JP2000094190A - Scrap-less device - Google Patents

Scrap-less device

Info

Publication number
JP2000094190A
JP2000094190A JP10270306A JP27030698A JP2000094190A JP 2000094190 A JP2000094190 A JP 2000094190A JP 10270306 A JP10270306 A JP 10270306A JP 27030698 A JP27030698 A JP 27030698A JP 2000094190 A JP2000094190 A JP 2000094190A
Authority
JP
Japan
Prior art keywords
plate
press
scrap
article
receiving
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP10270306A
Other languages
Japanese (ja)
Inventor
Hiroshi Ito
Tomio Kawasaki
Kazumasa Miura
Yasuhiro Nagamatsu
Tadashi Takakura
一政 三浦
拓 伊東
富生 川崎
康弘 永末
忠 高倉
Original Assignee
Yoshikawa Kogyo Co Ltd
吉川工業株式会社
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Yoshikawa Kogyo Co Ltd, 吉川工業株式会社 filed Critical Yoshikawa Kogyo Co Ltd
Priority to JP10270306A priority Critical patent/JP2000094190A/en
Publication of JP2000094190A publication Critical patent/JP2000094190A/en
Pending legal-status Critical Current

Links

Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B30PRESSES
    • B30BPRESSES IN GENERAL
    • B30B9/00Presses specially adapted for particular purposes
    • B30B9/32Presses specially adapted for particular purposes for consolidating scrap metal or for compacting used cars

Abstract

PROBLEM TO BE SOLVED: To provide a formed article which is high in bulk density and large in size as a whole by providing a material receiving plate movable in the horizontal direction, a forming press provided with a press plate, a means to move the material receiving plate and a product dropping device. SOLUTION: An iron scrap 12 is transferred on a material feed plate 1 in a condition where the material feed plate 1 is retracted, and fed below a press plate 7a of a forming press 7 by driving a feed drive device 2, and the iron scrap 12 is locally compressed by the compression by the vertically moving press plate 7a. The whole scrap is compressed by repeating this action to obtain a large formed article 13. A product dropping device 8 is lowered, an end part in the vicinity of a division wall 5 of the formed article 13 is held and restrained so that the formed article 13 is not retracted. After the restraint, the material receiving plate 1 is retracted, and the formed article 13 is dropped on a formed article receiving lifter 9. When the material receiving plate 1 is drawn, the formed article 13 is dropped as it is on the formed article receiving lifter 9, and stacked thereon.

Description

【発明の詳細な説明】DETAILED DESCRIPTION OF THE INVENTION
【0001】[0001]
【発明の属する技術分野】本発明は、鉄屑等の金属屑を
プレスして、運搬や溶解炉への装入を容易にするための
スクラッププレス装置に関する。
BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a scrap press device for pressing metal scraps such as iron scraps to facilitate transportation and charging into a melting furnace.
【0002】[0002]
【従来の技術】電気炉あるいは転炉等の溶解炉へ製鋼原
料として装入されるスクラップは、溶解炉の炉口寸法や
炉容積からその大きさが制限されている。
2. Description of the Related Art The size of scrap to be charged as a raw material for steelmaking into a melting furnace such as an electric furnace or a converter is limited by the size of the furnace opening and the furnace volume of the melting furnace.
【0003】そのため市中老廃屑等に多く見られる、大
きさの割に単位重量が小さく、嵩張るばかりで取り扱い
にくいスクラップは、車両による運搬効率が悪い上、溶
解炉への装入重量が少なくなるため、所要量単位でプレ
ス加工され、形状を整えるとともに単位重量を増加させ
て、製鋼原料として適正なものにされている。
[0003] For this reason, scraps, which are often found in community waste and the like, have a small unit weight for their size, are bulky and are difficult to handle, have poor transporting efficiency by vehicle and have a small weight to be charged into a melting furnace. Therefore, it is pressed in required amount units to adjust the shape and increase the unit weight, so that it is suitable as a steelmaking raw material.
【0004】そのプレス加工を行う装置として、一般的
には、長方形の収納室にスクラップを投入した後、高さ
方向の圧縮機能を兼ねる押蓋を被せて、その収納室を閉
鎖する。次いで、長さ方向の竪押スライドにより収納室
内のスクラップを柱状に圧縮後、横方向の押圧スライド
により柱状から塊状に圧縮した後、排出ゲートを開口
し、さらに横押スライドを作動させて、その塊状プレス
品を取り出す3軸圧縮機構の装置がある。
[0004] As a device for performing the press working, generally, after a scrap is put into a rectangular storage chamber, the storage chamber is closed by putting a push lid having a function of compressing in the height direction. Next, after the scrap in the storage chamber was compressed into a column shape by the vertical pressing slide in the length direction, and then compressed from the column shape into a lump by the horizontal pressing slide, the discharge gate was opened, and the horizontal pressing slide was further operated. There is a device of a triaxial compression mechanism for taking out a massive press product.
【0005】プレス品の断面積が大きく、固形率を高め
た装置が特開平2−165899号公報に開示されてい
る。この装置は、竪押スライド、横押スライドおよびそ
れらの対向面(壁)の全てに所要の溝を形成すること
で、プレス品の断面形状を多角形とするものである。
[0005] Japanese Patent Application Laid-Open No. 2-165899 discloses an apparatus in which the cross section of a pressed product is large and the solid content is increased. In this apparatus, a required groove is formed in all of vertical pressing slides, horizontal pressing slides, and their opposing surfaces (walls) so that the cross-sectional shape of the pressed product is polygonal.
【0006】これは、1回毎にスクラップを投入し、1
個のプレス品を製造するものであるが、連続的にスクラ
ップを投入し、圧縮後、剪断して個々のプレス品を製造
する1軸圧縮機構の装置もあり、特開昭60−1229
9号公報に開示されている。この装置は、収納したスク
ラップに滑りを付与する縦長方向への往復可動板を底板
とした開放型のフィーダーボックスと、その一方端に内
方から順に横断方向へ垂直に作用する圧縮装置および剪
断装置と剪断長さを決めるストップ部材とを設け、全体
を傾斜支持したものである。
[0006] In this method, a scrap is charged every time,
For producing individual pressed products, there is also a device of a single-shaft compression mechanism for continuously supplying scrap, compressing, and then shearing to produce individual pressed products.
No. 9 discloses this. This device is an open-type feeder box having a bottom plate made of a movable plate reciprocating in a vertically long direction that imparts sliding to a stored scrap, and a compression device and a shearing device that vertically act on one end thereof in the transverse direction in order from inside. And a stop member for determining the shear length, and the whole is inclinedly supported.
【0007】この装置では、傾斜フィーダーボックスに
連続的に投入されるスクラップは、自重と往復動する底
板の動きとによって、連続的前進運動を行い、下流側の
ストップ部材に先行部が当接し、停止した後、圧縮装置
の圧縮ラムを下降させて、その押圧面の下方部分のスク
ラップを圧縮する。次いで、剪断装置の剪断ブロックを
下降させるとともにストップ部材を回動させて開くと下
降中の剪断ブロックによる剪断終了とともに塊状(長方
体)プレス品が排出される。
In this device, the scrap continuously fed into the inclined feeder box performs a continuous forward movement by its own weight and the movement of the reciprocating bottom plate, and the leading portion abuts on the downstream stop member, After stopping, the compression ram of the compression device is lowered to compress the scrap below the pressing surface. Next, when the shearing block of the shearing device is lowered and the stop member is rotated and opened, the massive (rectangular) pressed product is discharged when the shearing by the lowering shearing block is completed.
【0008】プレス品排出後、ストップ部材は回動して
元の位置に復帰し、剪断ブロック、圧縮ラムの上昇待機
により、スクラップは再び前進運動を開始し、その剪断
端面がストップ部材に当接して停止することで、前述の
工程が繰り返されて、スクラップの投入が中止されるま
で、連続的にプレス品を製造するようになっている。
After the press product is discharged, the stop member rotates and returns to the original position, and the scrap starts to move forward again by the waiting of the raising of the shear block and the compression ram, and the shear end face thereof comes into contact with the stop member. By stopping the process, the above-described process is repeated, and the pressed product is manufactured continuously until the charging of the scrap is stopped.
【0009】1個毎の製造にしても、連続的に製造する
にしても、取り扱うスクラップの種別によって性状、剛
性の違いが大きく、高強度、復元性の高い素材に合わせ
た圧縮能力の高いプレス装置で種別を問わず全てのスク
ラップを対象とすることは、設備費用から経済性が悪い
ため、相対的ではあるが、特開平2−165899号公
報に開示されている高密度、小容積の3軸圧縮プレス品
とするか、特開昭60−12299号公報に開示されて
いる低・中密度、中容積の1軸圧縮プレス品とするかは
溶解費用との兼ね合いから選択されるとともに、公道上
を車両で運搬することから来る制約もあり、製鋼原料と
して最適条件のプレス成形体を供給することは難しい条
件下にある。
Regardless of whether it is manufactured individually or continuously, there is a large difference in properties and rigidity depending on the type of scrap to be handled, and a press having a high compression capacity suitable for a material having high strength and high resilience. The use of all types of scraps regardless of the type of equipment is relatively inefficient because of the equipment cost, and is relatively high. However, the high density and small volume of 3 volumes disclosed in JP-A-2-165899 are disclosed. Whether to use a shaft compression pressed product or a low-, medium-density, medium-volume single-shaft compression pressed product disclosed in Japanese Patent Application Laid-Open No. 60-12299 is selected in consideration of the melting cost. It is difficult to supply a press-formed body under optimum conditions as a raw material for steelmaking due to restrictions caused by transporting the above by a vehicle.
【0010】[0010]
【発明が解決しようとする課題】プレスで圧縮成型され
た鉄屑は、概して小型の成型寸法であることが多く、単
体での嵩比重は大きいものの、スクラップシュートに積
み込んだ状態では単体間の空間のために全体としての嵩
比重が低下し、スクラップシュートや車両の荷箱等、所
定の容器に十分な重量を積み込めないことがあり、分割
装入などのため溶解炉への装入に時間が掛かる場合が生
じる。また、小型の成型品を整列してスクラップシュー
トに装入することは難しく、また容器の寸法に合わせた
大型の成型品を作る場合は装置が大型になり経済的な成
型ができない。
In general, iron chips compression-molded by a press are generally small in size and have a large bulk specific gravity. However, when they are loaded on a scrap chute, the space between them is small. As a result, the bulk specific gravity decreases as a whole, and it may not be possible to load sufficient weight into predetermined containers such as scrap chutes and carton boxes. May occur. In addition, it is difficult to line up small molded products into a scrap chute and to make a large molded product in accordance with the size of the container, the apparatus becomes large and economical molding cannot be performed.
【0011】そこで、本発明が解決しようとする課題
は、嵩比重が大きく、全体として大きな成型品を得るこ
とができ、しかも小型のプレスで成型できるスクラップ
プレス装置を提供することにある。
It is an object of the present invention to provide a scrap press apparatus which has a large bulk specific gravity, can obtain a large molded product as a whole, and can be molded by a small press.
【0012】[0012]
【課題を解決するための手段】前記課題を解決するた
め、本発明のスクラッププレス装置は、水平方向に移動
可能な材料受け板と、この材料受け板の移動方向に沿っ
た材料投入範囲の全長よりも数分の一の長さで前記材料
受け板の幅とほぼ同じ幅の押し板を備えた成型プレス
と、この成型プレスによってプレスされた材料をほぼ前
記押し板の長さ分移動するように前記材料受け板を移動
させる手段と、前記材料受け板上の材料の全長が前記成
型プレスによりプレスされたときに、前記材料受け板を
後退させるとともに前記プレス完了した材料を成形品受
け上に落下させる製品落とし装置とを備えたことを特徴
とする。
In order to solve the above-mentioned problems, a scrap press device according to the present invention comprises a horizontally movable material receiving plate, and a total length of a material input range along a moving direction of the material receiving plate. A forming press having a pressing plate having a length that is a fraction of the length of the material receiving plate and having a width substantially equal to the width of the material receiving plate, and moving the material pressed by the forming press substantially by the length of the pressing plate. Means for moving the material receiving plate, and when the entire length of the material on the material receiving plate is pressed by the molding press, the material receiving plate is retracted, and the pressed material is placed on the molded product receiver. And a device for dropping a product.
【0013】本発明では鉄屑等のスクラップの集合体を
圧縮部に送り込みながら、部分的に圧縮して、全体とし
てスクラップシュートの横断面寸法に近い大きな成型品
を得るものである。この構成とすることにより、圧縮力
も小さくて済むために装置の費用も安価になり、経済的
に大型の成型品を加工できる。スクラップシュートには
成型品を重ねて装入することによって全体として大きな
嵩比重が実現できる。
In the present invention, an aggregate of scraps such as iron scraps is partially compressed while being sent to a compression section to obtain a large molded product having a cross-sectional dimension close to that of the scrap chute as a whole. With this configuration, since the compression force is small, the cost of the apparatus is reduced, and a large molded product can be processed economically. A large bulk specific gravity can be realized as a whole by stacking molded articles into the scrap chute.
【0014】[0014]
【発明の実施の形態】以下、本発明の実施の形態につい
て、図1及び図2に示す実施例を参照しながら具体的に
説明する。図1は本実施例の正面図、図2はその概略的
斜視図である。
DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The embodiments of the present invention will be specifically described below with reference to the embodiments shown in FIGS. FIG. 1 is a front view of this embodiment, and FIG. 2 is a schematic perspective view thereof.
【0015】これらの図において、1は材料受け板、2
は送り駆動装置、3は材料受け板1を支持する支持用タ
イヤ、4は送り駆動装置2で駆動されるワイヤの中途を
材料受け板1に固定する固定部材、5は材料受け板1の
材料投入範囲の一方を区画する区画壁、6は材料受け板
1の最後退位置で材料投入範囲の他方を規制する材料
扉、7は下端に押し板7aを有する成型プレス、8は製
品落とし装置、9は成型品を受ける成型品受けリフタ
ー、図2の10は材料投入容器、11は材料投入容器1
0を反転して前記材料受け板1の材料投入範囲に投入す
るシリンダー、12は鉄屑、13は成型品、14はスク
ラップシュートである。
In these figures, 1 is a material receiving plate, 2
Is a feed driving device, 3 is a supporting tire for supporting the material receiving plate 1, 4 is a fixing member for fixing a wire driven by the feed driving device 2 to the material receiving plate 1, 5 is a material of the material receiving plate 1. A partition wall for partitioning one of the input ranges, 6 a material door for regulating the other end of the material input range at the most retreat position of the material receiving plate 1, 7 a forming press having a push plate 7a at a lower end, 8 a product dropping device, 9 is a molded article receiving lifter for receiving molded articles, 10 in FIG. 2 is a material charging container, and 11 is a material charging container 1.
Reference numeral 12 denotes an iron scrap, 13 denotes a molded product, and 14 denotes a scrap chute.
【0016】本実施例における処理工程を次に説明す
る。
The processing steps in this embodiment will now be described.
【0017】(1)材料送り板1を後退させた状態で材
料扉6を下降させ、シリンダー11を駆動して材料投入
容器10内の鉄屑12を材料送り板1の上に反転移載
後、前記材料扉6を上昇させ、送り駆動装置2を駆動
し、油圧で上下動作する成型プレス7の押し板7aの下
に送り込み、上下する押し板7aによる圧縮動作で鉄屑
12を局部的に圧縮成型する。
(1) After the material feed plate 1 is retracted, the material door 6 is lowered, and the cylinder 11 is driven to reversely transfer the iron scrap 12 in the material input container 10 onto the material feed plate 1. Then, the material door 6 is raised, the feed drive device 2 is driven, and the material is fed below the push plate 7a of the molding press 7 which moves up and down by hydraulic pressure, and the iron chips 12 are locally compressed by the compressing operation of the push plate 7a moving up and down. Compression molding.
【0018】(2)成型プレス7による1回目のプレス
が済むと、鉄屑12をほぼ押し板7aの長さ分だけ送り
込み、再び局部的に圧縮する。この動作を繰り返すこと
によって、全体を圧縮し、大きい成型品13を得ること
ができる。押さえる面積が小さいので、単位面積当たり
の押し圧力を大きくすることができ、比較的小さな力で
高い嵩比重を得ることができる。
(2) When the first press by the molding press 7 is completed, the iron scraps 12 are fed in by the length of the pressing plate 7a, and are locally compressed again. By repeating this operation, the entire product can be compressed and a large molded product 13 can be obtained. Since the holding area is small, the pressing force per unit area can be increased, and a high bulk specific gravity can be obtained with a relatively small force.
【0019】(3)鉄屑12全体を圧縮したら、製品落
とし装置8を下降させ、成型品13の区画壁5近傍の端
部を押さえて、材料受け板1の後退に伴って、その成型
品13が後退しないように制止する。制止後、材料受け
板1を後退させていくと、成型品13は、その受け部が
なくなるので、成型品13は成型品受けリフター9上、
又はその上に配置した容器内に落下する。圧縮する幅、
すなわち押し板7aの幅はスクラップシュート14等の
容器の幅に合わせ、鉄屑の集合体の長さをスクラップシ
ュート14等の容器の長さに合わせることによって、ス
クラップシュート14等の容器の横断面に等しい平面寸
法の成型品13が得られる。
(3) After the entire iron scrap 12 is compressed, the product dropping device 8 is lowered, and the end of the molded product 13 near the partition wall 5 is pressed. 13 is stopped so as not to retreat. After stopping, when the material receiving plate 1 is moved backward, the molded product 13 has no receiving portion, and the molded product 13 is placed on the molded product receiving lifter 9.
Or it falls into the container arranged on it. Width to compress,
That is, the width of the pressing plate 7a is adjusted to the width of the container such as the scrap chute 14 and the length of the aggregate of iron scrap is adjusted to the length of the container such as the scrap chute 14 so that the cross section of the container such as the scrap chute 14 is formed. Is obtained.
【0020】(4)成型品13は材料受け板1の上に乗
ったままの状態で成型プレス7の前方、成型品受けリフ
ター9の上方に送られるので、材料受け板1が引き抜か
れると、成型品13は成型品受けリフター9上、又は先
行の成型品上にそのまま落下して積み上げられる(成型
品受けリフター9は、その都度下降する)。成型品13
は所要枚数毎にクレーン等の荷役設備により、車両へ積
み込み搬送する。また、成型品受けリフター9上に、図
2に示すスクラップシュート14(荷役設備付車両用の
コンテナ)を配置すれば、直接搬送できる。この工程に
より、通常のプレスに採用されている蓋による圧縮、横
押しによる圧縮の工程を省略できるので、生産性が大き
い。
(4) Since the molded product 13 is sent to the front of the molding press 7 and above the molded product receiving lifter 9 while being kept on the material receiving plate 1, when the material receiving plate 1 is pulled out, The molded product 13 is dropped and stacked on the molded product receiving lifter 9 or the preceding molded product as it is (the molded product receiving lifter 9 is lowered each time). Molded product 13
Is loaded and transported to the vehicle by a cargo handling equipment such as a crane for each required number of sheets. Further, if the scrap chute 14 (container for a vehicle with cargo handling equipment) shown in FIG. By this step, the steps of compression by a lid and compression by lateral pressing, which are employed in a normal press, can be omitted, so that productivity is high.
【0021】なお、以上の説明は鉄屑の例であるが、ア
ルミ屑等、他の金属屑についても適用することができ
る。
Although the above description is an example of iron scraps, the present invention can be applied to other metal scraps such as aluminum scraps.
【0022】[0022]
【発明の効果】上述したように、本発明によれば下記の
効果を奏する。
As described above, according to the present invention, the following effects can be obtained.
【0023】(1)嵩比重の小さい鉄屑は、シュート1
回分では不足するためもう1回装入するというように、
溶解炉への装入が2度装入になり、生産性を阻害すると
して敬遠されていたが、軽量の鉄屑の嵩比重を高めるこ
とによって1度装入が可能になれば、炉の出鋼サイクル
が短縮され生産性が向上する。嵩比重を高めるために、
従来から行われてきたプレスの成型品は概して寸法の小
さいものが多く、個々の成型品は嵩比重が高いものの、
容器にランダムに入れた状態では成型品同士の空間のた
め、全体としての嵩比重は0.7〜0.8t/m3程度
に留まっており大きいものではない。また、小さい成型
品は整列して容器に装入することは難しく、整列装入し
やすい大きい成型品を作るためには、従来の成型方法で
は大きなプレス力を必要とする。本発明では小さいプレ
ス力で大きなプレス成型品を作り、これを容器に整列さ
せて装入することによって全体としての嵩比重を2t/
3以上に上げることができる。
(1) Iron chips having a small bulk specific gravity
Since it is not enough for batches, it will be charged once more,
Although the charging to the smelting furnace was done twice, which was rejected as hindering productivity, if the bulk density of light iron scraps could be increased once, the furnace could be discharged once. Steel cycle is shortened and productivity is improved. In order to increase the bulk specific gravity,
Conventional press moldings are generally small in size, and although individual moldings have high bulk specific gravity,
In the state of being randomly placed in the container, the bulk specific gravity as a whole is only about 0.7 to 0.8 t / m 3 and is not large because of the space between the molded products. In addition, it is difficult to arrange small molded products into a container in a line, and to produce a large molded product that is easily aligned and charged, a large pressing force is required in the conventional molding method. In the present invention, a large press-molded product is produced with a small press force, and this is arranged and charged in a container, so that the bulk specific gravity as a whole is 2t /.
m 3 or more.
【0024】(2)軽量の鉄屑は概して価格が安いが
(1)の理由でそのままでは使用されにくかったのを、
本発明では少ないコストで全体としての嵩比重を大きく
することができ、車両による運搬効率が向上する。嵩比
重が0.8t/m3以下の軽量屑の車両への積載量は、
容積で制限されることが常態で、車両の積載可能重量ま
で積み込むことができない。これに対して、本発明の成
型品では嵩比重が2に近い状態で積み込むことができる
ので、運搬車両の積載能力一杯の積込みが可能になる。
積載重量は積載物の嵩比重に比例するので、軽量鉄屑は
成型によって2〜4倍以上の積載量が得られ、運搬費用
は半分以下になる。
(2) Lightweight iron shavings are generally inexpensive, but are difficult to use as they are for (1).
According to the present invention, the bulk specific gravity as a whole can be increased at a low cost, and the transportation efficiency by the vehicle is improved. The amount of light weight scrap having a bulk specific gravity of 0.8 t / m 3 or less loaded on a vehicle is as follows:
It is normal to be limited by volume, and it is not possible to load up to the loadable weight of the vehicle. On the other hand, the molded article of the present invention can be loaded with a bulk density close to 2, so that the full loading capacity of the transport vehicle can be loaded.
Since the load weight is proportional to the bulk specific gravity of the load, the weight of the light iron scrap can be 2 to 4 times or more obtained by molding, and the transportation cost is reduced to less than half.
【0025】(3)従来のプレス成型と比べて、蓋押し
や横押しの動作が省略されているので、プレス機の動作
時間が短くなり、成型生産性が高い。従来のプレス成型
が成型品1個に約2分(500kg/1回、15t/
h)程度を要しているのに対して、本プレス成型では、
3分に1個(2500kg/1回、40t/h)程度に
なり、同程度の油圧ポンプ出力を持つ設備で3倍以上の
生産能力になる。
(3) Compared with the conventional press molding, since the operation of pushing the cover and the side pushing are omitted, the operation time of the press machine is shortened, and the molding productivity is high. Conventional press molding takes about 2 minutes per molded product (500 kg / time, 15 t /
h) While the degree is required, in this press molding,
It will be about one in three minutes (2,500 kg / once, 40 t / h), and the production capacity will be more than three times with equipment having the same hydraulic pump output.
【0026】(4)本発明では、積み込み工程におい
て、成型品を直接整列させて容器に装入することが容易
になる。
(4) In the present invention, in the loading step, it is easy to directly align the molded articles and load them into the container.
【図面の簡単な説明】[Brief description of the drawings]
【図1】 本発明の実施例の正面図である。FIG. 1 is a front view of an embodiment of the present invention.
【図2】 本発明の実施例の概略的斜視図である。FIG. 2 is a schematic perspective view of an embodiment of the present invention.
【符号の説明】[Explanation of symbols]
1 材料受け板、2 送り駆動装置、3 支持用タイ
ヤ、4 固定部材、5 区画壁、6 材料扉、7 成型
プレス、7a 押し板、8 製品落とし装置、9成型品
受けリフター、10 材料投入容器、11 シリンダ
ー、12 鉄屑、13 成型品、14 スクラップシュ
ート
REFERENCE SIGNS LIST 1 material receiving plate, 2 feed driving device, 3 supporting tire, 4 fixing member, 5 partition wall, 6 material door, 7 molding press, 7 a pressing plate, 8 product dropping device, 9 molded product receiving lifter, 10 material charging container , 11 cylinders, 12 iron scraps, 13 molded products, 14 scrap chutes
───────────────────────────────────────────────────── フロントページの続き (72)発明者 永末 康弘 北九州市八幡西区筒井町14−7 (72)発明者 三浦 一政 北九州市小倉南区中曽根東3−2−24 ──────────────────────────────────────────────────続 き Continuing on the front page (72) Inventor Yasuhiro Nagasue 14-7 Tsutsui-machi, Yawatanishi-ku, Kitakyushu-shi (72) Inventor Kazuma Miura 3-2-24 Nakasone Higashi, Kokura-minami-ku, Kitakyushu-shi

Claims (1)

    【特許請求の範囲】[Claims]
  1. 【請求項1】 水平方向に移動可能な材料受け板と、こ
    の材料受け板の移動方向に沿った材料投入範囲の全長よ
    りも数分の一の長さで前記材料受け板の幅とほぼ同じ幅
    の押し板を備えた成型プレスと、この成型プレスによっ
    てプレスされた材料をほぼ前記押し板の長さ分移動する
    ように前記材料受け板を移動させる手段と、前記材料受
    け板上の材料の全長が前記成型プレスによりプレスされ
    たときに、前記材料受け板を後退させるとともに前記プ
    レス完了した材料を成形品受け上に落下させる製品落と
    し装置とを備えたことを特徴とするスクラッププレス装
    置。
    1. A material receiving plate which is movable in a horizontal direction, and has a length that is a fraction of the total length of a material input range along the moving direction of the material receiving plate and is substantially the same as the width of the material receiving plate. A forming press provided with a pressing plate having a width; means for moving the material receiving plate so as to move the material pressed by the forming press substantially by the length of the pressing plate; and A scrap removing device for retreating the material receiving plate when the entire length is pressed by the molding press and dropping the pressed material onto a molded product receiving device.
JP10270306A 1998-09-24 1998-09-24 Scrap-less device Pending JP2000094190A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP10270306A JP2000094190A (en) 1998-09-24 1998-09-24 Scrap-less device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP10270306A JP2000094190A (en) 1998-09-24 1998-09-24 Scrap-less device

Publications (1)

Publication Number Publication Date
JP2000094190A true JP2000094190A (en) 2000-04-04

Family

ID=17484447

Family Applications (1)

Application Number Title Priority Date Filing Date
JP10270306A Pending JP2000094190A (en) 1998-09-24 1998-09-24 Scrap-less device

Country Status (1)

Country Link
JP (1) JP2000094190A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103523527A (en) * 2013-09-28 2014-01-22 杭州东博自动化科技有限公司 Automatic blank taking device with stacking function and automatic blank taking method
CN103522585A (en) * 2013-09-28 2014-01-22 杭州东博自动化科技有限公司 Automatic blank forming processing system

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103523527A (en) * 2013-09-28 2014-01-22 杭州东博自动化科技有限公司 Automatic blank taking device with stacking function and automatic blank taking method
CN103522585A (en) * 2013-09-28 2014-01-22 杭州东博自动化科技有限公司 Automatic blank forming processing system

Similar Documents

Publication Publication Date Title
US4040230A (en) Method for filling containers with compressed blocks of garbage
US5074774A (en) Weight scaling material supplying apparatus for a powder molding machine
SU1438602A3 (en) Arrangement for pressing metal working waste into blocks
CN2640655Y (en) Punching appts. with auto charging/discharging function
CN201566167U (en) Feeding device of powder molding press
US10245800B2 (en) Waste paper rebaler
CN202037892U (en) Material compressor
EP0819052B1 (en) Method and apparatus for baling loose materials
RU2585609C2 (en) Device and method for pressing metal waste into stacks
CN106001555A (en) Magnetic field powder forming method and device
CN103056210B (en) Automatic continuous horizontal-type punching machine for steel tube
CN109848346B (en) Steel plate hot forging continuous production equipment
CN206013071U (en) A kind of efficient bread packaging machine
US6543343B2 (en) Transportable recyclable materials densifier
CN210116939U (en) Goods shelves and including its new energy vehicle production line transport
GB1415104A (en) Method and apparatus for packagiang baths of compressible materials
CN207028282U (en) The automatic briquetting hydraulic machine of bulk metal fillings
CN110576631B (en) Abandonment easy open can recovery system based on resource recycle
CN107363079A (en) Environment-friendly garbage recycling and processing device
US3367019A (en) Method and apparatus for making scrap bundles
CN107081387B (en) Automatic feeding device for metal bars or pipes
CN109550570B (en) Waste concrete crushing device
CN105666721B (en) A kind of EVA flat boards automatic production line
US20070084359A1 (en) Apparatus and method for temporarily compressing loose, multiply bent, pieces of scrap sheet metal into compacted wafers
CN203283421U (en) Garbage recycling environmental protection equipment