JPS58196937A - Method for manufacturing panel for engaging article holder - Google Patents

Method for manufacturing panel for engaging article holder

Info

Publication number
JPS58196937A
JPS58196937A JP57077779A JP7777982A JPS58196937A JP S58196937 A JPS58196937 A JP S58196937A JP 57077779 A JP57077779 A JP 57077779A JP 7777982 A JP7777982 A JP 7777982A JP S58196937 A JPS58196937 A JP S58196937A
Authority
JP
Japan
Prior art keywords
shaped
shape
press
article holder
panel
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
JP57077779A
Other languages
Japanese (ja)
Inventor
Takehisa Fujita
藤田 剛久
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.)
Daifuku Co Ltd
Daifuku Machinery Works Ltd
Original Assignee
Daifuku Co Ltd
Daifuku Machinery Works Ltd
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 Daifuku Co Ltd, Daifuku Machinery Works Ltd filed Critical Daifuku Co Ltd
Priority to JP57077779A priority Critical patent/JPS58196937A/en
Priority to GB08300446A priority patent/GB2120142B/en
Publication of JPS58196937A publication Critical patent/JPS58196937A/en
Pending legal-status Critical Current

Links

Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B21MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
    • B21DWORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
    • B21D13/00Corrugating sheet metal, rods or profiles; Bending sheet metal, rods or profiles into wave form

Abstract

PURPOSE:To improve the accuracy of forming and to reduce the cost by forming a material palte to be U-shaped and forming the bottom thereof into the flat surface parallel to a raw material plate to be T-shaped or L-shaped. CONSTITUTION:A raw material plate 4 is formed into a U-shaped form by press forming metal molds 6, 7. The U-shaped form 5 is press formed into a form 3 T-shaped or L-shaped in section as an oblong engaging portion 1, in such a manner that with the base portions 9, 9 of the U-shaped form 5 left as they are, portions 12 outside a portion 11 corresponding to an opening portion 10 are substantially closely overlapped.

Description

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

木発#JAげ、次項tIJの形−rもつ物品保持具体止
用パネルt、ff4平金属板t−素板としてプレス成形
加工により製造するガムに関する。 ill  感1図や@2図に示−tように、パネル面横
幅方IAI全長にね九って連続するI#面T字伏(処1
図)又#−1tL字状(第2図)の横長係止部(1)が
高分布密賓伏聯で互いに平行な姿勢でパネル本体、21
に一連一体に連&されている形態の物品保持具係止用パ
ネル3)っ このよりなlビーのパネル製法にa、大別して、■ 合
成+jt#材料の押出
This article relates to a gum manufactured by press molding as a blank plate for holding an article, ff4 flat metal plate t, having the shape of the following item tIJ. As shown in Fig. 1 and Fig. 2, there is a T-shape on the I# surface that continues along the entire length of the IAI in the width direction of the panel surface.
(Fig.) Also, the #-1tL-shaped (Fig. 2) horizontally elongated locking portions (1) are arranged parallel to each other in a highly distributed densely connected manner to the panel body, 21
A panel for securing an article holder in the form of a series of integral parts.

【、成形または射出成形、ta 
 *m材料(EとしCrルミニワム)の引き抜き成形、 1、り  4平金1i4&klRMiと−「クロール7
オーミノグ、 ■ 扁平金属板倉素板とするプレスFiL形・が考えら
れるコ ■、(す、■μ、製Jl[備が著しく大掛かりであるの
が1IAiLである。 これら°と比較して■は、設備
が簡単であり、成形精度も高く、この種パネルの製法と
しては好適で6る〇 本発明は、このような考えに立脚し、■のプレス成形済
を実用化に向けて鋭意研究し、扁精膚、高品質の物品保
持具係止用パネルの製造方法全提案する点tその目的と
する〕 上記目的1に達収丁へ〈未発明が講じ九手段(#旨Il
成)に、欠配イノ・(口JのL程倉英行すりことである
。 それに原理図、@8図I)ないしtglを参照しつ
つ記述する。 (イ)横長係止jf8111の断面における[ tgl
 rζ示す点イから口、ハを経て点二に至る]全長と同
じ長さの、断1[iKおける(tcIに示f点ホからへ
r経て点トに至る」全長ケもつ断面はぼり字状の形ti
l を素板(4)にプレス成形する石l[程。 なお、16しく71 rt改形4型である〇(ロ) U
字状の形+611cおける、扇平素板部(8)−\の両
側の連なり基部(9しく9)を残して、このU字状の杉
tel k、このl杉の開口部tムlに対応するところ
tlll以外の部1f11′4が表裏にほぼ密番重合す
る状總で、横長係上部t+1としCの断面T字状又げL
字状の形113 L L字状の場&は第4図−凛〕とな
るようにプレス成形する第コ王MA。 なシ゛、+141ないし0mに成杉蛍型、−にカムでろ
6つ この会旨構吠の作用に次のと絞りであるコ+AJ  −
発でプレス成形するのでにない。 !/L程と処コ、L
程とに分けである。 −発プレスVc「るとなれ、Vf
、素板に甚ゲしく大きな変形X&激に受け、歪み−P割
九などr生じるのは必尼であo5 ところが躬/L程の
つぎに第コ】−程とVlう1ill序だでノt/レスで
あめと、/…」に受ける変形が小さくかつ穏やかである
〕しかも弔/L根でc4える形にU字状て゛あって、こ
れに、最終形丁lわら第コL程で与えるへさT′子状又
はL字状のjとの基礎的な1ビ、りまり1手状やL字状
へ変換($行)−fるうえで、七の変換が容易かつ良好
に行われや−rい予備的な形である。 それゆえに主体として歪みや割れなどを防止しつつ所定
の、T字状なりL字状の形へとプレス成形できる。 このように本発明方法によって初めて、頭記II]項記
載の形崗の物品保持真裸土用バネlしのプレス成形の実
施化がgI″能とな′)九のである。 かくして本発明の効果は、 イ)板金プレスに基つく大量生産、コストダワンを推進
してゆくうえで大いに貢献し、(ロ) しかも、横長係
止部において歪み、割れなどのない高稽賓、高品質の製
品kgM造することができる。 とt八つことである。 次に、未発明の実施例倉説引する。 〔第1爽施例〕 処5図1#照。 第tf−橿(イJの場所と=jI!1コL程(司の場所
とが木板(4)の送り万1司IYI Ic沿って空間的
[隔てられている。 その距4に横長係止部tllのl
ピノFに相当する。 /りlりの横長係上部11日c:)いCみれば第1■程
(イ」と第コL程−jとを時間差iもって実行する。 
それt−詳記丁れば次のとおりである。 ■ 素板14)倉lピッチ分送り、停止する。 ■ 金型6)・+71 KよりU字状の形1i)?つく
る。 ■ 金型・di・171 k Ili!L素板141i
/ピッチ号送り、停止F−「るり ■ 金型I・J5・偵でT字状の杉t+17つくる。 (5,l  金型141IIl〜II倉鴫↑3相隣る2
つの横長係止部11・tll VCついて与れ、I、開
方の横長係止部用に対する第コL程to+ k、後方の
横長係上部ill K対する粥/L根(イ)と同時IR
J K膚fT↑る。 つまり(わと■とが同時的に行わ
れる。 〔処2★厖例」 第6回診)は。 処/ J:4!i!+イノの場所と第コJl程+LJI
の場所との間VC、スプIJ ング/(ラドczu V
cよる保形L81(イ′)の4所を設けCある。 丁な
ゎち一旦U字状にプレスされ友杉+ilが後続する次の
U字状のプレス時に、底が浅くなるなどのR形tt!1
1止−rるためである。 (W18夷厖例] ′@7図(ml I(bl参照。 lFr/r、8![イ)の場所と第コニ程(ロ)の場所
とが14しところに定められている。 プレス成形9m
としては、金型の運動制御が複雑になるが、設置スペー
スが少なくてすむ、 又、素板(4)の送り工程が、第
1.8gの実施例に比へ−〔半減する。 〔W14爽施例)  1j88図参照。 第/L楊(イjも第コL程(ロフもともに、複数の横長
係上部+ll IC対して同時的に行うものである。 なお、どの実施例にも当てaまるごとだが、U字状プノ
スのときに、素板に伸び(薄肉化9が生じないようにす
るL夫は極めて甘坊であるOそれを第9図で説明する。 U字状の形16)の底点(へ)は扁平なと8VC#i点
(力のところvcあり、関口部の一端点pt−arsy
4平なときにa点(i刀のところにあつ几−し九がって
蛍型16)・(7)はL下から接近するにつれて、横方
向へ距#ALだけ偏位する必要があり、素板+41t’
!横万回・\距離M疋は送られる必要がある。 第コL程(ロノを遂行する成形装置として有効なものの
lりに第10図、第11図に示すものかめる。 すなわ
ちこれはカム曲げ型である。 ポンチ固に、グイA1 カム−とともに一体にL昇↑る
。 ポンチ1局は素板(4)k挾んで上型−に当接し、
それ以上の上昇か阻止される。 これに対しグイ□□□
およびカム−に上昇しつづvjる1このとさカム−の作
用でボッチ固は横方向へφ紡される。 同時的にグイ−
とスプリングバンドAとでプレスが完遂される。
[, molding or injection molding, ta
*pultrusion molding of m material (E and Cr Luminium),
Ominog, ■ A press FiL type that uses a flat metal sheet stock plate is considered ■, (S, ■μ, Jl manufactured by 1IAiL. The preparation is extremely large. Compared to these °, ■ is, The equipment is simple, the molding precision is high, and it is suitable as a manufacturing method for this type of panel.6 The present invention is based on this idea, and intensive research has been carried out to put the press-formed method in (■) into practical use. We propose a method for manufacturing a flat, high-quality article holder locking panel.To achieve the above objective 1, we have taken nine means to achieve the above objective.
This is written by Hideyuki Hodokura of L of mouth J. Also, I will describe it with reference to the principle diagram, @8 Figure I) and tgl. (a) [ tgl in the cross section of the horizontally long locking jf8111
From point A shown in rζ to point 2 through mouth and C] A cross section with the same length as the total length, at iK (from point E shown in tcI to point G through r) shape ti
Stone l to be press-molded into a blank plate (4). In addition, it is the 16th 71st modified 4th type 〇 (b) U
Leaving the connected bases (9 in 9) on both sides of the fan flat plain plate part (8)-\ in the letter-shaped shape +611c, correspond to the opening tml of this U-shaped cedar tel k and this l cedar. Then, the parts 1f11'4 other than tllll are almost densely overlapped on the front and back, and the horizontally long upper part t+1 is T-shaped cross section L.
Letter-shaped shape 113 LL The first MA is press-molded to form an L-shaped area shown in Fig. 4-Rin. Nashi, +141 to 0m is Narusugi Hotaru type, - is the cam, and the action of this purpose is the following and aperture: + AJ -
This is not possible because it is press-formed from scratch. ! /L degree and place, L
It is divided into stages. -Hatsu Press Vc “Tonnare, Vf
However, it is inevitable that the raw board will undergo extremely large deformations and severe distortions, such as P%9. The deformation caused by t/res de ameto,/...'' is small and gentle.Moreover, it has a U-shape in the shape of C4 at the L root, and in addition to this, the final form C4 is U-shaped. The basic 1-bi, rimari 1-hand and L-shaped conversions ($ line) with j in the shape of a tuft or L-shape ($ line)-f make the conversion of 7 easy and good. This is a preliminary form that is unlikely to be implemented. Therefore, it can be press-formed into a predetermined T-shape or L-shape while primarily preventing distortion and cracking. As described above, the method of the present invention makes it possible for the first time to carry out press forming of a spring for holding an article with the shape described in item II above. (a) It has greatly contributed to the promotion of mass production and cost reduction based on sheet metal presses, and (b) Moreover, it has produced high quality products with no distortion or cracks in the horizontally long locking parts. It is possible to do this. Next, I will explain the uninvented embodiment. [First example] See Figure 1 in Section 5. =jI!1L (the location of the Tsukasa is spatially [separated along the wooden board (4) IYI Ic. The l of the horizontally long locking part tll is at that distance 4.
It corresponds to Pino F. 11th day of the upper part of the oblong part of /Ririri c:) If you look at C, execute the 1st step (A) and the Lth step-j with a time difference of i.
The detailed description is as follows. ■ Raw plate 14) Feed by one pitch in the rack and stop. ■ Mold 6)・+71 U-shaped shape 1i) from K? to make. ■ Mold・di・171k Ili! L base plate 141i
/ Pitch number feed, stop F - "Ruri■ Make a T-shaped cedar t+17 with molds I, J5, and rectifier. (5, l mold 141IIl~II Kurasu ↑ 3 phase adjacent 2
Given the two horizontally long locking parts 11・tll VC, I, the Lth length to + k for the horizontally long locking part in the open direction, and the porridge/L root (A) and simultaneous IR for the rear horizontally long locking part ill K.
JK skin fT↑ru. In other words, (Water and ■) are performed at the same time. Place/J:4! i! + Ino's place and the first Jl + LJI
VC, SpIJ ng/(RAD CZU V
There are four locations of shape retention L81 (a') according to c. Once pressed into a U-shape, Tomosugi+IL is followed by an R-shape, with the bottom becoming shallower when the next U-shape is pressed! 1
This is for one stop. (W18 example) Figure 7 (ml I (see bl. lFr/r, 8!) The location of [A] and the location of the second step (B) are set at 14. Press forming 9m
In this case, the movement control of the mold becomes complicated, but the installation space is reduced, and the feeding process of the blank plate (4) is reduced by half compared to the example of No. 1.8g. [W14 example] See figure 1j88. No./L Yang (both I and L) are performed simultaneously on multiple horizontally oblong upper parts +ll ICs.Although this applies to all embodiments, U-shaped punos When , it is extremely easy to prevent elongation (thinning 9) from occurring on the blank plate. This is explained in Figure 9. The bottom point of the U-shaped shape 16 is Flat and 8VC#i point (VC is present at the force, one end point of the Sekiguchi part pt-arsy
4. When the point is flat, point a (at the i sword, and the firefly shape 16) (7) needs to deviate laterally by the distance #AL as it approaches from below L. , raw board +41t'
! Yokoman times・\distance Mhiki needs to be sent. 10 and 11 are some of the effective forming devices for performing this process. In other words, this is a cam bending die. L rises ↑. One punch is in contact with the upper mold - with the blank plate (4) k in between,
Any further rise will be blocked. In response to this
The bocchi stick is spun in the lateral direction by the action of the cam and the cam. Gui at the same time
Pressing is completed with spring band A and spring band A.

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

粥l凶、第2図はパネルの断面図でめる。 躬8図talないし1は製造方法の原理図、第4図ta
lなt)l−tcIもg!遣方法の原理図、石5図、粥
6図、第7図(a)・tbl:&−よび躬8図に夫々、
第11゜弔2.姻8および粥4の各貞施例をホf概念図
である。  fJQ図は伸び防1ヒL夫の説明図、第1
0図・よびf;11図に成形装置紫示す断1図′Cある
っ 山・・・・・横長係止部、12)・・・・パネル本体、
(3)・・・・物品保持具係止中パネル、(4)・・・
・素板、(6)・・U字状の形、(8)・・・・扁平素
板部、till基部、叫・・・・・開口部、IIL・・
・・・T字状又はU字状の形。 1
Figure 2 is a cross-sectional view of the panel. Figure 8 tal to 1 is the principle diagram of the manufacturing method, Figure 4 ta
l na t) l-tcI also g! The principle diagram of the method, stone diagram 5, porridge diagram 6, diagram 7 (a), tbl:&- and 躬 8, respectively.
11th Condolence 2. It is a conceptual diagram of each example of marriage 8 and porridge 4. The fJQ diagram is an explanatory diagram of the anti-growth 1hiL husband, the first
Figures 0 and f; Figure 11 shows a cross-section of the molding device shown in purple;
(3)...Panel during article holder locking, (4)...
・Bare board, (6)...U-shaped shape, (8)...Flat base plate, till base, opening, IIL...
...T-shaped or U-shaped. 1

Claims (1)

【特許請求の範囲】 ■ パネル面横幅方同金長にわ九りて連続する111i
面T字状又はL字状の横長係止部(幻が高分布密度状愈
で互いに平行な姿勢でパネル本体帽)に一連一体に連&
されている形態の物品保持具係止用パネルts+ t、
扁平金属板を素板・4)としてプレス成形加工にて次の
工81により製造する方法。 (イtill堤赤土部illの新−における全長と14
じ長さの、断l1OL/cおける全長1%つ断面はぼ0
字状の形+sl k素板(4)にプレス成形する第1工
橿。 (artrJ記U字状の形filにおける、扁平素板酷
(8)への両偶の連なり基部+91−+111 k伐し
て、このU字状の杉fall ?t、この杉(6)の開
口部1に対応するところ以外のt!IIA号が表裏には
ぼ密着重合する吹聴で前記横長係止部111としてのf
t面T字状又αL字状の形1となるようにブレス吠形す
る感コL根。
[Scope of Claims] ■ 111i that is continuous in the same length in the width direction of the panel surface.
A series of T-shaped or L-shaped oblong locking parts (the illusion is a high-distribution-density shape, and the panels are parallel to each other) are connected in a series
An article holder locking panel ts+t in the form shown in FIG.
A method in which a flat metal plate is used as a blank plate (4) and manufactured by press forming according to the following step 81. (Total length and 14
The cross section of 1% of the total length at 11OL/c is approximately 0.
Letter-shaped + sl k The first step is press-formed onto the blank plate (4). (In the U-shaped fil of artr J, the base of both joints to the flat plain board (8) is cut +91-+111k, and this U-shaped cedar falls?t, the opening of this cedar (6) f as the horizontally elongated locking part 111 in a blowing in which t!IIA other than the part corresponding to part 1 is closely polymerized on the front and back sides
An L root with a breath-like shape so that it has a T-shaped or αL-shaped shape 1 on the t side.
JP57077779A 1982-05-10 1982-05-10 Method for manufacturing panel for engaging article holder Pending JPS58196937A (en)

Priority Applications (2)

Application Number Priority Date Filing Date Title
JP57077779A JPS58196937A (en) 1982-05-10 1982-05-10 Method for manufacturing panel for engaging article holder
GB08300446A GB2120142B (en) 1982-05-10 1983-01-07 Forming metal plates

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP57077779A JPS58196937A (en) 1982-05-10 1982-05-10 Method for manufacturing panel for engaging article holder

Publications (1)

Publication Number Publication Date
JPS58196937A true JPS58196937A (en) 1983-11-16

Family

ID=13643447

Family Applications (1)

Application Number Title Priority Date Filing Date
JP57077779A Pending JPS58196937A (en) 1982-05-10 1982-05-10 Method for manufacturing panel for engaging article holder

Country Status (1)

Country Link
JP (1) JPS58196937A (en)

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5295572A (en) * 1976-02-09 1977-08-11 Honda Engineering Method of making vvpulley
JPS5443867A (en) * 1977-09-14 1979-04-06 Schmelzer Corp Method of forming housing

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5295572A (en) * 1976-02-09 1977-08-11 Honda Engineering Method of making vvpulley
JPS5443867A (en) * 1977-09-14 1979-04-06 Schmelzer Corp Method of forming housing

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