JP4510962B2 - Combine - Google Patents

Combine Download PDF

Info

Publication number
JP4510962B2
JP4510962B2 JP30485599A JP30485599A JP4510962B2 JP 4510962 B2 JP4510962 B2 JP 4510962B2 JP 30485599 A JP30485599 A JP 30485599A JP 30485599 A JP30485599 A JP 30485599A JP 4510962 B2 JP4510962 B2 JP 4510962B2
Authority
JP
Japan
Prior art keywords
auger
discharge
discharge port
motor
rotation
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 - Fee Related
Application number
JP30485599A
Other languages
Japanese (ja)
Other versions
JP2001120050A5 (en
JP2001120050A (en
Inventor
康一 梶原
仁 佐村木
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Yanmar Co Ltd
Original Assignee
Yanmar Co Ltd
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
Application filed by Yanmar Co Ltd filed Critical Yanmar Co Ltd
Priority to JP30485599A priority Critical patent/JP4510962B2/en
Publication of JP2001120050A publication Critical patent/JP2001120050A/en
Publication of JP2001120050A5 publication Critical patent/JP2001120050A5/ja
Application granted granted Critical
Publication of JP4510962B2 publication Critical patent/JP4510962B2/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

Links

Images

Landscapes

  • Threshing Machine Elements (AREA)

Description

【0001】
【発明の属する技術分野】
本発明は脱穀部で脱穀及び選別処理された穀物を穀物タンクに貯留すると共に、穀物タンク内の穀物を排出オーガによって外部に取出すコンバインに関する。
【0002】
【発明が解決しようとする課題】
従来、排出オーガの先端に設ける排出口は固定構造のため、排出位置を変更したい場合には機体の移動や、排出オーガの旋回及び上下動に頼るしか方法はない。そのため、排出口を前後方向に移動調節したい場合には排出オーガの上下動或いは機体の移動の2通りの方法が行われているが、排出オーガの上下動で動かす排出口の前後移動量は僅かであり、また機体を動かすにはその都度排出オーガの駆動を一時停止させる必要があるなどの作業の悪さがある。
【0003】
【課題を解決するための手段】
したがって、本発明は、穀物タンク内の穀物を取出す排出オーガを穀物タンク上方に旋回自在に備えたコンバインにおいて、排出オーガの先端には、筒状の排出口を回動自在に連結させ、排出オーガのオーガ筒より排出オーガの螺旋部先端部を前方に突出させると共に、前記排出口は、前記オーガ筒の先端下側に設けた横方向の回動支点軸を介して回動自在に前記オーガ筒に取付ける側面視略逆L形状の排出部材を備え、前記オーガ筒の下部外側には、前記回動支点軸を回転自在に支持する筒軸を固定した回動ベース板を固設し、この回動ベース板の左側面には、モータ軸に小径ギヤが取付けられた排出口回動モータが装着されるモータ台を設け、前記回動支点軸には、前記小径ギヤと結合させた固定大径ギヤを設けて、前記排出口回動モータを駆動させることにより前記回動支点軸を回動さて前記排出口を前後方向に回動可能とし、前記排出部は、オーガ筒の先端開口部を臨ませる外周壁を前記回動支点軸を中心とした円弧部に形成すると共に、該円弧部より外側で円弧部に沿う内周面を有する排出口カバーをオーガ筒外側に連結固定させて、前記排出口回動モータと、前記小径ギヤと、前記固定大径ギヤを、記排出部材の左側板び前記排出口カバーの左側板と前記オーガ筒との間に設けたことを特徴とするコンバインを提供せんとするものである。
【0006】
【発明の実施の形態】
以下、本発明の実施例を図面に基づいて詳述する。図1はコンバインの全体側面図、図2は同平面図であり、図中(1)は走行クローラ(2)を装設するトラックフレーム、(3)は前記トラックフレーム(1)に架設する機台、(4)はフィードチェン(5)を左側に張架し扱胴(6)及び処理胴(7)を内蔵している脱穀部、(8)は刈刃(9)及び穀稈搬送機構(10)などを備える刈取部、(11)は排藁チェン(12)終端を臨ませる排藁処理部、(13)は脱穀部(4)からの穀粒を揚穀筒(14)を介して搬入する穀物タンク、(15)は前記タンク(13)内の穀粒を機外に搬出する排出オーガ、(16)は運転操作部(17)及び運転席(18)を備える運転キャビン、(19)は運転キャビン(16)下方に設けるエンジンであり、連続的に穀稈を刈取って脱穀するように構成している。
【0007】
図3に示す如く、前記揚穀筒(14)の揚穀コンベア(20)下端を中継コンベア(21)を介し脱穀部(4)の1番コンベア(22)に連動連結させて、脱穀部(4)で脱穀された穀粒を揚穀コンベア(20)を介し穀物タンク(13)内に投入して貯留する一方、前記穀物タンク(13)底部に設ける前後方向の底部横送りオーガ(23)によって穀物タンク(13)内底部の穀粒を後部に横送りし縦送りオーガ(24)に受継いでタンク(13)上方位置まで搬送した後、上部排出オーガ(15)に受継いで先端の排出口(25)より機外に穀物を取出すように構成している。
【0008】
なお、(26)は各オーガ(15)(23)(24)の駆動及び駆動停止を行うオーガクラッチである。
【0009】
図4に示す如く、前記上部排出オーガは後部を中心として水平方向に旋回自在に設けるもので、前記排出オーガ(15)の後側基部を中心に前側先端部を昇降させる油圧昇降シリンダ(27)を設け、前記縦送りオーガ(24)上端部に排出オーガ(15)基部を水平軸芯回りに上下回動自在に連結させると共に、縦送りオーガ(24)の上半分を1対のギヤ(28)(29)を介し軸芯回りに回転させる電動旋回モータ(30)を設け、縦送りオーガ(24)の略垂直な軸芯回りに縦送りオーガ(24)上半分及び排出オーガ(15)を一体回転させるもので、前記昇降シリンダ(27)制御によって排出オーガ(15)先端の排出口(25)を昇降させると共に、前記旋回モータ(30)制御によって排出オーガ(15)先端の排出口(25)を左右に旋回させるように構成している。
【0010】
さらに、前記モータ(30)上面に固設するセンサブラケット(31)にポテンショメータ型オーガ位置センサ(32)を取付け、該センサ(32)の検出軸(33)を小径ギヤ(28)に取外し自在に連結させて、前記排出オーガ(15)の旋回位置(旋回角度)を位置センサ(32)で検出するように構成している。
【0011】
図5乃至図9に示す如く、前記排出口(25)は、排出オーガ(15)のオーガ筒(34)先端下側に横方向の回動支点軸(35)を介して回動自在に取付ける側面視略逆L形状の排出部材(36)と、排出部材(36)の先端外周にボルト(37)を介し取外し自在に固定する断面略4角形状で縦長の筒部である排出筒(38)とを備え、図9に示す如く排出筒(38)は1枚のゴム板を4角筒状に折曲げて両端の重合部をビス或いはリベットなど締結部材(39)によって固着させ、排出部材(36)先端の左右外側と排出筒(38)の左右内側との間に側面視U字形の左右1組のバネ鋼(丸棒、ピアノ線)製などの鋼線体(40)上端をボルト(37)を介し固定させ、鋼線体(40)の下端を排出筒(38)の下端に略一致させる長さに鋼線体(40)の上下長さを形成して、可撓性排出筒(38)の筒形状保持を図ると共に、トラック荷台などに排出筒(38)が当接した場合にも排出筒(38)が破損するなどの事故を防止するように構成している。
【0012】
前記オーガ筒(34)の先端外周上面に軸受部材(41)を取外し自在に固設させ、排出オーガ(15)のオーガ軸(15a)先端を軸受部材(41)に回転自在に支持させると共に、軸受部材(41)より基端側のオーガ筒(34)下部外側に回動ベース板(42)を固設させ、前記支点軸(35)を回転自在に支持する筒軸(43)をベース板(42)下面にボルト(44)を介し取外し自在に固定させている。
【0013】
また、回動駆動部材である排出口回動モータ(45)を取付けるモータ台(46)を前記ベース板(42)の左側面にボルト(47)を介し取外し自在に固定させると共に、モータ(45)のモータ軸(48)に取付ける小径ギヤ(49)を前記支点軸(35)の固定大径ギヤ(50)に結合させ、支点軸(35)の左右両端に固設する左右枢着板(51)を前記排出部材(36)の左右内側面にボルト(52)を介し取外し自在に固定させて、回動モータ(45)の駆動で支点軸(35)を回動させるとき支点軸(35)と一体に排出部材(36)及び排出筒(38)もオーガ軸(15a)の軸芯方向となる前後方向に回動させるように構成している。
【0014】
さらに、前記排出部材(36)は、オーガ筒(34)の先端開口部を臨ませる外周壁を前記支点軸(35)を中心とした円弧部(36a)に形成すると共に、該円弧部(36a)より一定寸法外側で円弧部(36a)に沿う内周面(53a)を有する排出口カバー(53)をオーガ筒(34)外側に連結固定させて、オーガ筒(34)に近接してオーガ筒(34)と略平行に折畳む排出口(25)の収納状態のとき、円弧部(36a)より開放されるオーガ筒(34)の先端上方域をカバー(53)で覆って、排出口(25)に塵埃や雨水などが侵入するのを防止するように構成している。
【0015】
また、前記支点軸(35)に連結するポテンショメータ型排出口位置センサ(54)をセンサブラケット(55)を介し排出口カバー(53)に取付けて、オーガ筒(34)と排出口(25)との相対角変化を検出するように構成している。
【0016】
さらに、前記排出口(25)を回動する回動機構である回動モータ(45)及びギヤ(49)(50)は、オーガ筒(34)と排出部材(36)及び排出口カバー(53)の左側板間に配設され、回動モータ(45)の長手方向をオーガ(15)の軸芯方向に一致させて、排出口カバー(53)の左側板で常にモータ(45)を覆って保護すると共に、ギヤ(49)(50)を側面視で排出部材(36)の左側板の外観線より常に内側に位置させて、ギヤ(49)(50)の露出を防止しギヤ(49)(50)を保護するように構成している。
【0017】
そして前記回動モータ(45)の駆動制御によって、図5に示す如く排出口(25)を回動角(θ)が0の水平収納状態より90゜〜180゜の最大回動角(θ1)の間の回動範囲で回動させて、排出口(25)の先端投口(25a)を常に水平より下方向に臨ませ、穀物のスムーズな排出を促進させるもので、また排出オーガ(15)の昇降でオーガ(15)が何れの傾斜角にあるときにも排出口(25)の投口(25a)を常に下方向に臨ませる制御も可能とさせて、穀物タンク(13)からの良好な穀物の取出しを行うように構成している。
【0018】
また図11に示す如く、排出口(25)の最大回動角(θ1)位置までの最大回動時には、オーガ筒(34)先端及び排出口(25)の基端穀物受部となる排出部材(36)先端側の後部受面(36b)より排出オーガ(15)の螺旋部(15b)先端をそれぞれ寸法(t1)(t2)(t1<t2)前方に突出させて、排出オーガ(15)によって送られる穀物がオーガ筒(34)内に堆積するのを解消させ、スムーズな排出を促進させて穀物の詰まり事故を防止すると共に、排出部材(36)との間の隙間などからの穀物洩れやオーガ筒(34)と排出部材(36)間の詰まりなども防止して穀物の良好な排出を促進させるように構成している。
【0019】
図9に示す如く、前記排出部材(36)の左外側面で支点軸(35)の近傍位置に遠隔操作装置である遠隔操作ボックス(56)を設けると共に、排出オーガ(15)を昇降及び旋回操作するクロス形オーガ操作レバー(57)と、前記オーガクラッチ(26)の入切を行うオーガクラッチ操作部材(58)と、機体外側の排出セット位置まで旋回した排出オーガ(15)を自動で元のオーガレスト(59)位置まで戻す自動収納操作部材であるオートリターンスイッチ(60)と、排出口(25)を排出セット位置或いは収納位置に回動操作する排出口回動操作部材(61)とを前記ボックス(56)に設けて、トラック荷台など運転席(18)より離れた排出作業位置でこれら操作レバー(57)・操作部材(58)(61)・スイッチ(60)を操作して排出オーガ(15)の旋回や排出口(25)の回動を行うように構成している。なお図10に示す如く、前記操作ボックス(56)を排出口(25)後位置の排出オーガ(15)のオーガ筒(34)の左外側面に直接的に設ける構成でも良く、この場合排出口(25)の回動位置に関係なく、常に排出オーガ(15)の一定位置で操作ボックス(56)の操作を行って、この操作性を向上させることができる。
【0020】
また図2、図12に示す如く、運転席(18)近傍のオーガ操作パネル(62)にも、前述同様のオーガ操作レバー(57)と、オーガクラッチ操作部材(58)と、オートリターンスイッチ(60)と、排出口回動操作部材(61)とを設けると共に、前記排出オーガ(15)を自動でオーガレスト(59)の収納位置から機体外側の排出セット位置まで旋回するオートセットスイッチ(63)と、この排出セット位置を任意に設定するポテンショメータ型のオートセット設定ボリウム(64)と、前記排出口(25)の排出セット位置を任意に設定するポテンショメータ型の排出口セットボリウム(65)とを設けて、運転席(18)で排出オーガ(15)の各種操作を行うように構成している。
【0021】
そして図12に示す如く、前記操作レバー(57)の昇降操作を検出するオーガ上昇及び下降スイッチ(66)(67)と、前記操作レバー(57)の旋回操作を検出するオーガ左及び右旋回スイッチ(68)(69)と、前記オーガクラッチ操作部材(58)の入切操作を検出するオーガクラッチ入及び切スイッチ(70)(71)と、オートリターンスイッチ(60)と、排出口回動操作部材(61)のセット及び収納操作を検出する排出口セット及び収納スイッチ(72)(73)と、オートセットスイッチ(63)と、オートセット設定ボリウム(64)と、排出口セットボリウム(65)と、オーガ位置センサ(32)と、排出口位置センサ(54)とをコントローラ(74)に接続させると共に、前記昇降シリンダ(27)を作動する電磁昇降バルブ(75)と、オーガ旋回モータ(30)と、前記オーガクラッチ(26)を入切駆動するオーガクラッチモータ(76)と、排出口回動モータ(45)とにコントローラ(74)を接続させて、排出オーガ(15)の自動及び手動による旋回や排出口(25)の自動及び手動による回動などを行うように構成している。
【0022】
図14に示す如く、上部排出オーガ(15)の旋回範囲を270゜に設定したもので、オーガレスト(59)の収納位置を旋回角度0゜とし、最大旋回位置である排出セット位置を旋回角度270゜とし、排出口(25)が機体上方に位置する排出不可能域と、左側及び後側及び右側の各排出域によって上部排出オーガ(15)の旋回範囲を形成すると共に、収納位置或いはセット位置に上部排出オーガ(18)が旋回移行するとき、高速旋回する定速動作域から減速動作域及び遅速動作域に移動して2段階に旋回速度が減速され、上部排出オーガ(15)の旋回慣性力を段階的に小さくして旋回動作を停止させるように構成している。
【0023】
さらに、図13のフローチャートに示す如く、オートリターンスイッチ(60)が操作されることにより、オーガ位置センサ(32)出力が収納位置ではないとき、昇降シリンダ(27)及び旋回モータ(30)を自動制御して前記オーガ(15)をオーガレスト(59)に支持させる収納動作を自動的に行わせ、この自動収納のとき並びに前記オーガ(18)が収納位置のときはオーガクラッチ(26)が入操作されても切動作されて切保持されると共に、前記の手動操作が行われていない場合でオートセットスイッチ(63)が操作されることにより、オートセット設定ボリウム(64)とオーガ位置センサ(32)の出力に差があり、オーガ位置センサ(32)出力がセット位置に到達していないとき、昇降シリンダ(27)及び旋回モータ(30)を自動制御し、オートセット設定ボリウム(64)のセット位置に前記オーガ(15)を移行させるセット動作を自動的に行わせ、また前記オーガ(15)がセット位置のとき、オーガクラッチ入切スイッチ(70)(71)によりオーガクラッチ(26)の入動作または切動作を行わせるもので、前記の自動収納動作及び自動セット動作時、前記オーガ(15)が収納位置或いはセット位置に対して所定以上離れているときは定速動作域として連続動作によって高速で旋回モータ(30)を作動させ、また前記オーガ(15)が収納位置或いはセット位置に接近したときは減速動作域及び遅速動作域としてパルス動作によって段階的に減速して旋回モータ(30)を作動させる。
【0024】
また、運転席(18)近傍の操作パネル(62)の操作レバー(57)で各スイッチ(66)〜(69)の手動操作が行われたとき、前記の自動収納及びセット動作が中止され、オーガ位置センサ(32)が収納位置或いはセット位置に到達していないとき、図14の定速及び減速及び遅速の各動作域の速度で旋回モータ(30)を作動させ、定速動作域において各スイッチ(68)(69)がオフになるまで連続動作によって高速で旋回モータ(30)を作動させる高速手動動作が行われると共に、前記オーガ(15)が収納位置のときはオーガクラッチ(26)が入操作されても切動作されて切保持される一方、前記高速手動動作が行われたとき或いはセット位置のとき、オーガクラッチ操作部材(58)によるオーガクラッチ入切スイッチ(70)(71)のオン・オフによりオーガクラッチ(29)の入動作または切動作が行われる。
【0025】
また、上部排出オーガ(18)先端の操作ボックス(56)の操作レバー(57)で各スイッチ(67)〜(69)の手動操作が行われた場合、オーガ位置センサ(32)が収納位置或いはセット位置に到達していないとき、操作パネル(62)側のスイッチ(66)〜(69)の逆操作によって制御が中止される以外は、図14の遅速動作域と同一のパルス動作によって旋回モータ(30)の低速手動動作が行われると共に、前記オーガ(15)が収納位置のときはオーガクラッチ(26)が入操作されても切動作されて切保持される一方、前記低速手動動作が行われたとき或いはセット位置のとき、オーガクラッチ入切スイッチ(70)(71)手動操作によりオーガクラッチ(26)の入動作または切動作が行われる。
【0026】
一方、オートセットスイッチ(63)或いはオートリターンスイッチ(60)が操作されていない状態で、排出口回動操作部材(61)によって排出口セット或いは収納スイッチ(72)(73)が手動操作されたときには、前記回動モータ(45)により排出口(25)を手動回動させて排出口(25)の手動セット或いは収納動作が行われ、またオートセットスイッチ(63)或いはオートリターンスイッチ(60)の操作によって排出オーガ(15)が最大角(最上昇位置)まで上昇して旋回するセット動作中にあっては、排出オーガ(15)が最大角まで上昇したとき、排出口設定ボリウム(65)のセット位置或いは収納位置に排出口(25)を移行させる自動セット或いは収納動作が行われて、排出オーガ(15)の自動セット或いは収納作業時には排出口(25)の自動セット或いは収納作業も一連に同時に行われる。また、前記排出口(25)の自動及び手動による収納時にもオーガクラッチ(26)の入動作中にあっては自動的に切動作されて、オーガクラッチ(26)は切保持されるものである。
【0027】
上記からも明らかなように、穀物タンク(13)内の穀物を取出す排出オーガ(15)を穀物タンク(13)上方に水平方向に旋回自在に備えたコンバインにおいて、排出オーガ(15)先端の軸芯方向に回動自在に排出口(25)を連結させることによって、従来の如く機体を動かすことなく排出口(25)の前後方向の回動によって、排出作業中は排出オーガ(15)を停止させることなく穀物を前後方向に均一に排出してトラック荷台やコンテナなどに対する良好な穀物の貯留が行えるもので、排出オーガ(15)の旋回及び昇降動作も併用させることにより広範囲に穀物を良好に排出可能とさせることができる。
【0028】
また、排出オーガ(15)のオーガ筒(34)先端下側に排出口(25)の回動支点軸(35)を配設したことによって、回動支点軸(35)を邪魔とさせることのない排出オーガ(15)及び排出口(25)による良好な穀物の排出が行えると共に、排出口(25)の収納時には排出オーガ(15)の下側に沿って2つ折り状態に排出口(25)をコンパクトに収納することができる。
【0029】
さらに、排出口(25)の回動支点軸(35)に回動モータ(45)を連結させて、該回動モータ(45)によって排出口(25)の回動を行うことによって、排出口(25)のセット位置或いは収納位置までの回動や位置調節をモータの駆動制御によって容易且つ正確に可能とさせると共に、排出オーガ(15)の昇降及び旋回にも簡単に連係させて排出オーガ(15)と排出口(25)の一連の自動セット或いは収納の制御を容易に可能とさせることができる。
【0030】
また、排出オーガ(15)先端の軸芯方向に筒状の排出口(25)を回動自在に連結させると共に、排出オーガ(15)の最大旋回時に排出オーガ(15)のオーガ筒(34)及び排出口(25)の基端穀物受面(36a)より排出オーガ(15)の螺旋部(15b)先端部を前方に突出させたことによって、排出オーガ(15)の螺旋部(15b)をオーガ筒(34)より前方に臨ませて、排出オーガ(15)によって送られる籾など穀物がオーガ筒(34)内に堆積するのを解消させ、スムーズな排出を促進させて詰まりを防止すると共に、排出口(25)との間の穀物洩れや詰まりなども防止して常に良好な穀物排出を行うことができるものである。
【0031】
また、排出口(25)の筒部(38)をゴム材で形成すると共に、ゴム製筒部(38)内側に線体(40)を配設したことによって、排出口(25)を容易に加工形成すると共に、穀物を投入するトラック荷台やコンテナなどへ排出口(25)先端を当接させた場合にも破損させるなどの不都合もなく、また作業者などに当接させた場合にも支障なく、常に線体(40)で排出口(25)を適正形状に保って穀物の良好な排出を行うことができる。
【0032】
また、排出オーガ(15)の先端に排出口(25)を回動自在に連結させると共に、排出口(25)の回動位置を検出する排出口位置センサ(54)を設けたことによって、排出口(25)を回動制御する回動モータ(45)と位置センサ(54)との組合せで、排出口(25)のセット位置までの自動セット及び収納位置までの自動収納が容易に可能となると共に、誤操作などで排出口(25)が所定以上に回動するような場合にも位置センサ(54)で迅速且つ確実に検出して、破損などの不具合を未然に防止することができる。
【0033】
さらに、排出口(25)の先端投口(25a)を常に水平より下方向に臨ませるように位置センサで回動量を規制することによって、下端投口(25a)を水平とさせる排出口(25)の収納位置より一定の作業回動範囲(θ1)内にあっては、投口(25a)を常に下方向に臨ませる状態とさせて、穀物のスムーズな排出を促進させることができる。
【0034】
またさらに、排出口(25)の回動収納時には排出オーガ(15)の駆動を自動停止させることによって、排出口(25)の収納時或いは収納中に穀物を排出する不都合を解消させて、穀物詰まりなどの事故を未然に防止することができる。
【0035】
また、排出オーガ(15)の先端に排出口(25)を回動自在に連結させ、排出オーガ(15)の旋回や排出口(25)の回動などの動作を行う遠隔操作装置(56)を、排出口(25)の回動支点近傍に一体的に設けたことによって、例えばトラック荷台上で作業者が穀物の溜まり具合を見ながら排出オーガ(15)の旋回及び昇降操作や排出口(25)の回動操作を行って穀物を均一且つ効率良好に排出させるもので、排出口(25)が何れの位置に回動しても充分に作業者の手が届いて操作装置(56)を適確に操作可能とさせることができる。
【0036】
さらに、排出オーガ(15)と排出口(25)とを一連にセット位置から収納位置に操作する操作部材(60)を操作装置(56)に設けたことによって、本機より離れた例えばトラック荷台上よりの排出オーガ(15)と排出口(25)の収納作業を容易且つ確実に行わせて、排出オーガ(15)及び排出口(25)の収納操作の簡略化と作業能率の向上化を図ることができる。
【0037】
また、排出オーガ(15)の先端に排出口(25)を回動自在に連結させ、排出オーガ(15)を機体外側のセット位置まで自動旋回時には、排出口(25)も所定のセット位置まで自動回動させることによって、排出オーガ(15)をセット位置とさせたときには排出口(25)も常にセット位置とさせて、排出口(25)のセットし忘れによる穀物詰まりを防止すると共に、排出口(25)をその都度セット操作する手間の煩わしさを解消させて、操作の簡略化と作業性の向上を図ることができる。
【0038】
さらに、排出オーガ(15)を機体内側の収納位置まで自動旋回時には、排出口(25)も所定の収納位置まで自動回動させることによって、排出オーガ(15)収納時における排出口(25)のしまい忘れを防止すると共に、排出口(25)をその都度収納操作する手間の煩わしさを解消させることができる。
【0039】
さらに、排出オーガ(15)の自動旋回作業中における排出オーガ(15)の最大上昇時に、排出口(25)を自動回動させることによって、排出口(25)の自動セット或いは収納作業中に排出口(25)が機体やトラック荷台などに接触して損傷するなどの事故を防止して、排出口(25)の良好なセット或いは収納作業を可能とさせることができる。
【0040】
図15乃至図18に示すものは、排出口回動モータ(45)を排出部材(36)の左右側板(36c)間で左右方向に水平長手状に配設したもので、前記オーガ筒(34)の下面に固設するベース板(42)に、排出部材(36)に連結固定する支点軸(35)を筒軸(43)を介し回動自在に取付けると共に、前記モータ(45)を下側に固設するモータ台(46)をベース板(42)下面にボルト(47)を介し取外し自在に固定させ、支点軸(35)の左端側に固設する大径のベベルギヤ(77)を前記モータ(45)のモータ軸(48)に取付ける小径のベベルギヤ(78)に結合させて、前実施例同様回動モータ(45)の駆動で支点軸(35)を回動させるとき、支点軸(35)と一体に排出口(25)も前後方向に回動させるように構成したものである。また、この構成の場合オーガ筒(34)下方でオーガ軸(15a)を中心として左右バランス良好に回動モータ(45)を配設してコンパクトな構造とすると共に、前実施例の如くオーガ筒(34)を中心とした左右一側下方で前後方向に水平長手状にモータ(45)を配設する構造に比べ、排出部材(36)の左右側板(36)間巾を縮めて、排出口(25)を左右巾の小さな小形軽量のものに形成できる。
【0041】
図19、図20は排出口(25)をオーガ軸(15a)の軸芯回りに回動自在に設ける構成を示すもので、基端側のオーガ筒(34)とは分離させて排出口(25)の後端に連結させる口筒(79)と、該口筒(79)外周に連結固定させる大径ギヤ(80)と、オーガ筒(34)先端のオーガフランジ部(81)の外周前後面を回転自在に大径ギヤ(80)とで挾み込む挾持板(82)と、挾持板(82)をカラーを介し大径ギヤ(80)に一定間隔を有して取出し自在に固定する取付ボルト(83)と、オーガ筒(34)の固定ブラケット(84)に固設する回動モータ(85)と、回動モータ(85)のモータ軸(86)先端に固設して前記大径ギヤ(80)に結合させる小径ギヤ(87)とを備え、前記モータ(85)の駆動によって小径ギヤ(87)を回転させるとき、小径ギヤ(87)に結合させる大径ギヤ(80)と一体に排出口(25)をオーガ軸(15a)を中心として左右方向に回動させるように構成したものである。この場合、排出口(25)の前後位置を保ったまま排出口(25)のみを左右方向に動かして、排出オーガ(15)を中心として左右方向に排出口(25)からの穀物を均一に排出させることができる。
【0042】
【発明の効果】
以上実施例から明らかなように本発明は、穀物タンク内の穀物を取出す排出オーガを穀物タンク上方に旋回自在に備えたコンバインにおいて、排出オーガの先端には、筒状の排出口を回動自在に連結させ、排出オーガのオーガ筒より排出オーガの螺旋部先端部を前方に突出させると共に、前記排出口は、前記オーガ筒の先端下側に設けた横方向の回動支点軸を介して回動自在に前記オーガ筒に取付ける側面視略逆L形状の排出部材を備え、前記オーガ筒の下部外側には、前記回動支点軸を回転自在に支持する筒軸を固定した回動ベース板を固設し、この回動ベース板の左側面には、モータ軸に小径ギヤが取付けられた排出口回動モータが装着されるモータ台を設け、前記回動支点軸には、前記小径ギヤと結合させた固定大径ギヤを設けて、前記排出口回動モータを駆動させることにより前記回動支点軸を回動さて前記排出口を前後方向に回動可能とし、前記排出部は、オーガ筒の先端開口部を臨ませる外周壁を前記回動支点軸を中心とした円弧部に形成すると共に、該円弧部より外側で円弧部に沿う内周面を有する排出口カバーをオーガ筒外側に連結固定させて、前記排出口回動モータと、前記小径ギヤと、前記固定大径ギヤを、記排出部材の左側板び前記排出口カバーの左側板と前記オーガ筒との間に設けたものであるから、排出オーガの螺旋部をオーガ筒より前方に臨ませて、排出オーガによって送られる籾など穀物がオーガ筒内に堆積するのを解消させ、スムーズな排出を促進させて詰まりを防止すると共に、排出口との間の穀物洩れや詰まりなども防止して常に良好な穀物排出を行うことができ、しかも、常に排出口回動モータと、小径ギヤと、固定大径ギヤとを排出口カバーと排出部材とで覆って保護することができるものである。
【図面の簡単な説明】
【図1】コンバインの全体側面図。
【図2】コンバインの全体平面図。
【図3】穀物タンク部の平面説明図。
【図4】縦送りオーガ部の説明図。
【図5】排出口の側面説明図。
【図6】排出口回動部の側面説明図。
【図7】排出口回動部の正面説明図。
【図8】排出口回動部の平面説明図。
【図9】遠隔操作ボックス部の側面説明図。
【図10】遠隔操作ボックス部の他の取付構造の説明図。
【図11】排出口の最大角回動説明図。
【図12】オーガ制御回路図。
【図13】フローチャート。
【図14】旋回位置センサ出力線図。
【図15】オーガ旋回モータの他の設置構造における排出口側面説明図。
【図16】オーガ旋回モータの他の設置構造における排出口側面説明図。
【図17】オーガ旋回モータの他の設置構造における排出口正面説明図。
【図18】オーガ旋回モータの他の設置構造における排出口平面説明図。
【図19】排出口の他の回動構造における側面説明図。
【図20】排出口の他の回動構造における正面説明図。
【符号の説明】
(13) 穀物タンク
(15) 排出オーガ
(15b) 螺旋部
(25) 排出口
(34) オーガ筒
(36a) 穀物受面(穀物受部)
(38) 筒部
(40) 線体
[0001]
BACKGROUND OF THE INVENTION
  The present invention relates to a combine that stores grain that has been threshed and sorted in a threshing section in a grain tank, and that takes out the grain in the grain tank to the outside by a discharge auger.
[0002]
[Problems to be solved by the invention]
  Conventionally, the discharge port provided at the tip of the discharge auger has a fixed structure. Therefore, in order to change the discharge position, there is no other way but to rely on the movement of the machine body, the turning of the discharge auger and the vertical movement. Therefore, when it is desired to adjust the movement of the discharge port in the front-rear direction, there are two methods of moving the discharge auger up and down or moving the machine body. In addition, in order to move the airframe, it is necessary to temporarily stop driving the discharge auger each time.
[0003]
[Means for Solving the Problems]
  Therefore, the present invention provides a combiner provided with a discharge auger for picking up grains in a grain tank so as to be pivotable above the grain tank. The auger tube has a spiral tip end protruding forward from the auger tube, and the discharge port is rotatable through a lateral rotation fulcrum shaft provided below the tip of the auger tube. A rotating base plate having a cylindrical shaft fixed to a rotating shaft that rotatably supports the rotating fulcrum shaft is fixed to the outer side of the lower portion of the auger tube. A motor base on which a discharge port rotation motor having a small-diameter gear mounted on a motor shaft is provided on the left side surface of the moving base plate, and a fixed large diameter coupled to the small-diameter gear is provided on the rotation fulcrum shaft. A gear is provided to move the discharge port rotation mode. Rotation of the rotational fulcrum shaft by driving theSetThe discharge port can be rotated in the front-rear direction,The discharge portion has an outer peripheral wall that faces the tip opening of the auger tube as an arc portion centered on the rotation fulcrum shaft, and has an inner peripheral surface along the arc portion outside the arc portion. Connect and fix the cover to the outside of the auger tube,The discharge port rotation motor, the small diameter gear, and the fixed large diameter gear,in frontLeft side plate of discharge memberAndAnd the left side plate of the outlet cover,It is intended to provide a combine that is provided between the auger tube.
[0006]
DETAILED DESCRIPTION OF THE INVENTION
  Embodiments of the present invention will be described below in detail with reference to the drawings. FIG. 1 is an overall side view of a combine, FIG. 2 is a plan view thereof, in which (1) is a track frame for mounting a traveling crawler (2), and (3) is a machine installed on the track frame (1). Pedestal, (4) is a threshing section that stretches the feed chain (5) on the left side and incorporates a handling cylinder (6) and a processing cylinder (7), (8) is a cutting blade (9) and a culm feeding mechanism (10) A mowing unit provided with (10) etc., (11) is a slaughter processing unit (12) facing the end of the sewage chain (12), (13) is a grain from the threshing unit (4) via the milling cylinder (14) (15) is a discharge auger for carrying out the grains in the tank (13) to the outside of the machine, (16) is a driving cabin provided with a driving operation part (17) and a driver seat (18), 19) is an engine provided below the driving cabin (16), which continuously cuts cereal and threshes. It is configured.
[0007]
  As shown in FIG. 3, the lower end of the cereal conveyor (20) of the cereal cylinder (14) is linked to the first conveyor (22) of the threshing part (4) via the relay conveyor (21), and the threshing part ( While the grain threshed in 4) is put into the grain tank (13) via the cereal conveyor (20) and stored, the bottom transverse auger (23) in the front-rear direction provided at the bottom of the grain tank (13) The grain at the inner bottom of the grain tank (13) is laterally fed to the rear, transferred to the vertical feed auger (24) and transported to the upper position of the tank (13), and then transferred to the upper discharge auger (15). The grain is taken out from the machine through the discharge port (25).
[0008]
  Reference numeral (26) denotes an auger clutch that drives and stops the augers (15), (23), and (24).
[0009]
  As shown in FIG. 4, the upper discharge auger is provided so as to be pivotable in the horizontal direction around the rear portion, and is a hydraulic lifting cylinder (27) for raising and lowering the front end portion around the rear base portion of the discharge auger (15). A discharge auger (15) base is connected to the upper end of the vertical feed auger (24) so as to be rotatable up and down around a horizontal axis, and the upper half of the vertical feed auger (24) is connected to a pair of gears (28 ) (29) to provide an electric turning motor (30) that rotates around the axis, and the upper half of the vertical auger (24) and the discharge auger (15) around the substantially vertical axis of the vertical auger (24). The discharge port (25) at the tip of the discharge auger (15) is moved up and down by the control of the lift cylinder (27), and the discharge port (at the tip of the discharge auger (15) is controlled by the swing motor (30). It is configured to swirl 5) to the left and right.
[0010]
  Further, a potentiometer type auger position sensor (32) is attached to a sensor bracket (31) fixed on the upper surface of the motor (30), and a detection shaft (33) of the sensor (32) is detachably attached to a small diameter gear (28). By connecting, the turning position (turning angle) of the discharge auger (15) is detected by the position sensor (32).
[0011]
  As shown in FIGS. 5 to 9, the discharge port (25) is rotatably attached to the lower side of the tip of the auger tube (34) of the discharge auger (15) via a horizontal rotation fulcrum shaft (35). A discharge member (36) having a substantially inverted L shape when viewed from the side, and a discharge tube (38) having a substantially rectangular cross section and a vertically long tube portion fixed to the outer periphery of the distal end of the discharge member (36) via a bolt (37). As shown in FIG. 9, the discharge cylinder (38) is formed by bending one rubber plate into a quadrangular cylinder and fixing the overlapping portions at both ends with fastening members (39) such as screws or rivets. (36) A pair of left and right steel wire bodies (40) made of spring steel (round bar, piano wire) having a U shape in side view between the left and right outer sides of the tip and the left and right inner sides of the discharge tube (38) are bolted. (37) is fixed, and the lower end of the steel wire body (40) is substantially aligned with the lower end of the discharge tube (38). The upper and lower lengths of the steel wire body (40) are formed to keep the flexible discharge cylinder (38) in a cylindrical shape, and also when the discharge cylinder (38) comes into contact with a truck bed etc. (38) is configured to prevent accidents such as damage.
[0012]
  The bearing member (41) is detachably fixed to the upper surface of the outer periphery of the tip of the auger tube (34), the tip of the auger shaft (15a) of the discharge auger (15) is rotatably supported by the bearing member (41), A rotating base plate (42) is fixed to the lower outer side of the auger tube (34) on the base end side from the bearing member (41), and the tube shaft (43) for rotatably supporting the fulcrum shaft (35) is used as the base plate. (42) Removably fixed to the lower surface via bolts (44).
[0013]
  In addition, a motor base (46) for mounting a discharge port rotation motor (45), which is a rotation drive member, is detachably fixed to the left side surface of the base plate (42) via a bolt (47), and the motor (45 The left and right pivot plates (49) are coupled to the fixed large diameter gear (50) of the fulcrum shaft (35) and fixed to the left and right ends of the fulcrum shaft (35). 51) is detachably fixed to the left and right inner surfaces of the discharge member (36) via bolts (52), and the fulcrum shaft (35) is rotated by driving the rotation motor (45). ) And the discharge member (36) and the discharge tube (38) are also configured to rotate in the front-rear direction, which is the axial direction of the auger shaft (15a).
[0014]
  Further, the discharge member (36) forms an outer peripheral wall facing the tip opening of the auger tube (34) in an arc portion (36a) centered on the fulcrum shaft (35), and the arc portion (36a). ) A discharge port cover (53) having an inner peripheral surface (53a) along the arc portion (36a) outside the fixed dimension is connected and fixed to the auger tube (34) outside, and the auger tube (34) is close to the auger tube (34). When the discharge port (25) that is folded substantially parallel to the tube (34) is stored, the upper end region of the auger tube (34) that is opened from the arc portion (36a) is covered with a cover (53), and the discharge port (25) is configured to prevent dust, rainwater, and the like from entering.
[0015]
  A potentiometer type outlet position sensor (54) connected to the fulcrum shaft (35) is attached to the outlet cover (53) via the sensor bracket (55), and the auger tube (34), the outlet (25), The relative angle change is detected.
[0016]
  Further, the rotation motor (45) and the gears (49) and (50) which are rotation mechanisms for rotating the discharge port (25) include an auger tube (34), a discharge member (36) and a discharge port cover (53). ), And the motor (45) is always covered with the left side plate of the outlet cover (53) with the longitudinal direction of the rotation motor (45) aligned with the axial direction of the auger (15). The gears (49) and (50) are always positioned inside the external line of the left side plate of the discharge member (36) in a side view to prevent the gears (49) and (50) from being exposed. ) (50) is configured to be protected.
[0017]
  Then, by the drive control of the rotation motor (45), the maximum rotation angle (θ1) of 90 ° to 180 ° from the horizontal storage state where the rotation angle (θ) of the discharge port (25) is 0 as shown in FIG. Is rotated in a rotation range between the two, and the tip outlet (25a) of the discharge port (25) is always faced downward from the horizontal to promote smooth discharge of the grain. The discharge auger (15 When the auger (15) is at any inclination angle, it is possible to control the outlet (25a) of the outlet (25) so that it always faces downward, and from the grain tank (13). It is configured to take out good grains.
[0018]
  Further, as shown in FIG. 11, when the maximum rotation angle of the discharge port (25) to the maximum rotation angle (θ1) position, the discharge member serving as the tip end receiving portion of the auger cylinder (34) and the discharge port (25). (36) From the rear receiving surface (36b) at the front end side,Spiral(15b) The tips are projected forward in the dimensions (t1) (t2) (t1 <t2), respectively, so that the grains sent by the discharge auger (15) are prevented from accumulating in the auger cylinder (34), and smooth. Grain is prevented by accelerating the discharge and preventing the clogging accident of the grain, and also preventing the grain leakage from the gap between the discharge member (36) and the clogging between the auger tube (34) and the discharge member (36). It is configured to promote good emissions.
[0019]
  As shown in FIG. 9, a remote control box (56) as a remote control device is provided on the left outer surface of the discharge member (36) in the vicinity of the fulcrum shaft (35), and the discharge auger (15) is moved up and down and swiveled. A cross-type auger operating lever (57) to be operated, an auger clutch operating member (58) for turning on and off the auger clutch (26), and a discharge auger (15) rotated to a discharge set position outside the machine body are automatically restored. An automatic return switch (60) that is an automatic storage operation member that returns the augerest (59) to the position of the auger rest (59), and a discharge port rotation operation member (61) that rotates the discharge port (25) to the discharge set position or the storage position. These operation levers (57), operation members (58), (61), and switches are provided in the box (56) at a discharge work position such as a truck bed and away from the driver's seat (18). 60) by operating the discharge auger (15) of the swivel and the outlet (are configured to perform the rotation of 25). As shown in FIG. 10, the operation box (56) may be provided directly on the left outer surface of the auger tube (34) of the discharge auger (15) at the rear position of the discharge port (25). Regardless of the rotational position of (25), the operability can be improved by always operating the operation box (56) at a fixed position of the discharge auger (15).
[0020]
  2 and 12, the auger operation panel (62) in the vicinity of the driver's seat (18) is also provided with an auger operation lever (57), an auger clutch operation member (58), an auto return switch ( 60) and a discharge port turning operation member (61), and an auto set switch (63) for automatically turning the discharge auger (15) from the storage position of the auger rest (59) to the discharge set position outside the machine body. And a potentiometer type auto set setting volume (64) for arbitrarily setting the discharge set position, and a potentiometer type discharge port setting volume (65) for arbitrarily setting the discharge set position of the discharge port (25). It is configured to perform various operations of the discharge auger (15) at the driver seat (18).
[0021]
  Then, as shown in FIG. 12, an auger up / down switch (66) (67) for detecting the raising / lowering operation of the operating lever (57), and an auger left / right turning for detecting the turning operation of the operating lever (57). Switches (68) (69), an auger clutch on / off switch (70) (71) for detecting on / off operation of the auger clutch operating member (58), an auto return switch (60), and rotation of the discharge port Discharge port set and storage switches (72) (73) for detecting the setting and storage operation of the operation member (61), auto set switch (63), auto set setting volume (64), and discharge port set volume (65 ), An auger position sensor (32) and a discharge port position sensor (54) are connected to the controller (74), and the lifting cylinder (27) is manufactured. A controller (74) for an electromagnetic lift valve (75), an auger turning motor (30), an auger clutch motor (76) for driving the auger clutch (26) on and off, and a discharge port turning motor (45) Are connected to automatically and manually turn the discharge auger (15) and rotate the discharge port (25) automatically and manually.
[0022]
  As shown in FIG. 14, the upper discharge auger (15) has a turning range set to 270 °, the storage position of the auger rest (59) is set to a turning angle of 0 °, and the discharge set position which is the maximum turning position is the turning angle 270. The upper discharge auger (15) is swung by the non-dischargeable area where the discharge port (25) is located above the fuselage and the discharge areas on the left, rear and right sides, and the storage position or set position. When the upper discharge auger (18) makes a turning transition, the upper discharge auger (15) moves from the constant speed operation region where the upper discharge is turned to the deceleration operation region and the slow operation region, and the turning speed is reduced in two stages. The force is reduced stepwise to stop the turning operation.
[0023]
  Further, as shown in the flowchart of FIG. 13, when the output of the auger position sensor (32) is not in the stowed position by operating the auto return switch (60), the elevating cylinder (27) and the swing motor (30) are automatically operated. The storage operation for controlling the auger (15) to the auger rest (59) is automatically performed, and the auger clutch (26) is engaged when the automatic storage and the auger (18) are in the storage position. Even if it is turned off, it is turned off and held, and when the manual operation is not performed, the auto set switch (63) is operated, so that the auto set setting volume (64) and the auger position sensor (32) are operated. ) When there is a difference in output and the output of the auger position sensor (32) does not reach the set position, the lifting cylinder (27) and swivel Automatically controlling the data (30) to automatically move the auger (15) to the set position of the auto-setting setting volume (64), and when the auger (15) is at the set position, An auger clutch on / off switch (70) (71) is used to turn on or off the auger clutch (26). During the automatic storage operation and automatic setting operation, the auger (15) is in the storage position or set position. When the position is more than a predetermined distance from the position, the turning motor (30) is operated at a high speed by continuous operation as a constant speed operation area, and when the auger (15) approaches the storage position or set position, the deceleration operation area In addition, the turning motor (30) is operated while being gradually decelerated by a pulse operation as a slow speed operation region.
[0024]
  Further, when the switches (66) to (69) are manually operated with the operation lever (57) of the operation panel (62) in the vicinity of the driver's seat (18), the automatic storing and setting operations are stopped, When the auger position sensor (32) has not reached the storage position or the set position, the turning motor (30) is operated at the speeds of the constant speed, deceleration, and slow speed operating ranges shown in FIG. A high-speed manual operation for operating the turning motor (30) at a high speed by continuous operation is performed until the switches (68) and (69) are turned off. When the auger (15) is in the storage position, the auger clutch (26) When the high-speed manual operation is performed or at the set position, the auger clutch on / off switch by the auger clutch operating member (58) is held. Ji (70) (71) on and off by the ON operation or OFF operation of the auger clutch (29) is performed.
[0025]
  Further, when the switches (67) to (69) are manually operated with the operation lever (57) of the operation box (56) at the tip of the upper discharge auger (18), the auger position sensor (32) is moved to the storage position or When the set position has not been reached, the turning motor is operated by the same pulse operation as the slow speed operation region of FIG. 14 except that the control is stopped by the reverse operation of the switches (66) to (69) on the operation panel (62) side. When the auger (15) is in the stowed position, the auger clutch (26) is turned off and held even when the auger clutch (26) is engaged, while the low speed manual operation is performed. When broken or set, the auger clutch on / off switch (70) (71) is manually operated to turn on or off the auger clutch (26).
[0026]
  On the other hand, when the auto set switch (63) or the auto return switch (60) is not operated, the discharge port setting or storage switch (72) (73) is manually operated by the discharge port turning operation member (61). In some cases, the discharge port (25) is manually rotated by the rotation motor (45) to manually set or store the discharge port (25), and the auto set switch (63) or the auto return switch (60). During the set operation in which the discharge auger (15) rises to the maximum angle (maximum ascending position) by the operation and turns, when the discharge auger (15) rises to the maximum angle, the discharge port setting volume (65) The automatic setting or storage operation of moving the discharge port (25) to the set position or the storage position of the discharge auger (15) is performed. There is an automatic set or storage operation is also carried out a series at the same time of the discharge port at the time of storage work (25). Also, when the discharge port (25) is automatically and manually stored, the auger clutch (26) is automatically turned off while the auger clutch (26) is being engaged, and the auger clutch (26) is held off. .
[0027]
  As apparent from the above, in the combine provided with the discharge auger (15) for taking out the grains in the grain tank (13) so as to be pivotable horizontally above the grain tank (13), the shaft at the tip of the discharge auger (15) By connecting the discharge port (25) to be pivotable in the core direction, the discharge auger (15) is stopped during the discharge operation by rotating the discharge port (25) in the front-rear direction without moving the machine body as in the past. Grain can be discharged evenly in the front-rear direction without storage, and good grain storage can be done for truck beds, containers, etc. Grain can be improved over a wide area by using swiveling and lifting operations of the discharge auger (15). It can be discharged.
[0028]
  Further, the rotation fulcrum shaft (35) of the discharge port (25) is disposed below the tip of the auger cylinder (34) of the discharge auger (15), so that the rotation fulcrum shaft (35) is obstructed. The discharge port (25) can be satisfactorily discharged by the non-discharge auger (15) and the discharge port (25), and when the discharge port (25) is stored, the discharge port (25) is folded in two along the lower side of the discharge auger (15). Can be stored compactly.
[0029]
  Further, the rotation motor (45) is connected to the rotation fulcrum shaft (35) of the discharge port (25), and the discharge port (25) is rotated by the rotation motor (45). (25) It is possible to easily and accurately rotate and adjust the position to the set position or the storage position by drive control of the motor, and also easily connect the discharge auger (15) to the raising and lowering and turning of the discharge auger ( 15) and a series of automatic setting of the discharge port (25) or storage control can be easily performed.
[0030]
  In addition, a cylindrical discharge port (25) is rotatably connected in the axial direction of the tip of the discharge auger (15), and the auger cylinder (34) of the discharge auger (15) when the discharge auger (15) is turned to the maximum. And the discharge auger (15) from the base grain receiving surface (36a) of the discharge port (25).Spiral(15b)ofBy projecting the tip forward, the discharge auger (15)Spiral(15b) is faced forward from the auger tube (34), so that grains such as cocoons sent by the discharge auger (15) are prevented from accumulating in the auger tube (34), and clogging is promoted by promoting smooth discharge. In addition to preventing grain leakage and clogging with the discharge port (25), good grain discharge can be performed at all times.
[0031]
  Further, the cylindrical portion (38) of the discharge port (25) is formed of a rubber material, and the wire body (40) is disposed inside the rubber cylindrical portion (38), so that the discharge port (25) can be easily formed. There is no inconvenience such as damage even when the tip of the discharge port (25) is brought into contact with a truck bed or a container into which grains are to be thrown in, as well as processing, and it is also troublesome when brought into contact with an operator or the like. However, it is possible to always discharge the grain while keeping the discharge port (25) in an appropriate shape with the linear body (40).
[0032]
  In addition, the discharge port (25) is rotatably connected to the tip of the discharge auger (15), and the discharge port position sensor (54) for detecting the rotation position of the discharge port (25) is provided. The combination of the rotation motor (45) for controlling the rotation of the outlet (25) and the position sensor (54) enables easy automatic setting up to the set position of the discharge port (25) and automatic storage up to the storage position. In addition, even when the discharge port (25) rotates more than a predetermined value due to an erroneous operation or the like, the position sensor (54) can detect it quickly and surely to prevent problems such as breakage.
[0033]
  Further, by restricting the amount of rotation by the position sensor so that the front end outlet (25a) of the outlet (25) always faces downward from the horizontal, the outlet (25) which makes the lower end outlet (25a) horizontal. ) Within a certain work rotation range (θ1) from the storage position, the throat (25a) can always face downward, facilitating smooth grain discharge.
[0034]
  Furthermore, by automatically stopping the driving of the discharge auger (15) when the discharge port (25) is rotated and stored, the inconvenience of discharging the grain when the discharge port (25) is stored or stored is eliminated. Accidents such as clogging can be prevented in advance.
[0035]
  In addition, a remote operation device (56) for connecting the discharge port (25) to the tip of the discharge auger (15) so as to be rotatable and performing operations such as turning of the discharge auger (15) and rotation of the discharge port (25). Is integrally provided in the vicinity of the rotation fulcrum of the discharge port (25), so that, for example, an operator can turn and lift the discharge auger (15) while watching the grain accumulation on the truck bed, and the discharge port ( 25), the grain is discharged uniformly and efficiently, and the operator's hand can reach the operation device (56) regardless of the position of the discharge port (25). Can be appropriately operated.
[0036]
  Further, an operation member (60) for operating the discharge auger (15) and the discharge port (25) in series from the set position to the storage position is provided in the operation device (56), so that, for example, a truck bed that is separated from the machine. The storage operation of the discharge auger (15) and the discharge port (25) from above is performed easily and reliably, simplifying the storage operation of the discharge auger (15) and the discharge port (25) and improving the work efficiency. Can be planned.
[0037]
  Further, the discharge port (25) is rotatably connected to the tip of the discharge auger (15), and when the discharge auger (15) is automatically turned to the set position outside the machine body, the discharge port (25) is also moved to the predetermined set position. By automatically turning, when the discharge auger (15) is set to the set position, the discharge port (25) is also always set to the set position to prevent grain clogging due to forgetting to set the discharge port (25) and discharging. The troublesome work of setting the outlet (25) each time can be eliminated, and the operation can be simplified and the workability can be improved.
[0038]
  Further, when the discharge auger (15) is automatically turned to the storage position inside the machine body, the discharge port (25) is also automatically rotated to a predetermined storage position, so that the discharge auger (15) is stored. In addition to preventing forgetting, it is possible to eliminate the hassle of storing the discharge port (25) each time.
[0039]
  Further, when the discharge auger (15) is automatically raised during the automatic turning operation of the discharge auger (15), the discharge port (25) is automatically rotated to discharge during the automatic setting or storage operation of the discharge port (25). It is possible to prevent an accident such as the outlet (25) coming into contact with the airframe or the truck bed and damaging it, and to enable the discharge port (25) to be satisfactorily set or stored.
[0040]
  15 to FIG. 18, the discharge port rotation motor (45) is disposed horizontally in the horizontal direction between the left and right side plates (36c) of the discharge member (36). A fulcrum shaft (35) connected to and fixed to the discharge member (36) is rotatably attached to the base plate (42) fixed to the lower surface of the motor (45) via the cylindrical shaft (43), and the motor (45) is lowered. A motor base (46) fixed to the side is detachably fixed to the lower surface of the base plate (42) via a bolt (47), and a large-diameter bevel gear (77) fixed to the left end side of the fulcrum shaft (35) is provided. When the fulcrum shaft (35) is rotated by driving the rotation motor (45) in the same manner as in the previous embodiment, the fulcrum shaft (35) is coupled to a small-diameter bevel gear (78) attached to the motor shaft (48) of the motor (45). The discharge port (25) is also rotated in the front-rear direction integrally with (35). It is obtained by sea urchin configuration. In the case of this configuration, the rotation motor (45) is arranged with good left-right balance around the auger shaft (15a) below the auger tube (34) to form a compact structure, and the auger tube as in the previous embodiment. Compared to the structure in which the motor (45) is disposed in the horizontal longitudinal direction in the front-rear direction below the left and right sides centering on (34), the width between the left and right side plates (36) of the discharge member (36) is reduced, and the discharge port (25) can be formed into a small and lightweight one with a small left and right width.
[0041]
  19 and 20 show a configuration in which the discharge port (25) is rotatably provided around the axis of the auger shaft (15a). The discharge port (25) is separated from the auger tube (34) on the base end side. 25) A mouth tube (79) connected to the rear end, a large-diameter gear (80) connected and fixed to the outer periphery of the mouth tube (79), and an outer periphery of the auger flange (81) at the tip of the auger tube (34) A holding plate (82) that squeezes the surface with a large-diameter gear (80) so that the surface can be freely rotated, and the holding plate (82) is fixed to the large-diameter gear (80) via a collar at a predetermined interval so as to be freely removable. The mounting bolt (83), the rotation motor (85) fixed to the fixing bracket (84) of the auger tube (34), and the end of the motor shaft (86) of the rotation motor (85) are fixed to the large shaft. A small-diameter gear (87) coupled to the radial gear (80) and driven by the motor (85). When rotating the small diameter gear (87), the discharge port (25) is configured to rotate in the left-right direction around the auger shaft (15a) integrally with the large diameter gear (80) coupled to the small diameter gear (87). It is a thing. In this case, only the discharge port (25) is moved in the left-right direction while maintaining the front and rear positions of the discharge port (25), and the grains from the discharge port (25) are uniformly distributed in the left-right direction around the discharge auger (15). It can be discharged.
[0042]
【The invention's effect】
  As is apparent from the above embodiments, the present invention provides a combine that includes a discharge auger for taking out grains from a grain tank so as to be pivotable above the grain tank, and a cylindrical discharge port is rotatable at the tip of the discharge auger. And the front end of the spiral portion of the discharge auger protrudes forward from the auger tube of the discharge auger, and the discharge port is rotated through a lateral rotation fulcrum shaft provided below the front end of the auger tube. A rotation base plate having a substantially inverted L-shaped discharge member attached to the auger tube in a movable manner and having a tube shaft fixed to the rotation fulcrum shaft rotatably supported on the lower outer side of the auger tube. A motor base on which a discharge port rotation motor having a small-diameter gear attached to a motor shaft is mounted on the left side surface of the rotation base plate, and the small-diameter gear and the rotation fulcrum shaft Provide a fixed large-diameter gear combined, Rotation of the rotational fulcrum shaft by driving an outlet rotation motorSetThe discharge port can be rotated in the front-rear direction,The discharge portion has an outer peripheral wall that faces the tip opening of the auger tube as an arc portion centered on the rotation fulcrum shaft, and has an inner peripheral surface along the arc portion outside the arc portion. Connect and fix the cover to the outside of the auger tube,The discharge port rotation motor, the small diameter gear, and the fixed large diameter gear,in frontLeft side plate of discharge memberAndAnd the left side plate of the outlet cover,Since it is provided between the auger cylinder, the spiral part of the discharge auger faces the front of the auger cylinder, so that grains such as cocoons sent by the discharge auger are prevented from accumulating in the auger cylinder. It is possible to prevent clogging by promoting proper discharge, and also to prevent grain leakage and clogging with the discharge port, and always perform good grain discharge, and always discharge port rotation motor and small diameter gear The fixed large-diameter gear can be protected by being covered with the discharge port cover and the discharge member.
[Brief description of the drawings]
FIG. 1 is an overall side view of a combine.
FIG. 2 is an overall plan view of the combine.
FIG. 3 is an explanatory plan view of a grain tank unit.
FIG. 4 is an explanatory diagram of a longitudinal feed auger section.
FIG. 5 is an explanatory side view of a discharge port.
FIG. 6 is an explanatory side view of a discharge port turning portion.
FIG. 7 is an explanatory front view of a discharge port turning portion.
FIG. 8 is an explanatory plan view of a discharge port turning portion.
FIG. 9 is an explanatory side view of a remote control box unit.
FIG. 10 is an explanatory diagram of another mounting structure of the remote control box unit.
FIG. 11 is an explanatory view of the maximum angle rotation of the discharge port.
FIG. 12 is an auger control circuit diagram.
FIG. 13 is a flowchart.
FIG. 14 is an output diagram of a turning position sensor.
FIG. 15 is an explanatory side view of a discharge port in another installation structure of an auger turning motor.
FIG. 16 is an explanatory side view of a discharge port in another installation structure of an auger turning motor.
FIG. 17 is a front explanatory view of a discharge port in another installation structure of an auger turning motor.
FIG. 18 is an explanatory plan view of a discharge port in another installation structure of an auger turning motor.
FIG. 19 is an explanatory side view of another rotating structure of the discharge port.
FIG. 20 is a front explanatory view of another rotating structure of the discharge port.
[Explanation of symbols]
(13) Grain tank
(15) Discharge auger
(15b)Spiral
(25) Discharge port
(34) Ogre tube
(36a) Grain receiving surface (grain receiving part)
(38) Tube part
(40) Linear body

Claims (1)

穀物タンク(13)内の穀物を取出す排出オーガ(15)を穀物タンク(13)上方に旋回自在に備えたコンバインにおいて、
排出オーガ(15)の先端には、筒状の排出口(25)を回動自在に連結させ、排出オーガ(15)のオーガ筒(34)より排出オーガ(15)の螺旋部(15b)先端部を前方に突出させると共に、
前記排出口(25)は、前記オーガ筒(34)の先端下側に設けた横方向の回動支点軸(35)を介して回動自在に前記オーガ筒(34)に取付ける側面視略逆L形状の排出部材(36)を備え、
前記オーガ筒(34)の下部外側には、前記回動支点軸(35)を回転自在に支持する筒軸(43)を固定した回動ベース板(42)を固設し、
この回動ベース板(42)の左側面には、モータ軸(48)に小径ギヤ(49)が取付けられた排出口回動モータ(45)が装着されるモータ台(46)を設け、
前記回動支点軸(35)には、前記小径ギヤ(49)と結合させた固定大径ギヤ(50)を設けて、前記排出口回動モータ(45)を駆動させることにより前記回動支点軸(35)を回動さて前記排出口(25)を前後方向に回動可能とし、
前記排出部(36)は、オーガ筒(34)の先端開口部を臨ませる外周壁を前記回動支点軸(35)を中心とした円弧部(36a)に形成すると共に、該円弧部(36a)より外側で円弧部(36a)に沿う内周面(53a)を有する排出口カバー(53)をオーガ筒(34)外側に連結固定させて、
前記排出口回動モータ(45)と、前記小径ギヤ(49)と、前記固定大径ギヤ(50)を、記排出部材(36)の左側板び前記排出口カバー(53)の左側板と前記オーガ筒(34)との間に設けたことを特徴とするコンバイン。
In a combine equipped with a discharge auger (15) for taking out the grains in the grain tank (13) so as to be pivotable above the grain tank (13),
A cylindrical discharge port (25) is rotatably connected to the tip of the discharge auger (15), and the tip of the spiral portion (15b) of the discharge auger (15) from the auger tube (34) of the discharge auger (15). While projecting the part forward,
The discharge port (25) is mounted on the auger tube (34) so as to be rotatable through a lateral rotation fulcrum shaft (35) provided at the lower end of the auger tube (34). L-shaped discharge member (36) provided,
A rotation base plate (42) fixed to a cylinder shaft (43) that rotatably supports the rotation fulcrum shaft (35) is fixed to the lower outer side of the auger tube (34),
On the left side surface of the rotation base plate (42) is provided a motor base (46) to which a discharge port rotation motor (45) having a small diameter gear (49) attached to a motor shaft (48) is mounted.
The rotation fulcrum shaft (35) is provided with a fixed large diameter gear (50) coupled to the small diameter gear (49), and the discharge fulcrum motor (45) is driven to drive the rotation fulcrum. axis (35) is rotated by rotatable said discharge port (25) in the longitudinal direction,
The discharge portion (36) forms an outer peripheral wall facing the tip opening of the auger tube (34) in an arc portion (36a) centered on the rotation fulcrum shaft (35), and the arc portion (36a ) The outlet cover (53) having the inner peripheral surface (53a) along the arc portion (36a) on the outer side is connected and fixed to the outer side of the auger tube (34),
And the outlet rotating motor (45), and said small-diameter gear (49), the left of the stationary large-diameter gear (50), the left side plate beauty the outlet cover before Symbol discharge member (36) (53) A combine provided between a plate and the auger tube (34).
JP30485599A 1999-10-27 1999-10-27 Combine Expired - Fee Related JP4510962B2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP30485599A JP4510962B2 (en) 1999-10-27 1999-10-27 Combine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP30485599A JP4510962B2 (en) 1999-10-27 1999-10-27 Combine

Publications (3)

Publication Number Publication Date
JP2001120050A JP2001120050A (en) 2001-05-08
JP2001120050A5 JP2001120050A5 (en) 2006-12-14
JP4510962B2 true JP4510962B2 (en) 2010-07-28

Family

ID=17938101

Family Applications (1)

Application Number Title Priority Date Filing Date
JP30485599A Expired - Fee Related JP4510962B2 (en) 1999-10-27 1999-10-27 Combine

Country Status (1)

Country Link
JP (1) JP4510962B2 (en)

Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6067046U (en) * 1983-10-15 1985-05-13 セイレイ工業株式会社 Release adjustment device at the tip of the paddy unloading pipe in a combine harvester
JPS63158138U (en) * 1987-04-06 1988-10-17
JPH0974889A (en) * 1995-09-14 1997-03-25 Mitsubishi Agricult Mach Co Ltd Discharging pipe for grain in combined harvester

Family Cites Families (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS61239819A (en) * 1985-04-17 1986-10-25 井関農機株式会社 Grain lift apparatus
JPH0730624U (en) * 1993-11-25 1995-06-13 ヤンマー農機株式会社 Exhaust auger outlet in combine

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6067046U (en) * 1983-10-15 1985-05-13 セイレイ工業株式会社 Release adjustment device at the tip of the paddy unloading pipe in a combine harvester
JPS63158138U (en) * 1987-04-06 1988-10-17
JPH0974889A (en) * 1995-09-14 1997-03-25 Mitsubishi Agricult Mach Co Ltd Discharging pipe for grain in combined harvester

Also Published As

Publication number Publication date
JP2001120050A (en) 2001-05-08

Similar Documents

Publication Publication Date Title
JPH1075643A (en) Combine harvester equipped with grain-discharging device
JP4125456B2 (en) Combine
JP4510962B2 (en) Combine
JP5576241B2 (en) Combine grain unloading device
JP4125457B2 (en) Combine
JP2001120050A5 (en)
JP2001120048A (en) Combine harvester
JP2001120047A (en) Combine harvester
JP4261725B2 (en) Combine discharge auger
JP3184932B2 (en) Combine
JP3665320B2 (en) Combine
JP2001224233A (en) Unloading auger for combine harvester
JP3541374B2 (en) Combine
JP3897898B2 (en) Combined discharge auger rotation control configuration
JPH0220933Y2 (en)
JP3348346B2 (en) Combine
JP3230084B2 (en) Combine
JP3230087B2 (en) Combine
JP3184936B2 (en) Combine grain discharger
JP3230086B2 (en) Combine
JP3184934B2 (en) Combine grain discharge operation device
JP2001211731A (en) Mechanism for controlling angle with ground of outlet of combine
JP3849303B2 (en) Combine grain auger control device
JP3852220B2 (en) Grain discharger
JP3607896B2 (en) Combine

Legal Events

Date Code Title Description
RD04 Notification of resignation of power of attorney

Free format text: JAPANESE INTERMEDIATE CODE: A7424

Effective date: 20040610

RD04 Notification of resignation of power of attorney

Free format text: JAPANESE INTERMEDIATE CODE: A7424

Effective date: 20040810

A072 Dismissal of procedure

Free format text: JAPANESE INTERMEDIATE CODE: A073

Effective date: 20050222

RD02 Notification of acceptance of power of attorney

Free format text: JAPANESE INTERMEDIATE CODE: A7422

Effective date: 20060222

A521 Written amendment

Free format text: JAPANESE INTERMEDIATE CODE: A523

Effective date: 20061027

A621 Written request for application examination

Free format text: JAPANESE INTERMEDIATE CODE: A621

Effective date: 20061027

A977 Report on retrieval

Free format text: JAPANESE INTERMEDIATE CODE: A971007

Effective date: 20081114

A131 Notification of reasons for refusal

Free format text: JAPANESE INTERMEDIATE CODE: A131

Effective date: 20081202

A521 Written amendment

Free format text: JAPANESE INTERMEDIATE CODE: A523

Effective date: 20090119

A711 Notification of change in applicant

Free format text: JAPANESE INTERMEDIATE CODE: A712

Effective date: 20090731

A131 Notification of reasons for refusal

Free format text: JAPANESE INTERMEDIATE CODE: A131

Effective date: 20090818

A521 Written amendment

Free format text: JAPANESE INTERMEDIATE CODE: A523

Effective date: 20091014

TRDD Decision of grant or rejection written
A01 Written decision to grant a patent or to grant a registration (utility model)

Free format text: JAPANESE INTERMEDIATE CODE: A01

Effective date: 20100406

A01 Written decision to grant a patent or to grant a registration (utility model)

Free format text: JAPANESE INTERMEDIATE CODE: A01

A61 First payment of annual fees (during grant procedure)

Free format text: JAPANESE INTERMEDIATE CODE: A61

Effective date: 20100506

FPAY Renewal fee payment (event date is renewal date of database)

Free format text: PAYMENT UNTIL: 20130514

Year of fee payment: 3

R150 Certificate of patent or registration of utility model

Free format text: JAPANESE INTERMEDIATE CODE: R150

FPAY Renewal fee payment (event date is renewal date of database)

Free format text: PAYMENT UNTIL: 20130514

Year of fee payment: 3

S531 Written request for registration of change of domicile

Free format text: JAPANESE INTERMEDIATE CODE: R313531

FPAY Renewal fee payment (event date is renewal date of database)

Free format text: PAYMENT UNTIL: 20130514

Year of fee payment: 3

R350 Written notification of registration of transfer

Free format text: JAPANESE INTERMEDIATE CODE: R350

LAPS Cancellation because of no payment of annual fees