201205617 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種使用於電子機器之電解電容器。 【先前技術】 、=般而言，電解電容器在施加較額定電壓更高的過電壓之情 藉由電界電容n内部之溫度上升，使構成浸潰電容器元件的 ，液之?機溶媒統，此外因如f化學反應產生氫氣，使外 二二，内壓上升。此時為無氣體之排出口的情況下，若外装殼 構件的封口力，則有時封口構件會自外裝 Λ又脫f並餅裝殼稍出，餅裝殼會發生_的情形。 播^^知之電解電容11 ’通常於外I殼之底面财由薄壁匈 機械性脆弱部’而此—外裝 」 «弱部斷裂並釋放内壓，因；：日：機插 邱妯屮5从加认卞 飞化之電解液與虱氣自此一釋放 裝殼外彈^餅綠述和财_殼脫離往外 裝有電解電容器、之】j二，化電f液有弄髒安 為解決上關概姻&祠題點。 (專利文獻1)所記載之電解電 ^平01-129819號公報 器，將形成有壓力釋放機構的外G =報所揭示之電解電容 之性質及通氣性的被覆材(海綿或气=底盆面’以具有吸收電解液 異常時壓力釋放機構運作之恃:）將，、破设。依此一構成，則 不會排出至外部。 〜下，因電解液被被覆材吸收，而 此外，亦如日本特開平〇5、132 揭示之電解電容器，具傷浸潰(專利文獻2)記载，其 電容器元件之有底筒狀的外裴軏^^电各器元件、内藏有此一 線、以及將外裝殼的開口部^二、由笔容器元件導出之一對的引 裝殼底面所設之壓力釋放機構口構件；此電解電容器於外 性質之粒狀膠化劑。 方，配置具有將電解液膠化的201205617 VI. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to an electrolytic capacitor used in an electronic machine. [Prior Art], in general, the electrolytic capacitor is applied with a higher voltage than the rated voltage, and the temperature inside the electrical boundary capacitor n rises to make the liquid electrolyte of the capacitor element. Because hydrogen is generated by a chemical reaction such as f, the internal pressure rises. In the case of a gas-free discharge port at this time, if the sealing member of the outer casing member has a sealing force, the sealing member may be removed from the outer casing and the cake casing may be slightly removed, and the cake casing may be _. Broadcasting ^^ knowing the electrolytic capacitor 11 'usually on the bottom of the outer I shell, the thin wall of the Hungarian mechanical fragile part 'and this - exterior" « weak part breaks and releases internal pressure, because; 5 from the addition of 卞 卞 之 之 之 电解液 电解液 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自 自Close marriage & 祠 祠. (Embodiment No. 01-129819, which is described in the patent document 1), the outer G of the pressure release mechanism is formed, and the properties of the electrolytic capacitor disclosed in the report and the air permeability of the coating material (sponge or gas = bottom basin) The surface 'has to operate with a pressure release mechanism that absorbs electrolyte abnormalities:), and breaks. According to this configuration, it will not be discharged to the outside. In the case of the electrolytic capacitor disclosed in JP-A No. 5,132, the electrolytic capacitor disclosed in Japanese Patent Laid-Open No. Hei. No. Hei.裴軏^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ A granular gelling agent with an external nature of the capacitor. Square, configured to gel the electrolyte
S 4 201205617 面所載之電解電容器，則因於外裝殼底 故此—電解電容器為具有大量電解液之大型的铭電 ，雖=此一開放之壓力釋放機構，喷出大量電解 i由二巧’但因壓力釋放機構的上方配置有粒狀膠化劑，故 地膠液’可將電解液往外部 [專利文獻] 專利文獻1曰本實開平0M29819號公報 專利文獻2日本特開平05-13289號公報 【發明内容】 [本發明所欲解決的問題] 構時上Ϊίίί，中揭示之電解電容器，具有於開放壓力釋放機 ^ 3电釦液吸收劑防止外裝殼之電解液往外部排出的趟处 t ’因開放壓力釋放機構之情況下外裝殼内形卜= 4化之電解液自壓力釋放機 =^虱现 位於遠離該直線位晉之雷自 、 °卩此一狀悲， 電解液的機ί 解液吸收劑，可能無法發揮吸收汽化之 鑑於上述課題，本發明 — 電解電容器提高電解液吸收劑等=汽容器，該 力釋放機i排出Γ 釋放機構的情況，亦可防止電解液自壓 [解決問題之技術手段] 膜捲陽極落與陰極落隔著隔離 .隹且件浸潰於電解液，收納於有底筒狀之外 201205617 外裝殼之開口端部封口的電解電容器中，該 解電容器之内壓的壓力釋玫機構，於此一墨力 釋欠機構之外σ卩’將薄板與電解液吸收劑依序配置。 右壤ϊ此與壓力釋放機構對應之電解液吸收劑的面，安裝 ^义’故顧力釋放機構之開放而被·的汽化之 =越:Γίί板於其周圍擴散’分散於電解液吸收劑。附匕， 丨r體可被利用。藉此，可提ί 劑 之及收效率，可防止電解液自壓力釋放機構排出。 屬特徵係為由金屬_成。藉此，因只要為金 具有強度，使自壓力釋放機構釋放的汽化 之電解液不犬破金屬治’可藉該金屬箱於其周圍擴散。 此外，該薄板之特徵為具有複數的貫通孔。笋 ===，出的汽化之卿他氣二 該電解液 吸收〜卜之雷奶、广认4古吏有文也活用^回该電解液吸收劑的 ϊΐ Ιίΐ率、，可防止電解液自座力釋放機構排出。 卜裝忒之特徵為，其底面形成有安全閥 ，職圍外裝殼的外周，於由此一底面與：二以3 間’收納電解液吸收劑。藉此，則電解液吸收劑可簡 壓力釋放機構之外部。 〜U料地》又置於 入兮S二該收納該電解液吸收劑，並將固定機構插 朴^、，使該電解液吸收劑於該收納空間内被推壓固定。 定機構推壓電解液吸收劑，使該吸收劑之密度 二八吸=°亦即’藉由推壓該電解液吸收劑，使變 更防止自屋力釋放機構釋放的汽化之電 娜，鞭糊嶋赚外部， 此外:該m定機構，至少外緣部具有彈力，將謂入該收納 空間’藉著具有該彈力之外緣部，推塵並固定該收触間之内壁。The electrolytic capacitors contained in the surface of S 4 201205617 are due to the outer casing bottom. Therefore, the electrolytic capacitor is a large-scale electric power with a large amount of electrolyte. Although this open pressure release mechanism, a large amount of electrolysis is ejected by the second 'But the granular gelling agent is disposed above the pressure release mechanism, so the ground glue 'can move the electrolyte to the outside. [Patent Document] Patent Document 1 曰本实开平 0M29819号 Patent Document 2 Japanese Special Kaiping 05-13289 SUMMARY OF THE INVENTION [Problem to be Solved by the Invention] The electrolytic capacitor disclosed in the present invention has an open-pressure release machine 3, and an electric wicking liquid absorbent prevents the electrolyte of the outer casing from being discharged to the outside. At the time of 'opening pressure release mechanism', the shape of the outer shell is the same as that of the pressure release machine = ^ 虱 is now located away from the straight line Jinzhi Lei, ° 卩 this one sad, electrolyte In view of the above problems, the electrolytic solution of the liquid absorbing solution may not be able to exhibit absorption and vaporization. The present invention - the electrolytic capacitor increases the electrolyte absorbent, etc. = the vapor container, and the force release device i discharges the Γ release mechanism It can also prevent the electrolyte from self-pressure. [Technical means to solve the problem] The film roll anode is separated from the cathode by the separator. The piece is immersed in the electrolyte and stored in the bottom of the bottom of the tube. 201205617 The open end of the outer casing In the sealed electrolytic capacitor, the pressure release mechanism of the internal pressure of the de-capacitor, in addition to the ink-releasing mechanism, sequentially arranges the thin plate and the electrolyte absorbent. The right side of the soil is the surface of the electrolyte absorbent corresponding to the pressure release mechanism, and the installation is controlled by the opening of the force release mechanism. The more: the Γ ί 板 plate spreads around it' dispersed in the electrolyte absorbent . Attachment, 丨r body can be used. Thereby, the efficiency of the agent can be improved, and the electrolyte can be prevented from being discharged from the pressure release mechanism. The genus characteristics are made of metal. Thereby, as long as the gold has strength, the vaporized electrolyte released from the pressure release mechanism can be diffused by the metal box. Further, the sheet is characterized by having a plurality of through holes. Bamboo shoot ===, out of the vaporization of the Qing he gas two of the electrolyte absorption ~ Buzhi Lei milk, widely recognized 4 ancient 吏 吏 文 also use ^ back to the electrolyte absorbent ϊΐ Ι ΐ ΐ rate, can prevent electrolyte The seat release mechanism is discharged. The buck is characterized in that a safety valve is formed on the bottom surface thereof, and the outer periphery of the outer casing is placed on the bottom surface thereof to accommodate the electrolyte absorbent. Thereby, the electrolyte absorbent can be external to the pressure release mechanism. The material material absorbent is placed in the inlet S2, and the electrolyte absorbent is stored, and the fixing mechanism is inserted, and the electrolyte absorbent is pressed and fixed in the storage space. The fixing mechanism pushes the electrolyte absorbent so that the density of the absorbent is two or eight suctions = °, that is, by pushing the electrolyte absorbent, the change prevents the vaporization of the self-power release mechanism from being discharged.嶋 earning the outside, in addition: the m-fixing mechanism, at least the outer edge portion has an elastic force, which will be referred to as the storage space 'by the outer edge portion having the elastic force, pushing and fixing the inner wall of the receiving room.
S 201205617 藉此’則開放電解電容器之屢力 、 液將該吸收劑往該收《 冓，以噴出的汽化之電解 構之外緣部藉其彈1'二==_蝴的情況下，該固 劑，防止該吸收劑之脱離。此i屢力，並推塵該吸收 定機構的外緣部具有彈力，往收納该收納部接觸之該固 緣部被推壓往收納部_，變得更難&離。_之推墨力越大，外 收之=等=定機構具備貫通孔。藉此，_糊可將未吸 之電的收f此因環糊精吸收汽化 薄層，可使電解電容⑸吸收劑之搭為少量並為 液量為1之情，電解電容器所含之電解 電解液的重量為1之情上重旦。則電解電容器所含之 重量0.3以上，確實地防止其I狀電收劑之 [本發明之效果] ~ M狀彺窀解私各盗之外部流出。 依以上本發明，則即便於電解 電容器之壓力職機構，而排出汽： 升’開放電解 放機構之少方配置有貼附薄板的S化 其周圍擴散’可提高電解液吸收劑的吸收效率，使^ 亡之電角犧不排。出至外部。藉此’可解決排出的汽 文裝有電解電谷敗機器内部，或與火災之煙霧混淆等問題點。 【實施方式】 [實施本發明之最佳態樣] 以下，對本發明之實施形態加以說明。 本發明，於設有外綠與封口體等之壓力釋放機構的外部， 配置吸收汽化之電解液的電解液吸收劑，並於 壓力釋放機構側之面安裝薄板。 以下，依據附圖對本發明之實施例加以說明。 201205617 [實施例l] 對實施例1之電解電容器，參 备明之電解電容器的剖面圖。 行說明/圖1顯示本 ‘化，错％極氧化處理形成介電材 ，將猎蝕刻使鋁箔粗 箔粗糙化之陰極箔與隔離膜-同捲=5,極箔、及藉蝕 將_额陰極細著隔_堆疊 構成。此外，使用 極箔與陰極謂，各自與引出外部用之電容器元件亦可。陽 之電容器元件11的一方端面導出。丨出^子13相連接，自捲繞 之後使此一電容器元件u浸潰 、 件收納於由紹所構成的有底筒狀3 將電容器元 之底面，形成有自外裝殼12A麻而由外凌设12内。外裝殻12 以作為機械_弱部之安全闕、^中力==槽，為放射狀 IS 子亦 裝殼之側面或其他封口構件。 中’一對的外部端子13貫通封口構件，/^5 ^ 牛b $部二此外’外裝殼12之開口端部藉 牛 15，密封電解電容器。 u疋訂口構件 1½•添丨卜外裝㉝12之底面的安全闕14其外部，配置有電解液吸 =22。作為將電解液吸收劑22配置於安全閥14其外部之方 f準備金屬製之有底筒狀的固持構件20，於此一固持構件2〇内吞 之电解液吸收劑22，並配置於外裝殼丨2之底面的方法。 更詳細來看，自外裝殼12之底面，形成鍔部12a包圍外裝殼 12之周圍，於此一鍔部12a與外裝殼12之底面形成收納空間 納於此一收納空間收納電解液吸收劑22之固持構件2〇，將該固持 構件20固定，藉以將電解液吸收劑22安裝於外裝殼12。 、 和此一固持構件20由有底筒狀之金屬等構成，為包覆設於外裝 忒其底面之收納空間的外形，其内部空間收納有電解液吸收劑 201205617 t电解液吸收劑22，多為以粉體等構成之情況。將為防止此一 崧體狀之吸收部脱落的過濾構件23、24配置於電解液吸收劑22 =兩面，呈電解液吸收劑22被過濾構件23、24夾入之堆疊體構 ί入^持構件2〇之底面’設有形成切刻槽並成為機械性脆弱部之 ΐϋ’於該固持構件2〇之底面側，配置為與該堆疊體之過 ί 抵接，並於固持構件2〇内收納電解液吸收劑22。此外， ^ Μ之外面’以黏接劑等貼附薄板25。將收納此一電解 液吸收劑22之堆疊體的固持構件2〇，在 ％之薄板％ 12a之前二應之位置對正而配置並收納堆疊體；藉由將鳄部 面，使過遽構件24及薄板25與外裝殼12之底 開口端被吸收劑22之堆疊體。此時固持構件20之 左右之圓形薄板。另外 =紙構件或活性炭薄片:更使用於薄膜 等』外聚。例如列舉:遽紙 汽化之電解液的物質(合成古八J布:f 4、就或其他；可吸收 等。T電解液吸收劑G乃==解液之膠化劑 環糊精，亦被稱為瑷灿宣μ ^且伲用衣糊精。 兩端連接而構環狀:其中2 6 糖相連結之寡糖的 環糊精」、結合7個成為環肤個「1糖成為環狀者稱為「α-成為管狀者稱為「γ^晨糊精」。冉為卜裱糊精」、結合8個葡萄糖 而環糊精之環狀構造;/内部 分子之程度大小的空孔。空孔之内^ ar^f他比較上為小 環糊精0.6-0.8mn、γ_環糊精〇 8 為·叫糊精〇_45-〇.6nm、β_ 孔部具有親油性、外部具有親水生。11111左右。此外’環糊精其空 使此一環糊精作為電觫 w ° •液吸收劑22作用，係考慮為將汽化之 201205617 电解液成分包涵於環糊精之空孔。 ㈣之環糊精中最宜為卜環糊精。若使用環糊精作#^ 電解液吸收劑22之情況，即使其觸少量， 電解液之效果。藉此可作為良好防煙對策。 b又传 為:Λΐϊ精作為最佳電雜吸㈣22之理_柯確，但奸 艘八r/r孔之大小帶來影響。亦即，吾人推論應為：環糊於之思 解波=^5其空孔大小雖各自相異，但p體為對包涵汽H =佳工孔大小。此外亦思及；α-環糊精與γ-環糊精為水'、六 ’、ρ-，糊精為水溶性不佳之性質的關係。電容器元件或電解液^ ，水为之情況下’此—開放壓力釋放機構時，水分亦被作# 著2到因Ρ•環糊精為水溶性不佳，難以產生被水基氣ii 出並同排出至電解 明 解液之機能充分地發揮。 | n錄故吸收電 此^解電容㈣，於外裝殼12内之_上升而安 之情況’汽化之電解液通過安全閥14於_構件2 2裝^12之底面與鳄部12a形成的既&間係以固持構件20 ===之，電解液。進一步，固持構件20内 二產生而上升，則固持構件20所設之安全閥14a開閥。此時， 因〇化之電解液被電解液吸收劑22吸人，雖氫氣被排出至外部， 但n/ί匕之電解液因被電解液吸收劑22被吸入而不排出至 外，藉由將制持構件20以叙等之金屬構成，即便汽化之卜電b 被強力地排出之叙，_構件2G仍不㈣ < = 保留於固持構件20内。 mvi匕之电解液 ,此外，該外裝殼12 ’因其底面與鍔部！2a之連結部16自底面 在鳄部呈傾斜狀，故提高外裝殼12之絲與鳄部仏的強度j 便於開放安全閥12a使汽化之電驗強力地排出 g 件20與外裝殼12之底面間仍不產生隙間等，可防止電解 201205617 全閥14排出。 _ U對貼附慮構件24之薄板25的機能加以說明，則 气於出的汽化之電解液’藉薄板25於其周圍擴散，分 ^4。因通常安全間14開閥之情況下外裝殼12内形 5 二乳與汽化之電解液自安全閥14強力地排出。未設置 件23' 24 況’氣氣與汽化之電解液易直線狀地突破過濾構 22往外部噴出。此—狀態下，位於遠 的因ΐ解液吸收劑22可能無法發揮吸收汽化之電解液 全閥μ，使自安钟14排出賦化之電^ Ϊ3容板=外周緣附近’亦可通㈣吏汽= 當奴贼構件24之表面狀態與密度，使盆 件%此—分散機能，則將過渡構 劑22，依H電3^收劑22之搭载量加以記述。電解液吸收 化。對電解液其吸_液之效果變 時吸入汽化之電解液的量變少，匕=則開放壓力釋放機構 可視覺辨識程度的煙。纽 $ 液往外部流出，形成 其重量比為’搭載電:二t二含4電旦解的重量為？之情況 形成煙狀流出至電解電容哭 里.3以上，藉以防止其 收劑22之重量搭载〇.3以;;二論於^^^ ^對電解液吸 =末期之情況，總的來說可獲得情況 ® 2 〇 全間側展示固定機構之圖(a) f』面圖。圖3為自安 面圖⑻。此外，對與該實觀察箭頭方向之側 们所祝構鉍卩分_的構成部分 1Ϊ 201205617 賦予同一符號並省略重複說明。 首先，實施例2不使用固持構件2〇，如圖2所示將被過滤構 件23、24夾入之電解液吸收劑22的堆疊體，與薄板25 一同&置 於外裝殼12之收納空間。 其後，於收納空間插入圖3⑻、（b)所示之固定機 解液吸收劑22朝向薄板25推壓並蚊。藉此，_推壓電解液 吸收劑，使該吸收劑之密度變高，可更提高吸㈣。 推壓該吸_ 22，使變祕的部分減少。因此 ^ 釋放機構航蚊f驗通職魏獻m 收劑吸收地排th至外部。 | 1 | ” 此處，對固絲構26加以說明。蚊機構26係由推壓部^ 人犬片部28所構成’該推壓部27推屋電解液吸收劑；突 μ 為推塵收納空間之内壁並將固定機構26固定的外緣部。於推。壓部 27設有複數的貫通孔29。藉此，可將該吸收劑22未吸收之£ 等排出。此外，作為固定機構26之構件，宜為具有彈力者如 可以鋁等之金屬或樹脂形成。因具有彈力 142 A , 之開口部側推壓’仍藉著固定機構26具有 ί 則之推壓力，防止該固定機_離。ί 卜’猎由I、該收、、内邛接觸之該固定機構26 力’箭頭Β所示之力運作，往收納部㈣部^^ 越大’，，^推壓往收納部位内面部侧，變得更難 發明: 兄叫明要曰之粑圍的變更或追加亦包含於本 例如，貫施例2 ’電解液吸收劑22雖藉固 1使用此-固定機構26，如圖4所示將夾人過 體直接配置於外裝殼12的收納空間， 將外衣/λ 12之鳄部捲邊處理並固定亦可。 此外貝施例中’形成突出之鳄部12a，自外裝殼之底面S 201205617 By this, the force of the electrolytic capacitor is turned on, and the liquid is used to transfer the absorbent to the outer edge of the vaporized electrolysis structure by the liquid, and the bomb is 1'2 === butterfly. a solid agent that prevents the detachment of the absorbent. This i is repeatedly used to push the outer edge portion of the absorbing mechanism to have an elastic force, and the rim portion that is in contact with the accommodating portion is pressed against the accommodating portion _, making it harder and easier. The larger the pushing force of _, the more the receiving = etc. = the fixed mechanism has a through hole. Thereby, the _ paste can absorb the unabsorbed electricity, and the cyclodextrin absorbs the vaporized thin layer, so that the electrolytic capacitor (5) absorbent can be made into a small amount and the liquid amount is 1. The electrolysis capacitor contains the electrolysis. The weight of the electrolyte is 1 and it is heavy. Then, the weight of the electrolytic capacitor is 0.3 or more, and the effect of the present invention is surely prevented. According to the above aspect of the invention, even in the pressure mechanism of the electrolytic capacitor, the exhaust gas: the "opening of the electric liberation mechanism is less than the S-distribution of the attached sheet" can improve the absorption efficiency of the electrolyte absorbent. The electric angle of the death is not sacrificed. Out to the outside. This can solve the problem that the discharged steam is equipped with the inside of the machine, or confused with the smoke of the fire. [Embodiment] [Best Mode for Carrying Out the Invention] Hereinafter, embodiments of the present invention will be described. In the present invention, an electrolyte absorbent that absorbs the vaporized electrolyte is disposed outside the pressure releasing mechanism provided with the outer green and the sealing member, and a thin plate is attached to the surface of the pressure releasing mechanism. Hereinafter, embodiments of the invention will be described with reference to the drawings. [2012] [Embodiment 1] A cross-sectional view of an electrolytic capacitor of the first embodiment is shown. Line Description / Figure 1 shows the formation of the dielectric, the wrong part of the extreme oxidation treatment of the dielectric material, the etching of the aluminum foil rough foil of the cathode foil and the separator - the same volume = 5, the polar foil, and the eclipse will be _ The cathode is thinly stacked and stacked. Further, the use of the electrode foil and the cathode may be performed by a capacitor element for external use. One end surface of the capacitor element 11 of the anode is led out. The 13子子子13 is connected, and after the winding, the capacitor element u is immersed, and the member is housed in the bottomed cylindrical shape formed by the shovel, and the bottom surface of the capacitor element is formed, and the outer casing 12A is formed. The outer Ling is set within 12. The outer casing 12 is used as a mechanical 弱 weak part, ^ medium force == groove, and is a side surface of the radial IS sub-shell or other sealing member. The pair of external terminals 13 penetrate the sealing member, and the opening end of the outer casing 12 is sealed by an electric capacitor. u 疋 疋 构件 11 11 11 11 11 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 A liquid-fixed member 20 having a bottomed cylindrical shape made of metal is prepared as the outer surface of the safety valve 14 in which the electrolytic solution absorbent 22 is disposed, and the electrolytic solution absorbent 22 is swallowed in the holding member 2, and is disposed outside. The method of housing the bottom surface of the crucible 2. In more detail, from the bottom surface of the outer casing 12, the crotch portion 12a is formed to surround the periphery of the outer casing 12, and the bottom portion 12a and the bottom surface of the outer casing 12 form a storage space therein to accommodate the electrolyte in the storage space. The holding member 2 of the absorbent 22 fixes the holding member 20 to attach the electrolytic solution absorbent 22 to the outer casing 12. And the holding member 20 is made of a metal having a bottomed cylindrical shape, and is an outer shape of a storage space provided on the bottom surface of the outer casing, and an electrolyte absorbent 201205617 t electrolyte solution 22 is accommodated in the internal space. Mostly, it is composed of powder or the like. The filter members 23 and 24 for preventing the detachment of the absorbing portion are disposed on the electrolyte absorbent 22 = both surfaces, and the stack of the electrolyte absorbent 22 sandwiched by the filter members 23 and 24 is placed in the stack. The bottom surface of the member 2 is provided with a grooving groove and becomes a mechanically weak portion. The bottom surface of the holding member 2 is disposed on the bottom surface side of the holding member 2, and is disposed in contact with the stacked body, and is disposed in the holding member 2 The electrolyte absorbent 22 is housed. Further, the outer surface of the crucible is attached to the thin plate 25 by an adhesive or the like. The holding member 2 收纳 accommodating the stacked body of the electrolyte absorbent 22 is disposed and accommodated in the position before the % thin plate % 12a; and the damper member 24 is formed by the crocodile surface And the thin plate 25 and the open end of the bottom of the outer casing 12 are stacked by the absorbent 22. At this time, the left and right circular sheets of the holding member 20 are held. In addition = paper member or activated carbon sheet: more used in film and so on. For example, the material of the electrolyte which is vaporized by crepe paper (synthesis ancient eight J cloth: f 4, or other; absorbable, etc. T electrolyte absorbent G is == the liquid gelatin cyclodextrin, also It is called 瑷 宣 μ μ ^ and 衣 衣 糊 。 It is called "α-becoming a tuber called "γ^晨dextrin". It is a dip-dextrin", a ring-shaped structure of cyclodextrin combined with 8 glucoses; or a hole of a degree of internal molecules. Within the hole ^ ar ^ f he is relatively small cyclodextrin 0.6-0.8mn, γ_cyclodextrin 〇 8 is called dextrin 〇 _45-〇. 6nm, β_ pores are lipophilic, externally hydrophilic Born. 11111 or so. In addition, 'cyclodextrin's empty space makes this cyclodextrin act as electric 觫 w ° • liquid absorbent 22, considering that the vaporized 201205617 electrolyte component is included in the hole of cyclodextrin. The cyclodextrin is most preferably a cyclodextrin. If cyclodextrin is used as the electrolyte absorber 22, even if it touches a small amount, the effect of the electrolyte can be used as a good defense. Smoke countermeasures. b is also transmitted as: the best electric miscellaneous (four) 22 _ Kezhen, but the size of the eight-r/r hole of the traitor has an impact. That is, our inference should be: The wave size = ^5, although the size of the holes is different, but the p body is the size of the inclusion steam H = the size of the good hole. Also think about it; α-cyclodextrin and γ-cyclodextrin are water ', six' , ρ-, dextrin is a property of poor water solubility. Capacitor element or electrolyte ^, water in the case of this - when the open pressure release mechanism, the water is also made #2 to Ρ • cyclodextrin In order to achieve poor water solubility, it is difficult to produce a function that is discharged by the water-based gas and discharged to the electrolytic solution. | n Recording absorption of the capacitor (4), the rise in the outer casing 12 In the case, the vaporized electrolyte passes through the safety valve 14 between the bottom surface of the member 2 2 and the crocodile portion 12a to hold the member 20 ===, the electrolyte. Further, the holding member 20 is When it is raised and raised, the safety valve 14a provided in the holding member 20 is opened. At this time, since the electrolytic solution is sucked by the electrolyte absorbent 22, hydrogen gas is used. The electrolyte is discharged to the outside, but the electrolyte solution of n/ί匕 is sucked by the electrolyte absorbent 22 and is not discharged to the outside, and the holding member 20 is made of a metal such as a vapor, so that even if the vaporization b is strongly Except for the discharge, the member 2G is still not (4) < = retained in the holding member 20. The electrolyte of the mvi匕, in addition, the outer casing 12' is connected to the crotch portion 2a from the bottom surface of the crocodile The portion is inclined, so that the strength of the wire of the outer casing 12 and the crocodile portion is increased. j, the opening of the safety valve 12a is facilitated, and the electrophoresis of the vaporization is strongly discharged between the g-piece 20 and the bottom surface of the outer casing 12 without gaps. It can prevent electrolysis 201205617 full valve 14 from being discharged. _ U describes the function of the thin plate 25 of the attachment member 24, and the vaporized electrolyte 'distributed by the thin plate 25 is diffused around it, and is divided into four. Since the outer casing 12 is normally opened when the safety room 14 is opened, the electrolyte of the second emulsion and the vaporization is strongly discharged from the safety valve 14. Unset part 23' 24 Condition 'The gas and vaporized electrolyte are easily discharged straight out of the filter structure 22 to the outside. In this state, the remote sputum absorbing solution absorbent 22 may not be able to exert the full valve μ of the electrolyte that absorbs vaporization, so that the self-safety bell 14 discharges the electric ^3 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容 容吏 = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = The electrolyte is absorbed. When the effect of the liquid absorption of the electrolyte is changed, the amount of the electrolyte which is inhaled and vaporized becomes small, and 匕 = the open pressure release mechanism can visually recognize the degree of smoke. New York liquid flows out to the outside to form a weight ratio of 'powered: two t two with 4 denier solution weight? The situation forms a smoke-like outflow to the electrolytic capacitor crying. 3 or more, so as to prevent the weight of the collector 22 from being loaded with 〇.3;; the second is about ^^^ ^ for the electrolyte suction = the final period, in general Availability ® 2 〇 All sides show the diagram of the fixing mechanism (a) f ” Figure 3 is a self-safety diagram (8). In addition, the components 1 to 201205617 which are the same as the side of the direction of the actual observation arrow are given the same reference numerals, and the overlapping description will be omitted. First, in Embodiment 2, without using the holding member 2, a stack of the electrolyte absorbent 22 sandwiched by the filter members 23, 24 as shown in FIG. 2 is placed together with the sheet 25 and placed in the housing 12 space. Thereafter, the fixing solution absorbent 22 shown in Figs. 3 (8) and (b) is inserted into the storage space and pressed against the thin plate 25 to cause mosquitoes. Thereby, the electrolyte absorbent is pushed to increase the density of the absorbent, and the suction can be further improved (4). Push the suction _ 22 to reduce the part of the change. Therefore, the release mechanism of the aerial mosquitoes, the pro-existing Wei Xian m collectors absorb the ground th to the outside. 1] ” Here, the fixing structure 26 will be described. The mosquito mechanism 26 is composed of a pressing portion ^ a human dog portion 28 'the pushing portion 27 pushes the electrolytic solution absorbent; the protruding μ is a dust collecting device The outer wall portion of the space is fixed to the outer edge portion of the fixing mechanism 26. The pressing portion 27 is provided with a plurality of through holes 29. Thereby, the absorbent 22 can be discharged without being absorbed. Further, as the fixing mechanism 26 The member is preferably formed of a metal or a resin which can be elastic, such as aluminum, etc. Since the elastic portion 142 A is pressed on the opening side, the pressing mechanism of the fixing mechanism 26 has a pressure of ί to prevent the fixing machine from being separated. ί 卜 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' On the side, it becomes more difficult to invent: The change or addition of the brother's name is also included in the present example. For example, the electrolyte absorbent 22 is used by the fixing mechanism 26, as shown in Fig. 4. The clip body is disposed directly in the storage space of the outer casing 12, and the crocodile portion of the outer garment/λ 12 is crimped and processed. Also given. Further embodiments of the shell 'of the projecting portion is formed crocodile 12a, from the bottom surface of the exterior case
S 12 201205617 圍’藉由此—鳄部⑶與外裝殼12之底面形 技播杜二έ收納空間，雖收納配置有電解液吸收劑22之固 持構件20並將％解液吸收劑22安裝於電解 圖4所示’不在外裝殼12之底岭置^叫不 吕又置收納工間）’而將收納電解液吸收劑2 劑或焊接等_於聽殼12之底面。嗎將烈以黏接 發:限^==^雖=安全_，但本 全閥14a。 J U ® 5所不、又置设數個貫通孔21替代安 過實f於電解液吸_ 22之兩面設有薄板狀之 ㈣並秘槪，柯使用袋狀 全二限r;= 空間時，形成2 部：軸了秘Hi2 J二收納 突片部、與使突片部之端部位於較收二内工間之内側之 置，於插人時推壓收納空間之内壁而插 分亦加以鍾，使電解液吸收劑么體之^及收劑之外側部 解液吸收劑之端部的電解液之吸收率&度=’可使對通過電 塵收納空間之而插入之突片部28，可防^固^減藉著插入時推 此外，亦可不設突片㈣，將固===構之脱離。 間部之開口部更大，藉由使該固定機構為較收納空 入時以外緣部推翻壁，外緣雜有彈力，於插 【圖式簡單說明】 圖1頒不本發明之電解電容器的 圖2顯示本伽之電解電容 ^ 圖3 I絲本㈣之電解電容剖面圖。 自安全闕側展示固定機構之圖 構之剖面圖，⑷為 ()為/σ考虛、線Μ觀察箭頭方向 13 201205617 之侧面圖。 圖4顯示本發明之電解電容器的其他實施例之剖面圖。 圖5顯示本發明之電解電容器的其他實施例之剖面圖。 【主要元件符號說明】 10 電解電容器 11電容器元件 12外裝殼 12a鍔部 13外部端子 14安全閥 14a安全閥 15封口構件 16連結部 20固持構件 21、29 貫通孔 22電解液吸收劑 23、24過濾構件 25薄板 26固定機構 27推壓部 28突片部S 12 201205617 By the crocodile portion (3) and the bottom surface of the outer casing 12, the Du Fu έ storage space is provided, and the holding member 20 with the electrolyte absorbent 22 is housed and the % lysing absorbent 22 is installed. In the electrolysis shown in FIG. 4, 'the bottom of the outer casing 12 is not placed in the bottom of the casing, and the storage chamber is placed.'] The electrolyte absorbent 2 is placed or soldered to the bottom surface of the casing 12. Will be strong to glue the hair: limit ^ = = ^ although = safe _, but this full valve 14a. The JU ® 5 does not have a plurality of through holes 21 instead of the Anshun F. On both sides of the electrolyte suction _ 22, there is a thin plate shape (4) and the secret, Ke uses the bag-shaped full second limit r; = space, Two parts are formed: the axis is Hi2J, and the end portion of the tab portion is located on the inner side of the inner chamber, and the inner wall of the storage space is pushed when the person is inserted, and the insertion is also performed. The absorption rate of the electrolyte solution at the end of the solution of the electrolyte absorbent body and the side of the liquid absorbing agent at the side of the collector can be made to insert the tab portion through the dust accommodation space. 28, can prevent the ^ solid ^ minus by inserting when pushing, or without the tab (four), the solid == = structure. The opening portion of the inter-portion portion is larger, and the outer edge of the fixing mechanism is pushed over the outer edge portion when the air is inserted, and the outer edge is elastic, and is inserted in the drawing. FIG. 1 illustrates the electrolytic capacitor of the present invention. Figure 2 shows the electrolytic capacitor of this gamma ^ Figure 3 I wire (4) electrolytic capacitor sectional view. A cross-sectional view of the structure of the fixed mechanism from the side of the security side, (4) is a side view of () for the /σ test, the direction of the arrow Μ observation arrow 13 201205617. Figure 4 is a cross-sectional view showing another embodiment of the electrolytic capacitor of the present invention. Figure 5 is a cross-sectional view showing another embodiment of the electrolytic capacitor of the present invention. [Description of main component symbols] 10 Electrolytic capacitor 11 Capacitor component 12 Outer casing 12a 锷 13 External terminal 14 Safety valve 14a Safety valve 15 Sealing member 16 Connecting portion 20 Holding member 21, 29 Through hole 22 Electrolyte absorbent 23, 24 Filter member 25 thin plate 26 fixing mechanism 27 pressing portion 28 protruding portion
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