JP4499377B2

JP4499377B2 - Residual kernel discharge device in container for grain transportation

Info

Publication number: JP4499377B2
Application number: JP2003159812A
Authority: JP
Inventors: 成徳斎藤
Original assignee: 成徳斎藤
Priority date: 2003-06-04
Filing date: 2003-06-04
Publication date: 2010-07-07
Anticipated expiration: 2023-06-04
Also published as: JP2004359295A

Description

【０００１】
【発明が属する技術分野】
本発明は、金属材で中空の立方体状に組み立てた枠体の内腔に、底部を漏斗状に形成した穀粒袋を吊り下げ装着して構成する形態の穀粒運搬用のコンテナにおける残留穀粒の排出装置についての改良に関する。
【０００２】
【従来の技術】
上述の形態の穀粒運搬用のコンテナＡは、通常、図１にあるように、金属材の支柱１０と桁杆１１とで中空の立方体状の枠体１を組み立て、この枠体１の内側空間に、図２にあるように底部側を四つの壁面からなる倒立した角錐形の漏斗状に形成した穀粒袋２を落とし込んで、それの上部側の開口部の外面側に装設しておく鞘状部２０を、枠体１の上部側の桁杆１１…に通して掛けとめ装着し、漏斗状に形成した底部の下口２１を、枠体１の底部に支持枠１２を介して装架してある箱状に形成したシャッタ内装の排出機箱３０の上口に接続し、その機筺状の排出機箱３０の下面側に取出樋３１を具備する取出機箱３２を旋回自在に接続することで構成してある。
【０００３】
そして、このコンテナＡを用いて行う穀粒の運搬は、図３にあるように、穀粒袋２を装着した枠体を１を、トラックＴの荷台ｔまたは運搬車の荷台に載架して、そのトラックＴまたは運搬車の運転走行により、圃場において収穫作業を行っているコンバインの隣側に位置させ、コンバインの揚穀筒から放出される穀粒を、枠体１に懸架した穀粒袋２の上面側の開放口からその穀粒袋２の内部に受け入れ、これを、トラックＴまたは運搬車の運転走行で収納舎に設置してある穀粒乾燥機の隣側位置に運び、そこで、穀粒袋２の下口に接続している排出機箱３０の下面側に旋回自在に接続する取出機箱３２に設けた取出樋３１に、バネコンと呼ばれる穀粒搬送筒４を接続して、それの排出口を穀粒乾燥機の張込ホッパに接続し、穀粒袋２の下口２１に接続する排出機箱３０内のシャッタを開放し、穀粒搬送筒４を作動させて、穀粒袋２内の穀粒を穀粒乾燥機の機内に張り込むように用いる。
【０００４】
また、穀粒乾燥機による穀粒の乾燥作業が終了して取り出される穀粒を、同様にトラックＴまたは運搬車の荷台上に載架した枠体１に懸架せる穀粒袋２内に受け入れて、穀粒貯蔵施設に運搬するように用いられる。
【０００５】
このように構成する穀粒運搬用のコンテナＡは、それの枠体１に懸架した穀粒袋２が柔軟な合成樹脂材等のシートまたは布地で成形されていることで、穀粒を内部に受け入れたときに、その穀粒の重量により穀粒袋２が図４において鎖線に示しているように四周に向け幾分膨張して変形してくる。
【０００６】
このため、張り込んだ穀粒を排出させるとき、その排出作業の終期に、穀粒袋２の漏斗状の底部の外側に膨らんだ部位が、穀粒の安息角以下の傾斜面となることにより、この部位の内面側に少量の穀粒Ｇの残留が生じるようになる。
【０００７】
このことから、穀粒袋２の漏斗状の底部の外周には、リブ状に形成されている四本の稜部２２…のそれぞれの上下の中間部位に、図５にあるように紐を挿通するループ状の紐通し輪５…を装設しておいて、ここに、紐６を順次挿通して、その紐６の端部を結束することで、紐６が穀粒袋２の底部の外周をゆるくとり囲む無端のリング状になって付設されるようにしておき、穀粒の排出作業の終期に、このリングをなす紐６の適宜の部位を、作業者が掴んで引くことで、穀粒袋２の底部をゆり動かし、穀粒袋２の底部の内面側に残留している穀粒Ｇの流下をうながすようにしている。
【０００８】
【発明が解決しようとする課題】
上述の形態の穀粒運搬用のコンテナは、それの穀粒袋２内に受け入れた穀粒を排出するときに、それの穀粒袋２内に残留するようになる穀粒を、穀粒袋２の底部の外周に付設しておく無端のリング状の紐６を掴んで引くことで穀粒袋２の底部を外周側からゆり動かすことで排出させるようにする際に、例えば、トラックＴの荷台ｔの一側からの紐６の引き寄せで穀粒袋２の底部に与える動きが、図５にあるように、四つの壁面を具備する倒立する角錐状の底部のうちの、紐６を引き寄せる側の壁面２ｄを除いた三つの壁面２ａ・２ｂ・２ｃには、それらをゆするように加えられるが、紐６を掴んで引っ張る側に位置する壁面２ｄには有効な動きが与えられないようになることで、この紐６を掴んで引き寄せる側の壁面２ｄの内面側に穀粒が残留しがちとなる。このため、紐６を掴んで引っ張る作動を、通常、穀粒の取出方向となるトラックＴの荷台ｔの後縁側から行った場合にあっては、この荷台ｔの後縁に対面する壁面２ａの内面側に穀粒が残りがちとなることで、前述の図５にあるよう荷台ｔの側方に作業者が移動して、その位置からリング状の紐６の一部を掴んで再度引っ張る作動を行うようにすることが必要で、残留した穀粒をきれいに排出させるのが厄介な問題がある。
【０００９】
本発明は、従前の穀粒運搬用のコンテナに生じている上述の問題を解消せしめるためになされたものであって、枠体１に懸架した穀粒袋２に受け入れた穀粒を排出する作業の際に、その穀粒袋２が受け入れた穀粒の重量による膨出・変形より生じてくる残留穀粒を排出させるための、穀粒袋２の底部の外周側に配設した紐６の牽引による残留穀粒の排出作動が、紐６を牽引する作動位置を変更することなく、所定の作業位置において紐６を牽引することで、穀粒袋２の漏斗状の底部の四つの壁面２ａ・２ｂ・２ｃ・２ｄのうちの紐６を牽引する側の壁面２ａが、他の三つの壁面と共にゆり動かされて、四つの壁面が一緒に動くようになって、穀粒袋２内の残留穀粒をきれいに排出させ得るようにする新たな手段を提起することを目的とする。
【００１０】
【課題を解決するための手段】
本発明手段は、従前の穀粒運搬用のコンテナＡの穀粒の排出時に、そのコンテナＡの枠体１に懸架した穀粒袋２の漏斗状の底部の内面に残留するようになる穀粒をきれいに流出させるために、その穀粒袋２の漏斗状の底部の外周に、その外周をゆるく囲う環状の紐６をその穀粒袋２の底部の外周に対し摺動自在に配設しておき、穀粒の排出作業時の終期に、この環状の紐６の一部を掴んで牽引することにより穀粒袋２の底部を外周側からゆり動かす手段について、種々の検討を加えて得られた知見に基づいてなされたものである。
【００１１】
即ち、この従前手段にあっては、紐６を、穀粒袋２の漏斗状の底部の外周をゆるく囲う無端のリング状に形成しておいて、その紐６の所望の個所を掴んで牽引することで、その紐６により囲い込んだ穀粒袋２の底部の全体をゆり動かすようにしていることから、紐６を掴んで引っ張る側に対面する穀粒袋２の底部の壁面２ａに与える動き量が小さくなることによるもので、紐６を掴んで引いたときに、その紐６を引っ張る側に対面する穀粒袋２の底部の壁面２ａがその紐６により直接ゆり動かされるようにすればよいことに想到し、また、そのようにするには、紐６を左右に２分して、各紐６の一端側を、紐６を引っ張る側に対面する正面側の壁面２ａの左右の稜部２２・２２にラグ状に設けた紐通し輪５に結び付けておき、その紐６の他端側を背面側の壁面２ｃの左右の稜部２２・２２にラグ状に設けた紐通し輪５に挿通して正面側の壁面２ａに向けて折り返し、この折り返した他端側を正面側の壁面２ａの前面において引っ張るようにすればよい、という構想に想到したことによってなされたものである。
【００１２】
そして、この構想を具体化するために、穀粒袋２の倒立する角錐状の底部の四つの壁面２ａ・２ｂ・２ｃ・２ｄの境界位置にリブ状に形成されている四本の稜部２２…のそれぞれの上下の中間部位に付設しておく紐通し輪５…に紐６を挿通して、穀粒袋２の底部を外部からゆり動かす紐６を、その穀粒袋２の底部の外周に配設するとき、その紐６は、それを牽引する側に対面する穀粒袋２の底部の壁面２ａを基準として、その壁面２ａの左側に配位する紐６ａと右側に配位する紐６ｂとに分け、それぞれの紐６ａ・６ｂの一端側を、基準とした壁面２ａの左右の側縁に位置するリブ状の稜部２２・２２に設けてある紐通し輪５・５を利用してそれに結び付け、これら紐６ａ・６ｂの他端側を、基準とした壁面２ａと対向する背面側の壁面２ｃの左右の側縁に位置する稜部２２・２２に設けてある紐通し輪５・５を利用してこれに吊環７０・７０を取り付けて、その吊環７０・７０に挿通して正面側の壁面２ａに向け折り返し、その折り返した紐６ａ・６ｂの他端側を、正面側の壁面２ａの左右の側縁に位置する稜部２２・２２の、前述の紐６ａ・６ｂの一端側を結び付けた紐通し輪５の上方に位置する部位に別に取り付けた吊環７１・７１に挿通して、正面側の壁面２ａの前面側に垂らし、その他端側の端部に把持部８をそれぞれ取り付けておいて、穀粒の排出作業の終期に、これら把持部８を引っ張るようにしたところ、紐６ａ・６ｂの牽引により、紐を牽引する側に対面する正面側の壁面２ａが、先にゆり動かされ、これに続いて、左右の壁面２ｂ・２ｄと背面側の壁面２ｃがゆり動かされるようになって、倒立する角錐状をなす穀粒袋２の底部の四つの壁面２ａ・２ｂ・２ｃ・２ｄが、紐６ａ・６ｂの牽引作動で一緒にゆり動かせるようになる結果が得られた。
【００１３】
このとき、左右に分けた紐６ａ・６ｂの各他端側を互いに連結して、これに一つの把持部８を設けておき、この把持部８の操作により左右の紐６ａ・６ｂを一緒に牽引するようにしても同様の結果が得られた。
【００１４】
さらに、左右に分けて一端側を正面側の壁面２ａの左右の稜部２２・２２に結束した紐６ａ・６ｂの、背面側の壁面２ｃの左右の稜部２２・２２に付設した吊環７０・７０を経て正面側の壁面２ａに向け折り返した他端側を、その正面側の壁面２ａに垂下させるために、その正面側の壁面２ａの左右の稜部２２・２２に別に付設しておく吊環７１は、左右の稜部２２・２２よりも正面側の壁面２ａの左右の中心に寄った位置において、その正面側の壁面２ａに装設しておくことが、紐６ａ・６ｂの他端側を牽引することによる穀粒袋の２底部の四つの壁面２ａ・２ｂ・２ｃ・２ｄをのゆり動かしを一層効果的にする結果が得られた。
【００１５】
また、このように左右に分けた紐６ａ・６ｂの他端側を、穀粒袋２の底部の正面側の壁面２ａの左右の中心に寄せた部位に別に装設しておく吊環７１・７１に通して正面側の壁面２ａの前面側に垂れ下がるようにする場合において、この左右の紐６ａ・６ｂの他端側を互いに結束させるか、一本の紐として連続させるようにしておいても、同様の結果が得られるようになった。
【００１６】
そして、このことから、本発明においては、前述の目的を達成するための手段として、請求項１に記載したように、金属材により中空の立方体状に組み立てた枠体１の内部空間に、柔軟なシート・布地により底部側が四つの壁面２ａ・２ｂ・２ｃ・２ｄを具備する倒立する角錐状に形成した穀粒袋２を落とし込んで枠体１に懸架せしめてなる穀粒運搬用のコンテナＡにおいて、穀粒袋２の底部の四つの壁面のうちの一つの壁面２ａを基準となる正面として、この基準とした正面側の壁面２ａの左右に位置する壁面２ｂ・２ｄの外側位置に紐６ａ・６ｂを配位して、それら紐６ａ・６ｂの各一端側を、基準とした壁面２ａの左右の側縁に位置する稜部２２・２２に設けた取付部材に結び付け、これら紐６ａ・６ｂの他端側を、基準とする壁面２ａに対向する背面側の壁面２ｃに向け導き、その壁面２ｃの左右の側縁に位置する稜部２２・２２に取付部材を介して装設する吊環７０・７０に挿通して正面側の壁面２ａに向け折り返し、その壁面２ａの左右の側縁に位置する稜部２２・２２に取付部材ａを介して取り付けた別の吊環７１・７１に挿通して前記壁面２ａの前面側に垂れ下がらせ、それら紐６ａ・６ｂの他端側の端部に把持部８を装着することを特徴とする穀粒運搬用のコンテナにおける残留穀粒の排出装置を提起し、
【００１７】
また、これに併せて請求項２に記載した、穀粒袋２の底部の左右の両側に配位して、正面側の壁面２ａの左右の側縁に位置する稜部２２・２２に設けた取付部材ａに一端側を結び付け、他端側を背面側の壁面２ｃの両側に位置するの稜部２２・２２に設けた吊環７０・７０により正面側に折り返し、その正面側の壁面２ａの左右の側縁に位置する稜部２２・２２に設けた吊環７１・７１にそれぞれ挿通して正面側の壁面２ａの前面に垂れ下がらせる左右の紐６ａ・６ｂの他端側を、互いに連結または連続して、そこに一つの把持部８を装着することを特徴とする請求項１記載の穀粒運搬用のコンテナにおける残留穀粒の排出装置を提起し、
【００１８】
さらに、請求項３に記載した、穀粒袋２の底部の左右の両側に配位して、正面側の壁面２ａの左右の側縁に位置する稜部２２・２２に設けた取付部材ａに一端側を連結し、他端側を背面側の壁面２ｃの左右の両側に位置する稜部２２・２２に設けた吊環７０・７０により正面側の壁面２ａに折り返した左右の紐６ａ・６ｂの他端側を、正面側の壁面２ａの左右の中央に寄せた部位に装設せる吊環７１・７１に挿通して、正面側の壁面２ａの前面側に垂れ下がらせ、それら紐６ａ・６ｂの他端側に把持部８・８をそれぞれ設けることを特徴とする請求項１記載の穀粒運搬用のコンテナにおける残留穀粒の排出装置を提起し、かつ、請求項４に記載した、穀粒袋２の底部の左右の両側に配位して一端側を正面側の壁面２ａの左右の稜部２２・２２に取付部材ａを介して結び付けた紐６ａ・６ｂの、吊環７０・７０により折り返して正面側の壁面２ａの中央に寄せた部位に設けた吊環７１・７１により正面側の壁面２ａの前面側に垂れ下がらせた他端側を、互いに連結または連続させて、そこに一つの把持部８を設けることを特徴とする請求項１記載の穀粒運搬用のコンテナにおける残留穀粒の排出装置を提起するものである。
【００１９】
【発明の実施の形態】
次に本発明の実施の態様を、図面に随い実施例について詳述する。
図６は、本発明手段の第１の実施例の斜視図で、同図において、Ａは、鎖線により表している枠体１とこれに懸架した合成樹脂材のシートよりなる穀粒袋２とで構成した穀粒運搬用のコンテナ、６ａは該コンテナＡの穀粒袋２の底部の左側に配設した紐、６ｂはその穀粒袋２の底部の右側に配設した紐を示す。
【００２０】
穀粒運搬用のコンテナＡは、鉄骨で、図３にあるようにトラックＴの荷台ｔまたは穀粒運搬車の荷台上に載架し得る中空の立方体状の枠体１を組み立て、それのシートまたは布地により形成した穀粒袋２を懸架して構成する通常のものであり、それの穀粒袋２は、上部側の外周に装設せる鞘状部２０…を、枠体１の上縁側の桁杆１１に嵌挿することで、その枠体１に懸架せしめてあり、かつ、下方に連続する底部側は、四つの壁面２ａ・２ｂ・２ｃ・２ｄを具備する倒立した角錐状に形成してある。そして、該穀粒袋２の下口２１は、金属材で組み立てて、枠体１の底部に装架せる機筺状の排出機箱３０の上口に接続させてあり、該穀粒袋２内に投入して張り込んだ穀粒を、排出機箱３０内に装設してあるシャッタ（図示省略）を開いて、その排出機箱３０の下面側に旋回自在に接続している取出機箱３２に組み付けたモータにより駆動する取出スクリューの作動によって、取出樋３１から流出させるようになる通常のものである。
【００２１】
６ａ・６ｂは、この穀粒袋２の倒立する角錐状をなす底部の左側および右側に配設した紐で、穀粒運搬用のコンテナＡを、図１にあるようにトラックＴの荷台ｔ上に載架したときに、通常、穀粒袋２からの穀粒の取出方向とするトラックＴの荷台ｔの後縁側に向かう壁面２ａを基準とし、この壁面２ａを正面としてこれの左側と右側とに配設してある。
【００２２】
そしてこれらの左側の紐６ａおよび右側の紐６ｂは、それらの各一端側を、正面側とした基準とする壁面２ａの左右の側縁に位置する稜部２２・２２の、上下の中間部位で少し上方に寄る部位に設けてある紐通し輪５・５を利用して、これにそれぞれ結び付け、他端側を背面側の壁面２ｃの左右の両側縁に位置する左右の稜２０・２０に向けて導き、その稜部２２・２２の上下の中間部位で少し上方に寄る部位に装設してある紐通し輪５・５に挿通して正面側に向け折り返し、正面側の壁面２ａの前面側において牽引し得るようにするが、このときの紐６ａ・６ｂの他端側の引っ張り作動を円滑にするため、背面側の壁面２ｃの左右の両端縁に位置する稜部２２・２２に付設してある紐通し輪５・５には、それぞれ、金属材または合成樹脂材により成形した剛体の吊環７０・７０を取り付けて、この吊環７０・７０に挿通して正面側の壁面２ａの前面に向け折り返してある。
【００２３】
そしてまた、この折り返した紐６ａ・６ｂの他端側は、それを正面側の壁面２ａの前面側において引っ張る作動が適確に行えるようにするため、紐６ａ・６ｂの一端側を結び付けた紐通し輪５・５の上方に配位して、正面側の壁面２ａの左右の両側の稜部２２・２２に別に設けておく吊環７１・７１に挿通して、正面側の壁面２ａの前面側にそれぞれ垂れ下がらせ、そこに把持部８・８をそれぞれ装着するようにしている。
【００２４】
従って、この実施例の穀粒運搬用のコンテナＡは、トラックＴの荷台ｔに載架して、圃場で収穫作業を行っているコンバインの隣側位置に移動し、そこで穀粒袋２に受け入れた穀粒をトラックＴの運転走行で所望の場所に運搬し、その場所において、トラックＴの荷台ｔの後縁側の荷框を開放回動させて、バネコン式の穀粒搬送筒４を取出樋３１に接続し、穀粒の排出作業を行う際、その排出作業の終期に、穀粒の取出方向となるトラックＴの荷台ｔの後縁に対面する穀粒袋２の壁面２ａの前面側に垂下している紐６ａ・６ｂの他端側の把持部８・８を掴んで引っ張ることで、穀粒袋２の底部の四つの壁面２ａ・２ｂ・２ｃ・２ｄの全てが一緒にゆり動かされるようになって、穀粒袋２内に残留していた穀粒がきれいに流出してくるようになる。
【００２５】
次に図７は、上述の実施例装置の変形例を示している。
この例は、穀粒袋２の底部を外側からゆり動かす紐６を、左側の紐６ａと右側の紐６ｂとに分け、それぞれの一端側を正面側の壁面２ａの両側に位置する稜部２２・２２に設けてある紐通し輪５・５に結び付け、他端側を、背面側の壁面２ｃの両側に位置する稜部２２・２２に設けた吊環７０・７０に挿通して正面側に折り返し、正面側の壁面２ａの左右の両側に位置する稜部２２・２２に装設した吊環７１・７１に挿通して正面側の壁面２ａの前面側に垂れ下げるようにすることについては、前述の実施例と同様であるが、この正面側の壁面２ａの前面側に垂れ下げさす紐６ａ・６ｂの他端側を互いに結び合わせるか、一本の紐として連続させるようにしておいて、ここに一つの把持部８を装着するようにした例である。
【００２６】
この例においては、正面側の壁面２ａの前面に垂れ下がる一つの把持部８を引っ張ることで左側の紐６ａと右側の紐６ｂが同時に牽引されることにより穀粒袋２の底部の四つの壁面２ａ・２ｂ・２ｃ・２ｄが一緒にゆり動かされるようになる。
【００２７】
次に図８は別の実施例を示している。この例は、穀粒袋２の底部の左右の両側に配位する紐６ａ・６ｂの一端側を、正面側の壁面２ａの左右の両側に位置する稜２０・２０に設けた紐通し輪５・５に結び付けて、他端側を背面側の壁面２ｃに向け導き、その壁面２ｃの両側に位置する稜部２２・２２に設けた吊環７０・７０に挿通してそれぞれ正面側に折り返し、正面側の壁面２ａの左右の両側に位置する稜部２２・２２に設けておく別の吊環７１・７１に挿通して正面側の壁面２ａの前面側のそれぞれ垂れ下げるようにすることについては、前述した実施例と変わりないが、その左右の紐６ａ・６ｂの折り返した他端側を正面側の壁面２ａの前面に垂れ下がる状態とするために設ける吊環７１・７１を、正面側の壁面２ａの左右の側縁に位置する稜部２２・２２よりも左右の中心に寄せた壁面２ａに装着しておくようにした例である。
【００２８】
この例においては、正面側の壁面２ａの前面側に垂れ下がる左右の紐６ａ・６ｂの他端側を、それに設けた把持部８・８を把持して引っ張ることで、穀粒袋２の底部の四つの壁面２ａ・２ｂ・２ｃ・２ｄを一緒にゆり動かすときに、正面側の壁面２ａが、紐６ａ・６ｂの各一端側を結び付けた紐通し輪５・５の部位と、正面側の壁面２ａの左右の中央部に寄せた位置に設けた吊環７１・７１の取付部位との二個所において背面側に牽引され、かつ、左右の壁面２ｂ・２ｄが絞り込まれるように動かされることで、残留穀粒を流出させるための穀粒袋２の底部を外周側から紐６によりゆり動かす作動が一層確実なものとなる。
【００２９】
次に図９は、もう一つの別の実施例を示している。この例は、上述の図８に示した実施例の変形例であり、正面側の壁面２ａの左右の中央に寄せた部位に装着せる吊環７１・７１に挿通せしめて、正面側の壁面２ａの前面に垂れ下がらせた紐６ａ・６ｂの他端側を、それぞれ結び合わせるか、一本の紐を挿通方向を逆にして用いることで互いに連続する状態とし、そこに一つの把持部８を取り付けるようにしている例である。
【００３０】
この実施例においては、一つの把持部８を把持して引っ張ることで、上述の第三の実施例のものと同様に作用するようになる。
【００３１】
これら各実施例において、左右に分けた紐６ａ・６ｂの一端側を結び付けている紐通し輪５・５は、図１乃至図５に示した従前手段において穀粒袋２の底部の外周に付設していたものを利用しているためであり、紐６ａ・６ｂの各一端側を、穀粒袋２の底部の正面側の壁面２ａの左右の側縁部において穀粒袋２の底部の外周面に結び付けられるようになればよく、紐を通す輪に形成しておく必要はなく、適宜の形状の取付部材ａとして形成してよいものである。また、その装着部位も、リブ状に形成してある稜部２２・２２に装着しなければならないものではなく、稜部２２・２２の近傍部位において穀粒袋２の底部の壁面に直接取り付けるようにしてもよい。
【００３２】
このことは、穀粒袋２の底部の背面側の壁面２ｃの左右の両側に位置する稜部２２・２２に設ける紐通し輪５・５も同様である。左右に分けて正面側に折り返した左右の紐６ａ・６ｂの牽引作動を円滑にするための吊環７０・７０の取付部材としているものであり、吊環７０・７０が装着されるようになればよく、適宜の形状の取付部材ａに形成してよいものであり、また、その装設位置も稜部２２・２２に限られるものではなく、その近傍位置において穀粒袋２の底部の壁面に装着するようにしてよいものである。
【００３３】
【発明の効果】
以上説明したように本発明による穀粒運搬用のコンテナにおける残留穀粒の排出装置は、穀粒袋の底部の外周に配設した紐を牽引することで、穀粒袋の底部の四つの壁面が一度にゆり動かされるようになって、紐の引っ張りによる残留穀粒を排出させるための作動が適確に行えるようになる。
【図面の簡単な説明】
【図１】従前の穀粒運搬用のコンテナの枠体の斜視図である。
【図２】同上のコンテナの穀粒袋の斜視図である。
【図３】同上のコンテナのトラックの荷台に載架した状態の斜視図である。
【図４】同上のコンテナの穀粒袋の穀粒の残留が生ずる状態の説明図である。
【図５】同上のコンテナの穀粒袋の残留穀粒を排出させる手段の斜視図である。
【図６】本発明を実施せる穀粒運搬用のコンテナにおける残留穀粒の排出手段の斜視図である。
【図７】同上手段の別の実施例の斜視図である。
【図８】同上のさらに別の実施例の斜視図である。
【図９】同上のさらに異なる実施例の斜視図である。
【符号の説明】
Ａ…コンテナ、Ｇ…穀粒、Ｔ…トラック、ａ…取付部材、ｔ…荷台、１…枠体、１０…支柱、１１…桁杆、１２…支持枠、２…穀粒袋、２ａ・２ｂ・２ｃ・２ｄ…壁面、２０…鞘状部、２１…下口、２２…稜部、３０…排出機箱、３１…取出樋、３２…取出機箱、４…穀粒搬送筒、５…紐通し輪、６・６ａ・６ｂ…紐、７０・７１…吊環、８…把持部。[0001]
[Technical field to which the invention belongs]
The present invention relates to a residual grain in a container for transporting grain in a form configured by hanging and mounting a grain bag having a bottom formed in a funnel shape in the lumen of a frame body assembled in a hollow cube shape with a metal material. The present invention relates to an improvement on a grain discharging device.
[0002]
[Prior art]
As shown in FIG. 1, the grain transport container A of the above-described form is usually assembled with a hollow cubic frame 1 by using metal columns 10 and girders 11, and the inside of the frame 1. As shown in FIG. 2, drop the grain bag 2 formed into an inverted pyramid-shaped funnel shape consisting of four wall surfaces into the space, and install it on the outer surface side of the opening on the upper side of the bag. A sheath-like portion 20 to be placed is hooked and attached through a girder 11 on the upper side of the frame body 1, and a lower mouth 21 formed at the bottom of the funnel shape is connected to the bottom portion of the frame body 1 via a support frame 12. Connected to the upper opening of a shutter-equipped discharger box 30 formed in a box-like shape, and an unloader box 32 having an unloader 31 is pivotally connected to the lower surface of the machine-like discharger box 30. It is composed of that.
[0003]
As shown in FIG. 3, the transportation of the grain performed using the container A is performed by placing the frame 1 with the grain bag 2 mounted on the loading platform t of the truck T or the loading platform of the transport vehicle. The grain bag which is located next to the combine which is harvesting in the field by driving the truck T or the transporter, and the grain released from the harvesting cylinder of the combine is suspended on the frame 1 2 is received into the inside of the grain bag 2 from the opening on the upper surface side, and this is transported to the position next to the grain dryer installed in the storage building by the driving of the truck T or the transport vehicle, A grain transport cylinder 4 called a spring container is connected to an unloading bar 31 provided in an unloader box 32 that is pivotally connected to the lower surface side of the discharger box 30 connected to the lower mouth of the grain bag 2, and Connect the discharge port to the tension hopper of the grain dryer. Shutter discharger box 30 which connects to the open, by operating the grain transport tube 4, using grain in grain bag 2 as lie in wait in the apparatus of grain dryer.
[0004]
Moreover, the grain taken out after the grain drying operation by the grain dryer is received in the grain bag 2 that is suspended on the frame 1 similarly mounted on the truck T or the platform of the transport vehicle. Used to transport to grain storage facilities.
[0005]
The container A for transporting the grain configured as described above has the grain bag 2 suspended from the frame body 1 formed of a sheet such as a flexible synthetic resin material or a cloth, so that the grain is contained inside. When the grain bag 2 is received, the grain bag 2 is slightly expanded and deformed toward the four circumferences as indicated by a chain line in FIG. 4 due to the weight of the grain.
[0006]
For this reason, when discharging the stuck grain, at the end of the discharging operation, the portion that swells outside the funnel-shaped bottom of the grain bag 2 becomes an inclined surface below the angle of repose of the grain. A small amount of the grain G remains on the inner surface side of this part.
[0007]
Therefore, a string is inserted through the outer periphery of the funnel-shaped bottom of the grain bag 2 into the upper and lower intermediate portions of the four ridges 22 formed in a rib shape as shown in FIG. The loop-shaped string threading ring 5 is installed, and the string 6 is sequentially inserted therethrough and the ends of the string 6 are bound to each other so that the string 6 is attached to the bottom of the grain bag 2. At the end of the grain discharging operation, the operator grasps and pulls an appropriate part of the string 6 forming the ring, and is attached to the endless ring that gently surrounds the outer periphery. The bottom part of the grain bag 2 is swung so that the grain G remaining on the inner surface side of the bottom part of the grain bag 2 flows down.
[0008]
[Problems to be solved by the invention]
The container for transporting the grain in the above-described form, when discharging the grain received in the grain bag 2, the grain that remains in the grain bag 2 is converted into the grain bag. For example, when the bottom portion of the grain bag 2 is moved from the outer peripheral side to be discharged by grasping and pulling the endless ring-shaped string 6 attached to the outer periphery of the bottom portion of the track T, for example, The movement given to the bottom of the grain bag 2 by pulling the string 6 from one side of the loading platform t pulls the string 6 out of the inverted pyramid-shaped bottom having four wall surfaces as shown in FIG. The three wall surfaces 2a, 2b and 2c except for the side wall surface 2d are added so as to shake them, but the wall surface 2d located on the side where the string 6 is grasped and pulled is not given any effective movement. As a result, the grain remains on the inner surface side of the wall surface 2d on the side where the string 6 is grasped and pulled. The Shigachi. For this reason, in the case where the operation of grasping and pulling the string 6 is normally performed from the rear edge side of the loading platform t of the truck T in the grain take-out direction, the wall surface 2a facing the rear edge of the loading platform t As the grain tends to remain on the inner surface side, the operator moves to the side of the loading platform t as shown in FIG. 5, and grips a part of the ring-shaped string 6 from that position and pulls it again. There is a problem that it is troublesome to discharge the remaining grains cleanly.
[0009]
The present invention was made to solve the above-mentioned problems occurring in a conventional container for transporting grain, and is an operation for discharging the grain received in a grain bag 2 suspended on a frame 1 In this case, the string 6 disposed on the outer peripheral side of the bottom of the grain bag 2 for discharging the residual grain resulting from the swelling and deformation due to the weight of the grain received by the grain bag 2 The draining operation of the residual grain by towing pulls the string 6 at a predetermined work position without changing the operating position to tow the string 6, so that the four wall surfaces 2a of the funnel-shaped bottom of the grain bag 2 can be obtained. The wall surface 2a on the side that pulls the string 6 of 2b, 2c, and 2d is swung together with the other three wall surfaces, so that the four wall surfaces move together, and the residue in the grain bag 2 remains. The purpose is to propose a new means to make it possible to discharge the grain cleanly.
[0010]
[Means for Solving the Problems]
The means according to the present invention is a method in which a grain that remains on the inner surface of the funnel-shaped bottom portion of the grain bag 2 suspended on the frame 1 of the container A when the grain of the conventional container A for grain transportation is discharged. In order to allow the sachet to flow out cleanly, an annular string 6 that loosely surrounds the outer periphery of the funnel-like bottom of the grain bag 2 is slidably disposed with respect to the outer periphery of the bottom of the grain bag 2. In addition, at the end of the grain discharging operation, it is obtained by adding various studies to the means for swinging the bottom of the grain bag 2 from the outer peripheral side by grasping and pulling a part of the annular string 6. It was made based on the findings.
[0011]
That is, in this conventional means, the string 6 is formed in an endless ring shape that loosely surrounds the outer periphery of the funnel-shaped bottom of the grain bag 2, and the desired position of the string 6 is grasped and pulled. By doing so, the whole bottom part of the grain bag 2 enclosed by the string 6 is swung, so that it is given to the wall surface 2a of the bottom part of the grain bag 2 facing the side where the string 6 is grasped and pulled. This is because the amount of movement becomes small, and when the string 6 is grasped and pulled, the bottom wall surface 2 a of the grain bag 2 facing the pulling side of the string 6 is directly swung by the string 6. In order to do so, the strings 6 are divided into left and right, and one end of each string 6 is placed on the left and right sides of the front wall 2a facing the side where the string 6 is pulled. The other end of the string 6 is tied to a string loop 5 provided in a rug shape on the ridges 22, 22. Is inserted through a string loop 5 provided in a lug shape on the left and right ridges 22 and 22 of the wall surface 2c on the back side, folded back toward the wall surface 2a on the front side, and this folded other end side is connected to the wall surface 2a on the front side. It was made by conceiving the idea that it should be pulled in front of.
[0012]
And in order to embody this concept, the four ridges 22 formed in a rib shape at the boundary positions of the four wall surfaces 2a, 2b, 2c and 2d of the inverted pyramidal bottom of the grain bag 2 The string 6 is inserted through the string threading rings 5 attached to the upper and lower intermediate parts of each of the ... and the bottom of the grain bag 2 is moved from the outside, and the outer periphery of the bottom of the grain bag 2 When the cord 6 is arranged, the string 6 is arranged on the left side of the wall surface 2a and the string coordinated on the right side with reference to the wall surface 2a of the bottom of the grain bag 2 facing the pulling side. 6b, and one end side of each of the strings 6a and 6b is used with the string loops 5 and 5 provided on the rib-shaped ridges 22 and 22 located on the left and right side edges of the wall surface 2a as a reference. Wall 2c on the back side facing the wall surface 2a with the other end side of these strings 6a and 6b as a reference A hanging ring 70, 70 is attached to the ridges 22, 22 provided at the ridges 22, 22 located on the left and right side edges, and is attached to the hanging ring 70, 70, and is inserted into the hanging ring 70, 70 to face the front wall surface 2 a. The other end side of the folded cords 6a and 6b is tied to one end side of the above-mentioned cords 6a and 6b of the ridges 22 and 22 located at the left and right side edges of the front wall surface 2a. It is inserted into the suspension rings 71 and 71 separately attached to the part located above the ring 5 and hung on the front side of the wall surface 2a on the front side, and the gripping portion 8 is attached to the end on the other end side, When these gripping portions 8 are pulled at the end of the grain discharging operation, the front wall surface 2a facing the side to which the string is pulled is swung forward by the pulling of the strings 6a and 6b. Following to the left and right wall surfaces 2b and 2d and the rear wall surface 2c As a result, the four wall surfaces 2a, 2b, 2c and 2d at the bottom of the inverted grain bag 2 can be moved together by pulling the strings 6a and 6b. Obtained.
[0013]
At this time, the other ends of the strings 6a and 6b divided into left and right are connected to each other, and a single gripping portion 8 is provided on the other ends, and the left and right strings 6a and 6b are joined together by operating the gripping portion 8. Similar results were obtained even when towed.
[0014]
Further, the hanging ring 70 attached to the left and right ridges 22 and 22 of the back wall 2c of the string 6a and 6b, which is divided into left and right ends and bound to the left and right ridges 22 and 22 of the front wall 2a. A hanging ring separately attached to the left and right ridges 22 and 22 of the front wall surface 2a so that the other end folded back toward the front wall surface 2a through 70 is suspended on the front wall surface 2a. The other end side of the strings 6a and 6b is that 71 is installed on the front wall surface 2a at a position closer to the left and right centers of the front wall surface 2a than the left and right ridges 22 and 22. As a result, the four wall surfaces 2a, 2b, 2c, and 2d at the two bottoms of the grain bag by pulling the bag were more effectively moved.
[0015]
Moreover, the suspension rings 71 and 71 which are separately installed in the site | part which brought the other end side of the strings 6a and 6b divided into right and left in this way to the right and left center of the wall surface 2a on the front side of the bottom of the grain bag 2 If the other side of the left and right cords 6a and 6b are bound to each other or continuous as a single cord, when hanging down to the front side of the front wall 2a, Similar results were obtained.
[0016]
From this, in the present invention, as means for achieving the above-mentioned object, as described in claim 1, the inner space of the frame 1 assembled in a hollow cubic shape with a metal material is flexible. In a container A for transporting a grain formed by dropping a grain bag 2 formed in an inverted pyramid shape having four wall surfaces 2a, 2b, 2c, 2d on the bottom side by a simple sheet / fabric and suspending it on a frame 1 , One wall surface 2a of the four wall surfaces at the bottom of the grain bag 2 is used as a reference front surface, and the string 6a is positioned outside the wall surfaces 2b and 2d positioned on the left and right of the front wall surface 2a. 6b is coordinated, and one end of each of the cords 6a and 6b is connected to attachment members provided on the ridges 22 and 22 located on the left and right side edges of the wall surface 2a as a reference, and the cords 6a and 6b are connected to each other. Wall 2 with the other end as a reference The wall surface 2c on the front side is guided through the hanging rings 70 and 70 installed through the attachment members on the ridges 22 and 22 located on the left and right side edges of the wall surface 2c. Folded toward the left and right side edges of the wall surface 2a, inserted into the other suspending rings 71 and 71 attached to the ridges 22 and 22 via the attachment member a, and hung down to the front side of the wall surface 2a, Proposing a device for discharging residual grains in a container for transporting grains, characterized in that a gripping portion 8 is attached to the other end of the strings 6a and 6b,
[0017]
In addition to this, it is arranged on both the left and right sides of the bottom of the grain bag 2 according to claim 2 and provided on the ridges 22 and 22 located on the left and right side edges of the wall surface 2a on the front side. One end side is tied to the mounting member a, and the other end side is folded back to the front side by the hanging rings 70 and 70 provided on the ridges 22 and 22 located on both sides of the wall surface 2c on the back side, and left and right of the wall surface 2a on the front side The other ends of the left and right cords 6a and 6b that are respectively inserted through the suspension rings 71 and 71 provided on the ridges 22 and 22 located on the side edges of the rim and hang down on the front surface of the wall surface 2a on the front side are connected to or continuous with each other. Then, there is provided a device for discharging residual grains in the container for transferring grain according to claim 1, wherein one gripping part 8 is attached thereto.
[0018]
Furthermore, it is coordinated on both the left and right sides of the bottom of the grain bag 2 according to claim 3, and the mounting member a provided on the ridges 22 and 22 located on the left and right side edges of the front wall surface 2a. The left and right strings 6a and 6b are connected to one end side and folded back to the front wall surface 2a by suspension rings 70 and 70 provided on the ridges 22 and 22 located on the left and right sides of the rear wall surface 2c. The other end is inserted into a suspension ring 71/71 installed at the center of the front side wall 2a, and is suspended from the front side of the front side wall 2a. Grains 8 and 8 are provided on the other end side, respectively, and the grain discharging container according to claim 1 is provided, and the grain according to claim 4 is provided. The left and right ridges 22 and 22 of the wall surface 2a on the front side are arranged on both the left and right sides of the bottom of the bag 2 and one end side thereof. Hanging on the front side of the front wall surface 2a by the hanging rings 71 and 71 provided at the portion of the cords 6a and 6b connected via the attachment member a by the hanging rings 70 and 70 and brought close to the center of the front wall surface 2a. 2. The apparatus for discharging residual grains in a grain transporting container according to claim 1, wherein the other end sides lowered are connected to or continuous with each other, and a single gripping portion 8 is provided there. Is.
[0019]
DETAILED DESCRIPTION OF THE INVENTION
Next, embodiments of the present invention will be described in detail with reference to the drawings.
FIG. 6 is a perspective view of a first embodiment of the means of the present invention, in which A is a frame 1 represented by a chain line and a grain bag 2 made of a sheet of synthetic resin material suspended on the frame 1. A container for transporting the grain constituted by 6a, 6a is a string disposed on the left side of the bottom of the grain bag 2 of the container A, and 6b is a string disposed on the right side of the bottom of the grain bag 2.
[0020]
The container A for transporting the grain is a steel frame, and as shown in FIG. 3, a hollow cubic frame 1 that can be placed on the loading platform t of the truck T or the loading platform of the grain transporting vehicle is assembled. Or it is the usual thing which suspends and comprises the grain bag 2 formed with the cloth, and the grain bag 2 of it is the upper edge side of the frame 1 with the sheath-like part 20 ... installed in the outer periphery of an upper side. It is suspended in the frame 1 by being inserted into the girder 11 and the bottom continuous side is formed in an inverted pyramid shape having four wall surfaces 2a, 2b, 2c and 2d. It is. The lower mouth 21 of the grain bag 2 is assembled with a metal material and connected to the upper mouth of a machine-like discharger box 30 that can be mounted on the bottom of the frame 1. The grain put in and stuck in is opened in a shutter (not shown) installed in the ejector box 30 and assembled to the unloader box 32 that is pivotally connected to the lower surface side of the ejector box 30. It is a normal one that flows out from the extraction rod 31 by the operation of the extraction screw driven by the motor.
[0021]
6a and 6b are strings arranged on the left and right sides of the inverted pyramid bottom portion of the grain bag 2, and the grain transport container A is placed on the loading platform t of the truck T as shown in FIG. The wall surface 2a heading to the rear edge side of the loading platform t of the truck T, which is the direction in which the grain is taken out from the grain bag 2, is used as a reference, and the left and right sides of the wall surface 2a are the front surfaces. Are arranged.
[0022]
The left string 6a and the right string 6b are upper and lower intermediate portions of the ridges 22 and 22 located on the left and right side edges of the wall surface 2a with each one end side as a front side. Using the stringing rings 5 and 5 provided at the part slightly upward, the other ends are connected to the right and left ridges 20 and 20 located on the left and right edges of the wall 2c on the back side. And is inserted through the string loops 5 and 5 installed at the upper and lower intermediate portions of the ridges 22 and 22 and folded back toward the front side, and the front side of the front wall surface 2a. However, in order to facilitate the pulling operation on the other end side of the strings 6a and 6b at this time, the cords 6a and 6b are attached to the ridges 22 and 22 located at the left and right edges of the wall surface 2c on the back side. The stringing rings 5 and 5 are respectively made of metal or synthetic resin. Attach more molded Tsuwa 70, 70 of the rigid body, are folded toward the front wall 2a of the front side is inserted into the Tsuwa 70 & 70.
[0023]
In addition, the other end side of the folded strings 6a and 6b is a string in which one end side of the strings 6a and 6b is tied so that the operation of pulling it on the front surface side of the wall surface 2a on the front side can be performed accurately. The front side of the front wall surface 2a is positioned above the through-holes 5 and 5 and inserted into the suspension rings 71 and 71 provided separately on the left and right ridges 22 and 22 of the front wall surface 2a. Each of the grips 8 and 8 is attached to each of them.
[0024]
Accordingly, the container A for transporting the grain according to this embodiment is placed on the loading platform t of the truck T and moved to a position adjacent to the combine that is harvesting in the field, and is received by the grain bag 2 there. The transported grain is transported to a desired place by driving the truck T, and at that place, the cargo container on the rear edge side of the loading platform t of the truck T is opened and rotated, and the spring-contained grain transport cylinder 4 is taken out. When the grain discharging operation is performed by connecting to 31, at the end of the discharging operation, on the front side of the wall surface 2 a of the grain bag 2 facing the rear edge of the loading platform t of the truck T which is the grain extraction direction. All the four wall surfaces 2a, 2b, 2c, and 2d at the bottom of the grain bag 2 are swung together by grasping and pulling the grips 8 and 8 on the other end side of the hanging strings 6a and 6b. As a result, the grain remaining in the grain bag 2 flows out cleanly. .
[0025]
Next, FIG. 7 shows a modification of the above-described embodiment apparatus.
In this example, the string 6 that swings the bottom of the grain bag 2 from the outside is divided into a left string 6a and a right string 6b, and one end side of each string 22 is located on both sides of the front wall 2a. -The other end side is tied to the string loops 5 and 5 provided at 22 and the other end side is inserted into the suspension rings 70 and 70 provided on the ridges 22 and 22 located on both sides of the wall surface 2c on the back side and folded back to the front side. As described above, it is inserted into the suspension rings 71 and 71 installed on the ridges 22 and 22 located on the left and right sides of the front wall surface 2a so as to hang down on the front surface side of the front wall surface 2a. Although it is the same as that of an Example, the other end side of the string 6a * 6b hanging down on the front side of the wall surface 2a on the front side is connected to each other, or is made to continue as one string, This is an example in which one grip 8 is attached.
[0026]
In this example, the left wall 6a and the right string 6b are pulled simultaneously by pulling one gripping part 8 that hangs down in front of the front wall surface 2a, so that the four wall surfaces 2a at the bottom of the grain bag 2 are pulled.・ 2b ・ 2c ・ 2d will be moved together.
[0027]
Next, FIG. 8 shows another embodiment. In this example, one end side of the cords 6a and 6b arranged on the left and right sides of the bottom portion of the grain bag 2 is provided on the ridges 20 and 20 located on the left and right sides of the front wall surface 2a. The other end side is led toward the rear wall surface 2c, inserted into the suspension rings 70 and 70 provided on the ridges 22 and 22 located on both sides of the wall surface 2c, respectively, and folded to the front side. As described above, the front wall side 2a is suspended from the front side of the front wall surface 2a by being inserted into the other hanging rings 71 and 71 provided on the ridges 22 and 22 located on the left and right sides of the side wall surface 2a. The left and right straps 6a and 6b are provided with hanging rings 71 and 71 provided on the left and right sides of the front wall surface 2a. On the left and right sides of the ridges 22 It is an example in which ensure that you have attached to the wall 2a was asked to.
[0028]
In this example, the other end side of the left and right cords 6a and 6b hanging from the front side of the wall surface 2a on the front side is gripped and pulled by the gripping portions 8 and 8 provided on the left and right cords 6a and 6b. When the four wall surfaces 2a, 2b, 2c, and 2d are moved together, the front wall surface 2a is connected to each end of the cords 6a and 6b, and the front and rear wall surfaces 2a is pulled to the back side at the two places with the attachment parts of the suspension rings 71 and 71 provided at the positions close to the left and right central parts, and the left and right wall surfaces 2b and 2d are moved so as to be narrowed down. The operation of sliding the bottom of the grain bag 2 for allowing the grain to flow out from the outer peripheral side by the string 6 becomes more reliable.
[0029]
Next, FIG. 9 shows another alternative embodiment. This example is a modification of the embodiment shown in FIG. 8 described above, and is inserted into the suspension rings 71 and 71 attached to the left and right centers of the wall surface 2a on the front side, and the wall surface 2a on the front side is inserted. The other ends of the strings 6a and 6b hanging down on the front surface are connected to each other, or one string is used with the insertion direction reversed, so that they are continuous with each other, and one gripping portion 8 is attached thereto. This is an example.
[0030]
In this embodiment, by gripping and pulling one gripping portion 8, the same action as that of the above-described third embodiment is achieved.
[0031]
In each of these embodiments, the string threading rings 5 and 5 linking one end side of the left and right strings 6a and 6b are attached to the outer periphery of the bottom of the grain bag 2 in the conventional means shown in FIGS. This is because the ones of the strings 6a and 6b are connected to the left and right side edges of the wall surface 2a on the front side of the bottom of the grain bag 2 and the outer periphery of the bottom of the grain bag 2 What is necessary is just to come to be tied to a surface, it is not necessary to form in the ring which lets a string pass, and it may form as the attachment member a of a suitable shape. Also, the attachment site is not necessarily attached to the ridges 22, 22 formed in a rib shape, and is directly attached to the wall surface of the bottom of the grain bag 2 in the vicinity of the ridges 22, 22. It may be.
[0032]
The same applies to the string loops 5 and 5 provided on the ridges 22 and 22 located on the left and right sides of the wall surface 2c on the back side of the bottom of the grain bag 2. It is used as a mounting member for the suspension rings 70 and 70 for facilitating the pulling operation of the left and right strings 6a and 6b that are folded back to the left and right, as long as the suspension rings 70 and 70 are attached. In addition, it may be formed on the attachment member a having an appropriate shape, and the installation position is not limited to the ridges 22 and 22 but is attached to the wall surface of the bottom of the grain bag 2 in the vicinity thereof. It is a good thing to do.
[0033]
【The invention's effect】
As described above, the apparatus for discharging residual grains in the container for transporting grains according to the present invention pulls the strings arranged on the outer periphery of the bottom of the grain bag, thereby providing four wall surfaces at the bottom of the grain bag. Is moved at a time, and the operation for discharging the residual grain due to the pulling of the string can be performed accurately.
[Brief description of the drawings]
FIG. 1 is a perspective view of a frame body of a conventional container for transporting grain.
FIG. 2 is a perspective view of a grain bag of the container.
FIG. 3 is a perspective view showing a state where the container is mounted on the loading platform of the truck of the container.
FIG. 4 is an explanatory view showing a state in which the grain remaining in the grain bag of the container is generated.
FIG. 5 is a perspective view of a means for discharging the residual grain of the grain bag of the container same as above.
FIG. 6 is a perspective view of a residual grain discharging means in a grain carrying container for carrying out the present invention.
FIG. 7 is a perspective view of another embodiment of the above means.
FIG. 8 is a perspective view of still another example of the above.
FIG. 9 is a perspective view of a still further different embodiment.
[Explanation of symbols]
A ... container, G ... grain, T ... truck, a ... mounting member, t ... loading platform, 1 ... frame body, 10 ... prop, 11 ... girder, 12 ... support frame, 2 ... grain bag, 2a, 2b 2c · 2d ... wall surface, 20 ... sheath-like part, 21 ... lower mouth, 22 ... ridge, 30 ... discharger box, 31 ... unloading trough, 32 ... unloader box, 4 ... grain carrier cylinder, 5 ... string loop , 6 · 6a · 6b ... string, 70 · 71 ... hanging ring, 8 ... gripping portion.

Claims

金属材により中空の立方体状に組み立てた枠体１の内部空間に、柔軟なシート・布地により底部側が四つの壁面２ａ・２ｂ・２ｃ・２ｄを具備する倒立する角錐状に形成した穀粒袋２を落とし込んで枠体１に懸架せしめてなる穀粒運搬用のコンテナＡにおいて、穀粒袋２の底部の四つの壁面のうちの一つの壁面２ａを基準となる正面として、この基準とした正面側の壁面２ａの左右に位置する壁面２ｂ・２ｄの各外側位置に２本の紐６ａ・６ｂを振り分けて各別に配位し、それら２本の紐６ａ・６ｂの各一端側を、基準とした壁面２ａの左右の側縁に位置する稜部２２と稜部２２とにそれぞれ設けた取付部材ａに各別に結び付け、これら２本の紐６ａ・６ｂの各他端側を、基準とする壁面２ａに対向する背面側の壁面２ｃに向け導き、その壁面２ｃの左右の側縁にそれぞれ位置する稜部２２と稜部２２とにそれぞれ取付部材を介して装設せる吊環７０と吊環７０とにそれぞれ挿通して正面側の壁面２ａに向け折り返し、その壁面２ａの左右の側縁にそれぞれ位置する稜部２２と稜部２２とにそれぞれ取付部材ａを介して取り付けた別の吊環７１と吊環７１とに各別に挿通して前記壁面２ａの前面側にそれぞれ垂れ下がらせ、それら紐６ａ・６ｂの各他端側の端部にそれぞれ把持部８を装着することを特徴とする穀粒運搬用のコンテナにおける残留穀粒の排出装置。A grain bag 2 formed in an inverted pyramid shape having four wall surfaces 2a, 2b, 2c, and 2d on the bottom side by a flexible sheet / fabric in an internal space of the frame 1 assembled in a hollow cubic shape by a metal material In the container A for transporting the grain that is dropped and suspended on the frame 1, one of the four wall surfaces at the bottom of the grain bag 2 is set as the standard front surface, and the front side as the reference coordinated with each other by distributing the two straps 6a · 6b on each outer position of the wall surface 2b · 2d located on the left and right wall surfaces 2a of the respective end side thereof two straps 6a · 6b, taken as a reference bound to each other to the mounting member a which is provided respectively to the ridge 22 and the ridge 22 located on the left and right side edges of the wall surface 2a, the wall surface 2a of the respective other ends of these two straps 6a · 6b, the reference Toward the wall 2c on the back side facing the wall Folded toward the wall surface 2a on the front side and respectively inserted respectively to the ridge 22 and the ridge 22 located on left and right side edges of the 2c through the mounting member to the Tsuwa 70 and Tsuwa 70 that was So設, its is inserted into a different Tsuwa 71 and Tsuwa 71 respectively to the ridge 22 and the ridge 22 located on left and right side edges of the wall 2a has mounted via a mounting member a to each other on the front side of the wall surface 2a each allowed hang residual grain discharge device in the container for grain transportation, characterized in that the end of each end side thereof string 6a · 6b fitted respectively grip portion 8.

２本の紐６ａ・６ｂを、穀粒袋２の底部の左右の両側位置に、振り分けて各別に配位し、それら２本の紐６ａ・６ｂの各一端側を、正面側の壁面２ａの左右の側縁にそれぞれ位置する稜部２２と稜部２２とにそれぞれ設けた取付部材ａに各別に結び付け、各他端側を背面側の壁面２ｃの両側に位置する稜部２２と稜部２２とにそれぞれ設けた吊環７０と吊環７０とにそれぞれ挿通して正面側に折り返し、その正面側の壁面２ａの左右の側縁に位置する稜部２２と稜部２２とに設けた吊環７１と吊環７１とにそれぞれ挿通して正面側の壁面２ａの前面に垂れ下がらせ、それら左右の紐６ａ・６ｂの各他端側の端部を、互いに連結または連続させて、それら他端側の端部に一つの把持部８を装着することを特徴とする請求項１記載の穀粒運搬用のコンテナにおける残留穀粒の排出装置。 The two strings 6a and 6b are distributed to the left and right sides of the bottom of the grain bag 2 and arranged separately, and one end of each of the two strings 6a and 6b is connected to the front wall surface 2a. right and left tied to each other in the mounting member a which is provided respectively to the ridge 22 and the ridge 22 located respectively on the side edges, position each other end on both sides of the rear side wall surface 2c ridge 22 and crest parts respectively inserted into the Tsuwa 70 and Tsuwa 70 provided respectively to the 22 folded on the front side, provided on the ridge portion 22 and the ridge 22 located on the left and right side edges of the wall surface 2a of the front Tsuwa 71 and Tsuwa 71 and to be respectively inserted so hang in front of the wall surface 2a on the front side, the end of each end side thereof left and right cord 6a · 6b, and connected or is contiguous with each other, their other end claim 1 grain transport for the, wherein the mounting of one of the grip portion 8 in the end portion Residual grain discharge device in antenna.

２本の紐６ａ・６ｂを、穀粒袋２の底部の左右の両側位置に振り分けて各別に配位し、それら２本の紐６ａ・６ｂの各一端側を、正面側の壁面２ａの左右の側縁にそれぞれ位置する稜部２２と稜部２２とにそれぞれ設けた取付部材ａに各別に連結し、各他端側を背面側の壁面２ｃの左右の両側に位置する稜部２２と稜部２２とにそれぞれ設けた吊環７０と吊環７０とにそれぞれ挿通して正面側の壁面２ａに折り返し、それら左右の紐６ａ・６ｂの各他端側を、正面側の壁面２ａの左右の中央に寄せた部位に装設せる吊環７１と吊環７１とにそれぞれ挿通して、正面側の壁面２ａの前面側に垂れ下がらせ、それら左右の紐６ａ・６ｂの各他端側の端部に把持部８・８をそれぞれ設けることを特徴とする請求項１記載の穀粒運搬用のコンテナにおける残留穀粒の排出装置。 The two strings 6a and 6b are distributed to the left and right sides of the bottom of the grain bag 2 and arranged separately , and each one end of the two strings 6a and 6b is connected to the front wall 2a. linked to each other to the mounting member a which is provided respectively to the ridge 22 and the ridge 22 located on left and right side edges, a ridge 22 positioned on both sides of the left and right of each other end back side of the wall 2c folding the wall surface 2a on the front side and respectively inserted into the Tsuwa 70 and Tsuwa 70 provided respectively to the ridge 22, the respective other end thereof left and right cord 6a · 6b, the center of the left and right wall surfaces 2a on the front side each inserted into the Tsuwa 71 and Tsuwa 71 to So設the site closer to the causes sag on the front side of the wall surface 2a on the front side, grasping the end of each end side thereof left and right cord 6a · 6b The container for transporting grains according to claim 1, wherein the parts 8 and 8 are provided respectively. Residual grain discharge device that.

２本の紐６ａ・６ｂを穀粒袋２の底部の左右の両側に振り分けて各別に配位し、それら左右の紐６ａ・６ｂの一端側を正面側の壁面２ａの左右の稜部２２・２２に取付部材ａを介して結び付け、各他端側を、背面側の壁面２ｃの左右の稜部２２・２２にそれぞれ設けた吊環７０と吊環７０とに挿通して、それぞれ正面側に折り返し、正面側の壁面２ａの中央に寄せた部位にそれぞれ設けた吊環７１と吊環７１とにそれぞれ挿通して正面側の壁面２ａの前面側に垂れ下がらせ、それら各他端側の端部を、互いに連結または連続させて、それら他端側の端部に一つの把持部８を設けることを特徴とする請求項１記載の穀粒運搬用のコンテナにおける残留穀粒の排出装置。 The two strings 6a and 6b are distributed to the left and right sides of the bottom of the grain bag 2 and arranged separately, and one end side of the left and right strings 6a and 6b is connected to the left and right ridges 22 and the front wall surface 2a. 22, and the other end side is inserted into the hanging ring 70 and the hanging ring 70 respectively provided on the left and right ridges 22 and 22 of the wall surface 2c on the back side, and folded back to the front side. and respectively inserted in the Tsuwa 71 and Tsuwa 71 respectively provided at a site closer to the center of the front wall 2a were hang on the front side of the wall surface 2a on the front side, the ends of their respective other end, to one another The apparatus for discharging residual grains in a grain transporting container according to claim 1, wherein one gripping part 8 is provided at an end on the other end side in a connected or continuous manner.