CN109328570A - Walk-behind type paddy-field work machine - Google Patents
Walk-behind type paddy-field work machine Download PDFInfo
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- CN109328570A CN109328570A CN201811340048.1A CN201811340048A CN109328570A CN 109328570 A CN109328570 A CN 109328570A CN 201811340048 A CN201811340048 A CN 201811340048A CN 109328570 A CN109328570 A CN 109328570A
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Abstract
The present invention relates to a kind of walk-behind type paddy-field work machines, for the walk-behind type paddy-field work machine, transplanting arm is configured in a manner of arranging in left-right direction at the rear portion of body by lesser transplanting line-spacing, make the transplanting row adjacent with the right side of the wheel on right side be suitably deviating right side wheel by track, and make the transplanting row adjacent with the left side of the wheel in left side be suitably deviating left side wheel by track.Wheel includes axle, positioned at the rear end of supported box；Disc portion extends from axle to the radial direction of wheel outside and towards the inclined direction in supported box side；Cricoid drop center portion is attached at the outer end of disc portion；Protruding pinna, it is wider than drop center portion, and it is attached at drop center portion.Left part between the front end and rear end of the supported box in left side, and the right part between the front end and rear end of the supported box on right side have recess portion, and when vertical view, the part that supported box side is located in protruding pinna enters recess portion.
Description
The application is the divisional application of following applications:
Denomination of invention: walk-behind type paddy-field work machine
Application number: 201510355801.4
Technical field
The present invention relates to the walk-behind type paddy-field work machines of the wheel of the left and right side with traveling.
Background technique
As shown in Patent Document 1, walk-behind type paddy-field work machine has following structure.
There are gearbox (the 21 of Fig. 1 and Fig. 2 in patent document 1) in the front of body, the bearing of the right side (left side) side of tubulose
Case (the 10 of Fig. 1 and Fig. 2 in patent document 1) can horizontal axis heart free swaying ground supporting in left-right direction gearbox right part
(left part), and rearward extend.
The wheel (the 1 of Fig. 1 and Fig. 2 in patent document 1) on the right side of traveling can free rotaring ground supporting right side branch
The right part of the rear end of case is held, the wheel (the 1 of Fig. 1 and Fig. 2 in patent document 1) in the left side of traveling can free rotaring ground supporting
Left part in the rear end of the supported box in left side, the power from gearbox are passed by the transmission shaft inside the supported box of right (left side) side
It is handed to the wheel of right (left side) side.
(existing technical literature)
(patent document)
Patent document 1: Japanese invention patent application Publication " special open 2006-238824 " bulletin
Summary of the invention
(problems to be solved by the invention)
For walk-behind type paddy-field work machine, rice shoot is taken out and by transplanting arm of its transplanting on the face of farmland from seedling carrying stand with edge
The mode of left and right directions arrangement configures at the rear portion of body, and transplanting arm is in the position deviateed in the lateral direction by track from wheel
Set transplanting rice shoot.
At this point, adjacent transplanting row (is lined up from transplanting arm to the rice shoot of farmland face transplanting in the direction of advance along body
Queue) between interval, that is, transplanting line-spacing be set to larger, such as be set as 300mm.
In recent years, it has also appeared with the demand of lesser transplanting line-spacing transplanting rice shoot, such as transplanting line-spacing is 250mm.
Transplanting arm is configured in a manner of arranging in left-right direction at the rear portion of body when by lesser transplanting line-spacing as a result,
When, transplanting arm is possible to that (adjacent with the right side of the wheel on right side inserts in the position transplanting rice shoot close to wheel by track
Plant row be possible to approach right side wheel by track, the transplanting row adjacent with the left side of the wheel in left side is possible to close to a left side
The wheel of side by track).
At this point, it is rugged and rough by track due to wheel, when transplanting arm is as described above in the warp close to wheel
When crossing the position transplanting rice shoot of track, the rice shoot after transplanting may lodge.
It is an object of the present invention to walk-behind type paddy-field work machine is configured to, when with lesser transplanting line-spacing by transplanting arm along a left side
The mode of right direction arrangement is configured at the rear portion of body, can make the transplanting row adjacent with the right side of the wheel on right side suitably
Deviate right side wheel by track, and make the transplanting row adjacent with the left side of the wheel in left side be suitably deviating left side
Wheel by track.
(solution to problem)
Walk-behind type paddy-field work machine of the invention has following structure.
There is gearbox in the front of body,
The gearbox right part by can horizontal axis in left-right direction freely swing down in the heart in a manner of be supported with tubulose
Right side supported box, the gearbox left part by can horizontal axis in left-right direction freely swing down in the heart in a manner of support
There is a supported box in the left side of tubulose, the supported box in the supported box on the right side and the left side rearward extends,
The wheel on the right side of traveling can free rotaring ground supporting the rear end of the supported box on the right side right part, row
The wheel in the left side sailed can free rotaring ground supporting the rear end of the supported box in the left side left part, come from the speed change
The power of case is transferred to via the transmission shaft inside the supported box of transmission shaft and the left side inside the supported box on the right side
The wheel of the wheel on the right side and the left side,
The wheel on the right side and the wheel in the left side are respectively provided with: axle, the supported box positioned at the right side
The rear end of the supported box of rear end and the left side；Disc portion, from the axle to the radial direction of wheel outside
And extend towards inclined direction on the inside of the supported box；Drop center portion is annularly attached at the outer end of the disc portion；Lug
Portion, it is wider than the drop center portion, and it is attached at the drop center portion,
The part on the right side between the front end and rear end of the supported box on the right side, and the branch in the left side
The part in the left side between the front end of case and rear end is held, there is recess portion, when vertical view, the bearing is located in the protruding pinna
The part of case side enters the recess portion.
For walk-behind type paddy-field work machine, transplanting arm is matched in a manner of arranging in left-right direction when by lesser transplanting line-spacing
Set at the rear portion of body, the transplanting row adjacent with the right side of the wheel on right side close to right side wheel by track, with a left side
The adjacent transplanting row in the left side of the wheel of side close to left side wheel by track.
As long as making the mobile i.e. to supported box side (the left and right center side of body) by track of the wheel of right (left side) side as a result,
Can, as long as specifically, make right side wheel by track from the transplanting row adjacent with the right side of the wheel on right side to the right
Supported box side (the left and right center side of body) deviate, and make left side wheel by track from the left side of the wheel with left side
Deviate the supported box side (the left and right center side of body) of adjacent transplanting row to the left.
In order to structure as described above, in this configuration, the disc portion of wheel is from axle to the radius side of wheel
To and towards the inclined direction extension in supported box side.
Thereby, it is possible to make the wheel on right side by track (drop center portion and protruding pinna by track) from the vehicle with right side
The supported box side (the left and right center side of body) of the adjacent transplanting row in the right side of wheel to the right is deviateed, and can make the wheel in left side
By track (drop center portion and protruding pinna by track) from the transplanting row adjacent with the left side of the wheel in left side to the left
Deviate supported box side (the left and right center side of body).
When with above structure, since the protruding pinna of the wheel of right (left side) side approaches the supported box of right (left side) side,
The protruding pinna of the wheel of right (left side) side may contact the supported box of right (left side) side.
For this purpose, in this configuration, the part on the right side between the front end and rear end of the supported box on right side, Yi Ji
The part in the left side between the front end and rear end of the supported box in left side has recess portion, and when vertical view, bearing is located in protruding pinna
The part of case side enters the recess portion, to avoid the shape of the supported box of right (left side) side of protruding pinna contact of the wheel of right (left side) side
State.
In conclusion even if transplanting arm is configured in a manner of arranging in left-right direction in body by lesser transplanting line-spacing
Rear portion, lesser walk-behind type paddy-field work machine a possibility that rice shoot lodging after capable of also obtaining transplanting in the following manner, wherein
The mode refers to, the state for suitably avoiding the protruding pinna of the wheel of right (left side) side from contacting with the supported box of the right side (left side) side, and
And make right (left side) side wheel by track (drop center portion and protruding pinna by track) from the right side of the wheel with the right side (left side) side
The adjacent transplanting row in side (left side) to the right (left side) side supported box side (the left and right center side of body) deviate.
The present invention preferably has following structure.
From the longitudinal direction of the supported box in the supported box on the right side and the left side, institute is located in the protruding pinna
State the part of supported box side by track respectively enter the right side supported box the recess portion and the left side bearing
The recess portion of case.
The present invention preferably has following structure.
Multiple transplanting arms are configured in the lateral direction,
The queue i.e. transplanting row just lined up by the rice shoot in transplanting arm transplanting to farmland face along the direction of advance of body and
For interval, that is, transplanting line-spacing between adjacent transplanting row,
The transplanting row adjacent with the right side in left and right center of body and the transplanting adjacent with the left side in left and right center of body
Interval between row is that the transplanting line-spacing in center is bigger than the transplanting line-spacing in addition to the transplanting line-spacing in the center, also, removes institute
The transplanting line-spacing stated other than the transplanting line-spacing in center is mutually the same.
For walk-behind type paddy-field work machine, rear side of the operator station in the left and right center of body of walk-behind type paddy-field work machine is operated,
As transplanting operation is walked in a manner of following body in the rear side of body, operator in the ranks walks in transplanting.
According to this structure, the just left side with the adjacent transplanting row in right side in the left and right center of body and with the left and right center of body
For the interval i.e. transplanting line-spacing in center between the adjacent transplanting row in side, by the transplanting line-spacing in addition to the transplanting line-spacing in center
It is set to relatively narrow transplanting line-spacing and mutually the same, the transplanting line-spacing in center is set to than in addition to the transplanting line-spacing in center
Transplanting line-spacing is big.
As a result, when the rear side that operator stands in the left and right center of body is walked in a manner of following body in the rear side of body
When, since operator can in the ranks walk in the transplanting of the transplanting line-spacing with biggish center, operator can seldom step on
To the rice shoot of transplanting.
The present invention preferably has following structure.
There is linking part in the front end in the supported box on the right side and the part between the recess portion, in the left side
Supported box in front end and the recess portion between part have linking part,
The linking part across the supported box of the linking part and left side of the supported box on the right side is linked with
Spring members, the spring members inhibit the difference in height between the supported box on the right side and the supported box in the left side.
Walk-behind type paddy-field work machine has following structure that the supported box in right (left side) side can be freely up and down supported swingingly sometimes
And rearward extend, and the wheel support of right (left side) side is in the case where the rear end of the supported box of the right side (left side) side, across right side
Supported box and the supported box in left side be linked with spring members, pass through spring members and inhibit the supported box on right side and the bearing in left side
Difference in height between case.
As a result, when generating difference in height between the supported box on right side and the supported box in left side, it is conceivable that can be right to connection
The linking portion of the supported box and spring members in side and left side brings biggish load.
According to this structure, when with the spring members, between the front end and recess portion in the supported box on right side
Part (linking part) and the front end in the supported box in left side and the part (linking part) between recess portion be linked with spring portion
Part.
As described above, passing through the part (connection between front end and recess portion for the supported box of right side and left side
Portion) connection spring members, rather than link spring members in the part of the weaker recess portion of in general intensity, even if connection right side
With the supported box in left side and the linking portion of spring members by biggish load, the supported box of right side and left side is also able to bear
Therefore biggish load will not make the breakages such as the supported box of right side and left side.
The present invention preferably has following structure.
The spring members be flat leaf spring, the planar portions of the upside of the spring members upward, the bullet
The planar portions of the downside of spring component are downward.
When the spring members of the difference in height between the supported box with the supported box and left side that inhibit right side, according to this knot
Structure can simplify structure and reduce cost by using the simple leaf spring of structure.
Inhibit the supported box on right side and the supported box in left side when being linked with across the supported box on right side and the supported box in left side
Between difference in height spring members when, according to this structure, the planar portions of the upside of spring members upward, spring members
The planar portions of downside are downward.
(such as the supported box when right side when generating difference in height between the supported box on right side and the supported box in left side as a result,
Swing upwards, when the supported box in left side is swung downwards), spring members (leaf spring) bending, the application of spring members (leaf spring)
Power is by the difference in height rightly for inhibiting to generate between the supported box on right side and the supported box in left side.
The present invention preferably has following structure.
There is arm in the front end of the supported box on the right side, there is arm in the front end of the supported box in the left side
Portion is connected with hydraulic cylinder in the arm of the supported box of the arm and left side of the supported box on the right side, described
The supported box on right side and the supported box in the left side pass through the hydraulic cylinder and are swung up and down operation,
It is linked in the linking part of the supported box on the right side from the arm of the supported box on the right side and extends
Reinforcement part, the linking part of the supported box in the left side be linked with from the arm of the supported box in the left side extend
Reinforcement part,
The end of one side of the spring members be attached at the reinforcement part in the supported box on the right side with it is described
The linking portion of linking part connection, the end of another party of the spring members is attached at described in the supported box in the left side
The linking portion with linking part connection of reinforcement part.
For walk-behind type paddy-field work machine, as described in patent document 1, there is the right side in the front end of the supported box of right (left side) side
The arm of (left side) side, the arm in right (left side) side are connected with hydraulic cylinder, and the supported box of right side and left side is upper and lower by hydraulic cylinder
Swinging operation.
For the walk-behind type paddy-field work machine with above structure, according to this structure, in the company of the supported box of right (left side) side
Knot is linked with the reinforcement part extended from the arm of right (left side) side, is attached at right (left side) side in the reinforcement part of the arm of right (left side) side
Supported box linking part part, be linked with spring members, the linking part of the supported box of right (left side) side passes through the right side (left side) side
Arm is reinforced.
According to this structure, for the arm of right (left side) side, since the arm of right (left side) side is attached at the branch of right (left side) side
Front end and the linking part of case are held, therefore, the arm of right (left side) side and the strength of connection of the supported box of right (left side) side are higher.
The present invention preferably has following structure.
There is central kickboard in the left and right center of body, there is the side kickboard on right side in the right part of body, on a left side for body
Portion has the side kickboard in left side,
The width at the rear portion of the side kickboard is narrower than the width of the front of the side kickboard, also, the transplanting arm and institute
It states side kickboard to be configured to, makes the transplanting line position in the end of the right side and left side of the front of the side kickboard.
When walk-behind type paddy-field work machine has central kickboard and side kickboard, according to this structure, the width of side kickboard is smaller, so that
Transplanting line position is in the end of the right side and left side of the front of side kickboard.
As a result, since the muddy water between central kickboard and side kickboard can be made successfully rearward to flow, and can
By with the advance of body from side kickboard to the right with the rear in left side roll mud wave inhibit smaller, therefore, will not because from
The mud that side kickboard generates is unrestrained and the rice shoot of transplanting is made to lodge.
The present invention preferably has following structure.
In the end of the right side and left side of the front of the side kickboard, it is located at front side with parallel with front-rear direction
Parallel section and the rake that rearward and towards the inclined direction of lateral outer side extends from the rear portion of the parallel section
Point,
When vertical view the transplanting line position when position adjacent with the parallel section, vertical view the sloping portion with it is described
The overlapping of transplanting row.
According to this structure, for the end of the right side and left side of the front of side kickboard, positioned at front side parallel section almost
Mud wave will not be generated, the sloping portion of rear side can not only inhibit mud unrestrained, and can be the farmland face of transplanting row to be used as
Part decurl.
Detailed description of the invention
Fig. 1 is the whole side view in the left side of walk-behind type paddy-field work machine.
Fig. 2 is the overall top view of walk-behind type paddy-field work machine.
Fig. 3 is to indicate central kickboard, the side kickboard of right side and left side, the supported box of right side and left side, right side and left side
The top view of the positional relationship of wheel, transplanting row.
Fig. 4 is the cross-sectional plan view of the supported box in left side and the wheel in left side.
Fig. 5 is the left side view of the supported box in left side and the wheel in left side.
Fig. 6 is the longitudinal section main view of the supported box in left side and the wheel in left side.
Fig. 7 is the cross section vertical view of the supported box in the left side in the first other embodiments of invention and the wheel in left side
Figure.
Fig. 8 is the longitudinal section main view of the supported box in the left side in the first other embodiments of invention and the wheel in left side
Figure.
Fig. 9 is the rearview of the protruding pinna of the wheel in the left side in the third other embodiments of invention.
Figure 10 is the cross-sectional view of the protruding pinna of the wheel in the left side in the third other embodiments of invention.
Description of symbols
1: gearbox；7: supported box；7a: the front end of supported box；7c: the rear end of supported box；8: wheel；8a: wheel
Axle；8b: the disc portion of wheel；8c: the drop center portion of wheel；8d: the protruding pinna of wheel；9: central kickboard；10: side is floating
Plate；10a: the front of side kickboard；10b: the rear portion of side kickboard；10c: the parallel section of side kickboard；10d: the rake of side kickboard
Point；13: transplanting arm；16: transmission shaft；22: recess portion；23: hydraulic cylinder；25 linking parts；26: arm；26a: the reinforcement part of arm；
30: spring members；K1: by track；L1, L2, L3, L4, L5, L6: transplanting row；P1: the horizontal axis heart；W1, W2: transplanting line-spacing.
Specific embodiment
In fig. 1, fig. 2 and fig. 3, " front " of F expression body, " rear " of B expression body, U expression body " on
Side ", D indicate " lower section " of body.Under the state towards on front side of body, R indicates " right " of body, and L indicates the " left of body
Side ".
(1)
The overall structure of walk-behind type paddy-field work machine is illustrated below.
As depicted in figs. 1 and 2, there is gearbox 1 in the left and right center of the front of body, scaffold 2 is attached at speed change
The front of case 1, engine 3 are supported on scaffold 2, and the scaffold 4 of tubulose is attached at the rear portion of gearbox 1 and rearward
Extension, seeding transplantation apparatus 5 and control crank 6 are attached at the rear portion of scaffold 4.
It as shown in Figure 1, Figure 2 and Figure 3, can up and down certainly along the horizontal axis heart P1 of the left and right directions of the right part (left part) of gearbox 1
By being supported swingingly the supported box 7 of the right side (left side) side of tubulose, and the supported box 7 of right (left side) side rearward extends.Traveling
The wheel 8 on right side can right part of the free rotaring ground supporting in the rear end 7c of the supported box 7 on right side, the wheel in the left side of traveling
8 can free rotaring ground supporting the rear end 7c of the supported box 7 in left side left part.
Central kickboard 9 is supported on the left and right center of underpart along the longitudinal direction, and the side kickboard 10 on right side is along the longitudinal direction
It is supported on the right part of underpart, the side kickboard 10 in left side is supported on the left part of underpart along the longitudinal direction.
As depicted in figs. 1 and 2, seeding transplantation apparatus 5 be 6 row transplanting formulas, have configuration body left and right center and
The material feeding box 11 of the top of central kickboard 9, the central transplanting case (not shown) for being attached at 11 lower part of material feeding box, configure on the right side
The transplanting case 12 of the right side (left side) side of the top of the side kickboard 10 of (left side) side, the right part of transplanting case (not shown) lower part in center and a left side
Transplanting arm 13 possessed by portion, right (left side) side transplanting arm 12 lower part right part and left part possessed by transplanting arm 13, transplant seedlings
Platform 14 etc..
According to the above structure, as depicted in figs. 1 and 2, the power of engine 3 is transferred to gearbox 1 through transmission belt 15, comes from
Transmission shaft 16 (referring to Fig. 4) inside supported box 7 of the power of gearbox 1 through right (left side) side is transferred to the wheel 8 of right (left side) side.
Power from gearbox 1 is transferred to seeding transplantation apparatus 5 through the transmission shaft (not shown) inside scaffold 4.
(2)
In the following, being illustrated to the structure of the supported box 7 of right side and left side.
In this item (2) and following (3), Fig. 4, Fig. 5 and Fig. 6 show the supported box 7 in left side and the wheel 8 in left side.
At this point, right side supported box 7 and right side wheel 8 in addition to the supported box 7 and left side in shape and left side 8 bilateral symmetry of wheel with
Outside, structure is identical as Fig. 4, Fig. 5 and structure shown in fig. 6.
As shown in Figure 4 and Figure 5, supported box 7 have the front end 7a being made of casting, the middle part 7b that is made of round tube and
The rear end 7c being made of casting.By making the flange portion 7d bolt link in front of middle part 7b in front end 7a, and make centre
The flange portion 7d bolt link at the portion rear 7b is in rear end 7c, to link front end 7a, middle part 7b and rear end 7c.
As shown in Figure 3 and Figure 4, the cannula portion 1a of left (right side) side extends from the transverse wall portion an of left side (right side) side of gearbox 1, left
The front end 7a of the supported box 7 of (right side) side can be freely up and down supported swingingly (along the horizontal axis heart P1 of gearbox 1) in gearbox 1
The supported box 7 of the cannula portion 1a of left (right side) side, left (right side) side rearward extend.
As shown in figure 4, transmission shaft 16 can by the bearing 17 of the front end 7a of supported box 7 and the bearing 17 of rear end 7c
Free rotaring ground supporting is in the inside of supported box 7 (middle part 7b).Cannula portion 1a of the transmission shaft 18 of gearbox 1 through gearbox 1
Inside insertion supported box 7 front end 7a inside, and supported by the bearing 19 inside the front end 7a of supported box 7, and
The bevel gear 16a engagement of the bevel gear 18a and transmission shaft 16 of transmission shaft 18.Axle 20 can free rotaring ground supporting by bearing 21
In the rear end 7c of supported box 7, the bevel gear 20a engagement of the bevel gear 16b and axle 20 of transmission shaft 16.
As a result, as shown in Figure 3 and Figure 4, the power of engine 3 is transferred to gearbox 1 through transmission belt 15, comes from gearbox 1
Power by the bevel gear 16a of the bevel gear 18a of transmission shaft 18 and transmission shaft 16, be transferred to transmission shaft 16 from transmission shaft 18,
And axle 20 is transferred to by the bevel gear 16b of transmission shaft 16 and the bevel gear 20a of axle 20, thus revolution driving axle 20
(wheel 8).
(3)
In the following, the relationship of the wheel 8 of supported box 7 and left (right side) side to left (right side) side is illustrated.
As shown in Figure 4 and Figure 5, wheel 8 includes the axle 8a of cannula-like, and axle 8a, which is located at, is attached at axle 20
On supported box 7 rear end 7c；Multiple disc portion 8b, disc portion 8b are from axle 8a to the radial direction of wheel 8 outside
And extend towards the inclined direction in 7 side of supported box；Cricoid drop center portion 8c, drop center portion 8c are attached at the outer end of disc portion 8b；
Protruding pinna 8d, protruding pinna 8d are attached in the mode protruded to the right with left side from drop center portion 8c and width is wider than drop center portion 8c
On drop center portion 8c；Reinforcement part 8f, reinforcement part 8f are attached on axle 8a and disc portion 8b.
As shown in Fig. 3, Fig. 4 and Fig. 5, in the middle part 7b of the supported box 7 on right side (between front end 7a and rear end 7c)
Right part, and the supported box 7 in left side middle part 7b (between front end 7a and rear end 7c) left part, tool
There is a recess portion 22, when vertical view, the part 8e that 7 side of supported box is located in the protruding pinna 8d of wheel 8 falls into the recess portion 22.
As shown in fig. 6, (being observed from the front) from the longitudinal direction of supported box 7, branch is located in the protruding pinna 8d of wheel 8
That holds the part 8e of 7 side of case enters recess portion 22 by track K1.
As shown in Figure 4, Figure 5 and Figure 6, recess portion 22 has and the part 8e in the protruding pinna 8d of wheel 8 positioned at 7 side of supported box
Opposite planar central portion 22a, the planar front 22b on front side of the 8e of part and putting down on rear side of the 8e of part
The rear portion 22c of planar.
At this point, the central portion 22a of recess portion 22 be in along the vertical direction it is planar, (from just from the longitudinal direction of supported box 7
Face observation), the central portion 22a of recess portion 22 and specified interval is separated by track K1 and is parallel to by track K1.Even if as a result,
Wheel 8 turns round, and the part 8e that 7 side of supported box is located in the protruding pinna 8d of wheel 8 will not connect with the central portion 22a of recess portion 22
Touching.
(4)
In the following, being illustrated to the swinging operation structure of the supported box 7 of right side and left side.
As shown in figures 1 and 3, hydraulic cylinder 23 is supported on the inside of scaffold 2 towards rear side, and operating member 24 can be along upper
The vertical axis P2 free swaying ground supporting in lower direction is in the front end of the piston 23a of hydraulic cylinder 23.
As shown in Fig. 3, Fig. 4 and Fig. 5, be located in the supported box 7 (middle part 7b) on right side front end 7a and recess portion 22 it
Between part left side (the left and right center side of body) part have linking part 25, the supported box 7 (middle part 7b) in left side
In the right side (the left and right center side of body) of part between front end 7a and recess portion 22 there is linking part 25.
As shown in Fig. 3, Fig. 4 and Fig. 5, the arm 26 an of left side (right side) side of triangular shape is connected by bolt 27 from side
It ties on the front end 7a of the supported box 7 of left (right side) side, the arm 26 an of left side (right side) side extends upwards, and reinforcement part 26a is from a left side
The rear portion of the arm 26 of (right side) side rearward extends, and the reinforcement part 26a of the arm 26 of left (right side) side is attached at a left side by bolt 28
On the linking part 25 of the supported box 7 of (right side) side.
As shown in figures 1 and 3, connecting member is connected with across the end on the right side of operating member 24 and the arm 26 on right side
29, connecting member 29 is connected with across the end in the left side of operating member 24 and the arm 26 in left side.
As a result, when hydraulic cylinder 23 carries out elongation movement, operating member 24 is rearward moved, the supported box of right side and left side
7 are operated and are swung downwards.When hydraulic cylinder 23 carries out contractive action, operating member 24 moves forwards, right side and left side
Supported box 7 is operated to be swung upwards.
As shown in figures 1 and 3, operating member 24 along the vertical axis P2 of the piston 23a of hydraulic cylinder 23 by can freely swing
Mode support.
As a result, in the recessed of the plough bottom (tough parts on the downside of the face of farmland) of the contact of wheel 8 due to right side and left side
Convex and be intended to body in inclined situation in the lateral direction, central kickboard 9 and side kickboard 10 become to the inclined resistance of body, lead to
Crossing swings operating member 24 along vertical axis P2, for example, rising the wheel 8 on right side, declines the wheel 8 in left side, to make
Difference in height is generated between the supported box 7 of right side and left side, thus inhibits the inclination of body.
As shown in Fig. 3, Fig. 4 and Fig. 5, the end on the right side of spring members 30 is attached at the arm 26 on right side by bolt 31
Reinforcement part 26a (linking portion linked with the linking part 25 of the supported box 7 on right side), the end in the left side of spring members 30 is logical
Cross the reinforcement part 26a (linking part linked with the linking part 25 of the supported box 7 in left side that bolt 31 is attached at the arm 26 in left side
Point) (linking part 25 for being equivalent to the linking part 25 of the supported box 7 across right side and the supported box 7 in left side is linked with spring members
30 state).
Spring members 30 be flat leaf spring, the planar portions of the upside of spring members 30 upward, spring members 30
Downside planar portions downward, which is located at the downside of scaffold 4.
When difference in height to be generated between supported box 7 as described above on right side and left side, pressed down by spring members 30
It is sharply generated between the supported box 7 of right side and left side processed between the state of difference in height, and the supported box 7 of inhibition right side and left side
The state of biggish difference in height is generated, gradually generates appropriate difference in height between supported box 7 on right side and left side to obtain
State.
(5)
In the following, being illustrated to the positional relationship between transplanting row L1~L6 and central kickboard 9 and side kickboard 10.
As shown in figure 3, transplanting row L1~L6 is by the rice shoot in transplanting arm 13 transplanting to farmland face along the advance side of body
It is corresponding with 6 transplanting arms 13 to the queue lined up, share 6 transplanting row L1~L6.At this point, the rear of transplanting arm 13 is seedling
Transplanting row L1~L6 after seedling transplanting, the front of transplanting arm 13 are transplanting row L1~L6 before rice shoot transplanting.
As shown in Figure 1, Figure 2 and Figure 3, the transplanting arm 13 of transplanting row L1, L2 are to be supported on inserting on the transplanting case 12 in left side
Plant arm 13.The transplanting arm 13 of transplanting row L3, L4 are the transplanting arm 13 being supported on the transplanting case (not shown) in center.Transplanting row
The transplanting arm 13 of L5, L6 are the transplanting arm 13 being supported on the transplanting case 12 on right side.
As shown in figure 3, sharing 5 transplanting line-spacings W1, W2 for 6 transplanting row L1~L6.Make 6 transplanting arms 13 on a left side
It is configured in right direction, the transplanting row L4 adjacent with the right side in left and right center of body and the left side phase with the left and right center of body
Interval between adjacent transplanting row L3 is the transplanting line-spacing W1 in center than 4 transplanting line-spacings in addition to the transplanting line-spacing W1 in center
W2 is big, also, 4 transplanting line-spacing W2 in addition to the transplanting line-spacing W1 in center are mutually the same.
As shown in figure 3, for central kickboard 9, the front of the width of the middle part 9b of central kickboard 9 than central kickboard 9
The width of 9a is narrow, and the width of the rear portion 9c of central kickboard 9 is narrower than the width of the middle part 9b of central kickboard 9.Transplanting arm 13 is located at
The right part of the middle part 9b of central kickboard 9 and the rear (right side and left side of the rear portion 9c of central kickboard 9) of left part.
As shown in figure 3, for side kickboard 10, the front 10a of the width of the rear portion 10b of side kickboard 10 than side kickboard 10
Width is narrow.The end of the right side and left side of the front 10a of kickboard 10 in side, the parallel portion with the front side parallel with front-rear direction
Point 10c and from the rear portion of parallel section 10c rearward and the sloping portion 10d that extends of lateral outer side inclination.Transplanting arm 13 is located at
The rear (right side and left side of the rear portion 10b of side kickboard 10) of the sloping portion 10d of the front 10a of side kickboard 10.
As shown in figure 3, for central kickboard 9, when vertical view, the front 9a and middle part 9b and rice shoot of central kickboard 9 are inserted
Transplanting row L3, L4 overlapping before plant, when vertical view, the rear portion 9c of central kickboard 9 is from transplanting row L3, L4 after rice shoot transplanting to body
Left and right center side deviate.
As shown in figure 3, for side kickboard 10, when vertical view, transplanting row L1, L2, L5, L6 before rice shoot transplanting are located at and side
The parallel section 10c of the front 10a of kickboard 10 is not overlapped but adjacent position.When vertical view, the inclination of the front 10a of side kickboard 10
Part 10d and transplanting row L1, L2, L5, L6 before rice shoot transplanting are slightly be overlapped.When vertical view, the rear portion 10b of side kickboard 10 is from rice shoot
Transplanting row L1, L2, L5, L6 after transplanting deviates to the left and right center side of body.(it is equivalent to transplanting row L1, L2, L5, L6 above
State positioned at the end on the right side and left side of the front 10a of side kickboard 10).
(6)
In the following, being illustrated to the positional relationship between transplanting row L1~L6 and wheel 8.
As shown in figure 3, when overlooking, the end of axle 20 (the axle 8a of wheel 8) and inclining for the front 10a of side kickboard 10
Inclined portion divides the interval W3 between 10d smaller, when vertical view, rearward extends from the end of axle 20 (the axle 8a of wheel 8)
Dummy line is located at roughly the same position with the dummy line that the sloping portion 10d of the front 10a from side kickboard 10 extends forwards
It sets.
In the above-described state, as shown in Figure 3 and Figure 4, the spoke 8b of wheel 8 from the axle 8a of wheel 8 to wheel 8 half
Extend on the outside of diameter direction and towards the inclined direction in 7 side of supported box.
When overlooking as a result, the drop center portion 8c and protruding pinna 8d of the wheel 8 on right side are located between transplanting row L4, L5, and sufficiently
Far from transplanting row L5.When vertical view, the drop center portion 8c and protruding pinna 8d of the wheel 8 in left side are located between transplanting row L2, L3, and sufficiently
Far from transplanting row L2.
(the first other embodiments of invention)
The present invention can also be by being constituted, for above-mentioned " specific embodiment " with flowering structure, the middle part 7b of supported box 7
Without recess portion 22, as shown in Figure 7 and Figure 8, the middle part 7b of supported box 7 is changed into thinner round tube, and make left (right side) side
The middle part 7b of supported box 7 relative to supported box 7 front end 7a and rear end 7c and transmission shaft 16 to the right (left side)
(the left and right center side of body) is mobile, and bolt link is in the front end 7a and rear end 7c of supported box 7.
As a result, as shown in Figure 7 and Figure 8, due to left (right side) side supported box 7 branch of the middle part 7b relative to a left side (right side) side
The front end 7a and rear end 7c whole (left side) (the left and right center side of body) to the right for holding case 7 are mobile, therefore, the branch on right side
The part for holding the entire right side of the middle part 7b of case 7 is recess portion 22, the portion in the entire left side of the middle part 7b of the supported box 7 in left side
It is divided into recess portion 22.
At this point, the flange portion 7d after the middle part 7b of supported box 7 also can have multiple reinforcing rib 7e of reinforcement.
(the second other embodiments of invention)
The present invention can also be by being constituted, for above-mentioned " specific embodiment " with flowering structure, and recess portion 22 is not by plane
Central portion 22a, the front 22b and rear portion 22c of shape are constituted, but are in arc-shaped or ellipticity when vertical view.
(the third other embodiments of invention)
The present invention can also be by being constituted, with regard to above-mentioned " specific embodiment ", " other embodiment party of the first of invention with flowering structure
For formula " and " the second other embodiments of invention ", the protruding pinna 8d of wheel 8 be not from drop center portion 8c to the right and left side
Protrusion, but as shown in figure 9, the protruding pinna 8d of the wheel 8 of left (right side) side is from (left side) (supported box 7) side to the right drop center portion 8c
Protrusion.
When with above structure, as shown in Figure 10, can also protruding pinna 8d to wheel 8 apply punch process to shape
At protrusion 8g, reinforced to the protruding pinna 8d to wheel 8.
(the 4th other embodiments of invention)
The present invention can also be by being constituted, with regard to above-mentioned " specific embodiment ", " other embodiment party of the first of invention with flowering structure
For formula ", " the second other embodiments of invention ", " the third other embodiments of invention ", side kickboard shown in Fig. 3 is abolished
The sloping portion 10d of 10 front 10a, but make the entire right side of the front 10a of side kickboard 10 and the end in left side constitute with
The parallel parallel section 10c of front-rear direction.
At this time, it is possible to have with flowering structure, when vertical view, transplanting row L1, L2, L5, L6 before rice shoot transplanting are located at and side
The right side of the front 10a of the kickboard 10 and end (parallel section 10c) in left side is not overlapped but adjacent position.
In addition it is also possible to have following structure, with above structure on the contrary, when overlooking, the right side of the front 10a of side kickboard 10
And the end (parallel section 10c) in left side and transplanting row L1, L2, L5, L6 before rice shoot transplanting it is slightly be overlapped.It (is equivalent to above
Transplanting row L1, L2, L5, L6 are located at the state on the right side of the front 10a of side kickboard 10 and the end in left side).
[industrial availability]
The present invention is applicable not only to the walk-behind type paddy-field work machine that seeding transplantation apparatus is configured to 6 row transplanting types, additionally it is possible to be applicable in
In the walk-behind type paddy-field work machine with 4 row transplanting type seeding transplantation apparatus, wherein the 4 row transplanting type seeding transplantation apparatus has 4
A transplanting arm (3 transplanting line-spacings).
Claims (4)
1. a kind of walk-behind type paddy-field work machine, which is characterized in that
There is gearbox in the front of body,
The gearbox right part by can horizontal axis in left-right direction freely swing down in the heart in a manner of be supported with the right side of tubulose
The supported box of side, the gearbox left part by can horizontal axis in left-right direction freely swing down in the heart in a manner of be supported with pipe
The supported box in the supported box in the left side of shape, the supported box on the right side and the left side rearward extends,
The wheel on the right side of traveling can free rotaring ground supporting the rear end of the supported box on the right side right part, traveling use
Left side wheel can free rotaring ground supporting the rear end of the supported box in the left side left part, from the gearbox
Power is transferred to described via the transmission shaft inside the supported box of transmission shaft and the left side inside the supported box on the right side
The wheel of the wheel on right side and the left side,
The wheel on the right side and the wheel in the left side are respectively provided with: axle, positioned at the rear end of the supported box on the right side
The rear end of the supported box in portion and the left side；Disc portion, from the axle to the radial direction of wheel outside and court
Inclined direction extends on the inside of the supported box；Drop center portion is annularly attached at the outer end of the disc portion；Protruding pinna, than
The drop center portion is wide, and is attached at the drop center portion,
Multiple transplanting arms are configured in the lateral direction,
The queue i.e. transplanting row just lined up by the rice shoot in transplanting arm transplanting to farmland face along the direction of advance of body and adjacent
For interval, that is, transplanting line-spacing between transplanting row,
With the adjacent transplanting row in right side in the left and right center of body and the transplanting row adjacent with the left side in left and right center of body it
Between interval be center transplanting line-spacing it is bigger than the transplanting line-spacing in addition to the transplanting line-spacing in the center, also, remove it is described in
Transplanting line-spacing other than the transplanting line-spacing of centre is mutually the same.
2. walk-behind type paddy-field work machine according to claim 1, which is characterized in that
There is central kickboard in the left and right center of body, there is the side kickboard on right side in the right part of body, have in the left part of body
There is the side kickboard in left side,
The width at the rear portion of the side kickboard is narrower than the width of the front of the side kickboard, also, the transplanting arm and the side
Kickboard is configured to, and makes the transplanting line position in the end of the right side and left side of the front of the side kickboard.
3. walk-behind type paddy-field work machine according to claim 2, which is characterized in that
In the end of the right side and left side of the front of the side kickboard, it is located at the flat of front side with parallel with front-rear direction
Row part and from the rear portion of the parallel section rearward and towards the sloping portion that the inclined direction of lateral outer side extends,
The transplanting line position sloping portion and transplanting when the position adjacent with the parallel section, vertical view when vertical view
Row overlapping.
4. according to claim 1 to 3 described in any item walk-behind type paddy-field work machines, which is characterized in that
The supported box is mobile relative to the axial body of the transmission or so center side across front end and right part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811340048.1A CN109328570B (en) | 2015-06-24 | 2015-06-24 | Walking type rice transplanter |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510355801.4A CN106258118B (en) | 2015-06-24 | 2015-06-24 | Walk-behind type paddy-field work machine |
| CN201811340048.1A CN109328570B (en) | 2015-06-24 | 2015-06-24 | Walking type rice transplanter |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510355801.4A Division CN106258118B (en) | 2015-06-24 | 2015-06-24 | Walk-behind type paddy-field work machine |
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| CN109328570A true CN109328570A (en) | 2019-02-15 |
| CN109328570B CN109328570B (en) | 2021-11-09 |
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| CN201510355801.4A Active CN106258118B (en) | 2015-06-24 | 2015-06-24 | Walk-behind type paddy-field work machine |
| CN201811340048.1A Active CN109328570B (en) | 2015-06-24 | 2015-06-24 | Walking type rice transplanter |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510355801.4A Active CN106258118B (en) | 2015-06-24 | 2015-06-24 | Walk-behind type paddy-field work machine |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108496488B (en) * | 2017-02-28 | 2021-12-31 | 株式会社久保田 | Walking type rice transplanter |
| CN108496489B (en) * | 2017-02-28 | 2021-08-27 | 株式会社久保田 | Walking type rice transplanter |
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| JPH06296405A (en) * | 1993-04-15 | 1994-10-25 | Takahito Menju | Wheel of paddy rice transplanter |
| CN1220080A (en) * | 1997-12-15 | 1999-06-23 | 洋马农机株式会社 | Walking rice transplanter pendulous body |
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| CN202168335U (en) * | 2010-08-31 | 2012-03-21 | 井关农机株式会社 | Transplanter |
| CN203523309U (en) * | 2013-11-08 | 2014-04-09 | 浙江小精农机制造有限公司 | Hand-held eight-row wide-and-narrow-pitch rice transplanter |
| CN203633119U (en) * | 2012-11-30 | 2014-06-11 | 井关农机株式会社 | Seedling transplanting machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH07284312A (en) * | 1994-04-18 | 1995-10-31 | Nakagawa Yoshiaki | Transplanter |
| JP2006238824A (en) * | 2005-03-04 | 2006-09-14 | Kubota Corp | Walking type rice transplanter |
| JP4996439B2 (en) * | 2007-12-10 | 2012-08-08 | 株式会社クボタ | Walking rice transplanter |
| KR101570718B1 (en) * | 2013-02-19 | 2015-11-20 | 이세키노우키가부시키가이샤 | Seedling transplanter |
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- 2015-06-24 CN CN201811340048.1A patent/CN109328570B/en active Active
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH06296405A (en) * | 1993-04-15 | 1994-10-25 | Takahito Menju | Wheel of paddy rice transplanter |
| CN1220080A (en) * | 1997-12-15 | 1999-06-23 | 洋马农机株式会社 | Walking rice transplanter pendulous body |
| JP2007168733A (en) * | 2005-12-26 | 2007-07-05 | Sumitomo Rubber Ind Ltd | Mud removing device and agricultural machine |
| CN101796905A (en) * | 2010-03-19 | 2010-08-11 | 南通富来威农业装备有限公司 | Wide- and narrow-row handheld rice transplanter with wide partition in seedling box |
| CN201690773U (en) * | 2010-06-07 | 2011-01-05 | 浙江小精农机制造有限公司 | Side floating plate of seedling planting machine |
| CN202168335U (en) * | 2010-08-31 | 2012-03-21 | 井关农机株式会社 | Transplanter |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN106258118A (en) | 2017-01-04 |
| CN109328570B (en) | 2021-11-09 |
| CN106258118B (en) | 2018-12-07 |
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