CN203446229U - Harvester - Google Patents
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- CN203446229U CN203446229U CN201320449013.8U CN201320449013U CN203446229U CN 203446229 U CN203446229 U CN 203446229U CN 201320449013 U CN201320449013 U CN 201320449013U CN 203446229 U CN203446229 U CN 203446229U
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Abstract
Provided is a harvester. A gear shift lever can be operated in a relaxed gesture. The harvester comprises a speed variator and a main gear shift rod (11) of a traveling gearbox. The main gear shift rod (11) is arranged close to a driver seat (10), and the speed variator can be controlled to move by instructions through front and back operation. The main gear shift rod (11) comprises a hand holding part (22) which is provided with a first surface (24), a second surface (26) and an upper surface (27), wherein the first surface (24) is used for allowing the thumb (t) of an operator (D) to be placed, the second surface (26) is used for allowing four fingers except the thumb to be placed and is different from the first surface (24), and the upper surface (27) is used for allowing the palm of the operator (D) to be placed and is different from the second surface (26). The first surface (24) tilts in the overlooking process in the mode of being placed in the more forward position when being farther away from the operator (D), and the second surface (26) tilts in the overlooking process in the mode of being placed in the more backward position when being father away from the operator (D).
Description
Technical field
The utility model relates to the reaping machine that a kind of Drive Section is provided with gear lever.
Background technology
In the past, as such technology, there is left side, the seat at Drive Section as Patent Document 1 that the technology of gear lever (being " main shift lever " in document) is set.
According to the technology of recording in patent documentation 1, by the operation of gear lever, can carry out the switching of body forward-reverse and the adjustment of body travel speed.And, in the technology of recording at patent documentation 1, gear lever be formed with the face of the fore-and-aft direction almost parallel of body and with the face of the left and right directions almost parallel of body, for operator, hand is held to gear lever along these faces.
Patent documentation 1: Unexamined Patent 11-28944 communique (Fig. 7 in patent documentation 1)
But, in adopting patent documentation 1, record technology time, while moving forward and backward arm for front and back operation gear lever, posture state in moving along fore-and-aft direction when overlooking of the part before wrist (hereinafter referred to as " hand "), therefore, especially near the position of health, elbow stretches out laterally and arm opens, and shoulder and elbow are easily stressed.Under this state, continue for a long time to handle, will be born shoulder and elbow etc.
Utility model content
In view of above-mentioned actual conditions, the purpose of this utility model be to provide a kind of can be with the reaping machine of the gear lever of posture operation easily.
The First Characteristic structure of the reaping machine that the utility model is related is, comprises speed change gear and the gear lever of the gearbox that travels, this gear lever be arranged on driver's seat near, and by front and back operate can instruction described in speed change gear move,
Described gear lever comprises hand grip portion, described hand grip portion be formed with the first surface of placing for operator's thumb, second, the face different from described first surface of placing for four fingers beyond thumb, for operator's palm, place with described first surface and described second different face be upper surface
Described first surface tilts away from the offside mode in the place ahead of operator overlooking Shi Yiyue, and described second is tilted away from the offside mode in rear of operator overlooking Shi Yiyue.
According to eigen structure, the posture of hand becomes the state externally opening with respect to fore-and-aft direction when overlooking, so armpit becomes the state of Natural closure, even move forward and backward arm for front and back operation gear lever, shoulder, elbow are also not easy stressed.Therefore, according to eigen structure, even long-time, continue to handle, also can not cause burden to shoulder, elbow etc., can be with the gear lever of posture operation easily.
The Second Characteristic structure of the reaping machine that the utility model is related is, the part near operator's one side in described first surface is formed with notch.
According to eigen structure, can make the finger root of thumb be positioned at notch.Therefore, the finger root of thumb becomes naturally along the state of first surface, compares with the situation that notch is not set, and gear lever is easily held.
The 3rd feature structure of the reaping machine that the utility model is related is, described hand grip portion forms the width along described second direction of this hand grip portion while overlooking than large along the width of described first surface direction.
According to eigen structure, described hand grip portion forms while overlooking width along described second direction than large along the width of described first surface direction, so the shape of the hand while being suitable for holding gear lever.Therefore, can make gear lever easily be held.
The 4th feature structure of the reaping machine that the utility model is related is, in described hand grip portion away from the end of operator's one side, across the part of described second and described upper surface to bloating away from operator's one side.
According to eigen structure, especially, when gear lever being carried out to tractive operation (rearward operation), nameless, little finger of toe hooks the part bloating at this, so hand is difficult to from hand grip portion slippage, can carry out exactly variable speed operation.And this bellying becomes handgrip, easily carry out palmistry for the location of hand grip portion, such as configured switch etc. at hand grip portion in the situation that, can make simply hand be positioned at the most suitable position of easy console switch etc.
The 5th feature structure of the reaping machine that the utility model is related is, in described hand grip portion, across described second, is formed with recess with the part of described upper surface, places at least one finger in forefinger and middle finger in this recess.
According to eigen structure, recess becomes handgrip, easily carries out palmistry for the location of hand grip portion.Therefore, such as configured switch etc. at hand grip portion in the situation that, only need make forefinger and middle finger be positioned at recess, just can make simply hand be positioned at the most suitable position of easy console switch etc.
The 6th feature structure of the reaping machine that the utility model is related is, the end of close operator's one side in described hand grip portion, and described second towards bloating away from operator's one side.
According to eigen structure, especially, when gear lever being carried out to tractive operation (rearward operation), forefinger hooks the part bloating at this, so hand is difficult to from hand grip portion slippage, can carry out exactly variable speed operation.And this bellying becomes handgrip, easily carry out palmistry for the location of hand grip portion, such as configured switch etc. at hand grip portion in the situation that, can make simply hand be positioned at the most suitable position of easy console switch etc.
The 7th feature structure of the reaping machine that the utility model is related is in the roughly the same position of the height of the seat surface with driver's seat, to have the bar guide part of the described gear lever of guiding.
According to eigen structure, gear lever can be arranged on to the maneuverable height and position of operator.
The 8th feature structure of the reaping machine that the utility model is related is, comprise another homework department that is different from described speed change gear, on described first surface, be provided with the first instruction input mechanism, this the first instruction input mechanism can be to the contrary action of described another homework department's instruction, and make described thumb along described first surface around referring to that root swings to input the instruction of this contrary action.
According to eigen structure, the first instruction input mechanism is inputted by swinging thumb along first surface around finger root, so when the first instruction input mechanism carries out input operation, hand does not need integrated moving, therefore, can in the situation that not bringing burden to wrist etc., to the first instruction input mechanism, operate.And, even when for example operating gear lever in front and back and carrying out the input operation of the first instruction input mechanism, wrist can not reversed because of the input operation of the first instruction input mechanism yet, therefore easily carries out the operation of gear lever and the input operation of the first instruction input mechanism simultaneously.
The 9th feature structure of the reaping machine that the utility model is related is, described the first instruction input mechanism is rocker switch.
According to eigen structure, the first instruction input mechanism is the rocker switch (presser type switch) that can choose one from different inputs, therefore, the not contrary action of instruction simultaneously, thus the action command for homework department can correctly be inputted.And because of the characteristic of the shape of rocker switch, two inputs link with level and smooth face, therefore, only need, along the surface wobble thumb of rocker switch, just can make thumb move to another input from an input.Like this, according to eigen structure, the input operation mistake of the first instruction input mechanism can be prevented, and the input operation of the first instruction input mechanism can be carried out swimmingly.
The tenth feature structure of the reaping machine that the utility model is related is, comprise another other homework department that are different from described speed change gear, on described second, there is the second instruction input mechanism, this the second instruction input mechanism can be to the contrary action of described another other homework department's instructions, and by the pressing operation of the arbitrary finger in described four fingers beyond described thumb, inputs the instruction of this contrary action.
According to eigen structure, the second instruction input mechanism is inputted by the pressing operation of the arbitrary finger in four fingers beyond thumb, so when the second instruction input mechanism carries out input operation, hand does not need integrated moving.Therefore, can in the situation that not bringing burden to wrist etc., to the second instruction input mechanism, operate.And, even when for example operating gear lever in front and back and carrying out the input operation of the second instruction input mechanism, wrist can not reversed because of the input operation of the second instruction input mechanism yet, therefore easily carries out the operation of gear lever and the input operation of the second instruction input mechanism simultaneously.
The 11 feature structure of the reaping machine that the utility model is related is, described the second instruction input mechanism is rocker switch.
According to eigen structure, the second instruction input mechanism for choosing the rocker switch (presser type switch) of one from different inputs, therefore, even if for example forefinger is being placed on to an input, middle finger is placed in the situation of another input, only need can carry out the input operation of the second instruction input mechanism by the pressing operation of any finger, without mobile whole hand.And the opposite action of instruction simultaneously, can correctly not input the action command for homework department.Like this, according to eigen structure, can carry out like a cork the input operation of the second instruction input mechanism, and can prevent the input operation mistake of the second instruction input mechanism.
The 12 feature structure of the reaping machine that the utility model is related is, comprises another homework department that is different from described speed change gear,
On described first surface, be provided with the first instruction input mechanism, this first instruction input mechanism can be to the contrary action of described another homework department's instruction, and make described thumb along described first surface around referring to that root swings to input the instruction of this contrary action,
Comprise another other homework department that are different from described speed change gear,
On described second, there is the second instruction input mechanism, this the second instruction input mechanism can be to the contrary action of described another other homework department's instructions, and by the pressing operation of the arbitrary finger in described four fingers beyond described thumb, input the instruction of this contrary action
By described another homework department of described the first instruction input mechanism instruction action or are straw shift wheel elevating control portions that extract the straw shift wheel that the portion of extracting has described in elevating control portion or lifting that lifting extracts portion by described another other homework department of described the second instruction input mechanism instruction action.
According to eigen structure, by operating the first instruction input mechanism or the second instruction input mechanism, the descending operation of portion or the descending operation of straw shift wheel can be when carrying out variable speed operation by gear lever, extracted, thereby easy to operate reaping machine can be become.
The 13 feature structure of the reaping machine that the utility model is related is, comprises another homework department that is different from described speed change gear,
On described first surface, be provided with the first instruction input mechanism, this first instruction input mechanism can be to the contrary action of described another homework department's instruction, and make described thumb along described first surface around referring to that root swings to input the instruction of this contrary action;
Comprise another other homework department that are different from described speed change gear,
On described second, there is the second instruction input mechanism, this the second instruction input mechanism can be to the contrary action of described another other homework department's instructions, and by the pressing operation of the arbitrary finger in described four fingers beyond described thumb, input the instruction of this contrary action
By described another homework department of described the first instruction input mechanism instruction action or described another other homework department of being moved by described the second instruction input mechanism instruction, it is the rotocycle elevating control portion that lifting extracts the elevating control portion that extracts of portion or the rotocycle that lifting body has
The 14 feature structure of the reaping machine that the utility model is related is, comprises another homework department that is different from described speed change gear,
On described first surface, have the first instruction input mechanism, this first instruction input mechanism can be to the contrary action of described another homework department's instruction, and make described thumb along described first surface around referring to that root swings to input the instruction of this contrary action;
Comprise another other homework department that are different from described speed change gear,
On described second, there is the second instruction input mechanism, this the second instruction input mechanism can be to the contrary action of described another other homework department's instructions, and by the pressing operation of the arbitrary finger in described four fingers beyond described thumb, input the instruction of this contrary action
Described gear lever has the axial region of the described hand grip portion of supporting,
On described axial region, be provided with the inserting hole that the connecting rod of inserting hole that the electric wiring of described the first instruction input mechanism and described the second instruction input mechanism uses and the described gear lever of supporting is used.
According to eigen structure, the inserting hole that holds the electric wiring of the first instruction input mechanism and the second instruction input mechanism arranges respectively with the inserting hole of inserting the connecting rod of logical supporting gear lever, therefore easily holds electric wiring, has improved the workability while connecting gear lever.
The 15 feature structure of the reaping machine that the utility model is related is, the inserting hole that the inserting hole that described electric wiring is used and described connecting rod are used is with overlapping state setting.
According to eigen structure, the inserting hole that the inserting hole that electric wiring is used and connecting rod are used is with overlapping state setting, therefore will suppress littlely due to the section loss of the hand grip portion that two inserting holes cause being set, thereby can alleviate the decline degree of gear lever rigidity.
The 16 feature structure of the reaping machine that the utility model is related is, the bottom of described axial region bloats to peripheral direction.
According to eigen structure, the bottom of axial region bloats to peripheral direction, so even gapped between the bottom surface of gear lever and bar guide part, this gap is also covered by bellying, thereby prevents from seeing completely from gap electric wiring, connecting rod.Therefore,, even if the connection precision set while gear lever not being connected in to connecting rod must be higher, also can become the good structure of outward appearance.
The 17 feature structure of the reaping machine that the utility model is related is, described gear lever is main shift lever.
According to eigen structure, gear lever is the main shift lever often held, can not cause because of the accumulation of factitious posture the fatigue of wrist etc., thereby more can actually feel good operability.
The 18 feature structure of the reaping machine that the utility model is related is, described gear lever is on the right side of driver's seat.
According to eigen structure, for example, while travelling on legal provisions are kept right current national road, (the driver's seat: car body left side, gear lever: driver's seat right side) identically feel to carry out variable speed operation such as general passenger car that can Yi Hegai state.
The 19 feature structure of the reaping machine that the utility model is related is, comprises front-wheel and trailing wheel, described in the gearbox that travels drive described front-wheel and described trailing wheel.
According to eigen structure, compare with crawler type reaping machine, be conducive to travel on the road beyond field.
The 20 feature structure of the reaping machine that the utility model is related is, described trailing wheel is deflecting roller, and this reaping machine comprises the steering wheel that described trailing wheel is carried out to steering operation.
According to eigen structure, trailing wheel is deflecting roller, therefore, compares with the situation that front-wheel is deflecting roller, can reduce radius of turn, becomes the reaping machine of being good at little turning.And, because be with steering wheel, trailing wheel to be carried out the structure of steering operation, so compare with turning-bar etc., can will turn to supporting member to set greatlyr with respect to the operational ton of unit rotation amount, thereby can give the trickle rotation amount of instruction, and can carry out rotary manipulation thoroughly.
The 21 feature structure of the reaping machine that the utility model is related is, comprises speed change gear and the gear lever of the gearbox that travels, this gear lever be arranged on driver's seat near, and by front and back operate can instruction described in speed change gear move,
Described gear lever comprises hand grip portion, described hand grip portion be formed with the first surface of placing for operator's thumb, second, the face different from described first surface of placing for four fingers beyond thumb, for operator's palm, place with described first surface and described second different face be upper surface
Comprise another homework department that is different from described speed change gear,
On described first surface, have the first instruction input mechanism, this first instruction input mechanism can be to the contrary action of described another homework department's instruction, and make described thumb along described first surface around referring to that root swings to input the instruction of this contrary action,
Comprise another other homework department that are different from described speed change gear,
On described second, there is the second instruction input mechanism, this the second instruction input mechanism can be to the contrary action of described another other homework department's instructions, and by the pressing operation of the arbitrary finger in described four fingers beyond described thumb, inputs the instruction of this contrary action.
The 22 feature structure of the reaping machine that the utility model is related is, by described another homework department of described the first instruction input mechanism instruction action or are straw shift wheel elevating control portions that extract the straw shift wheel that the portion of extracting has described in elevating control portion or lifting that lifting extracts portion by described another other homework department of described the second instruction input mechanism instruction action.
The 23 feature structure of the reaping machine that the utility model is related is, by described another homework department of described the first instruction input mechanism instruction action or described another other homework department of being moved by described the second instruction input mechanism instruction, is the rotocycle elevating control portion that lifting extracts the elevating control portion that extracts of portion or the rotocycle that lifting body has.
Accompanying drawing explanation
Fig. 1 means the whole end view of reaping machine.
Fig. 2 means the vertical view of Drive Section.
Fig. 3 means the front view of Drive Section.
Fig. 4 means the vertical view of the periphery of main shift lever.
Fig. 5 means the part sectioned view of front view of the periphery of main shift lever when main shift lever is in operating area.
Fig. 6 means the stereogram of Drive Section.
Fig. 7 means the VII-VII line profile of Fig. 5.
Fig. 8 means the whole end view of the maize harvesting machine of other embodiments.
Symbol description
1 reaping machine; 8 trailing wheels; 10 driver's seats; 11 main shift levers (gear lever); 13 bar casees; 14 steering wheels; 18 seat surfaces; 21 connecting rods; 22 hand grip portions; 23 axial regions; 24 first surfaces; 25 notch; 26 second; 27 upper surfaces; 28 outside bellyings; 29 recess; 30 inner side bellyings; 34 rocker switches (the first instruction input mechanism); 37 rocker switches (the second instruction input mechanism); 43 lower end bellyings; 45 electric wirings; 46 inserting holes; 47 inserting holes; 50 bar guide parts; D operator; A arm; H hand; P palm; T thumb; F forefinger; M middle finger; R is nameless; P little finger of toe
Embodiment
[overall structure of reaping machine]
Below, with reference to the accompanying drawings of and the utility model is applicable to the embodiment of wheel type harvester.As shown in Figure 1, reaping machine 1 is the full feed type reaping machine of the crops such as results paddy and wheat.Reaping machine 1 comprise support body the portion of travelling 2, be positioned at the portion of travelling 2 tops Drive Section 3, be positioned at Drive Section 3 the place aheads the portion that extracts 4, be positioned at the threshing portion 5 at body rear and be positioned at the reservoir 6 of threshing portion 5 tops.
Travel that portion 2 comprises pair of right and left front-wheel 7 and as the trailing wheel 8 of deflecting roller, a pair of front-wheel 7 and trailing wheel 8 transmits from the power of engine to the left and right the gearbox that travels (not graphic).The gearbox that travels comprises that hydrostatic stepless speed change device (is equivalent to " speed change gear ".Hereinafter referred to as " HST ").
Extracting portion 4 comprises for cutting the cutter 60 of the stem stalk of crop.Extract portion 4 and swing around swinging fulcrum P by the flexible of not shown hydraulic cylinder, thus oscilaltion.And, extract portion 4 and comprise the straw shift wheel 61 of propping up crop and the stem stalk extracting rearward being dialled in by the Y-axis rotation around not shown.Straw shift wheel 61 swings around swinging fulcrum Q by the flexible of not shown hydraulic cylinder, thus oscilaltion.
[Drive Section]
As shown in Figures 2 and 3, Drive Section 3 comprises that the driver's seat 10 of the central portion that is arranged on body, bar case 13 supportings that arranged on driver's seat 10 right sides main shift lever 11(that can instruction HST gear shifting operation are equivalent to " gear lever ") and steering wheel 14.By the operation of steering wheel 14, can carry out steering operation to the trailing wheel 8 as deflecting roller.
As shown in Fig. 2, Fig. 4 and Fig. 6, at the upper surface of bar case 13, be formed with bar guide part 50.Main shift lever 11 is inserted through rod guide part 50, and is supported on the inside of bar case 13, along bar guide part 50 by swinging operation.Main shift lever 11 is positioned near (oblique the place ahead, the right side of operator D) of driver's seat 10.On bar guide part 50, start to be formed with successively road driving region D1, operating area D2 and back off area R in the past.Bar case 13 is configured to and makes bar guide part 50 be positioned at the height roughly the same with the seat surface 18 of driver's seat 10.
As shown in Figure 4, when reaping machine 1 travels on the road beyond field, operation main shift lever 11 is located at road driving region D1.When reaping machine 1 extracts operation in field, operation main shift lever 11 is located at operating area D2.When reaping machine 1 retreats, operation main shift lever 11 is located at back off area R.At D1Ji operating area, road driving region D2, more make main shift lever 11 forwards fall down, more increase the travel speed of body.At back off area R, more make main shift lever 11 rearward fall down, more increase the astern speed of body.Like this, by main shift lever 11 push-and-pull is forwards, backwards operated, the travel speed of body is adjusted.
The upper surface of bar case 13 forms crooked upward, and operating area D2 is positioned at the top part of bar case 13.Like this, main shift lever 11 is more more in low level (away from the position of health) to front side operation, and the situation that forms horizontal plane with the upper surface of bar case 13 is compared, and can extend arm, can not become the posture of detention.Therefore and as shown in Figure 2, the operating area D2 that usage frequency is high is positioned at operator's slightly front side, by main shift lever 11 operations during to operating area D2, can extract operation with posture easily.
As shown in Figure 4, main shift lever 11 comprises that rocker switch 34(is equivalent to " the first instruction input mechanism ") and rocker switch 37(be equivalent to " the second instruction input mechanism ").By the input operation of rocker switch 34, instruction is for making the hydraulic cylinder action of the portion that extracts 4 liftings.That is to say, the hydraulic cylinder that lifting extracts portion 4 forms the elevating control portion (being equivalent to " other homework department ") that extracts.And by the input operation of rocker switch 37, instruction is for making the hydraulic cylinder action of straw shift wheel 61 liftings.That is to say, the hydraulic cylinder of lifting straw shift wheel 61 forms straw shift wheel elevating control portion (being equivalent to " other homework department ").
[shape of main shift lever]
As shown in Figure 5, on axial region 23, be provided with for the electric wiring 45 of rocker switch 34 and rocker switch 37 and insert logical inserting hole 46 and insert logical inserting hole 47 for connecting rod 21.As shown in Figure 7, the inserting hole 47 of the inserting hole 46 of electric wiring 45 use and connecting rod 21 use is with overlapping state setting.
Between the bottom surface of axial region 23 and the bar guide part 50 of bar case 13, on above-below direction, be provided with the gap 44 of regulation, thereby avoid the interference of main shift lever 11 and bar case 13.In the bottom of axial region 23, be formed with the lower end bellying 43 bloating to peripheral direction.Even if gap 44 is larger, also can prevent that from gap 44 see electric wiring 45 and connecting rod 21 completely by lower end bellying 43.That is to say, even if the assembly precision when greatly gear lever 11 being assembled in to connecting rod 21 because of gap 44 is so not high, also can become good assembling in appearance.
As shown in Figure 4, hand grip portion 22 forms the shape of growing crosswise of whole rounding.Hand grip portion 22 is formed with first surface 24, the face different from first surface 24 second 26, the upper surface 27 of the face different with first surface 24 and second 26, is positioned at the back side 31 of the opposition side of second 26.Except first surface 24, the shape that the surface of hand grip portion 22 is rounding.Therefore, when forefinger f, middle finger m, nameless r, little finger of toe p are placed on to second 26 or upper surface 27 on time, hand H easily holds main shift lever 11.
And while overlooking, it is larger than the width of hand H that hand grip portion 22 forms its transverse width.That is to say, hand grip portion 22 forms its width along second 26 direction, and than it, the width along first surface 24 directions is large.
The face of first surface 24 for placing for thumb t.As shown in Fig. 2, Fig. 4 and Fig. 5, first surface 24 forms general plane shape, and when overlooking, with the left and right center line X from driver's seat 10, away from the offside mode in the place ahead, tilt more left, while overlooking, first surface 24 is more to tilt away from the offside mode in the place ahead of operator D.First surface 24 and second 's 26 the boundary section of boundary section, first surface 24 and upper surface 27 and the boundary section at first surface 24 and the back side 31 form the slightly shape of corner angle.In addition, on first surface 24, be provided with above-mentioned rocker switch 34.
In first surface 24, from span to the part at the back side 31 near the part of operator D mono-side, be formed with notch 25.Notch 25 is formed on the part of close operator D mono-side in first surface 24.Notch 25 forms along with the triangle that 31 sides are launched gradually towards first surface 24 from the back side, and forms accordingly to the shape of the back skating of the bar central side bending of main shift lever 11 with the shape of thumb t.Thus, make thumb t in order to operate rocker switch 34 when its root swings, notch 25 becomes the guide portion of thumb t.
As shown in Figure 2, on second 26, to approach the order of left and right center line X, be formed with outside bellying 28, recess 29 and inner side bellying 30.
As shown in Fig. 2, Fig. 3 and Fig. 5, in hand grip portion 22, away from the end of operator D mono-side, outside bellying 28 is formed on the upper end boundary section of upper surface 27 (second 26 and) of second 26.The upper end of bellying 28, outside and the leading section of upper surface 27 form continuously.While overlooking, outside bellying 28 forms forwards (being accurately the slightly right tiltedly the place ahead away from the health of operator D) crooked circular shape.When hand H is placed on main shift lever 11, can, by the crooked hook of nameless r, little finger of toe p on outside bellying 28, when main shift lever 11 being carried out to tractive operation, can prevent hand H slippage.
As shown in Fig. 2, Fig. 3 and Fig. 5, recess 29 forms continuously with the left side of outside bellying 28.Recess 29 forms the recessed shape of the Bing Xiang back side, bottom 31 sides that spans to second 26 from the upper end of upper surface 27.Forefinger f can be positioned to recess 29, recess 29 becomes the handgrip while holding main shift lever 11.
As shown in Fig. 2, Fig. 3 and Fig. 5, inner side bellying 30 forms continuously with the left side of recess 29.Inner side bellying 30 form make across first surface 24 and second 's 26 part forwards (being accurately the slightly right tiltedly the place ahead away from the health of operator D) bloat.The upper end of bellying 30, inner side and the leading section of upper surface 27 form continuously.From front, inner side bellying 30 forms the shape of forwards stretching out.Forefinger f can be hooked on inner side bellying 30, when main shift lever 11 being carried out to tractive operation, can prevent hand H slippage.
By forming such outside bellying 28, recess 29 and inner side bellying 30, outside bellying 28, recess 29 and inner side bellying 30 become the handgrip while holding main shift lever 11, and locate reliably forefinger f, middle finger m, nameless r and little finger of toe p, so that the position stability of hand H.In addition, the position stability of hand H, therefore can firmly hold main shift lever 11, thereby improves the operability of main shift lever 11.
When main shift lever 11 is carried out to bulldozing operation, the face that the back side 31 connects for main and palm P.As shown in Figure 4, the back side 31 to be to form to the slightly crooked mode band rounding of driver's seat 10 sides, and with upper surface 27 and first surface 24 adjacency, and be formed at the opposition side of second 26.As shown in Figure 2, the back side 31 is to tilt away from the offside mode in rear of left and right center line X more to the right.Near the bottom at the back side 31, form the general plane shape towards oblique left back top.The end away from driver's seat 10 1 sides of hand grip portion 22, the boundary section at second 26, upper surface 27 and the back side 31 forms to the right tiltedly rear and is the roughly hemispherical shape bloating.
In addition, in the position of avoiding connecting rod 21 insertion portions of hand grip portion 22, be formed with not shown cut surface.Hand grip portion 22 can be divided into two parts by cut surface.One cuts apart hand grip portion 22, just can to being contained in electric wiring 45 and the connecting rod 21 of hand grip portion 22 inside, safeguard simply.
[setting of switch]
As shown in Figures 4 to 6, rocker switch 34 is on first surface 24.Rocker switch 34 is arranged on first surface 24 in the mode of slightly floating via resinous pedestal 35.Rocker switch 34 is formed on the sidepiece that approaches operator D mono-side in hand grip portion 22.Another projection 34B that rocker switch 34 has a projection 34A and forms continuously with this projection 34A.Rocker switch 34 is moment formula switch, and a projection 34A or pressing of another projection 34B are disengaged, and rocker switch 34 automatically reverts to neutral position.
As shown in Figure 4, while at least making main shift lever 11 be positioned at D2Zhong front area, operating area (common region of using while extracting operation), the state that is positioned at the top of another projection 34B with a projection 34A arranges rocker switch 34, thereby makes rocker switch 34 fall towards top from below.Rocker switch 34 by the orientation of a projection 34A and another projection 34B along by notch 25(general triangular) mode of the tangential direction (tangential direction of the substantial middle of the swinging track of the leading section of thumb t (circular arc)) of circumference centered by the summit at rear tilts.That is to say, rocker switch 34 is set to its incline direction along the swaying direction formation of thumb t.Therefore, can be like a cork with a thumb t projection 34A of operation or another projection 34B action.And, especially make main shift lever 11 be positioned at D2 front side, operating area region (the common operating area that extracts) and from the state that the front part of wrist L slightly leans forward, because rocker switch 34 is set to fall to tilt upward from below, therefore, thumb t does not have factitious posture when swinging operation, rocker switch 34 simple to operate.
By pressing, a projection 34A is swung, extract portion 4 and rise, by pressing, another projection 34B is swung, extract portion 4 and decline.That is to say, rocker switch 34 is configured to presses a projection 34A, to the instruction that extracts portion's 4 input actions, and presses another projection 34B, the contrary action command of instruction when extracting portion 4 input and pressing a projection 34A.And, remove pressing of a projection 34A or another projection 34B, extract portion 4 and stop lifting.
In addition, the rising that extracts portion 4 is realized by the operation that is positioned at the projection 34A of top, and the decline that extracts portion 4 is realized by the operation that is positioned at the projection 34B of below, therefore, extract in the lifting action of portion 4 and the operation feeling of rocker switch 34 and be associated, thereby be difficult to occur the rapid mistake of selecting of projection 34A, 34B and the selection mistake of projection 34A and projection 34B.
As shown in Figure 5, rocker switch 37 is arranged on the position slightly left from outside bellying 28 in second 26 (position from upper surface 27 away from slightly) downwards.That is to say, rocker switch 37 be arranged on middle finger m and nameless r slightly bending just reach, but stretch consciously the position that middle finger m and nameless r just can fully get at.Rocker switch 37 is installed on second 26 via resinous pedestal 38 in the mode of slightly floating.Rocker switch 37 is formed in hand grip portion 22 sidepiece away from operator D mono-side.Another projection 37B that rocker switch 37 has a projection 37A and forms continuously with this projection 37A.
As shown in Figure 4, rocker switch 37 is set to the state tilting the top that a projection 37A is positioned at another projection 37B.Rocker switch 37 tilts along the incline direction of upper surface 27.Rocker switch 37 is moment formula switch, and a projection 37A or pressing of another projection 37B are disengaged, and rocker switch 37 automatically reverts to neutral position.
By pressing, a projection 37A is swung, straw shift wheel 61 rises.By pressing, another projection 37B is swung, straw shift wheel 61 declines.That is to say, press a projection 37A, rocker switch 37 is to the instruction of straw shift wheel 61 input actions, and presses another projection 37B, rocker switch 37 to straw shift wheel 61 inputs the contrary action command of the instruction when pressing a projection 37A.And, a projection 37A or pressing of another projection 37B are disengaged, the lifting of straw shift wheel 61 stops.
In addition, the rising of straw shift wheel 61 (approaching the action of the health of operator D) is realized by the operation being positioned near the projection 37A of a side of the health of operator D, and the decline of straw shift wheel 61 (away from the action of the health of operator D) is realized by the operation being positioned at away from the projection 37B of a side of the health of operator D, therefore, in the operation feeling of the lifting action of straw shift wheel 61 and rocker switch 37, be associated, be difficult to occur mistake that projection 37A, 37B select rapidly and the selection mistake of projection 34A and projection 34B.
[method of operating of gear lever 11]
While carrying out operation in field, make main shift lever 11 pass to operating area D2 and operate on it.
When body is accelerated, by pushing the back side 31 to the place ahead with palm P, main shift lever 11 is forwards urged operation.Now, the power that thumb t, forefinger f, middle finger m, nameless r, little finger of toe p can be very large, therefore can be by thumb t operation rocker switch 34, by middle finger m, nameless r operation rocker switch 37.
On the other hand, when body is slowed down, by forefinger f, middle finger m, nameless r, little finger of toe p, catch on and second 26 of tractive, by rearward tractive operation of main shift lever 11.Now, the power that thumb t, middle finger m, nameless r can be very large, therefore can be by thumb t operation rocker switch 34, by middle finger m, nameless r operation rocker switch 37.Now, on second 26, rocker switch 37 be arranged on middle finger m and nameless r slightly bending just reach, but stretch consciously the position that middle finger m and nameless r just can fully get at, therefore, can prevent from operating due to the tractive of main shift lever 11 maloperation of the rocker switch 37 causing.
Therefore, can to main shift lever 11, carry out bulldozing operation or tractive operation and body is accelerated or slow down in one side, by thumb t operation rocker switch 34, lifting extracts portion 4 on one side, the lifting straw shift wheel 61 by middle finger m, nameless r operation rocker switch 37.
Preferably, for example, when the crop of lodging is gathered in the crops, can be when the pace of body being slowed down according to the lodging state of crop and adjusting, suitably change the wording depth of dialling in of the cutting-height of the crop stem being extracted by the cutter 60 that extracts portion 4 and stem stalk that 61 pairs of straw shift wheels extract.If adopt this gear lever 11 that possesses described structure, just can naturally carry out the above-mentioned harvest operation to laid crop by one-handed performance.
Travelling and retreating while switching during operation in travelling on the road to beyond field, field, main shift lever 11 moves between road driving region D1, operating area D2 and back off area R.
When making main shift lever 11 move to operating area D2 from road driving region D1 and while moving to operating area D2 from back off area R, main shift lever 11 is pushed left.Now, forefinger f can hook on inner side bellying 30, so forefinger f can slippage.And, with nameless r and little finger of toe p, hold outside bellying 28, easily exert oneself thus.
While moving to road driving region D1 when making main shift lever 11 move to back off area R from operating area D2 and from operating area D2, main shift lever 11 is pushed to the right.Now, the finger root of thumb t can hook on notch 25, therefore can prevent thumb t slippage.And, with nameless r and little finger of toe p, hold outside bellying 28, easily exert oneself thus.
Other embodiment
(1) in the above-described embodiment, using other homework department of the first instruction input mechanism instruction action as the elevating control portion that extracts by for the hydraulic cylinder of the portion that extracts 4 liftings is formed, using other homework department of the second instruction input mechanism instruction action as the straw shift wheel elevating control portion by for the hydraulic cylinder of straw shift wheel 61 liftings is formed, but be not limited to this.For example, also can be using other homework department of the first instruction input mechanism instruction action as straw shift wheel elevating control portion, using other homework department of the second instruction input mechanism instruction action as extracting elevating control portion.And, also can using the first instruction input mechanism instruction action other homework department or other homework department of the second instruction input mechanism instruction action as other homework department different from extracting elevating control portion, straw shift wheel elevating control portion.
(2) in the above-described embodiment, common reaping machine 1 is illustrated, but can is also the maize harvesting machine of harvesting corn.For example as shown in Figure 8, maize harvesting machine 101 comprises that the stem stalk that remains in field to extracting after crop carries out the rotocycle 102 of pulverization process.Rotocycle 102 is set to the lifting that freely swings around the left and right directions axle center of body.The oscillating lifting that also can the make rotocycle 102 for example operation based on the included rocker switch 37 of main shift lever carries out.
(3) in the above-described embodiment, on hand grip portion 22, be formed with notch 25, but can be also the hand grip portion that does not form notch 25.
(4) hand grip portion 22 forms when overlooking width along second 26 direction than large along the width of first surface 24 directions, but also can form when overlooking width along first surface 24 directions than large along the width of second 26 direction.
(5) in the above-described embodiment, the upper surface 27 of hand grip portion 22, more to tilt away from the offside mode in below of operator D, is still not limited to this.Also can be that upper surface is with the hand grip portion of the state setting of approximate horizontal.
(6) in the above-described embodiment, on hand grip portion 22, be formed with outside bellying 28, recess 29 and inner side bellying 30, but can be also outside bellying 28, recess 29, inner side bellying 30 hand grip portion of formation arbitrarily.
(7) in the above-described embodiment, the bar guide part 50 of guiding main shift lever 11 is arranged on the position with the seat surface 18 roughly the same height of driver's seat 10, but bar guide part 50 also can be arranged on the position with seat surface 18 differing heights of driver's seat 10.
(8) in the above-described embodiment, on the axial region 23 of main shift lever 11, be provided with the inserting hole 46 of electric wiring 45 use of rocker switch 34 and rocker switch 37, the inserting hole 47 of connecting rod 21 use of supporting main shift lever 11 is still not limited to this.Also can arrange electric wiring 45 in the outside of main shift lever 11.
(9) in the above-described embodiment,, while overlooking, first surface 24, more to tilt away from the offside mode in the place ahead of operator D, still also can be set to first surface 24 face of almost parallel on the fore-and-aft direction of body.
(10) in the above-described embodiment, on hand grip portion 22, with overlapping state, be provided with the inserting hole 46 of electric wiring 45 use and the inserting hole 47 of connecting rod 21 use, but, the inserting hole 46 of electric wiring 45 use and the inserting hole 47 of connecting rod 21 use also can be independently set and make it not overlapping.
(11) in the above-described embodiment, being formed with lower end bellying 43 on hand grip portion 22, still, can be also the hand grip portion that is not formed with lower end bellying 43.
(12) in the above-described embodiment, show the structure that Drive Section 3 is provided with steering wheel 14, but can be also to possess other the turning to supporting member such as turning-bar and the structure that replaces steering wheel 14.
(13) in the above-described embodiment, the rising that extracts portion 4 realizes by the operation of projection 34A, and the decline that extracts portion 4 realizes by the operation of projection 34B, but is not limited to this.For example, the rising that also can be configured on the contrary the portion of extracting 4 realizes by the operation of projection 34B, and the decline that extracts portion 4 realizes by the operation of projection 34A.
(14) in the above-described embodiment, the rising of straw shift wheel 61 realizes by the operation of projection 37A, and the decline of straw shift wheel 61 realizes by the operation of projection 37B, but is not limited to this.For example, the rising that also can be configured on the contrary straw shift wheel 61 realizes by the operation of projection 37B, and the decline of straw shift wheel 61 realizes by the operation of projection 37A.
(15) in the above-described embodiment,, using the first instruction input mechanism as rocker switch 34, using the second instruction input mechanism as rocker switch 37, but be not limited to this.For example, also can be using the first instruction input mechanism, the second instruction input mechanism respectively as two press buttones of indicating opposite action.And, also can be using the first instruction input mechanism, the second instruction input mechanism as carry out respectively a press button of two kinds of different instructions by short pressing operation and long pressing operation.
(16) in the above-described embodiment, the example using main shift lever 11 as gear lever is illustrated, and still, on secondary gear lever, also can be applicable to the utility model.
(17) in the above-described embodiment, listed the example that the portion of travelling 2 consists of a plurality of wheels, still, the portion 2 of travelling also can consist of crawler attachment.
(18) in the above-described embodiment, list the example that main shift lever 11 is arranged on to the right side of driver's seat 10, still, also can be arranged on left side.
(19) in the above-described embodiment, using trailing wheel 8 as deflecting roller, still, also can be using front-wheel 7 as deflecting roller.
Industrial applicibility
The utility model can be applicable to comprise the speed change gear of the gearbox that travels and the reaping machine of gear lever, described gear lever be arranged on driver's seat near, and operate and can move to described speed change gear instruction by front and back.
Claims (34)
1. a reaping machine, is characterized in that, comprises speed change gear and the gear lever (11) of the gearbox that travels, this gear lever (11) be arranged on driver's seat (10) near, and by front and back operate can instruction described in speed change gear move,
Described gear lever (11) comprises hand grip portion (22), described hand grip portion (22) be formed with the first surface (24) of placing for operator's (D) thumb (t), the face different from described first surface (24) of placing for thumb (t) four fingers (f, m, r, p) in addition second (26), for operator's (D) palm (P), place with described first surface (24) and described second (26) different face be upper surface (27)
Described first surface (24) tilts away from the offside mode in the place ahead of operator (D) overlooking Shi Yiyue, and described second (26) tilt away from the offside mode in rear of operator (D) overlooking Shi Yiyue.
2. reaping machine as claimed in claim 1, is characterized in that, the part near described operator (D) side in described first surface (24) is formed with notch.
3. reaping machine as claimed in claim 1, is characterized in that, described hand grip portion (22) forms the width along described second direction (26) of this hand grip portion (22) while overlooking than large along the width of described first surface (24) direction.
4. reaping machine as claimed in claim 1, it is characterized in that, in described hand grip portion (22) away from the end of described operator (D) side, across the part of described second (26) and described upper surface (27) to bloating away from described operator (D) side.
5. reaping machine as claimed in claim 4, it is characterized in that, part across described second (26) and described upper surface (27) in described hand grip portion (22) is formed with recess, places at least one finger in forefinger (f) and middle finger (m) in this recess.
6. reaping machine as claimed in claim 5, is characterized in that, in described hand grip portion (22), near the end of described operator (D) side, described second (26) are to bloating away from described operator (D) side.
7. the reaping machine as described in any one in claim 1～6, is characterized in that, has the bar guide part (50) of the described gear lever of guiding (11) in the roughly the same position of height of the seat surface with described driver's seat (10) (18).
8. the reaping machine as described in any one in claim 1～6, is characterized in that, comprises another homework department that is different from described speed change gear,
On described first surface (24), be provided with the first instruction input mechanism (34), this the first instruction input mechanism (34) can be to the contrary action of described another homework department's instruction, and make described thumb (t) along described first surface (24) around referring to that root swings to input the instruction of this contrary action.
9. reaping machine as claimed in claim 8, is characterized in that, described the first instruction input mechanism (34) is rocker switch.
10. the reaping machine as described in any one in claim 1～6, is characterized in that, comprises another other homework department that are different from described speed change gear,
On described second (26), there is the second instruction input mechanism (37), this the second instruction input mechanism (37) can be to the contrary action of described another other homework department's instructions, and by the pressing operation of the arbitrary finger in described thumb (t) described four fingers (f, m, r, p) in addition, inputs the instruction of this contrary action.
11. reaping machines as claimed in claim 8, is characterized in that, comprise another other homework department that are different from described speed change gear,
On described second (26), there is the second instruction input mechanism (37), this the second instruction input mechanism (37) can be to the contrary action of described another other homework department's instructions, and by the pressing operation of the arbitrary finger in described thumb (t) described four fingers (f, m, r, p) in addition, inputs the instruction of this contrary action.
12. reaping machines as claimed in claim 9, is characterized in that, comprise another other homework department that are different from described speed change gear,
On described second (26), there is the second instruction input mechanism (37), this the second instruction input mechanism (37) can be to the contrary action of described another other homework department's instructions, and by the pressing operation of the arbitrary finger in described thumb (t) described four fingers (f, m, r, p) in addition, inputs the instruction of this contrary action.
13. reaping machines as claimed in claim 10, is characterized in that, described the second instruction input mechanism (37) is rocker switch.
14. reaping machines as described in claim 11 or 12, is characterized in that, described the second instruction input mechanism (37) is rocker switch.
15. reaping machines as described in any one in claim 1～6, is characterized in that, comprise another homework department that is different from described speed change gear,
On described first surface (24), be provided with the first instruction input mechanism (34), this the first instruction input mechanism (34) can be to the contrary action of described another homework department's instruction, and make described thumb (t) along described first surface (24), around finger root, swing to input the instruction of this contrary action
Comprise another other homework department that are different from described speed change gear,
On described second (26), there is the second instruction input mechanism (37), this the second instruction input mechanism (37) can be to the contrary action of described another other homework department's instructions, and by the pressing operation of the arbitrary finger in described thumb (t) described four fingers (f, m, r, p) in addition, input the instruction of this contrary action
By described another homework department of described the first instruction input mechanism (34) instruction action or be that lifting extracts the straw shift wheel elevating control portion that extracting of portion (4) extracts the straw shift wheel (61) that portion (4) has described in elevating control portion or lifting by described another other homework department of described the second instruction input mechanism (37) instruction action.
16. reaping machines as described in any one in claim 1～6, is characterized in that, comprise another homework department that is different from described speed change gear,
On described first surface (24), be provided with the first instruction input mechanism (34), this the first instruction input mechanism (34) can be to the contrary action of described another homework department's instruction, and make described thumb (t) along described first surface (24) around referring to that root swings to input the instruction of this contrary action;
Comprise another other homework department that are different from described speed change gear,
On described second (26), there is the second instruction input mechanism (37), this the second instruction input mechanism (37) can be to the contrary action of described another other homework department's instructions, and by the pressing operation of the arbitrary finger in described thumb (t) described four fingers (f, m, r, p) in addition, input the instruction of this contrary action
By described another homework department of described the first instruction input mechanism (34) instruction action or described another other homework department of being moved by described the second instruction input mechanism (37) instruction, it is the rotocycle elevating control portion that lifting extracts the elevating control portion that extracts of portion (4) or the rotocycle (102) that lifting body has.
17. reaping machines as described in any one in claim 1～6, is characterized in that, comprise another homework department that is different from described speed change gear,
On described first surface (24), there is the first instruction input mechanism (34), this the first instruction input mechanism (34) can be to the contrary action of described another homework department's instruction, and make described thumb (t) along described first surface (24) around referring to that root swings to input the instruction of this contrary action;
Comprise another other homework department that are different from described speed change gear,
On described second (26), there is the second instruction input mechanism (37), this the second instruction input mechanism (37) can be to the contrary action of described another other homework department's instructions, and by the pressing operation of the arbitrary finger in described thumb (t) described four fingers (f, m, r, p) in addition, input the instruction of this contrary action
Described gear lever (11) has the axial region (23) of the described hand grip portion of supporting (22),
On described axial region (23), be provided with the inserting hole (46) of electric wiring (45) use of described the first instruction input mechanism (34) and described the second instruction input mechanism (37) and the inserting hole (47) of connecting rod (21) use of the described gear lever of supporting (11).
18. reaping machines as claimed in claim 17, is characterized in that, the inserting hole (47) of the inserting hole (46) of described electric wiring (45) use and described connecting rod (21) use is with overlapping state setting.
19. reaping machines as claimed in claim 17, is characterized in that, the bottom of described axial region (23) bloats to peripheral direction.
20. reaping machines as described in any one in claim 1～6, is characterized in that, described gear lever (11) is main shift lever (11).
21. reaping machines as described in any one in claim 1～6, is characterized in that, described gear lever (11) is on the right side of described driver's seat (10).
22. reaping machines as described in any one in claim 1～6, is characterized in that, comprise front-wheel (7) and trailing wheel (8),
The described gearbox that travels drives described front-wheel (7) and described trailing wheel (8).
23. reaping machines as claimed in claim 22, is characterized in that, described trailing wheel (8) is deflecting roller,
This reaping machine comprises the steering wheel (14) that described trailing wheel (8) is carried out to steering operation.
24. 1 kinds of reaping machines, is characterized in that, comprise speed change gear and the gear lever (11) of the gearbox that travels, this gear lever (11) be arranged on driver's seat (10) near, and by front and back operate can instruction described in speed change gear move,
Described gear lever (11) comprises hand grip portion (22), described hand grip portion (22) be formed with the first surface (24) of placing for operator's (D) thumb (t), the face different from described first surface (24) of placing for thumb (t) four fingers (f, m, r, p) in addition second (26), for operator's (D) palm (P), place with described first surface (24) and described second (26) different face be upper surface (27)
Comprise another homework department that is different from described speed change gear,
On described first surface (24), there is the first instruction input mechanism (34), this the first instruction input mechanism (34) can be to the contrary action of described another homework department's instruction, and make described thumb (t) along described first surface (24), around finger root, swing to input the instruction of this contrary action
Comprise another other homework department that are different from described speed change gear,
On described second (26), there is the second instruction input mechanism (37), this the second instruction input mechanism (37) can be to the contrary action of described another other homework department's instructions, and by the pressing operation of the arbitrary finger in described thumb (t) described four fingers (f, m, r, p) in addition, inputs the instruction of this contrary action.
25. reaping machines as claimed in claim 24, is characterized in that,
By described another homework department of described the first instruction input mechanism (34) instruction action or be that lifting extracts the straw shift wheel elevating control portion that extracting of portion (4) extracts the straw shift wheel (61) that portion (4) has described in elevating control portion or lifting by described another other homework department of described the second instruction input mechanism (37) instruction action.
26. reaping machines as claimed in claim 24, is characterized in that,
By described another homework department of described the first instruction input mechanism (34) instruction action or described another other homework department of being moved by described the second instruction input mechanism (37) instruction, it is the rotocycle elevating control portion that lifting extracts the elevating control portion that extracts of portion (4) or the rotocycle (102) that lifting body has.
27. reaping machines as described in any one in claim 24～26, is characterized in that, described the first instruction input mechanism (34) is rocker switch.
28. reaping machines as described in any one in claim 24～26, is characterized in that, described the second instruction input mechanism (37) is rocker switch.
29. reaping machines as claimed in claim 27, is characterized in that, described the second instruction input mechanism (37) is rocker switch.
30. reaping machines as described in any one in claim 24～26,29, is characterized in that, described gear lever (11) is main shift lever (11).
31. reaping machines as claimed in claim 30, is characterized in that, described gear lever (11) is on the right side of described driver's seat (10).
32. reaping machines as claimed in claim 30, is characterized in that, comprise front-wheel (7) and trailing wheel (8),
The described gearbox that travels drives described front-wheel (7) and described trailing wheel (8).
33. reaping machines as claimed in claim 31, is characterized in that, comprise front-wheel (7) and trailing wheel (8),
The described gearbox that travels drives described front-wheel (7) and described trailing wheel (8).
34. reaping machines as described in claim 32 or 33, is characterized in that,
Described trailing wheel (8) is deflecting roller,
This reaping machine comprises the steering wheel (14) that described trailing wheel (8) is carried out to steering operation.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2012174315A JP5829584B2 (en) | 2012-08-06 | 2012-08-06 | Combine |
| JP2012-174315 | 2012-08-06 |
Related Child Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420037692.2U Division CN203735101U (en) | 2012-08-06 | 2013-07-26 | Harvester |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203446229U true CN203446229U (en) | 2014-02-26 |
Family
ID=50126148
Family Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420037692.2U Expired - Lifetime CN203735101U (en) | 2012-08-06 | 2013-07-26 | Harvester |
| CN201320449013.8U Expired - Lifetime CN203446229U (en) | 2012-08-06 | 2013-07-26 | Harvester |
Family Applications Before (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420037692.2U Expired - Lifetime CN203735101U (en) | 2012-08-06 | 2013-07-26 | Harvester |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP5829584B2 (en) |
| CN (2) | CN203735101U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110313309A (en) * | 2018-03-28 | 2019-10-11 | 株式会社久保田 | Harvester |
| CN112400447A (en) * | 2020-12-25 | 2021-02-26 | 福建诚德农业机械有限公司 | Self-propelled sweet potato harvester with stone-proof emergency stop device |
-
2012
- 2012-08-06 JP JP2012174315A patent/JP5829584B2/en active Active
-
2013
- 2013-07-26 CN CN201420037692.2U patent/CN203735101U/en not_active Expired - Lifetime
- 2013-07-26 CN CN201320449013.8U patent/CN203446229U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110313309A (en) * | 2018-03-28 | 2019-10-11 | 株式会社久保田 | Harvester |
| CN112400447A (en) * | 2020-12-25 | 2021-02-26 | 福建诚德农业机械有限公司 | Self-propelled sweet potato harvester with stone-proof emergency stop device |
Also Published As
| Publication number | Publication date |
|---|---|
| JP5829584B2 (en) | 2015-12-09 |
| JP2014030407A (en) | 2014-02-20 |
| CN203735101U (en) | 2014-07-30 |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20140226 |
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| CX01 | Expiry of patent term |