JPH0697905B2 - Rushes of its own mounting type riding harvester - Google Patents

Rushes of its own mounting type riding harvester

Info

Publication number
JPH0697905B2
JPH0697905B2 JP30128189A JP30128189A JPH0697905B2 JP H0697905 B2 JPH0697905 B2 JP H0697905B2 JP 30128189 A JP30128189 A JP 30128189A JP 30128189 A JP30128189 A JP 30128189A JP H0697905 B2 JPH0697905 B2 JP H0697905B2
Authority
JP
Grant status
Grant
Patent type
Prior art keywords
mechanism
shaft
rushes
engine
front
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Lifetime
Application number
JP30128189A
Other languages
Japanese (ja)
Other versions
JPH03236714A (en )
Inventor
秀夫 宇津
Original Assignee
株式会社東洋社
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Grant date

Links

Description

【発明の詳細な説明】 〈産業上の利用分野〉 本発明はイ草の自載式乗用型収穫機に係り、殊更その刈取り結束したイ草束を機体上へ極力多量に積載できるようにすると共に、その積載したままでも機体を前上がりの傾斜状態として、安全に且つ安定良く昇降作動させ得るように工夫したものである。 DETAILED DESCRIPTION OF THE INVENTION The present invention <relates> relates to self mounting type riding harvester rushes, so that as much as possible a large amount stacking especially its cutting tying the Lee grass bundles on aircraft with the aircraft even while the load as the inclined state of the front rising is obtained by devising so as safely to and stably good lifting operation.

〈従来の技術〉 オペレーターが運転台上に乗って操縦する乗用型のイ草収穫機では、その路上走行上軽トラツクなどの運搬車両に対して、収穫機自身を積み降ししたり、或いは圃場の出入りを行なうような場合に、その傾斜状態として据え置いた所謂歩み板に沿い、収穫機自身を登り降りさせる必要性が生ずる。 In <Prior Art> riding Lee grass harvest machine operator to steer riding on a cab, for the transportation vehicle, such as the road on the light track, or drop-off loading the harvester itself, or the field If such is performed and out of, along the so-called running board was affirmed as its inclined state, arises the need to make climbing up and down the harvester itself. 又、圃場における枕地を乗り越えるような場合には、その歩み板を使用しないこともあるが、 In addition, in the case such as go over the headland in the field, although sometimes you do not use the running board,
その収穫機自身を傾斜状態として保たなければならないことに変りはない。 Instead it not in that must be kept as a harvester own inclination state.

このような必要性に鑑み、収穫機自身を前上がりの傾斜状態として昇揚作動させ得るように構成した乗用型イ草収穫機については、既に特開昭56−21512号や同57−118 In view of this need, for harvester itself forwardly upward slope state as NoboriYo actuated so constructed as can been riding rushes harvester already JP 56-21512 and the 57-118
722号、同58−81709号、実開昭56−24832号、同56−286 722 No., same 58-81709 Patent, No. Sho 56-24832, same 56-286
22号、同57−127632号、同59−95838号が提案されている。 No. 22, the same 57-127632 issue, the Nos. 59-95838 has been proposed.

〈発明が解決しようとする問題点〉 ところが、上記従来技術は悉く共通の構成を備えているので、今その特開昭56−21512号を代表例に挙げて言えば、この公知発明の場合刈取り結束後のイ草束は、その機体から圃場へ落下放出されるようになっているばかりでなく、操縦装置(11)と運転座席(12)を除く機体の全部(枠体a)が、その中途位置を横断する軸筒部(b)の支軸(c)を中心として、所謂シーソー運動するように保たれており、油圧シリンダー(e)によって前上がりの傾斜状態に昇揚されることとなっている。 <Problems to be Solved by the Invention> However, since the prior art has a entirely common configuration, speaking the JP 56-21512 as an representative example now mowing In this known invention Lee Kusataba after bundling is not only adapted to be dropped released into the field from the aircraft, flight control (11) and the driver's seat (12) all of the aircraft except (frame a), but its barrel section transverse to intermediate position the spindle (c) of (b) as the center, is kept to a so-called seesaw motion, and be NoboriYo the inclined state of the front rising by the hydraulic cylinders (e) going on.

そのため、枠体(a)の前端部を昇揚させると、必らずや下降する後端部がクローラー(10)や圃場面に衝当するおそれがあり、従って前上がりの傾斜角度や支軸(c)の配設位置などにつき、設計上の制約を伴なうことになる。 Therefore, when to NoboriYo the front end of the frame (a), there is a risk that the rear end of 必 regardless or lowered to strike the crawler (10) and the field plane, thus forwardly upward inclination angle and shaft per such arrangement position of (c), the accompanied design constraints.

又、機体上にはイ草束を積載しない形態であるため、その機体をシーソー運動させたとしても、予期した設計通りの重量バランスを保つことができ、上記歩み板を危険なく登り降りさせ得るかも知れないが、機体に刈取り結束後のイ草束を積載して走行する自載式の乗用型収穫機では、上記公知発明の構成をそのまま適用すると、その積載重量は実際上大小変化するので、機体の前後重量バランスが不均衡となり、そのイ草束を積載したままで、 Furthermore, since on the machine body is a form that does not load the Lee grass bundles, even the body as was seesaw motion, it is possible to maintain the weight balance of the expected as designed, it may give climbing up and down without risk of the running board it may be, in its own mounting type riding harvester travels loaded with Lee grass bundles after binding cutting the body, when applied as the configuration of the invention known, because the load weight varies practically magnitude , front and rear weight balance of the aircraft becomes imbalance, while loaded with the Lee grass bundles,
上記歩み板に沿い安全に登り降りさせることができない。 It is not possible to make climbing up and down to safety along the running board.

それだからと言って、積載量を少なく予じめ設計するとすれば、その作業能率と軽労力の向上を期す本来的な役目が減殺されることになる。 Just because it is that, if to reduce pre-Ji order design load capacity, so that the inherent role the sake of improvement of the work efficiency and light effort is diminished. つまり、上記公知発明の構成ではイ草束を極力多量に積載させる目的までも、併せ達成することが不可能である。 That is, in the configuration of the invention known even purpose of utmost large amount of stacked Lee grass bundles, it is not possible to together achieve. 更に、油圧シリンダー(e)は機体(1)の上面において、開閉連結リンク(d)(d)を介して枠体(a)と枢着されているため、その意味からも機体(1)の上面を積載台として、 Further, the upper surface of the hydraulic cylinder (e) is fuselage (1), closing the connecting link of (d) since it is pivotally mounted frame by means (d) is a (a), the aircraft from its meaning (1) top as stacking table a,
ここに多量のイ草束を積載することが困難である。 Here it is difficult to load a large amount of Yi grass bundles.

しかも、上記公知発明の場合、枠体(a)を前上がりの傾斜状態として昇揚させた時にも、その刈取り部(2) Moreover, in the case of the known invention, even when allowed to NoboriYo an inclined state before up the frame (a), the cutting portion (2)
の全体が依然として作動する状態にあり、エンジン(E)から刈取り部(2)への伝動作用が、自づと解除されるようになっていない。 In a state where the whole of the still activated, transmission action of part cutting from the engine (E) to (2) is not designed to be released self Dzuto. そのため、甚だ危険と云う問題もある。 For this reason, there is also a problem that the very danger.

〈問題点を解決するための手段〉 本発明はこのような課題の改良を企図しており、そのためにイ草の自載式乗用型収穫機として、機体の前部と後部とを枢支横軸により連結して、その横軸の軸線廻りに機体の前部を昇降作動させ得るように定め、 その機体の前部には、イ草の分草機構と引起し機構、穂先部側の挟持搬送機構、株元刈取り機構、屑イのすぐり選別機構、株元部側の集束搬送機構並びに結束機構と、 The present invention <Means for Solving the Problems> The contemplates an improvement of such a problem, as the self loading type riding harvester rushes Therefore, pivot 支横 the front and rear of the fuselage linked by a shaft, determined as capable of lifting operation the front part of the fuselage to the axis about its horizontal axis, the front portion of the vehicle body, correspondingly grass mechanism and Pick mechanism rushes, pinching of the tip portion transport mechanism, a strain base cutting mechanism, currant selection mechanism of Kuzui, a focusing transport mechanism and bundling mechanism Kabumoto side,
その各種作業機構への作業動力分配軸とを設置する一方、 同じく機体の後部を、結束後のイ草束を伏倒姿勢のもとで積載する積載台として形作ると共に、その機体の後部には上記作業機構の駆動源となるエンジンと、そのエンジンの出力軸よりも後側に位置しつつ、エンジンから上記動力分配軸へ伝動するための中間軸とを設置し、 且つ、その中間軸を上記枢支横軸よりも一定の間隔距離だけ後側に位置する配列状態として、その枢支横軸並びに動力分配軸との悉く平行に横架させると共に、 上記中間軸とエンジンの出力軸とを無端な第1伝動ベルトによって、同じく中間軸と動力分配軸とを無端な第2 While installing a working power distribution shaft to its various working mechanism, also the rear part of the fuselage, with shaping Lee grass bundles after binding the stacking plate for stacking the original Fushimi-tipped position, the rear portion of the fuselage an engine as a drive source of the working mechanism, while located rearward of the output shaft of the engine, installing an intermediate shaft for transmitting the engine to the power distribution shaft, and, above the intermediate shaft as an array state than pivotal 支横 axis located rearward by a predetermined gap distance, dissipate entirely parallel laterally placed with its pivot 支横 axis and power distribution shaft, endless and an output shaft of the intermediate shaft and the engine by the first transmission belt such, also the intermediate shaft and the power distribution shaft endless of second
伝動ベルトによって、各々連繋させたことを特徴とするものである。 The transmission belt is characterized in that by interlocking, respectively.

〈実施例〉 以下、図示の実施例に基いて本発明の具体的構成を詳述すると、その収穫機の全体を表わした第1〜3図において、(11)はその収穫機における機体の総称であって、 <Example> Hereinafter, the detail of the specific structure of the present invention based on the illustrated embodiment, the first to third diagram showing the whole of the harvester (11) is generic aircraft at the harvester there is,
その前部位置のほぼ中央個所にはエンジン(12)が固定状態に搭載されている。 Engine (12) is mounted in a fixed state in a substantially central location of the front position. (13)は同じく後部位置のほぼ中央個所に固定設置されたトランスミツシヨンであり、 (13) is also trans honey Chillon fixed installed substantially at the center point of the rear position,
中間軸(14)と伝動ベルト(15)などを介してエンジン(12)に連結されている。 Via a the transmission belt intermediate shaft (14) (15) is connected to the engine (12).

(16)はそのエンジン(12)によって回走駆動される左右一対の走行用クローラー、(17)は油圧シリンダーであって、これにより後述するイ草の分草機構(A)や引起し機構(B)、挟持搬送機構(C)、刈取り機構(D)、すぐり選別機構(E)、集束搬送機構(F)並びに結束機構(G)から成る一連の作業機構を走行上、 (16) a pair of right and left traveling crawlers driven run times by the engine (12), (17) is a hydraulic cylinder, thereby min grass mechanism rushes described below (A) or Pick mechanism ( B), pinching transport mechanism (C), cutting mechanism (D), currants selection mechanism (E), converging conveying mechanism (F) as well as a series of on traveling working mechanism consisting binding mechanism (G),
その前端部側から機体(11)に対する作業フレーム(1 Working frame from the front end side with respect to the machine body (11) (1
8)の枢支横軸(19)を回動中心として、昇降作動させ得るようになっている。 As pivot 支横 shaft (19) rotation center 8), which is adapted to be moved up and down operation.

つまり、機体(11)の前部位置をなす作業フレーム(1 In other words, the work frame forming the front position of the body (11) (1
8)と機体(11)の後部位置とは、水平な枢支横軸(1 8) and the rear position of the machine body (11), a horizontal pivot 支横 shaft (1
9)を介して連結されており、油圧シリンダー(17)の進退作動によって作業フレーム(18)が、その枢支横軸(19)の軸線廻りに第4図のような前上がりの傾斜状態として、昇揚されるようになっているわけである。 9) is connected via a working frame by advancing and retracting operation of the hydraulic cylinder (17) (18), an inclined state of the front rising like Figure 4 around an axis of its pivot 支横 shaft (19) , it is not adapted to be NoboriYo. その場合、第1、2図から明白なように、枢支横軸(19)と上記中間軸(14)とは平行に横架されており、しかもその枢支横軸(19)よりも中間軸(14)の方が後側に位置するものとして、その前後相互間には一定の間隔距離(X)が保たれている。 In that case, as is apparent from the first and second figures, the pivot 支横 axis (19) the intermediate shaft (14) are parallel laterally placed, moreover than its pivotal 支横 shaft (19) intermediate as towards the shaft (14) is positioned on the rear side, a predetermined gap distance (X) is maintained in between the front and rear cross.

エンジン(12)の上方位置は全体的にイ草の結束床(2 Bundling bed upper position is totally rushes engine (12) (2
0)として遮蔽されていると共に、そのエンジン(12) 0) with being masked as its engine (12)
の後部に位置する中間軸(14)やトランスミツシヨン(13)などの上方が、結束床(20)との連続的なイ草束(M)の積載台(21)として、好ましくは第1図から示唆されるような側面視の凹溝形態に形作られている。 As an intermediate shaft located at the rear (14) or above, such as trans honey Chillon (13), the stacking table successive Lee grass bundles of cohesion floor (20) (M) (21), preferably the first It is shaped in groove form of such a side view as suggested from Fig.

つまり、機体(11)における前部位置の上面が、圃場から一定高さのイ草結束床(20)として機能するように定められており、そのほぼ中央一部がエンジン(12)の遮蔽用カバーを兼ねていると共に、同じく機体(11)における後部位置の上面が、結束床(20)よりも低いイ草束積載台(21)として形成されているわけである。 In other words, body upper surface of the front position in (11), and defined to function as rushes bundling bed constant from field height (20), for shielding the substantially central portion of the engine (12) together also serves as a cover, also the upper surface of the rear position in the body (11) is not formed as a lower Lee grass bundle stacking table (21) than unity bed (20). 尚、結束床(20)はイ草の結束場所を意味するものであり、従ってその全体的に均一なフラツト面に限らず、起伏面から成る形態をも含み、このことは積載台(21)についても同様である。 Incidentally, the bundling bed (20) is intended to mean a binding location rushes, thus not limited to the overall uniform flats surface thereof also include forms consisting undulating surface, the mounting base is this (21) the same is true.

(22)は結束床(20)と積載台(21)との境界段部であって、後下がりの傾斜面を呈しており、作業中にはこの段部(22)を介して、結束床(20)と積載台(21)が相互の連続面を形作ることにより、結束床(20)にて結束されたイ草束(M)を、その自重落下的に積載台(21) (22) is a boundary stepped portion of the bundling bed (20) and mounting base (21), and presents an inclined surface of the rear edge, while working through the step portion (22), tying the floor by (20) and mounting base (21) form a continuous surface of the cross, the bunched Lee grass bundles in the bundling bed (20) (M), free-fall to the mounting base thereof (21)
上へ蹴り出せるようになっている。 It is adapted to put out kick to the top. (23)はイ草束(M)の株元部側に対面する積載台(21)の起立側壁面であり、これには例えば第1図の鎖線で示す如き別な開閉ドアー若しくは延長閉塞板(24)を付設するか、又はその起立側壁面(22)自身を背高く延長させることによって、イ草束(M)の積載量を増加できるように定めることが望ましい。 (23) an upright side wall of the Waikusataba stacking plate facing the strain base portion side (M) (21), which in a separate opening and closing door or extended closure plate such is indicated by a chain line in FIG. 1 for example either attached (24), or by tall extend its upright side wall (22) itself, it is preferably determined to allow increased payload Lee grass bundles (M).

他方、積載台(21)におけるイ草束(M)の穂先部側に臨む側壁面は、これも若干背高く起立延長させるか、又はその開放させた側壁面に穂先部側の支持枕となるバー材を架設することにより、イ草束(M)を下方から安定良く支持して、その穂先部側からの垂れ下がりを防ぐことが良い。 On the other hand, the side wall surface facing the tip side of the Lee grass bundle in the stacking table (21) (M), this also becomes slightly either by tall standing extension or tip portion of the support pillow in the side wall surface is its open by bridging the bar member, and supports stable well Lee grass bundle (M) from below, it is better to prevent the sagging from the tip portion side. もっとも、その左右両側壁面の何れか一方又は双方を開放状態に放任して、イ草束(M)の長さ変化に対応させるようにしてもさしつかえない。 However, to neglect either or both of the left and right sides walls open, no problem be made to correspond to the length change of Lee grass bundles (M). 更に、積載台(21)の底壁面(25)は、これをイ草束(M)の株元部側において低くなる横下がり傾斜面として、これにより積み降し作業の容易化や、積載状態の水平安定化などを図ることが有利である。 Furthermore, the bottom wall of the stacking table (21) (25), which as a transverse edge inclined surface decreases in strain base portion side of the Lee grass bundles (M), facilitate or thereby loading drop-off work, loading state it is advantageous to achieve such horizontal stabilizer.

(26)は機体(11)から後方へ一体的に派出された運転台であって、言うまでもなく操縦ボツクス(27)やシート(28)を備えており、日除け用の屋根が付属的に立設されることもある。 (26) is a cab which is integrally dispatched at rearward from the machine body (11) has a course maneuver then box (27) or sheet (28), roof adjunctively erected for awnings sometimes it is. つまり、運転台(26)の直前位置がイ草束(M)の積載台(21)として配設されているわけであり、従ってオペレーターが運転台(26)に乗って収穫機を操縦し乍ら、イ草束(M)の積載量などを支障なく直視することができ、又積載状態を手直しすることもできる。 That is, immediately before the position of the cab (26) is not being provided as a stacking table (21) Lee grass bundles (M), thus the operator will steer the harvester riding cab (26) notwithstanding et al., it is possible to look directly without any trouble such as load capacity of Lee grass bundle (M), also it is also possible to rework the loading state.

(29)は機体(11)の前端部付近に位置しつつ、上記中間軸(14)とほぼ平行な左右横方向に亘る延在状態として、作業フレーム(18)上に支持された作業動力分配軸であり、その左右何れか一方側へ偏倚した端部位置において、中間軸(14)を介しつつエンジン(12)と伝動連結されている。 (29) while located in the vicinity of the front end portion of the machine body (11), as extended condition over a substantially parallel lateral transverse direction the intermediate shaft (14), the working power distribution that is supported on the work frame (18) an axial, at its end position offset to the left or right one side, transmission-coupled to the engine (12) while via the intermediate shaft (14).

つまり、第1、2図から示唆されるように、その動力分配軸(29)とエンジン(12)の出力軸(30)並びに中間軸(14)は、悉く平行な横架状態にあり、上記エンジン出力軸(30)とその後側に位置する中間軸(14)との前後相互間には、比較的に短かい無端な第1伝動ベルト(31)が捲き掛けられていると共に、同じく中間軸(1 In other words, as suggested from the first and second figure, the power distributing shaft (29) and the output shaft of the engine (12) (30) and the intermediate shaft (14) is in entirely parallel lateral bridging state, the between the front and rear cross the intermediate shaft (14) located between the rear side the engine output shaft (30), with a relatively short endless of first transmission belt (31) is trained Maki, also the intermediate shaft (1
4)と動力分配軸(29)との相互間には、その第1伝動ベルト(31)よりも長い無端な第2伝動ベルト(32)が捲き掛けられている。 The mutual 4) power distribution shaft (29), an endless of second transmission belt (32) is trained Maki longer than a first transmission belt (31). (33)はその伝動ベルト(32)のテンシヨンローラーである。 (33) is a ten Chillon rollers of the drive belt (32).

そのため、エンジン(12)から次に詳述する各種作業機構(A)(B)(C)(D)(E)(F)(G)へ、その駆動力が分配されることになる。 Therefore, the various working mechanism which will be described in detail from the engine (12) (A) (B) (C) (D) (E) (F) (G), so that the driving force is distributed. イ草に一連の作用を加える諸機構(A)〜(G)が機体(11)上に搭載された単一のエンジン(12)によって、悉く駆動されるようになっているわけである。 By various mechanism for applying a series of actions in (a) grass (A) ~ (G) is the airframe single engine mounted on a (11) (12), is not adapted to be entirely driven.

その一連の作業機構(A)〜(G)は、本発明の場合第1〜3図から明白なように、機体(11)の前部をなす作業フレーム(18)上へ集中的に配列設置されており、これによってイ草に対する一連の作業工程を著しく短縮化し、高能率に処理できるようにすると共に、その収穫機自身を全体的に小型コンパクト化しつつも、機体(11) The series of working mechanism (A) ~ (G), as is apparent from the first to third drawing in the present invention, intensive sequences placed into the work frame (18) on forming the front part of the fuselage (11) It is, thereby significantly shortening the sequence of work processes for rushes, as well as to process with high efficiency, even while overall downsizing the harvester itself, body (11)
の後部位置に配設した上記積載台(21)を極力に広く確保して、そのイ草束(M)の積載量を著しく増加できるようになっているのである。 The stacking table which is disposed in the rear position (21) to ensure as much as possible so widely, it has become to be able to significantly increase the loading capacity of the Lee grass bundles (M).

即ち、上記一連の作業機構(A)〜(G)をその工程順序に従って詳述すると、先づイ草を分草作用する分草機構(A)は、収穫機を上方から見た状態において、機体(11)の前部に位置する上記結束床(20)の左右何れか一方側(図では収穫機の前進方向に向かって左側位置) That is, when detailed above series of working mechanism (A) ~ a (G) in accordance with the process sequence, partial grass mechanism acting minute grass Sakidzuikusa (A), in a state viewed harvester from above, body (11) left or right one side of the bundling bed located in the front of (20) (left side position in the forward direction of the harvester in the figure)
へ偏倚した端部に配設されている。 It is disposed at an end portion which is biased to. (34)はその分草機構(A)を形作る固定分草杆であって、機体(11)の前方へ水平状に長く突出しており、これとの結合下部前端位置を支点とし乍ら、偏心軸(35)によってあたかも中張りの縄跳び振幅運動に似た回動(公転運動)作用を営なむ可撓な振動分草杆(36)が、第1図の側面図から示唆される通り、水平面と交叉する一定角度の後上り傾斜状態に立設されている。 (34) is a fixed fraction grass rod shaping the correspondingly grass mechanism (A), projects long horizontally toward the front of the machine body (11), 乍Ra a fulcrum binding lower front end position of the hand, the eccentric as the shaft rotates, similar to jumping rope oscillating motion of the medium-tension though by (35) (orbital motion) of operating a working free flexible vibrational grass rod (36) is suggested from the side view of FIG. 1, the horizontal plane It is erected on upward inclined state after a certain angle intersecting the.

そのため、収穫機の前進に連れて、圃場に密生繁茂しているイ草の茎稈群へ一早く分け入ることができ、その茎稈群の絡み付きをも上記運動作用により、確実に解きほぐすことができる。 Therefore, as the advance of the harvester, to stalk 稈群 of rushes that are dense flourish in the field can enter divided one early, by the above-mentioned movement action also with entanglement of the stalk 稈群, be reliably disentangle it can. しかも、その振動分草杆(36)は自転運動しないよう、偏心軸(35)の軸受筒(37)内へ支持連結されているので、その可撓性の材質から成ることとも相俟って、イ草の茎稈に傷付きを与えたり、該茎稈と絡み付くような心配もない。 Moreover, so that its vibrational grass rod (36) is not rotating movement, since it is supported connected to the bearing sleeve (37) of the eccentric shaft (35), I can with or mutually 俟 made of a material of the flexible , or apply with a scratch on the stem culm Lee grass, there is no worry about, such as entangled with 該茎 culm. (38)は同じく偏心軸(35)へ上方からエンジン(12)の動力を伝える伝動軸、(39)は分草矢である。 (38) is also a transmission shaft for transmitting the power of the eccentric shaft to the (35) from above the engine (12), (39) is the partial grass arrows.

分草されたイ草は、その直後引起し機構(B)によって、正しい起立姿勢に引起される。 Min grass gastric grass, by its immediately Pick mechanism (B), is caused to correct upright posture. つまり、引起し機構(B)は分草機構(A)の直後位置に臨んでおり、従って第2、3図から明白なように、これも機体(11)の前部に位置しつつ、その一方側(同じく左側)へ偏倚した横端部に配設されていることになる。 In other words, Pick mechanism (B) is faces the position immediately after the partial grass mechanism (A), thus as is clear from the second and third drawing, which while still located in front of the machine body (11), the on the other hand it will be disposed on the lateral ends and biased to the side (also left).

(40)はその引起し機構(B)を形作る引起しチエンケース、(41)は同じく橇、(42)はそのチエンケース(40)に付属された引起しガイド杆であり、何れも上記振動分草杆(36)の設置角度より大きな急角度の後上り傾斜状態に立設されている。 (40) thien-case and causing shaping thereof Pick mechanism (B), (41) is likewise sled (42) is caused to guide lever which is attached to the chain case (40), both the vibration after large steeper than the installation angle of the minute grass rods (36) are erected in the upward inclined state. (S)はそのチエンケース(40)とガイド杆(42)との正しく向かい合う左右相互間に開口区成された引起し通路であり、この通路(S) (S) is caused by passage made open-ku between correctly face the left and right mutually and their chain case (40) guides the lever (42), the passage (S)
を無端な引起しチエン(43)が、循環回走するようになっている。 The endless ink delayed (43) is adapted to run circulation times.

そして、そのチエン(43)には多数の引起し爪(44)が一定間隔おきに、且つ起伏自在に枢着されており、その爪(44)が引起し通路(S)を上昇する往動時においてのみ、該通路(S)内への横断状態に起立して、イ草を梳りつつ引起すことになり、逆に下降する復動時には、 Then, the chain (43) to the large number of causes pawl (44) is constant intervals, and undulations are freely pivoted, to raise its claw (44) is caused passage (S) forward in only, and standing in the cross state to the said passage (S) in, it would be to cause while Kezuri the Lee grass, the backward scan descending reversed upon,
チエンケース(40)内への埋没状態に伏倒する。 Fushimi Taosuru the buried state of the chain case (40). (45) (45)
はその伏倒状態にある引起し爪(44)を清掃する回転クリーナーであり、チエンケース(40)の上端部近傍に付属設置されている。 As a rotary cleaner Pick cleaning the nails (44) is in the Fushimi lying state, and is supplied with installed near the upper end of the chain case (40). (46)は同じくチエンケース(40) (46) also chain case (40)
の上端部に架設されたギヤボツクスである。 Is a bridging been Giyabotsukusu in the upper portion.

その場合、第1図の側面図から明白なように、上記振動分草杆(36)と引起し通路(S)は、その中途高さ位置においてX字型に交叉する関係の設置状態にあり、従って分草後のイ草はそのまま円滑に、且つその所要数が引起し爪(44)により、順次に正しく引起されることになる。 In that case, as is apparent from the side view of FIG. 1, the passage to cause the above vibrational grass rods (36) (S) is in the installation state of the relationship intersecting the X-shape in its middle height position , thus Lee grass minute later grass as it smoothly, and by the required number is caused pawl (44) will be sequentially correct cause. 尚、引起しチエン(43)を掛架する上下一対のスプロケツトは図示省略してあるが、これもエンジン(12) Although Pick a pair of upper and lower sprockets that hung thien (43) are not shown, also the engine (12)
により回走駆動されること勿論である。 Of course it is run driven round by.

起立姿勢に引起されたイ草は、引続き第5図に示すように、その穂先部側が挟持搬送機構(C)によって挟持されたままで、機体(11)の後方に向かい吊り上げ搬送されるようになっている。 Lee grass which is caused in the standing posture, continue as shown in FIG. 5, while its tip portion is held by transporting pinch mechanism (C), adapted to be conveyed lifting toward the rear of the machine body (11) ing. つまり、その挟持搬送機構(C)は引起し機構(B)の直後位置に臨むよう架設されており、やはり機体(11)の一方側(左側)へ偏倚した横端部位置にある。 That is, the pinching transport mechanism (C) is caused by being laid as to face the position immediately after the mechanism (B), in also the lateral end position offset to one side (left side) of the machine body (11).

(47)はその挟持搬送機構(C)を形作る挟持搬送帯の総称であり、これは第2、7図の平面図から明白なように、上記引起し通路(S)へ後方から正しく臨みつつ、 (47) is a general term for sandwiching conveyor belt to shape the transporting pinch mechanism (C), which, as is evident from the plan view of the 2,7 view, while correctly faces from the rear to the Pick-passage (S) ,
機体(11)の実質上前後方向に沿って延在している。 It extends along a substantially longitudinal direction of the machine body (11). しかも、第1、5図の側面図から示唆されるように、引起されたイ草の穂先部側と対応する一定高さ位置において、水平面と一定角度(α)に交叉する後上りの傾斜設置状態に支架されている。 Moreover, as suggested from the side view of the first and fifth view, at a fixed height position corresponding to the tip portion side of rushes that are caused, upward slope established after crossing the horizontal plane and a certain angle (alpha) are 支架 to the state. (L)はその挟持搬送作用長さ、(a)(b)は同じく作用始点と作用終点の各位置を示している。 (L) thereof nipped and conveyed working length, shows (a) (b) is also the position of the working start and operation end point.

この挟持搬送帯(47)を第8〜12図に抽出して一層具体的に言えば、これは左右何れか一方側(左側)の無端な複列型Vベルト組(48)と、残る他方側(右側)の無端な複列型Vベルト組(49)との一対から成ると共に、その両Vベルト組(48)(49)が少なくとも前後一対づつの複列型Vプーリー(50)(51)に、各々循環回走できるように張架されている。 More Specifically this clamping conveyor belt (47) extracted to the 8-12 Figure, which is a left or right one side endless of double row type V-belt set (on the left) (48), remains the other side with a pair of endless of the double row type V-belt sets of (the right side) (49), the two V-belt set (48) (49) at least before and after a pair at a time of double-row type V pulley (50) (51 ) to, is stretched so that it can run each circulation times. そして、その他方側(右側) The other side (right side)
のVベルト組(49)は所要数の複列型中間Vプーリー(52)によって、上方から見た場合に機体(11)の内側から外側への凸曲面状に張り出し付勢されており、これに一方側(左側)のVベルト組(48)が弾圧的に密着されているので、イ草の穂先部側はその相互間に挟持されたままで、その所謂垂れ下がり起立姿勢のもとに後方へ吊り上げ搬送されることとなる。 The V-belt set (49) of the double-row type intermediate V pulleys required number (52) are biased protruding convexly curved from the inside to the outside of the machine body (11) when viewed from above, which since the V-belt sets on one side (left side) (48) are repressive adhered to, the tip portion of the rushes remains sandwiched between the mutually backward based on the so-called drooping upright position the it is lifting transport.

その場合、好ましくは第9、10図の符号(H)で示す如く、両複列型Vベルト組(48)(49)の相互挟持面には一定の段差が与えられており、これによってイ草の茎稈を意図的に屈曲させ乍ら搬送するようになっている。 In that case, preferably as indicated by the sign of the ninth and tenth diagram (H), the mutual clamping face of both double-row type V-belt set (48) (49) is given a constant level difference, thereby Lee stalk culm grass intentionally bent formed so as to convey notwithstanding et al. 挟持されるイ草の量に多少の変化がある時に、団子状の多量なイ草により両Vベルト組(48)(49)の相互間隙が拡大し、以って少量なイ草が脱落したり、或いは位置ズレしてしまうこと等を防ぐ趣旨である。 When there is some change in the amount of rushes sandwiched, both V belts set by bunching the abundant rushes (48) cross the gap is expanded in (49), to drop a small amount of i grass I than or, or a purpose of preventing such that resulting in misalignment.

この点、図示の実施例では上記段差(H)を与えるにつき、複列型中間Vプーリー(52)におけるベルト組掛架面の隣り合う相互間に、その直径寸法の大小変化を付与しているが、上記趣旨を達成できるならば、例えばベルト自身の断面形状を互いに咬み合う屈曲形態に定めることも可能と言える。 In this respect, in the illustrated embodiment per give the step (H), between mutually adjacent belts of sets multiplied racks face in a double row type intermediate V pulley (52), is imparted a magnitude change of the diameter but if the purpose can be achieved, it can be said that the possible stipulated in the bending mode for example mutually bite the belt itself sectional shapes.

(53)はラグ(54)付きの無端な引込みベルトであって、ゴムなどの弾性材から成り、第8、11図から明白なように、上記挟持搬送帯(47)のほぼ前半部に対応する作用長さを有するものとして、該搬送帯(47)の直下位置に平行するよう延在されており、しかも上記他方側(右側)の複列型Vベルト組(49)と一体的に循環回走するように、共通のプーリー支軸(55)によって結合されている。 (53) is an endless retraction belt with lugs (54), made of an elastic material such as rubber, as is apparent from the 8 and 11 Figures, corresponding to approximately the first half portion of the clamping conveyor belt (47) as having a working length that has been extended to parallel position immediately below of the conveyor belt (47), moreover integrally circulated double-row type V belt sets of the other side (right side) (49) as run times, it is coupled by a common pulley shaft (55).

つまり、挟持搬送帯(47)が引込みベルト(53)付きの所謂ユニツト体として、挟持搬送機構(C)を形作っているわけであり、これもエンジン(12)によって回走駆動される。 That is, clamping conveyor belt (47) as a so-called Yunitsuto body with retraction belt (53), and not have shaped the pinching transport mechanism (C), which is also driven run times by an engine (12). (56)はその搬送帯(47)のプーリー駆動支軸、(57)は同じく支持フレームであり、これに内蔵されたテンシヨンバネ(58)によって、左右一対の上記複列型Vベルト組(48)(49)に対し、その長手の前後方向に沿って働くテンシヨン作用が各々付与されている。 (56) pulley drive shaft of the conveyor belt (47), (57) it is also the support frame, by Tenshiyonbane (58) incorporated thereto, a pair of right and left the double-row type V-belt set (48) to (49), Tenshiyon action acting along the longitudinal direction of the longitudinal have respectively been granted.
(59)はギヤボツクス、(60)は伝動軸である。 (59) Giyabotsukusu, (60) is a transmission shaft.

上記挟持搬送機構(C)の引込みベルト(53)は起立姿勢のイ草を、その引起し通路(S)から挟持搬送帯(4 The Lee grass retracted belt (53) is standing posture of the holding and conveying mechanism (C), clamping conveyor belt from the Pick-passage (S) (4
7)へ確実に受け渡しガイド作用するものであり、従いその作用始点(d)が挟持搬送帯(47)の搬送作用始点(a)よりも、若干前方位置にある。 7) to are those reliably transfer guide acting, than the conveying action start point (a) of follow its action start point (d) is held and conveyed belt (47) lies slightly forward position. そして、イ草の穂先部側が上記挟持搬送帯(47)により挟持されると同時か、又はその直後に刈取り機構(D)の刈刃(61)によって、そのイ草の株元部側が安定良くカツトされるように関係設定されている。 Then, either the same time as the tip portion of the rushes is clamped by the clamping conveyor belt (47), or by the cutting blade (61) of the immediately the cutting mechanism (D), a strain base portion side of the rushes stable good is the relationship set to be Katsuhito.

従って、刈取り機構(D)も上方から見た時、機体(1 Therefore, cutting mechanism (D) when also viewed from above, the machine body (1
1)の一方側(左側)へ偏倚した端部位置に存在していることになる。 It will be present in the end position offset to one side (left side) of 1). 上記後方への吊り上げ搬送中に、短小な屑イ草が自動選別的に落下投棄されるのである。 During lifting transport to the rear is the short and small for Kuzuikusa is automatically selected to fall dumping. 図示の実施例では刈取り機構(D)の刈刃(61)として、引起し通路(S)の後方位置に臨み乍ら、その通路(S)を横断する如き左右横方向へ往復運動されるバリカン形態を表わしているが、例えばロータリー式やその他の機構を採用しても良い。 As the cutting blade (61) of the mechanism (D) Cutting in the illustrated embodiment, Pick passage notwithstanding et faces the rear position of the (S), clipper that reciprocates to such lateral transverse direction transverse to the path (S) Although represents the form, for example, it may be employed a rotary or other mechanisms.

上記挟持搬送機構(C)をなす挟持搬送帯(47)の下方位置には、平面から見た状態において、その挟持搬送方向(機体のほぼ前後方向)とほぼ直角に交叉する左側又は右側(図の場合)の横方向に沿って延在するすぐり選別機構(E)が配設されており、これによって穂先部側の挟持搬送中に、そのイ草を中間部から株元部側に向かって梳り作用すると共に、該株元部をほぼ結束床(20) The lower position of the clamping conveyor belt (47) forming the clamping and conveying mechanism (C) is, when viewed from the plane, left or right (FIG intersect substantially at a right angle with the (substantially longitudinal direction of the machine body) that nip the conveyance direction currant selection mechanism extending along the lateral direction of the cases) (E) and are arranged, whereby during pinching transport of the tip portion side toward the strain base portion side thereof Lee grass from the intermediate portion with acts Kezuri almost unity floor strain root portions (20)
の高さまで持ち上げ変向させて、その過程で短小な屑イ草を再度選んですぐり落とすようになっている。 Of by diverting raised to the height, so that the drop immediately Ri choose a short and small a Kuzuikusa in the process again.

即ち、イ草のすぐり選別機構(E)は第1〜3図から明白なように、その全体として機体(11)における結束床(20)の前面相当部(一定高さの前側)へ臨む位置にあり、且つ上記挟持搬送方向と交叉する左右横方向への延在状態として設置されている。 That is, rushes of currant selection mechanism (E), as apparent from the first to third drawing, faces its entirety to the body front surface portion corresponding to the bundling bed (20) in (11) (front side of a constant height) position to have been and established as extending state of the right and left lateral direction intersecting with the pinching transport direction. そして、これを一層具体的に説明すると、そのすぐり選別機構(E)はイ草の中間部を引掛けつつ横斜め上方に持ち上げる上段すぐり搬送帯(62)と、同じく株元部側を引掛けてほぼ横水平方向へ持ち出す下段すぐり搬送帯(63)との一対から成り、その両者の何れも第1、5図の側面図から示唆されるように、そのすぐり搬送作用始点(e)(f)が上記挟持搬送帯(47)から垂れ下がる起立姿勢のイ草へ臨む位置にあり、そのイ草の後方に向かう挟持搬送作用に際会して、その中間部や株元部側がやがて自動的に上下一対のすぐり搬送帯(62)(63)へ引掛かるようになっている。 When explaining this in more detail, hook and its currant selection mechanism (E) is the upper currant conveyor belt to lift the transverse obliquely upward while only the hook the intermediate portion of rushes (62), like-Kabumoto side substantially lower currant conveyor belt which bring the transverse horizontal direction and a pair of (63), the both of them as suggested from the side view of the first and fifth view, the currant conveying action start point (e) (f Te ) it is located at a position facing to Lee grass standing position depending from the clamping conveyor belt (47), and Resume the pinching transport action towards the rear of the rushes, an intermediate portion and a strain base portion side eventually automatically a pair of upper and lower currant conveyor belt to (62) (63) so that the catches.

その上下一対のすぐり搬送帯(62)(63)は、何れもすぐりチエンケース(64)(65)と、その内部を循環回走する無端なすぐりチエン(66)(67)との組立体であり、そのチエン(66)(67)には一定間隔おきに多数のすぐり爪(68)(69)が、上記引起し爪(44)と同じように起伏自在として枢着されている。 Its upper and lower pair of currant conveyor belt (62) (63), and both currants thien case (64) (65), in the assembly of the endless of currant chain (66) (67) to run circulated times its internal There, the chain (66) (67) a number of currant nail every predetermined interval in (68) (69) are pivotally mounted as the same way contoured freely with the Pick-claw (44). つまり、そのすぐり爪(68)(69)が第6、7図の矢印で示すように、イ草のすぐり搬送作用終点(g)(h)に向かって往動する時、初めてチエンケース(64)(65)から各々突出するように起立して、イ草を引掛け得るようになっており、逆方向へ復動する時にはチエンケース(64)(65) That is, as its currant pawl (68) (69) is indicated by an arrow of a 6,7 ​​diagram when forward toward the currant conveying action end point of rushes (g) (h), the first chain case (64 ) (65) stands up to each projecting from, Lee grasses are adapted to be hooked, and chain case when backward in the opposite direction (64) (65)
内へ埋没伏倒するのである。 Than is buried facedown Taosuru to the inner.

その場合、特に第3、6図示の前方から見た状態では、 In that case, in the state in which especially viewed from the front of the 3,6 illustrated,
下段すぐり搬送帯(63)がイ草の株元部側をほぼ横水平方向へ持ち出す如く、実質上正しい水平設置状態に延在されており、これに対して上段すぐり搬送帯(62)は両図から明白なように、その水平状態の下段すぐり搬送帯(63)と一定角度(β)に交叉する言わば横上りの傾斜設置状態として、そのすぐり搬送作用終点(g)へ行くに連れて徐々に高くなるように延在されている。 As bring lower currant conveyor belt (63) strain base portion side of the harm grass to substantially transverse horizontal direction extends in a substantially correct horizontal installation state, the upper currant conveyor belt hand (62) both as it is evident from the figure, gradually brought to its lower currant conveyor belt in the horizontal state as it were inclined installation state of horizontal upstream intersecting the predetermined angle (beta) and (63), goes to the currant conveying action end point (g) It is extended to be higher in. これによって、イ草の株元部側を最終的にほぼ結束床(20)の高さまで持ち上げ変向させる趣旨である。 Thus, it is intended to be deflected lift the strain base portion side of rushes up to the height of the final substantially cohesion floor (20). 従い、この趣旨を達成できる限りでは、図示実施例の下段すぐり搬送帯(63)を省略してもさしつかえない。 Therefore, as far as can achieve this effect, no problem be omitted lower currant conveyor belt in the illustrated embodiment (63). 尚、そのすぐりチエン(66)(67)にもテンシヨン作用が与えられているが、その機構は図示省略してある。 Although Tenshiyon also acts on the currant thien (66) (67) is applied, the mechanism are not shown.

又、第1、5図から示唆されるように、上下一対のすぐり搬送帯(62)(63)は側面から見た時、その下段すぐり搬送帯(63)のすぐり爪(69)が、前方を正しく直視する指向状態にあり、他方上段すぐり搬送帯(62)のすぐり爪(68)は、斜め前上方を指向する状態にあって、 Also, as suggested from the first and fifth figure, a pair of upper and lower currant conveyor belt (62) (63) when viewed from the side, the currants pawl (69) in its lower currant conveyor belt (63), the front correctly to face is in oriented state, currants pawl (68) of the other upper currant conveyor belt (62), in a state directed obliquely forward and upward,
その指向線が互いに一定角度(γ)を保って交叉していると共に、下段すぐり搬送帯(63)の作用始点(f)が前方位置として、これよりも後方に上段すぐり搬送帯(62)の作用始点(e)が位置するように関係設定されている。 With its directional lines are crossing while maintaining a constant angle (gamma) to one another, as a working start point (f) is the forward position of the lower currant conveyor belt (63), which upper currants conveyor belt to the rear than the (62) action start point (e) is relation set to be positioned.

しかも、第2、7図の平面図から明白なように、上段すぐり搬送帯(62)はその作用終点(g)へ行く程、徐々に前方へ張り出す傾斜設置状態にあり、これに対して下段すぐり搬送帯(63)は全体的な言わば横一線状態に延在し、これによって両搬送帯(62)(63)が一定角度(θ)をなして交叉していると共に、その作用終点(g)(h)が上下位置関係を保ち乍らも、平面から見て相互のほぼ同等位置に合致している。 Moreover, as is apparent from the plan view of the 2,7 view, the upper currant conveyor belt (62) is enough to go to the working end point (g), is in the inclined installation state gradually protrudes forward, whereas lower currant conveyor belt (63) extends the overall speak horizontal clear distinction state, whereby with both conveyor belt (62) (63) is cross form a predetermined angle (theta), the action end point ( g) (h) is notwithstanding al maintaining the vertical positional relationship also meets the nearly equivalent positions mutually when viewed from above.

すぐり選別機構(E)は上記のように構成されているため、イ草が挟持搬送帯(47)により穂先部側から吊り上げられて、後方へ挟持搬送される作用中に、そのイ草の株元部側と中間部は第5〜7図のように、順次下段すぐり搬送帯(63)のすぐり爪(69)と、上段すぐり搬送帯(62)のすぐり爪(68)に自づと引掛かり、その挟持搬送方向と交叉する関係の横方向へ持ち出し搬送される過程において、その中間部から株元部側に向かってすぐり爪(68)(69)により梳られることになると一挙同時に、そのすぐり搬送に伴なって、株元部側が下段すぐり搬送帯(63)から上段すぐり搬送帯(62)へ、順次乗り換えられる如くほぼ結束床(20)の高さまで持ち上げられ、イ草は引起し当初と挟持搬送の起立姿勢から、最終的に伏倒姿勢へと変向され Since currant selection mechanism (E) is constructed as described above, Lee grass lifted from the tip unit side by the clamping conveyor belt (47), in effect it is nipped and conveyed rearward strain of rushes source side and the middle portion, as the fifth to seventh diagram sequentially lower currant conveyor belt (63) currant nail (69), the self Dzuto pull the currant claw (68) of the upper currant conveyor belt (62) takes, in the process of being transported taking out laterally relationship intersecting its pinching transport direction, from its intermediate portion towards the strain base portion side currant pawl (68) at the same time once comes to be Kezura by (69), the is accompanied in currants transport, upper currant conveyor belt from Kabumoto portion side lower currants conveyor belt (63) to (62), raised to a height of approximately unity floor as are sequentially transfer (20), b grasses caused originally from the upright position of the clamping transported, it is deflected into the final bend down tipped position こととなる。 And thus.

即ち、イ草は挟持搬送帯(47)による穂先部側の挟持位置を言わば可動支点として、その後方への搬送中に株元部側がすぐり搬送帯(62)(63)により、あたかも扇の輪郭軌跡を描きつつ円弧運動して、ほぼ結束床(20)の高さまで持ち上げられ、梳り作用を受け乍ら最終的な伏倒姿勢に変向されるわけである。 That is, as it were a movable fulcrum nipping position of the tip portion side by Lee grass clamping conveyor belt (47), by Kabumoto portion side currant conveyor belt during transport to the rear (62) (63), as if fan contour and arcuate movement while drawing a trajectory, is not raised to approximately unity bed (20) height, it is diverted notwithstanding et final saphenous tipped position subjected to Kezuri action. その結果、短小な屑イ草はこの作用中にも投棄され、又イ草の絡み付きなどもすぐり爪(68)(69)の通り抜けによって、整然と分別し合うように矯正されることとなる。 As a result, short and small for Kuzuikusa is dumped even during this action, by passage of entanglement with such well currant nail across grass (68) (69), and be corrected as mutually separated neatly.

尚、(70)は上記結束床(20)の前面相当部に立設されたすぐり選別機構(E)用カバー板であり、すぐり搬送されるイ草の不慮な侵入などを予防する。 Note that (70) is a currant selection mechanism (E) for a cover plate which is erected on the front surface portion corresponding to the binding floor (20), to prevent such rushes of accidental intrusion being currants conveyed. 同様な意味のカバーにより、挟持搬送機構(C)や結束機構(G)なども被覆化粧されているが、これらは図示省略してある。 By a cover similar sense, holding and conveying mechanism (C) and tying mechanism (G) such as are also coated decorative, it is not shown. (71)はすぐり選別機構(E)と中間軸(14)との伝動用ギヤボツクスであり、そのすぐりチエン(66) (71) currant selection mechanism is a power transmission Giyabotsukusu with (E) an intermediate shaft (14), the currant thien (66)
(67)が左右一対づつのスプロケツト(図示省略)を介して、やはりエンジン(12)により回走駆動されるようになっている。 (67) through a left and right pair by one of the sprockets (not shown) are also adapted to be run driven round by the engine (12).

すぐり選別を受けたイ草の株元部側は、機体(11)の前部に位置する結束床(20)の残る他方側(右側)へ臨む上段すぐり搬送帯(62)の作用終点(g)において、その結束床(20)上に向かい言わば蹴り出されることになる。 Strain base portion side of the rushes that received currant sorting action end point (g the upper currant conveyor belt facing the other side (right side) the remainder of the bundling bed (20) located on the front (62) of the fuselage (11) in), it will be kicked it were directed thereon cohesion floor (20). そのイ草は穂先部側において依然挟持中にあるため、上段すぐり搬送帯(62)のすぐり爪(68)が回走して、株元部側を搬送する勢力により、その株元部は上記すぐり作用終点(g)に達するや、すぐり爪(68)からはずれて後方に向かい振り廻される如く、結束床(20) Therefore Lee grass which is in still pinching the tip portion side, and currants pawl (68) is Kaihashi the upper currant conveyor belt (62), the force for conveying the Kabumoto side, the strain base portion above Ya reached currant action end point (g), as are rotated shake toward the rear out of the currant pawl (68), tying the floor (20)
上へ蹴り出されることになるわけである。 It is not will be kicked to the top.

そして、その順次蹴り出されたイ草の株元部は、結束床(20)上の集束搬送機構(F)に受け継がれて、結束機構(G)に向かい正しく搬送されることになる。 The strain base portion thereof was Desa sequentially kick rushes is inherited by bundling the floor (20) on the focusing conveying mechanism (F), is to be correctly conveyed toward the bundling mechanism (G). (72) (72)
はその集束搬送機構(F)を形作る集束搬送帯であって、第13、14図に抽出拡大する通り、上記挟持搬送機構(C)の引込みベルト(53)と同様なラグ(73)を一定間隔おきに備えた左右一対の無端な弾性ベルトから成り、集束ガイド(74)やパツカー(75)と相俟って、イ草の株元部を順次に後方へ搬送する。 Is a converging conveyor belt to shape the converging conveying mechanism (F), as extracted expand to the 13 and 14 figures, the pinching transport mechanism similar lag between the drawing belts (53) of (C) (73) constant comprises a pair of left and right endless elastic belt with the intervals, it coupled with a focusing guide (74) and Patsuka (75), sequentially conveyed backward the strain base portion of rushes.

従い、この集束搬送機構(F)の搬送帯(72)は第2、 Therefore, the conveyance belt of the focusing conveying mechanism (F) (72) the second,
7図の平面図から明白なように、上記挟持搬送帯(47) As is evident from the plan view of Figure 7, the clamping conveyor belt (47)
などと反対の他方側(右側)に位置しつつ、結束床(2 While located in such opposite other side (right side), tying the floor (2
0)上の横端部においてイ草の株元部を円滑に受け入れ得るよう、横軸廻りに回動する駆動支軸(76)を備えている。 0) so that it can accept smoothly the strain base portion of rushes in the transverse end portion on, and a drive shaft that rotates on the horizontal axis around (76). その支軸(76)は中間軸(14)との伝動ケース(77)などを介して、エンジン(12)により駆動され、 Its shaft (76) via a transmission case of the intermediate shaft (14) (77) is driven by the engine (12),
集束搬送帯(72)が循環回走されることとなる。 So that the focusing conveyor belt (72) is run circulation times.

又、その集束搬送帯(72)により結束機構(G)の存在する後方へ搬送されるイ草の株元部は、その搬送過程において株元部揃え用刈刃(78)により、自づとカツトされるようになっている。 Further, a strain base portion of rushes conveyed backward to the presence of binding mechanism (G) by the focusing conveyor belt (72), the cutting blade (78) for aligning a strain base portion at its conveying process, the self Dzuto It is adapted to be Katsuhito. その株元部が整然と揃った状態において、結束機構(G)へ送り込まれるのである。 In a state where the strain base portion are aligned orderly, it is the fed to the bundling mechanism (G).
尚、その揃え用刈刃(78)は上記した刈取り機構(D) Incidentally, the alignment for the cutting blade (78) cutting mechanism is described above (D)
の刈刃(61)と同様なバリカン形態であるため、その詳細を図示省略してあるが、第13、14図から示唆される如く、集束搬送帯(72)と同様にイ草の株元部を受け入れ得る起立の設置姿勢にあり、横軸廻りに作動されること言うまでもない。 For a similar clipper form a cutting blade (61), but are not shown in detail, as is suggested from the 13 figures, focusing conveyor belt (72) as well as strains source rushes There the upright installation attitude can accept parts, it is the possible course operate on the horizontal axis around.

上記集束搬送帯(72)は穂先部側の挟持搬送帯(47)と実質的に平行する如く、機体(11)の前後方向に沿って延在されており、これによる後方への搬送中においても、イ草の穂先部側は依然として挟持搬送帯(47)による挟持搬送作用を受けているため、その株元部が結束機構(G)へ最終的に受け入れられた状態では、イ草が言わば横一線の整然とした集束伏倒姿勢に保たれることとなり、その搬送過程でもイ草の乱れが矯正されるのである。 The focusing conveyor belt (72) as substantially parallel to the clamping conveyor belt of the tip portion (47), which extends along the longitudinal direction of the machine body (11), which by during transport to the rear also, since the tip portion of the rushes is still undergoing transporting pinch action by pinching conveyor belt (47), in the state in which the strains source unit was accepted finally to cohesion mechanism (G), Lee grass as it were will be kept in an orderly focusing Fushimi tipped position of the horizontal clear distinction is the disturbance of rushes in its conveying process is corrected.

上記説明から既に明白な通り、結束機構(G)は結束床(20)上において、集束搬送帯(72)の直後位置に臨んでおり、上記穂先部側の挟持搬送機構(C)と左右の対をなす如く、やはり機体(11)の他方側(右側)へ偏倚した端部位置に搭載されている。 Already apparent as from the above description, in the binding mechanism (G) is unity bed (20), faces the position immediately after the focusing conveyor belt (72), the tip unit side nip conveyance mechanism (C) and left and right as a pair, they are also mounted on the other end position offset (right side) of the machine body (11). (79)はその結束機構(G)を形作る結束機であり、イ草の一定量が受け入れられるや否や、該結束機(79)が感知ドアー(80)の作用によって起動し、その伏倒姿勢のもとで結束されたイ草束(M)は、直ちに放出アーム(81)により第7図に示唆する如く、その伏倒姿勢のままで結束床(20)に後続する積載台(21)へ、言わば直通状に蹴り出し移行されるのである。 (79) is a binding machine to shape the tying mechanism (G), a certain amount is accepted as soon as the rushes, activated by the action of the strapping machine (79) is sensed door (80), the bend down tipped position Lee grass flux unity under (M) immediately as suggested in FIG. 7 by the release arm (81), stacking plate subsequent to binding the floor (20) remains in its Fushimi tipped position (21) to, is of being a so-called transition out and tipped the ball direct form. 尚、(82)は結束機(79)のニードルを示しているが、その結束紐は図示省略してある。 Note that (82) is shown the needle binding machine (79), the binding string is are not shown.

その場合、イ草は上記すぐり選別機構(E)による変向作用を爾前に受けているため、その結束床(20)上での伏倒姿勢において、集束搬送帯(72)により集束され、 In that case, Lee grass for receiving prior Er a turning operation of the above currant selection mechanism (E), in Fushimi tipped position of on the tie floor (20), is focused by the focusing conveyor belt (72),
又結束機(79)により結束されることになるが、そのイ草の伏倒姿勢としては第1図の側面図や第6図の正面図から示唆されるように、水平面との厳密な平行状態のみを意味せず、穂先部側の挟持位置が株元部よりも若干高くなる傾き状態(吊り下げの垂直面と交叉する角度が、 Also it will be tied by the binding machine (79), so as the Fushimi tipped position of rushes suggested from the front of a side view and FIG. 6 of FIG. 1, strictly parallel to the horizontal plane does not mean a state only the angle clamping position intersecting the slightly higher becomes tilted state (hanging vertical plane of the lower than a strain base portion of the tip portion side,
45度を越えてほぼ90度に達するまでの角度姿勢)も含む。 Angle position to reach about 90 degrees beyond 45 degrees) including.

更に、上記結束作用の完了と挟持搬送帯(47)による挟持作用の解除とは、時間的なタイミングとしてほぼ同時に実行されるように関係設定されており、そのイ草の一定量が結束完了するや否や、そのイ草束(M)は直ちに且つ確実に積載台(21)へ蹴り出されるようになっている。 Furthermore, completion and the clamping conveyor belt of the binding effect and the release of the clamping action of (47) is related set to be substantially executed concurrently as a temporal timing, a predetermined amount of the rushes is unity completed as soon as, the Lee grass bundles (M) are immediately and reliably adapted to be kicked out to the stacking table (21).

つまり、これを換言すれば、穂先部側を挟持搬送する挟持搬送帯(47)の作用速度よりも、株元部側を変向させるすぐり搬送帯(62)(63)の作用速度の方が、かなり高速に回走駆動されるように定められているわけであり、従ってそのすぐり搬送帯(62)(63)の言わば横送り勢力によっても、屑イ草は機体(11)の他方側(右側)に向かって、放出投棄されることになり、その選別効果を昂め得ると共に、その高速度な結束床(20)上に向かう株元部の蹴り出し作用により、上記株元揃え用刈刃(78)で以って、その株元部を自づと効果的に揃え切ることもできることになる。 That is, in other words this, than speed of action of the clamping conveyor belt that nips and conveys the tip portion (47), currant conveyor belt for diverting the Kabumoto side (62) towards the speed of action (63) quite fast and not are defined as Kaihashi driven, therefore also by the lateral feed force as it were of the currant conveyor belt (62) (63), Kuzuikusa the other side of the machine body (11) ( toward the right), it will be released dumped, with obtained because Beat the sorting effect by the trailing action of a strain base portion towards thereon speed cohesion floor (20), cutting for aligning the strain based on I than with the blade (78), so that it is also possible that strain base portion as possible aligned to the own Dzuto effectively.

〈発明の効果〉 以上のように、本発明に係るイ草の自載式乗用型収穫機ではその構成上、機体(11)の前部と後部とを枢支横軸(19)により連結して、その横軸(19)の軸線廻りに機体(11)の前部を昇降作動させ得るように定め、 その機体(11)の前部には、イ草の分草機構(A)と引起し機構(B)、穂先部側の挟持搬送機構(C)、株元刈取り機構(D)、屑イのすぐり選別機構(E)、株元部側の集束搬送機構(F)並びに結束機構(G)と、その各種作業機構(A)〜(G)への作業動力分配軸(2 As more <Effects of the Invention>, its configuration is self-mounting type riding harvester rushes according to the present invention, the front and rear of the machine body (11) connected by a pivot 支横 shaft (19) Te, causing define front and so capable of lifting operation of the machine body (11) around an axis of the horizontal axis (19), the front portion of the machine body (11), minute grasses mechanism rushes (a) and and mechanism (B), transporting pinch mechanism of the tip portion (C), a strain base cutting mechanism (D), currant sorting mechanism Kuzui (E), focusing transport mechanism Kabumoto side (F) and tying mechanism ( and G), its various working mechanism (a) working power distribution shaft to ~ (G) (2
9)とを設置する一方、 同じく機体(11)の後部を、結束後のイ草束(M)を伏倒姿勢のもとで積載する積載台(21)として形作ると共に、その機体(11)の後部には上記作業機構(A)〜 9) and while installing, the same rear of the machine body (11), form a stacking plate for stacking Lee grass bundles after binding the (M) under the Fushimi tipped position (21), the body (11) the working mechanism in the rear of the (a) ~
(G)の駆動源となるエンジン(12)と、そのエンジン(12)の出力軸(30)よりも後側に位置しつつ、エンジン(12)から上記動力分配軸(29)へ伝動するための中間軸(14)とを設置し、 且つ、その中間軸(14)を上記枢支横軸(19)よりも一定の間隔距離(X)だけ後側に位置する配列状態として、その枢支横軸(19)並びに動力分配軸(29)との悉く平行に横架させると共に、 上記中間軸(14)とエンジン(14)の出力軸(30)とを無端な第1伝動ベルト(31)によって、同じく中間軸(14)と動力分配軸(29)とを無端な第2伝動ベルト(32)によって、各々連繋させてあるため、冒頭に述べた従来技術の課題を確実に改良できる効果がある。 An engine (12) as a drive source (G), while located on the output shaft side after the (30) of the engine (12), for transmission from the engine (12) the power distributing shaft to (29) of installing the intermediate shaft (14), and, an intermediate shaft (14) as an array state positioned rearward by a predetermined gap distance (X) than the pivot 支横 shaft (19), the pivot horizontal axis (19) and power distribution shaft causes horizontally extends entirely in parallel with (29), said intermediate shaft (14) and the engine (14) of the output shaft (30) first transmission belt and a free end (31) Accordingly, also by the intermediate shaft (14) and power distribution shaft (29) a second transmission belt and a free end (32), since that is by interlocking each effect can be reliably improved prior art problems mentioned at the outset is there.

即ち、本発明の場合機体(11)の前部をなす作業フレーム(18)と、同じく機体(11)の後部とが枢支横軸(1 In other words, a working frame constituting a front portion of the case body (11) of the present invention (18), also the rear and is pivot 支横 axis of the machine body (11) (1
9)を介して連結されており、その横軸(19)の水平な軸線廻りに油圧シリンダー(17)によって、機体(11) 9) is connected via a by hydraulic cylinders (17) to the horizontal axis about its horizontal axis (19), the machine body (11)
の前部のみが前上がりの傾斜状態として昇揚作動されるようになっていると共に、残る機体(11)の後部は言わば固定状態に維持されているため、その前上がりの傾斜作動状態に保って、刈取り機構(D)の刈刃(61)によるイ草の刈取り高さを高低調整することができる。 With only the front is adapted to be NoboriYo operated as inclined state before rising, since the rear part of the fuselage (11) that remains is maintained as it were in a fixed state, kept tilt-activated state of the front rising Te, it is possible to height adjust the cutting blade (61) by cutting heights of rushes mechanism (D) cutting.

又、路上運搬車両の荷台に対するイ草収穫機自身の積み降し、圃場に対するイ草収穫機の出入りや枕地の乗り越えなども、上記前上がり傾斜角度の大小に制約を受けることなく、円滑・容易に行なえると共に、その際にも機体(11)の後部に形作られた積載台(21)上へ、結束後のイ草束(M)を支障なく積載維持できるのであって、 Also, loading of Lee grass harvester own against the bed of the road transport vehicle drop-off, as well, such as overcoming of out and headland Lee grass harvester to the field, without being restricted to the size of the pre-rise inclination angle, smooth - easily with performed, stacking table that is shaped in the rear of the machine body (11) even when its to (21) above, comprising than Lee grass bundles after binding the (M) can without hindrance stacked maintained,
その積載状態の安定性にも優れる。 Excellent in the stability of the loading state.

これを逆説的に言えば、イ草束(M)をその伏倒姿勢のもとに積載する積載台(21)が、機体(11)の後部に設けられていると共に、その後部の積載台(21)は昇降しないように構成されているため、ここに結束後のイ草束(M)を極力多量に安定良く積載し得るにも拘らず、これとの言わば無関係に別個独立して、機体(11)の前部を自由に支障なく昇降作動させることができるわけであり、従って機体(11)の前部を前上がりの傾斜状態に昇揚させるも、その機体(11)の全体的な重量バランスを不均衡化してしまうおそれがなく、著しく安全に且つ安定良く歩み板の登り降りなどを行なわせることもできることとなる。 Speaking it paradoxically, stacking plate for stacking Lee grass bundle (M) on the basis of the Fushimi tipped position (21), along with are provided in the rear portion of the machine body (11), the mounting base of the rear (21) because it is configured not to lift, here regardless Lee grass bundles after binding the (M) to be loaded as much as a large amount of good stability, and speak independently independently of this, it is not able to freely without any trouble lifting operation the front part of the fuselage (11), thus also be NoboriYo front of the machine body (11) in the inclined state of the front rising, overall the airframe (11) there is no fear that such result in an imbalance of the weight balance, and thus can also be performed and significantly safe and stable good climbing down the running board.

又、イ草の分草機構(A)や引起し機構(B)、穂先部側の挟持搬送機構(C)、株元刈取り機構(D)、屑イのすぐり選別機構(E)、株元部側の集束搬送機構(F)並びに結束機構(G)は、その悉く機体(11)の前部へ集中的に配列設置されているため、上記のように機体(11)の前部を昇揚作動させた場合でも、その作業機構(A)〜(G)によるイ草への一連作用が位置狂いを全然起さず、常時安定な連動作用状態に保たれるのである。 Further, minute grass mechanism (A) and Pick mechanism rushes (B), transporting pinch mechanism of the tip portion (C), a strain base cutting mechanism (D), currant sorting mechanism Kuzui (E), a strain base Part the converging conveying mechanism (F) as well as tying mechanism (G), that altogether because it is centrally arranged installed to the front of the machine body (11), raising the front portion of the machine body (11) as above even when allowed to lift actuation, the series acts to Lee grass by working mechanism (a) ~ (G) does not cause the position deviation at all, is of being always kept stable interlocking action state.

更に、機体(11)の前部には上記作業機構(A)〜 Furthermore, the front part of the fuselage (11) above the working mechanism (A) ~
(G)への作業動力分配軸(29)も設置されている一方、機体(11)の後部にはその作業機構(A)〜(G) While being installed working power distribution shaft (29) also to (G), airframe its working mechanism at the rear portion of (11) (A) ~ (G)
の駆動源をなすエンジン(12)と、そのエンジン(12) Engine constituting the drive source (12) and, its engine (12)
の出力軸(30)よりも後側に位置しつつ、エンジン(1 Output shaft (30) while positioned on the rear side of the engine (1
2)から動力分配軸へ伝動するための中間軸(14)とが設置されている。 An intermediate shaft for transmitting from 2) to the power distribution shaft (14) and is provided. しかも、その中間軸(14)は上記枢支横軸(19)よりも、一定の間隔距離(X)だけ後側に位置する関係配列として、その枢支横軸(19)並びに上記動力分配軸(29)との悉く平行に横架されている。 Moreover, the intermediate shaft (14) than the pivotal 支横 shaft (19), as a relation sequence located rearward by a predetermined gap distance (X), its pivot 支横 shaft (19) and the power distribution shaft entirely is parallel laterally placed with (29).

そして、そのような中間軸(14)とエンジン(12)の出力軸(30)とが、無端な第1伝動ベルト(31)を介して連繋されており、又同じく中間軸(14)と作業動力分配軸(29)とが、別の無端な第2伝動ベルト(32)によって連繋されているため、上記のように機体(11)の前部を後部に対して、その枢支横軸(19)の廻りに昇揚させた作動時には、第4図から示唆される如く、上記動力分配軸(29)と中間軸(14)との前後相互間に捲架された無端な第2伝動ベルト(32)が弛緩し、そのエンジン(12)から動力分配軸(29)への伝動作用が自づと切断されることになる。 Then, the work such an intermediate shaft (14) the output shaft of the engine (12) and (30) but are linked with each through endless of first transmission belt (31), also similarly intermediate shaft (14) power distribution shaft (29), but because they are cooperative with another endless of second transmission belt (32), the front part of the fuselage (11) as described above with respect to the rear, the pivot 支横 axis ( during operation obtained by NoboriYo around 19), as is suggested from FIG. 4, the endless a second transmission belt that is wrapped in between the front and rear cross the power distribution shaft (29) and the intermediate shaft (14) (32) is relaxed, transmission effects from the engine (12) power distribution shaft to (29) is to be cut self Dzuto.

蓋し、機体(11)の前部と後部を連結する枢支横軸(1 Capped, pivot 支横 shaft connecting the front and rear of the machine body (11) (1
9)よりも、中間軸(14)の方が一定の間隔距離(X) 9) than the constant spacing distance towards the intermediate shaft (14) (X)
だけ後側位置へ平行に横架されているからである。 This is because being parallel laterally placed only to the rear position. その結果、機体(11)の前部を前上がりの傾斜状態に作動しつつ、上記歩み板の登り降りなどを行なう場合、その機体(11)の前部に搭載している一連の作業機構(A)〜 As a result, while operating the front part of the fuselage (11) in the inclined state of the front rising, when performing such climbing down the running board, a series of working mechanism which is mounted on a front portion of the machine body (11) ( A) ~
(G)は、悉く作動の停止状態に保たれることとなり、 (G) becomes a be kept entirely in a stopped state of operation,
著しく安全である。 It is a remarkably safe. このような効果も、冒頭に述べた従来技術の構成からは到底期待することができない。 Such effects can not be expected possibly from the prior art configuration mentioned at the outset.

【図面の簡単な説明】 BRIEF DESCRIPTION OF THE DRAWINGS

第1図は本発明における乗用型イ草収穫機の全体概略側面図、第2、3図は第1図の平面図と正面(前面)図、 Figure 1 is an overall schematic side view of a riding rushes harvester in the present invention, the second and third drawing is a plan view and a front (front) view of Figure 1,
第4図は第1図に対応する機体の前上がり傾斜作動状態を示す概略側面図、第5〜7図は第1〜3図に対応する配置形態で示す作用説明図、第8〜12図は穂先部側の挟持搬送機構を抽出したものであり、第8図はその平面図、第9図は第8図の9−9線断面図、第10図は第9図の部分拡大断面図、第11図は同じく挟持搬送機構の側面図、第12図は第11図の背面(後面)図、第13図は集束搬送機構と結束機構を抽出した拡大側面図、第14図は第13 Figure 4 is a schematic side view showing a front rising tilt-activated state of the body corresponding to the first figure, the 5-7 figure operation explanatory view showing an arrangement forms corresponding to the first to third drawing, the 8-12 Figure is obtained by extracting the holding transport mechanism of the tip portion side, FIG. 8 is a plan view, FIG. 9 is cross-sectional view taken along line 9-9 view of Figure 8, Figure 10 is a partially enlarged cross-sectional view of FIG. 9 a side view of FIG. 11 also pinching transport mechanism, Figure 12 is a rear surface of FIG. 11 (rear surface) FIG, FIG. 13 is an enlarged side view of extracting the binding mechanism and the focusing transport mechanism, Fig. 14 13
図の平面図である。 It is a plan view of FIG. (A)……分草機構 (B)……引起し機構 (C)……挟持搬送機構 (D)……刈取り機構 (E)……すぐり選別機構 (F)……集束搬送機構 (G)……結束機構 (M)……イ草束 (X)……一定間隔距離 (11)……機体 (12)……エンジン (14)……中間軸 (17)……油圧シリンダー (18)……作業フレーム (19)……枢支横軸 (20)……結束床 (21)……積載台 (29)……作業動力分配軸 (30)……エンジン出力軸 (31)(32)……伝動ベルト (A) ...... min grasses mechanism (B) ...... Pick mechanism (C) ...... pinching conveying mechanism (D) ...... cutting mechanism (E) ...... currant selection mechanism (F) ...... focusing conveying mechanism (G) ...... tying mechanism (M) .... Lee grass bundle (X) ...... predetermined interval distance (11) ... body (12) ... engine (14) .... intermediate shaft (17) ... hydraulic cylinder (18) ... ... working frame (19) ...... pivot 支横 shaft (20) ... tying floor (21) ... stacking table (29) ... working power distributing shaft (30) ... engine output shaft (31) (32) ... ... transmission belt

Claims (1)

    【特許請求の範囲】 [The claims]
  1. 【請求項1】機体(11)の前部と後部とを枢支横軸(1 1. A pivot 支横 axis and front and rear of the machine body (11) (1
    9)により連結して、その横軸(19)の軸線廻りに機体(11)の前部を昇降作動させ得るように定め、 その機体(11)の前部には、イ草の分草機構(A)と引起し機構(B)、穂先部側の挟持搬送機構(C)、株元刈取り機構(D)、屑イのすぐり選別機構(E)、株元部側の集束搬送機構(F)並びに結束機構(G)と、その各種作業機構(A)〜(G)への作業動力分配軸(2 Joined by 9), set so as to front to the lifting operation of the machine body (11) around an axis of the horizontal axis (19), the front portion of the machine body (11), minute grasses mechanism rushes (a) and Pick mechanism (B), transporting pinch mechanism of the tip portion (C), a strain base cutting mechanism (D), currant sorting mechanism Kuzui (E), Kabumoto section the converging conveying mechanism (F ) as well as a binding mechanism (G), its various working mechanism (a) working power distribution shaft to ~ (G) (2
    9)とを設置する一方、 同じく機体(11)の後部を、結束後のイ草束(M)を伏倒姿勢のもとで積載する積載台(21)として形作ると共に、その機体(11)の後部には上記作業機構(A)〜 9) and while installing, the same rear of the machine body (11), form a stacking plate for stacking Lee grass bundles after binding the (M) under the Fushimi tipped position (21), the body (11) the working mechanism in the rear of the (a) ~
    (G)の駆動源となるエンジン(12)と、そのエンジン(12)の出力軸(30)よりも後側に位置しつつ、エンジン(12)から上記動力分配軸(29)へ伝動するための中間軸(14)とを設置し、 且つ、その中間軸(14)を上記枢支横軸(19)よりも一定の間隔距離(X)だけ後側に位置する配列状態として、その枢支横軸(19)並びに動力分配軸(29)との悉く平行に横架させると共に、 上記中間軸(14)とエンジン(14)の出力軸(30)とを無端な第1伝動ベルト(31)によって、同じく中間軸(14)と動力分配軸(29)とを無端な第2伝動ベルト(32)によって、各々連繋させたことを特徴とするイ草の自載式乗用型収穫機。 An engine (12) as a drive source (G), while located on the output shaft side after the (30) of the engine (12), for transmission from the engine (12) the power distributing shaft to (29) of installing the intermediate shaft (14), and, an intermediate shaft (14) as an array state positioned rearward by a predetermined gap distance (X) than the pivot 支横 shaft (19), the pivot horizontal axis (19) and power distribution shaft causes horizontally extends entirely in parallel with (29), said intermediate shaft (14) and the engine (14) of the output shaft (30) first transmission belt and a free end (31) Accordingly, also the intermediate shaft (14) and power distribution shaft (29) and the by endless of second transmission belt (32), the self-mounting type riding harvester rushes, characterized in that by interlocking, respectively.
JP30128189A 1989-11-20 1989-11-20 Rushes of its own mounting type riding harvester Expired - Lifetime JPH0697905B2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP30128189A JPH0697905B2 (en) 1989-11-20 1989-11-20 Rushes of its own mounting type riding harvester

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP30128189A JPH0697905B2 (en) 1989-11-20 1989-11-20 Rushes of its own mounting type riding harvester

Publications (2)

Publication Number Publication Date
JPH03236714A true JPH03236714A (en) 1991-10-22
JPH0697905B2 true JPH0697905B2 (en) 1994-12-07

Family

ID=17894937

Family Applications (1)

Application Number Title Priority Date Filing Date
JP30128189A Expired - Lifetime JPH0697905B2 (en) 1989-11-20 1989-11-20 Rushes of its own mounting type riding harvester

Country Status (1)

Country Link
JP (1) JPH0697905B2 (en)

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US8910241B2 (en) 2002-04-25 2014-12-09 Citrix Systems, Inc. Computer security system
US8943575B2 (en) 2008-04-30 2015-01-27 Citrix Systems, Inc. Method and system for policy simulation
US8990573B2 (en) 2008-11-10 2015-03-24 Citrix Systems, Inc. System and method for using variable security tag location in network communications
US8990910B2 (en) 2007-11-13 2015-03-24 Citrix Systems, Inc. System and method using globally unique identities
US9240945B2 (en) 2008-03-19 2016-01-19 Citrix Systems, Inc. Access, priority and bandwidth management based on application identity

Families Citing this family (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104160827B (en) * 2014-08-06 2016-06-01 华中农业大学 One chain dog cotton stalk puller mechanism

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US8910241B2 (en) 2002-04-25 2014-12-09 Citrix Systems, Inc. Computer security system
US8990910B2 (en) 2007-11-13 2015-03-24 Citrix Systems, Inc. System and method using globally unique identities
US9240945B2 (en) 2008-03-19 2016-01-19 Citrix Systems, Inc. Access, priority and bandwidth management based on application identity
US8943575B2 (en) 2008-04-30 2015-01-27 Citrix Systems, Inc. Method and system for policy simulation
US8990573B2 (en) 2008-11-10 2015-03-24 Citrix Systems, Inc. System and method for using variable security tag location in network communications

Also Published As

Publication number Publication date Type
JPH03236714A (en) 1991-10-22 application

Similar Documents

Publication Publication Date Title
US4162726A (en) Sod harvesting machine having means for conveying and stacking sod pads
US3286858A (en) Cane planter
US2458713A (en) Crop compressor
US2760622A (en) Universal elevator
US2524196A (en) Floating pickup device for attachment to agricultural implement platforms
CN1215545A (en) Semi-feed sugar-cane combine harvester
JPH09271230A (en) Root vegetable storage part for self traveling root vegetable harvester
US3294094A (en) Machine for harvesting comestibles
US2621461A (en) Cane loading and chopping machine
US894876A (en) Baling-press.
US6854255B1 (en) Berry harvester
CN2614426Y (en) Creeper type micro-harvester
US2525870A (en) Baled hay loader
US3120887A (en) Hay bale loader
JP2001148927A (en) Reaper structure for combine harvester
JP2000312523A (en) Combine harvester
US2454063A (en) Reel and rake apparatus for combines
US3034664A (en) Tobacco harvesters
US2835098A (en) Harvester for pumpkins and similar crops
US2395238A (en) Apparatus for moving loose material
US3695014A (en) Tobacco harvesters
US2916137A (en) Crop loader
US4913680A (en) Low-trellis mobile hop picker
US2313670A (en) Pickup attachment for harvesting implements
US2905974A (en) Self propelled fibre harvesting and decorticating machine