JPS6016289Y2 - Grain culm conveyance and supply device to the threshing section of a combine harvester - Google Patents
Grain culm conveyance and supply device to the threshing section of a combine harvesterInfo
- Publication number
- JPS6016289Y2 JPS6016289Y2 JP5701277U JP5701277U JPS6016289Y2 JP S6016289 Y2 JPS6016289 Y2 JP S6016289Y2 JP 5701277 U JP5701277 U JP 5701277U JP 5701277 U JP5701277 U JP 5701277U JP S6016289 Y2 JPS6016289 Y2 JP S6016289Y2
- Authority
- JP
- Japan
- Prior art keywords
- culm
- lifting
- case
- conveying
- threshing device
- 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
Links
Landscapes
- Harvester Elements (AREA)
- Outside Dividers And Delivering Mechanisms For Harvesters (AREA)
Description
【考案の詳細な説明】
本考案は、コンバインにおける脱穀部への殻稈搬送供給
装置に関する。[Detailed Description of the Invention] The present invention relates to a device for conveying and supplying husk to a threshing section in a combine harvester.
一般のコンバインは、刈取殻稈の稈元部を稈元挟持搬送
チェ7で脱穀装置のフィートチエンに向けて揚上搬送し
ながら搬送途上で殻稈を横倒し姿勢に姿勢変更し、殻稈
穂先側は脱穀装置の供給口にむけて送給されるように構
成されるのであるが、揚上搬送途上で殻稈を横倒し姿勢
に変更するに、従来のほとんどのものは、例えば実公昭
50−13783号公報にみられるように、稈元挟持搬
送チェ7の上方へ、係列始端を前記稈元挟持搬送チェ7
の搬送始端部付近に位置させ且つ孫引搬送終端を脱穀装
置の供給口にのぞませた搬送無端帯を掛設して構成して
いるのである。In a general combine harvester, the culm part of the harvested culm is lifted and conveyed by the culm clamping conveyor chain 7 toward the foot chain of the threshing device, and during the conveyance, the culm is turned sideways, and the culm tip side is lifted up and conveyed. The culm is configured to be fed toward the supply port of the threshing device, but in order to change the culm to a sideways posture during lifting and conveyance, most of the conventional ones are As seen in the publication, the starting end of the row is moved upwardly from the culm clamping conveyance check 7.
It is constructed by hanging an endless conveying belt located near the starting end of the conveyance and with the end of the subtraction conveying looking into the supply port of the threshing device.
ところが上記のように、稈元挟持搬送チェ7の上部に2
段状で搬送無端帯を並設するものでは、コンバインを小
型に構成するうえで構造複雑で軽量化が図れないので、
例えば特開昭51−100433号公報のように、殻稈
の株元部のみを搬送装置によってフィートチエンに送り
ながら、殻稈の傾倒は省略化構造で行うことが行われて
いるのであるが、いずれも穂先部を乱れなく整然と脱穀
装置の供給口にむけて送るという面では不充分なものと
なってしまっている。However, as mentioned above, there are two
A type in which endless conveyor belts are arranged side by side in a step-like manner has a complicated structure and cannot be made lightweight in order to make the combine smaller.
For example, as in Japanese Patent Application Laid-Open No. 51-100433, only the base of the culm is sent to the foot chain by a conveying device, and the culm is tilted in an abbreviated structure. All of these methods are insufficient in terms of feeding the tips of the grains in an orderly and undisturbed manner toward the supply port of the threshing device.
本考案は、搬送無端帯を掛設しない簡略化構造をとりな
がら、殻稈の糖部の絡みをほぐし乱れな゛く脱穀装置の
供給口へむけて送ることができ、小型コンバインに好適
の殻稈搬送供給装置を提供するものである。The present invention has a simplified structure that does not require an endless transport belt, and allows the shell culm to be fed to the supply port of the threshing device without tangles in the sugar part and is disturbed, making it suitable for small combine harvesters. A culm conveying and feeding device is provided.
次に、図面に示す実施例について説明する。Next, the embodiment shown in the drawings will be described.
第1図はコンバインにおける前部の側面図を示し、履帯
式走行体5の上方に搭載する脱穀装置1の側部には供給
口2より前方に始端部6aが突出するフィートチエン6
を添設するとともに、その下方に挟扼稈を対設して脱穀
装置1を従来構造同様に構成する。FIG. 1 shows a side view of the front part of the combine harvester, and a foot chain 6 having a starting end 6a protruding forward from the supply port 2 is attached to the side of the threshing device 1 mounted above the track type traveling body 5.
The threshing device 1 is constructed in the same manner as the conventional structure by attaching the threshing device 1 and attaching the threshing culm below the threshing culm.
Eは刈取搬送装置全体を示し、該装置Eの最後部にあた
る横方向に長い伝動ケース7を脱穀装置1の前方下部に
おけるメタル8,8に回動自在に装設し、該伝動ケース
7を回動中心として装置E全体が回動できて昇降操作装
置(図示省略)により上下動調節ができるように構成す
る。E shows the entire reaping and conveying device, and a transversely long transmission case 7 at the rear end of the device E is rotatably mounted on metals 8, 8 at the front lower part of the threshing device 1, and the transmission case 7 is rotated. The entire apparatus E is configured to be able to rotate as a center of movement, and can be adjusted up and down using a lift operation device (not shown).
前記伝動ケース7から前方下部に延出する2本のパイプ
9,9′により刈取台10を支持し、該刈取台10の両
側から前方に延出するフレーム11.11の先端に両側
の分草板12.12を、中央のフレーム11′の先端に
中央の分草板12′をそれぞれ装設し、刈取台10前方
でフレーム11.11にまたがる刈刃台13上の刈刃1
4を、前記パイプ9により伝動する刈取台10上のギヤ
ケース15から動力伝達するように構成する。A reaping table 10 is supported by two pipes 9 and 9' extending from the transmission case 7 to the front lower part, and a frame 11. The cutting blades 1 on the cutting blade stand 13 spanning the frame 11.11 in front of the cutting stand 10 are mounted on the central grass dividing plate 12' at the tip of the central frame 11'.
4 is configured to transmit power from a gear case 15 on the reaping stand 10 which transmits power through the pipe 9.
また、それぞれタイン16.16’を有して平行に傾斜
する両引起しケース3,3′の上部背面にまたがって横
方向の引起し駆動ケースCを装着し、前記伝動ケース7
の右端部から斜上方に延出する伝動パイプ17を右側引
起しケース3の後方における引起し駆動ケースCの部分
に連設して動力伝達するように設け、伝動ケース7の右
側に装設した入力プーリー18にはミッションケース1
9からベルト20を掛廻して動力伝達するよう構成する
。In addition, a horizontal lifting drive case C is installed across the upper back surfaces of both lifting cases 3 and 3', each having tines 16 and 16' and inclined in parallel.
A transmission pipe 17 extending diagonally upward from the right end of the transmission case 3 is connected to a portion of the lifting drive case C at the rear of the right side lifting case 3 to transmit power, and is installed on the right side of the transmission case 7. Mission case 1 is attached to input pulley 18.
A belt 20 is wound around the belt 9 to transmit power.
Aは縦搬送チェ7で、該チェンA全体は正面視で第3図
に示すように両引起しケース3,3′の間の部分からフ
ィートチエン6にむけ傾斜し、また側面視で第1図に示
すように両引起しケース3.3′の後背下部から後高に
傾斜状態となり、下位側の遊動スプロケット21が刈取
台10の上方における一対の装入スターホイル22,2
2’間の後方に接近するようにして、上位側の支持枠体
23に軸架した両遊動スプロケット24,24′間に駆
動スプロケット25を配設してこれらに縦搬送チェ7A
を掛廻し、前記伝動ケース7の左端部前方に回動自在に
連設した伝動ギヤケース25から延出する伝動筒27の
上端を支持枠体23に連設して駆動スプロケット25に
回転駆動できるようにし、伝動ケース7に固定した支台
28に摺動自在に嵌挿した作動杆29の一端をビン30
を介して前記支持枠体23に連結腰固定の支軸31に回
動自在に枢支した同体連結の両アーム32.32’の一
端と作動杆29とを遊びをもたせて連結し、アーム32
の他端に連結したレバー33を固定の案内板34に挿通
して、レバー33の上下方向操作により縦搬送チェ7A
を傾斜変更調節できるとともに、遊動スプロケット24
側の搬送終端部35をフィートチエン6の始端部6aに
対し横方向に接近させたり離したりすることが水平方向
で行えるように構成する。A is a vertical conveyance chain 7, and the chain A as a whole is inclined toward the foot chain 6 from the part between the two lifting cases 3 and 3' when viewed from the front, as shown in FIG. As shown in the figure, the double lifting case 3.3' is tilted from the rear lower part to the rear height, and the lower floating sprocket 21 is connected to the pair of charging star wheels 22, 2 above the reaping table 10.
A driving sprocket 25 is disposed between both floating sprockets 24 and 24', which are pivoted on the upper support frame 23, so as to approach the rear between 2', and the vertical conveyance chain 7A
The upper end of the transmission cylinder 27 extending from the transmission gear case 25, which is rotatably connected to the front left end of the transmission case 7, is connected to the support frame 23 so that it can be rotationally driven by the drive sprocket 25. one end of the operating rod 29, which is slidably inserted into the abutment 28 fixed to the transmission case 7, is attached to the pin 30.
One end of both arms 32 and 32', which are integrally connected and rotatably supported on a support shaft 31 fixed at the waist, is connected to the support frame 23 through a
The lever 33 connected to the other end is inserted through the fixed guide plate 34, and by vertically operating the lever 33, the vertical conveyance check 7A is moved.
The inclination can be adjusted and the floating sprocket 24
It is configured so that the side conveyance terminal end 35 can be horizontally approached or separated from the starting end 6a of the foot chain 6.
また、前記遊動スプロケット21の近傍における挟持始
点イには縦搬送チェ7Aの搬送面に対設する挟扼杆4の
一端彎曲部をのぞませ、前記搬送終端部36には挟扼杆
4の他端屈折部を延設して構威す。Further, at the nipping start point A near the floating sprocket 21, a curved portion at one end of the nipping rod 4, which is opposed to the conveying surface of the vertical conveying check 7A, is visible, and at the conveying end portion 36, the bent part of the nipping rod 4 is provided. The other end bending portion is extended.
前記引起し駆動ケースCの横長全長内に伝動軸36を装
入し、該ケースCの右側端部内には前記伝動パイプ17
内の伝動軸37を延出して該伝動軸37から3枚のベベ
ルギヤ38.38’、38″により伝動軸37および引
起しケース3のスプロケット駆動軸39を駆動するよう
にするとともに、前記ケースCの左側端部内では伝動軸
37から2枚のベベルギヤ40.40’を介して引起し
ケース3′のスプロケット駆動軸41を駆動するように
構成する。The transmission shaft 36 is inserted into the entire horizontal length of the lifting drive case C, and the transmission pipe 17 is inserted into the right end of the case C.
The transmission shaft 37 in the case C is extended so that three bevel gears 38, 38' and 38'' drive the transmission shaft 37 and the sprocket drive shaft 39 of the case C. In the left end of the transmission shaft 37, a sprocket drive shaft 41 of the lifting case 3' is driven via two bevel gears 40 and 40'.
また、引起し駆動ケースCの右側部分から上端を固定し
た筒金42を斜下方に延出し、筒金42の下方内部には
下方の筒金42′上部を摺動自在に嵌合して、筒金42
′に固定した支持片43からは筒金42の側方にそうボ
ルト44を延出腰筒金42に固定した支持片45にボル
ト44を挿通してダブルナツト46を螺合し、そのボル
ト44により筒金42′を伸縮自在に設け、筒金42内
に挿入する伝動軸47の上部と前記伝動軸36とをベベ
ルギヤ48.48’により連動連結し、その伝動軸47
と筒金42′内の伝動軸47′とを相互に伸縮できるよ
うスプライン嵌合して連結し、筒金42′の下端から延
出した伝動軸47′の先端には板製スプロケット形穂先
搬送回転体Bの中央ボス部すを嵌合してピン49により
固定するが、回転体Bは上方から垂下させた状態で、縦
搬送チェ7Aにより搬送する殻稈50の穂先側を回転に
より供給口2側に傾斜させながら送り込み姿勢となるよ
うに案内ができる上方位置にして装設する。Further, a cylindrical metal 42 whose upper end is fixed is extended diagonally downward from the right side portion of the lifting drive case C, and the upper part of the lower cylindrical metal 42' is slidably fitted inside the lower part of the cylindrical metal 42. Tube metal 42
A bolt 44 is extended to the side of the barrel 42 from the support piece 43 fixed to the waist barrel 42. The bolt 44 is inserted into the support piece 45 fixed to the waist barrel 42, and a double nut 46 is screwed into the bolt 44. A cylindrical metal 42' is provided in a telescopic manner, and the upper part of a transmission shaft 47 inserted into the cylindrical metal 42 and the transmission shaft 36 are interlocked and connected by bevel gears 48 and 48'.
and a transmission shaft 47' inside the barrel 42' are connected by spline fitting so that they can expand and contract with each other, and a plate sprocket type tip conveyor is attached to the tip of the transmission shaft 47' extending from the lower end of the barrel 42'. The center boss part of the rotary body B is fitted and fixed by the pin 49, but the rotary body B is suspended from above and the tip side of the culm 50 conveyed by the vertical conveyance check 7A is rotated to open the supply port. It is installed in an upper position where it can be guided so that it is in the feeding position while tilting to the 2nd side.
第7図は他の実施例を示し、前記同様に構成すル伝tf
l軸47. 47’をユニバーサルジヨイント51によ
り連結し、調節ボルト44′の伸縮調節により回転体B
の傾斜調節ができるように構成したものである。FIG. 7 shows another embodiment, in which the tf is constructed in the same manner as described above.
l axis 47. 47' are connected by a universal joint 51, and the rotating body B is adjusted by adjusting the adjustment bolt 44'.
The structure is such that the inclination can be adjusted.
しかして、コンバイン作業に際しては、各分草板12.
12’によって分草される植立殻稈を両引起しケース3
,3′のタイン16.16’により引起しながら、刈刃
14により刈取るとともに殻稈の稈元側を両装入スター
ホイル22.22’により掻込んで、そのまま挟持始点
イより縦搬送チェ7Aと挟扼杆4とにより挟扼して縦搬
送チェ7Aによりその傾斜方向にそわせ殻稈50の稈元
側を上昇させる間に、穂先側は回転する回転体Bにより
押し下げるようにして供給口2の方向に向くように案内
を強制し、殻稈はそのまま水平状となりながら、殻稈5
0の稈元側は搬送終端部35からフィートチエン6の始
端部6aに第5図に示すように受継ぎをなし、穂先側は
供給口2から脱穀装置1に供給されて脱穀が行われる。Therefore, during combine harvesting work, each grass cutting board 12.
Case 3 where the planted culms separated by 12' are raised on both sides.
, 3' are pulled up by the tines 16, 16', the cutting blade 14 is used to cut the culm, and the culm base side of the shell culm is scraped by the double-loaded star foils 22, 22', and then transferred from the clamping starting point A to the vertical conveyance chute. While the culm side of the culm 50 is raised by being pinched by the culm 7A and the pinching rod 4 and deflected in the direction of inclination by the vertical conveyance check 7A, the tip side is pushed down by the rotating rotary body B and fed. Force the guide to face the direction of mouth 2, and while the culm remains horizontal, the culm 5
The culm side of the grain 0 is transferred from the conveyance terminal end 35 to the starting end 6a of the foot chain 6 as shown in FIG. 5, and the head side is supplied from the supply port 2 to the threshing device 1 for threshing.
また、長短稈あるいは倒伏などの作物条件に合わせて、
ボルト44の伸縮調節により回転体Bを上下動させたり
、第7図に示す他の実施例のようにボルト44′の調節
により傾斜変更させて適応させることができる。In addition, depending on crop conditions such as long and short culms or lodging,
By adjusting the extension and contraction of the bolt 44, the rotating body B can be moved up and down, and as in another embodiment shown in FIG. 7, the inclination can be changed and adapted by adjusting the bolt 44'.
殻稈の長短稈に応じては、レバー33の操作により第3
図において実線と仮想線で示すように縦搬送チェ7Aと
挟扼杆4の傾斜調節を行なって、搬送終端部35とフィ
ートチエン始端部6aとを接近させたり離したりして殻
稈を浅くあるいは深く挿入する状態に受継供給を行なっ
て適応させることができるとともに、前記のように回転
体Eを上下動させたり傾斜変更させて、穂先送込作用を
適応させることができる。Depending on the length of the culm, the third one can be adjusted by operating the lever 33.
As shown by solid lines and imaginary lines in the figure, by adjusting the inclinations of the vertical conveyance check 7A and the foot chain 4, the conveyance terminal end 35 and the foot chain start end 6a can be moved closer or further apart to make the culm shallow or In addition to being able to adapt to the state of deep insertion by performing inheriting and supplying, it is also possible to adapt the tip feeding action by moving the rotating body E up and down or changing the inclination as described above.
このように本考案は、タイン16.16’形の引起しケ
ース3,3′で引起し整姿し刈刃4で株元切断した殻稈
を、前記引起しケース3,3′の後背部下方から脱穀装
置1のフィートチエン6にむせて斜設する縦搬送チェ7
Aにより稈元挟持して上昇搬送腰脱穀装置1にむけて供
給する構成のコンバインにおいて、縦搬送チェ7Aによ
って稈元を挟持し搬送されている殻稈の穂先側を脱穀装
置1の供給口2側に向けて傾倒させ得る穂先搬送回転体
Bを、引起しケース3の上部背面側における引起し駆動
ケースC側から垂設させて回転駆動できるようにして設
けたから、引起しケースによって引起し整姿された殻稈
の穂先部を回転体Bで受止めて、縦搬送チェ7Aが株元
を揚上搬送する間に、回転体Bの作動で穂先部の絡み付
きをほぐしつつ脱穀装置の供給口への移送を促進して良
好に供給できるので、従来の穂先搬送無端帯を縦搬送チ
ェン上部に並設するものに比すと構造が著しく簡単とな
りなから殻稈を適正姿勢で脱穀部に供給することができ
、装置を簡略化して小型コンバインに適するものとする
ことができ。In this way, the present invention allows the culm, which has been raised and trimmed by the tine 16. A vertical conveyor chain 7 is installed obliquely from below against the foot chain 6 of the threshing device 1.
In a combine harvester having a configuration in which the culm is held by A and fed to the ascending waist threshing device 1, the tip side of the shell culm, which is being conveyed while holding the culm by the vertical conveyance check 7A, is fed to the supply port 2 of the threshing device 1. Since the tip conveying rotary body B, which can be tilted toward the side, is installed vertically from the lifting drive case C side on the upper rear side of the lifting case 3 so that it can be rotated, the tip can be lifted and adjusted by the lifting case. The exposed tip of the culm is received by the rotary body B, and while the vertical conveyance check 7A lifts and conveys the stock head, the rotary body B operates to loosen the entanglement of the tip of the culm and move it to the supply port of the threshing device. The structure is significantly simpler than the conventional system in which an endless belt for conveying the ear tip is installed in parallel on the upper part of the vertical conveyance chain, and the culm is fed to the threshing section in an appropriate posture. The device can be simplified and made suitable for small combine harvesters.
しかも、回転体Bは引起しケース3の上部背面から垂設
して引起しケース3と共通に駆動するので、駆動系統も
簡潔小型されて益々装置の小型軽量化が助勢されるもの
となり、また、回転体Bは殻稈の移動路に関係しない引
起しケース背部空間で伝動されるので、殻稈の移動に制
限を加えることなく良好な搬送が行えるといった利点が
ある。Furthermore, since the rotating body B is vertically disposed from the upper rear surface of the lifting case 3 and is driven in common with the lifting case 3, the drive system is also simplified and compact, which further helps to reduce the size and weight of the device. Since the rotating body B is transmitted in a space behind the lifting case that is not related to the movement path of the shell culm, there is an advantage that good conveyance can be performed without imposing restrictions on the movement of the shell culm.
図面は本考案の実施例を不味第1図はコンバイン前部の
側面図、第2図はその平面図、第3図はその一部の正面
図、第4図は要部の断面図、第5図は正面視の説明図、
第6図は第4図の一部の拡大図、第7図は他の実施例で
ある要部の断面図を示す。
1・・・・・・脱穀装置、A・・・・・・縦搬送チェ7
.2・・・・・・供給口、3,3′・・・・・・引起し
ケース、4・・・・・・刈刃、6・・・・・・フィート
チエン、B・・・・・・穂先搬送回転体、C・・・・・
・引起し駆動ケース、16.16’・・・・・・タイン
。The drawings show an embodiment of the present invention. Fig. 1 is a side view of the front part of the combine, Fig. 2 is a plan view thereof, Fig. 3 is a front view of a part thereof, Fig. 4 is a sectional view of the main part, Figure 5 is an explanatory diagram of the front view;
FIG. 6 is an enlarged view of a part of FIG. 4, and FIG. 7 is a sectional view of the main part of another embodiment. 1... Threshing device, A... Vertical conveyance check 7
.. 2... Supply port, 3, 3'... Lifting case, 4... Cutting blade, 6... Feet chain, B...・Spike tip conveying rotor, C...
- Lifting drive case, 16.16'...tine.
Claims (1)
整姿し、刈刃4で株元切断した殻稈を、前記引起しケー
ス3,3′の後背部下方から脱穀装置1のフィートチエ
ン6にむけて斜設する縦搬送チェノAにより稈元挟持し
て上昇搬送し、脱穀装置1にむけて供給する構成のコン
バインにおいて、縦搬送チェノAによって稈元を挟持し
搬送されている殻稈の穂先側を脱穀装置1の供給口2側
に向けて傾倒させ得る穂先搬送回転体Bを、引起しケー
ス3の上部背面側における引起し駆動ケースC側から垂
設させて回転駆動できるようにして設けたことを特徴と
する脱穀部への殻稈搬送供給装置。The culm, which has been raised and trimmed using the tine 16 and 16' shaped lifting cases 3 and 3' and cut at the base with the cutting blade 4, is passed from the lower rear of the lifting cases 3 and 3' to the threshing device 1. In a combine harvester configured such that the culm is clamped and conveyed upward by a vertical conveying cheno A installed diagonally toward the foot chain 6, and then supplied to the threshing device 1, the culm is gripped and conveyed by the vertical conveying cheno A. A tip conveying rotary body B capable of tilting the tip side of the culm toward the supply port 2 side of the threshing device 1 can be vertically mounted from the lifting drive case C side on the upper rear side of the lifting case 3 and can be rotationally driven. A device for conveying and supplying husk to a threshing section, characterized in that it is provided as follows.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP5701277U JPS6016289Y2 (en) | 1977-05-04 | 1977-05-04 | Grain culm conveyance and supply device to the threshing section of a combine harvester |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP5701277U JPS6016289Y2 (en) | 1977-05-04 | 1977-05-04 | Grain culm conveyance and supply device to the threshing section of a combine harvester |
Publications (2)
Publication Number | Publication Date |
---|---|
JPS53150739U JPS53150739U (en) | 1978-11-28 |
JPS6016289Y2 true JPS6016289Y2 (en) | 1985-05-21 |
Family
ID=28954484
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP5701277U Expired JPS6016289Y2 (en) | 1977-05-04 | 1977-05-04 | Grain culm conveyance and supply device to the threshing section of a combine harvester |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS6016289Y2 (en) |
-
1977
- 1977-05-04 JP JP5701277U patent/JPS6016289Y2/en not_active Expired
Also Published As
Publication number | Publication date |
---|---|
JPS53150739U (en) | 1978-11-28 |
Similar Documents
Publication | Publication Date | Title |
---|---|---|
JPS6016289Y2 (en) | Grain culm conveyance and supply device to the threshing section of a combine harvester | |
JP2565367Y2 (en) | Grain stalk transfer device in combine | |
JPS602746Y2 (en) | Harvester grain culm weeding device | |
JPS608657Y2 (en) | Grain culm conveyance device to the threshing section of a combine harvester | |
JP3408329B2 (en) | Combine grain culm conveyor | |
JPS5929464Y2 (en) | Grain culm vertical conveyance device in combine harvester | |
JPS5938105Y2 (en) | Grain raking device in combine harvester | |
JP2561543Y2 (en) | Combine grain stalk transporter | |
JP3426625B2 (en) | Combine handling depth adjustment device | |
JP2565365Y2 (en) | Grain stem raising and conveying device in combine | |
JPS6029447B2 (en) | Combine grain conveyor | |
JPS5812581Y2 (en) | Reaping conveyor device for the reaping section of a combine harvester | |
JPS6040108Y2 (en) | Combine harvester handling depth adjustment device | |
JP3292465B2 (en) | Combine | |
JPS6036027Y2 (en) | Grain culm conveyor in combine harvester | |
JP2535077Y2 (en) | Combine | |
JP3133980B2 (en) | Combine | |
JPS5851714Y2 (en) | Combine harvester handling depth adjustment device | |
JPS6036025Y2 (en) | Grain culm conveying device in combine harvester | |
JPS58224610A (en) | Reamer of combine | |
JP3283858B2 (en) | Combine | |
JPS6014352Y2 (en) | Grain culm conveyor in front of combine harvester | |
JPS6211380Y2 (en) | ||
JP2922159B2 (en) | Combine | |
JPS585449Y2 (en) | Reaped stem culm supply conveyance device |