JP2003211246A - Automatic forming method for fin and connecting member and structure therefor - Google Patents
Automatic forming method for fin and connecting member and structure thereforInfo
- Publication number
- JP2003211246A JP2003211246A JP2002012381A JP2002012381A JP2003211246A JP 2003211246 A JP2003211246 A JP 2003211246A JP 2002012381 A JP2002012381 A JP 2002012381A JP 2002012381 A JP2002012381 A JP 2002012381A JP 2003211246 A JP2003211246 A JP 2003211246A
- Authority
- JP
- Japan
- Prior art keywords
- connecting member
- pressing
- fins
- forming
- press
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Landscapes
- Shaping Metal By Deep-Drawing, Or The Like (AREA)
Abstract
Description
【０００１】[0001]
【発明の属する技術分野】本発明はフィンと連接部材の
自動成形方法及び自動成形構造に係わり、特にプレス加
工して形成される片状フィン同士をプレス加工のプロセ
スの完了後に一枚ずつ前記連接部材と自動的に組み立て
る製造方法及び機械構造に関するものである。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an automatic forming method and an automatic forming structure for fins and connecting members, and in particular, connecting fins formed by press working one by one after completion of the press working process. The present invention relates to a manufacturing method and a mechanical structure for automatically assembling members.
【０００２】[0002]
【従来の技術】従来の放熱装置は一体式の放熱装置のほ
か、片状のフィンを有するものがあり、それは複数枚の
片状の金属片からなり、全体の放熱面積を拡大するもの
である。それは主にフィン構造に連接部材を導入し、且
つそれぞれのフィンに対し穿孔を加工形成し、その穿孔
に連接部材を貫通し、この穿孔の径が連接部材の外径よ
り大きく形成させる必要があり、それぞれの片状の金属
フィンを前記連接部材に位置決めさせるようにする。2. Description of the Related Art A conventional heat dissipation device includes an integrated heat dissipation device and one having a piece-shaped fin, which is made up of a plurality of piece-shaped metal pieces to expand the entire heat dissipation area. . It is mainly necessary to introduce a connecting member into the fin structure, to machine and form a perforation for each fin, to penetrate the connecting member into the perforation, and to make the diameter of the perforation larger than the outer diameter of the connecting member. , The strip-shaped metal fins are positioned on the connecting member.
【０００３】従来の製造方法はそれぞれの片状の金属フ
ィンを一回のプレス成形加工によって成形させ、図１に
示すように、材料テープ１０を導入巻回作動器１１に通
過させてからプレス加工機械１２に入れさせ、プレス型
１３によって材料テープ１０をプレス加工して片状のフ
ィン１４を形成し、それから図２に示すように人力によ
って組立を実行し、勿論、他に連接部材の製造プロセス
も有するが、本発明は当該連接部材の製造プロセスと関
係ないので、その部分について二度と説明しないように
する。図２において製造完成の連接部材１５に対し人力
の方式によって一々とフィン１４を順次にその外周縁部
に外嵌する。In the conventional manufacturing method, each piece of metal fin is formed by a single press forming process, and as shown in FIG. 1, the material tape 10 is passed through the introduction winding actuator 11 and then pressed. It is put in the machine 12, the material tape 10 is pressed by the press die 13 to form the fins 14 in the shape of a piece, and then the assembly is carried out manually as shown in FIG. However, since the present invention is not related to the manufacturing process of the connecting member, that part will not be described again. In FIG. 2, the fins 14 are sequentially fitted onto the outer peripheral edge portion of the completed connecting member 15 one by one by a manual method.
【０００４】それら両者間の密着度がかなり高いため、
組立過程中に困難になることがあり、それぞれのフィン
を人力によってゆっくりと連接部材の箇所に摩擦移動さ
せる必要があると共に、その連接部材に折り曲げ可能な
性質を有するので移動しにくくなり、そのため、人力に
よってそれらを組み合わせるのは時間と手数がかかり、
且つ人工コストが高いため生産量が少なくなり、それに
つれて製品の販売価格に影響を与え、その原因を追究す
ると、製造と組立が分離して実行されるためであり、そ
れぞれのフィンに対し配列対向処理を実施しなければな
らないので快速的な製造の要求に不利である。Since the degree of adhesion between them is quite high,
It may be difficult during the assembly process, and it is necessary to slowly frictionally move each fin to the position of the connecting member by human power, and it is difficult to move because the connecting member has a bendable property, and therefore, It takes time and effort to combine them by human power,
Moreover, because the production cost is low due to high artificial cost, the selling price of the product is affected accordingly, and if the cause is investigated, the manufacturing and the assembly are performed separately, and the fins are arranged facing each other. The treatment has to be carried out, which is disadvantageous to the demand for rapid production.
【０００５】また、従来のフィンが組立の要求を満たす
ために、開けられる孔径がやや連接部材の外径より大き
く形成され、組立後に弛み合わせる状態となることを発
見でき、それぞれのフィンが自由に回転でき、整えない
状況を生じる場合がしばしばあり、組み合わせる後に安
定な構造を有させるために、加熱溶接などの固定位置決
め手数を実施しなければならないので、従来のこの技術
には大した課題があると発見でき、もっと実際の状況に
対応できるために、本発明の発明者は研究開発を進める
と共に、学術を合せて従来のこの組立の課題とコストの
面の課題とを解決できる方式を探してきた。Further, in order to satisfy the requirements for assembly of the conventional fins, it can be found that the diameter of the hole to be opened is slightly larger than the outer diameter of the connecting member, and the fins are loosened after the assembly. This often presents a major challenge to this conventional technique, as it can often rotate and cause untrimmed situations, and fixed positioning maneuvers such as heat welding must be performed to have a stable structure after assembly. In order to be able to find out that it exists and to cope with more actual situations, the inventor of the present invention proceeds with research and development, and, together with academics, seeks a method that can solve the conventional assembly problem and cost problem. Came.
【０００６】[0006]
【発明が解決しようとする課題】本発明は、連続プレス
加工の方式によって複数枚の片状のフィン同士を製造
し、それぞれの片状のフィンの製造過程中に既に予め引
き出して貫通用の穿孔を形成し、連接部材を成形したフ
ィンの位置に位置決める後に、プレス加工の遂行につれ
て組み付きのプロセスをも進め、フィンを一々と連接部
材に圧迫して積み込ませ、穿孔によって前記連接部材の
外縁部に外嵌し、且つ押し付け塊を設け、当該押し付け
塊を移動することによってフィンを連接部材に沿って移
動させ、フィンを順次に連接部材に積み重ねさせて所定
の数に至ると他の連接部材を交換し、これらのことによ
って連接部材に対するフィンの外嵌が人力か他の専用の
道具を使用しなくても直接的にプレス加工のプロセスを
利用して組立の過程を完成し、片状のフィン同士の保存
と運搬などの処理を除去でき、即ち、片状のフィンを製
造完成後に組立も完了されるようになり、製造コストと
組立時間を節約できるようにし、単位時間の生産量を向
上できるようにし、且つ製品に好ましい経済性とマーケ
ットにおける競争性を提供できる、フィンと連接部材の
自動成形方法と自動成形構造を提供することをその主要
な目的とする。SUMMARY OF THE INVENTION According to the present invention, a plurality of piece-shaped fins are manufactured by a continuous press working method, and each of the piece-shaped fins is already drawn in advance during the manufacturing process of the piece-shaped fins and a perforation hole for penetration is formed. After forming the connecting member at the position of the formed fin, the assembly process is also advanced as the press working is performed, and the fins are pressed and loaded on the connecting member one by one, and the outer edge portion of the connecting member is punched. And the pressing mass is provided, the fins are moved along the connecting member by moving the pressing mass, and the fins are sequentially stacked on the connecting member, and when the predetermined number is reached, the other connecting members are By exchanging these, the external fitting of the fin to the connecting member can be done directly by using the press working process without the use of human power or other dedicated tools. Completed, the processing such as storage and transportation of the fins in a strip shape can be eliminated, that is, the assembly of the fins in a strip shape can be completed after the manufacturing is completed, and the manufacturing cost and the assembly time can be saved. It is a primary object of the present invention to provide an automatic forming method and structure for fins and connecting members, which can improve the production amount of time and provide favorable economics and competitiveness in the market.
【０００７】[0007]
【課題を解決するための手段】前記の目的を図るため
に、本発明は、材料テープを導入巻回作動器によってプ
レス加工機械に導入し、当該プレス加工機械に連続的な
プレス加工型を有し、材料テープが導入装置によって加
工成形型の下型に沿って移動され、上型によって中間孔
部を形成するようにパンチ加工し、且つ周辺外観成形と
孔径拡大引き出し成形を実行し、一周期の間隔を経過後
に、プレス加工型の上型によって材料テープを切断し、
押し付け塊を下方へ移動させて端部のカットを実行し、
カット実行と同時に成形の片状フィンを連接部材に圧迫
嵌め込ませ、ステッピング装置によって押し付け塊が片
状フィンをつれて順次に連接部材に積み重ね、且つ連接
部材が導入器に配列され、順次に連接部材位置決め装置
に送り込まれるように構成される。To achieve the above object, the present invention introduces a material tape into a press machine by an introduction winding actuator, and the press machine has a continuous press die. Then, the material tape is moved by the introduction device along the lower mold of the working mold, punched by the upper mold so as to form the intermediate hole portion, and peripheral appearance molding and hole diameter enlargement drawing molding are executed, and one cycle After passing the interval of, the material tape is cut by the upper die of the press working die,
Move the pressing mass downward and cut the end,
Simultaneously with the cutting, the molded piece-shaped fins are press-fitted into the connecting member, and the stepping device pushes the piece-shaped fins to stack the piece-shaped fins and sequentially stacks on the connecting member. It is configured to be fed to the positioning device.
【０００８】本発明の製造方法によるそのステップは、
次の通りである。
（ａ）材料テープをプレス加工成形機械に送り込む。
（ｂ）プレス加工機械の箇所に連続プレス成形加工を実
行する。
（ｃ）材料テープを初歩にカットする。
（ｄ）押し付け塊によって切り離されるフィンの縁部を
切断し、片状のフィンを形成する。
（ｅ）押し付け塊が片状のフィンをつれて連接部材に沿
って下方へ移動する。
（ｆ）順次にそれぞれの片状のフィンを連接部材に積み
重ねる。The steps of the manufacturing method of the present invention are:
It is as follows. (A) Feed the material tape into the press forming machine. (B) Execute continuous press molding at the location of the press machine. (C) Cut the material tape in the beginning. (D) Cutting the edge of the fin separated by the pressing mass to form a piece-shaped fin. (E) The pressing mass moves downward along the connecting member along with the piece-shaped fin. (F) The strip-shaped fins are sequentially stacked on the connecting member.
【０００９】[0009]
【発明の実施の形態】図３ないし図５に示すように、本
発明によるフィンと連接部材の自動成形構造には、プレ
ス加工機械２を有し、プレス加工機械２の詳しい構造の
説明については、ここでは省略し、それぞれのメーカの
生産するプレス加工機械の構造と作動方式が大同小異で
あるので、図面には数多くの装置を表示しているが、そ
れらが単にプレス加工機械の位置決め構造に過ぎないの
で説明を省略する。プレス加工機械２の一側に巻回作動
器２１が配置され、巻回作動器２１の生じる動力によっ
て材料テープ（図１参照）を連動し、且つ材料テープを
プレス加工機械２に導入し、プレス加工を実施すること
に用意する。主に巻回作動器によって材料テープを一回
にわずかに一枚の製品よりやや大きい寸法の部分をプレ
ス加工機械２に導入する。DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS As shown in FIGS. 3 to 5, the fin and connecting member automatic forming structure according to the present invention has a press working machine 2, and the detailed structure of the press working machine 2 will be described. Although omitted here, the structures and operating methods of the press machines produced by each manufacturer are the same and different, so many devices are shown in the drawing, but they are merely positioning structures for the press machines. Since it does not exist, the explanation is omitted. A winding actuator 21 is arranged on one side of the press working machine 2, a material tape (see FIG. 1) is interlocked by the power generated by the winding actuator 21, and the material tape is introduced into the press working machine 2 and pressed. Prepare to carry out processing. A part of the material tape, which is slightly larger than one product at a time, is introduced into the press machine 2 mainly by the winding actuator.
【００１０】プレス加工機械２の空間内に連続プレス加
工型２２が配置され、且つプレス加工型２２をプレス加
工機械２内に位置決めさせ、プレス加工型２２には下型
２３と上型２４とを有し、上型２４には切断部と複数の
パンチ加工部を有し、図において切断部とパンチ加工部
の構造を明らかに示していないが、それらの部分が型の
基本的な構成であると共に、プレス加工しようとする位
置と形状にも変化可能な性質を有するため、且つ合せ使
用の対応ニーズの要求を有するので、型が実際の状況に
対応できるように製造され、その配置の位置と形状など
に制限を与える必要がない。しかしながら、製造中にお
いてある基本的な要件が満足されなければならず、連続
プレス加工の要求を満たす必要があり、本実施の形態の
場合では、上型によってそれぞれ中間孔成形パンチと周
辺外観成形と孔拡大引き出し成形などを実施するように
なっている。そのうち、フィンにおける孔部が円形や方
形や楕円形や多辺形などのいずれ一つに形成でき、連接
部材に合わせられる限り制限がなく、連接部材が金属や
非金属などの棒状物またはホットチューブなどの導熱部
材に形成されることができる。A continuous press die 22 is arranged in the space of the press machine 2, and the press die 22 is positioned in the press machine 2. The press die 22 includes a lower die 23 and an upper die 24. The upper die 24 has a cutting portion and a plurality of punched portions, and although the structures of the cutting portion and the punched portion are not clearly shown in the drawing, those portions are the basic structure of the die. At the same time, since it has the property that the position and shape to be pressed can be changed, and because it has the needs of the corresponding use of the mold, the mold is manufactured so as to correspond to the actual situation, and the position of its arrangement and There is no need to limit the shape. However, during manufacturing, certain basic requirements must be satisfied, and continuous press processing needs to be satisfied.In the case of the present embodiment, the intermediate die forming punch and the peripheral appearance forming are respectively performed by the upper die. It is designed to perform hole expansion drawing, etc. There is no limitation as long as the hole in the fin can be formed in any one of a circle, a rectangle, an ellipse, a polygon, etc., and there is no limitation as long as it can be fitted to the connecting member, and the connecting member is a rod-shaped object such as metal or non-metal or a hot tube. Can be formed on a heat conducting member such as.
【００１１】図５に示すように、材料テープ３が案内装
置２０に従ってプレス加工型２２の下型２３に沿って進
められ、案内装置２０は材料テープの両側に位置される
位置決め案内塊３９よりなり、位置決め案内塊３９がそ
れぞれ入り込み位置と移出位置と中間位置に位置され、
すべてプレス加工に影響与えられない位置に位置され、
それも一対の案内柱３８より形成でき、材料テープ３が
案内柱３８の溝部より通過し、これらはすべて材料テー
プ３に水平移動可能にする制限手段であり、材料テープ
の跳ね上がることを防止できる手段である。As shown in FIG. 5, the material tape 3 is advanced along the lower die 23 of the pressing die 22 according to the guide device 20, and the guide device 20 is composed of positioning guide blocks 39 located on both sides of the material tape. , The positioning guide mass 39 is located at the ingress position, the egress position, and the intermediate position,
All are located in a position that does not affect press working,
It can also be formed by a pair of guide columns 38, the material tape 3 passes through the groove of the guide columns 38, and all of these are limiting means for allowing horizontal movement to the material tape 3 and means for preventing the material tape from jumping up. Is.
【００１２】材料テープ３が送り込まれる位置から送り
出される位置まで移動すると、中間孔部３１と両側辺部
３２と耳状孔部３３と両側の折り曲げ辺部３４と耳状孔
内の弧形折り曲げ辺部３５とをパンチ加工成形され、図
７から分かるように、それらの五種類の形状は五回のプ
レス加工過程を経過し、順次に一々と加工成形され、そ
れから製品が一周期（五回の空間を隔たり）経過後、材
料テープ３に含まれる製品をプレス加工型２２の外部へ
排出する。When the material tape 3 is moved from the feeding position to the feeding position, the intermediate hole portion 31, both side portions 32, the ear-shaped hole portion 33, the bent side portions 34 on both sides, and the arc-shaped bent side in the ear-shaped hole. As shown in FIG. 7, the parts 35 and the parts 35 are punched and formed, and the five kinds of shapes have been subjected to five press working steps and are sequentially processed and formed one by one. After the passage of space), the product contained in the material tape 3 is discharged to the outside of the press working die 22.
【００１３】前記に説明した構造は連続プレス加工成形
型２２における所要する構造と施工方法であり、その後
が本発明の特殊な組立過程であり、プレス加工機械の製
造プロセスに合わせて製造プロセスにおける変化を生成
し、製造プロセス時間を簡単化し、自動化生産の目的を
も図れる。The structure described above is the required structure and construction method for the continuous press forming die 22, and the special assembly process of the present invention is followed by the change in the manufacturing process according to the manufacturing process of the press working machine. Can be used to simplify the manufacturing process time and for the purpose of automated production.
【００１４】本発明は主にプレス加工成形型２２の上型
２４の側に外枠フレーム２５によって押し付け塊２６を
配置し、図４に示すように、押付け塊２６の上端部に押
し付け装置２７とステッピング制御装置２８が配置さ
れ、且つ押し付け塊２６のプレス加工型２２に近寄る側
辺部と下型２３の周辺部との間にカットインターフェー
スを形成し、且つプレス加工型２２と下型２３との間に
切断ツール７が配置され、図６と図７に示すように、プ
レス加工型２２が合わさる場合、材料テープ３の遠いほ
うの縁部３６をカットし、押し付け塊２６の圧着切断す
る箇所を近いほうの縁部３７にし、遠いほうの縁部３６
と近いほうの縁部３７との間の板体２９を切り離し、板
体２９を下型２６の滑走経路８を介して排出し、切り離
す同時に片状のフィンの半製品３０を自由物体になら
せ、押し付け塊と連接部材のあわせることによって図５
ないし図６のプレス加工を経過して図７に示す状態にな
らせ、また、図８の押し付け塊２６のプレス加工を経過
後に図８Ａと図６Ａとを比較して分かるように、板体２
９が切り離される状態を見て、これがプレス加工完了の
ことであり、ここまでは既に（ａ）ないし（ｄ）のステ
ップを完成し、その後は本発明の最も大切な構造の動作
に入る。According to the present invention, a pressing mass 26 is arranged mainly by the outer frame 25 on the upper mold 24 side of the press molding mold 22, and a pressing device 27 is provided at the upper end of the pressing mass 26 as shown in FIG. A stepping control device 28 is arranged, and a cut interface is formed between a side portion of the pressing block 26 which is close to the press die 22 and a peripheral portion of the lower die 23, and the press die 22 and the lower die 23 are connected to each other. When the cutting tool 7 is arranged between them and the press dies 22 are fitted to each other, as shown in FIGS. 6 and 7, the distant edge 36 of the material tape 3 is cut, and the portion of the pressing block 26 to be pressure-bonded is cut. The edge 37 on the near side and the edge 36 on the far side
The plate body 29 between the edge part 37 and the nearer edge 37 is separated, the plate body 29 is discharged through the sliding path 8 of the lower mold 26, and at the same time, the half-finished fin semi-finished product 30 becomes a free object. , By combining the pressing mass and the connecting member
8 to 6A, the plate body 2 can be changed to the state shown in FIG. 7 after the pressing work of FIG.
Looking at the state in which 9 is cut off, this is the completion of press working. Up to this point, steps (a) to (d) have already been completed, and thereafter, the operation of the most important structure of the present invention is started.
【００１５】プレス加工機械２において連接部材位置決
め装置４を有し、それが連続プレス加工成形型の下型の
プレス加工を完成する部分の末端部の外方に位置され、
その位置に連接部材４０が位置決められ、且つその位置
が丁度押し付け塊２６の真下にあり、連接部材４０とし
て棒状や管状やホットチューブなどの形式に形成でき、
押し付け塊２６がプレス加工完成後の片状のフィンの半
製品３０をつれて順次にそれらを連接部材４０に積み重
ねさせる。図３ないし図８に示す連接部材位置決め装置
４には少なくとも一対の孔部４３，４４を有し、これら
の孔部４３，４４が直接にプレス加工機械２における滑
走塊４１に形成され、滑走塊４１が滑走レール４２にお
いて往復滑走し、人工によっていずれの孔部４３，４４
の連接部材４０を挿入・抜き出し作業を実行するか機械
によって挿入・抜き出しの交換作業を実行する。The press machine 2 has a connecting member positioning device 4, which is located outside the end of the portion of the lower die of the continuous press forming die which completes the press working,
The connecting member 40 is positioned at that position, and the position is just below the pressing mass 26, and the connecting member 40 can be formed into a rod shape, a tubular shape, a hot tube, or the like.
The pressing mass 26 squeezes the half-finished fin-shaped semi-finished products 30 after completion of the press working and sequentially stacks them on the connecting member 40. The connecting member positioning device 4 shown in FIGS. 3 to 8 has at least a pair of holes 43 and 44, and these holes 43 and 44 are directly formed in the sliding mass 41 in the press working machine 2, 41 slides back and forth on the sliding rail 42, and artificially produces any of the holes 43, 44.
The connecting member 40 is inserted / removed, or a machine is inserted / removed.
【００１６】連接部材位置決め装置４を押し付け塊２６
の押し付け装置２７の作動に合せて、押し付け塊２６を
下方へ移動させる作業を実行し、一般にこのような押し
付け装置２７が液圧シリンダを採用し、上下往復の作動
を実行し、半製品３０が連接部材４０の外周縁部に積み
重ねられるので、その毎度のストロークが縮小する必要
があり、そのため、ステッピング制御装置２８を合せて
使用し、当該ステッピング制御装置が小さいステッピン
グモータであり、押し付け塊２６を連動して毎度後退す
るストロークを形成するようにし、積み重ねようとする
数の半製品を積み重ねる後に復位する。こうする場合、
本発明の最も重要な機能を実現すると共に、（ｅ）ない
し（ｆ）のステップを遂行する。その作業は半製品３０
を一々に押し付け塊２６によって所定の位置に推し進
め、この場合では押し付け塊２６が図４に示すような筒
状物に形成できる。The connecting member positioning device 4 is pressed against the lump 26.
In accordance with the operation of the pressing device 27, the pressing mass 26 is moved downward. Generally, such a pressing device 27 adopts a hydraulic cylinder to perform the up and down reciprocating operation, and the semi-finished product 30 is Since it is stacked on the outer peripheral edge of the connecting member 40, it is necessary to reduce the stroke each time. Therefore, the stepping control device 28 is also used, and the stepping control device is a small stepping motor, and the pressing mass 26 is pressed. Strokes are made to retreat each time in conjunction with each other, and the number of semi-finished products to be stacked is stacked and then repositioned. If you do this
The most important functions of the present invention are realized and the steps (e) to (f) are performed. Semi-finished product 30
Are pushed one by one by the pressing mass 26, and in this case, the pressing mass 26 can be formed into a cylindrical object as shown in FIG.
【００１７】また、図９ないし図１３に示すように、プ
レス加工機械２の有する構造を備える上、さらに連接部
材位置決め装置４に合わせるための導入器５が配置さ
れ、連接部材４０の位置決めと挟持の機能を実現し、即
ち、一列の連接部材を導入器５に配列し、導入器５によ
って一回に一本の連接部材を導入し組立の加工を実行す
る。導入器５には滑走塊５１を有し、滑走塊５１には一
列の連接部材を収納する容器５２を有し、滑走塊５１と
あるステッピング押し付けロッド５３と接され、ステッ
ピング押し付けロッド５３としてネジ棒を採用でき、容
器５２の上方の両側の滑走塊５１が連接部材の寄り合わ
せ壁となっており、寄り合わせ壁の一側に挟持位置決め
器５４を有し、挟持位置決め器５４が液圧シリンダ５５
によって作動され、滑走塊５１には固定塊５６とスライ
ダー５７を有し、それらの二つの部材の間に位置決め案
内溝部５８を有し、そこに連接部材４０が収納され、液
圧シリンダ５５によってスライダー５７を連動して近寄
らせ、離れさせて、組立後の製品をプレス加工機械を離
れさせて輸送装置に至らせる。そのうち、導入器５のス
テッピング押し付けロッド５３がステッピングモータ５
９によって連動され、且つ導入器５には調整ストッパ５
０が配置され、調整ストッパ５０の上端部に連接部材４
０の下端部が当接され、導入器５における調整ストッパ
５０の下端部に高さ調整ネジ６を有し（図１０参照、そ
れは一種の高さ調整構造である）、調整ストッパ５０の
調整様子が図１１に示すようであり、半製品３０の積み
重ね数を制御でき、導入器５の移動動作が図１２ないし
図１３に示すようであり、自動化の生産モードを形成で
きる。Further, as shown in FIGS. 9 to 13, in addition to having the structure of the press working machine 2, an introducer 5 for aligning with the connecting member positioning device 4 is arranged to position and clamp the connecting member 40. That is, one row of connecting members is arranged in the introducing device 5, and one connecting member is introduced by the introducing device 5 at a time to perform the assembly process. The introducer 5 has a sliding mass 51, and the sliding mass 51 has a container 52 for accommodating a row of connecting members. The sliding mass 51 is in contact with a stepping pressing rod 53, and a screw rod is used as the stepping pressing rod 53. The sliding masses 51 on both sides above the container 52 serve as a side wall of the connecting member, and a holding positioner 54 is provided on one side of the side wall, and the holding positioner 54 is a hydraulic cylinder 55.
The sliding mass 51 has a fixed mass 56 and a slider 57, and a positioning guide groove 58 between the two members, in which the connecting member 40 is housed, and the hydraulic cylinder 55 slides the slider. 57 is moved together and moved away from each other, and the assembled product is moved away from the press machine to reach the transportation device. Among them, the stepping pressing rod 53 of the introducer 5 is the stepping motor 5
9 and the adjusting stopper 5 is installed in the introducer 5.
0 is arranged, and the connecting member 4 is attached to the upper end of the adjustment stopper 50.
The lower end of 0 is abutted, and the lower end of the adjusting stopper 50 in the introducer 5 has a height adjusting screw 6 (see FIG. 10, which is a kind of height adjusting structure). 11 is as shown in FIG. 11, the number of stacks of the semi-finished products 30 can be controlled, and the moving operation of the introducer 5 is as shown in FIGS. 12 to 13, and an automated production mode can be formed.
【００１８】前記の製作機械の構造をまとめて且つ図１
４に示す製造ステップを参照すると本発明の製造方法に
よるステップは、次の通りである。
（ａ）材料テープ３をプレス加工機械２に送り込む。
（ｂ）プレス加工機械２で連続プレス成形加工を実行
し、その後に一つのプレス加工連続成形周期を隔てさせ
る。
（ｃ）材料テープ３を初歩に切断する。
（ｄ）押し付け塊２６によって材料テープより切り離さ
れるフィンの縁部を切断し、片状のフィンを形成する。
（ｅ）押し付け塊によって片状のフィンをつれて連接部
材に沿って下方に移動させ、押し付け塊によってフィン
を連接部材の圧迫嵌め込ませる。
（ｆ）順次にそれぞれの片状のフィンを連接部材に積み
重ねさせる。The structure of the above manufacturing machine is summarized and shown in FIG.
Referring to the manufacturing steps shown in FIG. 4, the steps according to the manufacturing method of the present invention are as follows. (A) The material tape 3 is fed into the press machine 2. (B) The press machine 2 performs the continuous press forming process, and then one press forming continuous forming cycle is separated. (C) The material tape 3 is cut in the first step. (D) The edge of the fin separated from the material tape by the pressing mass 26 is cut to form a piece-shaped fin. (E) A piece of fin is hung up by the pressing mass and moved downward along the connecting member, and the fin is pressed into the connecting member by the pressing mass. (F) The strip-shaped fins are sequentially stacked on the connecting member.
【００１９】それから、連接部材の交換と連接部材の位
置決めをし、ここで位置決めとは挿入・抜き出しまたは
開閉の方式によって挟持をすることを言い、前記の説明
において手動と自動の交換の二種類の構造と方式を有す
る。連接部材の位置が高さを調整可能であり、積み重ね
られるフィン同士の数を設定でき、押し付け塊がステッ
ピングの方式によって作動され、押し付け塊を一回に小
さい一段を進めさせることによって連動の機能を図る。
そのうち、連続プレス加工成形ということは材料テープ
３を上型２４と下型２３との間で順次に中間孔成形パン
チ加工と周辺外観成形加工と孔拡大引き出し形成加工を
実施することを言う。そのうち、外観成形後に縁部折り
曲げ加工を実施してもよい。縁部の折り曲げ部分が２つ
のフィン同士の間の間隔支持部分とすることができ、そ
れによって複数のフィン同士の積み重ねることの遂行を
順調に実行できる。Then, the connecting member is replaced and the connecting member is positioned. Here, the positioning means sandwiching by means of insertion / withdrawal or opening / closing, and in the above description, there are two kinds of manual and automatic replacement. It has structure and method. The position of the connecting member can adjust the height, the number of fins that can be stacked can be set, the pressing mass is operated by the stepping method, and the interlocking function is achieved by advancing the pressing mass by one small step at a time. Try.
The continuous press forming means that the material tape 3 is sequentially subjected to the intermediate hole forming punching process, the peripheral appearance forming process and the hole expansion drawing forming process between the upper die 24 and the lower die 23. Among them, the edge bending process may be performed after the appearance molding. The bent portion of the edge portion can be a space supporting portion between the two fins, whereby the stacking operation of the plurality of fins can be smoothly performed.
【００２０】[0020]
【発明の効果】前記に説明した通りに、本発明はプレス
加工機械における連続プレス加工成形作業によって片状
のフィン同士を製造し、また、その後端部に連接部材を
位置決め、移動可能な押し付け塊をあわせることによっ
て片状のフィン同士を順次に連接部材に嵌め込ませ、且
つ押し付け塊がプレス加工型の箇所に位置決めされ、押
し付け装置とステッピング制御装置に合せて順次の積み
重ね作業を完成し、片状のフィン同士を一々と縮みこま
れる方式によって積み重ねることを遂行し、同じように
導入器によって連接部材を導入することを実行でき、且
つ積み重ね数を制御する機能も有し、本発明の製造方法
と構造が従来物と異なっており、優れる製造性と効果性
を有する。As described above, according to the present invention, a fin having a shape of a strip is manufactured by a continuous press working forming operation in a press working machine, and a connecting member is positioned and movable at a rear end of the pressing mass. By fitting the fins into the connecting member one after another, and the pressing mass is positioned at the location of the press working die, and the sequential stacking work is completed according to the pressing device and the stepping control device. The fins can be stacked one by one, and the fins can be stacked one by one, and the connecting member can be similarly introduced by an introducer, and the stacking number can be controlled. The structure is different from conventional products, and it has excellent manufacturability and effectiveness.
【図１】従来の製造機械の前面図である。FIG. 1 is a front view of a conventional manufacturing machine.
【図２】放熱手段の製品部分を示す分解斜視図である。FIG. 2 is an exploded perspective view showing a product portion of a heat radiating means.
【図３】本発明を示す斜視図である。FIG. 3 is a perspective view showing the present invention.
【図４】本発明のプレス加工型がまだ接合されていない
場合のプレス加工型の断面の前面図である。FIG. 4 is a front view of a cross section of the press die of the present invention when the press die is not yet joined.
【図５】本発明のプレス加工型の下型を示す平面図であ
る。FIG. 5 is a plan view showing a lower die of a press working die of the present invention.
【図６】本発明のプレス加工型の接合される場合の断面
を示す前面図である。FIG. 6 is a front view showing a cross section of a press working die of the present invention when being joined.
【図６Ａ】本発明の図６におけるＡ部分の拡大図であ
る。FIG. 6A is an enlarged view of a portion A in FIG. 6 of the present invention.
【図７】本発明のプレス加工型の接合時の下型の上方部
分の断面図である。FIG. 7 is a cross-sectional view of the upper portion of the lower die during joining of the press die of the present invention.
【図８】本発明の滑走塊の変位後のプレス加工型の断面
の前面図である。FIG. 8 is a front view of a cross section of the pressing die after displacement of the sliding mass of the present invention.
【図８Ａ】本発明の図８におけるＡ部分を示す拡大図で
ある。8A is an enlarged view showing a portion A in FIG. 8 of the present invention. FIG.
【図９】本発明に導入器を配置する場合を示す斜視図で
ある。FIG. 9 is a perspective view showing a case where an introducer is arranged in the present invention.
【図１０】本発明の導入器の部分の断面の前面図であ
る。FIG. 10 is a front view in section of a portion of the introducer of the present invention.
【図１１】本発明の導入器の部分の断面の側面図であ
る。FIG. 11 is a side view in section of a portion of the introducer of the present invention.
【図１２】本発明の導入器の部分の断面の平面図である
（下型の上方にある部分を示す）。FIG. 12 is a plan view of a cross section of a portion of the introducer of the present invention (showing the portion above the lower mold).
【図１３】本発明の図１２の部分の動作図である。FIG. 13 is an operation diagram of the portion of FIG. 12 of the present invention.
【図１４】本発明の製造プロセスを示すプロセス図であ
る。FIG. 14 is a process diagram showing the manufacturing process of the present invention.
２ プレス加工機械 ３ 材料テープ ４ 連接部材位置決め装置 ５ 導入器 ６ ネジ ７ 切断ツール ８ 滑走経路 ２０ 案内装置 ２１ 巻回作動器 ２２ プレス加工型 ２３ 下型 ２４ 上型 ２５ 外枠フレーム ２６ 押し付け塊 ２７ 押し付け装置 ２８ ステッピング制御装置 ２９ 板体 ３０ 半製品（片状のフィン） ３１ 中間孔部 ３２ 側辺部 ３３ 耳状孔部 ３４ 折り曲げ辺部 ３５ 弧形折り曲げ辺部 ３６ 遠いほう縁部 ３７ 近いほう縁部 ３８ 案内柱 ３９ 位置決め案内塊 ４０ 連接部材 ４１，５１ 滑走塊 ４２ 滑走レール ４３，４４ 孔部 ５０ 調整ストッパ ５２ 容器 ５３ ステッピング押し付けロッド ５４ 挟持位置決め器 ５５ 液圧シリンダ ５６ 固定塊 ５７ スライダー ５８ 位置決め案内溝部 ５９ ステッピングモータ 2 Pressing machine 3 material tape 4 Connecting member positioning device 5 introducer 6 screws 7 cutting tools 8 gliding routes 20 guidance device 21 winding actuator 22 Press type 23 Lower mold 24 Upper mold 25 outer frame 26 Pressed mass 27 Pressing device 28 Stepping control device 29 plate 30 semi-finished products (piece-shaped fins) 31 Intermediate hole 32 side 33 Ear-shaped hole 34 Bend side 35 arc-shaped bent side 36 Far edge 37 Near edge 38 Information pillar 39 Positioning guide block 40 connecting member 41,51 gliding mass 42 sliding rails 43,44 holes 50 Adjustment stopper 52 containers 53 Stepping pressing rod 54 Clamping positioner 55 hydraulic cylinder 56 fixed mass 57 Slider 58 Positioning guide groove 59 Stepping motor
Claims (18)
ステップ（ａ）と、プレス加工機械によって連続的にプ
レス加工して部材を成形するステップ（ｂ）と、 材料テープを初歩にカットするステップ（ｃ）と、 押し付け塊によって、既に切り離される材料テープのフ
ィンの縁部を切断し片状のフィンを形成するステップ
（ｄ）と、 押し付け塊によって片状のフィンをつれて連接部材に沿
って下方へ移動させるステップ（ｅ）と、 順次に片状のフィン同士を連接部材に積み重ねさせるス
テップ（ｆ）とを有することを特徴とするフィンと連接
部材の自動成形方法。1. A step (a) of feeding the material tape to a press working machine, a step (b) of continuously pressing the material tape by a press working machine to form a member, and a step (c) of cutting the material tape in a rudimentary manner. ) And cutting the edges of the fins of the material tape that are already separated by the pressing mass to form a strip-shaped fin (d), and pressing the strip-shaped fin by the pressing mass and moving downward along the connecting member. An automatic molding method for fins and connecting members, which comprises a step (e) of moving and a step (f) of sequentially stacking piece-shaped fins on the connecting member.
の間にプレス連続成形の周期が介在されることを特徴と
する請求項１に記載のフィンと連接部材の自動成形方
法。2. The method for automatically forming fins and connecting members according to claim 1, wherein a cycle of press continuous forming is interposed between the step (b) and the step (c).
塊がステッピングの方式によって連動され、押し付け塊
を一回に小さい一歩を収縮させることを特徴とする請求
項１に記載のフィンと連接部材の自動成形方法。3. The automatic fin and connecting member according to claim 1, wherein in step (e), the pressing mass is interlocked by a stepping method to shrink the pressing mass by one small step at a time. Molding method.
位置決める動作を有することを特徴とする請求項１に記
載のフィンと連接部材の自動成形方法。4. The method for automatically forming a fin and a connecting member according to claim 1, further comprising an operation of positioning the connecting member in the step (e).
れ、ステッピングの方式によって押し付けられ、一回に
一本の連接部材を切断箇所の側に位置決めることを特徴
とする請求項４に記載のフィンと連接部材の自動成形方
法。5. The connection member according to claim 4, wherein the connection members are arranged in a line and are pressed by a stepping method, and one connection member is positioned at a cutting point side at a time. Automatic method for forming fins and connecting members.
抜き出しの方式によって挟持を実行することを特徴とす
る請求項５に記載のフィンと連接部材の自動成形方法。6. The function of the positioning is opening / closing or inserting /
The method for automatically forming a fin and a connecting member according to claim 5, wherein the pinching is performed by an extraction method.
とを特徴とする請求項５に記載のフィンと連接部材の自
動成形方法。7. The method for automatically forming a fin and a connecting member according to claim 5, wherein the height of the connecting member is adjustable.
と下型の間で順次に中間孔形成パンチを実行し、且つ周
辺部外観の成形と孔拡大引き出し成形を実行することを
特徴とする請求項１に記載のフィンと連接部材の自動成
形方法。8. The press forming process is characterized in that a material tape is sequentially subjected to intermediate hole forming punches between an upper die and a lower die, and peripheral appearance appearance forming and hole expansion drawing forming are executed. An automatic method for forming a fin and a connecting member according to claim 1.
工を実行することを特徴とする請求項１に記載のフィン
と連接部材の自動成形方法。9. The automatic molding method for a fin and a connecting member according to claim 1, wherein edge bending press working is performed after the appearance molding.
には切断部と複数のプレス加工部とを有する連続プレス
加工型と、 前記上型の側に配置され、押し付け装置とステッピング
制御装置とを接し、その側辺部と下型周辺部との間にカ
ットインターフェースを形成する押し付け塊と、 前記プレス加工機械に接され、連続プレス加工型の下型
のプレス加工完了後の末端部の外方に位置され、その位
置する箇所に連接部材が位置決められ、それの位置が前
記押し付け塊の真直ぐ下の位置に位置され、押し付け塊
にプレス加工完了の片状フィン同士を連れて順次に前記
連接部材に積み重ねる連接部材位置決め装置とを有する
ことを特徴とするフィンと連接部材の自動成形構造。10. A press machine, a winding device for introducing a material tape into the press machine, and a lower mold and an upper mold located at the press machine, the upper mold having a cutting portion and a plurality of cutting parts. And a continuous press working die having a press working part, which is arranged on the side of the upper die, contacts the pressing device and the stepping control device, and forms a cut interface between the side portion and the lower die peripheral portion. The pressing mass and the pressing machine are in contact with each other, and they are located outside the end of the lower mold of the continuous pressing mold after completion of the pressing, and the connecting member is positioned at the position, and the position thereof is the above-mentioned. A connecting member positioning device that is positioned directly below the pressing mass and that stacks the press-completed piece-like fins on the pressing mass sequentially on the connecting member. Automatic forming structure of the member.
料テープをそれらの間で移動させることを特徴とする請
求項１０に記載のフィンと連接部材の自動成形構造。11. The structure for automatically forming fins and connecting members according to claim 10, wherein the lower die is provided with a guide device to move the material tape between them.
れ、導入器が順次にそれらを連接部材位置決め装置に送
り込むことを特徴とする請求項１０に記載のフィンと連
接部材の自動成形構造。12. The automatic molding structure for fins and connecting members according to claim 10, wherein the connecting members are arranged in an introducing device, and the introducing device sequentially feeds them to the connecting member positioning device.
滑走塊には一列の連接部材を収納する容器が接され、且
つ当該滑走塊とステッピング押し付けロッドとが接さ
れ、容器の上方の両側は連接部材の寄せ付け壁となり、
寄せ付け壁の一側が挟持位置決め器を有し、当該挟持位
置決め器がシリンダによって押される効果を発揮するこ
とを特徴とする請求項１２に記載のフィンと連接部材の
自動成形構造。13. A gliding mass is arranged in the introducer, a container accommodating a row of connecting members is contacted to the gliding mass, and the gliding mass and a stepping pressing rod are contacted to both sides above the container. Is the connecting wall of the connecting member,
The automatic molding structure of the fin and the connecting member according to claim 12, wherein one side of the approaching wall has a holding positioner, and the holding positioner exerts an effect of being pushed by the cylinder.
ッドはステッピングモータによって作動されることを特
徴とする請求項１３に記載のフィンと連接部材の自動成
形構造。14. The structure for automatically forming fins and connecting members according to claim 13, wherein the stepping pressing rod of the introducer is operated by a stepping motor.
当該調整ストッパの上端部に前記連接部材の下端部が当
接されることを特徴とする請求項１２に記載のフィンと
連接部材の自動成形構造。15. The introduction device has an adjustment stopper,
13. The automatic molding structure for fins and connecting members according to claim 12, wherein a lower end portion of the connecting member abuts an upper end portion of the adjustment stopper.
端部に高さ調整機構が接されることを特徴とする請求項
１５に記載のフィンと連接部材の自動成形構造。16. The automatic molding structure for fins and connecting members according to claim 15, wherein a height adjusting mechanism is in contact with a lower end portion of the adjusting stopper in the introducer.
いステッピングモータを採用し、それによって押し付け
塊の伸縮ストロークを制御することを特徴とする請求項
１０に記載のフィンと連接部材の自動成形構造。17. The automatic molding structure for fins and connecting members according to claim 10, wherein a small stepping motor is adopted as the stepping control device, and the expansion and contraction stroke of the pressing mass is controlled by the stepping motor.
を採用することを特徴とする請求項１０に記載のフィン
と連接部材の自動成形構造。18. The automatic molding structure for fins and connecting members according to claim 10, wherein a hydraulic cylinder is used as the pressing device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2002012381A JP2003211246A (en) | 2002-01-22 | 2002-01-22 | Automatic forming method for fin and connecting member and structure therefor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2002012381A JP2003211246A (en) | 2002-01-22 | 2002-01-22 | Automatic forming method for fin and connecting member and structure therefor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JP2003211246A true JP2003211246A (en) | 2003-07-29 |
Family
ID=27649604
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2002012381A Pending JP2003211246A (en) | 2002-01-22 | 2002-01-22 | Automatic forming method for fin and connecting member and structure therefor |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP2003211246A (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100932855B1 (en) | 2009-05-15 | 2009-12-21 | 권병일 | Coupling press apparatus |
| CN101912924A (en) * | 2010-08-03 | 2010-12-15 | 浙江广山汽车零部件有限公司 | Hydraulic oil radiator mainboard stamping die and using method thereof |
| CN101621916B (en) * | 2009-07-28 | 2013-05-29 | 东莞汉旭五金塑胶科技有限公司 | Equipment and method for automatically assembling heat radiation module |
| CN106363362A (en) * | 2016-11-08 | 2017-02-01 | 昆山广禾电子科技有限公司 | Mobile phone battery middle plate forming part and mobile phone battery middle plate manufacturing method |
| CN109513824A (en) * | 2018-12-29 | 2019-03-26 | 佛山市勤健五金制品有限公司 | Elastic slice stamping die |
| CN114260385A (en) * | 2021-11-18 | 2022-04-01 | 青岛青西医疗科技有限公司 | Titanium presss from both sides bending and cuts forming mechanism |
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2002
- 2002-01-22 JP JP2002012381A patent/JP2003211246A/en active Pending
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100932855B1 (en) | 2009-05-15 | 2009-12-21 | 권병일 | Coupling press apparatus |
| WO2010131828A1 (en) * | 2009-05-15 | 2010-11-18 | Kwon Byeng-Il | Coupling press apparatus |
| CN101621916B (en) * | 2009-07-28 | 2013-05-29 | 东莞汉旭五金塑胶科技有限公司 | Equipment and method for automatically assembling heat radiation module |
| CN101912924A (en) * | 2010-08-03 | 2010-12-15 | 浙江广山汽车零部件有限公司 | Hydraulic oil radiator mainboard stamping die and using method thereof |
| CN106363362A (en) * | 2016-11-08 | 2017-02-01 | 昆山广禾电子科技有限公司 | Mobile phone battery middle plate forming part and mobile phone battery middle plate manufacturing method |
| CN109513824A (en) * | 2018-12-29 | 2019-03-26 | 佛山市勤健五金制品有限公司 | Elastic slice stamping die |
| CN114260385A (en) * | 2021-11-18 | 2022-04-01 | 青岛青西医疗科技有限公司 | Titanium presss from both sides bending and cuts forming mechanism |
| CN114260385B (en) * | 2021-11-18 | 2024-04-02 | 格利纳(青岛)医疗器械有限公司 | Titanium presss from both sides and cuts forming mechanism of bending |
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