JPS6241B2 - - Google Patents

Description

【発明の詳細な説明】 本発明は、コンパクタにコンテナを引き寄せて
接続せしめるコンテナ接続装置に関するものであ
る。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a container connecting device that draws and connects containers to a compactor.

一般に、コンテナは運搬車によりコンパクタの
押出口前方床面に荷卸しされ、そのコンテナをコ
ンテナの押込口とコンパクタの押出口とが正確に
合致するように移動させて接続する必要がある。
そこで、従来、第１０図又は第１１図に示すよう
なコンテナ接続装置ａ，ｂが設けられている。前
者のコンテナ接続装置ａはコンパクタｃの前方床
面にピツトｄを設け、該ピツトｄ内に爪ｅ，ｆを
有するシヤフトｇ，ｈを回動自在に設け、該シヤ
フトｇ，ｈにシリンダｉ，ｊが接続されてなり、
一方、コンテナｋには下面に前記爪ｅ，ｆに当接
するストツパｌ，ｍが設けられ、コンテナｋがピ
ツトｄ上方に搬入されると、前進用の爪ｅを回動
させてコンテナｋを移動させ、コンパクタｃに接
続し、又、後退用の爪ｆを回動させてコンテナｋ
をコンパクタＣより離反させるようにしている
が、これでは床面にピツトｄを設けなければなら
ないため、既存ビルなどにはこの装置を設けるこ
とは困難であり、且つ費用も非常にかかることに
なる。又、後者のコンテナ接続装置ｂはコンパク
タｎの前部下面に出没自在な内筒ｏを有する外筒
ｐが固設され、該内筒ｏの先端に回動自在にフツ
クｑが枢支され、該フツクｑは重心が枢支点より
後方に位置するよう形成されて自重により先端が
上方へ回動するように設けられてなり、一方コン
テナｒの前端下面には前記フツクｑに係合する係
合ピンｓが設けられると共に、床面上にはフツク
ｑと係合ピンｓとの係合を解除するガイドｔが設
けられ、コンテナｒがコンパクタｎの前方に搬入
されると、内筒ｏを突出してフツクｑと係合ピン
ｓとを係合した後、内筒ｏを没入させてコンテナ
ｒを引き寄せ、コンパクタｎに接続し、又、内筒
ｏを突出してコンテナｒをコンパクタｎから離反
させると共に、フツクｑの先端がガイドｔに当接
し、フツクｑは先端が下方に回動して係合ピンｓ
との係合が解除され、この状態にてコンテナｒを
運搬車に引き上げて搬出するようにしているが、
これではコンテナｒを離反させた後、内筒ｏを没
入させる前にコンテナｒを搬出しなければなら
ず、コンテナｒ搬出前に内筒ｏを没入すると、再
びフツクｑと係合ピンｓとが係合してコンテナｒ
を引き寄せることになる。更に、コンパクタの稼
動率を上げるためにコンパクタの前方床面に台車
を設け、この台車に複数のコンテナを載置して台
車を移動せしめて順次コンテナに塵芥などを積み
込むようにした場合には上記コンテナ接続装置
ａ，ｂは共に用いることができなかつた。 Generally, the container is unloaded onto the floor in front of the compactor's ejection port by a transport vehicle, and the container must be moved and connected so that the container's ejection port and the compactor's ejection port are accurately aligned.
Therefore, conventionally, container connecting devices a and b as shown in FIG. 10 or 11 have been provided. The former container connecting device a has a pit d on the floor in front of the compactor c, rotatably provided in the pit d are shafts g and h having claws e and f, and cylinders i, h are attached to the shafts g and h. j is connected,
On the other hand, the container k is provided with stoppers l and m on its lower surface that contact the claws e and f, and when the container k is carried above the pit d, the forward claw e is rotated to move the container k. and connect it to the compactor c, and rotate the retreating claw f to remove the container k.
However, since this requires a pit d to be installed on the floor, it is difficult to install this device in existing buildings, and it is also extremely expensive. . In the latter container connection device b, an outer cylinder p having an inner cylinder o that can freely come out and retract is fixed to the lower front surface of the compactor n, and a hook q is rotatably supported at the tip of the inner cylinder o. The hook q is formed such that its center of gravity is located rearward from the pivot point, and the tip thereof is pivoted upward by its own weight.On the other hand, there is an engagement on the lower surface of the front end of the container r that engages with the hook q. A pin s is provided, and a guide t is provided on the floor surface to release the engagement between the hook q and the engagement pin s, and when the container r is carried in front of the compactor n, the inner cylinder o is projected. After engaging the hook q and the engaging pin s, the inner cylinder o is retracted to draw the container r and connected to the compactor n, and the inner cylinder o is protruded to separate the container r from the compactor n. , the tip of the hook q contacts the guide t, and the tip of the hook q rotates downward to engage the engagement pin s.
The engagement with the container r is released, and in this state, the container r is pulled up to the transport vehicle and carried out.
In this case, after the container r is separated, the container r must be taken out before the inner cylinder o is retracted, and if the inner cylinder o is retracted before the container r is taken out, the hook q and the engagement pin s are connected again. Engage container r
It will attract. Furthermore, in order to increase the operation rate of the compactor, if a trolley is installed on the floor in front of the compactor, multiple containers are placed on this trolley, and the trolley is moved to sequentially load garbage, etc. into the containers, the above procedure will be applied. Container connection devices a and b could not be used together.

本発明はかかる点に鑑みてなされたもので、コ
ンパクタに設けられ前後方向に移動自在なブーム
の先端に、コンテナの被係合部材に係合する係合
部材及び該係合部材を係合位置と解除位置とに位
置するよう操作する操作手段を設けることによつ
て、ピツトを設けることがなく、しかもコンテナ
の搬出前においても係合部材の後退方向の移動を
可能にしたコンテナ接続装置を提供するものであ
る。 The present invention has been made in view of the above, and includes an engaging member that engages with an engaged member of a container, and a position where the engaging member is positioned at the tip of a boom that is provided in a compactor and is movable in the front and rear directions. To provide a container connecting device which does not require a pit and allows the engaging member to move in the backward direction even before carrying out the container, by providing an operating means for operating the device to position the container in the release position and the releasing position. It is something to do.

以下、本発明の構成を実施例について図面に基
づいて説明する。 DESCRIPTION OF THE PREFERRED EMBODIMENTS The configuration of the present invention will be described below with reference to the drawings.

実施例 １ 本実施例は第１図乃至第４図に示すように、１
はコンパクタであつて、上面に投入口２が、前面
に押出口３がそれぞれ開口され、前面両側には固
縛装置（図示せず）が設けられ、内部には油圧シ
リンダ４が接続されて往復移動するラム５が装設
され、該ラム５は投入口２より投入された塵芥を
押出口３から押出すと共に、その塵芥を圧縮処理
するものである。また、コンパクタ１の前方には
レール６上に設置された台車７がコンパクタ１に
対して直交方向に移動可能に設けられ、該台車７
は２つのコンテナ８が載置可能なものであり、２
位置に停止可能である。該コンテナ８は運搬車に
より台車７上に搬入され、後部にテールゲート９
が設けられ、該テールゲート９には前記コンパク
タ１の押出口３に連通する押込口１０が開口さ
れ、該押込口１０の蓋体１１は側方の孔から挿入
される棒体１２にて脱着自在に固定される。Example 1 As shown in FIGS. 1 to 4, this example
is a compactor, which has an input port 2 on the top surface and an ejection port 3 on the front surface, lashing devices (not shown) are provided on both sides of the front surface, and a hydraulic cylinder 4 is connected inside to perform reciprocation. A moving ram 5 is installed, and the ram 5 pushes out the garbage input from the input port 2 through the extrusion port 3, and compresses the garbage. Further, in front of the compactor 1, a cart 7 installed on a rail 6 is provided so as to be movable in a direction orthogonal to the compactor 1.
is one in which two containers 8 can be placed, and 2
Can be stopped at any position. The container 8 is carried onto the trolley 7 by a carrier, and a tailgate 9 is installed at the rear.
The tailgate 9 is provided with a push-in port 10 that communicates with the extrusion port 3 of the compactor 1, and the cover 11 of the push-in port 10 is attached and removed by a rod 12 inserted through a side hole. Can be fixed freely.

前記コンパクタ１の下面には台車７上のコンテ
ナ８をその押込口１０とコンパクタ１の押出口３
とが合致するように引き寄せるコンテナ接続装置
１３が設けられている。該コンテナ接続装置１３
はコンテナ８の後部下面にピンよりなる被係合部
材１４が設けられる一方、コンパクタ１の下面に
フランジ１５を介して外筒１６が固設され、該外
筒１６内にブーム１７がシリンダ１８にて前後方
向に移動自在に設けられている。該ブーム１７の
先端には前記被係合部材１４に係合する係合部材
１９が設けられ、該係合部材１９はブーム１７に
フツク２０がピン２１により起伏自在に枢支され
てなる。更に、前記ブーム１７の先端部にはフツ
ク２０を係合位置（水平状態）及び解除状態（前
下り状態）に位置するよう操作する操作手段２２
が設けられている。該操作手段２２は筒状のスラ
イダ２３がブーム１７の先端外周に摺動自在に嵌
合され、該スライダ２３とブーム１７との間には
小隙が形成され、その小隙にパツド２４が介設さ
れている。上記スライダ２３の前部とフツク２０
の胴部中央との間には圧縮スプリングよりなる弾
発部材２５が接続され、該弾発部材２５はスライ
ダ２３の前進時に自然長状態でフツク２０を水平
状態（係合位置）に保持する。また、前記スライ
ダ２３の上部には該スライダ２３がブーム１７の
移動により前後移動するように前進用突起２６及
び後退用突起２７とが固設され、該後退用突起２
７は前記コンテナ８のテールゲート９下部に当接
する。上記前進用突起２６に当接する当接部材２
８は前記外筒１６の前部にやや前方に突出して固
設されている。更に、前記スライダ２３の上部に
はノツチボール２９が内側に突出して摺動自在に
設けられ、該ノツチボール２９は上方よりスプリ
ング３０によつて下方に押圧され、その押圧力は
ボルト３１により調節される。該ノツチボール２
９に対応して前記ブーム１７の上面に半球状のノ
ツチ溝３２が２つ刳設され、該ノツチ溝３２にノ
ツチボール２９が係合してスライダ２３を２位置
に停止保持する。３３はスライダ２３の最後退位
置を規制するストツパである。 The container 8 on the cart 7 is inserted into the underside of the compactor 1 through its push-in port 10 and the push-out port 3 of the compactor 1.
A container connecting device 13 is provided which draws the containers so that they match. The container connection device 13
An engaged member 14 made of a pin is provided on the rear lower surface of the container 8, while an outer cylinder 16 is fixedly installed on the lower surface of the compactor 1 via a flange 15, and a boom 17 is connected to the cylinder 18 within the outer cylinder 16. It is provided so that it can be moved freely in the front and rear directions. An engaging member 19 that engages with the engaged member 14 is provided at the tip of the boom 17, and the engaging member 19 has a hook 20 pivotally supported on the boom 17 by a pin 21 so as to be movable. Further, at the tip of the boom 17, there is an operating means 22 for operating the hook 20 to position it in an engaged position (horizontal state) and a disengaged state (forward downward state).
is provided. The operating means 22 has a cylindrical slider 23 that is slidably fitted to the outer periphery of the tip of the boom 17. A small gap is formed between the slider 23 and the boom 17, and a pad 24 is inserted into the small gap. It is set up. The front part of the slider 23 and the hook 20
A resilient member 25 made of a compression spring is connected between the center of the body of the slider 23 and the resilient member 25 holds the hook 20 in a horizontal state (engaged position) in its natural length state when the slider 23 moves forward. Furthermore, a forward protrusion 26 and a backward protrusion 27 are fixed to the upper part of the slider 23 so that the slider 23 moves back and forth with the movement of the boom 17.
7 comes into contact with the lower part of the tailgate 9 of the container 8. Abutting member 2 that comes into contact with the advancement protrusion 26
8 is fixed to the front part of the outer cylinder 16 so as to protrude slightly forward. Furthermore, a notch ball 29 is slidably provided at the top of the slider 23 and projects inwardly. The notch ball 29 is pressed downward from above by a spring 30, and the pressing force is adjusted by a bolt 31. The notch ball 2
9, two hemispherical notch grooves 32 are formed on the upper surface of the boom 17, and a notch ball 29 engages with the notch grooves 32 to stop and hold the slider 23 at two positions. 33 is a stopper for regulating the most retracted position of the slider 23.

次に作用について説明すると、コンテナ８をコ
ンパクタ１に接続する場合、スライダ２３が前進
状態、即ちフツク２０が水平状態でブーム１７を
外筒１６に対し前進移動させると、被係合部材１
４がフツク２０を弾発部材２５の弾発力に抗して
下方に回動させて該フツク２０に係合し（第３図
参照）、続いてブーム１７を後退移動させてコン
テナ８を引き寄せ押込口１０とコンパクタ１の押
出口３とを合致させる。 Next, to explain the operation, when connecting the container 8 to the compactor 1, when the slider 23 is in the forward state, that is, the hook 20 is in the horizontal state, and the boom 17 is moved forward relative to the outer cylinder 16, the engaged member 1
4 rotates the hook 20 downward against the elastic force of the elastic member 25 to engage the hook 20 (see FIG. 3), and then moves the boom 17 backward to pull the container 8. The push-in port 10 and the extrusion port 3 of the compactor 1 are aligned.

又、コンテナ８をコンパクタ１より離反させる
場合、ブーム１７を前進移動させると、後退用突
起２７がテールゲート９下部に当接してスライダ
２３がブーム１７に対して相対的に後退移動して
ストツパ３３に当接する。このスライダ２３の後
退移動によりフツク２０が弾発部材２５により引
張されて下方に回動して解除位置に位置し、フツ
ク２０と被係合部材１４との係合が解除される
（第４図参照）。この状態においてコンテナ８はブ
ーム１７の前進移動により押し戻される。 Further, when the container 8 is moved away from the compactor 1, when the boom 17 is moved forward, the retraction protrusion 27 comes into contact with the lower part of the tailgate 9, and the slider 23 moves backward relative to the boom 17, causing the stopper 33 to move backward. comes into contact with. Due to this backward movement of the slider 23, the hook 20 is pulled by the resilient member 25, rotates downward, and is located at the release position, and the engagement between the hook 20 and the engaged member 14 is released (Fig. 4). reference). In this state, the container 8 is pushed back by the forward movement of the boom 17.

満量のコンテナ８は運搬車に積み込まれて搬出
されるが、その積み込み前にフツク２０を後退さ
せてもよく、ブーム１７を最後退位置に移動させ
ると、当接部材２８に前進用突起２６が当接し、
スライダ２３がブーム１７に対して前進移動し、
そのスライダ２３の移動によりフツク２０が水平
状態に復帰して係合可能になる（第２図参照）。 A full container 8 is loaded onto a transport vehicle and carried out, but the hook 20 may be moved backward before loading. When the boom 17 is moved to the most retracted position, the forward projection 26 is attached to the abutting member 28. touches,
The slider 23 moves forward relative to the boom 17,
The movement of the slider 23 causes the hook 20 to return to a horizontal state and become engageable (see FIG. 2).

実施例 ２ 本実施例は第５図に示すように、コンテナ８の
後部下面に設けられる被係合部材３４が前方下部
に湾曲部を有するフツク３５よりなり、該フツク
３５の後部には前下りに傾斜する案内面３５ａが
形成されている。一方、ブーム１７の先端に設け
られる係合部材３６はブラケツト３７を介して左
右方向の係合ピン３８が起伏自在に設けられ、該
ブラケツト３７とスライダ２３との間に弾発部材
２５が接続されている。その他の構成及び作用は
実施例１と同様である。Embodiment 2 In this embodiment, as shown in FIG. 5, the engaged member 34 provided on the rear lower surface of the container 8 consists of a hook 35 having a curved portion at the front lower part, and the rear part of the hook 35 has a front downward slope. A guide surface 35a is formed which is inclined at . On the other hand, an engagement member 36 provided at the tip of the boom 17 is provided with an engagement pin 38 in the left and right direction via a bracket 37 so as to be able to rise and fall freely, and a resilient member 25 is connected between the bracket 37 and the slider 23. ing. Other configurations and operations are the same as in the first embodiment.

実施例 ３ 本実施例は第６図及び第７図に示すように、ブ
ーム１７の先端に設けられる係合部材３９はフツ
ク４０がピン４１により起伏自在に枢支され、該
フツク４０の基端部にやや前下りの長溝４２が穿
設されている。一方、操作手段２２はブーム１７
の先端外周にスライダ２３が摺動自在に嵌合さ
れ、該スライダ２３の前部にはブラケツト４３が
突設され、該ブラケツト４３には上下方向の長溝
４４が穿設され、該長溝４４に支持ピン４５が遊
嵌されている。該支持ピン４５は前記フツク４０
の長溝４２を貫通し、スライダ２３下部との間に
圧縮スプリングよりなる弾発部材４６が接続さ
れ、支持ピン４５を上方に押圧している。Embodiment 3 In this embodiment, as shown in FIGS. 6 and 7, an engaging member 39 provided at the tip of the boom 17 has a hook 40 pivotably supported by a pin 41 so as to be able to rise and fall freely. A long groove 42 is drilled in the front part. On the other hand, the operating means 22 is the boom 17
A slider 23 is slidably fitted on the outer periphery of the tip of the slider 23, and a bracket 43 is protruded from the front part of the slider 23. A long groove 44 in the vertical direction is bored in the bracket 43, and a support member is supported in the long groove 44. A pin 45 is loosely fitted. The support pin 45 is connected to the hook 40.
A resilient member 46 made of a compression spring is connected between the long groove 42 of the slider 23 and the lower part of the slider 23, and presses the support pin 45 upward.

従つて、スライダ２３の最前進時には支持ピン
４５がフツク４０の長溝４２の前部に位置し、フ
ツク４０を水平状態（係合位置）に保持し、コン
テナ８の被係合部材１４との係合はフツク４０が
弾発部材４６の弾発力に抗して支持ピン４５を下
方に押圧して下方に回動し、被係合部材１４と係
合する。また、スライダ２３がブーム１７に対し
て後退移動すると、支持ピン４５はフツク４０の
長溝４２の後部に移動し、フツク４０が前下り状
態（解除位置）になり、フツク４０と被係合部材
１４との係合が解除される。その他の構成及び作
用は実施例１と同様である。 Therefore, when the slider 23 is moved forward most, the support pin 45 is located in front of the long groove 42 of the hook 40, holds the hook 40 in a horizontal state (engaged position), and prevents the hook 40 from engaging with the engaged member 14 of the container 8. In this case, the hook 40 presses the support pin 45 downward against the elastic force of the elastic member 46, rotates downward, and engages with the engaged member 14. Further, when the slider 23 moves backward with respect to the boom 17, the support pin 45 moves to the rear part of the long groove 42 of the hook 40, and the hook 40 becomes the forward downward state (released position), and the hook 40 and the engaged member 14 The engagement with is released. Other configurations and operations are the same as in the first embodiment.

実施例 ４ 本実施例は第８図及び第９図に示すように、ブ
ーム１７の先端に設けられる係合部材４７はフツ
ク４８がピン４９により起伏自在に枢支されてな
る。該フツク４８は重心がピン４９より前方に位
置し、前部上面に湾曲部４８ａが形成されると共
に、先端部にリンク５０がピン５１にて摺動自在
に枢支されている。該リンク５０はフツク４８と
の間にねじりスプリング５２が介設され、後上り
に傾斜した状態に保持され、その際リンク５０の
先端が湾曲部４８ａの上方に位置する。また、フ
ツク４８の後部には後下りのカム面４８ｂが形成
されている。一方、操作手段２２はブーム１７の
先端外周にスライダ２３が摺動自在に嵌合され、
該スライダ２３には前記カム面４８ｂに対応して
支持ローラ５３が設けられ、該支持ローラ５３は
カム面４８ｂに当接してフツク４８を支持する。Embodiment 4 In this embodiment, as shown in FIGS. 8 and 9, an engaging member 47 provided at the tip of the boom 17 has a hook 48 pivoted to be movable up and down by a pin 49. The center of gravity of the hook 48 is located in front of the pin 49, a curved portion 48a is formed on the upper surface of the front portion, and a link 50 is slidably supported at the tip by a pin 51. A torsion spring 52 is interposed between the link 50 and the hook 48, and the link 50 is held in an upwardly inclined state, with the tip of the link 50 being located above the curved portion 48a. Further, a rear downward cam surface 48b is formed at the rear of the hook 48. On the other hand, the operating means 22 has a slider 23 slidably fitted on the outer periphery of the tip of the boom 17.
The slider 23 is provided with a support roller 53 corresponding to the cam surface 48b, and the support roller 53 supports the hook 48 by coming into contact with the cam surface 48b.

従つて、スライダ２３の最前進時には支持ロー
ラ５３がカム面４８ｂの前部に位置し、フツク４
８を水平状態（係合位置）に保持し、コンテナ８
の被係合部材１４との係合はリンク５０を下方に
押圧して湾曲部４８ａに係合する。また、スライ
ダ２３がブーム１７に対して後退位置すると、支
持ローラ５３も後退し、フツク４８は自重により
前下り状態（解除位置）になり、フツク４８と被
係合部材１４との係合が解除される。その他の構
成及び作用は実施例１と同様である。 Therefore, when the slider 23 moves forward most, the support roller 53 is located in front of the cam surface 48b, and the hook 4
8 in a horizontal state (engaged position), and
The engagement with the engaged member 14 presses the link 50 downward and engages the curved portion 48a. Furthermore, when the slider 23 moves backward relative to the boom 17, the support roller 53 also moves backward, and the hook 48 falls forward due to its own weight (released position), and the engagement between the hook 48 and the engaged member 14 is released. be done. Other configurations and operations are the same as in the first embodiment.

以上のように本発明によれば、ピツトなどを設
けることなく簡易に接続装置を取付けることがで
き、更に、コンパクタ前方に複数のコンテナが載
置可能な台車を設け、その台車を移動させて順次
コンテナに塵芥を積み込むようにすることができ
るので、コンパクタを効率よく稼動させることが
可能となる。 As described above, according to the present invention, it is possible to easily attach a connecting device without providing a pit or the like, and furthermore, a trolley on which a plurality of containers can be placed is provided in front of the compactor, and the trolley is moved so that the containers can be placed one after another. Since garbage can be loaded into the container, the compactor can be operated efficiently.

【図面の簡単な説明】[Brief explanation of the drawing]

第１図乃至第９図は本発明の実施態様を例示
し、第１図乃至第４図は実施例１を示し、第１図
はコンパクタとコンテナとの離脱時を一部断面に
して示す側面図、第２図はコンテナ接続装置の断
面図、第３図は一部省略して示す係合部材と被係
合部材との係合時の同断面図、第４図は一部省略
して示す係合部材と被係合部材との解除時の同断
面図、第５図は実施例２のコンテナ接続装置の断
面図、第６図及び第７図は実施例３を示すもの
で、第６図は一部省略して示す係合時のコンテナ
接続装置の断面図、第７図は解除時の同断面図、
第８図及び第９図は実施例４を示すもので、第８
図は一部省略して示す係合時のコンテナ接続装置
の断面図、第９図は解除時の同断面図、第１０図
及び第１１図は従来のコンテナ接続装置を示す側
面図である。 １……コンパクタ、５……ラム、７……台車、
８……コンテナ、９……テールゲート、１３……
コンテナ接続装置、１４，３４……被係合部材、
１６……外筒、１７……ブーム、１８……シリン
ダ、１９，３６，３９，４７……係合部材、２
０，３５，４０，４８……フツク、２２……操作
手段、２３……スライダ、２４……パツド、２
５，４６……弾発部材、３８……係合ピン、４
２，４４……長溝、４５……支持ピン、４８ｂ…
…カム面、５３……支持ローラ。 FIGS. 1 to 9 illustrate embodiments of the present invention, FIGS. 1 to 4 show Embodiment 1, and FIG. 1 is a side view partially cut away when the compactor and container are separated. 2 is a cross-sectional view of the container connecting device, FIG. 3 is a cross-sectional view of the engaging member and the engaged member shown when the engaging member and the engaged member are engaged, and FIG. 4 is partly omitted. FIG. 5 is a cross-sectional view of the container connecting device of the second embodiment, and FIGS. 6 and 7 show the third embodiment. Figure 6 is a sectional view of the container connecting device when engaged, with some parts omitted, and Figure 7 is the same sectional view when released.
FIG. 8 and FIG. 9 show Example 4.
FIG. 9 is a cross-sectional view of the container connecting device when engaged, with some parts omitted from the drawings, FIG. 9 is a cross-sectional view of the same when released, and FIGS. 10 and 11 are side views showing the conventional container connecting device. 1... compactor, 5... ram, 7... trolley,
8...Container, 9...Tailgate, 13...
Container connection device, 14, 34... engaged member,
16... Outer cylinder, 17... Boom, 18... Cylinder, 19, 36, 39, 47... Engaging member, 2
0, 35, 40, 48... Hook, 22... Operation means, 23... Slider, 24... Pad, 2
5, 46... Resilient member, 38... Engagement pin, 4
2, 44...Long groove, 45...Support pin, 48b...
...Cam surface, 53...Support roller.

Claims (1)

【特許請求の範囲】 １ コンパクタに対しブームを前後方向に摺動自
在に設け、前記ブームの先端にコンテナ側に設け
られた被係合部材に係合可能な係合部材を起伏自
在に枢支し、さらに前記ブームの先端外周に前後
方向に摺動自在なスライダを嵌合して操作手段を
形成し、前記ブームの前進時操作手段がコンテナ
側に当接して操作手段が相対的に後退した際係合
部材を被係合部材より離脱せしめ、一方前記ブー
ムの後退時操作手段がコンパクタ側に当接して操
作手段が相対的に前進した際係合部材を被係合部
材と係合する位置に復帰せしめることを特徴とす
る、コンテナ接続装置。 ２ 操作手段は、スライダと係合部材との間に弾
発部材を装設してなる特許請求の範囲第１項記載
のコンテナ接続装置。 ３ 操作手段は、スライダの先端に上下方向の長
溝を介して支持ピンを遊嵌し、該支持ピンとスラ
イダ下部との間に弾発部材を装設してなり、前記
支持ピンを係合部材に長溝を介して遊嵌せしめた
特許請求の範囲第１項記載のコンテナ接続装置。 ４ 操作手段は、スライダの前部に支持ローラを
設けてなり、該支持ローラに対応して係合部材に
後下りのカム面を形成した特許請求の範囲第１項
記載のコンテナ接続装置。[Scope of Claims] 1. A boom is provided on the compactor so as to be slidable in the front and rear directions, and an engaging member capable of engaging with an engaged member provided on the container side is pivotally supported at the tip of the boom so as to be able to freely move up and down. Further, a slider slidable in the front and back direction is fitted to the outer periphery of the tip of the boom to form an operating means, and when the boom moves forward, the operating means contacts the container side and the operating means relatively retreats. a position where the engaging member is disengaged from the engaged member when the boom is retracted, and the engaging member is engaged with the engaged member when the operating means moves forward relative to the compactor when the boom's retracting operating means contacts the compactor side; A container connection device characterized by allowing the container to return to its original state. 2. The container connection device according to claim 1, wherein the operating means includes a resilient member installed between the slider and the engaging member. 3. The operating means includes a support pin loosely fitted to the tip of the slider via a long groove in the vertical direction, and a resilient member installed between the support pin and the lower part of the slider, and the support pin is inserted into the engagement member. The container connecting device according to claim 1, wherein the container connecting device is loosely fitted through a long groove. 4. The container connecting device according to claim 1, wherein the operating means includes a support roller provided at the front of the slider, and a rearward downward cam surface is formed on the engagement member in correspondence with the support roller.