JP3018367U - Waste shredder - Google Patents
Waste shredderInfo
- Publication number
- JP3018367U JP3018367U JP1995005833U JP583395U JP3018367U JP 3018367 U JP3018367 U JP 3018367U JP 1995005833 U JP1995005833 U JP 1995005833U JP 583395 U JP583395 U JP 583395U JP 3018367 U JP3018367 U JP 3018367U
- Authority
- JP
- Japan
- Prior art keywords
- crushing
- waste
- rotary shaft
- disk
- casing
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Landscapes
- Refuse-Collection Vehicles (AREA)
Abstract
(57)【要約】
【目的】 ブロウ機能を持たせて破砕片を空気搬送で
き、次段の回収手段における回収を容易にすると共に、
破砕片の逆流や詰まりを起こさない、作業性に優れた破
砕装置を搭載した、コンパクトな車体で廃棄物発生現場
での破砕処理を可能とする、廃棄物破砕処理車を提供す
る。
【構成】 廃棄物破砕処理車１は、トラック１９の荷室
２０に廃棄物の破砕を行なう破砕装置２と、破砕された
破砕片を回収する集塵装置１５、破砕装置２を駆動する
電動機などに電力を供給する発電機１８他を搭載してい
る。破砕装置２のケーシング３側面には、廃棄物を投入
する投入口１１が設けられ、反対側の排出口にはダクト
１４を介して集塵装置１５を接続する。集塵装置１５の
下には内側にセットした袋の中に破砕片を受け止めて回
収する袋詰装置１６を設けている。
(57) [Summary] [Purpose] A blow function can be provided to convey crushed pieces by air, facilitating recovery in the recovery means in the next stage, and
(EN) A waste crushing vehicle that is equipped with a crushing device that does not cause backflow or clogging of crushed pieces and has excellent workability and that enables crushing processing at a waste generation site with a compact vehicle body. [Structure] The waste crushing vehicle 1 includes a crushing device 2 for crushing waste in a luggage compartment 20 of a truck 19, a dust collecting device 15 for collecting crushed crushed pieces, an electric motor for driving the crushing device 2, and the like. It is equipped with a generator 18 and the like for supplying electric power to. An input port 11 for inputting waste is provided on the side of the casing 3 of the crushing device 2, and a dust collector 15 is connected to the discharge port on the opposite side via a duct 14. Below the dust collector 15, there is provided a bag packing device 16 for receiving and collecting the crushed pieces in the bag set inside.
Description
【０００１】[0001]
本考案は会社、病院等で使用したそのまま廃棄できない紙、木片、ガラス片、 プラスチック類、缶、コンクリート片、電気部品等の廃棄物を細かく破砕し、破 砕した破砕片をコンパクトにまとめて、そのまま排出または収納・運搬が可能な 廃棄物破砕処理車に関する。 The present invention finely crushes wastes such as paper, wood pieces, glass pieces, plastics, cans, concrete pieces, and electrical parts that cannot be discarded as they are used in companies, hospitals, etc., and crushes the crushed pieces into compact pieces. It relates to a waste crushing treatment vehicle that can be discharged, stored, or transported as it is.
【０００２】[0002]
会社や病院、研究所、工場等で発生する破砕処理を要する特別な廃棄物は、そ のまま処理場まで運ばれ、まとめて破砕処分されることが多かったが、廃棄物の 発生地まで出向いて廃棄物を破砕する破砕処理車もあった。従来、こうした車に 搭載される破砕装置として、ケーシング内に設けた回転軸に取付けたリンクチェ ーン、ローラチェーン等の打撃により廃棄物を破砕する方式の装置が知られてい たが、こういった装置では、破砕後の破砕片の排出口下方に、落下してくる破砕 片を直接受ける回収手段を設けた場合、装置を車に搭載するレイアウトに制約が 大きく、車を大型のものにしなければならなかった。一方、回収手段を排出口下 に設けない場合、破砕後の破砕片を吸引して回収する吸引機が別途必要であった 。レイアウト上は自由度が増し、装置をよりコンパクトに配置できるが、吸引機 は空気と同時に破砕片も吸引するため、ブロワ部が摩耗・破損しやすく長期の運 転ができず、保守コストもかかっていた。破砕装置の破砕能力に関しても、回転 軸の回転数を上げれば単純に処理能力は向上するが、ケーシング内でリンクチェ ーンまたはローラチェーン等の回転で生じる空気流の増大に対し、吸引力が相対 的に弱くなることに加え元々排出口が詰まりやすいことなどから、発生した破砕 片が投入口等から逆流して噴出してくる。そのため回転数を抑えなければならず 、結果として破砕能力が小さく、実際の作業には、一定の処理能力を確保できる 大型の破砕装置を大型車に載せたものを使う必要があり、コストの面で問題があ った。 Special waste generated in companies, hospitals, research laboratories, factories, etc. that requires crushing treatment was often transported to the treatment site as it was and crushed and disposed of together, but they went to the place where the waste was generated. There was also a shredding car that shreds waste. Conventionally, as a crushing device mounted on such a vehicle, a device of crushing waste by hitting a link chain, a roller chain, etc. attached to a rotating shaft provided in a casing has been known. In the above device, if a recovery means for directly receiving falling crushed pieces is provided below the crushed piece discharge port, the layout of mounting the device on the vehicle is greatly restricted, and the vehicle must be large-sized. I had to do it. On the other hand, when the collecting means was not provided under the discharge port, a suction device for sucking and collecting the crushed pieces after crushing was required separately. The layout has more flexibility and the device can be arranged more compactly, but since the aspirator sucks debris at the same time as air, the blower part is easily worn and damaged, and long-term operation is not possible, and maintenance costs are high. Was there. Regarding the crushing capacity of the crushing device, the processing capacity can be improved simply by increasing the rotation speed of the rotating shaft, but the suction force is increased against the increase of the air flow generated by the rotation of the link chain or roller chain in the casing. In addition to the relative weakness, the discharge port originally tends to be clogged, and thus the generated fragments flow back from the input port and spout out. Therefore, the number of rotations must be suppressed, and as a result the crushing capacity is small, and for actual work it is necessary to use a large crushing device mounted on a large vehicle that can secure a certain processing capacity, which is costly. I had a problem with.
【０００３】[0003]
本考案が解決しようとする課題は、上記した問題点を解決し、ブロワ機能を持 たせて破砕片を空気搬送でき、次段の回収手段における回収を容易にすると共に 、破砕片の逆流や詰まりを起こさない、作業性に優れた破砕装置を搭載した、コ ンパクトな車体で廃棄物発生現場での破砕処理を可能とする、廃棄物破砕処理車 を提供することにある。 The problem to be solved by the present invention is to solve the above-mentioned problems, to enable the blower function to convey the crushed pieces by air, and to facilitate the collection by the next-stage collecting means, and also to prevent the crushed pieces from flowing backward or clogging. The objective of the present invention is to provide a waste crushing treatment vehicle that is equipped with a crushing device with excellent workability that does not cause waste and that enables crushing treatment at the waste generation site with a compact vehicle body.
【０００４】[0004]
かかる課題を解決した本考案の構成は、 １） 廃棄物の投入口および破砕後の破砕片の排出口をそれぞれ両端に配置した 円筒形状のケーシング内部に紙・木などの廃棄物を細かく破砕する破砕手段を設 けると共に、該破砕手段と隣り合う部分にケーシングの円筒中心を軸中心とする 回転軸を設け、複数の羽根板を回動軸に揺動自在に取付け、ケーシング内部を破 砕手段のある破砕室と羽根板のあるブロワ室とに分ける仕切体を回転軸に取付け 、仕切体外周とケーシング内面の間に所定の隙間を設けて破砕室からブロワ室へ の破砕片の通路とした破砕装置を車体に搭載したことを特徴とする廃棄物破砕処 理車 ２） 前記破砕装置から排出された破砕片を収集する集塵装置を設けると共に、 収集した破砕片を袋に詰めてまとめて取出せるようにする袋詰装置を設けた、前 記１）に記載の廃棄物破砕処理車 ３） 前記破砕装置から排出された破砕片を収集する集塵装置を設けると共に、 収集した破砕片を圧縮し小さく固めてまとめて取出せるようにするコンパクタを 設けた、前記１）に記載の廃棄物破砕処理車 ４） 前記破砕装置の破砕手段が仕切体取付部から延長した回転軸にリンクチェ ーンを複数本放射状かつ軸方向に並列に取付けた構成である前記１）に記載の廃 棄物破砕処理車 ５） 前記破砕装置の破砕手段が仕切体取付部から延長した回転軸にリンクチェ ーンを複数本放射状かつ軸方向に並列に取付けた構成である前記２）に記載の廃 棄物破砕処理車 ６） 前記破砕装置の破砕手段が仕切体取付部から延長した回転軸にリンクチェ ーンを複数本放射状かつ軸方向に並列に取付けた構成である前記３）に記載の廃 棄物破砕処理車 ７） 前記破砕装置の羽根板と回転軸にそれぞれ取付けたＵ字形金具を互いにリ ンクして連結し、羽根板を回転軸に揺動自在に取付けた、前記１）または４）に 記載の廃棄物破砕処理車 ８） 前記破砕装置の羽根板と回転軸にそれぞれ取付けたＵ字形金具を互いにリ ンクして連結し、羽根板を回転軸に揺動自在に取付けた、前記２）または５）に 記載の廃棄物破砕処理車 ９） 前記破砕装置の羽根板と回転軸にそれぞれ取付けたＵ字形金具を互いにリ ンクして連結し、羽根板を回転軸に揺動自在に取付けた、前記３）または６）に 記載の廃棄物破砕処理車 １０） 前記破砕装置の仕切体として、ケーシング内面より径の小さい円盤を用 いた前記１），４），７）いずれか記載の廃棄物破砕処理車 １１） 前記破砕装置の仕切体として、ケーシング内面より径の小さい円盤を用 いた前記２），５），８）いずれか記載の廃棄物破砕処理車 １２） 前記破砕装置の仕切体として、ケーシング内面より径の小さい円盤を用 いた前記３），６），９）いずれか記載の廃棄物破砕処理車 １３） 前記破砕装置の円盤の回転軸取付部周辺に空気孔を数個設けると共に、 円盤外周に複数の切欠きを設けた前記１０）に記載の廃棄物破砕処理車 １４） 前記破砕装置の円盤の回転軸取付部周辺に空気孔を数個設けると共に、 円盤外周に複数の切欠きを設けた前記１１）に記載の廃棄物破砕処理車 １５） 前記破砕装置の円盤の回転軸取付部周辺に空気孔を数個設けると共に、 円盤外周に複数の切欠きを設けた前記１２）に記載の廃棄物破砕処理車 にある。 The configuration of the present invention which has solved such a problem is as follows: 1) Finely crush waste such as paper and wood inside a cylindrical casing having a waste input port and a crushed fragment discharge port at each end. The crushing means is provided with a crushing means, a rotary shaft centering on the cylinder center of the casing is provided in a portion adjacent to the crushing means, and a plurality of vanes are swingably attached to the rotary shaft to crush the inside of the casing. A partition that separates the crushing chamber with a blade and a blower chamber with a blade is attached to the rotating shaft, and a predetermined gap is provided between the outer periphery of the partition and the inner surface of the casing to provide a passage for the crushed pieces from the crushing chamber to the blower chamber. Waste crushing vehicle equipped with a crushing device on the vehicle body 2) A dust collecting device for collecting the crushed fragments discharged from the crushing device is provided, and the collected crushed fragments are packed in a bag and collected. So that it can be taken out The waste crushing treatment vehicle according to the above 1), which is provided with a bagging device for 3) A dust collecting device is provided for collecting the crushed pieces discharged from the crushing apparatus, and the collected crushed pieces are compacted into small pieces. The waste crushing vehicle according to the above 1), which is provided with a compactor that allows the particles to be collectively collected. 4) A plurality of link chains are provided on a rotary shaft extending from the partition attachment portion by the crushing means of the crushing device. The waste crushing vehicle according to 1), which is radially and arranged in parallel in the axial direction. 5) A plurality of link chains are provided on a rotary shaft where the crushing means of the crushing device extends from the partition mounting portion. The waste crushing treatment vehicle according to 2), which is radially and arranged in parallel in the axial direction. 6) A plurality of link chains are provided on a rotary shaft where the crushing means of the crushing device extends from the partition mounting portion. Radially and axially in parallel The waste crushing treatment vehicle according to the above 3) which is attached 7) The blade plate of the crushing device and the U-shaped metal fittings attached to the rotary shaft are linked and connected to each other, and the blade plate is connected to the rotary shaft. The waste crushing treatment vehicle according to 1) or 4) swingably attached 8) A blade plate of the crushing device and U-shaped metal fittings respectively attached to the rotating shafts are linked to each other to form a blade plate. The waste crushing vehicle according to the above 2) or 5), which is swingably attached to a rotating shaft. 9) The blade plates of the crushing device and the U-shaped metal fittings attached to the rotating shaft are linked together. The waste crushing vehicle according to the above 3) or 6), in which a vane plate is swingably attached to a rotary shaft. 10) A disk having a diameter smaller than the inner surface of the casing is used as a partition of the crushing device. Waste according to any of 1), 4), and 7) Crushing vehicle 11) The waste crushing vehicle according to any one of 2), 5) and 8), wherein a disk having a diameter smaller than the inner surface of the casing is used as a partition of the crushing apparatus 12) A partition of the crushing apparatus The waste crushing vehicle according to any one of 3), 6), and 9), which uses a disk having a diameter smaller than the inner surface of the casing. 13) Several air holes are provided around the rotary shaft mounting portion of the disk of the crushing device. The waste crushing treatment vehicle according to 10) above, wherein a plurality of notches are provided on the outer circumference of the disk. 14) A plurality of air holes are provided around the rotary shaft mounting portion of the disk of the crushing device, and a plurality of cuts are provided on the outer circumference of the disk. The waste crushing vehicle according to the above 11) provided with a notch 15) The above 12) provided with several air holes around the rotary shaft mounting portion of the disc of the crushing device and a plurality of notches on the outer periphery of the disc Waste crushing facility described in In the car.
【０００５】 本考案の破砕装置搭載車の車本体にはトラックの他、公知のゴミ収集車などの 車が主に用いられる。これに搭載した破砕装置の駆動方法には、車のエンジンで 直接破砕装置を駆動する方法や、油圧ポンプおよび油圧モータを介して駆動する 方法、破砕装置専用のエンジンで駆動する方法、そして、車に発電機を載せ、こ れでモータを動かして破砕装置を駆動させる方法などがある。 本考案の破砕装置の仕切体としては、円盤の他にリンクチェーンまたはローラ チェーンを複数本、回転軸の同一円周上にケーシング内面と所定間隔空く長さで 取付けて、回転時に破砕室とブロワ室を仕切り、所定の大きさ以上の破砕片をブ ロワ室へ通さない効果を持たせたものでもよい。 また、本考案の破砕装置の羽根板を回転軸に揺動自在に取付ける方法は、上記 した金具のリンクによるもの、ワイヤを介して取付ける方法および、羽根板と回 転軸にそれぞれあけた穴へピンを通して連結する方法等のいずれも用いることが できる。The vehicle body of the vehicle equipped with the crushing device of the present invention is mainly a truck such as a known garbage truck or the like. The driving method of the crushing device mounted on this is to drive the crushing device directly with the car engine, to drive it via a hydraulic pump and hydraulic motor, to drive it with an engine dedicated to the crushing device, and There is a method to put a generator on the machine and move the motor to drive the crusher. As the partitioning body of the crushing device of the present invention, a plurality of link chains or roller chains other than the disk are mounted on the same circumference of the rotating shaft with a length that is a predetermined distance apart from the inner surface of the casing, and the crushing chamber and the blower are rotated during rotation. The chamber may be partitioned so that crushed pieces of a predetermined size or larger are not passed through the blower chamber. Further, the method of swingably attaching the vane plate of the crushing device of the present invention to the rotary shaft is by means of the link of the above-mentioned metal fittings, the method of attaching via a wire, and the holes formed in the vane plate and the rotary shaft respectively. Any method such as connecting through pins can be used.
【０００６】[0006]
本考案の廃棄物破砕処理車では、まず、廃棄物の発生場所や集積場に移動し、 廃棄物を投入可能な状態にすると共に、破砕後の破砕片の回収手段をセットして から、車体上の破砕装置ケーシング内の回転軸を回転させると共に、破砕手段を 作動させた状態で紙・木片等の廃棄物を投入口からケーシング内に投入すれば、 破砕手段により破砕される。一方、回転軸に取付けられた羽根板の回転によって 排出口から空気が排出され、ブロワ室内に負圧が発生する。負圧によって破砕室 内の破砕片が仕切体の方へ移動し、仕切体外周とケーシング内面の隙間より小さ い破砕片はこの隙間を通過してブロワ室へ流入する。隙間より大きい破砕片はこ こを通過できず破砕室にとどまり、さらに破砕される。ブロワ室に流入した破砕 片は羽根板により空気と共に排出口から送り出され、破砕装置と接続されている 車体上あるいは車外の回収手段に達し、ここで空気と分離され回収される。回収 した破砕片はそのまままとめてあるいは素材別に分類する等したのち処分する。 破砕片はブロワ室内で羽根板に激しく衝突するが、羽根板が回転軸に対して揺動 して衝撃を吸収することができ、羽根板自体の破損のおそれは極めて小さい。ま た、羽根板の回転による空気の排出に伴い破砕室内にも負圧が発生して、破砕片 の投入口からの噴出を強力に防ぐ。このため、回転軸の回転数を上げても噴出が 起こりにくく、破砕作業速度を可能な限り高めることができる。 In the waste crushing treatment vehicle of the present invention, first, the waste is moved to the place where the waste is generated or the dumping place is put into the state where the waste can be input, and the means for collecting the crushed pieces after crushing is set, and then the vehicle body. If the rotary shaft in the casing of the above crushing device is rotated and waste such as paper and wood chips is put into the casing through the input port while the crushing device is activated, the crushing device will crush the product. On the other hand, the rotation of the blades attached to the rotary shaft causes air to be exhausted from the exhaust port, creating negative pressure in the blower chamber. Due to the negative pressure, the crushed pieces in the crushing chamber move toward the partition body, and the crushed pieces smaller than the gap between the outer periphery of the partition body and the inner surface of the casing pass through this gap and flow into the blower chamber. Fragments larger than the gap cannot pass through this and remain in the crushing chamber, where they are further crushed. The crushed pieces that have flowed into the blower chamber are sent out from the outlet together with the air by the vane plate, reach the recovery means on the vehicle body or outside the vehicle connected to the crusher, and are separated and collected from the air there. Collected crushed pieces as they are or sort them by material and dispose of them. The crushed pieces violently collide with the vane plate in the blower chamber, but the vane plate can oscillate with respect to the rotating shaft to absorb the impact, and the vane plate itself is unlikely to be damaged. In addition, negative pressure is also generated in the crushing chamber as air is discharged by the rotation of the blades, which strongly prevents the crushed fragments from spouting from the inlet. Therefore, spouting is unlikely to occur even if the rotation speed of the rotating shaft is increased, and the crushing work speed can be increased as much as possible.
【０００７】 集塵装置および袋詰装置を設けた構成では、破砕装置で廃棄物が破砕されると 、破砕片が空気と共に排出口から送り出されて集塵装置に入る。破砕片は集塵装 置内で空気と分離され、袋詰装置へ移動する。袋詰装置にあらかじめセットした 袋に破砕片がたまっていき、十分な量に達したら、破砕装置を停止し、袋詰装置 から袋を取出すと共に新しい袋と交換する。破砕片は袋ごと保管あるいは他所へ 運搬して、最終的には処分する。In the configuration provided with the dust collecting device and the bag packing device, when the waste is crushed by the crushing device, the crushed pieces are sent out from the outlet together with the air and enter the dust collecting device. The crushed pieces are separated from the air in the dust collector and moved to the bagging device. When the crushed pieces have accumulated in the bag set in advance in the bagging machine and have reached a sufficient amount, stop the crusher, remove the bag from the bagging machine, and replace it with a new bag. The crushed pieces are stored together with the bag or transported to another place and finally disposed.
【０００８】 集塵装置およびコンパクタを設けた構成では、破砕装置で廃棄物が破砕される と、破砕片が空気と共に排出口から送り出されて集塵装置に入る。破砕片は集塵 装置内で空気と分離され、コンパクタへ移動する。コンパクタに破砕片が所定量 たまったら、破砕装置を停止し、コンパクタによる圧縮動作を行なってばらばら だった破砕片を小さく一つにまとめた状態にプレスする。圧縮が終わって、一つ になった破砕片の固まりを取出せば、再び破砕装置による破砕処理が行える。破 砕片の固まりはそのまま保管あるいは他所へ運搬して、最終的には処分する。In the configuration provided with the dust collector and the compactor, when the waste is crushed by the crusher, the crushed pieces are sent out from the outlet together with the air and enter the dust collector. The fragments are separated from the air in the dust collector and move to the compactor. When a predetermined amount of crushed pieces have accumulated in the compactor, the crushing device is stopped, and the compactor performs a compression operation to press the separated crushed pieces into a small lump. After the compression is completed, the crushed pieces can be crushed by the crushing device once again. Store the crushed pieces as they are or transport them to another place, and finally dispose of them.
【０００９】 破砕装置の破砕手段として、回転軸にリンクチェーンを複数本放射状かつ並列 に取付けた構成では、回転軸を回転させると、リンクチェーンは遠心力により回 転軸から半径方向に伸びた状態で回転する。この状態で被破砕物を投入すると、 被破砕物は破砕室内でリンクチェーンに繰返し激しく打撃されて小さな破砕片に 破壊される。被破砕物がケーシング内面に接触すると、破砕がより効果的になさ れる。大きな被破砕物が投入されて、リンクチェーンに大きな力が作用しても、 リンクチェーンが自由に形状を変えられるため破損しにくく耐久性に優れる。As a crushing means of the crushing device, in a structure in which a plurality of link chains are attached to a rotating shaft in a radial and parallel manner, when the rotating shaft is rotated, the link chain is extended from the rotating shaft in a radial direction by centrifugal force. To rotate. If the object to be crushed is put in this state, the object to be crushed is repeatedly hit hard by the link chain in the crushing chamber and broken into small pieces. When the material to be crushed contacts the inner surface of the casing, the crushing is more effective. Even if a large crushed object is thrown in and a large force is applied to the link chain, the link chain can change its shape freely, so it is not easily damaged and has excellent durability.
【００１０】 破砕装置の仕切体として円盤を用いた構成では、破砕片が仕切板とケーシング 内面との隙間を通過できる大きさに破砕されるまでは、円盤によってブロワ室へ の移動を確実に阻止されるため、破砕片の選別が確実に行える。In the configuration in which the disk is used as the partition of the crushing device, the disk reliably prevents the crushed pieces from moving to the blower chamber until they are crushed to a size that can pass through the gap between the partition plate and the inner surface of the casing. Therefore, the crushed pieces can be reliably selected.
【００１１】 破砕装置の円盤に空気孔と切欠きを設けた構成では、羽根板で発生するケーシ ング内空気流をスムーズにし、円盤外周とケーシング内面に破砕片が何らかの理 由で詰まった時でも、空気通路を確保して空気流の循環を保てる。The structure of the crushing device with air holes and notches smoothes the air flow in the casing generated by the blades, and even if the crushed pieces are clogged for some reason on the outer circumference of the disk and the inner surface of the casing. , Secure the air passage to keep the air circulation.
【００１２】[0012]
本考案の実施例１，２について図面に基づいて説明する。 実施例１は、破砕手段としてリンクチェーンを用い、空気抜き孔及び切欠きを 設けた円盤を仕切体として使用する破砕装置および発電機、集塵装置、袋詰装置 をトラックの荷室に搭載した例である。実施例２は、実施例１の袋詰装置をコン パクタと置き換えた例である。 図１は実施例１を示す側面図、図２は実施例１を示す平面図、図３は実施例１ の破砕装置を示す正面図、図４は図１のＡ−Ａ断面図、図５は図３のＢ−Ｂ断面 図、図６は図３のＣ−Ｃ断面図、図７は図１のＤ−Ｄ断面図、図８は実施例２を 示す側面図、図９は図８のＥ−Ｅ断面図である。 Embodiments 1 and 2 of the present invention will be described with reference to the drawings. Example 1 is an example in which a link chain is used as a crushing means, and a crushing device using a disk provided with an air vent hole and a notch as a partition body, a generator, a dust collecting device, and a bagging device are mounted in a luggage compartment of a truck. Is. Example 2 is an example in which the bagging device of Example 1 is replaced with a compactor. 1 is a side view showing the first embodiment, FIG. 2 is a plan view showing the first embodiment, FIG. 3 is a front view showing the crushing device of the first embodiment, FIG. 4 is a sectional view taken along line AA of FIG. 3 is a sectional view taken along the line BB of FIG. 3, FIG. 6 is a sectional view taken along the line CC of FIG. 3, FIG. 7 is a sectional view taken along the line DD of FIG. 1, FIG. 8 is a side view showing a second embodiment, and FIG. FIG.
【００１３】 実施例１の廃棄物破砕処理車１は、トラック１９の荷室２０に廃棄物２２の破 砕を行なう破砕装置２と、破砕された破砕片２３を回収する集塵装置１５、破砕 装置２を駆動する電動機１３などに電力を供給する発電機１８等を搭載している 。破砕装置２は、円筒を横にした形状のケーシング３内部に、円筒中心軸を回転 中心とする回転軸４を設けている。回転軸４には破砕手段として複数のリンクチ ェーン５を放射状かつ軸方向に並列に取付けると共に、少し離して羽根板６を回 転軸４に接続部材６ａを介して取付けている。この接続部材６ａは、適度な大き さのリンクチェーンからリンク部分を一組抜き取り、Ｕ字形部分がリンクした状 態でそれぞれの端を回転軸４と羽根板６に取付けて構成されたものである。また 、リンクチェーン５と羽根板６の間には、ケーシング３内径より小さい円盤８を 回転軸４に取付け、ケーシング３内を破砕室３ａとブロワ室３ｂに仕切っている 。さらに、破砕室３ａ内部を二つに仕切る、上記円盤８より径の小さい円盤７を 回転軸４に取付けている。これら円盤７，８には空気孔９と切欠き１０を設けて いる。破砕室３ａ側のケーシング３側面には、廃棄物２２を投入する投入口１１ が設けられており、これと反対側のブロワ室３ｂ側には破砕片２０を排出する排 出口１２を取付けている。この排出口１２にはダクト１４を介して公知のフィル ター１５ａを備えた集塵装置１５を接続している。集塵装置１５の下には、収集 した破砕片２３を内側にセットした袋１６ｂの中に受け止めて回収する袋詰装置 １６を設けている。破砕装置２の回転軸４はケーシング３上部において発電機１ ８の発生電力で回転する電動機１３とベルト４ａで連結され、駆動される。The waste crushing treatment vehicle 1 according to the first embodiment includes a crushing device 2 for crushing waste 22 in a luggage compartment 20 of a truck 19, a dust collecting device 15 for collecting crushed crushed pieces 23, and crushing A generator 18 for supplying electric power to the electric motor 13 for driving the device 2 is mounted. The crushing device 2 is provided with a rotating shaft 4 having a cylinder center axis as a rotation center inside a casing 3 having a shape of a cylinder lying sideways. A plurality of link chains 5 are radially and axially mounted in parallel on the rotary shaft 4 as crushing means, and a blade plate 6 is mounted on the rotary shaft 4 via a connecting member 6a with a slight distance therebetween. The connecting member 6a is constructed by extracting one set of link parts from a link chain of an appropriate size, and attaching each end to the rotary shaft 4 and the blade plate 6 in a state where the U-shaped parts are linked. . A disk 8 smaller than the inner diameter of the casing 3 is attached to the rotary shaft 4 between the link chain 5 and the vane plate 6, and the casing 3 is partitioned into a crushing chamber 3a and a blower chamber 3b. Further, a disk 7 having a smaller diameter than the disk 8 is attached to the rotary shaft 4 to divide the inside of the crushing chamber 3a into two. These disks 7 and 8 are provided with air holes 9 and notches 10. The casing 3 on the side of the crushing chamber 3a is provided with an input port 11 for inputting the waste material 22, and the blower chamber 3b on the opposite side is provided with an outlet 12 for discharging the crushed pieces 20. . A dust collector 15 having a known filter 15a is connected to the discharge port 12 via a duct 14. Below the dust collector 15, there is provided a bag packing device 16 for receiving and collecting the collected crushed pieces 23 in a bag 16b set inside. The rotating shaft 4 of the crushing device 2 is connected to and driven by an electric motor 13 which is rotated by the electric power generated by the generator 18 at the upper part of the casing 3 by a belt 4a.
【００１４】 実施例１の廃棄物破砕処理車１は、直接廃棄物２２の発生場所や集積場へ出向 いてその場で作業が行える。最初に荷室２０のドア２１を開け、廃棄物２２を破 砕装置２にすぐ投入できるようにして、発電機１８を作動させる。電力が正常に 供給されていることを確認してから電動機１３を動かし、回転軸４を３０００〜 ３６００rpmで回転させる。これによりリンクチェーン５、円盤７，８及び羽根 板６が回転し、特に羽根板６の回転によって排出口１２から空気が排出され、ケ ーシング３内が負圧になると共に、破砕室３ａから円盤７，８外周とケーシング ３内面の隙間を通ってブロワ室３ｂへ達する空気流が発生する。廃棄物２２を投 入口１１からケーシング３内へ入れると、回転しているリンクチェーン５によっ て廃棄物２２は繰返し打撃されて破砕される。発生した破砕片２３は空気流に乗 り、円盤７外周とケーシング内面の隙間を通る大きさまで破砕されたものはこの 隙間を通って破砕室３ａ内を移動する。破砕片２０は円盤７，８に囲まれた部分 でさらに小さく破砕され、仕切体をなす円盤８とケーシング３内面の隙間を通る 大きさまで破砕されたものはこの隙間を通ってブロワ室３ｂへ流入し、空気と共 に排出口１２より排出される。羽根板６の回転によって高められた送出圧力によ って、排出された破砕片２３はダクト１４内を圧送されて、集塵装置１５に達す る。集塵装置１５内のフィルター１５ａにおいて破砕片２３は空気と分離され、 下方の袋詰装置６内へ落下する。空気は集塵装置１５上部の排気口１５ｂから外 部に流出していく。袋詰装置１６にセットされた袋１６ｂ内に破砕片２３がたま って所定量に達したら、破砕装置２の電動機１３を止めて破砕処理を中断し、袋 詰装置１６下部に気密に取付けたダストボックス１６ａを取外して引き出し、中 から袋１６ｂごと破砕片２３を取出す。取出した後は新しい袋１６ｂをセットし てから再びダストボックス１６ａを取付けて処理作業が再開できるようにしてお く。取出した袋１６ｂは密封して保管するか他へ運搬した後、中の破砕片２３が 一様な材質の場合はそのまま、破砕片２３が性質の大きく異なる複数の材質の混 合状態である場合は分別工程を経て、最終的に焼却、埋立て等により処分する。The waste crushing treatment vehicle 1 according to the first embodiment can directly go to a place where waste 22 is generated or a collection site to perform work there. First, the door 21 of the luggage compartment 20 is opened so that the waste 22 can be immediately put into the crushing device 2, and the generator 18 is operated. After confirming that the power is normally supplied, the electric motor 13 is moved to rotate the rotating shaft 4 at 3000 to 3600 rpm. As a result, the link chain 5, the discs 7, 8 and the vane plate 6 rotate, and in particular, the rotation of the vane plate 6 expels air from the exhaust port 12 to create a negative pressure in the casing 3 and from the crushing chamber 3a to the disc. An air flow reaching the blower chamber 3b is generated through the gap between the outer circumference of the casing 7 and the inner surface of the casing 3. When the waste 22 is introduced into the casing 3 through the inlet 11, the waste 22 is repeatedly hit by the rotating link chain 5 and crushed. The crushed pieces 23 thus generated ride on the air flow, and the crushed pieces that have been crushed to a size passing through the gap between the outer periphery of the disk 7 and the inner surface of the casing move in the crushing chamber 3a through this gap. The crushed pieces 20 are further crushed into smaller pieces in the area surrounded by the disks 7 and 8, and the crushed pieces that have been crushed to a size passing through the space between the disk 8 forming the partition and the inner surface of the casing 3 flow into the blower chamber 3b through this space. However, it is discharged from the discharge port 12 together with the air. Due to the delivery pressure increased by the rotation of the vane plate 6, the discharged crushed pieces 23 are pressure-fed in the duct 14 and reach the dust collector 15. The crushed pieces 23 are separated from the air in the filter 15a in the dust collector 15 and fall into the bagging device 6 below. The air flows out from the exhaust port 15b at the top of the dust collector 15 to the outside. When the crushed pieces 23 accumulated in the bag 16b set in the bagging device 16 and reached a predetermined amount, the electric motor 13 of the crusher 2 was stopped to interrupt the crushing process, and the bag was attached to the lower part of the bagging device 16 in an airtight manner. The dust box 16a is removed and pulled out, and the crushed pieces 23 are taken out together with the bag 16b. After taking out, set a new bag 16b and then attach the dust box 16a again so that the processing work can be restarted. After the bag 16b is taken out, it is sealed and stored, or if it is transported to another place, if the inside crushed piece 23 is a uniform material, the crushed piece 23 is a mixed state of a plurality of materials having greatly different properties. Will undergo a separation process and be finally disposed of by incineration, landfill, etc.
【００１５】 実施例２の廃棄物破砕処理車１は、実施例１で用いた集塵装置１５下の袋詰装 置１６を、ためこんだ破砕片２０を圧縮して一つの固まりにするコンパクタ１７ に置き換えたもので、これ以上の部分は実施例１と同じである。コンパクタ１７ は集塵装置１５下に設置され、内部に破砕片２３をためておく収納部１７ａと、 発電機１８の発生電力により動作するプレス機構１７ｂを備えている。コンパク タ側面には、破砕片２３の固まりを取出すための取出扉１７ｃを取付けている。In the waste crushing vehicle 1 of the second embodiment, the bag packing device 16 under the dust collecting device 15 used in the first embodiment compacts the crushed fragments 20 accumulated to form a compactor 17. Is replaced with the same as the first embodiment. The compactor 17 is installed under the dust collector 15, and is provided with a storage section 17a for accumulating the crushed pieces 23 therein and a pressing mechanism 17b operated by the electric power generated by the generator 18. An ejection door 17c for ejecting the lumps of the crushed pieces 23 is attached to the side surface of the compactor.
【００１６】 実施例２の廃棄物処理車１の使用方法は、破砕処理までは実施例１と同じであ る。破砕装置２から排出され、集塵装置１５に達した破砕片２３は、フィルター １５ａにおいて空気と分離され、下方のコンパクタ１７の収納部１７ａに落下す る。破砕片２３が収納部１７ａ内にたまって所定量に達したら、破砕装置２を止 めて処理を中断する。そして、プレス機構１７ｂを作動させて破砕片２３を圧縮 する。完全に圧縮を終えると、破砕片２３はブロック状の一つの固まりとなり、 取扱いが容易になる。破砕片２３の固まりを取出扉１７ｃを開けて取出すと、再 び破砕処理作業が行える。取出した破砕片２３の固まりを、保管するか他へ運搬 した後、一様な材質から成る場合はそのまま、異なる材質が多く含まれる場合は 、いったん分別工程を経てから、最終的に焼却、埋立て等により処分する。The method of using the waste treatment vehicle 1 of the second embodiment is the same as that of the first embodiment until the crushing process. The crushed pieces 23 discharged from the crusher 2 and reaching the dust collector 15 are separated from the air in the filter 15a, and fall into the storage portion 17a of the compactor 17 below. When the crushed pieces 23 are accumulated in the storage portion 17a and reach a predetermined amount, the crushing device 2 is stopped and the processing is interrupted. Then, the pressing mechanism 17b is operated to compress the crushed pieces 23. When the compression is completely completed, the crushed pieces 23 become one block-shaped lump and are easy to handle. If the lump of the crushed pieces 23 is taken out and the takeout door 17c is opened, the crushing process can be performed again. After storing or transporting the lumps of crushed pieces 23 that have been taken out, if they consist of a uniform material, they remain as they are. If a large number of different materials are included, they are once separated and then incinerated and landfilled. And dispose of it.
【００１７】 実施例１，２の廃棄物破砕処理車は、発電機で供給した電力で電動機を動かし 、破砕装置を駆動させるので、トラックのエンジン回転と関係なく破砕処理が行 えると共に、電動機を用いることにより破砕時の負荷変動の影響をきわめて小さ くすることができる。In the waste crushing treatment vehicles of Examples 1 and 2, the electric motor supplied by the generator drives the electric motor to drive the crushing device, so that the crushing treatment can be performed regardless of the engine rotation of the truck and the electric motor can be operated. By using it, the influence of load fluctuation during crushing can be made extremely small.
【００１８】[0018]
本考案は、上記した構成を採用することにより、破砕装置のブロワ機能で破砕 片を空気搬送して回収が容易にできると共に、破砕片を逆流させず安全を保った まま破砕速度を速くすることができ、破砕能力を落とさずに小型化可能となり、 搭載する車体もコンパクトにして低コスト化がはかれる。 In the present invention, by adopting the above-mentioned structure, the blower function of the crushing device makes it possible to easily convey the crushed pieces by air, and to increase the crushing speed while maintaining safety without backflowing the crushed pieces. It is possible to reduce the size without sacrificing the crushing ability, and the vehicle body to be mounted can be made compact to reduce the cost.
【００１９】 集塵装置と共に袋詰装置またはコンパクタを設けた構成を採用すると、破砕後 の破砕片を回収してまとめてコンパクトに収納でき、保管や運搬、処分がしやす くなると共に、車一台で処理を一貫して行えるので作業場所を選ばず実用性が高 い。By adopting the configuration in which the baggage device or the compactor is provided together with the dust collector, the crushed pieces after crushing can be collected and collectively stored in a compact size, which facilitates storage, transportation, and disposal, as well as car Since the processing can be performed consistently on the table, it is highly practical regardless of the work place.
【００２０】 破砕装置の破砕手段として、回転軸にリンクチェーンを複数本放射状かつ並列 に取付けた構成を採用すると、破砕時に破損しにくく耐久性に優れ、長期間の運 転が可能になる。If a structure in which a plurality of link chains are attached to the rotary shaft in a radial and parallel manner is adopted as the crushing means of the crushing device, it is less likely to be damaged during crushing, has excellent durability, and can be operated for a long period of time.
【００２１】 破砕装置の仕切体として円盤を用いた構成を採用すると、破砕不十分な大きい 破砕片の排出を確実に防ぎ、破砕片の大きさを均一にするため、羽根板や後工程 に与える悪影響が小さく、排出時の送り出す力も小さくて済む。If a disk is used as a partition of the crushing device, it is possible to reliably prevent the discharge of large crushed pieces that are insufficiently crushed and to make the size of the crushed pieces uniform, so that the crushed pieces are given to the blades and the subsequent process. The adverse effect is small and the discharge force at the time of discharge can be small.
【００２２】 破砕装置の円盤に空気孔と切欠きを設けた構成を採用すると、破砕片が円盤と ケーシング内面間に万一詰まっても、破砕室からブロワ室への空気流の通路が確 保され、空気搬送能力が途絶えたり、ブロワ室負圧が強くなり過ぎて円盤を変形 ・破損させたりするのを防ぐ。If the disk of the crushing device is provided with air holes and notches, even if crushed pieces are clogged between the disk and the inner surface of the casing, the passage of the air flow from the crushing chamber to the blower chamber is secured. This prevents the air carrying capacity from being interrupted and the negative pressure in the blower chamber becoming too strong to deform or damage the disk.
【図１】実施例１を示す側面図である。FIG. 1 is a side view showing a first embodiment.
【図２】実施例１を示す平面図である。FIG. 2 is a plan view showing the first embodiment.
【図３】実施例１の破砕装置を示す正面図である。FIG. 3 is a front view showing the crushing device of the first embodiment.
【図４】図１のＡ−Ａ断面図である。FIG. 4 is a cross-sectional view taken along the line AA of FIG.
【図５】図３のＢ−Ｂ断面図である。5 is a sectional view taken along line BB of FIG.
【図６】図３のＣ−Ｃ断面図である。6 is a cross-sectional view taken along line CC of FIG.
【図７】図１のＤ−Ｄ断面図である。7 is a cross-sectional view taken along the line DD of FIG.
【図８】実施例２を示す側面図である。FIG. 8 is a side view showing a second embodiment.
【図９】図８のＥ−Ｅ断面図である。9 is a sectional view taken along line EE of FIG.
１ 廃棄物破砕処理車 ２ 破砕装置 ３ ケーシング ３ａ 破砕室 ３ｂ ブロワ室 ４ 回転軸 ４ａ ベルト ５ リンクチェーン ６ 羽根板 ６ａ 接続部材 ７ 円盤 ８ 円盤 ９ 空気孔 １０ 切欠き １１ 投入口 １２ 排出口 １３ 電動機 １４ ダクト １５ 集塵装置 １５ａ フィルター １５ｂ 排気口 １６ 袋詰装置 １６ａ ダストボックス １６ｂ 袋 １７ コンパクタ １７ａ 収納部 １７ｂ プレス機構 １７ｃ 取出扉 １８ 発電機 １９ トラック ２０ 荷室 ２１ ドア ２２ 廃棄物 ２３ 破砕片 1 waste crushing treatment vehicle 2 crushing device 3 casing 3a crushing chamber 3b blower chamber 4 rotating shaft 4a belt 5 link chain 6 vane plate 6a connecting member 7 disc 8 disc 9 air hole 10 notch 11 input port 12 discharge port 13 electric motor 14 Duct 15 Dust collector 15a Filter 15b Exhaust port 16 Bagging device 16a Dust box 16b Bag 17 Compactor 17a Storage part 17b Press mechanism 17c Exit door 18 Generator 19 Truck 20 Load compartment 21 Door 22 Waste 23 Crushed fragments
Claims (15)
排出口をそれぞれ両端に配置した円筒形状のケーシング
内部に紙・木などの廃棄物を細かく破砕する破砕手段を
設けると共に、該破砕手段と隣り合う部分にケーシング
の円筒中心を軸中心とする回転軸を設け、複数の羽根板
を回動軸に揺動自在に取付け、ケーシング内部を破砕手
段のある破砕室と羽根板のあるブロワ室とに分ける仕切
体を回転軸に取付け、仕切体外周とケーシング内面の間
に所定の隙間を設けて破砕室からブロワ室への破砕片の
通路とした破砕装置を車体に搭載したことを特徴とする
廃棄物破砕処理車。1. A crushing means for finely crushing waste such as paper and wood is provided in a cylindrical casing having a waste inlet and a crushed fragment discharge outlet after crushing disposed at both ends, and the crushing is performed. A rotary shaft having a cylindrical center of the casing as an axial center is provided in a portion adjacent to the means, a plurality of blade plates are swingably attached to the rotary shaft, and the inside of the casing is provided with a crushing chamber having a crushing means and a blower having a blade plate. A partitioning body that divides the chamber into a chamber is attached to the rotating shaft, and a crushing device is installed in the vehicle body as a passage for crushed pieces from the crushing chamber to the blower chamber with a predetermined gap between the outer periphery of the partitioning body and the inner surface of the casing A waste crushing vehicle.
集する集塵装置を設けると共に、収集した破砕片を袋に
詰めてまとめて取出せるようにする袋詰装置を設けた、
請求項１に記載の廃棄物破砕処理車。2. A dust collecting device for collecting the crushed pieces discharged from the crushing device, and a bagging device for packing the collected crushed pieces in a bag and taking them out together are provided.
The waste crushing treatment vehicle according to claim 1.
集する集塵装置を設けると共に、収集した破砕片を圧縮
し小さく固めてまとめて取出せるようにするコンパクタ
を設けた、請求項１に記載の廃棄物破砕処理車。3. The dust collecting device for collecting the crushed pieces discharged from the crushing device, and the compactor for compressing the collected crushed particles to make them compact and to collect them together. The waste crushing treatment vehicle described.
から延長した回転軸にリンクチェーンを複数本放射状か
つ軸方向に並列に取付けた構成である請求項１に記載の
廃棄物破砕処理車。4. The waste crushing vehicle according to claim 1, wherein the crushing means of the crushing device has a structure in which a plurality of link chains are attached in a radial and axially parallel manner to a rotary shaft extending from the partition body mounting portion. .
から延長した回転軸にリンクチェーンを複数本放射状か
つ軸方向に並列に取付けた構成である請求項２に記載の
廃棄物破砕処理車。5. The waste crushing vehicle according to claim 2, wherein the crushing means of the crushing device has a structure in which a plurality of link chains are mounted in a radial and axially parallel manner on a rotary shaft extending from the partition body mounting portion. .
から延長した回転軸にリンクチェーンを複数本放射状か
つ軸方向に並列に取付けた構成である請求項３に記載の
廃棄物破砕処理車。6. The waste crushing vehicle according to claim 3, wherein the crushing means of the crushing device has a structure in which a plurality of link chains are attached in a radial and axially parallel manner to a rotary shaft extending from a partition body mounting portion. .
れ取付けたＵ字形金具を互いにリンクして連結し、羽根
板を回転軸に揺動自在に取付けた、請求項１または４に
記載の廃棄物破砕処理車。7. The blade plate of the crushing device and U-shaped metal fittings respectively attached to the rotary shaft are linked and linked to each other, and the blade plate is swingably attached to the rotary shaft. Waste crushing vehicle.
れ取付けたＵ字形金具を互いにリンクして連結し、羽根
板を回転軸に揺動自在に取付けた、請求項２または５に
記載の廃棄物破砕処理車。8. The blade plate of the crushing device and U-shaped metal fittings respectively attached to the rotary shaft are linked to each other and connected, and the blade plate is swingably attached to the rotary shaft. Waste crushing vehicle.
れ取付けたＵ字形金具を互いにリンクして連結し、羽根
板を回転軸に揺動自在に取付けた、請求項３または６に
記載の廃棄物破砕処理車。9. The wing plate of the crushing device and U-shaped fittings respectively attached to the rotary shafts are linked and connected to each other, and the vane plates are swingably mounted to the rotary shaft. Waste crushing vehicle.
ング内面より径の小さい円盤を用いた請求項１，４，７
いずれか記載の廃棄物破砕処理車。10. A disk having a diameter smaller than the inner surface of the casing is used as a partition of the crushing device.
The waste crushing treatment vehicle described in any one.
ング内面より径の小さい円盤を用いた請求項２，５，８
いずれか記載の廃棄物破砕処理車。11. A disk having a diameter smaller than the inner surface of the casing is used as a partition of the crushing device.
The waste crushing treatment vehicle described in any one.
ング内面より径の小さい円盤を用いた請求項３，６，９
いずれか記載の廃棄物破砕処理車。12. A disk having a diameter smaller than the inner surface of the casing is used as a partition of the crushing device.
The waste crushing treatment vehicle described in any one.
辺に空気孔を数個設けると共に、円盤外周に複数の切欠
きを設けた請求項１０に記載の廃棄物破砕処理車。13. The waste shredding vehicle according to claim 10, wherein several air holes are provided around a rotary shaft mounting portion of the disk of the shredder and a plurality of notches are provided on the outer circumference of the disk.
辺に空気孔を数個設けると共に、円盤外周に複数の切欠
きを設けた請求項１１に記載の廃棄物破砕処理車。14. The waste shredding vehicle according to claim 11, wherein several air holes are provided around the rotary shaft mounting portion of the disk of the shredder and a plurality of notches are provided on the outer circumference of the disk.
辺に空気孔を数個設けると共に、円盤外周に複数の切欠
きを設けた請求項１２に記載の廃棄物破砕処理車。15. The waste shredding vehicle according to claim 12, wherein several air holes are provided around the rotary shaft mounting portion of the disk of the shredder and a plurality of notches are provided on the outer circumference of the disk.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1995005833U JP3018367U (en) | 1995-05-20 | 1995-05-20 | Waste shredder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1995005833U JP3018367U (en) | 1995-05-20 | 1995-05-20 | Waste shredder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JP3018367U true JP3018367U (en) | 1995-11-21 |
Family
ID=43153817
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP1995005833U Expired - Lifetime JP3018367U (en) | 1995-05-20 | 1995-05-20 | Waste shredder |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP3018367U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2012106162A (en) * | 2010-11-16 | 2012-06-07 | Miike Iron Works Co Ltd | Crushing and sorting apparatus |
-
1995
- 1995-05-20 JP JP1995005833U patent/JP3018367U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2012106162A (en) * | 2010-11-16 | 2012-06-07 | Miike Iron Works Co Ltd | Crushing and sorting apparatus |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US4786003A (en) | Materials processing unit | |
| JPS58150443A (en) | Paper crusher and operation thereof | |
| CN211757544U (en) | Kitchen waste sorting, crushing and screening all-in-one machine | |
| JP2001334244A (en) | Apparatus for treating general waste containing garbage and collection vehicle provided with the apparatus | |
| US3856218A (en) | Waste reduction apparatus | |
| JP3018367U (en) | Waste shredder | |
| JP3509714B2 (en) | Garbage crushing and sorting equipment and garbage processing equipment | |
| US4121514A (en) | Machine for collecting, shredding and compacting cans | |
| KR200383029Y1 (en) | An apparatus for separating the used oil filter | |
| CN217725812U (en) | High-efficient rubbing crusher | |
| KR101019144B1 (en) | Crusher for leaf abscission | |
| JP2704503B2 (en) | Crushing equipment | |
| JP3410973B2 (en) | Dust separation device | |
| CN205474560U (en) | Dry process dust collector | |
| KR200377514Y1 (en) | An apparatus for separating the used oil filter and empty oil can | |
| JP2622498B2 (en) | Waste treatment equipment | |
| JPS589701B2 (en) | waste treatment equipment | |
| KR101910463B1 (en) | food waste crushing method for removing vinyls in food waste | |
| CN217289758U (en) | Waste collecting device of casting and rolling machine for manufacturing luggage drawing plate | |
| CN211197436U (en) | Novel garbage truck | |
| CN209238106U (en) | A kind of Bulky Waste break process equipment | |
| US5692686A (en) | Chopper fan for a fragmentation machine for recycling items made of plastics material | |
| CN220677963U (en) | Leftover material crushing and recycling device | |
| EP4010122B1 (en) | Particles grinding and classifying system | |
| JPH0328001Y2 (en) |