JPH02117721A - Automatic working device - Google Patents

Automatic working device

Info

Publication number
JPH02117721A
JPH02117721A JP27078288A JP27078288A JPH02117721A JP H02117721 A JPH02117721 A JP H02117721A JP 27078288 A JP27078288 A JP 27078288A JP 27078288 A JP27078288 A JP 27078288A JP H02117721 A JPH02117721 A JP H02117721A
Authority
JP
Japan
Prior art keywords
tool
tool holder
pedestal
workpiece
moved
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.)
Granted
Application number
JP27078288A
Other languages
Japanese (ja)
Other versions
JP2682070B2 (en
Inventor
Kenji Hirata
健二 平田
Kikuji Matsuzaki
松崎 喜久二
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Iwasaki Denki KK
Original Assignee
Iwasaki Denki KK
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 Iwasaki Denki KK filed Critical Iwasaki Denki KK
Priority to JP63270782A priority Critical patent/JP2682070B2/en
Publication of JPH02117721A publication Critical patent/JPH02117721A/en
Application granted granted Critical
Publication of JP2682070B2 publication Critical patent/JP2682070B2/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

Links

Landscapes

  • Punching Or Piercing (AREA)

Abstract

PURPOSE:To efficiently perform plural kinds of automatic working with a simple and small device by moving a material to be worked to a working position according to an NC controller instruction through a bearer and moving and operating the tool through a tool holder. CONSTITUTION:The material 8 to be worked is supported by a pair of bearers 1, 1 can be moved in the X-, Y-, Z-axial direction through a supporter containing driving mechanisms such as cylinder, a motor, etc., and bodies 12, 13 moving in the X-, Y-direction and is positioned to a working position of a working station 4. Then, tool holders 3 arranged on moving bases 2 are moved by the drive of air cylinders 20, 23 to a working position. Thereafter, a tool mounted on the tool holders 3 is operated through a tool driving mechanism 5 provided with a hydraulic cylinder 30 and a push plate 31 arranged on the working station 4 to perform a desired working to the material 8 to be worked. These motions are executed by the instruction of an NC controller 6 according to the program created by a computer 7.

Description

【発明の詳細な説明】[Detailed description of the invention]

[#業ヒの利用分野] 本発明は自動加工装置に関する。 〔従来の技術1 従来、加工装置、例えば穴あけ装置に於いては単発プレ
ス機や、金型をタレット上に配置したNC付きタレ7ト
プレスに代表されるような自動穴あけ装置がある。 [発明が解決しようとする課題] 単発プレス機を使用する場合には、プレス機構に於ける
被加工物の位置を決める為の治具を準備する必要がある
。 しかし大昔の被加工物の同じ個所に穴を明ける場合には
治具を準備してもよいが1例えば一般の製品と同じ穴が
既に明けられており、これに更に幾つかの穴を追加して
明けねばならない特注品を少量加工する時には、いちい
ち治具を準備するのは面倒である。 また単発プレス機では一個の被加工物について複数個の
異なった大きさの穴を順次明けていくことができず、異
なった大きさの穴を明けるには金型を交換し、治具も別
に準備する必要があった。 一方、NC+tきタレットプレスに於いては、位置決め
のための治具を準備する必要がなく、また金型を換えた
すせずに複数の穴あけ加工が出来るが、複数の穴あけ加
工を順次行わせようとすると複数の金型をタレット上に
載置しておかねばならず、場合によっては現在行ってい
る加工に直接使用しない金型もタレット上に配置され、
必然的にタレットが大型になり、装置全体が大型になる
欠点がある。 また従来のNC+tきタレットプレスは平板の穴あけ用
のもので1例えば口形のように既に折曲げ加工された状
態の被加工物の上面に穴あけ加工するようなことは出来
ず、またやろうとすると装置が複雑になってしまう欠点
がある。 本発明の目的は、既に折曲げ加工された状態の平らでな
い被加工物に加工を施すことができ1位置決めのための
治具を必要とせずに一つの被加工物に順次複数の同一の
加工、または穴あけ、ネジ締め等の異なった加工を施す
ことができ、しかも必要最小限のツールしか保持してい
ない、小型で構造が簡単な自動加工装置を提供すること
である。 [課題を解決する為の手段] この目的を達成させるために、この発明は1次のような
構成としている。すなわち2 被加工物を、その両端で支持固定しながら1前後、左右
及び上下方向に移動可能の受台と、受台近くに設けられ
た横方向に移動可能の移動ベース上に、受台に向かい合
うように一列に載置され、一つ一つ別々に前方向に引き
出しti(能なるようになされ、下部と、押し込み可能
に弾発部材により下部より離隔して配置されている上部
とよりなる複数個のツールホールダーと、 ツールホールダーに一組ずつ、その上部乃至上部及び下
部に保持されたツールと、 受台及び移動ベースの近くにあって、前に引き出された
ツールホルダーが移動ベースの移動によりそこに移動し
、そこに移動してきたツールホルダーの上部と下部の間
に被加工物の加工個所が配置するよう受台が被加工物を
移動させてくる加工ステージ、ンと。 加工ステーションにあって、ツールホルダーに保持され
たツールに力を施与するツール駆動機構と、 これ等、lr、移動ベース、ツールホルダーツール駆動
機構の運動を制御するNCコントローラを有するように
構成した。 ツールホルダーに保持されるツールは1例えば穴あけ用
、ノックアウト用、エンボス用の各金型ネジ締め用ツー
ル、タップ立て用ツールがある。穴あけ用、ノックアウ
ト用、エンボス用の金型の場合、ツール駆動機構は上金
型を保持しているツールホルダーの上部を下方に押し込
むだけでよいが、ネジ締め用ツール、タップ立て用ツー
ルの場合は下方への押し込みと共に、ツールに回転力を
付与する必要がある。 ツールホルダーの数については制限はないが。 装置を小型にする必要があり、また一般の加工が既に行
われこれに更に幾つかの加工を追加して行うような場合
、−回の加工作業に必要なツールの数はそれほど多くな
いので1例えば4〜5ぐらいのツールホルダーにするこ
とができる。 NCプログラムはテープ、ディスク等の形で記憶させて
おいてもよいが、NCコントローラにコンピュータを接
続して、コンピュータでNCCプログラムラiJ N 
Cコントローラに出力するようにしてもよい。 [作用] NCコントローラの指示により、加工に使用するツール
を保持した一つのツールホールダーが前方向に引き出さ
れ、移動ベースの横方向の移動により加工ステーション
の加工位置に移動し、それと同時に、被加工物(金属製
等)の加工個所が加エステーシ璽ンの加工位置にくるよ
うに受台が被加工物を移動させ、ツールホルダーの上部
と下部の間に被加工物の加工個所が配置するようにし、
下降してきたツール駆動機構によ、リツールが駆動され
て、被加工物に加工を施した後、ツールホルダーが元の
位置に戻り、次の加工に使用するツールが引き出されて
加工位置にもたらされ、それと同時に受台が移動して次
の加工個所を加工位置にもたらし、このようにして一つ
の被加工物に対し次々と加工が行われる。
[Field of Application of Industry] The present invention relates to an automatic processing device. [Prior Art 1] Conventionally, processing devices such as hole punching devices include automatic hole punching devices such as a single-shot press machine and an NC-equipped turret press in which a mold is placed on a turret. [Problems to be Solved by the Invention] When using a single press machine, it is necessary to prepare a jig for determining the position of the workpiece in the press mechanism. However, if you are drilling a hole in the same location on a long-ago workpiece, you may prepare a jig. When machining small quantities of custom-made products, it is troublesome to prepare jigs each time. In addition, single-shot presses cannot sequentially drill holes of different sizes on one workpiece, and to drill holes of different sizes, the mold must be replaced and a separate jig is required. I needed to prepare. On the other hand, with the NC+T turret press, there is no need to prepare a jig for positioning, and multiple holes can be drilled without changing the mold, but multiple holes can be drilled sequentially. To do this, multiple molds must be placed on the turret, and in some cases, molds that are not directly used for the current processing may also be placed on the turret.
This has the disadvantage that the turret is inevitably large and the entire device becomes large. Furthermore, conventional NC+t turret presses are for drilling holes in flat plates, and cannot be used to drill holes in the upper surface of a workpiece that has already been bent, such as a mouth shape. The disadvantage is that it becomes complicated. An object of the present invention is to be able to perform processing on an uneven workpiece that has already been bent, and to sequentially perform multiple identical processes on one workpiece without requiring a jig for positioning. To provide an automatic processing device that is small and simple in structure, capable of performing different processing such as drilling, screw tightening, etc., and holding only the minimum necessary tools. [Means for Solving the Problems] In order to achieve this object, the present invention has the following configuration. In other words, 2. A pedestal that can move the workpiece in front and back, left and right, and up and down directions while supporting and fixing the workpiece at both ends, and a movable base that is movable in the horizontal direction provided near the pedestal. They are placed in a row facing each other, and are made to be able to be pulled out forward one by one, and are made up of a lower part and an upper part that is spaced apart from the lower part by a resilient member so as to be pushable. A plurality of tool holders, a set of tools held in each tool holder at the upper or lower part thereof, and a tool holder that is located near the pedestal and the moving base and has been pulled out before is used to move the moving base. The machining stage moves there, and the cradle moves the workpiece so that the machining part of the workpiece is placed between the upper and lower parts of the tool holder that has been moved there. The tool holder has a tool drive mechanism that applies force to the tool held in the tool holder, and an NC controller that controls the movement of the LR, the moving base, and the tool holder tool drive mechanism.Tool holder For example, there are tools for screw tightening and tapping tools for each mold for drilling, knockout, and embossing.In the case of molds for drilling, knockout, and embossing, the tool drive mechanism is It is sufficient to simply push the upper part of the tool holder holding the upper mold downward, but in the case of a screw tightening tool or a tapping tool, it is necessary to apply a rotational force to the tool in addition to pushing it downward. There is no limit to the number of tool holders. However, if the equipment needs to be made smaller, or if general machining has already been performed and several additional machining operations are to be performed, it may be necessary to perform -1 machining operations. Since the number of tools required is not so large, it is possible to have a tool holder for, for example, 4 to 5. NC programs may be stored in the form of tapes, disks, etc., but if a computer is connected to the NC controller. Then run the NCC program line on your computer.
It may also be output to the C controller. [Operation] According to the instructions from the NC controller, one tool holder holding the tools used for machining is pulled out in the forward direction, moved to the machining position of the machining station by the lateral movement of the moving base, and at the same time, the tool holder holding the tools used for machining is pulled out. The pedestal moves the workpiece so that the part to be machined (metal, etc.) is at the processing position on the machining station, and the part to be machined is placed between the top and bottom of the tool holder. west,
The retool is driven by the tool drive mechanism that has descended, and after machining the workpiece, the tool holder returns to its original position, and the tool used for the next machining is pulled out and brought to the machining position. At the same time, the pedestal is moved to bring the next processing point to the processing position, and in this way, one workpiece is processed one after another.

【実施例】【Example】

第1図は1本発明の一実施例である自動穴あけ装置を表
し、受台l、移動ベース2.ツールホルダー3、加工ス
テーション4にあるツール駆動機構5、NCコントロー
ラ6、CRTを有するコンピュータ7を具備している。 受台1はそれぞれ支持体11に支持され、両支持体はX
軸方向移動体12にtaされ、このX軸方向移動体12
は、Y軸方向移動体13内の電動モータ14により駆動
されるボールネジ15と掛合し、Y軸方向移動体13上
をX軸方向(左右方向)に移動可能である。 また、Y軸方向移動体13は基台16内の電動モータ(
図示せず)により駆動されるボールネジ17と掛合し、
基台上をY軸方向(前後方向)に移動可能である。 各受台lは支持体11内にあるエアーシリンダ(図示せ
ず)により上下方向(2輪方向)に移動可能で、受台間
の間隔は被加工物(金属!l)8の長さに応じて変えう
る。受台は被加工物の両端を支持するため、受台の下方
には空間ができ、ここにツールホルダー3のド部が入り
込めるようになされている。受台lの形状は被加工物の
形状に合わせて変えられ、また受台lの両方乃至一方に
被加工物8の端部を保持するクリップ機構を設けてもよ
い、4つのツールホルダー3が載置されている移動ベー
ス2はエアーシリンダ20によりレール21上を横方向
に移動可能になされている。4つのツールホルダー3は
、それぞれレール22上に載置され、レール間に配置さ
れたエアーシリンダ23により1前後方向に移動可能に
なされている。 Lツールホルダー3は上部24と下部25を有しく第2
図)、上部には金型26の上型26aが、下部には金型
の下型26bが固定されている。 ツールホルダーの上部と下部は、下部に固定され上部の
穴27を貫通しているガイドポスト28の周囲に配置さ
れているバネ部材(弾発部材)29により離隔せしめら
れている。従って上部はバネ部材の力に抗して下方に押
し込み可能になされ、上型と下型が嵌合しうる。 加rステージ、ン4にあるツール駆動機構5は油圧シリ
ンダ30と押し板31を有し、その真ドにきたツールホ
ルダーの上部24を下方に押し込む、ツール駆動機構5
は上下方向のM動だけでなく1回転方向の運動をツール
に与えるようにしてもよい。 NCコントローラ6は、これ等、受台l、移動ベース2
.ツールホルダー3.ツール駆動機構5の各動作を制御
する。NCプログラムは、前もってコンピュータ7で作
成し記憶させておき、或いは、コンピュータ7で随時作
成しNCコントローラに送られる。 自動穴あけ装置の動作は次の通りである。 受台l上に被加工物8を載2する。スタート指示により
、NCコントローラ6からの指示で(以下同じ)、穴あ
け加工に使用する金型を支持したツールホルダー3が前
方向に引き出され、移動ベース2の移動により加工ステ
ーシ舅ン4の加工位置に移動カ鳴られる。一方、被加工
物8の加工個所が加、rステーションの加工位置にくる
ように受台lが前後、左右及び上下に移動して、被加工
物8の加工個所が、加工ステーション4の加工位置に配
置されたツールホルダー3の上部と下部の間にくるよう
に位置せしめる。 その後、ツール駆動機構5の油圧シリンダ3゜が下降し
てツールホルダー3の上部24を下方に押し込み、それ
に固定されたJ:型26mが下方に押し込まれて、ツー
ルホルダーの下部25に固定された下型26bとで、被
加工物8に穴を明ける、その後、ツールホルダー3の上
部24が上に戻り、ツールホルダー3が移動ベース2上
の元の位置に戻り、次の加工に使用する金型を有するツ
ールホルダーが引き出されて加工位置にもたらされる。 それと同時に受台が移動して吹の加工個所を加工位置に
もたらし、このようにして一つの被加工物8に対し次々
と穴あけ加工が行われる。受台は上下方向にも移動出来
るので、被加工物は下型26bとぶつからずに移動出来
る。 尚、本実施例の自動穴あけ装置は4つのツールホルダー
しかないので、4種類の金型しか連続して使用でさない
が、もつと多数のツールホルダーを設けても良い。 また加工作業に先立って作業者が金型をツールホルダー
に固定する必要があるが、交換作業の簡率を上げるため
、直前の作業で使用した金型の番号及びツールホルダー
の番号をコンピュータに記憶させておき、今回一部別の
金型を使用する場合には、どのツールホルダーに保持さ
れた金型をどの別の金型と交換すれば、よいのかの指示
を、コンピュータでCRTに出すようにしてもよい。 [発明の効果] 本発明の自動加r装置では、被加工物を、その両端で支
持固定しながら1前後、左右及び上下方向に移動可能の
受台と、受台近くに設けられた横方向に移動可能の移動
ベース上に、受台に向かい合うように一列にa置され、
一つ一つ別々に前方向に中き出し可能なるようになされ
た複数個のツールホールダーとを有し 加工に使用するツールを保持したツールホールダーが前
方向に引き出されて、加−[ステージ、ンの加工位置に
もたらされ、それと同時に、受台が液加り物の加工個所
が加工ステーシjンの加工位置にくるように被加工物を
移動させ、加工ステーションでツール駆動機構によりツ
ールが駆動されて、被加工物に加工を施した後、ツール
ホルダーが元の位置に戻り、次の加工に使用するツール
が引き出されて加工位置にもたらされ、それと同時に受
台が移動して次の加工個所を加工位置にもたらし、この
ようにして一つの被加工物に対し次々と加工が行われる
ようにしたので、 既に折曲げ加工された状態のfらでない被加工物に加工
を施すことができ、位置決めのための治具を必要とせず
に一つの被加工物に順次複数の同一の加工、または穴あ
け、ネジ締め等の異なった加工を施すことができ、しか
も必要最小限のツールしか保持していない為、小型で構
造が簡単にできる等の利点がある。
FIG. 1 shows an automatic drilling device which is an embodiment of the present invention, including a pedestal L, a movable base 2. It is equipped with a tool holder 3, a tool drive mechanism 5 located at a processing station 4, an NC controller 6, and a computer 7 having a CRT. The cradle 1 is supported by a support 11, and both supports are
This X-axis direction moving body 12
is engaged with a ball screw 15 driven by an electric motor 14 in the Y-axis moving body 13, and is movable on the Y-axis moving body 13 in the X-axis direction (horizontal direction). Moreover, the Y-axis direction moving body 13 is operated by an electric motor (
(not shown) engages with a ball screw 17 driven by a
It is movable on the base in the Y-axis direction (back and forth direction). Each pedestal l can be moved vertically (in the direction of the two wheels) by an air cylinder (not shown) in the support 11, and the interval between the pedestals is equal to the length of the workpiece (metal! l) 8. It can be changed accordingly. Since the pedestal supports both ends of the workpiece, a space is created below the pedestal, into which the dowel portion of the tool holder 3 can fit. The shape of the pedestal l can be changed according to the shape of the workpiece, and a clip mechanism for holding the end of the workpiece 8 may be provided on one or both of the pedestals l. Four tool holders 3 are provided. The mounted moving base 2 can be moved laterally on rails 21 by an air cylinder 20. The four tool holders 3 are placed on rails 22, respectively, and are movable in one forward and backward direction by air cylinders 23 arranged between the rails. The L tool holder 3 has an upper part 24 and a lower part 25.
(Fig.), an upper mold 26a of the mold 26 is fixed to the upper part, and a lower mold 26b of the mold 26 is fixed to the lower part. The upper and lower parts of the tool holder are separated by a spring member 29 disposed around a guide post 28 fixed to the lower part and passing through a hole 27 in the upper part. Therefore, the upper part can be pushed downward against the force of the spring member, and the upper mold and the lower mold can be fitted together. The tool drive mechanism 5 on the stage 4 has a hydraulic cylinder 30 and a push plate 31, and is configured to push the upper part 24 of the tool holder downward when it is in its position.
The tool may be given not only M movement in the vertical direction but also movement in one rotational direction. The NC controller 6 includes these, a pedestal l, a moving base 2
.. Tool holder 3. Each operation of the tool drive mechanism 5 is controlled. The NC program may be created and stored in advance on the computer 7, or created at any time on the computer 7 and sent to the NC controller. The operation of the automatic drilling device is as follows. The workpiece 8 is placed 2 on the pedestal l. In response to a start instruction, the tool holder 3 that supports the mold used for drilling is pulled out in the forward direction under instructions from the NC controller 6 (the same applies hereinafter), and the movement of the moving base 2 moves the processing station leg 4 to the processing position. It sounds like you're moving. On the other hand, the pedestal l moves back and forth, left and right, and up and down so that the processing location of the workpiece 8 comes to the processing position of the machining station 4. The tool holder 3 is placed between the upper and lower parts of the tool holder 3. After that, the hydraulic cylinder 3° of the tool drive mechanism 5 descended and pushed the upper part 24 of the tool holder 3 downward, and the J mold 26m fixed thereto was pushed downward and fixed to the lower part 25 of the tool holder. A hole is made in the workpiece 8 using the lower mold 26b.Then, the upper part 24 of the tool holder 3 returns to the top, the tool holder 3 returns to its original position on the movable base 2, and the metal used for the next processing is removed. The tool holder with the mold is pulled out and brought to the processing position. At the same time, the pedestal moves to bring the blowing workpiece to the working position, and in this way, one workpiece 8 is drilled one after another. Since the pedestal can also be moved in the vertical direction, the workpiece can be moved without colliding with the lower die 26b. Incidentally, since the automatic drilling device of this embodiment has only four tool holders, only four types of molds can be used continuously, but a large number of tool holders may be provided. In addition, the worker must secure the mold to the tool holder before processing, but in order to simplify the replacement work, the computer stores the mold number and tool holder number used in the previous work. If you want to use some different molds this time, the computer will send instructions to the CRT as to which mold held in the tool holder should be replaced with which other mold. You can also do this. [Effects of the Invention] The automatic machining device of the present invention has a pedestal that can move the workpiece in the front and back, left and right, and up and down directions while supporting and fixing the workpiece at both ends, and a pedestal that is provided near the pedestal in the lateral direction. They are placed in a line a on a movable base facing the pedestal,
The tool holder, which has a plurality of tool holders that can be individually ejected in the front direction and holds the tools used for processing, is pulled out in the front direction and moves to the processing stage. At the same time, the workpiece is moved so that the workpiece is brought to the processing position of the processing station J, and the tool is moved by the tool drive mechanism at the processing station. After being driven and machining the workpiece, the tool holder returns to its original position, the tool for the next machining is pulled out and brought to the machining position, and at the same time the pedestal moves and the next machining is carried out. In this way, one workpiece is processed one after another by bringing the processing points of It is possible to sequentially perform multiple identical processes on a single workpiece without the need for positioning jigs, or to perform different processes such as drilling and screw tightening, all while using the minimum number of tools. Since it is not held, it has the advantage of being small and having a simple structure.

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

第1図は本発明の一実施例を表す自動穴あけ装置の全体
図、第2図はツールホルダーを表す図である。 l・・受台、2・・移動ベース23・・ツールホルダー
、411・加エステーシ1ン、5・・ツール駆動機構、
6・・NCコントローラ
FIG. 1 is an overall view of an automatic drilling device representing an embodiment of the present invention, and FIG. 2 is a view showing a tool holder. l... pedestal, 2... moving base 23... tool holder, 411... machining station 1, 5... tool drive mechanism,
6...NC controller

Claims (1)

【特許請求の範囲】 1、被加工物を、その両端で支持固定しながら、前後、
左右及び上下方向に移動可能の受台と、受台近くに設け
られた横方向に移動可能の移動ベース上に、受台に向か
い合うように一列に載置され、一つ一つ別々に前方向に
引き出し可能なるようになされ、下部と、押し込み可能
に弾発部材により下部より離隔して配置されている上部
とよりなる複数個のツールホールダーと、 ツールホールダーに一組ずつ、その上部乃至上部及び下
部に保持されたツールと、 受台及び移動ベースの近くにあつて、前に引き出された
ツールホルダーが移動ベースの移動によりそこに移動し
、そこに移動してきたツールホルダーの上部と下部の間
に被加工物の加工個所が配置するよう受台が被加工物を
移動させてくる加工ステーションと、 加工ステーションにあつて、ツールホルダーに保持され
たツールに力を施与するツール駆動機構と、 これ等、受台、移動ベース、ツールホルダー、ツール駆
動機構の運動を制御するNCコントローラを有する自動
加工装置。
[Claims] 1. While supporting and fixing the workpiece at both ends,
They are placed in a line facing the pedestal on a pedestal that can be moved horizontally and vertically, and a movable base that is movable in the horizontal direction provided near the pedestal. a plurality of tool holders, each of which has a lower part and an upper part which is pushable and is spaced apart from the lower part by an elastic member; The tool held at the bottom and the previously pulled out tool holder near the pedestal and moving base are moved there by the movement of the moving base, and the tool holder that has been moved there is placed between the upper and lower parts of the tool holder. a processing station in which a pedestal moves the workpiece so that the processing location of the workpiece is placed at the processing station; a tool drive mechanism in the processing station that applies force to a tool held in a tool holder; These are automatic processing devices that have an NC controller that controls the movements of the pedestal, moving base, tool holder, and tool drive mechanism.
JP63270782A 1988-10-28 1988-10-28 Automatic processing equipment Expired - Lifetime JP2682070B2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP63270782A JP2682070B2 (en) 1988-10-28 1988-10-28 Automatic processing equipment

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP63270782A JP2682070B2 (en) 1988-10-28 1988-10-28 Automatic processing equipment

Publications (2)

Publication Number Publication Date
JPH02117721A true JPH02117721A (en) 1990-05-02
JP2682070B2 JP2682070B2 (en) 1997-11-26

Family

ID=17490921

Family Applications (1)

Application Number Title Priority Date Filing Date
JP63270782A Expired - Lifetime JP2682070B2 (en) 1988-10-28 1988-10-28 Automatic processing equipment

Country Status (1)

Country Link
JP (1) JP2682070B2 (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100423416B1 (en) * 1999-12-07 2004-03-19 주식회사 포스코 Method for producing high quality strip in twin roll strip casting process
CN115570071A (en) * 2022-11-24 2023-01-06 常州湖南大学机械装备研究院 Material feeding unit and use this material feeding unit's automatic leveling equipment of plate electrode

Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5868434A (en) * 1981-10-21 1983-04-23 Nec Corp Serial punch press
JPS6027421A (en) * 1983-07-25 1985-02-12 Shin Meiwa Ind Co Ltd Automatic bender for plate-shaped body
JPS60102227A (en) * 1983-11-08 1985-06-06 Shin Meiwa Ind Co Ltd Automatic bending device of platelike body

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5868434A (en) * 1981-10-21 1983-04-23 Nec Corp Serial punch press
JPS6027421A (en) * 1983-07-25 1985-02-12 Shin Meiwa Ind Co Ltd Automatic bender for plate-shaped body
JPS60102227A (en) * 1983-11-08 1985-06-06 Shin Meiwa Ind Co Ltd Automatic bending device of platelike body

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100423416B1 (en) * 1999-12-07 2004-03-19 주식회사 포스코 Method for producing high quality strip in twin roll strip casting process
CN115570071A (en) * 2022-11-24 2023-01-06 常州湖南大学机械装备研究院 Material feeding unit and use this material feeding unit's automatic leveling equipment of plate electrode

Also Published As

Publication number Publication date
JP2682070B2 (en) 1997-11-26

Similar Documents

Publication Publication Date Title
US4583719A (en) Machine tool for stamping, nibbling and thermal cutting and the like
CA2367728A1 (en) Versatile adaptable holding apparatus for holding large format workpieces
CA2151666A1 (en) Space Frame for a Machine Tool
JPH1133863A (en) Tool replacing device and extruding device for replacing tool
US20070033816A1 (en) Rapid workpiece engraving apparatus
JP2002346989A (en) Multi-spindle punching device of tape-like material
JPH04158926A (en) Die-set system die for bending and device for automatically changing die using its die
JPH02117721A (en) Automatic working device
JPH0338006B2 (en)
JP3227144B2 (en) Work handler for laser processing equipment
KR19990062770A (en) Improved Punching Machine for Metal Sheet Panels
FR2292553A1 (en) Multi-operation batch machine tool - has multiple clamping unit for workpieces, pre- adjusted slide mounted tools
JP2866709B2 (en) Multiple processing method and device
JP2728058B2 (en) Table robot
JPH06552A (en) Working system using robot and robot for working system
US5097877A (en) Machine tool with automatic tool-changing device
CN219747102U (en) Positioning jig for strip-shaped workpiece
CN218136620U (en) CNC material feeding unit
JP2639700B2 (en) Work supply and recovery device for machine tools
CN211639960U (en) Manipulator debugging device
CN218503384U (en) Radiator semi-manufactured goods machining workbench
CN219901248U (en) Hydraulic clamp for machine tool
JPH0197542A (en) Pallet exchange method
ES8404895A1 (en) Universal machine tool with a plurality of workstations constituting a machining centre.
JP2529823Y2 (en) Device for supporting the attachment and detachment of workpieces to and from machine tools