedly linked on the lateral surface of stringer board parts 30 on right side and the front and back of the Drive Section lateral surface towards frame body 28a integratedly.In addition, the trailing flank of the support plate 35 of rear side is fixedly linked on before and after right side respectively integratedly towards the leading section of the leading section of frame body 28b and square tube shape frame body 28c.Therefore, boarding stage portion 34 is linked to the edge, inner side of recess 33 with gapless attached state, and the female portion 33 is formed at the position, right side of the front part of a body side of organism frame 4.

Below, the supporting structure of console 25 and side panel 27 is described.

As shown in Figure 14 and Figure 19, there is in the upside of high floor frame portion 4C the console framework 39 of supporting console 25, and have with the side panel framework 40 of the state support side panel 27 be connected with this console framework 39.

Console framework 39 has tabular supporting mass 41 and is arranged at the longitudinal support body 42 of right-hand end of console 25, the width of described tabular supporting mass 41 covers the whole width in the body transverse width direction of console 25, extend along the vertical direction, described tabular supporting mass 41 links integratedly with longitudinal support body 42.The toe lateral of console 25 is covered by the front shroud 43 be made up of synthetic resin material.This front shroud 43 utilizes the holding screw 44 of the left and right sides to be fixed on tabular supporting mass 41.Although not shown, tabular supporting mass 41 is L-type when both sides, body transverse width direction are bent into overlook in the mode extended along the longitudinal direction, thus improves bearing strength, and the bottom of tabular supporting mass 41 is linked to the stringer board parts 30R of the left and right sides, 30L.

The pipe part that longitudinal support body 42 is extended by the above-below direction along console 25 is formed, and the stringer board parts 30R on bottom and right side links.And the extended one-tenth of upper side is than front panel 26 near top, and bend portions extended is upward that main apparent time is L-type and forms handrail 45.Therefore, as shown in figure 18, handrail 45 have vertical extend 45a and be connected with this vertical extension 45a put hand service portion 45b in horizontal posture, described vertical extension 45a with the state be connected continuously with longitudinal support body 42 to erect than the mode of front panel 26 near top.

As shown in figure 14, roughly formed in L-type when side panel framework 40 is overlooked by making square tube part bend to, there is the front and back extension 40b towards posture before and after the horizontal extension 40a and body of the horizontal posture extended below of console 25, described front and back extension 40b is with the state be connected with described horizontal extension 40a, and laterally the downside of plate 27 extends on body fore-and-aft direction.Further, horizontal extension 40a links the tabular supporting mass 41 being supported on console framework 39, and the front part of a body side of front and back extension 40b utilizes longitudinal union body 46 to link the top being supported on gearbox 47.In addition, the body rear end side of front and back extension 40b links in the rearward end of side panel 27 the vertical framework 48 being supported on the square tube shape erected from organism frame 4.

Be linked with the link bracket 49 be made up of angle steel at the left surface of vertical framework 48, this link bracket 49 is in (left side) extension inside body in cantilever manner.In addition, be linked with the web 40c of longitudinal posture in the body rear end side of front and back extension 40b integratedly, the vertical facial 49a linking the toe lateral of bracket 49 utilizes bolt to be connected with web 40c and links under the state be close to.Therefore, side panel framework 40 and vertical framework 48 link and utilize the rearward end of vertical framework 48 support side panel 27.

As shown in figure 17, front panel 26 is configured with key switch 50, for reel lift action bars 53, the above-mentioned handrail 45 etc. of reporting various abnormal emergency warning lamp 51, carry out the manipulation operations bar 52 of the rotation process of body, carry out the descending operation rotating straw shift wheel 14.

Manipulation operations bar 52 makes not shown rotation operating mechanism work, thus by the swinging operation of left and right directions, body is rotated up in the side of operation.In addition, manipulation operations bar 52 in the longitudinal direction also swinging operation freely, make to extract lift cylinders 17 by the swinging operation of fore-and-aft direction and work, thus make to extract conveying plant 2 and decline or rise.

Handrail 45 extends to the top of the left and right pars intermedia of front panel 26 to the left from the right-hand end of the upper end of console 25.And handrail 45 is configured to the cantilever support state only supported by base end side, thus when operating key switch 50 or observing emergency warning lamp 51, obstacle can not be become.In addition, the hand service portion 45b that puts of handrail 45 is positioned near the rear side of manipulation operations bar 52, can be used as the supporting station hand of manipulation action bars 52 being carried out to bearing support.

As shown in figure 17, reel lift action bars 53 is arranged to insert the guide hole 54 of the right-hand end being formed at front panel 26 and is extended upward.Further, as shown in figure 18, reel lift action bars 53, in the hand hand-held operation portion 53A of the upper end side mode that foreign side is outstanding to the right compared with the right-hand end of console 25, is configured to more past upside and is located the skewed of right side.

The panel that the vertical extension 45a of handrail 45 is positioned at reel lift action bars 53 is inserted near the rear side at position.As mentioned above, the more past upside of reel lift action bars 53 tilts more to the right, main apparent time hand-held operation portion 53A than handrail 45 position near right side foreign side.By such structure, that can not hindered by handrail 45 with operation in good condition operates reel lift action bars 53.

As shown in Figure 2, side panel 27 is configured with main shift lever 55, secondary gear lever 56, extract clutch lever 57, threshing clutch lever 58 etc., the variable speed operation of main transformer speed variator (not shown) of described main shift lever 55 for carrying out running and driving system and having, the variable speed operation of secondary speed-changing device (not shown) of described secondary gear lever 56 for carrying out running and driving system and having, the described clutch lever 57 that extracts is for carrying out the connected sum opening operation to the transmission extracting conveying plant 2, described threshing clutch lever 58 is for carrying out the connected sum opening operation of the transmission to sheller unit 7.

As shown in Figure 11 to Figure 13, driver's seat 9 mounting is supported on the upper side of the hood 59 of the top covering power part 6.The upper side 60 of hood 59 is connected with side panel 27 in the horizontal with the height roughly the same with side panel 27.In addition, the upper side 60 of hood 59, anterior face 61 and rear 62 become the structure closed by plate body, and the right side of hood 59 is opened wide to import the extraneous air of engine cool, and left side is opened wide to discharge cooled air draft.

Have air-breathing dust cover 64 on the right side of hood 59, described air-breathing dust cover 64 has the dust-proof dictyosome 63 for being sucked as engine cool wind by extraneous air.There is at the position relative with air-breathing dust cover 64 of power part 6 radiator 65 for utilizing extraneous air cooled engine 11.Air-breathing dust cover 64 links with hood 59 integratedly.

As shown in Figure 2, the outboard end of air-breathing dust cover 64 is positioned at the rightmost side in whole body, boarding by stage portion 34 than the right-hand end position of air-breathing dust cover 64 near the inner side in body transverse width direction.It should be noted that, in fig. 2, illustrate the outwardly directed state of auxiliary step 163 described later, but when non-operation, auxiliary step 163 is retracted inside body, thus than air-breathing with the right-hand end position of dust cover 64 inside body transverse width direction.

Hood 59 swings around the axle center P3 of body fore-and-aft direction and is freely supported on organism frame 4 together with air-breathing dust cover 64 and driver's seat 9.Namely as shown in Fig. 4, Figure 11 to Figure 13, bottom outside the body of hood 59 and two positions that fore-and-aft direction separates, be fixed on fulcrum bracket 66 on organism frame 4 and the supporting arm 18 extended from the bottom of hood 59 utilize be positioned at front and back same axle center P3 towards fulcrum pin 67 swing freely pivot suspension and link.And, hood 59 by the fulcrum pin 67 of both sides before and after utilizing before and after body towards axis swing, the closed condition (state represented by solid line in Figure 13) above covering engine 11 and make freely to switch between the unlimited opening-wide state (state be illustrated by the broken lines in Figure 13) in the top of engine 11.

By utilizing the lockable mechanism 68 with known features, hood 59 can be remained on the position of closed condition, and under normal job state, hood 59 is maintained closed condition, and described lockable mechanism 68 is freely switched between lockup state and locking disarm state by the swing of bar.Further, when carrying out the upkeep operations such as inspection to engine 11 and relative parts, being switched to opening-wide state by removing the hold mode of lockable mechanism 68, thus upkeep operation is easily carried out.

In order to keep the position of hood 59 under opening-wide state, be configured with rope 69.Namely as shown in figure 13, the upper side position outside one end of rope 69 and the body of hood 59 trailing flank links, and the other end and the lower side supporting station described later 70 (air cleaner supporting platform) be fixed on vertical framework 48 of rope 69 link.This rope 69 at hood 59 for being relaxed state during closed condition, when hood 59 is switched to opening-wide state and stretches out laterally, rope 69 becomes tensioning state, thus stops hood further to swing, and can keep the position of hood 59 thus.

As mentioned above, the vertical framework 48 at the rear portion of support side panel 27 extends to the position near top compared with side panel.Further, at the position extended upward compared with side panel 27 of this vertical framework 48, be supported with the air cleaner 71 of engine air feed respectively and suck extraneous air and the coarse filter 72 supplied to air cleaner 71.

When air cleaner 71 and coarse filter 72 are to overlook overlap and air cleaner 71 be positioned at downside and coarse filter 72 be positioned at upside state arrange along the vertical direction.

As shown in figure 14, vertical framework 48 is formed as square tube shape, extends along the vertical direction.Be linked to the web 73 of the flat-hand position of the bottom of this vertical framework 48 by bolt link integratedly, thus make this vertical framework 48 be supported on organism frame 4.

Below, the mounting structure of air cleaner 71 is described.

As shown in Figure 11 to 14, have from the extended lower side supporting station 70 of vertical framework 48 in the position that the ratio side panel 27 of vertical framework 48 is slightly high, described lower side supporting station 70 is as the air cleaner supporting platform of mounting support air cleaner 71.

Lower side supporting station 70 has with the state that one is connected to be accepted and the mounting portion 70A of the flat-hand position supplying support air cleaner 71 to load and the vertical facial 70B to longitudinal posture that mounting portion 70A reinforces.Vertical facial 70B is made up of the plate body of roughly triangularity shape, and its end side is linked fixing with longitudinal posture of the trailing flank along vertical framework 48, and vertical facial 70B is arranged to extend with state outstanding on the right side of body.

The shape of mounting portion 70A is: make the both ends of the plate body of rectangle bend l-shaped, has the wide cut part 70A1 of mounting in central authorities, has the bending part 70A2 reinforced in its both side ends.The wide cut part 70A1 of this mounting portion 70A is positioned at upside and a pair bending part 70A2 is positioned at downward the both sides in body transverse width direction, and the state that this mounting portion 70A is close to the side of the front part of a body side of vertical facial 70B with After-Body side edge, bending part 70A2 is close to the right flank of vertical framework 48 is linked fixing integratedly.

As shown in Figure 11 to Figure 13, air cleaner 71 is placed in the mounting portion 70A of lower side supporting station 70, and is bolted and is fixed.And, air cleaner 71 is positioned at the position on front side of body compared with vertical framework 48, is positioned at the position near right side (outside body transverse width direction) compared with the left surface (end inside body transverse width direction) of vertical framework 48.

As shown in figure 13, air cleaner 71 is than state support near top of the outer end motion track J of hood 59 in vertical framework 48, and described outer end motion track J is the outer end motion track of hood 59 in off position and between opening-wide state during swinging operation.Therefore, it is possible to the state not becoming obstacle when the swinging operation of hood 59, vertical framework 48 is utilized to support air cleaner 71 with simple structure.

In addition, the other end of the rope 69 of the position maintenance of hood 59 utilizes steady pin 74 link to be fixed on the vertical facial 70B of lower side supporting station 70.

Below, the mounting structure of coarse filter 72 is described.

As shown in Figure 11, Figure 12 and Figure 14, have the upper side supporting station 75 of the coarse filter supporting station as mounting supporting coarse filter 72 in the position slightly lower than the upper end of vertical framework 48, described upper side supporting station 75 is extended in cantilever manner from vertical framework 48 to front part of a body side.

The angle steel that upper side supporting station 75 is L-type by the cross section of the vertical facial 75B of the level face 75A and reinforcing with mounting supporting is formed.Level face 75A is formed the recess 76 for making coarse filter 72 embed.

Coarse filter 72 has the cleaner main body 72A in large footpath in upper side, there is with the state of giving prominence to downwards from the central portion of cleaner main body 72A the aspiration column portion 72B of the path of being discharged downwards by the extraneous air eliminating dust, with the state of surrounding aspiration column portion 72B, there is flange part 72C in the bottom of cleaner main body 72A.

Under the state that aspiration column portion 72B embeds the state of recess 76 and flange part 72C is placed in level face 75A, by flange part 72C bolt being connected to level face 75A, thus fixed installation coarse filter 72.As shown in figure 12, to indulge the upper end of framework 48 high for the aspect ratio of the upper end of coarse filter 72.

Air cleaner 71 is formed upper end upward opening, for importing the importing cylinder portion 71A of extraneous air (air), this importing utilizes with the expelling tube portion 72B of cylinder portion 71A and coarse filter 72 being connected with flexible pipe 77 of extending along the vertical direction and connects.Connection flexible pipe 77 is made up of soft materials such as rubber, and connecting portion utilizes fixture 78 fastening, thus prevents extraneous air to be mixed into.

The left end of air cleaner 71 has the air feed cylinder portion 71B for supplying the clean air after by cleaner (not shown) to engine 11.The air feed path of this air feed cylinder portion 71B is bent to L-type, makes the flow direction of the air of laterally discharging from air cleaner 71 change over downwards, discharges from the position under shed.

The downside of air feed cylinder portion 71B is connected to as the air feed flexible pipe 79 carrying out the air supply pipe of air feed from air cleaner 71 to engine 11.This air feed flexible pipe 79 is positioned at left side (inside body transverse width direction) relative to vertical framework 48, extends in the vertical direction.This air feed flexible pipe 79 is after inserting the inserting hole 80 be formed on side panel 27, extended to the air feed position (not shown) to engine 11 supply in power part 6.Air feed flexible pipe 79 is made up of soft materials such as rubber, and connecting portion utilizes fixture 81 fastening, thus prevents extraneous air to be mixed into.

Below, the sunshade member 10 of the top covering Drive Section 5 is described.

Sunshade member 10 is supported on vertical frame section 48.Namely as shown in Fig. 1, Figure 11 and Figure 14, be formed with square opening in the upper end of the vertical framework 48 being formed as square tube shape, sunshade member 10 inserts the upper end open portion 82 of this vertical framework 48 state with its pillar 83 is supported.The top plate portion 84 of this sunshade member 10 is arranged on higher position, also can not be hindered when Drive Section 5 one-tenth stance to make driver.

As shown in Fig. 1 and Figure 16, the top plate portion 84 of sunshade member 10 utilizes pillar 83 in supporting in cantilever manner, and top plate portion 84 is rectangle when overlooking, and its length along body fore-and-aft direction is long, and the length along body transverse width direction is short, links with the upper end of pillar 83.In addition, top plate portion 84 is supported with the state slightly tilted, and the mode being more located top with the bond sites from itself and pillar 83 to front part of a body side tilts.

Pillar 83 is formed as the square configuration roughly the same with the upper end open portion 82 of vertical framework 48, and this pillar 83 inserts the upper end open portion 82 of vertical framework 48.When pillar 83 being inserted the upper end open portion 82 of vertical framework 48, mutually embedding with square chimerism, therefore sunshade member 10 around the position of vertical axis limit by square chimerism, thus make top plate portion 84 do not occur in the lateral direction position skew, the top of Drive Section 5 can be covered well.

To link with the upper end of pillar 83 and the top plate portion framework 85 in top support plate portion 84 has the perimembranous supporting mass 86 that the circumference along top plate portion 84 is arranged to ring-type, the clathrate supporting mass 87 extended in clathrate on whole of top plate portion 84.

As shown in figure 15, perimembranous supporting mass 86 be by by pipe part to overlook time be bent into substantially rectangular along the mode of the peripheral part of top plate portion 84 and formed, the both side ends of the length direction of perimembranous supporting mass 86 all links, in being supported on pillar 83 in cantilever manner with the upper end one of pillar 83.

Front and back become clathrate with lateral support unit bodies 87B with the state alignment separating appropriate intervals towards supporting unit bodies 87A, and front and back are interconnected towards the supporting position that unit bodies 87A and lateral support unit bodies 87A is overlapping, thus form clathrate supporting mass 87, the both sides that described front and back are the band plate of the anterior-posterior length being equivalent to top plate portion 84 towards supporting unit bodies 87A are bent into generally l-shaped shape to equidirectional, described lateral support unit bodies 87B is that the both sides of the band plate of the left and right length being equivalent to top plate portion 84 are bent into generally l-shaped shape to equidirectional.In addition, this clathrate supporting mass 87 links with perimembranous supporting mass 86, forms the top plate portion framework 85 in top support plate portion 84.Cover plate 88 utilizes bolt to connect and is separately fixed at multiple front and back towards on supporting unit bodies 87A and multiple lateral support unit bodies 87B.

Have the reinforcement feature 89 of inclination attitude, described reinforcement feature 89 links the pars intermedia up and down of position and the pillar 83 separated from the bond sites linked with pillar 83 of perimembranous supporting mass 86.

Specifically, as shown in Figure 15 and Figure 16, reinforcement feature is configured to front and back a pair with the state linked respectively with the toe lateral end and rear portion side end of the perimembranous supporting mass 86 be made up of pipe part.Utilize this structure, improve by pillar 83 bearing strength in the position in top support plate portion 84 in cantilever manner.

As shown in figure 14, pillar 83 up and down way in position two sides, front and back on be formed with locking protrusion 90, described locking protrusion 90 for pillar 83 being locked to the top ora terminalis of vertical framework 48, thus restriction pillar 83 insert further.Therefore, constitute by this locking protrusion 90 the detent mechanism K1 that restriction pillar 83 inserts the insertion depth in upper end open portion 82.

Be locked the state of projection restriction with the insertion depth of pillar as above, on pillar 83 and vertical framework 48, be formed with the inserting hole 91 laterally inserted respectively at two positions separated up and down.By taking the lead pin 92 to the insertion of these inserting holes 91, prevent pillar 83 from departing from.In addition, utilize anti-falling piece 93 to prevent from taking the lead pin 92 to depart from.Therefore, utilize be formed at pillar 83 and vertical framework 48 each inserting hole 91, take the lead pin 92, anti-falling piece 93, constitute the escapement K2 preventing pillar 83 from departing from.

(grain recoverer 8)

Below, grain recoverer 8 is described.

Grain recoverer 8 has storage and has been carried out the grain storage hopper 94 of the grain of threshing process by sheller unit 7, the grain of discharging from grain storage hopper 94 has been loaded the pack portion 95 etc. of collecting bag.

Below, grain storage hopper 94 is described.

Grain storage hopper 94 has the funnel body 94A (example of grain reservoir vessel) using synthetic resin material to be integrally formed by blow molding, the lid 94B using synthetic resin material to be integrally formed.Namely as shown in figure 24, be formed with the inspection opening 96 of toroidal in the upper surface part of funnel body 94A, be formed with threaded portion 97 in the perimembranous of this inspection opening 96.As shown in figure 23, lid 94B is also formed with threaded portion 98, by making this threaded portion 98 and being formed at the threaded portion 97 of inspection by the perimembranous of opening 96 and being threadedly engaged and being connected, opening and closing can freely blocks inspection opening 96.

As shown in figure 20, be formed with multiple longitudinal rib 99 while the outer peripheral face of lid 94B separates predetermined distance, thereby, it is possible to utilize longitudinal rib 99 on-slip when making lid 94B rotate thus prevent idle running, easily can carry out opening and closing operations.

In addition, as shown in figure 23, the recessed channel 100 being formed with the ora terminalis embedding for the threaded portion 97 of funnel body 94A for a week of the inboard end inside lid 94B.Although the encapsulants such as packing ring can be received in this recessed channel 100, but in this embodiment, the storage capacity sensor S1 (with reference to Figure 20) of pressure sensing type is employed in order to detect the grain storage capacity of grain storage hopper 94 inside, because the high-air-tightness of grain storage hopper 94 inside is the main cause that storage capacity sensor S1 produces misoperation, so do not install encapsulant.

At the lateral opening in the left side (inside body transverse width direction) of grain storage hopper 94, thus mouth 101 is moved in formation, mouth 101 is moved into by this, embed inner to passing out to the raise up feeding terminal portion of grain conveyor 102 of conveying of outside grain from sheller unit 7, grain conveyor 102 is from the inside supply grain of outlet 103 to grain storage hopper 94 being arranged on upper end.

As shown in figure 24, outside position and body horizontal stroke, (left side) position being formed on front side of the body of grain storage hopper 94 can the inspection window 104 of inside of visual grain storage area.This inspection window 104 is formed with inserting hole 105 in the wall portion of grain storage hopper 94, and arranges transparent panel 106 in the inner side of inserting hole 105, installs fixing transparent panel 106 by bolt consolidation from the outside of grain storage hopper 94.

By arranging such inspection window 104, take in Drive Section 5 driver, be positioned at the horizontal side of body less important work person can by the grain storing state of the inside of detection window 104 visual confirmation grain storage hopper 94.

As shown in Figure 20 to Figure 22, the bottom of grain storage hopper 94 has the grain discharge portion 107 of freely being discharged by grain downwards.Grain discharge portion 107 has tandem a pair grain outlet 108, and have that correspond respectively to a pair grain outlet 108, that front end is thin skewed pars infundibularis 109, described pars infundibularis 109 guides the grain stored to flow down to each grain outlet 108.

A pair grain outlet 108 is formed as spaced apart on body fore-and-aft direction, and opening is orthogonal respectively when overlooking.In addition, as shown in Figure 30 and Figure 31, pars infundibularis 109 is formed as funnel-form relative to each grain outlet 108 in a pair grain outlet 108, and described funnel-form has the inclined plane 110 for guiding the grain of storage to flow down to grain outlet 108 respectively in both sides, front and back and the left and right sides.

As shown in Figure 24 and Figure 25, the inspection opening 96 being formed in the upper surface part of grain storage hopper 94 is formed in the roughly centre position of the body anterior-posterior length of grain storage hopper 94, and across a pair, front and back pars infundibularis 109 when being formed as overlooking.Specifically, the leading section of inspection opening 96 is arranged in the pars infundibularis 109 corresponding with the grain outlet 108 of toe lateral near the position of the back-end location of grain outlet 108, and the rearward end of inspection opening 96 is arranged in the pars infundibularis 109 corresponding with the grain outlet 108 of rear portion side near the position of the front position of grain outlet 108.Thus, inspection is with opening 96 with the mode opening on a large scale across the position near both sides, front and back grain outlet 108, and driver, by opening lid 94B, can confirm the grain storing state of the inside of grain storage hopper 94.

Grain discharge portion 107 has and distinguishes corresponding a pair, front and back switching mechanism 111 with a pair grain outlet 108, described switching mechanism 111 freely switches between the open mode allowing grain to discharge from grain outlet 108 and the closed condition stoping grain to be discharged.Below, with reference to Figure 30 to Figure 32, the structure of switching mechanism 111 is described.

As shown in the figure, a pair, front and back switching mechanism 111 has the shield 112 as move operation body of tabular respectively, with grain by the state that is communicated with grain outlet 108 of opening link the upper side electrode support 113 being supported on grain storage hopper 94, with grain by the state that is communicated with grain outlet 108 of opening link the lower side electrode support 114 being supported on upper side electrode support 113, described shield 112 moves freely operation in the horizontal direction between the open position and the closed position of covering grain outlet 108 of unlimited grain outlet 108, shield 112 clamps supporting by upper side electrode support 113 and lower side electrode support 114.

Shield 112 is formed grain by inserting hole 115, and shield 112 is set in the open position making inserting hole 115 be communicated with grain outlet 108 and makes inserting hole 115 move freely operation in the horizontal direction between the closed position that grain outlet 108 offsets.

Further illustrate, as shown in figure 32, shield 112 is made up of roughly rectangular plate body, the end side of its length direction be formed grain by inserting hole 115, be formed with the inserting hole 117 for the formation of hand-held operation portion 116 in another side of its length direction.The shielding portion 118 for making grain outlet 108 become closed condition is formed at the central portion of length direction.

Be formed with the closed position fastener 119 of the position for limiting shield 112 in closed position at the position near another side compared with shielding portion 118, be formed with the open position fastener 120 for the position at open position restriction shield 112 in the end side end of length direction.In addition, the lateral shift limiting unit 121 of restriction shield 112 position skew is in the longitudinal direction formed in the both side ends in the short direction (fore-and-aft direction) of the length of shield 112.

Upper side electrode support 113 using as grain by the state that is communicated with grain outlet 108 of the inserting hole 122 of opening link and be supported on grain storage hopper 94, and be positioned at the upside of shield 112.

That is, sheet material bends and is formed by upper side electrode support 113, be integrally formed the inclination face 123 of the inclined plane of the pars infundibularis 109 along grain storage hopper 94, extend along the vertical direction vertical facial 124, by the upside sliding guide portion 125 of the upper surface side of shield 112 supporting for making this shield 112 free sliding, thus form upper side electrode support 113.

Further illustrate, as shown in figure 32, the face 123 that tilts lays respectively at both sides, front and back with vertical face 124 with the state be connected continuously, the upside sliding guide portion 125 being formed with inserting hole 122 to be positioned at the front and back pars intermedia of vertical facial 124 of both sides before and after this with vertical facial 124 states be connected of both sides, front and back, and is integrally formed.

Upper side electrode support 113 to be communicated with inserting hole 112 with the grain outlet 108 of grain storage hopper 94 and the state be close to respectively with the inclined plane 110 of the both sides, front and back of the pars infundibularis 109 of grain storage hopper 94 of the inclination face 123 being positioned at both sides, front and back, is bolted and is installed on grain storage hopper 94.

Lower side electrode support 114 using as grain by the state that is communicated with grain outlet 108 of the inserting hole 126 of opening link and be supported on upper side electrode support 113, and support the downside of shield 112.

Namely as shown in figure 32, link the downside sliding guide portion 127 of lower face side slidably supporting shield 112, the tubular guide portion 128 guided by the grain of discharge downwards by one, be used for the link support 129 that links with upper side electrode support, form lower side electrode support 114.

Downside sliding guide portion 127 is formed inserting hole 126, and this inserting hole 126 is positioned at the position corresponding with the inserting hole 122 of upside sliding guide portion 125.Tubular guide portion 128 is formed as square tube shape, is positioned at the downside of downside sliding guide portion 127, is communicated with accordingly with inserting hole 126.In downside sliding guide portion 127, the inner peripheral of inserting hole 126 is integrally formed with the bent sheet 130 of bending l-shaped, this bent sheet 130 is linked to the inner surface of tubular guide portion 128, downside sliding guide portion 127 and tubular guide portion 128 is linked fixing thus integratedly.

Be provided with the extending 131 be made up of soft material in the downside of tubular guide portion 128, grain can guide to collecting bag F by this extending 131, and can be easily deformable and dodge when collecting bag F moves.This extending 131 utilizes banded connecting piece 132 to be fixed on tubular guide portion 128.

Have a pair link support 129 in both sides, front and back, the link support 129 of both sides, front and back has following structure respectively.

Namely have arrange with the state of the outer peripheral face along tubular guide portion 128 the first vertical face portion 129A, be connected with this first vertical face portion 129A and the mode walking around the shield 122 wider than tubular guide portion 128 width extend in the horizontal direction horizontal surface portion 129B, be connected and the extend along the vertical direction second vertical face portion 129C with this horizontal surface portion 129B.First vertical face portion 129A is fixedly linked on the outer peripheral face of tubular guide portion 128, and the second vertical face portion 129C is bolted and is mounted on vertical facial 124 of side electrode support 113.

The pars infundibularis 109 of grain storage hopper 94 extends formation downwards from vertical facial 124 positions linked with upper side electrode support 113, at this position, at upper side electrode support 113 between vertical facial 124 and the inclined plane 110 of grain storage hopper 94, be formed with space Q along body fore-and-aft direction.By forming such space Q, to link with second of support 129 the vertical face portion 129C and vertical facial 124 of upper side electrode support 113 carry out bolt be connected operation or field-strip time, this space Q can be utilized to carry out operation.

The state that shield 112 extends along body transverse width direction with its length direction is clamped by upside sliding guide portion 125 and downside sliding guide portion 127, is freely supported along body transverse width direction move operation.Make this shield 112 mobile to (right side) inside body transverse width direction, closed position fastener 119 abut with the ora terminalis of downside sliding guide portion 127 and limit this shield 112 further mobile time, shielding portion 118 becomes the closed condition of covering grain outlet 108.In addition, mobile to (left side) outside body transverse width direction at shield 112, open position fastener 120 abut with the ora terminalis of downside sliding guide portion 127 and limit this shield 112 further mobile time, inserting hole 115 is positioned at the below of grain outlet 108, thus switches to open mode.

Below, the supporting structure for supporting grain storage hopper 94 is described.

As shown in Figure 25 and Figure 26, there is the toe lateral of supporting grain storage hopper 94 and a pair, the front and back funnel scaffold 140 of rear portion side.By a pipe part as bar-like member is bent to generally l-shaped, the lateral extensions 140A being integrally formed upper extension in the horizontal direction, the longitudinal extension part 140B extended downwards with the state connected continuously from an end of this lateral extensions 140A, thus form this funnel scaffold 140.Thus form this funnel scaffold 140.Body transverse width direction medial end as the other end of lateral extensions 140A is supported on the sidewall portion 7A of sheller unit 7, and the bottom of longitudinal extension part 140B is supported on organism frame 4.

The front and back both side ends of grain storage hopper 94 is formed the flange part 141 be integrally formed by ester moulding, in front and back, the pars intermedia in the body transverse width direction of the lateral extensions 140A of a pair funnel scaffold 140 has the installation bracket 142 as funnel installation portion, be bolted, the flange part 141 being formed at the both sides, front and back of grain storage hopper 94 linked and is fixed on installation bracket 142 that a pair, front and back funnel scaffold 140 has respectively.

In the funnel scaffold 140 of a pair, front and back, the funnel scaffold 140 being positioned at After-Body side has the pars intermedia pillar 143 as middle extension, described pars intermedia pillar 143 links with the middle part of the length direction of lateral extensions, extend along the vertical direction, and bottom is supported on organism frame 4.This pars intermedia pillar 143 is made up of the pipe identical with funnel scaffold 140, with extended from the lateral extensions 140A state that one is connected downwards.

For the funnel scaffold 140 being positioned at front part of a body side, the middle part of the length direction of lateral extensions 140A is fixedly linked on vertical framework 48, thus is supported.Namely as shown in Figure 21 and Figure 22, the trailing flank of vertical framework 48 links and is fixed with the bracket 144 that cross section is L-type, be fixedly attached to bracket 144 to be bolted from the lateral extensions 140A flange part 145 of the securing elongated setting of state that side is given prominence to forward.

Therefore, relative to the funnel scaffold 140 being positioned at front part of a body side, vertical framework 48 plays the effect as middle extension, and the middle part of the length direction of this middle extension and lateral extensions 140A links, extend along the vertical direction, and bottom is supported on organism frame 4.

In addition, on the funnel scaffold 140 being positioned at front part of a body side, the substantially l-shaped bend be connected of lateral extensions 140A and longitudinal extension part 140B has reinforcement feature 146.As shown in FIG. 28 and 29, reinforcement feature 146 has front side plate body 147 and rear side plate body 148, described front side plate body 147 is in an inclined direction by connected to each other for the leading section of the lateral extensions 140A and longitudinal extension part 140B that are positioned at the funnel scaffold 140 of front part of a body side, and described rear side plate body 148 is in an inclined direction by connected to each other for the rearward end of lateral extensions 140A and longitudinal extension part 140B.Pair of plate-shaped body 147, the rear side plate body 148 in 148 is extended to front side board shape body 147 by the downside of funnel scaffold 140 and is formed, and these plate bodys 147,148 link in the mode that cross section is generally u-shaped.

This reinforcement feature 146 is utilized to be supported with protecting component 149, this protecting component 149 freely changes posture between effect posture (state represented by solid line in Figure 21) outstanding outside the horizontal side of body and the storage posture (state in Figure 21 represented by imaginary line) of keeping out of the way inside body, and described protecting component 149 accepts the back that the less important work person packing operation is carried out in supporting.

That is, as shown in figure 27, have through and be supported on the plate body 147 of the both sides, front and back of reinforcement feature 146, pivot suspension shaft sleeve part 150 between 148, utilize the fulcrum 151 being supported on this pivot suspension boss portion 150 rotatably mountedly, supporting protecting component 149 freely before and after body axle center P5 rotates, thus make protecting component 149 in effect posture and receive between posture and freely change posture.

Protecting component 149 is formed by bending to generally l-shaped by bar-like member, and base end side position utilizes fulcrum 151 to be supported on funnel scaffold 140 rotatably mountedly, has the supporting role portion 149A extended along body fore-and-aft direction in free end side.Supporting role portion 149A is attached to the guard block 152 that soft material is formed.

As shown in Figure 26 to Figure 29, have the undertaking support 153 accepting supporting protecting component 149 when being in effect posture, described undertaking support 153 is fixedly linked on funnel scaffold 140 and reinforcement feature 146.Undertaking support 153 has undertaking body 153a and lower support body 153b, described undertaking body 153a are positioned at the downside of the protecting component 149 being in effect posture and are formed as generally l-shaped when body fore-and-aft direction is seen; Described lower support body 153b forms by bending to generally l-shaped plate body when overlooking and supports undertaking body 153a from below.The upper side of undertaking body 153a has the buffer unit 153c be made up of elastomeric material.

In addition, be formed with carrier 154, described carrier 154 is that the rear side plate body 148 of reinforcement feature 146 extends to the front side of the bond sites linked with front side plate body 147 and formed, and accepts protecting component 149 when switching to storage posture.

As shown in Figure 27 and Figure 28, have the lock pin 156 freely embedding and be sticked in the inserting hole 155 be formed on protecting component 149 in the position corresponding with the storage posture of protecting component 149 of reinforcement feature 146, described lock pin 156 can be exerted a force by spring 157 and move to embedding direction.Therefore, when protecting component 149 moves to storage posture, lock pin 156 is directed on outer peripheral face, thus automatically embeds inserting hole 155 and engage, and can carry out position maintenance thus under storage posture to protecting component 149.It should be noted that, when removing position and keeping, the force overcoming spring 157 by making lock pin 156 outwards movement can realize removing.

A pair, the front and back installation bracket 142 linked with the flange part 141 of grain storage hopper 94 have in longitudinally and front and back towards the funnel installation portion 142a of posture, the flange part 141 of grain storage hopper 94 is bolted and links and be fixed on this funnel installation portion 142a.In addition, a pair, front and back installation bracket 142 is formed with the bend 142b in flat-hand position, and described bend 142b extends transversely portion 140A extended direction (body transverse width direction) from the bottom of funnel installation portion 142a extends.Further, a pair, front and back installation bracket 142 is formed with the handrail installation portion 142c in longitudinal posture, the extended direction that described handrail installation portion 142c extends transversely portion 140A from the horizontal side end of funnel installation portion 142a extends.

Between the handrail installation portion 142c that a pair, front and back installation bracket 142 is respective, construction company has armrest member 158, and described armrest member 158 freely carries out hand-held operation for less important work person, is arch when overlooking.That is, pipe part bends and is formed by handrail 158, and its both side ends is pressed into flat, this plat part utilize respectively bolt connect and link be fixed on before and after installation bracket 142 handrail installation portion 142c on, when overlooking be arch shape set up link.Therefore, armrest member 158 is supported on lateral extensions 140A.

Below, pack portion 95 is described.

As shown in Figure 22, Figure 25 and Figure 26, pack portion 95 has the bag supporting member 160 supported for the collecting bag F packed the grain from grain storage hopper 94, and described bag supporting member 160 is supported by erection across pars intermedia pillar 143 and vertical framework 48.This bag of supporting member 160 have to link respectively with pars intermedia pillar 143 and vertical framework 48 thus by set up support cramp bar 160a, from the middle part of the length direction of this cramp bar 160a with separating appropriate intervals to (left side) four bag support rod 160b in securing elongated setting in cantilever manner outside body transverse width direction.

The securing elongated installation bracket 161 being provided with longitudinal tabular on the position that the central portion up and down than pars intermedia pillar 143 is slightly high, the installing plate 160a1 being installed on the rear and front end portion of cramp bar 160a utilizes bolt connect and be attached at this installation bracket 161 at upper and lower two positions and be fixed on the vertical facial 70B of lower side supporting station 70 of vertical framework 48 respectively, thus makes cramp bar 160a across intermediate studdle 143 and vertical framework 48 by erection supporting.

On installation bracket 161 and vertical facial 70B, equally spaced be formed with three bolt insertion holes 162 in the vertical direction, installing plate 160a1 can switch between the state utilizing two, upside bolt insertion hole 162 to carry out installing and these two states of state utilizing two, downside bolt insertion hole 162 to carry out installing, thus freely changes the upper-lower height of regulation bags support rod 160b in upper and lower two grades.

In this pack portion 95, utilizing two bag support rod 160b to support a collecting bag F makes it be vertical posture, tubular guide portion 128 and extending 131 is made to be positioned at the opening of collecting bag F, by shield 112 is switched to open mode, thus the grain be stored in grain storage hopper 94 can be received in collecting bag F.In addition, when having received the grain of ormal weight in collecting bag F, shield 112 being switched to closed condition, collecting bag F kernelly for storage having been taken off from bag support rod 160b and is transported to engine body exterior.

Such pack operation needs to be undertaken by less important work person, instead of is undertaken by the driver taken in Drive Section 5.Therefore, carry out packing the working space needed for operation in order to ensure less important work person, there is the auxiliary step 163 of mounting less important work person.

As shown in Figures 3 and 4, auxiliary step 163 utilize be fixed on organism frame 4 right side before and after to swing around axle center, front and back P4 towards the fulcrum bracket 164 on frame body 28b and freely supported, freely switch between the effect posture protruding outside to horizontal stroke with flat-hand position and the storage posture of keeping out of the way inside body with longitudinal posture.In the harvest operation on farm, by auxiliary step 163 is switched to effect posture, pack operation can be carried out, when carrying out the mobile traveling of movement with non-job state, by auxiliary step 163 is switched to storage posture, body transverse width can be made to become compact, thus avoid the contact with foreign object.In addition, if auxiliary step 163 switches to storage posture, then auxiliary step 163 is positioned at the inner side near body transverse width direction compared with the right-hand end of air-breathing dust cover 64.

In addition, as mentioned above, less important work person utilizes pack portion 95 to carry out operation, and the left side of hood 59 is opened wide to discharge cooled air draft.As shown in Figure 2, the outer space of cooling air discharge side opening of hood 59 is connected with the pack working space of the downside of grain storage hopper 94.Therefore, have the demarcation strip 165 supported by vertical framework 48, described demarcation strip 165 separates outer space and the pack working space of cooling air discharge side opening.

(fuel tank)

Below, fuel tank 170 is described.

As shown in Figure 2, on rear side of the body of grain recoverer 8, on the position, right side (example at end side position, body transverse width direction) of After-Body, there is the fuel tank 170 for storing the fuel supplied to engine 11.That is, this fuel tank 170 is positioned at the horizontal side of the body rear end side of sheller unit 7.

Fuel tank 170 is metal, is formed as rectangular box, and its upper surface 170a has can the stronger rigidity of manned degree.This fuel tank 170 to be positioned in from the rearward extended case support 171 of the rearward end of organism frame 4 and to be supported.

As shown in Figures 3 and 4, case support 171 has the case protection frame body 173 of the surrounding of pair of right and left case mounting frame body 172 and encirclement fuel tank 170.It should be noted that, pair of right and left case mounting frame body 172 is from being positioned at the aftermost posterior transversal frame body 29a of organism frame 4 to the securing elongated setting in body rear.This case mounting frame body 172 is that generally u-shaped parts are formed by cross sectional shape, is set to the posture under shed, flat surface portion in upside mounting fuel tank 170 and supporting fuel case 170.Further, the banded holding member 174 of pair of right and left is utilized to keep the fuel tank 170 of mounting.A pair holding member 174 is respectively to be wound on fuel tank 170 from the mode of top pressing fuel tank 170, and before and after it, both sides are fixedly linked on case mounting framework 172.

In addition; pipe part is bent to the ring-type of the periphery along fuel tank 170; thus forming case protection frame body 173, the both ends of described case protection framework 173 are linked to posterior transversal frame body 29a, are to surround the state around fuel tank 170 when overlooking.

Union body 175 is by connected to each other for the rearward end of the case mounting frame body 172 of pair of right and left, and this union body 175 links with case protection frame body 173, thus enhances the rigidity of case support 171 entirety, improves bearing strength.

As shown in Fig. 8 to Figure 10, fuel in fuel tank 170 is attracted from the outlet of the bottom being formed at fuel tank 170 by petrolift 176, after being included in the oil strainer 179 of the foreign matter in fuel via supply pipe 177 by the separator 178 and removing being separated moisture, be fed into the fuel-injection pump 180 be arranged near engine 11, utilize nozzle 181 to be supplied to the combustion chamber (not shown) of engine 11.The fuel supplied is consumed by engine 11 mostly, and not remaining by using fuel gets back to fuel tank 170 from nozzle 181 via fuel return pipe 182.

In addition, there is the blast pipe 183 for the air in venting fuel tank 170, become decompression state to make fuel tank 170 inside do not attracted by petrolift 176 along with fuel.This blast pipe 183 is such as made up of flexible materials such as rubber or soft synthetic resin, is set to its end side with the inner space of fuel tank 170 be communicated with, and another side is connected with space outerpace.

As shown in Figure 8, oil-feed port 184 for supplying from fuel to fuel tank 170 is formed in the position of the side that keeps left (example of another side, body transverse width direction) of the upper surface 170a of fuel tank 170, on the position when oiling front end opening 186 of the fuel feed pump 185 connected with oil-feed port 184 with connected state is arranged on and overlooks compared with oil-feed port 184 on rear side of body.In addition, fuel return pipe 182 and blast pipe 183 are connected to the left side of the upper surface 170a of fuel tank 170 and the position on front side of body.

What the multiple pipes being connected to fuel tank 170 were like this formed in the upper surface 170a of fuel tank 170 keeps left on the position of side, and therefore the right side (example of another side, body transverse width direction) of the upper surface 170a of fuel tank 170 is formed as the tabular surface not having thrust.Further, be configured for by the position forming this tabular surface the operation post 187 carrying out various operation.

That is, when carrying out the fuel make up operation refueled to fuel tank 170, fuel reserve container (not shown) mounting storing supply fuel can be supported on operation post 187, described operation post is formed on the tabular surface of upper surface 170a of fuel tank 170.Like this by operation post 187 is used as fuel container mounting table, easily fuel feeding operation can be carried out efficiently.

In addition, unloaded by the lid 94B of grain storage hopper 94, when making the opened upper end of sheller unit 7 and carry out the upkeep operations such as cleaning, operator can carry out operation by climbing up the operation post 187 of the upper surface 170a being formed at fuel tank 170.Like this by operation post is used as pedal platform, upkeep operation can be carried out efficiently.

Fuel tank 170 be positioned at be positioned at After-Body side when overlooking funnel scaffold 140 (hereinafter referred to as rear portion side funnel scaffold) near.As shown in Figure 10, the connecting portion that blast pipe 183 is connected from it with fuel tank 170 extends upward, and the state that the upper end of blast pipe 183 is communicated with inner space is connected with the connection portion 188 be formed on rear portion side funnel scaffold 140.

Connection portion 188 is to be formed at the middle part of the length direction of lateral extensions 140A to the state of under shed.As mentioned above, by pipe part being bent to generally l-shaped thus forming rear portion side funnel scaffold 140, therefore the inner space of lateral extensions 140A is connected continuously with the inner space of longitudinal extension part 140B, and blast pipe 183 is to be connected with connection portion 188 with the state that the inner space of this rear portion side funnel scaffold 140 be connected continuously is communicated with.

The end of sheller unit 7 side of lateral extensions 140A is formed the opening for making inner space outwardly open.Namely as shown in Figure 10, be attached on the linking part 189 of sidewall portion 7A of sheller unit 7 in the end of sheller unit 7 side by lateral extensions 140A, be formed with the access 190 that opening is communicated with foreign side.

The end of sheller unit 7 side of lateral extensions 140A links and is fixed with the fixing body 191 of tabular, utilize bolt to connect the mounted member 192 this fixing body 191 and the sidewall portion 7A of sheller unit 7 had and link.Fixing body 191 is formed with through hole 193 with the state be connected with inner space, mounted member 192 is formed the horizontal outwardly open access 190 in the position be connected with through hole 193.

In addition, the bottom of longitudinal extension part 140B is formed with the opening for making inner space outwardly open.That is, the organism frame 4 linked with the bottom of longitudinal extension part 140B is formed with the access 194 that inner space is communicated with foreign side.

Namely in the same manner as the end of sheller unit 7 side of lateral extensions 140A, also link the fixing body 195 being fixed with tabular in the bottom of longitudinal extension part 140B, this fixing body 195 utilizes bolt to connect and organism frame 4 links.Fixing body 195 is formed with through hole 196 with the state be connected with inner space, on organism frame 4, the position be connected with through hole 196 be formed through in the vertical direction and to the through hole 197 of under shed, form by this through hole 197 access 194 be communicated with foreign side.

By such structure, when carrying out fuel supply utilizing the work of petrolift 176, attract extraneous air from the end of sheller unit 7 side of lateral extensions 140A and the bottom of longitudinal extension part 140B and be supplied in fuel tank 170, thus fuel supply can be carried out well.Above-mentioned access 190,194 is to transverse direction or open wide downwards, and therefore the possibility of the moisture such as dust or rainwater intrusion is less.

As shown in Figure 10, connection portion 188 is arranged on the position of the close pars intermedia pillar 143 of lateral extensions 140A, and the connection portion 198 being connected with fuel tank 170 side of blast pipe 183 is formed in the position of close pars intermedia pillar 143 in the upper surface of fuel tank 170.Blast pipe 183 extends upward along pars intermedia pillar 143, and is configured with the holding member 199 remained on the posture extended upward by blast pipe 183 on pars intermedia pillar 143.

By such structure, blast pipe 183 becomes along the vertical direction and extends substantially linearly, be not formed with bending part, even if therefore sharply supply fuel because of the work of petrolift 176, make decompression in fuel tank 170, also there will not be and at the kink of blast pipe 183, path blocking occurs and the rough sledding of extraneous air (air) etc. can not be attracted, thus fuel supply can be carried out well.

As shown in Figure 8, separator 178 and oil strainer 179 are positioned at the left lower of fuel tank 170.In addition, as shown in Figure 9, the vertical facial 170b in the left side (example of another side, body transverse width direction) of fuel tank 170 has the fuel meter 200 of the surplus display unit of the fuel storing storage as display fuel tank 170.Fuel meter 200 is made up of with the transparent pipe be communicated with in case upper and lower both sides, utilizes the pasta identical with the fuel head in fuel tank 170 to represent fuel storing storage.

Separator 178, oil strainer 179 and fuel meter 200 lay respectively between the sidewall portion 7A of fuel tank 170 and sheller unit 7.Like this, by separator 178, oil strainer 179 and fuel meter 200 being arranged in the small space that clipped by fuel tank 170 and sheller unit 7, such that such as large with having carried out packing the weight that reclaims collecting bag F contacts, foreign object interferes and produce the possibility damaged and reduce.

As shown in Figure 8, separator 178 and oil strainer 179 are positioned at the left lower of fuel tank 170.And, as shown in Figure 9, the vertical facial 170b in the left side (example of another side, body transverse width direction) of fuel tank 170 has the fuel quantity ga(u)ge 200 of the surplus display unit of the fuel storing storage as display fuel tank 170.Fuel quantity ga(u)ge 200 is made up of with the transparent pipe be communicated with in case upper and lower both sides, by representing fuel storing storage with the mutually level pasta of the pasta in fuel tank 170.

Separator 178, oil strainer 179 and fuel quantity ga(u)ge 200 lay respectively between the sidewall portion 7A of fuel tank 170 and sheller unit 7.Like this, by separator 178, oil strainer 179 and fuel quantity ga(u)ge 200 being arranged in the small space that clipped by fuel tank 170 and sheller unit 7, make such as because of the collecting bag F large with having carried out packing the weight that reclaims contact, foreign object interferes and produces the possibility damaged and reduce.

(other embodiments)

(1) in the above-described embodiment, on front side of the body of grain storage hopper, position and body lateral outer side position being formed respectively can the inspection window of visual inside, but also can be the structure only with wherein any one inspection window, or not there is the structure of any inspection window.

(2) also can be the structure that the switching mechanism using actuator that grain discharge portion is had switches between open mode and closed condition.

(3) size of inspection opening is not limited to the shape of above-mentioned embodiment, also can change its size.That is, if can visual confirmation inner space just passable.

(4) lid also can be made up of metal material.

(5) the grain storage hopper 94 as grain reservoir vessel also can be made up of metal material.In addition, as grain reservoir vessel, the grain box replacement of the grain of storage also can be discharged to utilize bottom auger conveyer for carrying out packing the grain storage hopper 94 of operation.

(6) the utility model is not only applicable to full feed type combine harvester, is applicable to half feed type combine harvester yet.

Industrial applicibility

The utility model can be applicable to the grain retracting device to the combine that the grain through threshing process reclaims.

Claims (10)

1. a combine, is characterized in that,

Drive Section (5) is configured with in transverse direction one side of the toe lateral of travel machine body (1);

The recess (33) embedded inside body transverse width direction when overlooking is formed in transverse direction one side of the toe lateral of organism frame (4);

With under the state embedding the female portion (33), be configured with the boarding stage portion (34) being directed to described Drive Section (5);

Described boarding stage portion (34) is linked to the edge, inner side in the female portion (33) of described organism frame (4) with the state that gapless is connected.

2. combine as claimed in claim 1, is characterized in that,

The height of the upper side (37a) of described boarding stage portion (34) is identical or roughly the same with the height of the floor section (5A) of described Drive Section (5).

3. combine as claimed in claim 2, is characterized in that,

The height of the lower end position of described boarding stage portion (34) is identical or roughly the same with the height of the lower end position of described organism frame (4).

4. combine as claimed any one in claims 1 to 3, is characterized in that,

Engine (11) is configured with in the lower side of the driver's seat (9) of described Drive Section (5);

Be configured with air-breathing dust cover (64) in the outside of the horizontal side of described driver's seat (9), described air-breathing dust cover (64) is for sucking the tempering air of extraneous air as described engine (11);

The position of described boarding stage portion (34) than the laterally side end of described air-breathing dust cover (64) inside body transverse width direction.

5. a combine, is characterized in that,

Rotate straw shift wheel (14) extracting portion (12) is configured with, the fringe tip side direction rear of planting vertical paddy stalk dials by described rotation straw shift wheel (14), utilizes lift drive mechanism (24) to be elevated freely;

Described Drive Section (5) is configured with console (25);

Reel lift bar (53) is configured in a laterally side end of the guidance panel (26) of the upper surface being arranged at described console (25), and described reel lift bar (53) indicates the lifting of described rotation straw shift wheel (14);

It is skewed that described reel lift bar (53) is arranged to be located outside the horizontal side of body the closer to upper side.

6. combine as claimed in claim 5, is characterized in that,

The hand grip portion (53A) of the upper side of described reel lift bar (53) than the laterally side end of described console (25) outside horizontal side.

7. combine as claimed in claim 5, is characterized in that,

Described guidance panel (26) is configured with handrail (45),

Described handrail (45) has vertical extension (45a) and puts hand service portion (45b), described vertical extension (45a) erects upward from described guidance panel (26), described hand service portion (45b) of putting, in horizontal posture, is arranged to be connected from described vertical extension (45a) towards the mode inside body transverse width direction with described vertical extension (45a);

The base end part of the lower side of described reel lift bar (53) is than the described vertical extension (45a) of described handrail (45) inside body transverse width direction, and the hand grip portion (53A) of the upper side of described reel lift bar (53) is than outside the close body transverse width direction of described longitudinal extension part (45a).

8. combine as claimed in claim 6, is characterized in that,

Described guidance panel (26) is configured with handrail (45),

Described handrail (45) has vertical extension (45a) and puts hand service portion (45b), described vertical extension (45a) erects upward from described guidance panel (26), described hand service portion (45b) of putting, in horizontal posture, is arranged to be connected from described vertical extension (45a) towards the mode inside body transverse width direction with described vertical extension (45a);

The base end part of the lower side of described reel lift bar (53) is than the described vertical extension (45a) of described handrail (45) inside body transverse width direction, and the hand grip portion (53A) of the upper side of described reel lift bar (53) is than outside the close body transverse width direction of described longitudinal extension part (45a).

9. the combine according to any one of claim 5 to 8, is characterized in that,

Engine (11) is configured with in the lower side of the driver's seat (9) of described Drive Section (5),

Be configured with air-breathing dust cover (64) in the outside of the horizontal side of described driver's seat (9), described air-breathing dust cover (64) for the tempering air of extraneous air as described engine (11) is sucked,

Described reel lift bar (53) than the laterally side end of described air-breathing dust cover (64) inside body transverse width direction.

10. a combine, is characterized in that,

Side panel (27) is configured with in the horizontal side of the driver's seat (9) of Drive Section (5);

The vertical framework (48) supporting the After-Body side of described side panel (27) is configured to extend to the position near top compared with described side panel (27);

The sunshade member (10) covering the top of described Drive Section (5) is supported on described vertical framework (48).