JPS6178329A

JPS6178329A - Grain tank

Info

Publication number: JPS6178329A
Application number: JP59202576A
Authority: JP
Inventors: 山下　登清; 喜則渡辺; 宮内　得誠
Original assignee: Iseki and Co Ltd; Iseki Agricultural Machinery Mfg Co Ltd
Current assignee: Iseki and Co Ltd; Iseki Agricultural Machinery Mfg Co Ltd
Priority date: 1984-09-26
Filing date: 1984-09-26
Publication date: 1986-04-21

Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】〔産業上の利用分野〕この発明は、穀粒等を貯留するグレンタンクに関する。[Detailed description of the invention] [Industrial application field] The present invention relates to a grain tank for storing grains and the like.

[Prior art]

従来、主タンクの開口部にこの主タンクの容重を増大す
るための補助タンクが設けられていると共に、この補助
タンクは、開口部を通じて主タンク内の点検、清掃を行
うため顔量［−１部を開閉すべく回動自在に設けており
、−万、これとは別に、主タンクの底部に設ける横移送
螺旋の清掃等のため受樋を開閉回動自在に設けている。Conventionally, an auxiliary tank has been provided at the opening of the main tank to increase the capacity of the main tank, and the auxiliary tank has a face volume [-1 Separately, a receiving trough is rotatably provided to open and close the main tank for cleaning the lateral transfer spiral provided at the bottom of the main tank.

〔発明が解決しようとする間踊点」従って、主タンク内の点検、清掃作業を行う場合、作業
者は、補助タンクを回動させる操ｆＴ’と、主タンクの
受樋を開回動させる操作を別個に行わねばならず、しか
も、受樋は、主タンク底部にあるため開回動操作が面倒
で手間を要し、作業性（メンテナンス）が悪い問題点が
あった。この発明は」−記問題的を解決することをｉｌ
ｌ的とする。[Interval point to be solved by the invention] Therefore, when inspecting or cleaning the inside of the main tank, the operator must operate fT' to rotate the auxiliary tank and open and rotate the receiving gutter of the main tank. The operation has to be performed separately, and since the receiving gutter is located at the bottom of the main tank, opening and turning operations are troublesome and time consuming, resulting in poor workability (maintenance). This invention aims to solve the above problem.
L-target.

[Means for resolving intershipment issues]

このため、この発明は次の如き技術的手段を講じた。 For this reason, the present invention has taken the following technical measures.

即ち、主タンク（１）の開１−１部（２）に該タンク（
１）の容量を増大すべく補助タンク＋（３）を設けると
共に、この補助タンク（３）は、開ｌ」部（２）の開閉
作動可能に設け、この補助タンク（３）と主タンク（１
）の底部に設ける横移送螺旋（４）の下方を開閉可能に
設ける受槽（５）とを補助タンク（３）の開１１部（２
）開１１作動に起因して受樋（５）が開ｔ１作動すへく
連繋ｔｉη成して（ｆるグレンタンクのｔＭ成とする。That is, the tank (
In order to increase the capacity of 1), an auxiliary tank + (3) is provided, and the auxiliary tank (3) is provided so that the opening part (2) can be opened and closed, and the auxiliary tank (3) and the main tank ( 1
) at the bottom of the lateral transfer spiral (4) and a receiving tank (5) that can be opened and closed below the horizontal transfer spiral (4).
) Due to the opening 11 operation, the receiving gutter (5) is connected to the opening t1 and becomes connected tiη (f) to the tM formation of the grain tank.

〔実施例゛１以１；、この発明の一実施例を、況明する。。[Example 1 Hereinafter, one embodiment of the present invention will be explained in detail. .

主タンク（１）は、例えはコンバインσ月況殺部と並設
し、該脱穀部からの脱穀選別済の穀粒を揚上装置ｉ″１
′（６）を介して貯悄すへく構成し、外側向には囲１１
部（２）を設け、底部には横移送螺旋（４）を駆動回転
自在に設けると共に該螺＆（４）のド万には受樋（５）
を設けている３、受樋（５）は、一端を主タンク（１）の枠体に回転自在
に支持された回転１ｉ１＋１　（７）に止着し、該軸（
７）を中心にｌ　Ｆ動自在に構成して螺旋（４）のＦ方
を開閉作動すべく構成し、トルクスプリング（８）によ
り′帛時閉１１方向（Ｉ−動力向）へ弾発付勢している
。（９）は横移送螺旋（４）１一方に設けた１１１形状
の流ド案内板である。The main tank (1) is installed, for example, in parallel with the combine σ-threshing section, and the threshed and sorted grains from the threshing section are lifted by a lifting device i''1.
'(6), and the outer side is surrounded by a wall 11.
A horizontal transfer spiral (4) is provided at the bottom so as to be freely driven and rotatable, and a receiving gutter (5) is provided at the bottom of the screw and (4).
3. The receiving gutter (5) is fixed at one end to the rotary 1i1+1 (7) rotatably supported by the frame of the main tank (1), and
7) is configured to be freely movable in the F direction of the spiral (4), and is spring-loaded in the closing direction (I-power direction) by the torque spring (8). It is strong. (9) is a 111-shaped flow guide plate provided on one side of the lateral transfer spiral (4) 1.

補助タンク（３）は、ＩＥタンク（１）の開１１都（２
）対応位置にあって、そのド端部を主タンク（１）の枠
体に回転自任に設ける回転軸（１（１）に止着し、該１
１１１１１　（１（１）を中心に矢印方向へ回動自在と
なるべく構ノ戎している。The auxiliary tank (3) is the same as the IE tank (1).
) at the corresponding position, and its end is attached to the main tank (1) so that it can rotate freely on the frame of the main tank (1).
11111 (It is designed to be freely rotatable in the direction of the arrow around 1 (1).

補助タンク（３）と受樋（５）との連繋機構は、回転軸
（１０）の一端部に止着するアーム（１１）と回転１ｌ
ｑｌｌ（７）の一端部に止着するアーム（１２）と、両
アーム（］］Ｘ］２）間に亘って設ける連結＋１　（１
３）とから構成している。The linkage mechanism between the auxiliary tank (3) and the receiving gutter (5) consists of an arm (11) fixed to one end of the rotating shaft (10) and a rotating 1l.
Connection +1 (1
3).

アーム（］１）は、連結ＩＩ　（ｉ３）との連結部に長
孔（１４）をイ１−シ、この長孔（１４）は、補助タン
ク（３）の増ｌｅｔ範囲内での回動時には連結Ｆｆ　（
１３）を作動せず、この増１１い頭囲をこえて史らに補
助タンク（３）を矢印（イ）方向へ回動させて主タンタ
ンク（１）の聞］１部（２）を開放させる作動に移行し
たとき長孔（１４）端部で連結（１（１３）を天印幹）
方向へ引張るへく構成している。アーム（１２）は、矢
印（へ））方向の１１目ｔＱにより回転軸（７）を回転
させて受樋（５）をＦ方へ回動すべく構１戊している。The arm (1) has a long hole (14) at the connection part with the connection II (i3), and this long hole (14) allows the rotation of the auxiliary tank (3) within the expansion range. Sometimes concatenated Ff (
13), rotate the auxiliary tank (3) in the direction of arrow (a) beyond this increased head circumference and open part 1 (2) of the main tank (1). Connect at the end of the elongated hole (14) (1 (13) to the tenin stem)
It is structured so that it can be pulled in the direction. The arm (12) is configured to rotate the rotary shaft (7) at the 11th point tQ in the direction of the arrow (toward) to rotate the receiving gutter (5) in the F direction.

尚、補助タンク（３）は、その大根（折りたたみ自在）
　Ｃ３８）の−帛；を１Ｅタンク（１）の枠体に七ソト
ボルト（１５）により石肌自在に構成している。In addition, the auxiliary tank (3) is the radish (foldable)
C38) is freely constructed on the frame of the 1E tank (1) using seven bolts (15).

−１−例のｆ＋１成において、補助タンク（３）は、矢
印（イ）方向へ回動させて第４図の実線１１γ１ｒ１”
つまり、天板（３ｉ１）が仲ひきった位置で保持される
ことになるから、主タンク（１）がこの補助タンク（３
）分だけ１％！ｌ　ｊｉｊすることになる。このタンク
内の穀粒υ１出は、ｆｌｉ４多送螺旋（４）を回転させ
て排出する。次に、タンク内の穀粒（１１出を終えて主
タンク（１）内の残留穀粒の除去作業を行う場合、先ず
、補助タンク（３）をセットボルト（１５）を夕１して
天板（３ａ）を主タンク（１）枠体から外し自１１１状
態とする。そして、ｈ１ｊ助タンク（３）を史らに矢印
（イ）方向へ１１７１動させて（ｉ′Ｊ４図仮想線位ｉ
６）主タンク（１）の開１−１部（２）を大きく開放し
、作業者は、この解放した開１１部（２）を通して主タ
ンク（１）内のＭ’↑掃、残Ｗｉ穀柁の除去ｆｌセ業を
行う。この場打補助タンク（３）の傾動に伴う回転１１
ｉ１１１　（１０）の回転により矢印（イ）方向へ回動
するアーム（１１）の長孔（１４）の端部に係合された
連結＋Ｊ（１３）＋が矢印（０）方向へ引かれるからア
ーム（１２）をメルクスプリング（８）に仇しながら同
方向へ回動させ、受樋（５）は回ｋ　ｍｌ＋　（７）の
回転によりＦ方へ回動して横移送螺旋（４）のド刀を連
動開１１する。（第２図の状態）従ってわされさ、受樋
（５）を開１日栗１′１ミすることなく該螺Ｊｊ（滲Ｉ
こ快打ｌしている穀粒等はド万へ落下されて除去できる
１、ｏ′両補助タンク（３）を反矢印（イ）方向へ回動
するとアーム（１１）の長孔（１４）により連結杆（１
３）が反矢印（へ））方向へ押されるからアーム（１２
）、トルクスプリング（８）を介して受樋（５）は−に
動して穀粒受は状態に復帰する。（第１図の状態）〔効果〕この発明は、前記の如く技術的手段を講じたから、主タ
ンク（１）の穀粒貯留量を増大する補助タンク（３）を
作動させて王タンク（１）の開１」部（２）を開「Ｉさ
せるに起因して主タンク（１）の底部に設ける横移送螺
旋（４）の受樋を該螺旋（４）の下方が開放するべく作
動させることができ、この結果、開１１都（２）を通じ
ての主タンク（１）内の清掃、点検作業が容易に、迅速
に行え特に、主タンク０）の底部に設けられ開閉困難な
受樋（５）をわざわざ囲［Ｉ操作する必要がないので作
業能率よく行なえる効果を奏するものである。-1- In the f+1 configuration of the example, the auxiliary tank (3) is rotated in the direction of the arrow (A) and the solid line 11γ1r1'' in FIG.
In other words, since the top plate (3i1) is held in a balanced position, the main tank (1) is connected to this auxiliary tank (3i1).
) only 1%! l jij. The grains υ1 in this tank are discharged by rotating the fli4 multi-feed spiral (4). Next, when removing the remaining grains in the main tank (1) after the grains in the tank (11) have been removed, first set the auxiliary tank (3) by tightening the set bolt (15) and letting it cool. Remove the plate (3a) from the frame of the main tank (1) and bring it to the original state.Then, move the h1j auxiliary tank (3) 1171 in the direction of arrow (a) (i' J4 imaginary line position) i
6) Widely open the opening 1-1 section (2) of the main tank (1), and the worker cleans the M'↑ and remaining grains in the main tank (1) through this opened section 11 (2). Do some removal work. Rotation 11 due to tilting of this spot hitting auxiliary tank (3)
Due to the rotation of i111 (10), the connection +J (13)+ engaged with the end of the elongated hole (14) of the arm (11), which rotates in the direction of arrow (A), is pulled in the direction of arrow (0). The arm (12) is rotated in the same direction while supporting the Melk spring (8), and the receiving gutter (5) is rotated in the F direction by the rotation of rotation k ml + (7), and the horizontal transfer spiral (4) is rotated. Open the sword to 11. (Situation shown in Fig. 2) Therefore, without opening the receiving gutter (5) for a day, the screw Jj
The grains, etc. that are being pounded easily can be removed by falling into the ground.When both the auxiliary tanks (3) are rotated in the opposite direction of the arrow (A), the elongated hole (14) of the arm (11) is removed. Connecting rod (1
3) is pushed in the direction of the opposite arrow (toward), so the arm (12
), the receiving trough (5) is moved to - via the torque spring (8), and the grain holder returns to its original state. (Situation shown in Figure 1) [Effects] This invention has taken the technical measures as described above, and therefore operates the auxiliary tank (3) that increases the amount of grain stored in the main tank (1). ), the receiving trough of the lateral transfer spiral (4) provided at the bottom of the main tank (1) is operated so that the lower part of the spiral (4) is opened. As a result, cleaning and inspection work inside the main tank (1) through the opening (2) can be done easily and quickly.In particular, it is possible to clean and inspect the inside of the main tank (1) through the opening (2). 5) There is no need to go through the trouble of enclosing [I], so the work can be done more efficiently.

[Brief explanation of drawings]

図は、この弁明の一実施例を示すもので、第１図、第２
図は要部の１１：、断面図、第３図は要部’Ｉ’　＋ｒ
ｔｉ図、第３図は１１ミ断面図である。図中、符号（１）は［ミタンク、（２）は開ｎ部、（３
）は補助タンク、（４）は横移送螺旋、（５）は受樋を
ボす。特斤出願人の名称井関農機株式会社代表者　井　関　昌　孝手続補正書く方式）昭和６０年　２月　ｌｒ日特願昭５９−２０２５７６号２、発明の名称グレンタンタ３、補正をする考事件との関係　　特許出願人郵便番号　７９９−２６住　所　　愛媛県松山市馬本町７００番地昭和６０年１
月　９日昭和６０年１月２９日（発送日）５、補正の対象明細書の「図面の簡単な説明」の欄６、補正の内容「第４図は」に補正する。以　　上The figures show an example of this defense.
The figure is 11:, sectional view of the main part, Figure 3 is the main part 'I' +r
The TI diagram and FIG. 3 are cross-sectional views taken at 11 mm. In the figure, code (1) is [mitanku], (2) is open n part, (3
) is the auxiliary tank, (4) is the horizontal transfer spiral, and (5) is the receiving gutter. Name of special applicant: Masaru Iseki, representative of Iseki Agricultural Machinery Co., Ltd. Method of writing amendments to procedures) February 1985 LR Japanese Patent Application No. 59-202576 2, name of invention Glen Tanta 3, and reference case to be amended Related Patent applicant Postal code: 799-26 Address: 700 Mamoto-cho, Matsuyama City, Ehime Prefecture 1985
January 9, 1985 (shipping date) 5. In column 6 of "Brief explanation of drawings" of the specification subject to amendment, the content of the amendment is "Figure 4 is". that's all

Claims

[Claims]

An auxiliary tank (3) is provided at the opening (2) of the main tank (1) in order to increase the capacity of the tank (1), and the auxiliary tank (3) can open and close the opening (2). A receiving trough (a receiving trough) provided below the lateral transfer spiral (4) provided at the bottom of the auxiliary tank (3) and the main tank (1) so as to be openable and closable.
5) and the auxiliary tank (3) are connected to each other so that the receiving gutter (5) opens due to the opening operation of the opening (2) of the auxiliary tank (3).