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JPS5954441A - Composite metal forging method - Google Patents

Composite metal forging method

Info

Publication number
JPS5954441A
JPS5954441A JP16487182A JP16487182A JPS5954441A JP S5954441 A JPS5954441 A JP S5954441A JP 16487182 A JP16487182 A JP 16487182A JP 16487182 A JP16487182 A JP 16487182A JP S5954441 A JPS5954441 A JP S5954441A
Authority
JP
Japan
Prior art keywords
metal
product
base material
joining
forging
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
JP16487182A
Other languages
Japanese (ja)
Inventor
Yukio Shibata
柴田 恕雄
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.)
Toshiba Corp
Original Assignee
Toshiba Corp
Tokyo Shibaura Electric Co 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 Toshiba Corp, Tokyo Shibaura Electric Co Ltd filed Critical Toshiba Corp
Priority to JP16487182A priority Critical patent/JPS5954441A/en
Publication of JPS5954441A publication Critical patent/JPS5954441A/en
Pending legal-status Critical Current

Links

Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B21MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
    • B21CMANUFACTURE OF METAL SHEETS, WIRE, RODS, TUBES, PROFILES OR LIKE SEMI-MANUFACTURED PRODUCTS OTHERWISE THAN BY ROLLING; AUXILIARY OPERATIONS USED IN CONNECTION WITH METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL
    • B21C23/00Extruding metal; Impact extrusion
    • B21C23/22Making metal-coated products; Making products from two or more metals

Landscapes

  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Forging (AREA)

Abstract

PURPOSE:To form a composite metal of a high-voltage electric conductor, etc., by which prefinishing of its joining face is not required, and its wear resistance is raised, by joining plural metals without using a submaterial, and cold-forging them in a forming die. CONSTITUTION:A different kind metallic base material is obtained by fixing a covering metal 2 such as copper, etc. to a base material 1 such as aluminum, etc., and joining them by friction pressure welding, laser welding, electronic beam welding, cold pressure welding, etc. This base material is stored in a forming die 4 by setting the covering metal 2 to the upper side, a punch 5 is pressed, and the base material metal 1 and the covering metal 2 are plastically deformed and are rolled like a layer. As a result, the upper end part of the base material is extruded to the rear from the circumference of the punch 5, and forms a circumferential wall part of a recessed product. The formed product becomes a state that the inside of the base material metal 1 is covered with the covering matal 2, and can be used as parts for which slide-friction resistance, corrosion resistance, etc. are required, in the inside of the product. By applying this method, a product, etc. whose outside is covered with the covering metal 2 can be manufactured.

Description

【発明の詳細な説明】 [発明の技1・[,1分野1 本発明は、7ij 4・I・金属を接合し、L−れを鍛
)11!成形するJと(、工1、す、 r>j線\゛)
開閉器(こ用いられるにL電圧通’iri >9一体の
様な成形され/、:製品をJ<j ’4全−jJるのに
適した、複合金屈鍛)前成形り法(6二閏(I61つの
(゛ある。
[Detailed Description of the Invention] [Technique of the Invention 1. [, 1 Field 1 The present invention is directed to 7ij 4. I. Joining metals and forging L-res) 11! Forming J and (, step 1, S, r>j line \゛)
Switches (This is used for L voltage connection 'iri > 9 integrally molded/: Composite metal bending forging suitable for product J < j '4 all-jJ) Pre-forming method (6 Two leaps (I6) There are one (゛.

[弁明の挾トド1的背(71及び゛ざの問題1j、ζ1
金属製品の耐腐食1/lまたは通電1J1を[−I的ど
1)C11>1 +l+金属表面を−1,1イ・E@属
の溶q・I、ノイニンク:1、!、。
[The back of the defense 1 (71 and ゛ problem 1j, ζ1
Corrosion resistance of metal products 1/l or energization 1J1 [-I target etc. 1) C11>1 +l+metal surface -1,1 I・E@ genus melt q・I, Neuninck: 1,! ,.

はメツ−N−でノにJ、り被1エノすることか知I)れ
(いる1、しかし、これらの敞買方法は、(の1稈故、
晶′C;1、」ス1〜面に、13いτ問題が多いもの(
あった3、即ら、(0いり゛れの被覆Il法におい(0
、彼Tfノ前(1−I々J +A金属表面を1[十げ(
(13かなGJればイ1う4「い。の)まl、:、被m
 (U ニ11i イT ′b、製品に一定以1のイl
 −1kl”むi T−Ctを必リンどjlる揚台には
、史(1、イ10ff’ Jlll lを行()’la
ぼ<’L l)’=’:Lい。(3])被背後の製品(
、ニー1・1腎7 、l)性を必要とiJ り’:、 
l9合(ごは、他L %の為の別の処理−F稈を必要ど
Jる、。
It is known that (1) is (1), but these methods of purchase are (1), so (1)
Crystal 'C; 1, 'S 1~ planes have many 13 τ problems (
There was 3, that is, (0) in the coating Il method (0
, in front of his Tf (1-I J + A metal surface 1[tenge(
(13 kana GJ, i 1 u 4 ``i. no) M l, :, received m
(U Ni11i IT ′b, if the product has more than a certain amount of color)
-1kl"m i T-Ct must be loaded on the platform, history (1, i 10ff' Jllll l line ()'la
BO<'L l)'=': L. (3)) Product behind (
, Knee 1・1 Kidney 7 , l) Requires sex iJ ri':,
19 cups (rice requires another treatment for other L % - F culm).

これI−′)の■=、、、、 C:;j)の8十(11
1の増III口よ面接−1スl−1Tii” ’b F
鎧’l”:y: 5 エ、他7’J ’、1 稈(J)
 j!i II (l) t、L 品?’、(@(l(
Tりるしの−(あっ1.X、。
This is 80 (11
1 increase III mouth interview-1 sl-1Tii” 'b F
Armor 'l':y: 5 E, other 7'J', 1 culm (J)
j! i II (l) t, L product? ', (@(l(
T Rirushino-(Ah 1.X,.

史に、川(A金属に責種金届庖被Vl’J Jイン」(
)含に限らず、耐摩1t1=l’l或いは耐11ii良
1’lを必要と1する部分にのみ責種金属を部分的に1
)−含りく〉必13のと)るlX9品につい−4も、金
< Ir1l様の問題がぁ−)た。1tllら、011
口4金属の一部に異(小金属を配りる際に、両金属の接
合面を前7つつ゛ζイ1十げ41)ればならない。
In history, the river (A metal has received a seed money report)
) Partially apply the responsible metal only to the parts that require wear resistance 1t1=l'l or 11ii good 1'l.
)-4 also had the problem of gold<Ir1l--) for 13) and 1X9 products. 1tll et al., 011
Mouth 4: Part of the metal must be different (when distributing small metals, the joint surface of both metals must be touched 7 ゛ζ 1 0 41).

■18百にはろうイ・]、溶接等がとλられるが、こ1
1らの接合1般にJ3いく什」−げ加1か必・バC゛(
Iうった。
■In 1800, waxing, welding, etc. are required, but this 1
J3 is generally used for joining 1 and 1.
I sang.

(、jl jl41!7(1(:i +lの要求にiJ
 L ’Cはす」に別の341.jが・g・ν((艮う
−)lこ、。
(, jl jl41!7(1(:i +l request
Another 341. jga・g・ν((艮う-)lko,.

1升明の[1的1 木5貫明は、前記従来技術の欠点に鑑み(なされjども
ので、異種金属の接合11冒こおいc m白面の前件1
−げ(ゝ)、(シ゛:合1Qの製品の1す(−II −
1: [,1がイ・jJンr tsうり、しかし耐1ソ
・li! li +、−優れi、l?!、7含金属製品
を容し冒・−製)も3するJ、−の(さる方ン人を17
29−16.二と4目的・!(Jる1゜ [弁明の(以゛!5“1 木琵明(hrり合金属鍛造成形1]法(,1、ン1.!
 l!!の金属を摩擦圧11;、し11’−溶接、電子
ビーノ、溶接まl、二は冷1iiI If接(4,J、
−〕(接合し!、=1狡、成形型内に(1ヌい(冷間鍛
造成形FJることにJ、り製品を製造1Jるもの(あ−
)τ、ごq)為1妄合1TIiに前イL l−’r>’
が不変−((へ・)0、また、冷間鍛造成形(、二持右
の&l1面の仔<’j: (’、1−.’ 、1がりが
1!1られ、各金属の塑性硬化に、1、すiFI I″
fI(4!]Iか向−1した製品4製Jlli ’lさ
るものである。1L光明の実/IIl+例1 以下、1\Yr明の実施例を図面にj;j−>−’l説
明りる1゜第1図は、yI: +Φ舎屈どI’i! f
f?イjf接−C接合づるIjハ理を示り、、 、1.
 !I’ンイ11「の金属の−うI)’j’ルミニウノ
\等から成る1≧1 +、、l令屈1を固定し、(11
Aの銅等から成る被覆金m、i 24図車重、、、 4
Iい回転機の先端に/−トツタ(固定りる。、 :E 
L (、肢πI金属2を^111回転さ14 イーiが
らIti +4金属′1に接触させ、接触面を仝面内に
摩)空前にJ、0.1′b汎1にし一部融解さけたtG
 、回転を止め(加j1にjることにJ、り両令1ii
Sを1g2合しC1複合!il、j種金属索材J3をe
lる。4−「お、両金属′1,2の固定(、表、被覆金
属2を固定し、I(144金属1を回転(幾にヂ〜・ツ
タ(゛固定してしJ、い1゜この様にしcン++備し/
、:複合穴(手金屈索4A3(。L、18合時に発生り
るバリを削除した1殺、以下の様に椴)′]5成形(こ
供される。第2図(a)及び71)2図(1)〉は、1
り方押出し方式にJ、り凹状製品イl成形りる鍛^11
・成形を示1ノらの(−゛ある。?12合異白金1.4
1奈擾A 3 Ll、1111払1川品の設it外面−
く」法に含μだ成形j(す4内に、被1′ri、金属2
を1−側にして収納される。そして、凹状]↓I!1品
の説、□l内面・1法に含t!l、ボンf、 5か、J
lll 熱し% イ:J1,1、強イカ<” ro O
”Rfa金金属)≦祠3を卯月−りる4、8jり)と、
l+J ′+A金屈金属及び被V?l金属2(ま!M変
形を起しく填1人(こ月: 311され、での1−卯j
:部はボン1りの周囲から1(jlに叩出され、凹状製
品の周囲壁部を形成りる1、この様にしく成形された凹
状製品は、1図月金屈1の内側を被覆金属2が苗−)た
状態と/Iす、特旨の内側におい(耐1ijli動I!
1l(11性、耐君食1′1等ろ曹71也される部品と
しく使用される。
In view of the shortcomings of the prior art described above, 1 Shoumei's [1 article 1 tree 5 article was made in connection with the joining of dissimilar metals 11 blasphemy cm white antecedent 1
-ge (ゝ), (sha: total 1Q product 1 (-II -
1: [,1 is Lee jJnr tsuri, but it is 1 soli! li +, - excellent i, l? ! , 7 metal-containing products and 3 J, - (monitors) 17
29-16. 2nd and 4th purpose! (Jru1゜[Explanation of (I゛!5"1 Wooden Metal Forging Forming 1) Method (,1, N1.!
l! ! Friction pressure 11;, 11'-welding, electronic vino, welding, 2 cold 1iiiI If welding (4, J,
-] (joined!, = 1, there is (1) in the mold (cold forging FJ, product manufacturing 1J).
) τ, please) 1 delusion 1 TIi before I L l-'r>'
is unchanged - ((to・)0, and the cold forging forming (, 2nd right side &l1 side <'j: (',1-.', 1 is 1!1, and the plasticity of each metal is For curing, 1, SuiFI I''
fI (4!] I direction - 1 product 4 made Jlli 'l. 1L Luminous Fruit / IIl + Example 1 Below, examples of 1\Yr light are shown in the drawings j;j->-'l Explanation 1゜Figure 1 is yI: +Φshakudo I'i! f
f? Show the Ij principle of the Ijf-C junction, , ,1.
! Fixing 1 ≧ 1 +, , 1 of the metal of I) 'j' Rumi Uno\, etc.,
Covering gold made of copper etc. of A m, i Figure 24 Vehicle weight... 4
/-Totsuta (fixed) at the tip of the rotating machine. :E
L (Rotate the limb πI metal 2 by ^111 and bring it into contact with the metal '1 from Ii to Iti +4, and rub the contact surface in the same plane). TatG
, stop rotating (J to add j1 to j, both orders 1ii
Combine 1g2 of S to make C1 compound! il, j type metal rope material J3
Ill. 4-"Oh, fix both metals 1 and 2 (Fix the front, cover metal 2, I (144 Rotate metal 1) As usual cn++ prepared/
, :Compound hole (Tekane bending cable 4A3 (.L, 1 hole with the burr that occurs at 18 times removed, as shown below)') 5 molding (This is provided. Figure 2 (a) and 71) Figure 2 (1)> is 1
The extrusion method is J, and the concave product is formed.
・Indicates molding of 1.
1 Nakan A 3 Ll, 1111 payment 1 Kawashina installation exterior -
In the method, molding containing μ (inside 4, 1'ri, metal 2
It is stored with the side facing 1-. And concave] ↓I! The theory of 1 item, □l is included in 1 law! l, Bon f, 5, J
lll Heat % A: J1,1, Strong Squid<” ro O
``Rfa gold metal) ≦ Shrine 3 to Uzuki - Rir4, 8jri),
l+J ′+A metal and V? l metal 2 (Ma!
: The part is punched out from the periphery of the bong to form the peripheral wall of the concave product. When the metal 2 is in a seedling state, / I have a special smell inside (resistant 1ijli movement I!
1L (11 properties, corrosion resistance 1'1, etc.) Also used as parts to be filtered.

前i[1製品(,1、内側を′被va金属2が苗ンた(
1+6成を右4るが、・これ、’: t、L逆に外側を
iIしj’?l+金屈2が背屈2凹状製品し、同様のh
法f、;二J、り形成されるII ’−の場合(、田よ
、第33図(a)及び第3図(1+)1.ニル1様に、
複合Fa種金属素祠33か、被覆金属2を1力側(ごし
C成形型4内に11’<納され、1t1目、ηlこボン
11)(こJ、り押圧(きれ−(押出成形される1、こ
の凹状製品は、製品の外側L:113い゛(耐177動
1”71741 +’l 、通?1i t!l、1[1
腐食性を県1求される部品どじ(便用さ4Iる。
Previous i [1 product (, 1, the inside was covered with metal 2) (
I put the 1 + 6 composition on the right, but, ・This, ': t, L, and vice versa, iI and j'? l + gold flexion 2 dorsiflexion 2 concave product, similar h
In the case of II '-, which is formed by modulus f,;
Composite Fa type metal blank 33, coated metal 2 is placed on the 1st side (11' is placed in the C forming mold 4, 1t1st, 1, this concave product is molded, the outside L of the product: 113゛
Parts that are required to be corrosive (convenient and 4I).

前記2つの製品(、J、中糾な凹状の製品(あ−)だか
、段イ・J製品に′)い(t)、第4図(1))及び第
4図(If)L、二、1:、 ’j様に、同(、ηの方
法により形成jl1能(ある7、 第4図(11)のJul含(ま、段が−「々!(″(1
す・)(先細の軸状イーしlご成形型内に、14)+イ
金1tべIどjil、1種(1ン属2aから成る段含−
′シ種金属素4A3が、III +A合金属を奥側にし
て収納され、その後、ボン′f−t; t、、二土0押
1−[されて181月合屈1及(J−゛・:(φ、1ン
屈2(1か前ノ゛j(こ押出され(、−イホに成形され
る1、この前ハ押出り代(、二より成形されIご軸状製
品4J、+ツノの大径部分かM−11&i iFI+ 
191i1 (’l 、耐腐食fj1に岬:111、二
11・υ晶どlc7る。
The above two products (, J, medium concave product (A-), step I, J product (t), Fig. 4 (1)) and Fig. 4 (If) L, 2 , 1:, 'j, the same (, η method is used to form jl1 function (7).
(14) + 1 t gold plate (14) + 1 t metal (1 ton metal) (1 type (1 metal 2a))
'Si type metal element 4A3 is stored with the III+A alloy metal on the back side, and then Bon'f-t;・:(φ, 1 bend 2 Is it the large diameter part of the horn? M-11&i iFI+
191i1 ('l, Corrosion resistant fj1: 111, 211・υ crystal dolc7.

−1ノ、楡〕4.(b)図の場合は1段が[71見(−
゛((リー)(,5’l、細(軸状の成形型に、金1j
スが11°t)種金属2(l。
-1ノ, elm〕4. (b) In the case of the figure, the first row is [71 views (-
゛((Lee)(, 5'l, thin (shaft-shaped mold, gold 1j
11°t) seed metal 2 (l.

母(A金属部1の1lri Ill IIゾ納され/j
 iす、前プノ押出プノ式に、j、り成形され−Cいる
Mother (A metal part 1 1lri Ill II
It is pre-extruded and molded using the extrusion method.

次に、第(3図に313い−(、本fへ明の複合金f、
Qニー、 51急))S成形方法に61、り成形された
1iLli助1i0“1電部を用いlこ、入官tjlの
通電接続駅間をnI!、明りる3゜この)(冒(311
、軸り向に摺動1り能4c ’l)、:わ”、゛艮11
“イ゛(あり、ぞのIM動部分ては、耐1と1ωj斤I
GI l)L 、通電性に1・つれていく)必νかA’
>る3、さり、−yノの固定電極0にはその先端に固定
側接触子7が設(−)られ、他力の可φ))電1.ii
iε1に(よての先端に可1υ)側112触了9が設(
)ら1している。この両川触子7.9は、中央の別体の
摺初通電部月10を+111+ゾJ向に摺動白石に保1
.1しくいる。この装胃にC3い(’、1lil動電(
〜ε3が軸方向に1%%初JJるど、1Jli If>
 Pl′l!j’ 7 、91+1. IFV動通電部
(410ど接Pl’l! L/ ツ=)摺動りりN3.
でし” 、l:Q 1FII通ilj部祠′10は、本
発明の投合金属鍛造成形プi法(、二より成形されIJ
シの((1)イ)為、次の(1;イ、′作用9)) 、
!!イ一りでづる。
Next, in Figure 3, 313-(, to book f, Ming composite gold f,
Q knee, 51 sudden)) Using the 1iLli assistant 1i0 "1 electric part molded by the S molding method 61, I will connect between the energized connection stations of the admission tjl nI!, bright 3゜ this) (blasphemy) 311
, Sliding in the axial direction 4c'l), :wa",゛艮11
“Yes, the IM moving part is resistant to 1 and 1ωj
GI l)L, 1・taken to conductivity) Must ν or A'
The fixed electrode 0 of 3, -y is provided with a fixed side contact 7 (-) at its tip, and can be applied with external force φ)) Electric 1. ii
iε1 (possible 1υ at the tip of the side) side 112 touch completion 9 is set (
) et al. This Ryogawa feeler 7.9 holds the separate sliding first energizing part in the center 10 on the sliding white stone in the direction of +111 + zo J.
.. There is one. There is C3 in this stomach filling (', 1lil electrokinetic (
~ε3 is 1%% in the axial direction, 1Jli If>
Pl'l! j' 7, 91+1. IFV dynamic current carrying part (410 contact Pl'l! L/TS=) sliding N3.
1:Q 1 FII part 10 is a composite metal forging method of the present invention (, 2 formed from IJ).
For ((1) a), the next (1; a, 'action 9)),
! ! I write it by myself.

■ 導電!オ・″の、:’:iい6’l・(まIJ(ま
銅合金Cあろ被FJ金属?が用44金屈′lの外表面を
寵)(いる31.、J、 −。
■ Conductive! O・''の:':i6'l・(Ma IJ (Ma copper alloy C or FJ metal? Use the outer surface of 44 gold bending'l) (31., J, -.

て、入官【(1の)1!j宙ン!5体どじ(表面(ご電
流が集中・)る粘動通電部+4 ’10の通電1′II
−の゛ノン請(、L、充分病lこされ(いる。
te, joining the government [(1)1! j Soran! 5 bodies (surface (current is concentrated)) viscous energizing part + 4'10's energizing 1'II
-I am very sick.

■ cI tJ) l:’f il’JI +lil 
型部材10 L、L ?IQ ’+rj成形ic 、に
 リ”l’!1イ1変形を紀Jじて)二)成形さ4Iで
おり、IJII −、’11. I+ll!(L。
■cI tJ) l:'fil'JI +lil
Mold member 10 L, L? IQ'+rj molded ic, to li'l'!

(、二JリーfIJネル1lIl、j度8〇−’+ (
’l O稈11λのlJj度へ口しくいる為、(114
摺動摩1(l慴b (yy秀く1bのど4する、。
(, 2J Lee fIJ nel 1lIl, j degree 80-'+ (
'l O culm 11λ to lJj degree, (114
Sliding machine 1 (l 慴b (yyexcellent 1b throat 4).

■ 更に、このS 101よ軸方向のF+’l l’l
流動により形成さ11る為、軸プj向の凸凹がさめ(小
さく、接j「l r7 、 C,) ト(1) 1’l
11 方向(7) Ff ll’ll 1.、Z A3
 イ(、I’1(Ifl、カジリ舌が光/1しイ埴い。
■Furthermore, this S101 and F+'l l'l in the axial direction
Because it is formed by flow, the unevenness in the direction of the axis is reduced (small, tangent j'l r7 , C,) (1) 1'l
11 Direction (7) Ff ll'll 1. , Z A3
I(, I'1(Ifl, my tongue is light/1 and I'm crazy.

■ −ぞ1・(、鍛造成形にJ、り成形(き4’?、 
/、(二のj−°1動通qj部4) ’l I)は、=
J法精精1が−1−(11、0−1と(1111臭と高
く、及び表面粗さし0.C3・・−3μRITI E:
IXど小さく、この様な金属の山結晶温度以FC−・i
J)冷間#IU j告成形特有の鏡面の杵へ11−1が
りを1!I ’に+ (X トカ’(” 25イ)。t
l (1) Z5、IKI zj i、r iRtiJ
簀)Jよリノ′ルミーウム等の母月1の−1,i、二j
’l・(簀の被覆全屈 ’c  ?R1”3i  Ly
  人、、1)4  A  Iこ ノビi  9M  
イr イi  −1::、  In+  :、+−が 
イζ リン ど 4釘り、1.+1動11η電部材10
の製1jj−1稈(,1、大幅(、二改善(き れ ど
)(ゴ ど に イi く)3、以1−(,1木発明の
複合布17八鍛造成形Ij法(5二よ番〕成形された1
1り1品を摺動通市部+4に使用し・た]↓、1合を説
明()たが、本発明の複合金属鍛)吉成形ブノ法(5二
1、る成形製品(まC1目、IINら一す゛、他の入官
i11のij’Q電導体耐侶食1′1を必゛λりとlる
金属部((、耐摩損1イ14必要どでJる金属部+、4
肴ゝ般に使用できるしの(’&vる1、な・13.2種
の金MiK 1 、 2を接合して相合異種金属+r 
+4 :<を’I’l i+MIりる揚台に、前記実/
11む例1ごおいては、金属を高速回転さUることによ
り発生づる摩瞭熱を利用し・(接合を行−)Iごが、(
11の接合り段、例えばレリ゛−溶接、電子じ一ム溶接
、冷間几接等の拡11々まl、は固相結合にJ、す18
合面を・全域にゎlこっ(接合(1ろ田含千19をイリ
・川りることlJ(、:!!る。
■ -zo1・(、J、Reforming(ki4'?、
/, (2nd j-°1 moving qj part 4) 'l I) is =
J Method Seisei 1 has a high odor of -1-(11, 0-1 and (1111), and a surface roughness of 0.C3...-3μRITIE:
As small as IX, the crystal temperature of such a metal mountain is below FC-・i
J) Cold #IU j 11-1 punch to the mirror-finished punch unique to J notice molding! I 'ni + (X Toka'(" 25i).t
l (1) Z5, IKI zz i, r iRtiJ
-1, i, 2j of mother month 1 of J, linolium, etc.
'l・(Full cover of the screen 'c ?R1''3i Ly
People,, 1) 4 A I Ko Novi 9M
Ir Ii -1::, In+:, +-
Iζ Rin Do 4 nails, 1. +1 moving 11η electrical member 10
The production of 1jj-1 culm (, 1, significant improvement (, 2) improvement (improvement) 3, it 1-(, 1) Composite fabric invented by wood [number] molded 1
1 and 1 products were used for sliding street market +4] ↓, 1 was explained (), but the composite metal forging of the present invention) 1, IIN, etc., metal parts that must have 1'1 of conductor corrosion resistance 1'1 ((, wear resistance 1, 14, etc.) , 4
It can be used for general appetizers.
+4:< to 'I'l i+MI Riruru platform, the above fruit/
In Example 1 of 11, the frictional heat generated by rotating the metal at high speed is used.
11 joining steps, such as region welding, electronic welding, cold welding, etc., are used for solid phase bonding.
ゎ。。。。 接 接 接 接 接。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。

しかし、11; i′”iMV目7I(゛ある銀ろ)、
f)−1ろ)4用いた接合子flJ ILL I由用(
゛さ4rい。
However, 11;
f)-1ro)4 used zygote flJ ILL I Yuyo (
゛Sa 4r.

また、前1.12実/dl+例は2(・1−の金jバに
より成形される場合に−)い(ii+J明したが、木介
;明は3 II’以−1の金属によ41 ’!−’I品
を成形づる場合+、、1−b実メ40Cさる1、史に、
24Φイノ)金1+IlにJ、り成形されるiふシ合一
(t)、1々1月金属の内面及び外面を異(小金属にJ
、り岐1Wじて三層の)Iβllj、j l、二成形(
Jる揚台にし実施(さイ)1、[発明の効宋I 本発明の複合金属鍛造成形1)(人(、−よれIJ 、
′+’(’種金属の接合にC3い(接合面の前tJ: 
、I Gyが不v、2 c゛あり、成形1般の製品の後
(1十げ0杢四(if’>す、しかも耐摩損性に優れた
複合金属製品4製岸1(さる。
In addition, the previous 1.12 fruit/dl + example is 2 (- when molded by metal j bar of 1-) (ii + J light), but Kisuke; 41 '!-' When molding I products +,, 1-b actual method 40C monkey 1, history,
24 Φ Ino) Gold 1 + Il J, molded i-shaped joint (t), January 1 month, the inner and outer surfaces of the metal are different (small metal J
, Rigi 1W has three layers) Iβllj, j l, two molds (
Implementation of the lifting platform (Sai) 1, [Effect of the invention Song I Composite metal forging forming of the present invention 1) (People (, - Yore IJ,
'+'('C3 is required for joining seed metals (tJ in front of the joining surface:
, I Gy is poor, 2 c゛, after general molded products (if'> 10 g 0 杢4 (if'>), moreover, composite metal products 4 made with excellent abrasion resistance.

4、図面の筒中41: r、ia明 第1図は複合αi(千金屈索+4’ (D it面図、
第2図(a )及び第2図は(1))Z\ざL明のi(
)含金属椴)1.J・成形方法に係る112方押出し/
’J式の形成の11面1tJi面図、第3図(11)及
び第3図(1))は(112図<a>及び第2図(11
)におい−(fj) 4/l金属と514(手ω属の位
置が入門った場合のJ11断面図、第4図及び第5j図
は木f1.明の?()合金属鍛造成形1ノ法に係る前方
押出()方式の成形Qllの止血lff1曲図、第0図
は木弁明の複合金1j、<鍛)1:1成形プJ法により
成形されl、製品を使用じ1.−通電1ぎ1わ1;位置
の11面[(ji曲図−(゛ある、。
4. 41 in the drawing: r, ia light Figure 1 shows the composite αi (senkin kure + 4' (D it view,
Figure 2 (a) and Figure 2 are (1))
) Metal-containing shell) 1. J. 112-way extrusion related to molding method/
'11 plane 1tJi plane view of the formation of J type, Figure 3 (11) and Figure 3 (1)) are (Figure 112<a> and Figure 2 (11
) Smell - (fj) 4/l metal and 514 (J11 sectional view when the position of the hand ω group is entered, Figures 4 and 5j are wood f1. light? The hemostasis lff1 diagram of the forward extrusion () method of molding Qll according to the method, Fig. - Energization 1 1 1; 11th plane of position [(ji curve diagram -

1・・・i<J相金属、2・・・被T〃金属、s′I・
・・復含巽(!ト金属素+4.4・・・成形型、b・・
・ボン1.0・・・固定電lAt、7・・・固定測用M
 r 、 8−1iI動電極、9−111動側1)I触
子、1()・・・摺動通電部(・1□。
1...i<J phase metal, 2...T target metal, s'I・
・・Fukun Tatsumi (!To metal element +4.4... mold, b...
・Bon 1.0...Fixed voltage lAt, 7...Fixed measurement M
r, 8-1iI moving electrode, 9-111 moving side 1) I contactor, 1()...Sliding current-carrying part (・1□.

7317代印人弁理1−則i!−j ′ii!f f(
j(lよが1名)第1図 (G)             (b)第3図 (a
)        (b)第4 図      第゛5
1句 第 6 図
7317th Indian Attorney 1-Rule i! -j ′ii! f f(
j (1 person) Figure 1 (G) (b) Figure 3 (a
) (b) Figure 4 Figure 5
1 stanza Figure 6

Claims (1)

【特許請求の範囲】 (′1) 複数の金属を、接合副室(Aを用いない接合
手t9にJ、り各σ屈の接合面全域にわlζつ一ζ接合
し、この接合。きれた金属を成形型内(Jおいて冷間鍛
iM成形Jることにより3り1品を成形1jる複合6γ
属椴造成形プ)法。 (2)I>j合副負44を用いイ「い接合手段が、1t
I察月接、レリ゛−溶接、雷rビーノ、溶接=1:た(
、上冷間f11H’(” it・する1’l ;i’f
晶ン12の範囲第i Jj’1記載の複合金属鍛造成形
ジノ法。 (コ))  複数の金属が、fiJ祠金属どイの周囲に
接合された一゛シ種金1r+にの2種rd’+る4ir
 ii’l晶求の範囲第1 、lj’j記載の複含金属
鍛j冑成形ノ゛j ’IJ1、。 (4) 成形へ1j内にお4Jる冷間鍛+1.−成形が
、製品の炭田外面\」法1こ含L! /j成形型内iJ
 、lfj含じた複数の金属を収納し、製品の炭田内面
・1法に合uノ、=ポンプにJ、すj叫ハすることにJ
、す4「されるR C’l請求の範囲第1 J)’j記
載の複合金属鍛造成形ジノ法1、(5) 成形型が、段
のf=Jい1.、X先■1の軸状とイI:)でいる成形
型である’I’J i:’を請求の9・11囲第11j
ij記載の複合金属鍛造成形方法。
[Scope of Claims] ('1) A plurality of metals are joined together over the entire joint surface of each σ bend by J to a joining method t9 that does not use a joining sub-chamber (A), and this joining is completed. The metal is cold forged in the mold (J) to form a composite 6γ product.
The method of molding. (2) A joining means using I>j joint negative 44 is 1t
I saw month contact, Ray welding, lightning r vino, welding = 1: ta(
, upper cold f11H'("it・suru1'l ;i'f
Composite metal forging and forming method according to range i Jj'1 of crystal 12. (g)) A plurality of metals are bonded around the fiJ shrine metal 1st metal 1r+, 2nd type rd'+4ir
ii'l Scope of crystallization 1st, compound-containing metal forged armor forming no.j'IJ1, described in lj'j. (4) Cold forging within 1J to forming +1. - Molding is the outer surface of the product's coalfield\" Method 1 included! /j inside mold iJ
, contains multiple metals, including lfj, and the inner surface of the coalfield of the product.
, 4 "R C'lC'l Claim 1J)'j Composite metal forging forming method 1, (5) The forming die has a step f=J1., an X tip ■1 Section 11j of Box 9/11 claims 'I'J i:' which is a mold with axial shape and I:).
The composite metal forging method described in ij.
JP16487182A 1982-09-24 1982-09-24 Composite metal forging method Pending JPS5954441A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP16487182A JPS5954441A (en) 1982-09-24 1982-09-24 Composite metal forging method

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP16487182A JPS5954441A (en) 1982-09-24 1982-09-24 Composite metal forging method

Publications (1)

Publication Number Publication Date
JPS5954441A true JPS5954441A (en) 1984-03-29

Family

ID=15801506

Family Applications (1)

Application Number Title Priority Date Filing Date
JP16487182A Pending JPS5954441A (en) 1982-09-24 1982-09-24 Composite metal forging method

Country Status (1)

Country Link
JP (1) JPS5954441A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5964117A (en) * 1994-10-13 1999-10-12 Luxfer Group Limited Backward extrusion method and product
EP1059128A1 (en) * 1999-06-09 2000-12-13 The Boc Group, Inc. Gas cylinder fabrication

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5964117A (en) * 1994-10-13 1999-10-12 Luxfer Group Limited Backward extrusion method and product
EP1059128A1 (en) * 1999-06-09 2000-12-13 The Boc Group, Inc. Gas cylinder fabrication

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