JPH0610757Y2 - Shutter attachment device for grain culm bundling device - Google Patents
Shutter attachment device for grain culm bundling deviceInfo
- Publication number
- JPH0610757Y2 JPH0610757Y2 JP1986009446U JP944686U JPH0610757Y2 JP H0610757 Y2 JPH0610757 Y2 JP H0610757Y2 JP 1986009446 U JP1986009446 U JP 1986009446U JP 944686 U JP944686 U JP 944686U JP H0610757 Y2 JPH0610757 Y2 JP H0610757Y2
- Authority
- JP
- Japan
- Prior art keywords
- straw
- stock
- shutter
- wall surface
- slit
- 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
Links
Landscapes
- Binders And Loading Units For Sheaves (AREA)
- Threshing Machine Elements (AREA)
Description
【考案の詳細な説明】 (産業上の利用分野) 本考案は、穀稈結束装置の株元シャッター取付装置に係
るものである。DETAILED DESCRIPTION OF THE INVENTION (Industrial field of application) The present invention relates to a stock source shutter mounting device for a grain culm bundling device.
(従来技術) 従来、公知の、実開昭59−122041号公報には、
脱穀装置の排藁排出口に設けられる排藁を横倒し状態で
横移動させる壁面と、該壁面に形成したスリットより上
方に突出するT突起と、前記壁面の上方位置に設けたノ
ッタビル及びホルダー等を有する結束軸並びに該結束軸
に設けた放出杆と、前記壁面の上方位置に設けた株元押
さえ具とからなり、前記株元押さえ具は、前記壁面の上
方位置に設けた左右方向に水平の軸に対して左右摺動自
在で、かつ自重により降下自在に設けた構成について記
載されている。ただし、上記公知公報には、本願の排藁
に対し直角に当接して移動を阻止する株元シャッターに
相当するものは設けられていない。(Prior Art) Conventionally known Japanese Utility Model Laid-Open No. 59-122041 discloses:
A wall surface for laterally moving the straw provided in the straw discharge port of the threshing device in a state of being laid down, a T projection protruding upward from a slit formed in the wall surface, and a knotter building and a holder provided above the wall surface. It comprises a binding shaft having and a discharge rod provided on the binding shaft, and a stock holding device provided at a position above the wall surface, and the stock holding device is horizontally provided in a position above the wall surface in a horizontal direction. It describes a configuration in which the shaft is slidable from side to side and can be lowered by its own weight. However, the above-mentioned publicly-known publication does not provide a shutter corresponding to the stock yuan shutter which comes into contact with the straw of the present application at a right angle to prevent movement.
なお、特許実用新案公報には見当らないが、本願の株元
シャッターに相当するものは公知である。It should be noted that, although not found in the patent utility model publication, the one corresponding to the stock element shutter of the present application is publicly known.
(考案が解決しようとする課題) 前記公知公報に記載されたものは、本願のように排藁が
直角に当接して移動を阻止される株元シャッターは設け
られていないから、結束時、排藁を受止めるものは、株
元押さえ具のみである。しかし、公知の株元押さえ具
は、壁面の上方位置に排藁移動方向と平行状態に設けら
れているだけで(特に前記公報第4図参照)あるから、
排藁束の移動を阻止する作用は充分でない。(Problems to be Solved by the Invention) The device disclosed in the above-mentioned publication does not have a stock shutter that prevents the straw from contacting at a right angle as in the present application, and therefore, when binding, The only one that accepts straw is the stock holding tool. However, since the publicly known stock footholding tool is provided only in the upper position of the wall surface in parallel with the direction of movement of straw (in particular, refer to FIG. 4 of the publication),
The action of blocking the movement of the straw bundle is not sufficient.
なお、従来、既に実施化されて公知である株元シャッタ
ーは、排藁束の移動方向の圧力が掛ると、直ちにバネの
弾力に抗して軸を中心に下方に回動する構成であった。
そのため、排藁束の圧力が掛るとそれまでは直角であっ
たものが傾斜するので、傾斜した分だけ排藁束の移動を
阻止する作用は弱くなり、かつ、傾斜するとその分高さ
も低くなるから、株元シャッターの上を越えてはみ出す
排藁束も生じ、乱れの原因になった。Incidentally, the stock element shutter, which has been already implemented and is known in the past, has a configuration in which when pressure is applied in the moving direction of the straw bundle, it immediately rotates downward about the shaft against the elasticity of the spring. .
Therefore, when the pressure of the straw bundle is applied, what was a right angle until then tilts, so the effect of blocking the movement of the straw bundle becomes weaker by the amount of tilting, and the height becomes lower when tilted. As a result, a bundle of straw that overflowed over the stock shutter was also generated, which caused turbulence.
(課題を解決するための手段) よって、本考案は、脱穀装置の排藁排出口に設けられる
排藁を横倒し状態で移動させる壁面3と、該壁面3に形
成したスリット5より上方に突出するT突起6並びにス
リット11より上方に突出する株元シャッター12と、
前記壁面3の上方位置に設けたノッタビル及びホルダー
7等を有する結束軸9並びに該結束軸9に設けた放出杆
10とからなり、前記株元シャッター12はその下端
を、排藁の移動に伴ないバネ21の弾力に抗してt間隔
だけは回転しないでそのまま移動しt間隔後は回動する
係合ピン13に対して不動状態に取付けてなる穀稈結束
装置の株元シャッター取付装置としたものである。(Means for Solving the Problems) Therefore, the present invention is provided with a wall surface 3 for moving the straw provided in the straw discharge port of the threshing device in a sideways state, and projecting above a slit 5 formed in the wall surface 3. A stock source shutter 12 protruding upward from the T projection 6 and the slit 11,
It comprises a binding shaft 9 having a knotter building and a holder 7 and the like provided above the wall surface 3 and a discharge rod 10 provided on the binding shaft 9, and the stock shutter 12 has its lower end accompanied by movement of straw. A stock source shutter mounting device of a grain culm bundling device that is mounted immovably with respect to an engagement pin 13 that does not rotate for a t interval and rotates as it is and rotates after a t interval against the elasticity of a spring 21. It was done.
(実施例) 本考案の一実施例を図面により説明すると、1は公知の
コンバインの脱穀装置の排出部に取付けられている結束
部の全体のフレームである。該フレーム1の構造は、公
知のものと殆ど同一である。該フレーム1内には、脱穀
後排出口から排出された排藁を、横倒し状態で矢印イ方
向に移動させる穀稈通路2を形成する。該穀稈通路2
は、壁面3上に形成され、後端4に至るに従い、直線的
に低くなるが、穀稈通路2を水平にしても実施できる。
壁面3の左右方向は水平である。(Embodiment) When one embodiment of the present invention is described with reference to the drawings, reference numeral 1 is an entire frame of a binding portion attached to a discharge portion of a known combine threshing device. The structure of the frame 1 is almost the same as the known one. A grain culm passage 2 is formed in the frame 1 for moving the straw discharged from the threshing outlet after threshing in the direction of arrow A in a state of being laid sideways. The grain culvert passage 2
Is formed on the wall surface 3 and linearly lowers toward the rear end 4, but it can be carried out even if the grain culm passage 2 is horizontal.
The horizontal direction of the wall surface 3 is horizontal.
第1図の5は、壁面3に形成したスリットであり、該ス
リット5よりT突起6が上方に突出する。前記壁面3の
上方位置には、ノッタビル及びホルダー7等を有するノ
ッタベース8を設けた結束軸9が設けられる。結束軸9
には、放出杆10が取付けられる。Reference numeral 5 in FIG. 1 denotes a slit formed on the wall surface 3, and the T projection 6 projects upward from the slit 5. A bundling shaft 9 provided with a knotter base 8 having a knotter building and a holder 7 is provided above the wall surface 3. Binding axis 9
A discharge rod 10 is attached to the.
11は前記壁面3に前記スリット5と平行状態(排藁移
動方向)に設けられた別のスリットで、該スリット11
より株元シャッター12を上方に突出させる。Reference numeral 11 denotes another slit provided in the wall surface 3 in parallel with the slit 5 (in the straw moving direction).
The stock source shutter 12 is further projected upward.
本考案は、株元シャッター12の取付けにあって、株元
シャッター12の下端部には、支持ピン13を左右方向
に不動状態に挿通させ、支持ピン13の左右両側にカラ
ー14、15をそれぞれ嵌合させ、カラー14、15よ
り左右側に突き出た支持ピン13の先をU型の案内ガイ
ド16に形成した左右のスリット17に夫々挿通させ
る。スリット17は壁面3と平行である。In the present invention, when the stock shutter 12 is attached, the support pin 13 is inserted into the lower end of the stock shutter 12 so as to be immovable in the left-right direction, and the collars 14 and 15 are provided on the left and right sides of the support pin 13, respectively. The ends of the support pins 13 protruding from the collars 14 and 15 to the left and right sides are inserted into the left and right slits 17 formed in the U-shaped guide guide 16, respectively. The slit 17 is parallel to the wall surface 3.
案内ガイド16の下面には、案内レール18を取付け
る、案内レール18は、第4図のように下部の水平部分
25を案内ガイド16の下面に当接させて熔着し、水平
部分25の一側は案内ガイド16よりも側方に突出させ
て上方に屈曲させ、屈曲部の上部は案内ガイド16側に
曲げて廂部26を形成する。A guide rail 18 is attached to the lower surface of the guide guide 16. The guide rail 18 is welded by contacting the lower horizontal portion 25 with the lower surface of the guide guide 16 as shown in FIG. The side is projected to the side of the guide guide 16 and bent upward, and the upper part of the bent portion is bent toward the guide guide 16 side to form the ridge 26.
前記支持ピン13の前記スリット17より前記廂部26
側に突き出たところには、第3図のように、前後方向に
長い金具20の一端部を固定し、該金具20の他端部に
ローラー19を軸着する。該ローラー19は、廂部26
と水平部分25とにより上下から押えられながら、水平
部分25上を転動する。From the slit 17 of the support pin 13 to the ridge 26
As shown in FIG. 3, one end of a metal fitting 20 which is long in the front-rear direction is fixed to the part protruding to the side, and a roller 19 is axially attached to the other end of the metal fitting 20. The roller 19 is provided with a back 26
And rolls on the horizontal portion 25 while being pressed from above and below by the horizontal portion 25.
したがって、株元シャッター12はその下端に固定され
ている支持ピン13がスリット17により支持され、該
支持ピン13より後方に位置するローラー19が案内レ
ール18の廂部26と水平部分25とにより上下に押え
られているので、直角の姿勢を保つ。Accordingly, the stock pin shutter 12 has the support pin 13 fixed to the lower end thereof supported by the slit 17, and the roller 19 positioned rearward of the support pin 13 is vertically moved by the side portion 26 and the horizontal portion 25 of the guide rail 18. Since it is held by, keep a right angle posture.
株元シャッター12の基部にはバネ21が設けられ、バ
ネ21の先端は前側の突起22に引掛けられる。前記案
内レール18の後端は弧状に下降する弧状部23に形成
される。24は公知の株揃板である。A spring 21 is provided at the base of the stock shutter 12, and the tip of the spring 21 is hooked on the front projection 22. The rear end of the guide rail 18 is formed in an arcuate portion 23 that descends in an arcuate shape. 24 is a known stock plate.
(作用) 次に作用を述べる。(Operation) Next, the operation will be described.
刈取部で刈取られ、脱穀部で脱穀された排藁は穀稈通路
2に達し、穀稈通路2上をイ方向に移動して、パッカー
によりT突起6に押付けられ、この状態でノッタビル及
びホルダー7により結束される。The straw that has been mowed by the mowing unit and threshed by the threshing unit reaches the grain culm passage 2, moves in the grain culm passage 2 in the direction i, and is pressed against the T protrusion 6 by the packer. It is bound by 7.
この結束作業中、排藁束は、第1図の株揃板24のロ方
向の往復揺動で株元側が揃えられ、また、排出されよう
とする排藁の株元側は株元シャッター12に当接して弾
力的に押さえられているが、特に、株元シャッター12
は、従前公知のもののように、圧力が掛ると直ちに回動
するものと相違し、その支持ピン13の前記スリット1
7より突き出たところには、第3図のような前後方向に
長い金具20の一端部を固定し、該金具20の他端部に
はローラー19を軸着し、該ローラー19は、廂部26
と水平部分25とにより上下から押えられながら水平部
分25上を転動する構造にしたので、第2図のように、
t間隔はそのまま後進し、t間隔を過ぎてからようやく
下方に回動する。During this bundling operation, the straw bundle is aligned on the root side by the reciprocating swing of the stock aligning plate 24 in FIG. 1 in the direction of B, and the stock side of the straw to be discharged is the stock shutter 12. It is pressed elastically by abutting against the
Is different from the one known in the prior art, which immediately rotates when pressure is applied.
7 is fixed to one end of a metal fitting 20 which is long in the front-rear direction as shown in FIG. 3, and a roller 19 is axially attached to the other end of the metal fitting 20. 26
Since it has a structure in which it rolls on the horizontal portion 25 while being pressed from above and below by the horizontal portion 25 and the horizontal portion 25, as shown in FIG.
The t-interval moves backward as it is, and after passing the t-interval, it finally rotates downward.
それゆえ、放出杆10で排藁束を放出するときは、その
直前まで、株元シャッター12で直角に受け止めている
から、株元シャッター12は傾斜したり高さが低くなっ
たりしないので、株元シャッター12を乗り越えたり、
一部がわきに出て乱れたりせず、株の不揃いを防止で
き、放出時は下方に回動して円滑に放出させる。Therefore, when the discharge rod 10 emits a bundle of straw, the stock shutter 12 receives the bundle at a right angle until immediately before that, so the stock shutter 12 does not tilt or become low in height. Overcoming the original shutter 12,
A part of it does not get out of the way and is not disturbed, it can prevent the unevenness of the stock, and when it is released, it pivots downward to release it smoothly.
(効果) 前記公知公報に記載されたものには、本願のように排藁
が直角に当接して移動を阻止される株元シャッターは設
けられていないから、結束時、排藁を受止めるものは、
株元押さえ具のみである。しかし、公知の株元押さえ具
は、壁面の上方位置に排藁移動方向と平行状態に設けら
れているだけであるから、排藁束の移動を阻止する作用
は充分でない。(Effect) Since the one disclosed in the above-mentioned publicly known publication does not have a stock shutter that prevents the movement of straw against a right angle as in the present application, the one that receives straw during bundling is received. Is
It is only the stock holding tool. However, since the known stock footholding device is only provided above the wall surface in a state parallel to the movement direction of straw, the action of preventing movement of the straw bundle is not sufficient.
(なお、従来、既に実施化されて公知である株元シャッ
ターは、排藁束の移動方向の圧力が掛ると、直ちにバネ
の弾力に抗して軸を中心に下方に回動する構成であっ
た。そのため、排藁束の圧力が掛るとそれまでは直角で
あったものが傾斜するので、傾斜した分だけ排藁束の移
動を阻止する作用は弱くなり、かつ、傾斜するとその分
高さも低くなるから、株元シャッターの上を越えてはみ
出す排藁束も生じ、乱れの原因になった。) しかるに、本考案は、脱穀装置の排藁排出口に設けられ
る排藁を横倒し状態で移動させる壁面3と、該壁面3に
形成したスリット5より上方に突出するT突起6並びに
スリット11より上方に突出する株元シャッター12
と、前記壁面3の上方位置に設けたノッタビル及びホル
ダー7等を有する結束軸9並びに該結束軸9に設けた放
出杆10とからなり、前記株元シャッター12はその下
端を、排藁の移動に伴ないバネ21の弾力に抗してt間
隔だけは回転しないでそのまま移動しt間隔後は回動す
る係合ピン13に対して不動状態に取付けてなる穀稈結
束装置の株元シャッター取付装置としたものであるか
ら、株元シャッター12は、t間隔は直角に突出したま
ま後進し、t間隔を過ぎてからようやく下方に回動する
ので、株元の移動阻止効果は顕著であり、t間隔中は背
も低くならないから排藁が株元シャッター12の上を越
えるということもなく、t間隔後は下方に回動するの
で、その後の放出作用にも支障を来たさない効果を奏す
る。(It should be noted that the stock element shutter, which has been already implemented and is known in the past, has a configuration in which when pressure is applied in the moving direction of the straw bundle, it immediately rotates downward about the shaft against the elasticity of the spring. Therefore, when the pressure of the straw bundle is applied, what was a right angle until then tilts, so the effect of blocking the movement of the straw bundle is weakened by the tilted amount, and when tilted, the height is also that much. Since it becomes lower, a straw bundle that sticks out over the shutter of the stock is also generated, which is a cause of disturbance. However, the present invention moves the straw provided at the straw outlet of the threshing device in a sideways state. The wall surface 3 to be caused, the T projection 6 protruding upward from the slit 5 formed in the wall surface 3, and the stock element shutter 12 protruding upward from the slit 11.
And a binding rod 9 having a knotter building and a holder 7 and the like provided above the wall surface 3 and a discharge rod 10 provided on the binding rod 9, and the bottom end of the stock shutter 12 moves the straw. Along with the elastic force of the spring 21, the shutter for the grain culm bundling device is attached immovably to the engaging pin 13 that moves without rotating for the interval t and rotates after the interval t. Since it is a device, the stock shutter 12 moves backward while protruding at a right angle at the t interval, and finally rotates downward after passing the t interval, so that the effect of preventing the movement of the stock element is remarkable, The straw does not become short during the t-interval, so that the straw does not cross over the stock shutter 12 and rotates downward after the t-interval so that the subsequent release action is not hindered. Play.
第1図は要部背面図、第2図はA−A断面図、第3図は
B−B断面図、第4図はC−C断面図である。 符号の説明 1……フレーム、2……穀稈通路、3……壁面、4……
後端、5……スリット、6……T突起、7……ホルダ
ー、8……ノッタベース、9……結束軸、10……放出
杆、11……スリット、12……シャッター、13……
支持ピン、14、15……カラー、16……案内ガイ
ド、17……スリット、18……案内レール、19……
ローラー、20……金具、21……コイルバネ、22…
…突起、23……弧状部、24……株揃板、25……水
平部分、26……廂部。1 is a rear view of a main part, FIG. 2 is a sectional view taken along line AA, FIG. 3 is a sectional view taken along line BB, and FIG. 4 is a sectional view taken along line CC. Explanation of symbols 1 ... Frame, 2 ... Grain passage, 3 ... Wall surface, 4 ...
Rear end, 5 ... Slit, 6 ... T projection, 7 ... Holder, 8 ... Notter base, 9 ... Binding shaft, 10 ... Discharge rod, 11 ... Slit, 12 ... Shutter, 13 ...
Support pins, 14, 15 ... Collar, 16 ... Guide guide, 17 ... Slit, 18 ... Guide rail, 19 ...
Roller, 20 ... Metal fitting, 21 ... Coil spring, 22 ...
… Protrusions, 23 …… Arc part, 24 …… Stock plate, 25 …… Horizontal part, 26 …… Back part.
Claims (1)
横倒し状態で移動させる壁面3と、該壁面3に形成した
スリット5より上方に突出するT突起6並びにスリット
11より上方に突出する株元シャッター12と、前記壁
面3の上方位置に設けたノッタビル及びホルダー7等を
有する結束軸9並びに該結束軸9に設けた放出杆10と
からなり、前記株元シャッター12はその下端を、排藁
の移動に伴ないバネ21の弾力に抗してt間隔だけは回
転しないでそのまま移動しt間隔後は回動する係合ピン
13に対して不動状態に取付けてなる穀稈結束装置の株
元シャッター取付装置。1. A wall surface 3 for moving the straw provided in a straw discharge port of a threshing device in a sideways state, a T projection 6 projecting upward from a slit 5 formed in the wall surface 3 and a projection projecting above a slit 11. The stock source shutter 12 and a binding shaft 9 having a knotter building and a holder 7 and the like provided above the wall surface 3 and a discharge rod 10 provided on the binding shaft 9, and the stock source shutter 12 has its lower end. , A grain-bundle binding device which is fixedly attached to an engagement pin 13 which does not rotate for a time interval t but moves as it is, and rotates after a time interval t, against the elasticity of the spring 21 due to the movement of straw. Stock original shutter mounting device.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP1986009446U JPH0610757Y2 (en) | 1986-01-25 | 1986-01-25 | Shutter attachment device for grain culm bundling device |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP1986009446U JPH0610757Y2 (en) | 1986-01-25 | 1986-01-25 | Shutter attachment device for grain culm bundling device |
Publications (2)
Publication Number | Publication Date |
---|---|
JPS62122535U JPS62122535U (en) | 1987-08-04 |
JPH0610757Y2 true JPH0610757Y2 (en) | 1994-03-23 |
Family
ID=30794768
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP1986009446U Expired - Lifetime JPH0610757Y2 (en) | 1986-01-25 | 1986-01-25 | Shutter attachment device for grain culm bundling device |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPH0610757Y2 (en) |
Family Cites Families (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS59122041U (en) * | 1983-02-03 | 1984-08-17 | 株式会社クボタ | Stem culm binding processing equipment |
-
1986
- 1986-01-25 JP JP1986009446U patent/JPH0610757Y2/en not_active Expired - Lifetime
Also Published As
Publication number | Publication date |
---|---|
JPS62122535U (en) | 1987-08-04 |
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