JPS5943512A - Production of radial iron core - Google Patents

Production of radial iron core

Info

Publication number
JPS5943512A
JPS5943512A JP15383182A JP15383182A JPS5943512A JP S5943512 A JPS5943512 A JP S5943512A JP 15383182 A JP15383182 A JP 15383182A JP 15383182 A JP15383182 A JP 15383182A JP S5943512 A JPS5943512 A JP S5943512A
Authority
JP
Japan
Prior art keywords
core
radial
iron core
laminate
adhesive
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
JP15383182A
Other languages
Japanese (ja)
Other versions
JPS6348412B2 (en
Inventor
Toshio Hida
飛田 利夫
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 JP15383182A priority Critical patent/JPS5943512A/en
Publication of JPS5943512A publication Critical patent/JPS5943512A/en
Publication of JPS6348412B2 publication Critical patent/JPS6348412B2/ja
Granted legal-status Critical Current

Links

Classifications

    • HELECTRICITY
    • H01ELECTRIC ELEMENTS
    • H01FMAGNETS; INDUCTANCES; TRANSFORMERS; SELECTION OF MATERIALS FOR THEIR MAGNETIC PROPERTIES
    • H01F41/00Apparatus or processes specially adapted for manufacturing or assembling magnets, inductances or transformers; Apparatus or processes specially adapted for manufacturing materials characterised by their magnetic properties
    • H01F41/02Apparatus or processes specially adapted for manufacturing or assembling magnets, inductances or transformers; Apparatus or processes specially adapted for manufacturing materials characterised by their magnetic properties for manufacturing cores, coils, or magnets
    • H01F41/0206Manufacturing of magnetic cores by mechanical means
    • H01F41/0233Manufacturing of magnetic circuits made from sheets

Landscapes

  • Engineering & Computer Science (AREA)
  • Power Engineering (AREA)
  • Manufacturing & Machinery (AREA)
  • Manufacturing Cores, Coils, And Magnets (AREA)

Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。
(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】 〔発明の技術分野〕 都発明はt(?)止貼導電器、船lニリアクトルに好適
な放射状鉄心の製造方法に関する。
DETAILED DESCRIPTION OF THE INVENTION [Technical Field of the Invention] The present invention relates to a method for manufacturing a radial core suitable for T(?) adhesive conductors and ship reactors.

C)+・ζ明の技術的背旦占その問題点〕−航(−、リ
アクトル↓は第1図に示すようζ二複数のブロック鉄心
2a、2b、2c、・ヲJ1.いにI’)t ’m7の
1[↑]隔を隔てて槓み升、ねたE(心ル5112とこ
の鉄心ル“112]二巻回さノシ/こ巻紡j5と前nL
;鉄心It’d 2 +−1″ゴj砒器不形成する継鉄
6とから構成さ!1.ている。
C) +・ζ Ming's technical disadvantages and problems] - (-, reactor ↓ is ζ2 plural block iron cores 2a, 2b, 2c, ・WJ1.I' ) t ' m7 1[↑] space apart, the square, net E (core 5112 and this iron core 112) 2 windings / komaki spinning j5 and front nL
The iron core It'd 2 +-1'' is composed of a yoke 6 and a yoke 6 which does not form a sinter.1.

ところで、従来における妃1、心ル・4]2を構成する
各ブロック鉄lu 2a+ 2b、 2c・・の形状は
実効断面粕の」冒加をはかるため(二、第2ト]に示ず
ように狗り:]イワを任意の19−さく二ち〜層した中
1.゛1の異なる複数のi<心−!ミ子6、6’、 6
″・・・をj(11次箱型ねて円形に近い111尺1:
なイ:・ように形成し2、さらに、各ブロック鉄心2a
、 2b+ 2cの長手方向+g数Gi ljl I−
”Fl隙をh)雪・−Jl さら(二、コノWl−11
)何二(−、F絶縁片4を介してI)丁定の間W、’+
を刑tもy1゛るように構成し、マ、いる。
By the way, the shape of each iron block 2a + 2b, 2c, etc. constituting the conventional 1, core 4] 2 is not shown in (2. Nidogi: ] Iwa is layered with arbitrary 19-2 pieces.
″... is j (111 shaku 1, which is close to a circle with an 11th box shape:
Nai:・Form as follows 2, and each block iron core 2a
, 2b+ Longitudinal direction of 2c + g number Gi ljl I-
"Fl gap h) Yuki・-Jl Sara (2, Kono Wl-11
) How many (-, F through insulation piece 4 I) between W, '+
Construct so that the punishment t is also y1, and there is.

しかし、このように鉄心脚2を形)、)、;ず4)cと
1′:。
However, the core legs 2 are shaped like this), ),;zu4)c and 1':.

より、各ブロック鉄心2u、 2b、 2c、  の対
「111する間lIj、i!を卯過する磁束の一部が各
ブロックi、、l、心同志の苅向面からはみ出(、て、
矢印Aで示すように?:、I′l会、・(板の積層方向
となる平面側から圧入するよう(二なる。この結果、こ
のA M分にも]′し磁束にょる試電流が発生し7、鉄
心脚2の芭遊用をj;’i加させることとなl)。寸た
、91、心脚2の1すr ifi’iに浅部があるため
占積率のイ氏下+ri−免かれない。
Therefore, while the pair of block iron cores 2u, 2b, 2c, 111, a part of the magnetic flux passing through lIj,i! protrudes from the axillary surface of each block i,, l, and the core comrades (,te,
As shown by arrow A? :, I'l meeting, ・(Press-fit from the plane side which is the stacking direction of the plate (2). As a result, a test current due to the magnetic flux is generated 7, and the iron core leg 2 It is necessary to add J;'i to the ``Bay use'' of ``J;'i''. Because there is a shallow part in 1st r ifi'i of 91, shinsusaku 2, the space factor of I + ri cannot be avoided. .

このため、前記のような%1の異なる籾数の鉄心素子を
一力向1−楯み訊ねて鉄心脚を形成する代り(二断面が
円)[3をなす¥<心)即が使用されるよう1−なった
。このような断面円形の込−心1plとL2てに幅の異
なる″A9銅板を放射状【二配f?f して円形状]二
形成するものあるいrJ: Ijl、1〜・1に、−の
薄鋼板を放射状に配置し7て円形状に形成するものかを
)る。この上う1:、形成することにより、各助針]板
の積層端が外周に位的。
For this reason, instead of forming the iron core legs by intersecting iron core elements with different numbers of grains of %1 in one force direction as described above (two cross sections are circles) [3 < core) is used. It became like 1-. There is a method in which two ``A9 copper plates with different widths are formed radially [circular shape with two distributions f?f] with the cores 1pl and L2 having circular cross-sections. The thin steel plates are arranged radially and formed into a circular shape.Furthermore, by forming the thin steel plates, the laminated ends of each auxiliary plate are aligned with the outer periphery.

することになるので、前’!t2 L〜だような渦電M
1.は発生し2にくくなり、址だ、占積率も向上するの
で前記しまたような欠点は解消されるものの、その製作
工程に二j、−いて以]:に述べるようなml +71
(4点が生じた。
So before'! t2 L ~ eddy electric M
1. However, the above-mentioned drawbacks are eliminated because the ml is less likely to occur and the space factor is improved, but the production process is affected by the ml as described in
(4 points were earned.

従来、前1tl−’、 L−1ζよう々放射状鉄心を製
作する場合、円形を籾数イ[11に等分した名ブロック
を別々に2M層し2例えばエポキシ樹脂等で接着して各
ブロツ罵 りどとに成形する。・その後、各ブロックを組み合Vて
円)1炙どして放射状鉄心を製作するものであるが、こ
のような製造方法によると、各々のプロツクグ) ′:
J” r lb’i冒H,(y5.−上シr /<いと
号、jl 、J)・合(j−/こと八に止舘:を円)1
つと3−コ斤ら・グいど回IB」: を二このJJy福
状1ノ、ル、・を1・り十方向1’l−’F Ill;
!をににで(i′(み小〕−Jるグ(λ・)、静さ方向
のマt r Tl’l IIJイ)1−げ−(」6゛か
77いと、1.11・−1・か正イ:Kに保−Cないと
回[1、テに長手)51i1 +二軛旬&−1グ・−1
メこル汽、でメ(・・、A・1:41隔L1をy、)−
乙゛力で締付け4)ことができない。イウーすると、1
引転中1−振j:l!I % ’1′、’1・音かうC
4生−すると−と1−なえ、。しyi−かつて、高さブ
フ向0′)寸法を」l一本(・、(−するため円W、に
f)ν、形後切I′11jあ2)いは4ノド削碧で表間
加工を−冒し、でいた。しかし、なから、l;1.1削
J・・るいrl:j−、(+:j削加工すると、加−丁
バリ1°(でンtV銅板同志力・↑4・、触し、−t?
f’+官セ14八1を粕j¥(L−たテ(1,1床がな
くなるたナハンがあ(ノ、この/こめ硝へ・)′等I′
−のyll・会て加工バリを除きさ「)に水洗い−4る
等のやっかいな作業を1.、7’xけノ1はならないこ
とも生じた。
Conventionally, when manufacturing a radial iron core such as 1tl-' for the front and 11 for the L-1ζ, a circle was divided equally into 11 blocks, each of which was divided into 2M layers separately, and each block was bonded with 2 layers of epoxy resin, etc. Shape it into a shape.・Then, each block is assembled and fired to make a radial core. According to this manufacturing method, each block is
J" r lb'i blaH, (y5.-upper shi r /< cousin number, jl, J)・combination (j-/koto 8 ni stop: wo yen) 1
1 and 3 - ko and good times IB': 2 this JJy fortune 1 no, le, 1, ri 10 directions 1'l-'F Ill;
! ni ni de (i' (mi small) -Jrug (λ・), quiet direction mat r Tl'l IIJi) 1-ge-(''6゛ or 77, 1.11・- 1. Or correct: K to hold - C or times [1, Te to long hand) 51i1 + 2 yoke shun & -1 g -1
Mekol Automobile, Deme (..., A, 1:41 interval L1,) -
4) Cannot be tightened with force. If so, 1
1-swing j:l during the pull! I % '1', '1・sound C
4th student - then - and 1st - nae. yi-Once, the height Buff direction 0') dimension is represented by one line (・, (- to circle W, f) ν, shape after cutting I'11j A2) or four-node cutting. It took a lot of machining and was finished. However, since l; 1.1 machining J... Rui rl: j-, (+: T?
f' + government office 1481 lees j ¥ (L - ta te (1,1 bed is gone)' etc. I'
In some cases, troublesome work such as washing with water to remove processing burrs and 1., 7' x Keno 1 was not necessary.

また、各放射状鉄心1¥11に設けらハる絶b゛、間隔
片d各放射伏姓氾・を長手方向に強固に締付ける必吸か
夕)/)グらめ、締付力f二重針、え、1.かも解1・
ζ状p14を紹持う゛る枦:能が要求されるためセラミ
ックぐtが用いられるか、こ71ら絶縁1ul I’f
f+ハ4多数配檻し7て’tt℃磁鉄心全鉄心するもの
では、高さ方向寸法を正確に管理しておかないと、締付
力が均等にならず振動騒Bの発生が多くなる恐れがある
ため放射状鉄心上に絶縁間隔片を配tit後機械加工に
て平行になるようにする余分の作業をし2なければなら
なかった。
In addition, it is necessary to tighten each radial core provided on each radial core 1 and 11 firmly in the longitudinal direction. Needle, eh, 1. Possible solution 1・
A case with a ζ-shaped p14: Ceramic material is used because of the required performance, or insulation 1ul I'f
If the height direction dimension is not accurately controlled in the case where a large number of f+c4 cages are arranged and all the magnetic cores are 7'tt℃, the tightening force will not be uniform and vibration noise B will occur more often. Because of this, extra work had to be done to make the insulation spacers parallel to each other by machining after placing them on the radial core.

〔発明の[」的〕 本発明は、上記の点に鑑みてなされたもので、その目的
C1少くども放射状鉄心をブロックに1分(・[ること
なく一体に成形し、しかも成形後は機械加工を保しない
精度の良い放射状鉄心の製造方法を提供するにk・る。
[Objective of the Invention] The present invention has been made in view of the above points, and its purpose C1 is to form a radial core into a block in one minute (without molding), and to machine it after molding. To provide a method for manufacturing a radial core with high precision without preserving machining.

〔発明の概要〕[Summary of the invention]

本発明−1上館、の目的を達成するfcめに、積層型内
に放射状に薄鋼板を積層して積層体とし、この積層体を
平行板C二で折着矯正しながら合成樹脂等の接着剤を含
rジさせて一体成形するようにした放射状鉄心の製造方
法及び、積層型内に放射状に搏外(板を積層して積層体
とし、この&構体の片面にセラミック切の絶縁間1%片
を配flj、t、 、この絶縁間1′l′^片をXF行
板にて折着矯正しながら合成樹脂等の接着剤を含浸させ
て一体成形するよう(ユした放射状Φ〕、心の製造方法
にl’、’iするものである。
In order to achieve the object of the present invention-1 above, thin steel plates are laminated radially in a laminated mold to form a laminate, and while this laminate is folded and straightened with a parallel plate C2, synthetic resin etc. A method for manufacturing a radial core in which an adhesive is contained and integrally formed, and a radial core is formed by laminating plates into a laminate in a laminated mold, and a ceramic-cut insulating gap is placed on one side of the structure. Place the 1% piece flj, t, and fold and straighten the 1'l'^ piece between the insulation using an XF row board, impregnating it with an adhesive such as synthetic resin and integrally molding it (radial Φ) , l','i to the manufacturing method of the heart.

〔兄194の実施例〕 以下、本発明の放9」状鉄心の製造方法の一実が14例
を図面を8照し2てに91.明ず2)。
[Example of Big Brother 194] Hereinafter, 14 examples of the manufacturing method of the open 9"-shaped iron core of the present invention will be described with reference to the drawings. Tomorrow 2).

第3(ゾI r−1本発明の一実施セ11を示1−もの
でNiμm層型内(−放射状に薄伽1.仮をな1層(−
7グこ状た1ぐのkj+ 11t1図で、紀41ヌ(に
示すように幅の異なる9Vj”i1′、:仮を放射状に
オ★層(、またネ♂〔構体7のgli、l 14ji面
図を矢印方自己みた図である。I4也31XIl二おい
て、IIJ k、t 7A躬状鉄心用稙)☆)l入りで
あり、外型11.下ノ4’ 12 、十讐、’V1.3
1−よって(1り成層れている。’+4fIゴΔVr■
+t< 、 lff1 i+押え、 1.6 (r、を
内A” テある。図下のように積層型1(l +−月に
iQ、釦j也をhV射状に積J會(、て積層イ木7とし
また存汽各4ハ1脅出]lニエボキシ梢脂のごとき接着
剤を浸炒旨Σ(h Z)’fこν)に真空含浸法が行な
わfl、る。ぞして、各積層1i、il に4グ゛着剤
がtV透したところで平行sh 1.aを61層体7−
1::: f二股Iハし、ギ“り1:(に適当な1if
t隔に配f6δれた押え15(二より平行1反14を→
中蓋し、才人jVji7t−7の」二、1而ブ))−甲
一イjするよう5二矯+Eしながらエポキシ樹脂リ! 
Jfi′r苓イI(“1化さ一十)−る。このような製
、貴方法によって、放射状麩ノbは円形に同時一体(−
成j杉さ)土 し7、かも高さ方向(づ平行板14と−
T−912と(−よって門′行に矯正折着されて硬化す
るため出来−1−った放射状鉄心の平行度は鞘度良く仕
上がる。
Third (ZI r-1) One embodiment of the present invention is shown in the Niμm layer type (- radially thin layer 1.
In the diagram kj+11t1 of the 7-shaped tab, the 9Vj"i1', which has different widths as shown in E. 41nu (9Vj"i1',: tentative, radially extends the O* layer (, again Ne♂ [gli of structure 7, l 14ji This is a view of the top view as seen in the direction of the arrows. V1.3
1-Therefore, (1 layer is stratified.'+4fIgoΔVr■
+t<, lff1 i+presser, 1.6 (r, inside A"te. A vacuum impregnation method is applied to the laminated wood 7 and each 4 parts and 1 part of the wood with an adhesive such as tree bark. , parallel sh 1.a is connected to the 61-layer body 7- when the 4-glue adhesive passes through each laminated layer 1i, il.
1::: f two-pronged
Presser foot 15 arranged at t intervals f6δ (two parallel 1 anti-14 →
Close the inner lid and apply epoxy resin while applying 5 2 +E to make the 2nd and 1st part of the Saito 7t-7!
Jfi'r 蓓いI (``one unitization 10'') - By such manufacturing and manufacturing methods, the radial radial nozzle b is simultaneously integrated into a circular shape (-
The height direction (parallel plate 14 and -
Since T-912 and (-) are straightened and folded in the gate direction and hardened, the resulting radial core has good parallelism.

この上うにして形成された放射状鉄心を用いて伸]えi
f: l)アクドル用鉄心とするには、第1[ネj巳示
す如く、間隔片4をづ1して放射状v2心を枢・袂個数
梢み車ねて円柱状の鉄心脚とし5、ぞの後[yl 7J
< Lない栓付ロッド′^・fて・強固に)lili 
(τjけを行なうが、本発明によって製作τNれた放射
状鉄心(′;[内力しお、Lび上下面のΣ[・−イーJ
1.lJ−が荀度良く製作さ′iしているため、占積左
が向上し、捷だ均一な締付力が得られるため振動、N音
の発生の少ない良好なりアクドル用V、心がイ4tられ
る〇 第51′Ai (r、i * 賢明の他の実施例を示す
もので、積I幀f智内1ニノl(射状に薄仲1板を枯層
した状態のに;’r面図で、’7rE4トIに示すよう
に幅の異なる薄鋼板を放射ii+−配憤(たt+j層体
構体側断面図を第4図と同様に矢印方向にみ10図であ
り、財に説明り、た第3図とlj、’;j一部分には同
−省1号をつけてい2〕。Cの場合も、汀1,3し1,
7)県、合と回椋+J・M )−代の柁J)にで体の慣
精J亡?イナノイ1]互間fユエボキン(41月゛iの
如き侶)2°1斉11をUノン“ンXぜるA−めに真空
含7・2法プバ待なわノする。−ビして、各A)n I
K机板間接着剤が浸透[−だと仁ろでセラミック等の絶
縁間隔片17を積層体70+flに7(・数個適正位も
・りに1・j’j+ 11”t L/ 1その−1−に
半行ゆ14を設f1コする。かかる仮、IN分t L+
’118を積層体7の上’j<15f二注入し、絶縁t
ars VX“、)片17の夕+、 にsiに光JJT
iずイ)。その後、*、i: 1.3に所市の間μ′何
−配lトさノ1だ押え15+=よって半行110を折本
−する。−そうすZ)ど、NtJ紡イ本7に1下fi、
iJ、 +2 +−牛i−する下面とが1・1、間ドへ
片17の」mm1とか平行(二矩正されながらエホキシ
4.’i 1社f′fO8−?迂化させJ戊)杉さ11
.るので、放置]状臥心の平行度(・、1精Jt良く製
a1てきる。
Using the radial core formed in this manner, the
f: l) To make an iron core for an axle, as shown in the first figure, the radial v2 core is made into a cylindrical core leg by using the center and heel numbers of the center and heel wheels as shown in the figure.5. After the Zo [yl 7J
< Rod with plug without L'^・Fte・Strong)lili
(τj), but the radial core (′; [internal force, L and upper and lower surfaces Σ[・-EJ
1. Since lJ- is manufactured with good quality, the space capacity is improved and a uniform tightening force is obtained, resulting in a good accelerator V with less vibration and noise. 4t 〇 51' Ai (r, i * This shows another example of wisdom, and the product I 幹f ち内 1 ninol (in a state where the thin middle plate is dead layered in a radial shape;'r In the top view, the thin steel plates of different widths are radiated as shown in Figure 10. For explanation, Figure 3 and lj,';j part is marked with the same number 12].In the case of C, also, 1, 3 and 1,
7) Prefecture, Goto Kaisuraku + J・M) - Dai no Kashi J) Did the body's training J pass away? Inanoi 1] Mutual f Yue Bokin (41 month ゛ i-like partner) 2° 1 simultaneous 11 to U non "n , each A)n I
K If the adhesive between the desk plates permeates [-, put the insulating spacing pieces 17, such as ceramic, on the laminate 70+fl with a knife. Set a half line 14 in -1-.In this case, IN minute t L+
'118 is injected into the top of the laminate 7 'j<15f2, and the insulation t
ars VX",) Kata 17 no Yu +, si ni Hikari JJT
izui). After that, *, i: 1.3, the half line 110 is folded by the presser 15 + = between μ' and 1.3. - Sosu Z) Do, NtJ spinning book 7, 1 lower fi,
iJ, +2 + - the lower surface of the cow i- is 1.1, and the gap is 17 mm1 or parallel (2 rectangularly corrected epoxy 4.'i 1 company f'fO8-? rounded J 戊) Sugisa 11
.. Therefore, the parallelism of the recumbent center when left unattended (・, 1 precision Jt is well made a1.

このようにノヒ成さ7]また絶λイ間隔片イ・1放射状
gフ<心を用いて例えばリアクトル月1 %j(r□と
するにに1、必り′個数1Ti、In和み重ねるのみで
円柱状の壓/j心脚がt%’+’成さil、図示し7な
い締付ロンドが今でデ1む固に^+′ii (=t し
::iを行なうが、本発明(二よって製作きJl−fこ
制ト・ζ間i’4A片付放射状6)友心からなる各ブロ
ック鉄心に4円ノ[≦卦よぴ一’F ’4Jmfが鞘I
Hr−よく製作さtlているため占積率が向干し、甘だ
均一な締例力がイυらねるプこめ振動。
In this way, the absolute λ A interval piece A 1 radial g F< Then, the cylindrical center foot is formed by t%'+'il, and the tightening iron (not shown in the figure) is now firmly ^+'ii (=t). Invention (2) Jl-f made by Jl-f and ζ between i'4A and radial 6) In each block iron core consisting of a friend, 4 yen [≦卦YOPII'F '4Jmf is sheath I
Since it is well-manufactured, the space factor is uniform, and the clamping force is weakly uniform and the vibration is strong.

k′v音の発生の少ない良好な市、磁鉄心が得られる。A good magnetic core with little generation of k'v sound can be obtained.

土111各実施j’riJでd放射状鉄心として?:t
 u’、 4図に示ずようにII’:’i! に’、)
異々る尚鋼板を放射状f二装置〆1−(7て円形状に形
hA: l、たものについてNI?、 II L、 ’
h−が、第6図に7j\すように回−・i・1.)のh
骨i板を放射状の配fiefに1〜て円ノ[2状1−績
1曲した積層体81一ついても上記谷実施例と[rlo
)、l<な製i4%i力〃、によって放射状鉄心を製作
ずtlはよいので、このυN” Antiな計: t!
Ji k、↓省略する。
Sat 111 each implementation j'riJ as d radial core? :t
u', II':'i! as shown in Figure 4. ni',)
The different steel plates are radially f2 device 〆1-(7 and shaped into a circular shape hA: l, about the NI?, II L, '
h- is turned as 7j\ in FIG. 6-・i・1. ) of h
Even if there is one laminated body 81 in which the bone i plate is arranged in a radial shape with a circular shape [2 shapes 1-
), l < made i4%i force〃, so tl is good without making a radial core, so this υN” Anti total: t!
Ji k, ↓ omitted.

〔発りす」の効果〕[Effect of “Start”]

以十欣明したよう(′:、、本発明の)I(射状絃心の
製造力〃によZ−ζ、放射状鉄心をブロック(二分割す
ることなく槓層剣内で一体に成形するので、成形M N
]it棒力11]二を1/、14 L、々い8’l:川
の良い放射状Φノミ心を提イ↓1、することができるし
、さらに放射状鉄心と間隔片を一体に恨i告シ1.たも
のは前記のすぐれた効果をイイすること(」例語1電磁
鉄心の組立がf7+’+単でかつ均一な締セ1力が侍も
Jする等の実用的効果を奏する。
As described above, the radial core can be formed into a block (integrated in the shell without being divided into two parts) by the I (radial core manufacturing capability) of the present invention. Therefore, molding M N
]It rod force 11] 2 to 1/, 14 L, 8'l: It is possible to provide a good radial Φ chisel core of the river ↓1, and furthermore, the radial core and the spacing piece can be integrated. Notification 1. The above-mentioned excellent effects (Example 1) The assembly of the electromagnetic iron core has practical effects such as f7+'+ simple and uniform tightening force that can be applied even by a samurai.

ナー、二にコー爾れ層二体J−↓tl=J声:射身頌れ
制≠州4キ奔−顧
Nah, second layer two J-↓tl=J Voice: Shooting body ode system ≠ State 4-Ken-gu

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

第11>:] Ii、従来(7) +) 7 り) /
l/ +7) :ii’r i、iJl′>、j % 
 p、i 2 図!d第1図のりアクドルに使用さノ1
ど)ブ「1ツク秩心のぶζ1視図、第3図は本発明にイ
′代る1ノ(年1状鉄心の)’af・・j型の1υi面
図、第4図および第6171(rj、いずれも本発明に
係る放射状鉄心の平面1;j1第5図は本’:’j5明
に係る放射状鉄心のれ(層型の他の1−A57rji例
の[イツトr()[J、1である。 7.8 槓r(=3体、1o精、f<+i Q:j、l
l−9f Q)I、12下ノ]1す、13  上器、1
4・平り板、15  押2ぐ一1■(5内ヲ一’!%+
7・−絶縁間ト)゛・1′j片、18・接)−7、’t
ll。 (8733)代j−ψ人 弁(、IlI!士 猪 股 
灯 晃(ほか1名)
11th>:] Ii, conventional (7) +) 7 ri) /
l/ +7): ii'r i, iJl'>, j %
p, i 2 Figure! dFigure 1 Used for glue accelerator No. 1
Figure 3 is a 1υi side view of the 1 type (year 1 type iron core) 'af...j type which replaces the present invention, Figure 4 and Figure 6171. (rj, plane 1 of the radial core according to the present invention; , 1. 7.8 槓r(=3 bodies, 1o essence, f<+i Q: j,
l-9f Q) I, 12 lower] 1 s, 13 upper unit, 1
4. Flat plate, 15 push 2 1 ■ (1 in 5!%+
7.-Insulation t)゛・1'j piece, 18.Connection)-7,'t
ll. (8733) Daij-ψjin dialect (, IlI!shi boar crotch)
Akira Tomo (1 other person)

Claims (2)

【特許請求の範囲】[Claims] (1)  程f層型内に放射状に薄餉板を積HW 1.
、て積層体とし、この積層体を平竹板にで折着矯正しな
がら、合成樹Hit QJ17.)接着剤を含浸させて
一体成形したことをfl’¥徴とする放射状鉄心の製造
方法。
(1) Thin plates are stacked radially within the f-layer mold HW 1.
, to form a laminate, and while folding and straightening this laminate on a flat bamboo board, synthetic wood Hit QJ17. ) A method for producing a radial core, characterized by fl' ¥, which is impregnated with adhesive and integrally molded.
(2)  xh層型内に放射状に薄婚板を積Jψjして
積層体とし、このLA 71tf体の片面にセラミック
等の絶縁間隔片を配置6(〜、この絶縁間隔片を千゛行
板(二で押着殆正しながら合成樹脂等の接着剤を含も゛
させて一体成形t、 frととを特徴どする放射状鉄心
の製造方法。
(2) Lay thin plates Jψj radially within the xh layer type to form a laminate, and place an insulating spacing piece such as a ceramic on one side of this LA 71tf body6 (~, this insulating spacing piece is (A method for producing a radial core characterized by integrally molding t, fr, and the like by adding an adhesive such as a synthetic resin while pressing the core in two steps.)
JP15383182A 1982-09-06 1982-09-06 Production of radial iron core Granted JPS5943512A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP15383182A JPS5943512A (en) 1982-09-06 1982-09-06 Production of radial iron core

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP15383182A JPS5943512A (en) 1982-09-06 1982-09-06 Production of radial iron core

Publications (2)

Publication Number Publication Date
JPS5943512A true JPS5943512A (en) 1984-03-10
JPS6348412B2 JPS6348412B2 (en) 1988-09-29

Family

ID=15571037

Family Applications (1)

Application Number Title Priority Date Filing Date
JP15383182A Granted JPS5943512A (en) 1982-09-06 1982-09-06 Production of radial iron core

Country Status (1)

Country Link
JP (1) JPS5943512A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP1445779A3 (en) * 2003-02-04 2007-05-30 Minebea Co., Ltd. Corrosion-resistant laminated steel part and corrosion-proofing method for laminated steel parts
CN103337358A (en) * 2013-06-28 2013-10-02 浙江科升电力设备有限公司 Transformer radiant-type core limb forming device

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS541067U (en) * 1977-06-04 1979-01-06

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS541067U (en) * 1977-06-04 1979-01-06

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP1445779A3 (en) * 2003-02-04 2007-05-30 Minebea Co., Ltd. Corrosion-resistant laminated steel part and corrosion-proofing method for laminated steel parts
CN103337358A (en) * 2013-06-28 2013-10-02 浙江科升电力设备有限公司 Transformer radiant-type core limb forming device

Also Published As

Publication number Publication date
JPS6348412B2 (en) 1988-09-29

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