4-66 796 Λ7 _________ B7 五、發明説明（1 ) 一 " ~~~~~ 本發明係有關一種雙端具同極性輸出入導電接頭之柱 型單電極組蓄電裝置及導電連接結構設計。 傳統小型一次電池或可充電二次電池或蓄放電電容器 等蓄電裝置，.通常係呈圓柱型或方型或其他幾何形狀截面 之柱型結構並由軸向之一端為第一電極，.杯型殼濮為第 二電極，.其相關先前技術請參考第二十囷、•第二十一圏及 第二十二圖所示；或以殼體為所製成或加套絕緣外層而在 轴向單端設有第一及第二電極：該相關先前技術則可參考 第二十三圖及第二十四囷所示；惟上述兩種習用構造者， 其缺點如下： (1) .置入電池時極性容易錯置。 (2) .單端輸入或輸出内電阻較大。 經濟部中央標隼局員工消費合作社印製 I .--Γ ^--裂-----Γ 訂 (請先閲讀背面之注意事項再填寫本頁} 本發明之主要目的，.乃在於提供一種雙端具同極性輸 出入導電接頭之柱型單電極組蓄電裝置及導電連接結構設 計，-為針對上述習用構造者之物理性缺失之新發明設計.， 主要特徵為將圓柱型或方型或其他幾何截面之柱型一次電 池或二次電池或蓄放電電容器之沿導電性殼髏軸向兩端藉 適當絕緣結構設置同極性之第一電極而由導電性殼艘構成 第二電極，.或殼艘為絕緣體所製成或由導電體製成之加套 絕緣外層而沿殼體軸向兩端皆同時設置第一電極及第二電 極’，即兩端各別同時具有第一電極及第二電極者藉此設 計’·即可有效防止置入電池時極性錯誤，，並降低電池内電 阻。. 本發明之另一標的，.乃在於提供一種雙端具同極性輸 3 ^紙張尺度適用中國國家標準（CNS ) Λ4規;~ 經濟部中央標準局員工消費合作社印製 466796 A7 _一 -_^ _B， 五、發明説明（2) 出入導電接頭之柱型單電極組蓄電裝置及導電連接結構設 計’，其蓄電裝置之導電接頭係與傳統形態不同•，該蓄電裳 置單顆輸出及多顆作串聯或並聯所需要之耦合或連接之導 電想結構，，除以導線直接焊接或以接點端子各別叙合於接 頭或以獨立導電簧片搞合於導電接頭外•，亦可藉下列設計 之焊合或麵合式導電結構以供舆蓄電裝置之導電接頭或電 極相匹配包括.：單顆焊接式導電結構.、單顆嵌入相合式導 電結構'多顆串聯焊接式導電結構、，多顆串聯嵌入輕合式 導電結構、·多顆並聯焊接式導電結構及多顆並聯嵌入耗合 式導電結構.。 茲依附圖實施例將本發明之結構特徵及其它作用.、目 的詳細說明如下.·· 第一圖及第二圖所示：係本發明蓄電裝置之轴向兩端 設置呈同極性軸向貫穿雙端電極之應用例結構示意圖第 二圖及第四圖所示為本發明蓄電裝置之轴向兩端分別.設置 呈同極電極組之應用例結構示意圖，；第五囷及第六圖所示 為本發明之蓄電裝置殼馥構成第一電極而軸向兩端設置兩 個或兩個以上同極性之第二電極導電接頭施例結構示意圖. ;第七圓及第八圖所示為本發明之蓄電裝置殼體為絕緣體 所製成或由導電體製成加套絕緣外層·，而殼體軸向兩端個 別設置第一電極及第二電極之實施例結構示意圖.；第九圖 及第十圖所示為本發明之蓄電裝置殼體為絕緣體所製成或 導電艘製成加套絕緣外層.’_而殼艘轴向兩端其令一端具有 兩個或兩個以上之第一電極導電接頭'另一端具有兩個或 本紙張尺度適用中國國家標準（CNS ) A4規格（2丨0X297公釐） (請先聞讀背面之注意事項再填寫本頁} 裝. -訂 4 6 6 79 6 五、發明説明（3) - 兩個以上之第二電極導電接頭實施例結構示意囷。 依第一、.二囷所揭應用例，其主要構成特後尤於. ――柱形蓄放電裝置如電池或蓄放電電容器設有一個•雙向 貫通筒狀之柱型殼體1〇,;殼體1〇為由導電材料所構成，呈 圓筒型或方型或其他幾何形狀之中空結構，.係作為輪出或 輸入之第一電極組ΡΊ〇1，·又其内部植設一呈雙向貫通之後 棒2〇’·且供置入酸性或鹼性電化學物質及電極極板絕緣材 料40等·’令雙向貫通之碳棒2〇兩端係呈同極性之第二電極 组Ρ102為特徵者.。 依第三、，四圖所揭應用例：其主要構成特徵在於.： ――柱形蓄放電裝置如電池或蓄放電電容器設有一個雙向 貫通筒狀之柱型殼體1〇a;,殼體10a為由導電材料所構成， 呈圓筒型或方型或其他幾何形狀之中空結構，供與第—電 極連接（或焊接）作為輸出或入之第一電極組p<|〇1如負電 極（NEGAT丨VE PLATE)，，其内部分別設正、，負極板213、 • 經濟部中央梯準局員工消費合作社印製 urn—, —m t i vm I IK VI n^i i n^— HI ml ~m IV i' 0¾ 售 Γ請先閑讀背面之注意事再填寫本頁} 22a及隔離材料Ma (SEPARATOR)供置入酸性或鹼性電化 學物質、、及電極極板絕緣材料4〇a等.，並在轴向兩端各別 設有與同極性柱板連接（或焊接）之導電接頭5〇a構成第 二電極組ΡΊ〇2如正電極（POSITIVE PLATE)為特徵者》 此項雙端具同極性輸出入導電接頭之柱型蓄電裝置及 導電連铸結構除可在軸向兩端各别設置一組同極性導電接 頭外亦可依應用需求作成下列進一步之創新設計如下： 即如第五、.六圖所示應用例，•其主要特徵在於.： ——柱型蓄放電裝置如電池或蓄放電電容之殼體1 Ob為由 本紙張尺度適用中國國家標準（CNS ) A4規格（210·Χ297公釐） 466796 A7 B7 經濟部中央標準局員工消費合作社印製 五、發明説明（在） 導電材料所構成之第一電極ΡΊ〇1.，而柱型蓄放電裝置之軸 向兩端分別設有兩個或兩個以上與同極性極板相連接之導 電接頭以構成第二電極FM02，其呈單獨或並聯作輸入輸出 為特徵者；.如上實施例其殼體1〇b亦係由導電材料所構 成，·呈圓筒型或方型或其他幾何形狀之中空結構.，以供為 輪出或入之第一電極組ΡΊ〇1如負電極（NEGATIVE PLATE) . « ，其内部分別設正、•負極板21b .、22b及隔離材料23b (SEPARATOR) 且供置入酸性或鹼性電化學物質、及電極 極板絕緣材料4〇b等’，惟軸向兩端各別設有二組（或二組 以上）之同極性柱板連接之導電接頭5〇b構成第二電極如 正電極（POSITIVE PLATE)' 如第七、.八圖所示應用例：其主要特徵在於.： ——柱型蓄放電裝置如電池或蓄放電電容之殼體為所製成 或加套絕緣外層1〇〇c，.而柱型蓄放電裝置之軸向兩端個別 設有一對第一電極ΡΊ〇1及第二電極P1〇2或一對以上分別與 第一電極P1〇1及第二電極ΡΊ〇2之電極極板21c.、22c相連接 之導電接頭501c、、5〇2c為特徵者；同理.，所述兩不同電極 極板21c : 22c之間亦設有隔離材料23c(SEPARATOR).、酸 性或鹼性電化學物質、.及電極極板絕緣材料40c .等。 如第九\十圖所示應用例，其主要特徵在於.： ——柱型蓄放電裝置如電池或蓄放電電容之殼體為所製成 或加套絕緣外層1〇〇d.，而柱型蓄放電裝置之轴向一端係 設有兩個或兩個以上與第一電極ΡΊ0·!極板21d相連接之 導電接頭5〇1d :而另一端則設有兩個或兩個以上與第二 ----—<丨—_.(-裝—----ί 訂^------'C (請先閲讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 466796 經濟部中央標準局員工消費合作社印製 A? B" 五、發明説明（5 ) 電極P102極板22d相連接之導電接頭5〇2d為特徵者；又 所述兩不同電極極板21d .、22d之間亦設有隔離材料23d (SEPARATOR)、.酸性或蜍性電化學物質及電極極板絕緣材 料40d等。， 前述第一圓至第十囷，，即為此項雙端具同極性輪出入 導電接頭之柱型蓄電裝置及導電連接結構之實施例用以落 實設計構想之.應用而非限制；本發明之創新設計可應用 於各種一次或二次電池（含鉛酸電池：鎳氫電池：鎳鉻電 池、.鐘電池、.鋅空氣電池、燃料電池）或其他種類之一次 或二次電池及蓄放電功能之具正、負極性電容器或無極性 交流電容器等；·而所適用之電池結構包括柱形電電極.，平 板或電極，·折疊式電極及捲繞式電極之結構形態者；再則 此項雙端具同極性輸出入電極之柱型蓄電裝置及導電連接 結構對電池或蓄放電電容器而言為物理性結構之創新.， 故可適用於各種筒狀結構之一次或二次電池或蓄放電電容 器而不受所使用電極材質及電化學物質性質之限制，，皆 可應用本項雙端具同極性輸出入電極之柱型單電極組蓄電 裝置及連結結構創新設計者。. 此項雙端具同極性輪出入導電接頭之柱型單電極組蓄 電裝置及導電連接結構之創新設計，因與傳統蓄電裳置導 電結頭不同，·因此本發明之蓄電裝置單顆輸出及多顆作串 聯或並聯所需要之耦合或連接之導電體結構.，除以導線直 接焊接或以接點端子各別耦合於接頭或以獨立導電簧片耦 合於導電接頭外’.亦可藉下列設計之焊合或耦合式導電結 本紙張尺度適用中國國Μ票準（CNS ) A4規格（210X297公瘦） —1- ^ -» In _ * --- - - .1 !| I (請先閱讀背面之注意事項再填寫本頁) .?! 4 6 6 7964-66 796 Λ7 _________ B7 V. Description of the invention (1) One " ~~~~~ The present invention relates to the design of a single-electrode group power storage device and conductive connection structure with two ends having the same polarity input and output conductive contacts. Traditional small primary batteries, rechargeable secondary batteries, or storage capacitors such as storage capacitors, usually have a cylindrical or square or other geometric cross-section of a cylindrical structure and the first electrode from one end in the axial direction. The case 濮 is the second electrode. For related prior art, please refer to the twentieth 囷, • 21 圏, and 十二 22 illustrations; or the case is made of a casing or an insulating outer layer is placed on the shaft. The first and second electrodes are provided to a single end: the related prior art can refer to the twenty-third figure and the twenty-fourth figure; however, the disadvantages of the above two conventional structures are as follows: (1). The polarity is easily misplaced when the battery is inserted. (2) The internal resistance of single-ended input or output is large. Printed by the Consumer Cooperatives of the Central Bureau of Standards of the Ministry of Economic Affairs I .-- Γ ^-Crack ----- Γ Order (Please read the notes on the back before filling this page} The main purpose of the present invention is to provide The utility model relates to a cylindrical single-electrode group power storage device and conductive connection structure design with double ends having the same polarity input and output conductive joints. It is a new invention designed to address the lack of physical properties of the conventional builders. The main feature is the cylindrical or square shape. Or other geometric cross-sections of cylindrical primary batteries or secondary batteries or storage and discharge capacitors along the axial ends of the conductive case with a first electrode of the same polarity provided with an appropriate insulating structure and a second electrode formed by the conductive case. Or the shell is made of an insulator or made of a conductor with a sheathed insulating outer layer, and a first electrode and a second electrode are provided at both ends along the axial direction of the casing, that is, the two ends each have the first electrode and This design of the second electrode can effectively prevent the wrong polarity when inserting the battery, and reduce the internal resistance of the battery. Another object of the present invention is to provide a double-end with the same polarity input 3 ^ paper size Applicable in China Standards (CNS) Λ4; ~ Printed by the Consumer Cooperatives of the Central Bureau of Standards of the Ministry of Economic Affairs 466796 A7 _ 一 -_ ^ _B, V. Description of the invention (2) Pillar type single electrode group power storage device with conductive contacts and conductive connection structure Design ', the conductive connector of the power storage device is different from the traditional form. The power storage device is equipped with a single output and multiple conductive or imaginary conductive structures required for series or parallel connection, divided by the wire directly welded or connected. The point terminals are individually connected to the connector or are connected to the conductive connector with an independent conductive reed. Alternatively, the following designed welding or surface-fitting conductive structures can be used to match the conductive connectors or electrodes of the power storage device, including: Single welded conductive structure, single embedded combined conductive structure, multiple serial welded conductive structures, multiple serial embedded light conductive structures, multiple parallel welded conductive structures, and multiple parallel embedded dissipative conductive structures Structure: The structural features and other functions of the present invention are described in detail in the embodiments of the accompanying drawings. The purpose is explained in detail as follows: The first and second figures show: the power storage device of the present invention Two schematic diagrams of application examples of axially penetrating double-end electrodes with the same polarity at both ends in the axial direction The second and fourth figures show the axial ends of the power storage device of the present invention, respectively. Schematic diagram of the structure; The fifth and sixth figures show the structure of the embodiment of the electrical storage device case of the present invention constitutes the first electrode and two or more second electrodes with the same polarity are arranged at both ends in the axial direction. The seventh circle and the eighth figure show that the housing of the power storage device of the present invention is made of an insulator or made of a conductor with a sheathed insulating outer layer, and the first electrode and the second of the housing are respectively provided at the axial ends of the housing. Schematic diagram of the embodiment of the electrode. The ninth and tenth figures show that the housing of the electrical storage device of the present invention is made of an insulator or the conductive boat is made of a sheathed insulating outer layer. Have two or more first electrode conductive joints on one end 'and two on the other end or this paper size is applicable to Chinese National Standard (CNS) A4 specification (2 丨 0X297 mm) (Please read the precautions on the back first Refill this page} Pack.-Order 4 6 6 79 6 V. Description of the invention (3)-The structure of two or more second electrode conductive joints is schematically shown. According to the application examples disclosed in the first and second examples, its main composition is particularly special. ——Columnar storage and discharge devices such as batteries or storage capacitors are provided with a two-way cylindrical cylindrical housing 10, The casing 10 is made of conductive material and has a hollow structure of a cylindrical or square shape or other geometric shapes. It is a first electrode group P1〇1 which is used as a wheel out or input. After the two-way penetration, the rod 20 ′ is provided, and an acidic or alkaline electrochemical substance and an electrode electrode plate insulating material 40 are provided. The second electrode group P102 having the two ends of the two-dimensionally penetrated carbon rod 20 having the same polarity is Characteristic ... According to the application examples disclosed in the third and fourth figures, the main structural features are as follows:-a cylindrical storage and discharge device such as a battery or a storage capacitor is provided with a two-way cylindrical cylindrical housing 10a; The body 10a is made of a conductive material and has a cylindrical or square or other geometric hollow structure. The first electrode group for connection (or welding) with the first electrode as an output or input p < | 〇1 is negative Electrode (NEGAT 丨 VE PLATE), which has positive and negative plates 213 inside, respectively • Printed by the Consumer Cooperative of the Central Ladder Bureau of the Ministry of Economic Affairs, urn—, —mti vm I IK VI n ^ iin ^ — HI ml ~ m IV i '0¾ Sale Γ Please read the precautions on the back before filling out this page} 22a and insulation material Ma (SEPARATOR) for placing acid or alkaline electrochemical substances, and electrode pad insulation materials 4〇a, etc. The second electrode group P 接头 〇2 is characterized by a positive electrode (POSITIVE PLATE) at both ends in the axial direction with conductive joints 50a connected (or welded) to the pole plate of the same polarity. Column-shaped power storage devices and conductive continuous casting structures with the same polarity input and output conductive joints In addition to a set of conductive terminals of the same polarity at each end, the following further innovative designs can be made according to application requirements: That is, as shown in the fifth and sixth application examples, its main characteristics are: ——Column type Storage and discharge devices such as batteries or storage and discharge capacitor housings 1 Ob are printed on this paper to apply Chinese National Standard (CNS) A4 specifications (210 · X297 mm) 466796 A7 B7 Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs Explain (in) the first electrode PΊ〇1. Made of a conductive material, and two or more conductive joints connected to the same polarity electrode plate at the two axial ends of the columnar storage and discharge device to form the first electrode Two-electrode FM02, which is characterized by input or output alone or in parallel; as in the above embodiment, its housing 10b is also made of conductive materials, and it has a cylindrical or square or other geometric hollow structure. For the first electrode group PΊ〇1, such as negative electrode (NEGATIVE PLATE). «, For internal rotation or entry, there are positive and negative plates 21b, 22b and 23PAR (SEPARATOR) in the interior, and they are placed in Acid or alkaline electricity Chemical substances, and electrode plate insulation materials 40b, etc., but two sets (or more than two) of the same polarity column-plate-shaped conductive joints 50b at the two ends of the axial direction constitute a second electrode such as a positive electrode. Electrode (POSITIVE PLATE) 'Application example as shown in Figures 7 and 8: Its main features are as follows: ——The housing of a cylindrical storage and discharge device such as a battery or storage capacitor is made of or with an insulating outer layer 1 〇〇c, and the columnar storage and discharge device at the axial ends are respectively provided with a pair of first electrode P101 and second electrode P102 or more than a pair of first electrode P101 and second electrode PY 〇2 electrode pads 21c., 22c are connected to the conductive joints 501c, 50b is characterized by the same; similarly, the two different electrode pads 21c: 22c is also provided between the insulation material 23c (SEPARATOR) , Acidic or alkaline electrochemical substances, and electrode electrode plate insulation material 40c. As shown in the ninth and tenth application examples, the main features are as follows: ——The housing of a cylindrical storage device such as a battery or a storage capacitor is made of or covered with an insulating outer layer 100d. An axial end of the type storage and discharge device is provided with two or more conductive joints 501d connected to the first electrode PΊ0 ·! Plate 21d: and the other end is provided with two or more and Two ----— < 丨 —_. (-装 —---- ί Order ^ ------ 'C (Please read the notes on the back before filling this page) This paper size is applicable to China Standard (CNS) A4 specification (210X297 mm) 466796 Printed by the Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs A? B " V. Description of the invention (5) The conductive connector 502d connected to the electrode P102 electrode plate 22d is characterized; The two different electrode plates 21d, 22d are also provided with a separation material 23d (SEPARATOR), an acidic or toad electrochemical substance, and an electrode plate insulation material 40d, etc., the aforementioned first circle to the tenth 囷, Which is an embodiment of this cylindrical power storage device and conductive connection structure with two ends of the same polarity wheel in and out of conductive joints for implementation The design is conceived. The application is not a limitation; the innovative design of the present invention can be applied to various primary or secondary batteries (lead-acid batteries: nickel-metal hydride batteries: nickel-chromium batteries, bell batteries, zinc-air batteries, fuel cells) or Other types of primary or secondary batteries and capacitors with positive and negative polarity or non-polar AC capacitors, etc .; and the applicable battery structure includes cylindrical electric electrodes, flat plates or electrodes, and foldable electrodes and coils The structure of a wound electrode; furthermore, this cylindrical power storage device and conductive connection structure with the same polarity input and output electrodes at both ends is a physical structure innovation for a battery or a storage capacitor, so it can be applied to various Primary or secondary batteries or storage and discharge capacitors with cylindrical structures are not limited by the electrode materials used and the properties of the electrochemical substances. They can be applied to this type of single-column single-electrode group power storage device with the same polarity input and output electrodes. And the innovative designer of the connection structure. The innovative design of this column-shaped single-electrode group power storage device and conductive connection structure with the same polarity wheel in and out conductive contacts Traditional electrical storage devices have different conductive junctions. Therefore, the single output and multiple conductive structures of the electrical storage device of the present invention need to be coupled or connected in series or parallel. Divided by the wire directly welded or separated by contact terminals Coupling to the connector or to the outside of the conductive connector with a separate conductive reed '. Welding or coupling conductive junctions with the following designs can also be used. The paper size is applicable to China National Standards (CNS) A4 (210X297 male thin) —1 -^-»In _ * -----.1! | I (Please read the notes on the back before filling this page).?! 4 6 6 796
五、發明説明（g) 經濟部中央榡準局員工消費合作衽印製 構以供與蓄電裝置之導電接頭或電極相匹配包括： 1·單顆焊接式導電結構：如第十一圖所示，.為單顆本 發明蓄電裝置作輸入輸出之焊接式導電體結構示意圖，該 焊接式導電體βΟ為由導電材料呈γ字型結構所構成， 字型結構之雙又部份6〇1供焊合於本發明蓄電裝置轴向兩 端之同極性之第一電極M〇1 : γ字型構之根部6〇2供作為 輪出或輪入者丨而另由單顆蓄電裝置之導電性外殼係焊接 另一片狀導電體61以作為第二電極F>i〇2之輸出或輸入者.， 且導電體6〇之根部6〇2係呈半相連沖製構成，.以求節省材 料’.方便於實施製造，·又所述根部6〇2及片狀導電體61並 可分別設有導電線70引出； 2.單顆嵌入耦合式導電結構•：如第十二圖所示.，為單 顆本發明蓄電裝置作輸入輸出之嵌入耦合式導電結構示意 圖’.該導電體e〇a亦由導電材料呈γ字型結構所構成•，其 Y字型型結構之雙叉部份6〇1a供嵌入耦合本發明蓄電裝置 之轴向兩端同極性導電接頭•：而另由呈U型之嵌入柄合式 導電艘Wa耗合於本發明蓄電裝置之導電殼艘者.； 3_多顆串聯焊接式導電結構：·如第十三圖及第十四圖 所示’ ·係供多組本發明蓄電裝置間作串聯之焊接式導電體 結構示意圖.，該串聯焊接式導電體e〇b為呈γ型結構供焊 合於轴向兩端具同極性導電接點之單顆蓄電裝置之同極性 雙端導電接頭及焊合於另一顆雙端具同極性導電接頭蓄電 裝置之導電般體作串聯連接，； 4·多顆串聯嵌入耦合式導電結構：.如第十五圖及第十 _________ 8 本紙張尺度適用中國國家標準（CNS ) Μ規格（210X297公釐7" -- I ϋ [ I- I i n I I I— I _ I T (請先閱讀背面之注意事項再填寫本頁) 4 6 β 796 7 經濟部中央標準局員工消費合作社印製 A： Β, 五、發明説明（ 钴音I»，π乏串聯嵌入耦合之導電趙 結構不意圖，.該導電趙eoc為由 ϋ型結構所構成，供嵌入耦入 之雙 電接點:單顆蓄電裝置之同極性雙端導電接頭·，及輕合於 f一顆雙端具同極性導電接點蓄電裝置之導電殼體作串聯 聯接，.其中：導電體60c 一側為一呈卩型嵌入耦 體e01c，.該導電體601。於底板9。。方向設一相連延伸片， 使該延伸片可沖設-半相連折月以配合另一端之折片即形 成一 9〇。交又之相連導電趙6〇ac，.藉此可獲節省材料及方 便實施製造之效果 5.多顆並聯焊接式導電結構；如第十七圖及第十八圖 所示，，係供多组本發明蓄電裝置間作並聯之焊接式導電體 結構示意圏’，該並聯之焊接式導電體為包括一呈U型斷面 並列延伸之導電體601d，·使其可供焊合於呈並聯狀態之多 顆具雙端同極性導電接點蓄電裝置之轴向兩端同極性導電 接頭之間作並聯連接，，且該導電體的忉並配合一條狀導電 體6〇2d供焊合於多顆雙端具同極性導電接點蓄電裝置之導 電殼體之間以作並聯連接 6_多顆並聯嵌入耦合式導電結構；如第十九圖所示， 係供多組本發a月蓄電裝置間作並聯嵌入耗合之導電結構示 意囷\為呈U型斷面並列延伸之喪入耦合式導電結構，供 喪入耦合於呈並聯狀態之多顆本發明蓄電裝置轴向兩端之 同極性導電接頭作並聯聯接以及由兩組或兩組以上之U 形喪入搞合窩座之呈W狀串列延伸之導電結構，分別喪入 9 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） (請先閱讀背面之注意事項再填寫本頁)V. Description of the invention (g) Consumer cooperation of the Central Bureau of Standards, Ministry of Economic Affairs, printed structure for matching with the electrical connector or electrode of the power storage device includes: 1 · Single welded conductive structure: as shown in Figure 11 Schematic diagram of the structure of a welded electrical conductor used as input and output of a single power storage device of the present invention. The welded electrical conductor β0 is composed of a conductive material in a γ-shaped structure. The first electrode M01 of the same polarity welded to both ends of the axial direction of the power storage device of the present invention is 〇1: the root of the γ-shaped structure 602 is used as a wheel-out or wheel-in 丨 and the conductivity of a single power storage device The outer shell is welded with another sheet-shaped conductor 61 as the output or input of the second electrode F > i02, and the root 602 of the conductor 60 is semi-continuously punched to save material. '.Easy to implement manufacturing, · The root part 602 and the sheet-shaped conductor 61 can be provided with conductive wires 70 respectively; 2. A single embedded coupling conductive structure •: As shown in the twelfth figure. The embedded coupling conductive structure for input and output of a single power storage device of the present invention is shown. Figure '. The conductive body e〇a is also composed of a conductive material with a γ-shaped structure. The double-forked portion 601a of its Y-shaped structure is provided for embedded coupling. The axial ends of the electrical storage device of the present invention have the same polarity. Conductive joint •: Another U-shaped embedded handle-type conductive vessel Wa is consumed by the conductive shell vessel of the power storage device of the present invention. 3_ A plurality of series-welded conductive structures: · As shown in Figure 13 and Ten Shown in the four diagrams' is a structural schematic diagram of a series of welded electrical conductors used for the series connection of the power storage device of the present invention. The series welded electrical conductor e0b has a γ-shaped structure for welding at both ends in the axial direction with the same The same-polarity double-ended conductive joints of a single power storage device with polar conductive contacts and the conductive bodies welded to another two-end power-storage device with the same-polarity conductive joints are connected in series; 4. Multiple series embedded coupling conductive Structure: as shown in the fifteenth figure and the tenth _________ 8 This paper size is applicable to the Chinese National Standard (CNS) M specifications (210X297 mm 7 "-I ϋ [I- I in III— I _ IT (Please read first (Notes on the back are to be completed on this page) 4 6 β 796 7 Central Standard of the Ministry of Economic Affairs Printed by the Bureau ’s Consumer Cooperatives A: Β, V. Description of the invention (Cobalt tone I », π lacks the series conductive coupling structure of the zhao Zhao is not intended. The conductive zhao eoc is composed of a ϋ-type structure for embedding and coupling Double electrical contacts: The same-polarity double-end conductive connector of a single power storage device, and the conductive housing of a double-end power storage device with the same-polar conductive contact that is lightly connected to f are connected in series. Among them: the conductor 60c a On the side is a 卩 -shaped embedded coupling body e01c. The conductive body 601. On the bottom plate 9. A direction is provided with a connecting extension sheet, so that the extension sheet can be punched-half connected to the moon to match the other end of the tab to form One 90. The alternating conductive Zhao 60ac, which can save material and facilitate the effect of manufacturing 5. Multiple parallel welded conductive structures; as shown in Figures 17 and 18, It is a schematic diagram of the structure of a welded conductor for parallel connection of a plurality of sets of power storage devices according to the present invention. The welded conductor in parallel includes a conductor 601d extending in parallel with a U-shaped cross section, making it available for welding. Connected in parallel with multiple conductive contacts with double ends and same polarity The axial ends of the electrical device are connected in parallel with the conductive contacts of the same polarity, and the conductive body of the conductor is matched with a strip of conductive body 602d for welding to a plurality of double-ended electrical storage devices with conductive contacts of the same polarity. The conductive shells are connected in parallel 6_ Multiple parallel embedded coupling conductive structures; as shown in Figure 19, it is a schematic diagram of a conductive structure for parallel embedding and consumption of multiple sets of power storage devices in this month. In order to form a U-shaped cross-section extended parallel conductive structure, it is used for parallel coupling of the same polarity conductive joints at the axial ends of a plurality of electrical storage devices of the present invention in parallel state. The above U-shaped structure fits into the conductive structure extending in a W-shaped series, and each of the 9 paper sizes applies to the Chinese National Standard (CNS) A4 specification (210X297 mm) (Please read the precautions on the back first) (Fill in this page again)
466 796 A 7 B1 經濟部中央標準局員工消費合作杜印製 五、發明説明（§ ) 多顆雙端具同極性導電接頭蓄電裝置之導電殼體以作並聯 連接；， 綜合上述，-此項雙端具同極性輸出入導電接頭之柱型 蓄電裝置及連結結構確可有效防止置入電池時極性錯誤 及降低電池内電阻，.其創意新穎》功能確切.，爰提申請案 請依審為析》. 圖式簡單說明： 第一躅為本發明蓄電裝置之轴向兩端設置呈同極性軸 向貫穿雙端電極之應用例結構示意圖，。 第二圖為第一圖實施例之分解立體圖。 第三圖為本發明蓄電裝置之軸向兩端分別設置呈同極 電極組之應用例結構示意圖。 第四圖為第三圖實施例之組合斷面立體圖。 第五囷為本發明之蓄電裝置殼體構成第一電極而轴向 兩端設置兩個或兩個以上同極性之第二電極導 電接頭施例結構示意圓 第六圖為第五圖實施例之组合斷面立趙圖。 第七圖為本發明之蓄電裝置殼體為所製成或加套絕緣 外層而殼體轴向兩端個別設置第一電極及第 二電極之實施例結構示意圖β. 第八圖為第七圖實施例之组合斷面立艘圖。 第九圖為本發明之蓄電裝置殼肖為所製成或加套絕緣 外層，.而殼體軸向兩端其中一端具有兩個或兩 個以上之第一電極導電接頭，另一端具有兩個 一. _'______ 1. 0 t ® ® ---—____ {請先閲讀背面之注意事項再填寫本頁} •裝· 訂 經濟部中夬檩準局員工消費合作祍印裂 4 6 6 79 6 發明説明（〇) 或兩個以上之第二電極導電接頭實施例結構干 意圓。. μ 第十圖為第九圖實施例之组合斷面立體圖。 第十一囷為單顆本發明蓄電裝置作輸入輪出之焊接式 導電結構示意圏？ 》 第十二囷為為單顆本發明蓄電裝置作輸入輪出之嵌入 耦合式導電結構示意圖·。 第十三圓係供多組本發明蓄電裝置間作串聯之焊接式 導電結構不意圖。. 第十四圖係供多组本發明蓄電裝置間作串聯之焊接式 導電組合結構之側面示意圖·。 第十五囷為本發明蓄電裝置間之串聯嵌入耦合之導電 結構示意圓 第十六圖為第十圖中所示雙U型導電結構之立體圏。 第十七圖為係供多组本發明蓄電裝置間作並聯之焊接 式導電結構示意圖.。 第十八囷為本發明蓠電裝置間之串聯嵌入耦合之導電 組合結構之侧面示意圖·。 第十九圖係供多組本發明蓄電裝置間作並聯嵌入耦合 之導電結構示意圖。， 第二十圖為習用一次電池之參考狀態圖.。 第二十一囷為習用可充電二次電池之參考狀態圖。 第二十二圖為具有杯型殼體之習用電池參考狀態圖，。 第二十三囷為具有加套絕緣外層之習用電池參考狀態 -嫌尺度適用中國國家標準（CNS ) Α4規格（2丨攸撕公釐） (諳先閱讀背面之注意事項再填寫本頁) -裝. 訂 46 6 79 6466 796 A 7 B1 Consumption cooperation between employees of the Central Bureau of Standards of the Ministry of Economic Affairs Du printed 5. Description of the invention (§) Multiple conductive housings with double-ended power storage devices with conductive connections of the same polarity are connected in parallel; The double-column cylindrical power storage device with the same polarity input and output conductive connectors and the connection structure can effectively prevent the wrong polarity and reduce the internal resistance of the battery when it is inserted into the battery. Its creative and innovative function is accurate. Analysis ". Brief description of the drawings: The first example is a schematic structural diagram of an application example in which the axial ends of the power storage device of the present invention are provided with double-electrodes with the same polarity and axial penetration. The second figure is an exploded perspective view of the first figure embodiment. The third figure is a schematic structural diagram of an application example in which the same ends of the power storage device of the present invention are provided with the same electrode group. The fourth figure is a combined sectional perspective view of the third figure embodiment. The fifth embodiment is a first electrode of the electrical storage device casing of the present invention and two or more second electrode conductive joints of the same polarity are provided at two axial ends. The embodiment is a schematic circle. The sixth diagram is the fifth embodiment. Combined section stands up Zhao map. The seventh figure is a schematic diagram of the embodiment of the embodiment of the present invention for the storage device case made of or covered with an insulating outer layer and the first electrode and the second electrode are respectively provided at both ends of the case axially. Combination cross-section erection chart of the embodiment. The ninth figure is the case of the electrical storage device case made of the present invention or an insulated outer layer, and one end of the axial end of the casing has two or more first electrode conductive joints, and the other end has two I. _'______ 1. 0 t ® ® ---—____ {Please read the precautions on the back before filling out this page} • Binding and ordering the consumption cooperation of employees of the China Central Standards Bureau of the Ministry of Economic Affairs 4 6 6 79 6 Description of the invention (0) Or two or more embodiments of the second electrode conductive joint have a dry and round structure. μ The tenth figure is a combined sectional perspective view of the ninth figure embodiment. The eleventh is a schematic diagram of a welded conductive structure for a single power storage device of the present invention as an input wheel. 》 The twelfth 囷 is a schematic diagram of the embedded coupling conductive structure for the input wheel output of a single power storage device of the present invention. The thirteenth circle is not intended for a plurality of sets of welded conductive structures for series connection between the power storage devices of the present invention. The fourteenth figure is a schematic side view of a welded conductive combination structure for series connection of a plurality of sets of power storage devices of the present invention. The fifteenth frame is a schematic circle of the conductive structure of the series embedded coupling between the power storage devices of the present invention. The sixteenth frame is a three-dimensional frame of the double U-shaped conductive structure shown in the tenth frame. The seventeenth figure is a schematic diagram of a welded conductive structure for parallel connection of a plurality of groups of power storage devices of the present invention. The eighteenth aspect is a schematic side view of a series-embedded and electrically conductive combination structure of the electrical devices of the present invention. The nineteenth figure is a schematic diagram of a conductive structure for parallel embedding coupling between a plurality of groups of power storage devices of the present invention. Figure 20 is the reference state diagram of the conventional primary battery. The twenty-first stage is a reference state diagram of a conventional rechargeable secondary battery. The twenty-second figure is a reference state diagram of a conventional battery having a cup-shaped case. Twenty-third 囷 is the reference state of a conventional battery with an insulated outer layer-the standard is applicable to the Chinese National Standard (CNS) Α4 specification (2 丨 you tear mm) (谙 Please read the precautions on the back before filling this page)- Pack. Order 46 6 79 6
五、發明説明 圖 第一十四圏為軸向單端設有第一及第二電極之習用電 池參考狀態圖·β 主要囷號說明： 電極極板絕緣材料40c 絕緣外層1〇〇d 極板21d 導電接頭501d 經濟部中央標準局員工消費合作社印製 第一電極P101 第二電極P1 〇2 柱型殼體10 第一電極组P1 〇1 碳棒20 電極極板絕緣材料4〇 第二琴極组ΡΊ02 柱型殼體10a 正、負極板21a、22a 隔離材料23a 電極極板絕緣材料40a 導電接頭50a 殼體10b 正、負極板21b、22b 隔離板23b 電杻極板絕緣材料40b 導電接頭50b 絕緣外層100c 電極極板21c、22c 導電接頭501c、502c 隔離材料23c 條狀導電體602d 極板22d 導電接頭502d 隔離材料23d 電極極板絕緣材料40d 焊接式導電體60 雙又部份601 根部602 片狀導電體61 導電線70 焊搔式導電體60a 雙又部份601a 嵌入耦合式導電體61a 串聯焊接式導電體6〇b 串聯嵌入耦合導電體6〇c U型鼓入耦合式導電體601 交叉之相連導電艘602c 並聯焊接式導電艘60ldV. Description of the invention Figure 14: Reference state diagram of a conventional battery with first and second electrodes at one axial end. Β Main description: Electrode plate insulation material 40c Insulation outer layer 100d plate 21d Conductive joint 501d Printed by the Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs First electrode P101 Second electrode P1 〇2 Cylindrical housing 10 First electrode group P1 〇1 Carbon rod 20 Electrode plate insulation material 4〇 Second piano pole Group Ί02 Cylindrical case 10a Positive and negative plate 21a, 22a Insulation material 23a Electrode plate insulation material 40a Conductive joint 50a Case 10b Positive and negative plate 21b, 22b Insulation plate 23b Electric plate insulation material 40b Conductive joint 50b Insulation Outer layer 100c electrode pads 21c, 22c conductive joints 501c, 502c insulation material 23c strip conductor 602d electrode plate 22d conductive joint 502d insulation material 23d electrode pad insulation material 40d welded conductor 60 double and part 601 root 602 sheet Conductor 61 Conductive wire 70 Welding conductor 60a Double and part 601a Embedded coupling conductor 61a Tandem welding conductor 6〇b Serial insertion coupling conductor 60c U-shaped drum-in coupling conductor 6 01 Crossed connected conductive ship 602c Parallel welded conductive ship 60ld
C {請先閲讀背面之注意事項再填寫本頁} ------------裝-----Γ 訂 j------( 1 2 本紙张尺度適用中國國家標準（CNS ) Λ4規格（210X297公釐）C {Please read the notes on the back before filling in this page} ------------ Installation ----- Γ Order j ------ (1 2 This paper size applies to China Standard (CNS) Λ4 specification (210X297 mm)