JPS58164213A - Method of producing condenser - Google Patents
Method of producing condenserInfo
- Publication number
- JPS58164213A JPS58164213A JP57047589A JP4758982A JPS58164213A JP S58164213 A JPS58164213 A JP S58164213A JP 57047589 A JP57047589 A JP 57047589A JP 4758982 A JP4758982 A JP 4758982A JP S58164213 A JPS58164213 A JP S58164213A
- Authority
- JP
- Japan
- Prior art keywords
- film
- plastic film
- metallicon
- cut
- outer periphery
- 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
Links
Landscapes
- Fixed Capacitors And Capacitor Manufacturing Machines (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】
本発l11はゴンデン!素子の崗端■にメタリコン電嫌
導出−を形成してなる;ンデンす。si*7F決に関す
る・
コンデンを素子*milにメタv:1ン電Ik導出部を
形成してなる=ンデン!社、メタリ;ン時の金員粉末の
嬉射てコンデン!禦子外周に付着し**属粉末によって
メタリーン電極導出S閤が伽絡した如、また社1ink
不良にい究ゐ危険性をもっているeそのため一般にコン
デンナ飄子外胸をデー1tた#i保−フイルムで置いメ
タリコン後腋テープまた蝋嫁論フィルムを取)除いた)
、コンデン賃素子外周に臆lI4粉3I!が付暑しない
ようにマスタ用治萬を用い大ルする手段が−じられてい
る・しかしながらこれら手111&1IR−な飴工萬を
用いることによる作動ニーの煩細化あゐvhはテープま
た紘−11jIフイルムの取)M龜作秦を全快とし1歇
を多く要することki−とよ)収p絵き作麹時にメタリ
コン電−辱出部を破−する危険性を−っていた・従示す
ように一対の曹異化フィルムを巻回してなる巻回体(1
)の外表面にm熱した際にwM記金金属化フィルムp多
く熱覗纏するプラスチックフィルム■)を巻1し^端部
に愈属嬢射によってメタリコン亀ikm出部a)を1#
成したam熱処壊し1記プラスチックフィルム(2)を
収−さ破第2−に示すように絶縁間1[(4)を形成す
るようにしてなるものである。[Detailed Description of the Invention] The present invention 111 is Gonden! It is formed by forming a metallic contact conductor at the end of the element. Concerning si*7F decision, a meta-V:1-electronic Ik lead-out portion is formed using a capacitor as an element*mil = Nden! Condensed with gold powder at the time of company, metallization! It appears that the metallic powder leading to the electrode was tangled due to powder attached to the outer periphery of the metallurgy.
There is a danger that it may lead to defects (e.g., in general, the outer breasts of condensed breasts are covered with protective film, and the underarm tape and wax film are removed).
, I4 powder 3I on the outer periphery of the condensate element! In order to prevent the heat from getting too hot, a method has been devised to increase the power by using a master tool. However, using these methods (111 & 1 IR) makes the operating needs more complicated. 11JI Film Removal) It took a lot of time to fully recover from M's production, and there was a risk of breaking the metallic contact point during the production process. A rolled body (1
) Roll the plastic film which will be exposed to a lot of heat when heated to the outer surface of the metallized film ■).
The resulting plastic film (2) was heat-treated and destroyed to form an insulating gap 1 (4) as shown in Figure 2-.
−中(5)社付*蝕属である◎しかしながらζOような
手段に社つ「のような崗−がある。メタリコン(Jと1
ラーチツタフイルム(2)端部の密一度合は全御所にお
いて均一でなくwsi度合が泰い一所は別として強−に
書11畜れているーHiIitプラスチックフィルム(
2)の峨−#鋏プラスチックフィルA(2)端部がメタ
リコン電−導出5(3)と#iかれに(〈メタリコン口
)閾の勉絡社依−としてWk夫できなく、また社かれた
として4充分な一縁特性を伽ることができず、名らにプ
ラスチツタフィルム体)の熱J&麹によってメタリ;ン
111L他導出111(33と鉱がれる際に斂属化フィ
ルふとメタリコン電価導出部(3)の111触が不完全
になjltamJの増大につなか[時的に接触状態が署
化し特性素化を引自起ζすなど実用1多くの一縁をかか
えていた。- Medium (5) attached to the company
The density of the edges of Rachi-ivy film (2) is not uniform throughout the imperial palace, and the degree of wsi is very high, except for one place.
2) The end of the # scissors plastic fill A (2) is metallicon conductor 5 (3) and #i (〈metallicon mouth) threshold of the threshold. For example, 111L and other derivatives 111 (33 and 33) were not able to maintain sufficient monolithic properties, and when the plastic ivy film body was heated and koji was heated, metallization was performed. The 111 contact in the electric value derivation part (3) was incomplete, which led to an increase in jltamJ. .
本Jll@は上記の点に−みてなされえものでコンデン
ナ禦子の外周に一1肉に熱収縮性を有し長手方向に間欠
#I切iを少なくとも単m賦に設仕た1yxチツタフイ
ルムを巻−し端一にメタリコンを励した11加熱鋤場を
施し、−記関欠釣E目によってプラスチックフィルムを
長手方向に切欺分龜するようにした短絡の危険性を完全
に防止で婁るとと−にメタリコン亀41k導出5WL−
の危険性のない特性良好なコンダンtの得られるIiI
金方法を提供することを1的とするものである〇
以下図面を参脆し一実論例につき貌−する・すなわち1
1i3図および篇4−にボすように例えば斂属化&6る
い社象属化1ラスチッタフィルムを富合巻−しコンデン
!冨子(11)を彫戚する・っ「に該素子(11)外周
に185図に不すように一方向に熱収縮性を有し長手方
向に例えは之シンi状の一欠的fJJ目(12)を般け
たプラスチツタフィルム(13)を巻−し一端爾にメタ
リコン金属粉末を溶射しメタリコン電檎導出部(11を
形成する。(15]祉付−斂属である。しかして80〜
12(lで20分〜1時間加熱熱処を―し一紀プテスチ
ッタフイルム(13Jを収細させることによって賂61
13および第7−に示すように一記間欠的[目(12)
に沿って切断し少なくと41■の開−■を有する分jl
ill(16)を設は前記付wi1輩属(15)を分麿
する。ついで公知の手段によって一配メタリコン電−榛
出部(14)にリード−(園示せず)をIILIIシ外
装(1示せず)を施すようにIIktしてなる−のであ
る。−配プラスチック・フィルム(13)if−えばプ
リ1wピレン、・ポリエチレンテレフタレート、ポリエ
チレンナ7#レート。This Jll@ was made in view of the above point, and is a 1yx Chitsuta film that has heat shrinkability on the outer periphery of the condenser wire and has intermittent #I cuts in the longitudinal direction in at least one meter length. The plastic film is rolled up and heated at one end with metallized silicon, and the plastic film is cut and separated in the longitudinal direction by a cutting edge, which completely prevents the risk of short circuits. Toto-ni Metallicon Kame 41k derived 5WL-
IiI obtained with good conductance properties without the danger of
〇The following drawings will be referred to for a practical example, i.e. 1.
For example, as shown in Fig. 1i3 and Part 4, a la chitta film is combined with 6 layers, and the film is rolled up and condensed. When Tomiko (11) is carved, the outer periphery of the element (11) has heat shrinkability in one direction as shown in Fig. 185, and has a thin I-shaped intermittent fJJ shape in the longitudinal direction. (12) is wrapped with a plastic film (13), and one end is thermally sprayed with metallicon metal powder to form a metallicon lead-out portion (11). ~
12 (l) for 20 minutes to 1 hour, and then heat the Ikki putestitta film (13 J) to reduce the amount of bribe 61.
As shown in 13 and 7-1, intermittent [eye (12)]
a minute jl cut along and having an opening of at least 41■ -■
Ill (16) is set up and the above-mentioned attachment (15) is divided. Then, by known means, a lead (not shown) is attached to the exposed metal contact portion (14) and a sheath (1 not shown) is applied. - Distribution plastic film (13) - For example, Puri 1w pyrene, polyethylene terephthalate, polyethylene 7# rate.
ポリブチレンテレ7#レージ、プリ塩化ビニリデン、ポ
リエチレン、ポリスチ′リール、“塩化ビニルポリスチ
レン、1゛す弗化ビニリデン、ポリカーボネートなどか
らなるものでるる・
以上のようにW戚してな゛るコンダンすの躯最方法によ
れば胸欠釣切謔(12)の存在によってメタリコン電−
導出藝(14)とプラスチックフィルム(13)端部と
に^りがかかることなくプラスチックフィルム(13)
の熱暇纏時その部分が切断しこの関に分m帝(16)を
容易に形成できるため―電体を構成する像鵬化&または
盆馬化プツスナックフイルムとメタリコン電檎導出都(
14)の接触を愚くすることなく知纏の危険性#/iも
とよptaxiならびに絶縁特性劣化のないすぐれた利
点を有している・なおプラスチックフィルムに設ける聞
欠釣切目の形状として上記実−ガで社ミシンl状の−の
を一示して説明したが第8−〜第1O−にボテような形
状の関欠釣切fi (l))を設けても同効である。ま
たさらに上記実−例でれ一欠的切目を長手方向に単−状
に&、tjたものを例示して腕側したが胸欠的切醐を長
手方向にm線状に設けた4のを用いれば収一時における
切欺効*a一層―著である。なお−申(18)はプラス
チックフィルムをボす。These include polybutylene chloride, polyvinylidene chloride, polyethylene, polystyrene, vinyl chloride polystyrene, vinylidene fluoride, and polycarbonate. According to the method of construction of the body, the existence of the chest-cut fishing cut (12) makes the metallicon electric
The plastic film (13) is removed without any bending between the lead-out part (14) and the edge of the plastic film (13).
When the heat is absorbed, that part is severed and it is easy to form a block (16) at this point - the electric body is made up of the image forming & or forming the puthusnax film and the metallicon electric body (16).
14) It has the excellent advantage of not causing any damage to the contact without compromising the contact, as well as preventing deterioration of the insulation properties. In the actual example, an L-shaped sewing machine has been explained, but the same effect can be obtained by providing a cutout fi (l)) shaped like a bottom in the 8th to 1st O-. Furthermore, in the above-mentioned example, the cut-out cut was made in the shape of a single line in the longitudinal direction. If you use , the effect of deception at the time of collection *a is even stronger. Furthermore, Shin (18) throws away the plastic film.
つ哀゛に不発明によ)僧九本発明晶(4)と篇l−およ
び纂2図を例ボして説明した従来例により慟た従来品(
B)における特性比較につい、て纂ll−および第12
図によって説明する。試料a(転)俤)と4h劇電体フ
ィルムtj)!#さ6Is@25■の社員化プリエステ
ルフィルムとし禦子外周に巻−するプラスチフタフィル
All1ltla声−24■のボリプ田ピレンフィルム
とした定格3〆−200V、ムCのコンダンすでる)、
加熱条件は(4)(均と4110℃ 1にとした。なお
本発明品囚における分ms間−t;1m11とした。す
なわち第111ma亀圧−絶縁抵抵(不し、第12−社
時間−tanJを承丁ものでTo夛、#−−t&15に
おけゐ試験条件は56℃の恒−榴?−250V、ACC
10測定条件は22℃lK11mである。第11111
3およびj112−から明らかなように本尭明晶CAJ
は絶縁抵抗*tamJ崗特性とも従来品の)に比しすぐ
れていることがわかる口また試料口(4)偉】と−60
0個を用い第11−および第12図における(4)の籠
は800(litの平均値て(至))の蝋は5oo41
m4wxas個が短絡不良であったため375−の平均
値である。Unfortunately, due to non-invention), the conventional product (4), which is inferior to the conventional example explained by referring to the invention crystal (4), Part 1- and Part 2, as an example.
Regarding the comparison of characteristics in B), the compilation and the 12th
This will be explained using figures. Sample a(roll)) and 4h drama electronic film tj)! #Sa6Is @ 25 ■'s employee preester film and the plastiftafil wrapped around the outer circumference of Mutsuko.
The heating conditions were (4) (uniform and 4110° C. 1. In the product of the present invention, the interval between minutes and t; The test conditions for #--t & 15 are 56℃, constant temperature, -250V, ACC.
10 Measurement conditions are 22°C, lK11m. No. 11111
As is clear from 3 and j112-, Motoya Meisho CAJ
It can be seen that the insulation resistance is superior to that of the conventional product (4) and -60.
Using 0 pieces, the basket (4) in Figures 11- and 12 is 800 (the average value of lit) is 5oo41.
The average value is 375- because m4wxas had short-circuit defects.
以上述べたように本Ii@にぶればコンテンを素子の外
周に一方向に熱j[iIi性を著し長手方向に間欠的切
目を少なくと4単−状に殿けたプラスチックフィルムを
巻−し劇記=ンデン!禦子両端伽にメ責すコンを施した
後加熱処置を施し1配プラスチックフィルムを関欠釣切
局に沿って長平方向に切−分離するようにすゐことによ
って短絡の危険性を完全に防止で龜るとと−にメタリコ
ン電4m導出鄭破−の危険性のない特性良好なコンデン
サの伽られるll1l最方法を得ることがで自る。As mentioned above, in accordance with this book, the content is heated in one direction around the outer periphery of the element, and a plastic film is wrapped around the outer periphery of the element, which exhibits remarkable properties and has at least 4 intermittent cuts in the longitudinal direction. Drama story = Nden! The risk of short circuit is completely eliminated by applying heat treatment to both ends of the wire and then cutting and separating the first plastic film in the long direction along the cutoff point. By preventing this, it is possible to obtain the best method for producing a capacitor with good characteristics without the risk of metallicon conductor failure.
4、−画の一隼なim明
!gl−および篇2園社従来−に係り第1−は加熱蛾場
刷のコンテン!を示す一1i1−1第2−は加熱処壊後
のコンテンすをボすm1mm、第3−〜第7図は本命−
の−裏通−に4&)賂3−は加熱処置−のコンデンサを
示す#視−1第4図は為3図にボナコンデンナのkFM
m、ms’txttayテスチツタフイルムを不す#視
−11&6図社加熱婚−俵のコンテンtを示すfM視−
1第1図は第6図に不すコンテンすのllrikI図、
第8−〜第1O−は本釦明の他の実脆−に係るそれぞれ
のプラスチックフィルムを不す斜視(2)、1s11図
は電圧−絶縁抵抗特性曲線図、第1g図は時間−4an
J特性曲線図である。4. - Im Akira is a great artist! Regarding GL- and Part 2 Sonosha Conventional-, the first one is the content of heated moth printing! 1i1-1 2nd- shows the content after heat treatment m1mm, and 3rd to 7th are the favorites.
Figure 4 shows the capacitor with heating treatment.
m, ms'txttay #view showing the test ivy film - 11 & 6 Zusha heated wedding - fM view showing the content of the bale -
1 Figure 1 is a diagram of the content not shown in Figure 6,
8th to 1st O- are perspective views (2) without the respective plastic films related to other real brittle materials of this button, Figure 1s11 is a voltage-insulation resistance characteristic curve, and Figure 1g is a time-4an
It is a J characteristic curve diagram.
(11)−−−−−−コンデン!素子
+12)(1))−−−−一間欠的切目(13) (1
8)−−−−−−プラスチツタフィルム+14)−−−
−−−メタリコン電離導出部(16) −−−−一分離
帯
特許出願人 マルコン電子株式★社
第1図 第2図
第3図 第+図
第5図
第6図 第7図
第8図 第311
第10図(11)------Conden! Element + 12) (1)) --- One intermittent cut (13) (1
8)------Plastic ivy film +14)---
---Metallicon ionization deriving section (16) --- Unisegment band patent applicant Marukon Electronics Co., Ltd. Figure 1 Figure 2 Figure 3 Figure + Figure 5 Figure 6 Figure 7 Figure 8 311 Figure 10
Claims (1)
に陶欠釣vId編を少なくとも単−状に殿けたプラスチ
ツタフィルムを巻−する乎歇と、該手段の後−紀素子一
端画にメタリ;ン電他導出部を**する手段と、しかる
のbm際処場を珈し1紀プラスチックフィルムをjlS
Sせるとと−に一紀切U&−沿って衡鍮しこの閣に分麿
蕾を形成する手段とを臭備したコンデンすのm最方法・Conden! Wrapping a plastic film around the outer periphery of the element that has thermal visibility in one direction and having at least a single layer of heat resistant vId on the moxibustion arm, and one end of the element after said means. The means to attach the electric lead-out part to the image, and the first place to remove the plastic film from the first generation.
The best way to use condensate, which is equipped with a means for forming buds along the U & - cut in the S and - in this section.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP57047589A JPS58164213A (en) | 1982-03-24 | 1982-03-24 | Method of producing condenser |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP57047589A JPS58164213A (en) | 1982-03-24 | 1982-03-24 | Method of producing condenser |
Publications (2)
Publication Number | Publication Date |
---|---|
JPS58164213A true JPS58164213A (en) | 1983-09-29 |
JPH025284B2 JPH025284B2 (en) | 1990-02-01 |
Family
ID=12779434
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP57047589A Granted JPS58164213A (en) | 1982-03-24 | 1982-03-24 | Method of producing condenser |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS58164213A (en) |
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPH07183160A (en) * | 1993-12-24 | 1995-07-21 | Matsushita Electric Ind Co Ltd | Laminated film capacitor and its manufacture |
JP2007220862A (en) * | 2006-02-16 | 2007-08-30 | Matsushita Electric Ind Co Ltd | Metallized film capacitor and its manufacturing method |
JP2015156445A (en) * | 2014-02-20 | 2015-08-27 | 株式会社村田製作所 | Lamination type film capacitor, and method for manufacturing lamination type film capacitor |
-
1982
- 1982-03-24 JP JP57047589A patent/JPS58164213A/en active Granted
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPH07183160A (en) * | 1993-12-24 | 1995-07-21 | Matsushita Electric Ind Co Ltd | Laminated film capacitor and its manufacture |
JP2007220862A (en) * | 2006-02-16 | 2007-08-30 | Matsushita Electric Ind Co Ltd | Metallized film capacitor and its manufacturing method |
JP2015156445A (en) * | 2014-02-20 | 2015-08-27 | 株式会社村田製作所 | Lamination type film capacitor, and method for manufacturing lamination type film capacitor |
Also Published As
Publication number | Publication date |
---|---|
JPH025284B2 (en) | 1990-02-01 |
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