JPH06156665A - Conveyor device - Google Patents
Conveyor deviceInfo
- Publication number
- JPH06156665A JPH06156665A JP33501992A JP33501992A JPH06156665A JP H06156665 A JPH06156665 A JP H06156665A JP 33501992 A JP33501992 A JP 33501992A JP 33501992 A JP33501992 A JP 33501992A JP H06156665 A JPH06156665 A JP H06156665A
- Authority
- JP
- Japan
- Prior art keywords
- belt
- tension
- roller
- frame
- drive roller
- 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.)
- Pending
Links
Abstract
Description
【０００１】[0001]
【産業上の利用分野】本発明は例えばトラックの荷台床
面などを構成するコンベア装置に関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a conveyor device that constitutes, for example, the floor surface of a truck bed.
【０００２】[0002]
【従来の技術】従来、一対の平行な左右コンベアフレー
ム間に駆動及び従動ローラを回転自在に軸支させ、各ロ
ーラ間にエンドレスゴム平ベルトを張設させ、該ベルト
上面に荷物を載せて搬送する技術があった。2. Description of the Related Art Conventionally, driving and driven rollers are rotatably supported between a pair of parallel left and right conveyor frames, endless rubber flat belts are stretched between the rollers, and a load is placed on the upper surface of the belt for conveyance. There was a technique to do it.
【０００３】[0003]
【発明が解決しようとする課題】前記従来技術は、重量
物を搬送する場合、チェンまたはＶベルトなどを設けて
平ベルトの搬送力を大きくする必要があると共に、テン
ションボルトをコンベアフレームの外側に設けて該ボル
トによって従動ローラを変位させ、平ベルトのテンショ
ン調節を行っていたから、平ベルトを設置するのに必要
な左右幅が左右コンベアフレームの左右幅よりも大きく
なり、また従動ローラの変位によって平ベルトの荷物搬
送面長さが変化する等の構造上及び機能上の問題があっ
た。In the prior art described above, when a heavy object is conveyed, it is necessary to provide a chain or a V-belt to increase the conveying force of the flat belt, and the tension bolts are provided outside the conveyor frame. Since the driven roller is provided and the driven roller is displaced by the bolt to adjust the tension of the flat belt, the horizontal width required to install the flat belt becomes larger than the horizontal width of the left and right conveyor frames, and the flat roller is displaced by the displacement of the driven roller. There are structural and functional problems such as the length of the baggage transport surface changing.
【０００４】[0004]
【課題を解決するための手段】然るに、本発明は、コン
ベアフレーム両側に駆動及び従動ローラを設けてエンド
レスゴム平ベルトを張設させると共に、テンションバネ
によってテンションローラを前記ベルトに弾圧させるコ
ンベア装置において、前記ベルトを巻装させる駆動ロー
ラ外周に弾性合成樹脂製外皮体を一体固定させると共
に、前記ベルト上面側の荷物搬送面を略平坦な状態で摺
動自在に支持するフロアフレームを設け、該フロアフレ
ームの一側部と駆動ローラの間でコンベアフレームの上
下幅内にテンションバネ及びテンションローラを下方側
から取付けるように構成したもので、駆動ローラに外皮
体を固定させることによって前記ベルトの搬送力を容易
に増大させ得ると共に、コンベアフレームを設置する空
間にテンションバネ及びテンションローラを内設し得、
また前記ベルトの荷物搬送面長さを略一定に保った状態
でテンション調節し得、さらに駆動ローラにテンション
ローラを近接させて駆動ローラに前記ベルトを半周以上
の長さで容易に接触させ得るものである。SUMMARY OF THE INVENTION Therefore, the present invention provides a conveyor device in which driving and driven rollers are provided on both sides of a conveyor frame to stretch an endless rubber flat belt, and a tension roller elastically presses the tension roller against the belt. A floor frame for integrally fixing an outer cover made of an elastic synthetic resin on the outer periphery of a drive roller around which the belt is wound, and for slidably supporting the load carrying surface on the upper surface side of the belt in a substantially flat state. A tension spring and a tension roller are attached from below from within the vertical width of the conveyor frame between one side of the frame and the drive roller, and the belt conveying force is fixed by fixing the outer cover to the drive roller. The tension spring can be easily added to the space where the conveyor frame is installed. Provided inside to obtain a fine tension roller,
Further, the tension can be adjusted while keeping the length of the belt carrying surface substantially constant, and the tension roller can be brought closer to the driving roller to easily contact the driving roller with the belt over a half circumference or more. Is.
【０００５】[0005]
【実施例】以下、本発明の実施例を図面に基づいて詳述
する。図１は平ベルト部の側面図、図２はトラック荷台
の側面図、図３は同平面図であり、四角箱形のトラック
荷台（１）の左側前部と後部に開閉自在なドア（２）
（３）（３）を取付け、側面開口（４）または後面開口
（５）から荷物（６）を荷台（１）内部に出入させるも
ので、並設させる３本のエンドレスゴム平ベルト（７）
…を荷台（１）床面で前後方向に張設させ、ベルト
（７）上に荷物（６）を載せて前後に搬送させると共
に、荷台（１）天井にレール（８）を介して仕切板
（９）を前後方向に摺動自在に吊下げ、仕切板（９）に
よって前後方向の荷崩れを防ぎ、また不要なときはレー
ル（８）後端から仕切板（９）を取外すように構成して
いる。Embodiments of the present invention will now be described in detail with reference to the drawings. FIG. 1 is a side view of the flat belt portion, FIG. 2 is a side view of the truck carrier, and FIG. 3 is a plan view of the truck carrier. The square box-shaped truck carrier (1) has a door (2 )
(3) Three endless rubber flat belts (7) which are attached side by side (3) are mounted and the luggage (6) is put in and out of the luggage carrier (1) through the side opening (4) or the rear opening (5).
... is stretched in the front-back direction on the floor of the loading platform (1), the luggage (6) is placed on the belt (7) and transported back and forth, and the partition plate is mounted on the ceiling of the loading platform (1) via the rail (8). (9) is slidably suspended in the front-rear direction, the partition plate (9) prevents the load from collapsing in the front-rear direction, and the partition plate (9) is removed from the rear end of the rail (8) when unnecessary. is doing.
【０００６】さらに、図１、図４、図５に示す如く、１
本の平ベルト（７）に対して２本の左右コンベアフレー
ム（１０）（１１）を備え、各フレーム（１０）（１
１）の前端間及び後端間に駆動及び従動プーリ（１２）
（１３）を軸支させ、各プーリ（１２）（１３）間に平
ベルト（７）を張設させると共に、各フレーム（１０）
（１１）の前端間に連結板（１４）（１４）（１５）を
ボルト（１６）…止め固定させ、中央のフレーム（１
０）（１１）にＴ形支柱（１７）（１７）を立設固定さ
せ、隣接の連結板（１４）（１５）と支柱（１７）をボ
ルト（１８）…止め固定させるもので、トラック搭載バ
ッテリを電源とする電動モータ（１９）と出力スプロケ
ット（２０）を減速ギヤケース（２１）に備え、該ケー
ス（２１）を中央の連結板（１５）上面に固設させてい
る。Further, as shown in FIGS. 1, 4 and 5, 1
Two left and right conveyor frames (10) (11) are provided for each flat belt (7), and each frame (10) (1)
Driving and driven pulleys (12) between the front and rear ends of 1)
(13) is pivotally supported, a flat belt (7) is stretched between the pulleys (12) and (13), and each frame (10) is
Connecting plates (14), (14) and (15) are fixed between the front ends of (11) by bolts (16) ...
0) (11) T-shaped support columns (17) (17) are erected and fixed, and adjacent connecting plates (14) (15) and support columns (17) are fixed by bolts (18) ... An electric motor (19) that uses a battery as a power source and an output sprocket (20) are provided in a reduction gear case (21), and the case (21) is fixedly provided on the upper surface of a central connecting plate (15).
【０００７】さらに、図６に示す如く、駆動ローラ（１
２）両端にローラ軸（２２）（２２）を固定し、前記フ
レーム（１０）（１１）前端のベアリング軸受（２３）
（２３）にローラ軸（２２）（２２）を軸支させると共
に、隣接の各ローラ軸（２２）（２２）を軸継手（２
４）によって着脱自在にキー嵌合連結させ、軸継手（２
４）に一体形成する入力スプロケット（２５）を出力ス
プロケット（２０）にチェン（２６）を介して連動連結
させ、前記モータ（１９）によってローラ（１２）を正
逆転させ、平ベルト（７）上面側の荷物搬送面を前後動
させるもので、平ベルト（７）と略同一材質の弾性合成
樹脂製外皮体（２７）を金属製の駆動ローラ（１２）外
周に巻装させて一体的に接着固定させ、ベルト（７）と
ローラ（１２）がスリップするのを外皮体（２７）によ
って防ぐように構成している。Further, as shown in FIG. 6, the driving roller (1
2) Roller shafts (22) and (22) are fixed to both ends, and bearing bearings (23) at the front ends of the frames (10) and (11)
The roller shafts (22) and (22) are pivotally supported by (23), and the adjacent roller shafts (22) and (22) are connected to the shaft coupling (2).
4) Removably key-fit and connect with the shaft coupling (2
4) The input sprocket (25) integrally formed with the output sprocket (20) is interlockingly connected to the output sprocket (20) via the chain (26), and the roller (12) is normally and reversely rotated by the motor (19), and the flat belt (7) upper surface is connected. In order to move the load carrying surface on the side back and forth, an outer cover (27) made of an elastic synthetic resin of substantially the same material as the flat belt (7) is wound around the outer circumference of the metal drive roller (12) and integrally bonded. It is fixed, and the outer skin body (27) prevents the belt (7) and the roller (12) from slipping.
【０００８】さらに、図１、図７に示す如く、左右コン
ベアフレーム（１０）（１１）間に横フレーム（２８）
を固定し、前後方向に略等間隔に設ける複数横フレーム
（２８）…上にフロアフレーム（２９）を張設固定さ
せ、左右コンベアフレーム（１０）（１１）間でこれに
略平行に複数フロアフレーム（２９）…を架設させ、平
ベルト（７）上側下面をフロアフレーム（２９）上面に
摺接させ、平ベルト（７）上面側の荷物搬送面をフロア
フレーム（２９）…によって略平坦な状態で摺動自在に
支持するように構成している。Further, as shown in FIGS. 1 and 7, a horizontal frame (28) is provided between the left and right conveyor frames (10) and (11).
A plurality of horizontal frames (28) provided at substantially equal intervals in the front-rear direction ... A floor frame (29) is stretched and fixed on the plurality of horizontal frames (10) and (11) in parallel with a plurality of floors. The frame (29) is erected, the upper and lower surfaces of the flat belt (7) are brought into sliding contact with the upper surface of the floor frame (29), and the load carrying surface on the upper surface of the flat belt (7) is made substantially flat by the floor frame (29). It is configured to slidably support the state.
【０００９】さらに、図１、図８に示す如く、左右コン
ベアフレーム（１０）（１１）間にバネ座（３０）をビ
ス（３１）…止め固定し、一対の圧縮コイルスプリング
製のテンションバネ（３２）（３２）をバネ座（３０）
に載せ、各バネ（３２）（３２）上面をテンションフレ
ーム（３３）下面に当接させると共に、テンションフレ
ーム（３３）前後側に前後支軸（３４）（３４）を設
け、該軸（３４）（３４）に前後テンションローラ（３
５）（３５）を回転自在に軸支させる一方、コンベアフ
レーム（１０）（１１）内側のガイド溝（３６）（３
６）に前記支軸（３４）両端を上下方向にだけ摺動自在
に係入させ、支軸（３４）とガイド溝（３６）によって
テンションローラ（３５）を略垂直に昇降案内するもの
で、駆動ローラ（１２）とアイドルローラ（３７）の間
にテンションローラ（３５）を配置させ、フロアフレー
ム（２９）前端と駆動ローラ（１２）の間でコンベアフ
レーム（１０）（１１）の上下幅内にテンションバネ
（３２）及びテンションローラ（３５）を下方側から取
付け、平ベルト（７）の下面側をテンションローラ（３
５）によって押上げて平ベルト（７）のテンションを所
定以上に維持すると共に、駆動ローラ（１２）に前テン
ションローラ（３５）を接近させ、駆動ローラ（１２）
外周に平ベルト（７）を半周以上巻装させ、外皮体（２
７）のスリップ防止力をさらに増大させるように構成し
ている。なお、テンションバネ（３２）を板バネなどで
形成することも行える。Further, as shown in FIGS. 1 and 8, the spring seats (30) are fixed by screws (31) between the left and right conveyor frames (10) and (11), and a pair of tension springs (compression coil springs) are used. 32) (32) spring seat (30)
The spring (32) (32) upper surface is brought into contact with the lower surface of the tension frame (33), and front and rear support shafts (34) (34) are provided on the front and rear sides of the tension frame (33). (34) Tension roller (3
5) The (35) is rotatably supported while the guide grooves (36) (3) inside the conveyor frame (10) (11) are supported.
6) both ends of the support shaft (34) are slidably engaged only in the vertical direction, and the tension roller (35) is vertically guided by the support shaft (34) and the guide groove (36). The tension roller (35) is arranged between the drive roller (12) and the idle roller (37), and the tension roller (35) is arranged between the front end of the floor frame (29) and the drive roller (12) within the vertical width of the conveyor frame (10) (11). The tension spring (32) and the tension roller (35) are attached to the lower side of the flat belt (7), and the lower surface side of the flat belt (7) is attached to the tension roller (3).
5) The tension of the flat belt (7) is maintained above a predetermined level by pushing up by the driving roller (12) and the front tension roller (35) is brought close to the driving roller (12) to drive the driving roller (12).
A flat belt (7) is wrapped around the outer circumference for more than half a round, and the outer skin (2
The antislip force of 7) is further increased. The tension spring (32) may be formed of a leaf spring or the like.
【００１０】さらに、図１、図２、図３に示す如く、前
記モータ（１９）及び減速ケース（２１）などの上面と
後面を覆うカバーとして兼用する前方リミット板（３
８）を備え、該リミット板（３８）を連結板（１４）
（１５）に前後方向移動自在に設け、バネ（３９）に後
方移動させているリミット板（３８）が荷物（６）の衝
突によって前方移動したときにオフになる前方リミット
スイッチ（４０）を取付け、荷物（６）が荷台（１）前
端に到達したときにモータ（１９）による前方移動を停
止させ、また荷台（１）前壁内側のリミット板（３８）
上方空間をガードフレーム（４１）によって閉塞し、前
方移動したときのリミット板（３８）とガードフレーム
（４１）とを略面一とし、荷物（６）を積上げてもこの
前方移動をフレーム（４１）によって防ぐと共に、荷台
（１）後端に到達した荷物（６）を検出する光導電セン
サ型の後リミットスイッチ（４２）（４３）を備え、荷
物（６）が荷台（１）後端に到達したときにモータ（１
９）による後方移動を停止させるように構成している。Further, as shown in FIGS. 1, 2 and 3, the front limit plate (3) also serves as a cover for covering the upper surface and the rear surface of the motor (19) and the deceleration case (21).
8), the limit plate (38) is provided with a connecting plate (14)
A front limit switch (40) is provided at (15) so as to be movable in the front-rear direction, and is turned off when the limit plate (38) being moved rearward is moved to the spring (39) by the collision of the load (6). , When the load (6) reaches the front end of the load carrier (1), the forward movement by the motor (19) is stopped, and the limit plate (38) inside the front wall of the load carrier (1) is stopped.
The upper space is closed by the guard frame (41) so that the limit plate (38) and the guard frame (41) when moved forward are substantially flush with each other, and even if the loads (6) are stacked, this forward movement is performed by the frame (41). ) And equipped with photoconductive sensor type rear limit switches (42) and (43) for detecting the load (6) reaching the rear end of the load carrier (1), the load (6) being at the rear end of the load carrier (1). When it reaches the motor (1
The rearward movement of 9) is stopped.
【００１１】本実施例は上記の如く構成しており、駆動
ローラ（１２）、従動ローラ（１３）、アイドルローラ
（３７）を左右コンベアフレーム（１０）（１１）間に
軸支させ、各フレーム（１０）（１１）間に横フレーム
（２８）を連結させてフロアフレーム（２９）を張設さ
せると共に、温水に浸して軟かくした平ベルト（７）を
各ローラ（１２）（１３）（３７）及びフレーム（２
９）外周に装着させ、前記ベルト（７）に下方側からテ
ンションローラ（３５）を押付け、テンションバネ（３
２）を介装してバネ座（３０）をコンベアフレーム（１
０）（１１）に固定させ、また連結板（１４）（１５）
をコンベアフレーム（１０）（１１）間に固定させ、コ
ンベアユニットを構成するもので、３組のコンベアユニ
ットを荷台（１）床面に並設させ、連結板（１４）（１
５）を支柱（１７）で連結させて各フレーム（１０）
（１１）前部を互に固定させ、各フレーム（１０）（１
１）後部をロッド（４４）などによって互に連結固定さ
せ、また連結板（１５）上の減速ケース（２１）の出力
スプロケット（２０）と入力スプロケット（２５）をチ
ェン（２６）で連結させ、３本の平ベルト（７）…によ
って荷台（１）床面の荷物（６）載せ面を形成する一
方、前記モータ（１９）の正逆転制御並びにリミットス
イッチ（４０）及び（４２）（４３）制御によってベル
ト（７）を駆動し、ベルト（７）上の荷物を前後方向に
搬送するものである。This embodiment is constructed as described above, and the drive roller (12), the driven roller (13) and the idle roller (37) are pivotally supported between the left and right conveyor frames (10) and (11), and each frame is supported. A horizontal frame (28) is connected between (10) and (11) to stretch a floor frame (29), and a flat belt (7) soaked in warm water to soften each roller (12) (13) ( 37) and frame (2
9) The tension roller (35) is attached to the outer circumference, and the tension roller (35) is pressed against the belt (7) from the lower side, and the tension spring (3
2) to insert the spring seat (30) into the conveyor frame (1
0) (11) fixed, connecting plate (14) (15)
Is fixed between the conveyor frames (10) and (11) to form a conveyor unit, and three sets of conveyor units are arranged side by side on the floor of the loading platform (1), and the connecting plates (14) (1
Each frame (10) by connecting 5) with the support (17)
(11) By fixing the front parts to each other, each frame (10) (1
1) The rear parts are connected and fixed to each other by a rod (44) or the like, and the output sprocket (20) and the input sprocket (25) of the reduction case (21) on the connecting plate (15) are connected by a chain (26), The three flat belts (7) form the cargo (1) floor surface of the luggage (6) and the forward and reverse control of the motor (19) and limit switches (40), (42) and (43). The belt (7) is driven by control to convey the load on the belt (7) in the front-rear direction.
【００１２】[0012]
【発明の効果】以上実施例から明らかなように本発明
は、コンベアフレーム（１０）（１１）両側に駆動及び
従動ローラ（１２）（１３）を設けてエンドレスゴム平
ベルト（７）を張設させると共に、テンションバネ（３
２）によってテンションローラ（３５）を前記ベルト
（７）に弾圧させるコンベア装置において、前記ベルト
（７）を巻装させる駆動ローラ（１２）外周に弾性合成
樹脂製外皮体（２７）を一体固定させると共に、前記ベ
ルト（７）上面側の荷物（６）搬送面を略平坦な状態で
摺動自在に支持するフロアフレーム（２９）を設け、該
フロアフレーム（２９）の一側部と駆動ローラ（１２）
の間でコンベアフレーム（１０）（１１）の上下幅内に
テンションバネ（３２）及びテンションローラ（３５）
を下方側から取付けるように構成したもので、駆動ロー
ラ（１２）に外皮体（２７）を固定させることによって
前記ベルト（７）の搬送力を容易に増大させることがで
きると共に、コンベアフレーム（１０）（１１）を設置
する空間にテンションバネ（３２）及びテンションロー
ラ（３５）を内設でき、また前記ベルト（７）の荷物
（６）搬送面長さを略一定に保った状態でテンション調
節でき、さらに駆動ローラ（１２）にテンションローラ
（３５）を近接させて駆動ローラ（１２）に前記ベルト
（７）を半周以上の長さで容易に接触させることができ
るものである。As is apparent from the above embodiments, according to the present invention, the endless rubber flat belt (7) is stretched by providing driving and driven rollers (12) and (13) on both sides of the conveyor frame (10) (11). Tension spring (3
In a conveyor device for elastically pressing the tension roller (35) against the belt (7) by means of 2), an elastic synthetic resin outer skin (27) is integrally fixed to the outer periphery of a drive roller (12) around which the belt (7) is wound. At the same time, a floor frame (29) for slidably supporting the conveyance surface of the load (6) on the upper surface side of the belt (7) is provided, and one side portion of the floor frame (29) and a drive roller ( 12)
Tension spring (32) and tension roller (35) within the vertical width of the conveyor frame (10) (11) between
Is configured to be attached from the lower side, and the conveyance force of the belt (7) can be easily increased by fixing the outer cover (27) to the drive roller (12) and the conveyor frame (10) ) A tension spring (32) and a tension roller (35) can be installed in the space for installing the (11), and the tension can be adjusted while the length of the belt (7) carrying surface of the luggage (6) is kept substantially constant. Further, the tension roller (35) is brought closer to the drive roller (12) so that the belt (7) can be easily brought into contact with the drive roller (12) with a length of half a circumference or more.
【図１】平ベルト部の側面図。FIG. 1 is a side view of a flat belt portion.
【図２】トラック荷台の側面図。FIG. 2 is a side view of a truck carrier.
【図３】同平面図。FIG. 3 is a plan view of the same.
【図４】コンベアフレーム部の側面図。FIG. 4 is a side view of a conveyor frame section.
【図５】電動モータ部の後面図。FIG. 5 is a rear view of the electric motor unit.
【図６】駆動ローラ部の断面図。FIG. 6 is a sectional view of a drive roller portion.
【図７】フロアフレーム部の断面図。FIG. 7 is a sectional view of a floor frame portion.
【図８】テンションローラ部の後面図。FIG. 8 is a rear view of the tension roller portion.
【符号の説明】 （６） 荷物 （７） エンドレスゴム平ベルト （１０）（１１） コンベアフレーム （１２） 駆動ローラ （１３） 従動ローラ （２７） 外皮体 （２９） フロアフレーム （３２） テンションバネ （３５） テンションローラ[Explanation of symbols] (6) Baggage (7) Endless rubber flat belt (10) (11) Conveyor frame (12) Drive roller (13) Driven roller (27) Outer skin (29) Floor frame (32) Tension spring ( 35) Tension roller
Claims (1)
ーラを設けてエンドレスゴム平ベルトを張設させると共
に、テンションバネによってテンションローラを前記ベ
ルトに弾圧させるコンベア装置において、前記ベルトを
巻装させる駆動ローラ外周に弾性合成樹脂製外皮体を一
体固定させると共に、前記ベルト上面側の荷物搬送面を
略平坦な状態で摺動自在に支持するフロアフレームを設
け、該フロアフレームの一側部と駆動ローラの間でコン
ベアフレームの上下幅内にテンションバネ及びテンショ
ンローラを下方側から取付けるように構成したことを特
徴とするコンベア装置。1. An outer periphery of a driving roller for winding the belt in a conveyor device in which driving and driven rollers are provided on both sides of a conveyor frame to stretch an endless rubber flat belt, and a tension roller elastically presses the tension roller against the belt. A floor frame for integrally fixing the outer cover made of elastic synthetic resin to the belt and for slidably supporting the load carrying surface on the upper surface side of the belt is provided between one side portion of the floor frame and the drive roller. The conveyor device is characterized in that the tension spring and the tension roller are attached from below in the vertical width of the conveyor frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP33501992A JPH06156665A (en) | 1992-11-20 | 1992-11-20 | Conveyor device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP33501992A JPH06156665A (en) | 1992-11-20 | 1992-11-20 | Conveyor device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH06156665A true JPH06156665A (en) | 1994-06-03 |
Family
ID=18283838
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP33501992A Pending JPH06156665A (en) | 1992-11-20 | 1992-11-20 | Conveyor device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH06156665A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2012102442A (en) * | 2010-11-12 | 2012-05-31 | Duplo Seiko Corp | Wet paper dewatering device and waste paper recycling device |
| FR2986788A1 (en) * | 2012-02-10 | 2013-08-16 | Aktid | Device for conveying and sorting of waste material in material recovery and processing unit, has tension adjustment box for individual adjustment of tension of conveying bands, and located at end of material conveying and sorting device |
| AU2018234376B2 (en) * | 2017-03-13 | 2023-07-27 | Kcm Engineers Cc | Vertical tensioning system for a conveyor belt arrangement |
-
1992
- 1992-11-20 JP JP33501992A patent/JPH06156665A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2012102442A (en) * | 2010-11-12 | 2012-05-31 | Duplo Seiko Corp | Wet paper dewatering device and waste paper recycling device |
| FR2986788A1 (en) * | 2012-02-10 | 2013-08-16 | Aktid | Device for conveying and sorting of waste material in material recovery and processing unit, has tension adjustment box for individual adjustment of tension of conveying bands, and located at end of material conveying and sorting device |
| AU2018234376B2 (en) * | 2017-03-13 | 2023-07-27 | Kcm Engineers Cc | Vertical tensioning system for a conveyor belt arrangement |
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