JP3168801U

JP3168801U - Dehydrating raw material production machine

Info

Publication number: JP3168801U
Application number: JP2011002105U
Authority: JP
Inventors: 竣祐蔡
Original assignee: 昆陞機械有限公司
Priority date: 2011-04-15
Filing date: 2011-04-15
Publication date: 2011-06-30
Anticipated expiration: 2021-04-15

Abstract

【課題】プラスチックス又はプラスチックスを混合した回収物体より、脱水原料を製造する脱水原料製造機を提供する。【解決手段】脱水原料製造機は、内孔２０を有するスクリーンドラム２と、中孔３０を有する胴体３と、を含む。該スクリーンドラムは、更に内孔を連通する原料投入口２４及びスクリーン孔２３を有し、中孔の一端に内孔の一端に同軸に突き合わせ接合し、中孔他端は、端板を密閉し、且つ中孔壁面に歯部３３を設け、該端板は、複数の中孔を連通する押し出し孔を配する。スクリーンドラム及び胴体中には、自転できる軸部材５を設け、該軸部材外周のスクリーンドラム範囲に螺旋翼片５１を設け、原料投入口から投入した回収物体原料を胴体方向に押し込み、第１段の脱水を行う。さらに、該軸部材外周は、更に胴体範囲に歯部が組み合う螺旋刃５５１を設け、螺旋刃により巻き込み、胴体歯部により圧延し、物体原料に対し、均質化した原料フィード加工を行う。また、軸部材は、螺旋翼片５１、螺旋刃５５１の間に緩衝軸５２を形成し、この緩衝軸は、内孔に合わせ、緩衝空間を形成する。【選択図】図１Provided is a dehydration raw material manufacturing machine for producing a dehydration raw material from plastics or a collected object obtained by mixing plastics. A dewatering raw material manufacturing machine includes a screen drum having an inner hole and a body having an inner hole. The screen drum further has a raw material input port 24 and a screen hole 23 communicating with the inner hole, is coaxially butt-joined to one end of the inner hole and one end of the inner hole, and the other end of the inner hole seals the end plate. In addition, a tooth portion 33 is provided on the wall surface of the bore, and the end plate is provided with an extrusion hole communicating with the plurality of bores. A rotatable shaft member 5 is provided in the screen drum and the body, and a spiral blade piece 51 is provided in the area of the screen drum around the shaft member. Dehydration. Further, the outer periphery of the shaft member is further provided with a spiral blade 551 whose teeth are combined with each other in the body region. The spiral blade 551 is wound by the spiral blade, rolled by the body teeth, and the raw material material is subjected to a uniform raw material feed process. In addition, the shaft member forms a buffer shaft 52 between the spiral blade piece 51 and the spiral blade 551, and this buffer shaft forms a buffer space in accordance with the inner hole. [Selection diagram] Fig. 1

Description

本考案は、脱水原料製造機に関し、その応用範囲は、回収後のプラスチック類の粉体、プラスチックフィルムの破片、プラスチック類の粉砕物などのプラスチックリサイクル原料及び木質粉体、木質粉砕物、紙類粉砕物、植物茎類粉砕物などの繊維類のリサイクル原料の単一原料又はその混合後の複合原料に対し、洗浄ステップ後の脱水、原料製錬、原料製造機を経てプラスチック廃棄物のリサイクル再利用を達成するか、木質類、紙類のリサイクル原料の収集、又は木質類、植物茎類、紙類の混合プラスチック廃棄物を棒又はストリップ状にし、低温炉（RPF）又は高温炉（RDF）の燃料として提供し、廃棄物の汚染を低減し、資源を十分に利用し、それは、以下の技術分野を有する。 The present invention relates to a dewatering raw material manufacturing machine, and its application range is plastic powder after collection, plastic film fragments, plastic recycling raw materials such as pulverized plastics, wood powder, wood pulverized material, papers, etc. Recycled plastic waste after dehydration, raw material smelting, raw material manufacturing machine after washing step for single raw material of fiber recycling raw material such as pulverized material, plant stem pulverized material, etc. Achieve use, collect recycled materials of wood and paper, or mix plastic waste of wood, plant stems and paper into sticks or strips, low temperature furnace (RPF) or high temperature furnace (RDF) As a fuel, reduce waste pollution and make full use of resources, it has the following technical fields:

一、軸部材の外周に一段の螺旋翼片を設け、原料供給口の原料投入に合わせ、胴体方向に原料をフィードすることに用い、スクリーンドラムのスクリーン開口に合わせ、第１段の脱水乾燥の効果を形成する。 1. A single-stage spiral blade piece is provided on the outer periphery of the shaft member, used to feed the raw material in the direction of the fuselage in accordance with the raw material supply port, and in accordance with the screen opening of the screen drum. Form an effect.

二、軸部材の螺旋翼片及び螺旋刃の間に形成される緩衝軸を利用し、緩衝軸及びスクリーンドラムの内孔が形成する緩衝空間を利用することができ、物体原料の相互間の押圧力を増大し、物体原料の完全な脱水乾燥の効果を達成し、更に、スクリーンドラムの胴体に隣接する一端に設けるスクリーンドラムの内孔まで凸伸する複数の乱流栓のブロック及び分流、及びスクリーンドラムの内孔が相対して限縮されること、並びに螺旋刃の巻き送りを利用し、スクリーンドラム内孔壁面は、前進する回収物体原料に押され、既存の進行経路を変更する必要を迫られ、これにより、回収物体原料を絶えず元の位置から変更させ、物体原料をスクリーンドラム内孔壁面に停滞粘着させず、回収物体原料がスクリーンドラムに逆戻りする問題を改善することができる。 Second, the buffer shaft formed between the spiral blade and the spiral blade of the shaft member can be used, and the buffer space formed by the buffer shaft and the inner hole of the screen drum can be used. A plurality of turbulent plug blocks and shunts that increase the pressure to achieve a complete dehydration drying effect of the raw material, and further extend to the screen drum bore provided at one end adjacent to the screen drum body; and The inner hole of the screen drum is relatively limited, and the spiral drum blade feed is used, and the screen drum inner hole wall surface is pushed by the collected object material to advance, and the existing traveling path needs to be changed. As a result, the recovered object material is constantly changed from its original position, and the object material is not stuck to the inner wall surface of the screen drum, and the problem that the recovered object material returns to the screen drum is improved. Door can be.

三、材料均質化技術を改善し、材料加工の径方向の深さを大幅に増加することに用い、原料フィードの均質化品質効率的に向上する。 3. Improve the material homogenization technology and greatly increase the material processing radial depth, improve the material feed homogenization quality efficiently.

四、軸部材が固定設置する刀ホルダー上の螺旋刃及び胴体中心歯部の相互の組み合わせを利用し、脱水乾燥後の物体原料の原料フィードを均質化させる過程において、端板押し出し孔に向けて押し出す熱プレスを形成し、生成物を堅くする効果を達成する。 4. In the process of homogenizing the raw material feed of the object raw material after dehydration and drying using the combination of the spiral blade on the sword holder fixedly installed by the shaft member and the body central tooth part, toward the end plate extrusion hole Form an extruding hot press and achieve the effect of hardening the product.

五、単独転動する切断装置を利用し、一貫化可能であり、均質化処理後の回収物体原料を操作者の必要に応じ粒状にして送出するか、その長さを制御し、所定の長さのストリップ状又は棒状にして送出する。 5. A single-rolling cutting device can be used for consistency, and the recovered object material after homogenization can be sent out in granular form as required by the operator, or the length can be controlled to a predetermined length. It is sent in the form of a strip or rod.

本考案の技術分野と近似するのは、中華民国公告第M319146号『分離式脱水フィーダ』であり、それは、破砕、脱水後の回収プラスチックを組織均質化できる処理技術であり、該技術は、機体にスクリーンドラムを構築し、その後、スクリーンドラム中枢に主軸を設け、主軸は、翼片を設け、スクリーンドラムは、原料投入口を設け、該主軸を回転させる時、原料入口から送り込んだ回収プラスチックを脱水し、主軸出力部から押し出し、それは以下を特徴とする。 An approximation to the technical field of the present invention is the M319146 Separation Type Dehydration Feeder, which is a processing technology that can homogenize the recovered plastic after crushing and dehydration. After that, the screen drum is constructed with a main shaft, the main shaft is provided with a blade, the screen drum is provided with a raw material inlet, and when the main shaft is rotated, the recovered plastic fed from the raw material inlet is collected. Dehydrated and extruded from the spindle output, which is characterized by:

スクリーンドラムの主軸出力端部に原料フィード装置を設置し、原料フィード装置は、中空のソケット及び原料フィードヘッドから構成される。そのソケットは、スクリーンドラムと連通し且つ外向きに拡散する錐形内孔を有し、該内孔は、研磨歯を設け、原料フィードヘッドは、ソケット中に対応して設置され且つ主軸に連動し、この原料フィードヘッド外周に歯ブロックを設け、該歯ブロック及び研磨歯の間には、径方向の隙間を有し、該径方向の隙間は、制御を受けて該回収プラスチックを摩擦変形し、融解することができ、例えば、ポップコーンのような不規則形状を形成し、送出し、押し出し機に後続の加工を行わせ、品質が優良な再生製品を製造する。 A raw material feed device is installed at the main shaft output end of the screen drum, and the raw material feed device includes a hollow socket and a raw material feed head. The socket has a conical inner hole that communicates with the screen drum and diffuses outward, the inner hole is provided with polishing teeth, and the raw material feed head is installed correspondingly in the socket and interlocked with the main shaft In addition, a tooth block is provided on the outer periphery of the raw material feed head, and there is a radial gap between the tooth block and the abrasive teeth. The radial gap is subjected to frictional deformation of the recovered plastic under control. Can be melted and formed into irregular shapes such as popcorn, for example, delivered, and then processed by an extruder to produce a recycled product of good quality.

特許公表２０００−５１０３９７号公報Patent Publication 2000-510397

しかしながら、該特許先行技術文献は、以下の欠陥を有する：
1.実際の使用において、該先行技術の主軸翼片が回収プラスチックを巻き込み、その進行は、固定された回転方向経路であり、巻き込み過程において、端部に設ける原料フィード装置が送出時、後続の物体原料が位置を変動する以外に、回収プラスチックに既存の進行経路を変更させる要因を作ることがなく、原料供給の過程において、一旦原料フィード装置が、回収プラスチックが過度の熱で溶けることにより、送出できない状況が発生する時、絶えずプレスを受けることにより、前進できず、回収物体原料をつまらせる状況を発生し、一旦回収プラスチックが主軸翼片の巻き込み可能な範囲から離脱すれば、スクリーンドラム内壁に脱水困難の状況が発生し、回収プラスチックがスクリーンドラム内に完全につまり、マシンを停止し、新たにクリアして初めて正常使用を回復することができ、実際の使用において、非常に不便である。
2.原料フィードヘッドがソケット中で自転して『歯対歯』の原料フィードを行い、該原料フィード領域は、厚さが大きくない環状を呈し、その接線は、擦る速度が相当高いので、原料フィードを完成させることができるが、この原料フィード領域の径方向の深さは、大きくないので、全体の均質化処理の基礎が大きくなく、粒の品質に改善の余地がある。
3.その原料フィードヘッド、ソケットが歯対歯で回収プラスチックを擦った後、該回収プラスチックは、しばしば高速摩擦で高熱を発生し、完全融解状態を発生し、切断装置が無い状況で、それを連続したストリップ状で送出し、他のプロセスで連続したストリップ状回収プラスチックを破砕し、運送及び押し出し機中に送り込み後続加工に便利する必要がある以外に、完全に溶けた回収プラスチックの粘着を受け、往々にして原料フィードヘッド及びソケットに隙間がなくなる状況が発生し、完全につまり、運転できなくなるので、該先行技術は、粒状回収プラスチックを一貫して自動化送出することができない欠陥を有し、長期運転使用させることができないという欠陥を有する。
4.前記先行技術は、その送出は、原料フィードヘッド及びソケットの隙間の所定値により操作者の実際の要求に応じ、送出する回収プラスチックの粒状の大きさ又は送出する物体原料の長さを制御することができない。 However, the patent prior art document has the following defects:
1. In actual use, the main spindle blade piece of the prior art entrains the recovered plastic, and its progress is a fixed rotational direction path. During the entrainment process, when the material feed device provided at the end feeds, In addition to changing the position of the raw material, there is no need to change the existing travel path for the recovered plastic.In the process of supplying the raw material, once the recovered material is melted by excessive heat, When a situation where it cannot be delivered occurs, it is impossible to move forward by continuously receiving a press, causing a situation where the recovered object material is caught, and once the recovered plastic comes out of the range in which the main spindle blade can be wound, the inner wall of the screen drum When the situation of difficult dehydration occurs, the recovered plastic is completely inside the screen drum, that is, the machine is stopped and new Clear can be recovered for the first time successfully used to, in actual use, it is very inconvenient.
2. The raw material feed head rotates in the socket to perform “tooth-to-tooth” raw material feed. Although the feed can be completed, the radial depth of the raw material feed region is not large, so the basis for the entire homogenization treatment is not large, and there is room for improvement in the quality of the grains.
3. After the raw material feed head and socket rub the recovered plastic with teeth-to-tooth, the recovered plastic often generates high heat at high speed friction, generates a complete melting state, and in the absence of a cutting device, Delivered in continuous strips, broken into continuous strips of recovered plastic in other processes, sent into transport and extruders for convenient subsequent processing, and subjected to completely molten recovered plastic sticking The state of the art often has gaps in the raw material feedhead and socket, and is completely deficient in operation, so the prior art has a defect that the particulate recovered plastic cannot be consistently automated and delivered, It has a defect that it cannot be used for long-term operation.
4. In the above prior art, the delivery is controlled by the predetermined value of the gap between the raw material feed head and the socket, according to the actual demand of the operator, the granular size of the recovered plastic to be sent or the length of the object raw material to be sent Can not do it.

上記先行技術の欠陥に鑑み、本考案者は、積極的に努力研究し、複数回の試験及び改良を経て、ようやく実用効果を具える本考案まで発展させている。 In view of the above-mentioned deficiencies in the prior art, the present inventors have made active efforts and researches, and after several tests and improvements, have finally developed the present invention having practical effects.

本考案が提供する脱水原料製造機は、
ラックと、
ラックに横たえて取り付けられ、同軸に内孔を有し、径方向に複数の内孔に連通できるスクリーン孔を設け、更に、回収物体原料を内孔に投入させることができる原料投入口を設け、胴体に隣接する一端に複数の内孔に凸伸する乱流栓を設けるスクリーンドラムと、
左右両端を貫通する中孔を設け、中孔一端は、スクリーンドラム内孔一端に同軸に突き合わせ接続し、且つ中孔壁面に歯部を設ける胴体と、
中孔他端を密閉し、且つ複数の中孔内外を連通する押し出し孔を有し、これら押し出し孔は、中孔軸向きに沿って設置される端板と、
内孔、中孔を同心に横跨ぎする軸部材であって、該軸部材外周がスクリーンドラム範囲に螺旋翼片を設け、軸部材が自転時に原料フィードから送り込まれる回収物両を胴体に押し出すことに便利であり、軸部材外周に更に胴体範囲に螺旋刃を設け、この螺旋刃の螺旋方向は、螺旋翼片と同一であり、該軸部材が更に螺旋翼片、螺旋刃の間に外径が比較的小さい緩衝軸を設け、この緩衝軸は、スクリーンドラム範囲に位置する軸部材と、
端板外側面に取り付けられ、押し出し孔から送出する回収物体原料を切断することに用いる切断装置と、
を含む。 The dehydrating raw material production machine provided by the present invention is
Rack,
It is attached to the rack, has a coaxial inner hole, is provided with a screen hole that can communicate with a plurality of inner holes in the radial direction, and further provided with a raw material inlet that allows a recovered object raw material to be introduced into the inner hole, A screen drum provided with a turbulent plug protruding into a plurality of inner holes at one end adjacent to the body;
A body hole is provided that penetrates the left and right ends, one end of the hole is coaxially abutted and connected to one end of the screen drum inner hole, and a toothed portion is provided on the wall surface of the hole.
The other end of the medium hole is hermetically sealed, and has a plurality of extrusion holes communicating with the inside and outside of the plurality of holes. These extrusion holes are end plates installed along the direction of the medium hole axis;
A shaft member that concentrically straddles the inner hole and the inner hole, the outer periphery of the shaft member is provided with a spiral blade piece in the screen drum range, and the shaft member pushes out both of the collected materials fed from the raw material feed to the body when rotating. In particular, a spiral blade is provided on the outer periphery of the shaft member in the body region, and the spiral direction of the spiral blade is the same as that of the spiral blade piece. A buffer shaft having a relatively small diameter is provided, and the buffer shaft includes a shaft member located in the screen drum range,
A cutting device attached to the outer surface of the end plate and used for cutting the recovered object material to be sent out from the extrusion hole;
including.

本考案は、少なくとも以下の利点を有する：
(A)本考案の軸部材５が設ける螺旋翼片５１は、原料投入口２４の原料投入及びスクリーンドラム２のスクリーン孔２３に合わせることができ、原料を誘導すると同時に第一段の脱水乾燥を行い、螺旋翼片５１及び螺旋刃５５１の間に緩衝軸５２を形成し、スクリーンドラム２の内孔２０、緩衝軸５２の間に回収物体原料を完全脱水する緩衝充填の空間を形成し、更に、スクリーンドラム２の内孔２０中に凸伸する乱流栓２７の阻止及び分流、及び螺旋刃５５１の巻き込みにより内孔２０壁面に送り出される回収物体原料が元の進行経路を変更する必要を迫られても、絶えず交換変動することができ、スクリーンドラム２の内孔２０壁面に粘着して停滞する状況を発生せず、従来技術の物体原料がスクリーンドラム２の内孔２０につまる状況を回避し、完全脱水し、スクリーンドラム２の内孔２０を塞栓しない効果を達成する。
(B)本考案は、回收物体原料に対する原料フィード加工を均質化し、それは、軸部材５の螺旋刃５５１の巻き込み、胴体３の歯部３３の圧延によりその原料フィード加工の径方向の深さを大幅に増加させ、該胴体３中に位置する回收物体原料をすべて併せて原料フィードし、均質化処理の基礎を大きく向上し、回收物体原料の粒製造又はストリップ、棒製造の品質を向上し、且つ螺旋刃５５１の強制巻き込み、及び歯部３３の相互の組み合わせによって物体原料の摩擦による熱プレスを起こさせ、物体原料を端板４の押し出し孔４５を経由し押し出す時、生成物に緊密の効果を達成させることができる。
(C)本考案の端板４外側は、切断装置６を取り付け、絶えず出力する均質化物体原料を所定の長さの粒状、ストリップ状又は棒状に切断し、この種の自動化切断作業は、工程時間を大幅に節減し、効率を向上し、且つ同期加工において、経済効果の原則及び新規機能を達成する。 The present invention has at least the following advantages:
(A) The spiral blade piece 51 provided on the shaft member 5 of the present invention can be adjusted to the raw material input of the raw material input port 24 and the screen hole 23 of the screen drum 2, and the first stage of dehydration drying is performed simultaneously with the induction of the raw material. A buffer shaft 52 is formed between the spiral blade piece 51 and the spiral blade 551, and a buffer filling space is formed between the inner hole 20 of the screen drum 2 and the buffer shaft 52 to completely dewater the recovered object material, and Further, it is necessary to prevent the turbulent plug 27 protruding and extending into the inner hole 20 of the screen drum 2 and the diversion, and the recovered object raw material sent out to the wall surface of the inner hole 20 by the spiral blade 551 being involved needs to change the original traveling path. Even if it is changed, it is possible to constantly change and change, and the situation that the material material of the prior art is stuck in the inner hole 20 of the screen drum 2 without causing the situation of sticking to the wall surface of the inner hole 20 of the screen drum 2 And avoid, completely dehydrated, to achieve the effect that no embolic the inner hole 20 of the screen drum 2.
(B) The present invention homogenizes the raw material feed processing for the recovered object raw material, which is to increase the radial depth of the raw material feed processing by winding the helical blade 551 of the shaft member 5 and rolling the tooth portion 33 of the body 3. Greatly increased, feeds all the recovered material raw materials located in the body 3 together, greatly improves the basics of the homogenization treatment, improves the quality of the production of grains of the recovered material raw materials or strips, Further, when the object raw material is pushed out through the extrusion hole 45 of the end plate 4 by causing the material raw material to be frictionally pressed by the forced engagement of the spiral blade 551 and the tooth portion 33, the product has a close effect on the product. Can be achieved.
(C) On the outside of the end plate 4 of the present invention, a cutting device 6 is attached, and the homogenized object raw material that is continuously output is cut into granular, strip-like or rod-like shapes of a predetermined length. Save time, improve efficiency and achieve the principle of economic effect and new functions in synchronous machining.

本考案の組み合わせ断面説明図である。It is combination sectional explanatory drawing of this invention. 本考案のスクリーンドラム、胴体、端板、軸部材の分解説明図である。It is a decomposition explanatory view of a screen drum, a body, an end plate, and a shaft member of the present invention. 本考案の切断装置の分解説明図である。It is decomposition | disassembly explanatory drawing of the cutting device of this invention. 本考案の立体組み合わせ説明図である。It is a three-dimensional combination explanatory drawing of this invention. 図１の局部組み合わせ断面説明図である。It is local combination cross-sectional explanatory drawing of FIG. 本考案の第２実施例の説明図である。It is explanatory drawing of 2nd Example of this invention. 本考案の第３実施例の説明図である。It is explanatory drawing of 3rd Example of this invention. 本考案の第３実施例の説明図である。It is explanatory drawing of 3rd Example of this invention. 本考案の第４実施例の説明図である。It is explanatory drawing of 4th Example of this invention. 本考案の第５実施例の説明図である。It is explanatory drawing of 5th Example of this invention.

本考案の構造、特徴及びその他の目的を分かり易くするため、好適実施例を挙げ、図面に併せて以下に詳細に説明する。 In order to make the structure, features and other objects of the present invention easier to understand, preferred embodiments will be given and described in detail below in conjunction with the drawings.

図１〜図５を参照し、本考案は、以下を含む。
ラックであって、図１に示すように、縦横梁及び板片を溶接して構成され、該ラック上面に台面１１を形成し、台面１１上に固定台１２、固定台１２右側に位置する変速箱１３を固定設置し、前記固定台１２は、テーパ状に貫通する軸孔１２０を有し、変速箱１３内側に歯車組を組み込み、変速箱１３右端に歯車組を連動できるベルト輪を取り付け、ラックの変速箱１３下方には、主モータ１４を取り付け、モータ１４にベルト１５を介し、変速箱１３中の歯車組を連動させ、歯車組に減速した動力出力をできるようにさせることに用いる。 1 to 5, the present invention includes the following.
As shown in FIG. 1, the rack is formed by welding vertical and horizontal beams and plate pieces, a base surface 11 is formed on the top surface of the rack, and a fixed base 12 on the base surface 11 and a shift located on the right side of the fixed base 12. The box 13 is fixedly installed, the fixing base 12 has a shaft hole 120 penetrating in a taper shape, a gear set is incorporated inside the speed change box 13, and a belt ring capable of interlocking the gear set is attached to the right end of the speed change box 13, A main motor 14 is attached to the lower side of the gearbox 13 of the rack, and is used to link the gear set in the gearbox 13 via the belt 15 to the motor 14 so that the gear set can output a reduced power.

スクリーンドラム２であって、図１、図２に示すように、それは、同軸に左右両端を貫通する内孔２０を有し、且つ両端外周にそれぞれ固定環２１，２２を設け、スクリーンドラム２右端の固定環２１が螺子栓を通過させ、固定台１２左側面に固定設置し、且つスクリーンドラム２、台面１１の間に別途能供螺栓穿掣而鎖設於固定座(12)左側面，且於スクリーンドラム２、台面１１の間にブラケット２１１を設け、該スクリーンドラム２を横たえて台面１１上に設置させることができるようにし、このスクリーンドラム２は、更に、径方向に複数の内孔２０を貫通するスクリーン孔２３を設け、右端上半部に内孔２０内外を径方向に連通する原料投入口２４を開設し、この原料投入口２４は、上向きに拡散する原料投入漏斗２５を固定設置し、該原料投入漏斗２５は、物体原料を内孔２０中に投入するよう導引し、スクリーンドラム２左端の固定環２２は、複数の径方向に内孔２０を貫通する組み立て孔２６を等分に設け、該組み立て孔２６は、乱流栓２７を取り付けさせ、該乱流栓２７を内孔２０中に凸伸させることができ、更に、ラックのスクリーンドラム２範囲の下方位置に排水漏斗１６を取り付け、スクリーン孔２３から流出する排水又は不純物を収集可能にする。 As shown in FIGS. 1 and 2, the screen drum 2 has inner holes 20 coaxially passing through the left and right ends, and fixed rings 21 and 22 are provided on the outer circumferences of both ends, respectively. The fixing ring 21 passes the screw plug, is fixedly installed on the left side surface of the fixing base 12, and is separately provided between the screen drum 2 and the base surface 11. A bracket 211 is provided between the screen drum 2 and the base surface 11 so that the screen drum 2 can be laid down on the base surface 11. The screen drum 2 further includes a plurality of inner holes 20 in the radial direction. Is provided in the upper half of the right end with a raw material charging port 24 that communicates the inside and outside of the inner hole 20 in the radial direction. The raw material charging port 24 is fixedly installed with a raw material charging funnel 25 that diffuses upward. And The raw material introduction funnel 25 guides the raw material to be introduced into the inner hole 20, and the fixed ring 22 at the left end of the screen drum 2 equally divides the assembly holes 26 penetrating the inner hole 20 in a plurality of radial directions. The assembly hole 26 is provided with a turbulent plug 27 attached thereto, and the turbulent plug 27 can be protruded into the inner hole 20, and the drainage funnel 16 is provided at a position below the screen drum 2 range of the rack. The drainage or impurities flowing out from the screen hole 23 can be collected.

胴体３であって、図１、図２に示すように、それは、左右両端を貫通する中孔３０を有し、該中孔３０内径は、スクリーンドラム２内孔２０に相当し、且つ胴体３右端が螺子栓３１を介し、スクリーンドラム２左端の固定環２２に固定されるようにし、中孔３０に内孔２０と同心に突き合わせ接合させ、該中孔３０壁面に軸方向に沿って複数の間隔を置いて設置される凹溝３２を凹設させ、これにより間隔を置いて設置される歯部３３を形成する。 As shown in FIGS. 1 and 2, the body 3 has an inner hole 30 penetrating both left and right ends. The inner diameter of the inner hole 30 corresponds to the inner hole 20 of the screen drum 2, and the body 3. The right end is fixed to the fixed ring 22 at the left end of the screen drum 2 via the screw plug 31, and the inner hole 30 is confronted and joined concentrically with the inner hole 20. The recessed grooves 32 that are installed at intervals are recessed, thereby forming the tooth portions 33 that are installed at intervals.

端板４であって、図２、図４、図５に示すように、それは、螺子栓４１を介し、胴体３左端に固定され、胴体３の中孔３０を密閉することに用い、この端板４右側面の中孔３０の同心位置に軸受孔４２を凹設し、端板４左側面に軸受孔４２と同心の内螺子孔４３を設け、また、該端板４左側面には、厚さを拡大できる環状領域４４を設け、軸受孔４２と同心配置を呈し、且つ最大径が中孔３０より小さく、最小径が軸受孔42より大きく、この環状領域４４は、複数の中孔３０内外を連通する押し出し孔４５を設け、該押し出し孔４５は、中孔３０の軸向きに沿って設置され、且つ複数の等間隔の弧線を配置し、環状領域４４の小径から環状領域４４の大径に螺旋する渦敷設を形成する。 2, 4, and 5, the end plate 4 is fixed to the left end of the body 3 through a screw plug 41, and is used to seal the inner hole 30 of the body 3. A bearing hole 42 is recessed at the concentric position of the center hole 30 on the right side of the plate 4, an inner screw hole 43 concentric with the bearing hole 42 is provided on the left side of the end plate 4, An annular region 44 capable of increasing the thickness is provided, is concentrically arranged with the bearing hole 42, has a maximum diameter smaller than the middle hole 30, and a minimum diameter larger than the bearing hole 42, and the annular region 44 includes a plurality of inner holes 30. An extrusion hole 45 that communicates the inside and the outside is provided, and the extrusion hole 45 is installed along the axial direction of the middle hole 30, and a plurality of equally-spaced arc wires are arranged. Form a vortex spiraling in diameter.

軸部材５であって、図１、図２、図５に示すように、該軸部材５右端は、固定台１２の軸孔１２０に対応して軸回転可能に設置され、左端は、端板４の軸受孔４２に軸回転可能に設置され、該軸部材５を同心にスクリーンドラム２の内孔２０、胴体３の中孔３０を横跨ぎさせ、軸部材５右端に軸結合器を介し、変速箱１３の歯車組の駆動の自転となるようにし、該軸部材５外周のスクリーンドラム２の内孔２０の範囲に螺旋翼片５１を凸設し、該螺旋翼片５１右端は、スクリーンドラム２の原料投入口２４右側に切り揃え、左端は、原料投入口２４の左側及び胴体３の間に位置し、軸部材５に螺旋翼片５１左端及び胴体３右端の間において螺旋翼片５１より径の小さい緩衝軸５２を形成させることに用い、軸部材５の原料投入口２４右側及び固定台１２左側の間には、リブ軸５３を有し、このリブ軸５３は、スクリーンドラム２の内孔２０の対応部位に設けられ、物体原料が原料投入口２４右側につまる状況を改善することに用い、更に、該軸部材５の胴体３の中孔３０に相対する部位にボルト軸５４を形成し、該ボルト軸５４は、緩衝軸５２より径が小さく、ボルト軸５４の緩衝軸５２を溶接する位置に階級落差５４１を形成することに便利であり、該ボルト軸５４は、刀ホルダー５５のボルト孔５５０中に挿入でき、この刀ホルダー５５外周の胴体３の中孔３０の範囲に螺旋刃５５１を設け、該螺旋刃５５１の螺旋方向は、螺旋翼片５１と同一であり、且つ緩衝軸５２外径を螺旋翼片５１、螺旋刃５５１の外径より遥かに小さくし、ボルト軸５４左端は、径が小さいカバー軸５６を同軸接続し、該カバー軸５６端面に螺子孔５６１を有し、中間カバー５７によりカバー軸５６外周に被せ合わさり、且つカバー軸５６外周、中間カバー５７の間に相互に噛み合う鍵５８、溝５８０を設け、螺子５７１により該中間カバー５７を貫通し、螺子孔５６１に螺合し、刀ホルダー５６を確実に階級落差５４１、中間カバー５６の間に挟み固定することに用い、ボルト軸５４に刀ホルダー５５を確実に連動させ併せて自転させ、且つ螺旋刃５５１に修理交換に便利であるという利点をもたせ、該中間カバー５７外周には、軸受環５９を被せ合わせ、この軸受環５９は、端板４の軸受孔４２中に軸接合し、軸部材５左端に自転可能に端板４を支持させることに用いる。このことから分かるように、モータ１４が軸部材５の自転を連動し、螺旋翼片５１を連動する時、該螺旋翼片５１は、回収物体原料をスクリーンドラム２の内孔２０中に強制的に送り込み、第１段の脱水を行い、廃水及び不純物をスクリーン孔２３、廃水漏斗１６に収集、排出させ、物体原料を徐々に進め、緩衝軸５２への充填を緩和し、スクリーンドラム２の内孔２０が形成する緩衝空間において、完全な脱水を行い、続いて、乱流栓２７の阻止及び分流、螺旋刃５５１の巻き込みを経て、その進行方向を変更でき、塞栓の状況が発生せず、その後、螺旋刃５５１の強制巻き込みを介し、胴体３の歯部３３に該完全脱水した物体原料を延圧し、該回収物体原料を更に実質的に結合できるようにし、それは、例えば、プラスチック又はプラスチックを混合した回収物体原料が自らの摩擦で熱を発し、表面が融解又は半融解状の均質化回収プラスチック又はプラスチックを混合した回収物体原料にし、螺旋刃５５１の巻き込みで施圧を持続し、押し出し孔４５に細長状の均質化した緊密な回収物体原料を送出させ、該物体原料は、プラスチック又は木質類、紙類、植物繊維類の物体原料又はその混合物であることができる。 1, 2, and 5, the right end of the shaft member 5 is installed so as to be rotatable relative to the shaft hole 120 of the fixed base 12, and the left end is an end plate 4 is installed in the bearing hole 42 so that the shaft can rotate, and the shaft member 5 is concentrically straddled across the inner hole 20 of the screen drum 2 and the middle hole 30 of the body 3, and a shaft coupler is connected to the right end of the shaft member 5. The gear set of the transmission box 13 is driven to rotate, and a spiral blade piece 51 is provided in the range of the inner hole 20 of the screen drum 2 on the outer periphery of the shaft member 5, and the right end of the spiral blade piece 51 is connected to the screen. The left end of the drum 2 is aligned between the left side of the raw material input port 24 and the body 3, and the spiral blade piece 51 is positioned between the left end of the spiral blade piece 51 and the right end of the body 3. Used to form a buffer shaft 52 having a smaller diameter, the right side of the raw material inlet 24 of the shaft member 5 and A rib shaft 53 is provided between the left side of the base 12, and the rib shaft 53 is provided at a corresponding portion of the inner hole 20 of the screen drum 2 to improve the situation where the object raw material is clogged to the right side of the raw material inlet 24. In addition, a bolt shaft 54 is formed at a portion of the shaft member 5 facing the inner hole 30 of the body 3, and the bolt shaft 54 has a smaller diameter than the buffer shaft 52, and the buffer shaft 52 of the bolt shaft 54. It is convenient to form the class drop 541 at the position where the sword is welded. The bolt shaft 54 can be inserted into the bolt hole 550 of the sword holder 55, and is within the range of the middle hole 30 of the body 3 around the sword holder 55. A spiral blade 551 is provided, and the spiral direction of the spiral blade 551 is the same as that of the spiral blade piece 51, and the outer diameter of the buffer shaft 52 is much smaller than the outer diameter of the spiral blade piece 51 and the spiral blade 551. The left end of the cover shaft 5 has a small diameter. Are connected to each other, and have a screw hole 561 on the end surface of the cover shaft 56, and the cover 58 is put on the outer periphery of the cover shaft 56 by the intermediate cover 57, and the key 58 and the groove 580 engage with each other between the outer periphery of the cover shaft 56 and the intermediate cover 57. Is used to pass through the intermediate cover 57 by a screw 571 and screw it into the screw hole 561, and to securely fix the sword holder 56 between the class drop 541 and the intermediate cover 56, and to fix the sword to the bolt shaft 54. The holder 55 is securely interlocked and rotated together, and the spiral blade 551 has the advantage of being convenient for repair and replacement. The outer periphery of the intermediate cover 57 is covered with a bearing ring 59, and the bearing ring 59 A shaft is joined in the bearing hole 42 of the plate 4 and used to support the end plate 4 at the left end of the shaft member 5 so as to be able to rotate. As can be seen from this, when the motor 14 interlocks with the rotation of the shaft member 5 and interlocks with the spiral blade piece 51, the spiral blade piece 51 forces the recovered object material into the inner hole 20 of the screen drum 2. The first stage of dewatering, collecting and discharging waste water and impurities in the screen hole 23 and the waste water funnel 16, gradually moving the object raw material, reducing the filling of the buffer shaft 52, In the buffer space formed by the hole 20, complete dehydration is performed, followed by blocking and diversion of the turbulent plug 27 and winding of the spiral blade 551, so that the traveling direction can be changed, and no embolization situation occurs, Thereafter, the forcedly entrained spiral blade 551 is used to stretch the fully dehydrated object material onto the teeth 33 of the body 3 so that the recovered object material can be further substantially bonded, for example, plastic or plus The recovered object raw material mixed with the hook generates heat by its own friction, and the surface is melted or semi-moltened into the recovered object raw material mixed with the homogenized recovered plastic or plastic, and the pressure is maintained by the spiral blade 551 entrainment. The elongated and homogenized close collection object material is fed into the extrusion hole 45, and the object material can be an object material of plastic or wood, paper, plant fiber or a mixture thereof.

切断装置６であって、図１〜図５に示すように、それは、端板４左側面に同軸に回転部材６１を取り付け、該回転部材６１中心に貫通した魚眼孔６１０を有し、２つの軸受６２，６３を魚眼孔６１０中に安置し、該回転部材６１に２つの軸受６２，６３を介し、栓軸６４の自転を囲わせ、この栓軸６４左端は、径が比較的大きなヘッド６４１であり、右端は、径が比較的小さなねじ山６４２であり、そのヘッド６４１端面は、トグル駆動させることができるトグル部６４３を有し、ねじ山６４２を魚眼孔６１０に貫通させ、端板４の内螺子孔４３に螺合させることができ、該栓軸６４の左右両端の間に直径がヘッド６４１、ねじ山６４２間に介する軸部６４４を形成し、該軸部６４４は、２つの軸受６２，６３の軸受孔６２０，６３０中に挿入接合され、該２つの軸受６２，６３をヘッド６４１、魚眼孔６１０間に制限し、回転部材６１に栓軸６４の自転を囲わせ、該回転部材６１は、更に対称な２つの刀ソケット６１１，６１２を設け、該刀ソケット６１１，６１２は、それぞれ刃６５，６６を固定接続させ、該回転部材６１に２つの刃６５，６６を連動させ、端板４の環状領域４４に沿って旋転切断させ、該回転部材６１の左端面は、螺子栓６１３により駆動部材６７を接続し、該駆動部材６７の栓軸６４と同軸の位置に形状が対応する駆動孔６７０を設け、この駆動孔６７０は、中間軸６８右端をかみ合わせさせ、該中間軸６８左端は、スターター６９を固定設置し、該スターター６９に中間軸６８、駆動部材６７を介して回転部材６１を一定速度で連動し、栓軸６４の自転を囲うようにし、押し出し孔４５が出力する細長状の回収物体原料を刃６５，６６により所定の長さの粒状又は細長状に切断されるようにし、この発生する物体原料の長さは、回転部材６１の回転速度により決定され、前記スターター６９は、モータ６９１、モータ６９１及び中間軸６８の間を連動するギアボックス６９２、ラックに取り付けられるライン伝動器から構成され、そのギアボックス６９２は、回転部材の回転速度を調整し、ライン伝動器６９３は、は、モータ６９１、ギアボックス６９２及び原料収集マスク７のライン移動を連動することができ、原料収集マスク７は、端板４をクラッチすることができ、保守又は清掃の進行に有利である。 As shown in FIGS. 1 to 5, the cutting device 6 has a rotating member 61 coaxially attached to the left side surface of the end plate 4, and has a fisheye hole 610 penetrating in the center of the rotating member 61. The two bearings 62 and 63 are placed in the fish eye hole 610, and the rotation member 61 is surrounded by the rotation of the plug shaft 64 via the two bearings 62 and 63. The left end of the plug shaft 64 has a relatively large diameter. It is a head 641, the right end is a screw thread 642 having a relatively small diameter, the end face of the head 641 has a toggle portion 643 that can be toggle-driven, and the screw thread 642 passes through the fish eye hole 610, A shaft portion 644 having a diameter between the head 641 and the screw thread 642 can be formed between the left and right ends of the plug shaft 64 and can be screwed into the inner screw hole 43 of the end plate 4. Inserted in the bearing holes 620 and 630 of the two bearings 62 and 63 The two bearings 62 and 63 are joined and restricted between the head 641 and the fisheye hole 610, and the rotation member 61 surrounds the rotation of the plug shaft 64. The rotation member 61 further includes two symmetrical sword sockets 611. 612, the blade sockets 611 and 612 are fixedly connected to the blades 65 and 66, respectively, the two blades 65 and 66 are interlocked with the rotating member 61, and are rotated and cut along the annular region 44 of the end plate 4. The driving member 67 is connected to the left end surface of the rotating member 61 by a screw plug 613, and a driving hole 670 corresponding to the shape is provided at a position coaxial with the plug shaft 64 of the driving member 67. The right end of the intermediate shaft 68 is engaged, and the starter 69 is fixedly installed at the left end of the intermediate shaft 68. The rotary member 61 is interlocked with the starter 69 via the intermediate shaft 68 and the drive member 67 at a constant speed. Rotation of The elongated recovered object raw material output from the extrusion hole 45 is cut into a predetermined length of granular or elongated shape by the blades 65 and 66, and the length of the generated object raw material is determined by the rotating member. The starter 69 includes a motor 691, a gear box 692 interlocking between the motor 691 and the intermediate shaft 68, and a line transmission attached to the rack. The gear box 692 is a rotating member. The line transmission 693 can interlock the line movement of the motor 691, the gear box 692, and the raw material collection mask 7, and the raw material collection mask 7 can clutch the end plate 4. This is advantageous for maintenance or cleaning.

原料送出装置９であって、図１に示すように、それは、端板４左側面に原料収集マスクを取り付け、該原料収集マスク７は、スターター６９の前板６９４と固定結合し、それは、押し出し孔４５、回転部材６１、駆動部材６７をそのうちに設ける内部空間を有し、且つ中間軸６８を原料収集マスク７に貫通させ、外部に位置するスターター６９に接続させ、原料収集マスク７に製造した顆粒状又は細長状物体原料を集中し、下端から出力する機能を達成させる。 A raw material delivery device 9, as shown in FIG. 1, which has a raw material collection mask attached to the left side surface of the end plate 4, and the raw material collection mask 7 is fixedly connected to the front plate 694 of the starter 69. A material collection mask 7 is manufactured by having an internal space in which the hole 45, the rotation member 61, and the drive member 67 are provided, and the intermediate shaft 68 is passed through the material collection mask 7 and connected to an external starter 69. The function of concentrating the granular or elongated object raw material and outputting from the lower end is achieved.

上記の構造の説明から分かるように、本考案は、少なくとも以下の利点を有する：
(A)本考案の軸部材５が設ける螺旋翼片５１は、原料投入口２４の原料投入及びスクリーンドラム２のスクリーン孔２３に合わせることができ、原料を誘導すると同時に第一段の脱水乾燥を行い、螺旋翼片５１及び螺旋刃５５１の間に緩衝軸５２を形成し、スクリーンドラム２の内孔２０、緩衝軸５２の間に回収物体原料を完全脱水する緩衝充填の空間を形成し、更に、スクリーンドラム２の内孔２０中に凸伸する乱流栓２７の阻止及び分流、及び螺旋刃５５１の巻き込みにより内孔２０壁面に送り出される回収物体原料が元の進行経路を変更する必要を迫られても、絶えず交換変動することができ、スクリーンドラム２の内孔２０壁面に粘着して停滞する状況を発生せず、従来技術の物体原料がスクリーンドラム２の内孔２０につまる状況を回避し、完全脱水し、スクリーンドラム２の内孔２０を塞栓しない効果を達成する。
(B)本考案は、回收物体原料に対する原料フィード加工を均質化し、それは、軸部材５の螺旋刃５５１の巻き込み、胴体３の歯部３３の圧延によりその原料フィード加工の径方向の深さを大幅に増加させ、該胴体３中に位置する回收物体原料をすべて併せて原料フィードし、均質化処理の基礎を大きく向上し、回收物体原料の粒製造又はストリップ、棒製造の品質を向上し、且つ螺旋刃５５１の強制巻き込み、及び歯部３３の相互の組み合わせによって物体原料の摩擦による熱プレスを起こさせ、物体原料を端板４の押し出し孔４５を経由し押し出す時、生成物に緊密の効果を達成させることができる。
(C)本考案の端板４外側は、切断装置６を取り付け、絶えず出力する均質化物体原料を所定の長さの粒状、ストリップ状又は棒状に切断し、この種の自動化切断作業は、工程時間を大幅に節減し、効率を向上し、且つ同期加工において、経済効果の原則及び新規機能を達成する。 As can be seen from the above description of the structure, the present invention has at least the following advantages:
(A) The spiral blade piece 51 provided on the shaft member 5 of the present invention can be adjusted to the raw material input of the raw material input port 24 and the screen hole 23 of the screen drum 2, and the first stage of dehydration drying is performed simultaneously with the induction of the raw material. A buffer shaft 52 is formed between the spiral blade piece 51 and the spiral blade 551, and a buffer filling space is formed between the inner hole 20 of the screen drum 2 and the buffer shaft 52 to completely dewater the recovered object material, and Further, it is necessary to prevent the turbulent plug 27 protruding and extending into the inner hole 20 of the screen drum 2 and the diversion, and the recovered object raw material sent out to the wall surface of the inner hole 20 by the spiral blade 551 being involved needs to change the original traveling path. Even if it is changed, it is possible to constantly change and change, and the situation that the material material of the prior art is stuck in the inner hole 20 of the screen drum 2 without causing the situation of sticking to the wall surface of the inner hole 20 of the screen drum 2 And avoid, completely dehydrated, to achieve the effect that no embolic the inner hole 20 of the screen drum 2.
(B) The present invention homogenizes the raw material feed processing for the recovered object raw material, which is to increase the radial depth of the raw material feed processing by winding the helical blade 551 of the shaft member 5 and rolling the tooth portion 33 of the body 3. Greatly increased, feeds all the recovered material raw materials located in the body 3 together, greatly improves the basics of the homogenization treatment, improves the quality of the production of grains of the recovered material raw materials or strips, Further, when the object raw material is pushed out through the extrusion hole 45 of the end plate 4 by causing the material raw material to be frictionally pressed by the forced engagement of the spiral blade 551 and the tooth portion 33, the product has a close effect on the product. Can be achieved.
(C) On the outside of the end plate 4 of the present invention, a cutting device 6 is attached, and the homogenized object raw material that is continuously output is cut into granular, strip-like or rod-like shapes of a predetermined length. Save time, improve efficiency and achieve the principle of economic effect and new functions in synchronous machining.

図６を参照し、それは、本考案の第２実施例であり、主にスクリーンドラム２系列に内孔２０内外を貫通する固定孔２８０を設け、螺子栓２８を１つ１つ貫通可能にし、該内孔２０壁面に複数の乱流板２９を固定設置し、この乱流板２９は、内孔２０の軸方向に沿って設置され、内孔２０中に凸伸できるようにし、乱流板２９の設置により、回收物体原料のスクリーンドラム２の内孔２０に沿った進行方向を絶えず変更可能にし、乱流板２９及びスクリーンドラム２の内孔２０壁面に形成する高低落差により、回收物体原料をスクリーンドラム２の内孔２０中で絶えず転動させ、その元の位置を変更させ、且つ螺旋刃５５１の方向に前進させ、螺旋刃５５１により胴体３中に巻き込み原料フィード加工を行い、回收物体原料が停滞しスクリーンドラム２の内孔２０壁面に粘着し発生する塞栓の問題を確実に改善する。 Referring to FIG. 6, this is a second embodiment of the present invention, in which a fixing hole 280 that penetrates the inside and outside of the inner hole 20 is mainly provided in the screen drum 2 series so that the screw plugs 28 can be passed one by one. A plurality of turbulent flow plates 29 are fixedly installed on the wall surface of the inner hole 20, and the turbulent flow plates 29 are installed along the axial direction of the inner hole 20 so as to be able to protrude and extend into the inner hole 20. 29 can continuously change the traveling direction of the collected object material along the inner hole 20 of the screen drum 2, and the height of the collected object material formed on the wall surface of the inner hole 20 of the turbulent flow plate 29 and the screen drum 2 can be changed. Is continuously rolled in the inner hole 20 of the screen drum 2, its original position is changed, and it is advanced in the direction of the spiral blade 551, the raw material is fed into the body 3 by the spiral blade 551, and the collected object Raw material stagnated and screened Emboli problems to occur stick to the inner bore 20 walls of Ndoramu 2 reliably improved.

図７及び図８を参照し、それは、本考案の第３実施例であり、胴体３外周に収容溝８１１を凹設し、この収容溝８１１は、熱交換管路８１を装着させ、胴体３の端板４に突き合わせ接合する左端に更に組み立て溝８２１を設け、この組み立て溝８２１は、更に熱交換管路８２を取り付けさせ、該２つの熱交換８１，８２の設置により、胴体３に対し温度調整を行い、この胴体３の動作温度を制御可能にし、螺旋刃５５１、胴体３の原料フィードを均質化する安定性を向上し、軸部材５の軸心に一端が貫通する中心孔５０を設け、中心孔５０が貫通する一端は、連通管路１７と接続し、ラック右側外に軸回転可能に接続し、それは、一方で軸部材５の重量を軽減することができ、他方では、軸部材の放熱を増加するか、熱交換管路を収容空間に残留させることができ（図示せず）、安定且つ精密に必要な動作温度を調節することができる。 7 and 8, which is a third embodiment of the present invention, a housing groove 811 is formed in the outer periphery of the body 3, and the housing groove 811 is provided with a heat exchange pipe 81 and is mounted on the body 3. An assembly groove 821 is further provided at the left end that is butt-joined and joined to the end plate 4, and this assembly groove 821 is further provided with a heat exchange pipe line 82, and the two heat exchanges 81, 82 are installed so that the temperature of the body 3 is increased. Adjustment is made so that the operating temperature of the fuselage 3 can be controlled, the stability of homogenizing the raw material feed of the spiral blade 551 and the fuselage 3 is improved, and a central hole 50 having one end passing through the shaft center of the shaft member 5 is provided. The one end through which the center hole 50 passes is connected to the communication pipe line 17 and connected to the outside of the right side of the rack so as to be axially rotatable. On the other hand, the weight of the shaft member 5 can be reduced. Increase the heat dissipation of the heat exchange pipes Distillation makes it possible (not shown), can be adjusted stably and precisely required operating temperature.

図９を参照し、それは、本考案の第４実施例であり、胴体３に２つの熱交換管路８１，８２を設置する以外に、更に加熱部材８３を設置し、加熱部材８３に単独又は熱交換管路８１を介し、胴体３に予熱を行い、胴体３の熱処理時間を操作、減少させることに用い、２つの熱交換管路８１，８１は、動作進行中に胴体３に対して温度調節を行い、胴体３に温度センサ（図示せず）を設置した状況で、温度相応信号を発生し、マイクロプロセッサに入力でき、マイクロプロセッサを介し加熱部材８３、２つの熱交換管路８１，８２の動作タイミングの制御を自動化し、このように、胴体３の動作温度を設定した範囲内に安定して保持することができ、物体原料に必要な動作温度に相応させることに用いる。 Referring to FIG. 9, this is a fourth embodiment of the present invention. In addition to installing two heat exchange pipes 81, 82 in the body 3, a heating member 83 is further installed, and the heating member 83 is singly or Used to preheat the fuselage 3 via the heat exchange line 81, and to manipulate and reduce the heat treatment time of the fuselage 3, the two heat exchange lines 81, 81 have a temperature relative to the fuselage 3 during operation. In a situation where a temperature sensor (not shown) is installed in the body 3 after adjustment, a temperature-appropriate signal can be generated and input to the microprocessor, and the heating member 83 and the two heat exchange lines 81 and 82 can be input via the microprocessor. In this way, the control of the operation timing of the body 3 can be automated, and thus, the operation temperature of the body 3 can be stably maintained within the set range, and is used in accordance with the operation temperature required for the object material.

図１０を参照し、それは、本考案の第５実施例であり、原料送出装置９の原料収集は、ガイドマスク７０を設け、それは、ガス供給管７１を送風機７２に接続させ、原料排出管７３を原料収集ドラム７４に接続し、送風機７２を起動後、ガイドマスク７０内部空間に気流を形成させ、該気流に該粒又はストリップ、棒に製造後の物体原料を原料排出管７３に誘導し、原料収集ドラム７４に該粒又はストリップ、棒に製造後の物体原料を自動収集させ、同時に生成物に放熱冷却の効果を達成させ、相互に再粘着しないようにし、このように、作業自動化の機能を達成することができる。 Referring to FIG. 10, it is a fifth embodiment of the present invention, and the raw material collection of the raw material delivery device 9 is provided with a guide mask 70, which connects a gas supply pipe 71 to a blower 72 and a raw material discharge pipe 73. Is connected to the raw material collecting drum 74, and after the blower 72 is started, an air flow is formed in the internal space of the guide mask 70, and the raw material is produced in the air flow in the particles or strips and rods to the raw material discharge pipe 73. The raw material collecting drum 74 automatically collects the raw material after being manufactured by the grains, strips, and rods, and at the same time, the product achieves the effect of heat radiation cooling and prevents re-adhesion with each other. Can be achieved.

なお、本考案では好ましい実施例を前述の通り開示したが、これらは決して本考案に限定するものではなく、当該技術を熟知する者なら誰でも、本考案の精神と領域を脱しない均等の範囲内で各種の変動や潤色を加えることができることは勿論である。 In the present invention, preferred embodiments have been disclosed as described above, but these are not intended to limit the present invention in any way, and anyone who is familiar with the technology has an equivalent scope that does not depart from the spirit and scope of the present invention. Of course, various fluctuations and hydration colors can be added.

１ラック
１１台面
１２固定ソケット
１２０軸孔
１３変速箱
１４主モータ
１５ベルト
１６排水漏斗
１７連通管路
２スクリーンドラム
２０内孔
２１，２２固定環
２１１ブラケット
２３スクリーン開口
２４原料供給口
２５原料投入漏斗
２６組み立て孔
２７乱流栓
２８螺子栓
２８０螺子孔
２９乱流板
３胴体
３０中孔
３１螺子栓
３２凹溝
３３歯部
４端板
４１螺子栓
４２軸受孔
４３内螺子孔
４４環状領域
４５押出孔
５軸部材
５０中心孔
５１螺旋翼片
５２緩衝軸
５３リブ軸
５４ボルト軸
５４１階級落差
５５刀ホルダー
５５０ボルト孔
５５１螺旋刃
５６カバー軸
５６１螺子孔
５７中間カバー
５７１螺子
５８鍵
５８０溝
５９軸受環
６切断装置
６１回転部材
６１０魚眼孔
６１１，６１２刀ソケット
６１３螺子栓
６２，６３軸受
６２０，６３０軸受孔
６４栓軸
６４１ヘッド
６４２ねじ山
６４３トグル部
６４４軸部
６５，６６刃
６７駆動部材
６７０駆動孔
６８中間軸
６９スターター
６９１モータ
６９２ギアボックス
６９３ライン伝動器
６９４前板
７原料収集マスク
７０ガイドマスク
７１ガス供給管
７２送風機
７３原料排出管
７４原料収集ドラム
８１，８２熱交換管路
８１１収容溝
８２１組み立て溝
８３加熱部材
９原料送出装置 DESCRIPTION OF SYMBOLS 1 Rack 11 Base surface 12 Fixed socket 120 Shaft hole 13 Shift box 14 Main motor 15 Belt 16 Drainage funnel 17 Communication pipe line 2 Screen drum 20 Inner hole 21, 22 Fixed ring 211 Bracket 23 Screen opening 24 Raw material supply port 25 Raw material supply funnel 26 Assembly hole 27 Turbulent plug 28 Screw plug 280 Screw hole 29 Turbulent plate 3 Body 30 Medium hole 31 Screw plug 32 Recessed groove 33 Tooth part 4 End plate 41 Screw plug 42 Bearing hole 43 Inner screw hole 44 Annular region 45 Extrusion hole 5 Shaft member 50 Center hole 51 Spiral blade piece 52 Buffer shaft 53 Rib shaft 54 Bolt shaft 541 Class drop 55 Sword holder 550 Bolt hole 551 Spiral blade 56 Cover shaft 561 Screw hole 57 Intermediate cover 571 Screw 58 Key 580 Groove 59 Bearing ring 6 Cutting Device 61 Rotating member 610 Fish eye hole 611, 612 Sword socket 613 Screw cap 62, 63 Shaft 620, 630 Bearing hole 64 Plug shaft 641 Head 642 Thread 643 Toggle portion 644 Shaft portion 65, 66 Blade 67 Drive member 670 Drive hole 68 Intermediate shaft 69 Starter 691 Motor 692 Gear box 693 Line transmission 694 Front plate 7 Raw material collection Mask 70 Guide mask 71 Gas supply pipe 72 Blower 73 Raw material discharge pipe 74 Raw material collection drums 81 and 82 Heat exchange pipe line 811 Housing groove 821 Assembly groove 83 Heating member 9 Raw material delivery device

Claims

Rack,
It is attached to the rack, has a coaxial inner hole, is provided with a screen hole that can communicate with a plurality of inner holes in the radial direction, and further provided with a raw material inlet that allows a recovered object raw material to be introduced into the inner hole, A plurality of turbulent plugs are provided at one end adjacent to the fuselage, and the turbulent plugs are screen drums that extend into the inner holes;
A body hole is provided that penetrates the left and right ends, one end of the hole is coaxially abutted and connected to one end of the screen drum inner hole, and a toothed portion is provided on the wall surface of the hole.
The other end of the medium hole is hermetically sealed, and has a plurality of extrusion holes communicating with the inside and outside of the plurality of holes. These extrusion holes are end plates installed along the direction of the medium hole axis;
A shaft member that concentrically straddles the inner hole and the inner hole, the outer periphery of the shaft member is provided with a spiral blade piece in the screen drum range, and the shaft member pushes out both of the collected materials fed from the raw material feed to the body when rotating. In particular, a spiral blade is provided on the outer periphery of the shaft member in the body region, and the spiral direction of the spiral blade is the same as that of the spiral blade, and the shaft member is further provided between the spiral blade and the spiral blade. A buffer shaft having a relatively small diameter is provided, and the buffer shaft includes a shaft member located in the screen drum range,
A cutting device attached to the outer surface of the end plate and used for cutting the object raw material fed from the extrusion hole;
A raw material delivery device;
Including dehydrating raw material production machine.

The dehydrating raw material manufacturing machine according to claim 1, wherein a plurality of grooves are provided along the axial direction at intervals on the wall surface of the inner hole of the body to form teeth that are installed at intervals.

The spiral blade is protruded on the outer periphery of the sword holder, has a bolt hole at the center of the sword holder, and forms a bolt shaft at a portion opposite to the middle hole of the body of the shaft member. The bolt shaft of the shaft member is smaller in diameter than the buffer shaft, and is convenient for forming a class drop at a position where the buffer shaft of the bolt shaft is welded. A small cover shaft is coaxially connected, a screw hole is formed on the end surface of the cover shaft, a key and a groove are provided between the outer periphery of the cover shaft and the intermediate cover so as to cover the outer periphery of the cover shaft. The intermediate cover is penetrated, screwed into the screw hole, and used to fix the sword holder between the class drop and the intermediate cover. The outer periphery of the intermediate cover is covered with a bearing ring. The shaft is joined into the bearing hole of the end plate, and the bearing The dewatering raw material manufacturing machine according to claim 1, wherein the hole is recessed at a concentric position corresponding to the inner hole of the end plate.

An inner screw hole concentric with the center of the body is provided on the outer surface of the end plate, and the cutting device is provided with a rotating member coaxial with the inner screw hole on the outer surface of the end plate, and a fisheye hole penetrating through the center of the rotating member. The fisheye hole is provided with a bearing, and the rotating member surrounds the rotation of the plug shaft through the bearing. The plug shaft can be screwed into the thread of the inner screw hole, and the bearing is inserted into the fisheye hole. The rotary shaft is further provided with a sword socket, and the sword socket is used to incorporate a blade and interlock the rotational cutting along the end plate extrusion hole of the blade with the rotary member. Dehydrating raw material production machine.

A drive member is screwed onto an end surface of the rotary member away from the end plate, and a drive hole having a shape corresponding to a position coaxial with the plug shaft of the drive member is provided, and this drive hole engages one end of the intermediate shaft, The other end of the intermediate shaft is fixedly installed with a starter that can interlock the rotation surrounding the plug shaft of the rotating member, and the starter is a motor, a gear box that interlocks between the motor and the intermediate shaft, and a line transmission that is attached to the rack. The gearbox is composed of the rotating member, the line gear adjusts the motor, gearbox, raw material collection mask line movement, the raw material collection mask is the end plate The dehydrating raw material manufacturing machine according to claim 4, wherein

The end plate has an annular region on the outer surface, and the annular region is concentrically arranged with the inner hole and has a maximum diameter smaller than the inner hole, and the annular region has a plurality of extrusion holes penetrating the inside and outside of the plurality of holes. The dewatering raw material manufacturing machine according to claim 1, wherein the extrusion hole is used to form a vortex structure in which a plurality of equally spaced arc wires are arranged to rotate from a small diameter of the annular region to a large diameter of the annular region.

The rack has a fixed base fixed, the inner hole of the screen drum penetrates both right and left ends, the other end of the inner hole seals the fixed base, and the fixed base is capable of rotating the end corresponding to the shaft member. A shaft hole to be connected, the motor driving the rotation of the shaft member, the spiral blade piece of the shaft member is laid on the raw material inlet of the screen drum, and one end of the spiral blade piece is connected to the raw material inlet and the fuselage The shaft member is positioned between the spiral blade piece multi-end and the middle hole end to form a buffer shaft, and the raw material charging port and the fixing base have a rib shaft, and this rib shaft is an inner hole of the screen drum. The dehydrating raw material manufacturing machine according to claim 1, wherein the dehydrating raw material manufacturing machine is provided at a corresponding part of the shaft so as to be rotatable.

The dewatering raw material production according to claim 1, wherein a plurality of turbulent flow plates are incorporated in the wall surface of the inner hole of the screen drum, and the turbulent flow plates are installed along the direction of the inner hole axis so as to be able to protrude into the inner hole. Machine.

The dehydrating raw material manufacturing machine according to claim 1, wherein the body is attached with a heat exchange pipe line.

An accommodation groove is provided on the outer periphery of the fuselage, and the accommodation groove is provided with a heat exchange pipe, and a built-in groove is provided in an end face where the end plate of the fuselage is abutted and joined, and the built-in groove further includes a heat exchange pipe. The dehydrating raw material manufacturing machine according to claim 9, wherein the dehydrating raw material manufacturing machine is used for attaching and adjusting the temperature of the trunk.

The dehydrating raw material manufacturing machine according to claim 1, wherein the body further includes a heating member, and the body can be preheated by the heating member.

The dehydrating raw material manufacturing machine according to claim 1, wherein the shaft member is installed through the central hole in the shaft center.

A raw material delivery device is attached to the outer surface of the end plate, and the raw material delivery device is composed of at least one raw material collection mask. The raw material collection mask has an internal space provided with an extrusion hole, and is generated in this internal space. The dehydrated raw material manufacturing machine according to claim 1, wherein the material raw material is concentrated and sent out.

A raw material delivery device is attached to the side surface of the end plate. This raw material delivery device is combined with a blower that connects at least a gas supply pipe with a guide mask, and further, a raw material discharge pipe is connected to a raw material collection drum, and after the blower is started, the inside of the guide mask The dehydration according to claim 1, wherein an airflow is formed in the space, the airflow is caused to act on the object raw material sent out by the extrusion hole, the object raw material is cooled, guided through the raw material discharge pipe, and automatically collected on the raw material collecting drum. Raw material production machine.