M435734 五、新型說明： 【新型所屬之技術領域】 本新型是涉及一種串聯式電池座結構。 【先前技術】 許多攜帶式的電器產品，幾乎都县 電源，如手電筒、收音機等裝置。 「池來供應所需的 其中’攜帶式的電器產品所使用的電池為 3號電池，咖彻嶋她〗 號電池為電源供應。 1 但是’因為前述各電器產品，並不是 :用的電器產品’所以當消費者在使用 '候:遇:會; 力不足的狀況。 通到電 所以，當發生天然災害時，消費 況’總是會大量的購置i號電池免電力不足的狀 狀況。 此电池讓1就電池發生-掃而空的 因為，3號電池與i號電池的 =池的庫存量，-般都遠低於為3號電池=斤= 常會只剩下3號電池可供購買。 子里因此吊 可可受到先天上規格的限制，使用i號電池的電 ^ ϋ細號電池的，容細費者產域用上的困 的功=:換^將，、= ^方便生產蝴幅絲 【新型内容】 3 一、本新型的技術手段： 本2型目的在於提供—種能作為轉換電源規袼之 與使用、結構牢固的串聯式電池座結構。_ 共有==_縣_目的，本_技術手段 第一實施型態： 為一種串聯式電池座結構，其特徵在於包括： -，體(1)，該座體⑴是由—頂蓋(11)、及三個等 於該頂蓋(11)-側面處的支撐壁(〗2)所組成； 又 二底座(2)，該底座(2)對應卡設於該支撐壁(12)的 H於支_2)之間，界定出第一、第二、第= (10、20、30); 令且二间 撐壁^極卿)為設於繼⑴）、異於支 一負極裝置(4) ’該負極裝置(4)為設於該頂蓋(1異於支撐 壁(12)之一側面處、鄰近於該正極装置(3)、 二容置空間(1〇、2〇)之間的支撐壁(12)^ 才於弟第 一第一導接件(5) ’該第一導接件(5)為設於該第一容置空 間(10)内，並與該頂蓋(11)卡接； 一第二導接件(6) ’該第二導接件(6)為與該底座(2)卡接， 且該第二導接件(6)的一端設於第一容置空間(10)内、另端延伸 至第三容置空間(30)内； 一第三導接件(7)，該第三導接件(7)為與該頂蓋(11)卡接， 且該第三導接件(7)的一端設於第二容置空間(2〇)内、另端延伸 至第三容置空間(30)内；以及 一第四導接件(8) ’該第四導接件(8)的一端、為設於頂蓋 (11)處、並與該負極裝置(4)連接，而該第四導接件(8)的另一 端、為設於第二容置空間(20)内、並與該底座(2)卡接； 所述底座(2)對應於該各支撐壁(丨2)的卡接處、皆設有一· 接部(21)，而該支撐壁(12)與卡接部(21)的連接處、分別設有一 ΐ:二Γ姻2)對應於前述卡酬處'更分別設有- 第 所述底座(2)對應於該第二 處、設有一第一定位槽(24)，又球w .知 (8)的另-端處、設有-第三定^(f/))〜於該第四導接件 所述正，置⑶穿過底座(2丄一端、鄰近於 件(5)的一縞邊緣處，設有一被該第一 導接 導電凸片⑼； ㈣弟導接件(5)所失持固定的 所述負極襄置⑷為以螺接的方 所述第四導接件⑻與該負極裝置(4)的4處頂上二 知’被固疋於该頂盍(U)與負極裝置(4)之間。 ^ 第二實施形態： 為一種串聯式電池座結構其包括： 一座體(1)，該座體(1)是由一頂筌 於該頂蓋(11)-側面處的支撐壁⑽所 二等間隔環設 户_對應卡設於鼓撐壁(12)的自由端 壁()之間，界定出第-、第二、第三容置= 卿該正歸職觸卿）、異於支 辟二負極严置’該負極裝置(4)為設於該頂蓋(1 U異於支樓 ，(—）之-側面處、鄰近於該正極裝置⑶、且正對二 二容置空間(10、20)之間的支撐壁(12); 、 第 一第一導接件(5)，該第—導接件^彳 間(10)内，並與_蓋_接料件(5)nw —容置空 一第二導接件(6)，該第二導接件(6)為與該底 容置空間⑽内、另=伸 M435734 一，三導接件(7)，該第三導接件(7)為與該頂蓋(11)卡接， 且該第三導接件(7)的一端設於第二容置空間(20)内、另端延伸 至第三容置空間(30)内；以及 一第四導接件(8)，該第四導接件(8)的一端、為設於頂蓋 (11)處、並與該負極裝置(4)連接，而該第四導接件(8)的另一 端、為設於第二容置空間(2〇)内、並與該底座(2)卡接； 所述底座(2)對應於該各支撐壁(12)的卡接處、皆設有一 接部(21); 所，各支撐壁(12)與卡接部(21)卡接的一端處、分別設有 一能將該支撐壁(12)與底座(2)穩固連接的定位螺絲(9)，而該支 撐壁(12)與前述定位螺絲(9)的連接處、分別詨有一螺孔(14)， 另該底座(2)對應於前述定位螺絲(9)、遠離支撐壁(12)的一端 處、分別設有一與卡接部(21)連通的穿孔(22); —所述底座(2)對應於該第二導接件(6)的一端處、設有一第 一疋位槽(23)，而該底座(2)對應於該第二導接件(6)的另一端 處、設有一第二定位槽(24)，又該底座(2)對應於該第四導接件 (8)的另一端處、設有一第三定位槽(25); 所述正極裝置(3)穿過底座(2)之一端、鄰近於該第一導接 件(5)的-端邊緣處，設有-被該第一導接件⑶所夾持 導電凸片（31); 所述負極裝置(4)為以螺接的方式，定位於該頂蓋(I〗)上； ^所述第四導接件(8)與該負極裝置(4)的連接處，設有一能 套設於該負極装置(4)一端外的鈎環(81)，讓第四導接件 一 端，被固定於該頂蓋(11)與負極裝置(4)之間》 根據上述兩種實施型態的串聯式電池座結構， 二 f空間⑽與第三容置空間⑽之間的支樓壁(12)，其外側^面 處，更設有一溝槽(15); 一凸塊 而前述溝槽(15)，更能與該底座(2)設於内側面處的 (26)卡合。 根據上述兩種實施型態的串聯式電池座結構，所述第一導 6 M435734 接件(5)，其是為—薄型導體，且中央部分往接近該 空間，之方向凸出，*該第—導接件(5)的_ I 3 別設有一能供固定於該頂蓋⑴)上的掀片（51)。啄處更刀 根據亡述兩種實施型態的串聯式電池座結構 接件⑹，其設於該第一容置空間⑽内的一端處、 大彈性J圈(61)，而其設於該第三容置空間(3〇)内的U、 設有一第一小彈性簣圈(62); 柒处 =前述第一大簧圈⑹)與第一小彈性 性菁_與第-小彈性菁以接 垃據ΐ述兩種實施型態的串聯式電池座結構，所述第二導 置空間(2〇)内的-端處、設 設有一性該第三容置空間⑽内的一端處、 更大彈性菁圈(71)與第二小彈性簧圈㈤之間， 的第彈性簧圈(71)與第二小彈性細72)連接 接件^述兩種實施型態的串聯式電池座結構，所述第四導 Sir第二容置空間(2。)内的-端處、設有-第三大 能將ΐϊιίϊί大彈性簀圈(82)與該釣環(81)之間，更設有一 (83) ()與第三大彈性簧圈(82)連接的第三連接簧線 置⑶ 述兩種實施縣的串聯式電池座結構，所述正極裝 設有=極面的正 外表面，並於前述端面處、 置⑷根ϊίΐ兩種實施型態的串聯式電池座結構，所述負極裝 頂蓋⑼外該負極裝置(4)的一端面，凸出於該 表面並於刖述端面處、設有代表負極的負極圖樣。 一 、先前技術之功效： M435734 1. 本新型中，經由串聯的電路，讓小電池能藉此串聯的設 置方式’提升為相當於大電池的功率。 2. 本新型中，透過卡合或是螺接的結構，預防接觸不良產 生斷路，組裝方式快速方便且材料節省，亦可防止搖晃造 池的移位。 取电 【實施方式】 以下依據圖面所示的實施例詳細說明如後： 如圖1所示為本新型的立體示意圖，如圖2所示為本新型第 一實施型態的分解示意圖，如圖3所示為本新型第一實施型態 另一角度的分解示意圖，如圖6所示為圖〗之八部分的部分 放大不意圖。 ，示中揭示出’第-種實施型態為一種串 構，其特徵在於包括·· \电也瓜… 一座體(1)，該座體(1)是由一頂蓋(11)、及三個 於該頂蓋(11)一側面處的支揮壁(12)所組成； 和^纽 一底座(2) ’該底座(2)對應卡設於該支撐壁(12)的自 處，並於支撲_之間，界定出第一、第二、以= (10、20、30); 今1 工間 ㈣^極裝置⑶’該正極妓⑶為設於該頂蓋(11)、显於支 撐壁(12)之一側面處； 叉 -負極裝置(4) ’該負極裝置⑷為設 栲 壁尸之一侧面處、鄰近於該正極装置⑶、且正 一谷置空間(10、20)之間的支撐壁(12). 間^導接_設於該第一容置空 日n導接件⑹為與該底座(2)卡接， 端設於第-容置空間⑽内、另端延伸 一第三導接件⑺’該第三導接件⑺為與該頂蓋(1 υ卡接 8 且該第三導接件(7)的一端設於第二容置空間(20)内、另端延伸 至第三容置空間(30)内；以及 一第四導接件(8) ’該第四導接件(8)的一端、為設於頂蓋 (11)處、並與該負極裝置(4)連接，而該第四導接件(8)的另一 端、為設於第二容置空間(20)内、並與該底座(2)卡接； 所述底座(2)對應於該各支撐壁(12)的卡接處、皆設有一卡 接部(21)，而該支撐壁(12)與卡接部(21)的連接處、分別設有一 卡勾（13)，又該底座(2)對應於前述卡勾（13)處、更分 有一 卡扣部(211) ; ° 所述底座(2)對應於該第二導接件(6)的一端處、設有一第 -定;位槽(23)，而該底座⑺對應於該第二導接件⑹的另一端 處、設有-第二定位槽(24) ’又該底座(2)對應於該第四導接件 (8)的另一端處、設有一第三定位槽(25); 所述正極裝置(3)穿過底座(2)之一端、鄰近於該第一導接 緣處，設有—被該第—導接件(5)所夹持固定的 所述負極裝置(4)為明接的枝，定 所述第四導接件⑻與該負極裝置(4)的連接處1=能 極裝置(4)—端外的鈎環(81)，讓第四導接件⑻的一 端，被固定於該頂蓋⑼與負極裝置(4)之間。糊千㈠的 八中透過卡勾(13)與卡扣部(211)之配 展方式快速方便且材料節省， ’:二止:為晃:新成：的二=_的齋 構，其包括：τ帛—種實施縣為―種串聯式電池座結 一座體(1) ’該座體(1)是由一 於該，丨)-側面處的以壁二=、及聯間隔環設 &座(2)，该底座(2)對應卡設於該支撐壁㈣的自由端 M435734 M435734 、第二、第三容置空間 處，並於支撐壁(12)之間，界定出第一 (1〇、20、30); 撐壁瓣裝職觸頂細）、異於支 一負極裝置(4)，該負極裝置(4)為設於該頂蓋(1丨)異於 壁(12)之一側面處、鄰近於該正極裝置(3)、且正對於 ^ 一容置空間(10、20)之間的支標壁(12); 間(_第一並導與接二 ▲ 一第一導接件(6)，該第二導接件(6)為與該底座(2)卡接， 且該第二導接件⑹的一端設於第—容置空間⑽内、 至第三容置空間(30)内； 一第二導接件(7) ’該第三導接件(7)為與該頂蓋(11)卡接， 且該第三導接件(7)的-端設於第二容置空間(2〇)内、另端延 至第三容置空間(30)内；以及 一第四導接件(8)，該第四導接件(8)的一端、為設於頂蓋 (11)處、並與該負極裝置(4)連接，而該第四導接件(8)的另一 端、為设於第二容置空間(20)内、並與該底座(2)卡接； 所述底座(2)對應於該各支撐壁(12)的卡接處、 接部(21); 所述各支撐壁(12)與卡接部(21)卡接的一端處、分別設有 一忐將s亥支擇壁(12)與底座(2)穩固連接的定位螺絲(9)，而該支 撐壁(12)與前述定位螺絲(9)的連接處、分別設有一螺孔(14)， 另3亥底座(2)對應於則述定位螺絲(9)、遠離支樓壁(I])的一端 處、分別設有一與卡接部(21)連通的穿孔(22); 所述底座(2)對應於該第二擎接件(6)的一端處、設有一第 一定位槽(23)，而該底座(2)對應於該第二導接件(6)的另一端 處、設有一第二定位槽(24)，又該底座(2)對應於該第四導接件 (8)的另一端處、設有一第三定位槽(25); 所述正極裝置(3)穿過底座(2)之一端、鄰近於該第一導接 10 導電凸緣處H被該第—導接件(5)所夾持固定的 套設於該負極穿負極裝置(4)的連接處，設有一能 端， 省，整體成本適中組裝方式快速方便且材料節 適用於中、高Ϊ動的環 1 搖晃造成電池移位之作用， 增tif::實施型態巾’所述第二容置空間⑽與第三容置 而前^蓋^撐壁(12) ’其外侧壁面處，更設有一溝槽(15); (26)卡合。"溝槽〇5) ’更能與該底座(2)設於内側面處的一凸塊 削過溝槽(15)與凸塊(26)的配合，藉此加以固定座 一^方呆、=(。)間的卡合，防止座體⑴轉動移位，並同時提供 舰i述兩?實施型態中’所述第一導接件⑶，其是為一薄 i導體’且中央部分往接近該第-容置空間⑽之方向凸出， =該4第-導接件(5)的兩側邊緣處，更分別設有一能供固定於 該頂盍(11)上的掀片（51)。 、 其中，透過此種設置方式，讓第一導接件(5)能便於連接 電池，同時透過掀片（51)，穩固的定位於頂蓋(n)上，並有效 的卡固正極裝置(3)之導電凸片（31)。 上述兩種實施型態中，所述第二導接件(6)，其設於該第 一容置空間（10)内的一端處、設有一第一大彈性筹圈(6n， 其設於該第三容置空間(3〇)内的一端處、設有一第一小彈性| 圈(62) ; ^ 而前述第一大彈性簧圈(61)與第一小彈性簧圈(62)之間， 更設有一能將第一大彈性簧圈(61)與第一小彈性簧圈(62)連接 M435734 的第一連接簧線(63)。 μ - 種實施型態中，所述第三導接件⑺，其設於該 置1(2〇)内的一端處、設有一第二大彈性簧圈(71)， 簧亥第三容置空間(3〇)内的一端處、設有一第二小彈性 =别述第二大彈性簧圈⑼與第二小彈性菁圈(72)之間， 與第二娜菁圈⑽連接 二宏實施型態中’所述第四導接件⑻，其設於第 一置二間(2〇)内的一端處、設有一第三大彈性簀圈(82); ▲而則述第三大彈性簧圈(82)與該鈎環(81)之間，更設有一 (月^字該釣環⑻)與第三大彈性簧圈(82)連接的第三連接箸線 導接认透過此種第二導接件⑹、第三導接件⑺、及第四 供足多力置’能有效的連接各自對應的電池之一端並提 出，’讓消費者能便於分辨 極、那一端為對應電池的負極，以 為對鹿正極各貝來5兒大彈性簧圈為對應負極、小彈性簧圈為 於該施型態中’所述正極裝置⑶的一端面，凸出 圖表面，並於前述端面處、設有代表正極的正極 I，兩種實施型態中，所述負極裝置⑷，其是為一螺 二二負ί裝置(4)的一端面，凸出於該頂蓋⑴)外表面，並 於則私面處、設有代表負極的負極圖樣。 雪:h其透過此種正極裝置(3)與貞轉置⑷的實施 ，便於 ㈣心土、L同時藉由正極圖樣與負極圖樣的應用，讓消費者 月b 口心’正極與負極的位置’避免發生接錯電的狀況發 12M435734 V. New description: [New technical field] The present invention relates to a tandem battery holder structure. [Prior Art] Many portable electrical products, almost all of the county power, such as flashlights, radios and other devices. "The battery used by the pool to supply the portable electrical products is the No. 3 battery, and the coffee is the power supply. 1 But 'because the above electrical products are not: used electrical products 'So when the consumer is using 'waiting: meet: meeting; insufficient power. Therefore, when a natural disaster occurs, the consumption situation will always purchase a large number of batteries without power shortage. The battery allows 1 to occur on the battery - because the inventory of the 3rd battery and the i battery = the pool is generally much lower than the 3rd battery = kg = often only the 3rd battery is available for purchase. Therefore, the sling can be restricted by the congenital specification. The electric battery of the i-cell battery is used for the battery of the size of the battery, and the work of the production area is limited: =, ^, ^ ^ convenient production butterfly Amplifier [new content] 3 I. The technical means of this new type: The purpose of this type 2 is to provide a series of battery holder structures that can be used as a conversion power supply and have a firm structure. _ Total ==_County_ Purpose , the first embodiment of the technical means: for a series The battery holder structure is characterized by comprising: - a body (1), the seat body (1) is composed of a top cover (11), and three support walls (〗 2) at the side of the top cover (11). And the second base (2), the base (2) corresponding to the hook of the support wall (12) between the branches _2), defining the first, second, the first = (10, 20, 30 ); and the two support walls ^ extremely clear) are set in the following (1)), different from the support of a negative device (4) 'the negative device (4) is set on the top cover (1 different from the support wall (12) a support wall (12) adjacent to the positive electrode device (3) and the second accommodating space (1 〇, 2 〇) at one side, and the first first guide member (5) A guiding member (5) is disposed in the first receiving space (10) and is engaged with the top cover (11); a second guiding member (6) 'the second guiding member (6) Is engaged with the base (2), and one end of the second connecting member (6) is disposed in the first accommodating space (10) and extends at the other end into the third accommodating space (30); a third guiding member (7), the third guiding member (7) is engaged with the top cover (11), and one end of the third guiding member (7) is disposed in the second receiving space (2) 〇) inside, another delay Extending into the third accommodating space (30); and a fourth guiding member (8) 'one end of the fourth guiding member (8) is disposed at the top cover (11) and opposite to the negative device (4) The other end of the fourth connecting member (8) is disposed in the second receiving space (20) and is engaged with the base (2); the base (2) corresponds to The joints of the support walls (丨2) are provided with a joint portion (21), and the joint between the support wall (12) and the snap portion (21) is respectively provided with a ΐ: 二Γ婚2 Corresponding to the above-mentioned card compensation portion 'more separately - the first base (2) corresponds to the second portion, is provided with a first positioning groove (24), and the ball w. knows the other end of the (8) And having a third predetermined ^(f/))~ being positively disposed on the fourth guiding member, and passing through the base (2 丄 one end, adjacent to a rim edge of the member (5), provided with a The first conductive tab (9) is connected to the first conductive member (4); (4) the negative conductive member (4) that is fixedly held by the female conductive member (5) is the fourth conductive member (8) and the negative device (4) The top 4 of the 'two' is fixed between the top (U) and the negative (4). ^ Second Embodiment: A tandem battery holder structure comprising: a body (1) which is secondarily supported by a support wall (10) at the side of the top cover (11) The spacer ring is set to _ correspondingly located between the free end walls () of the drum wall (12), defining the first, second, and third accommodations = Qing is in the position of the contact), different from the support The second negative electrode is fixed. The negative electrode device (4) is disposed on the top cover (1 U is different from the branch building, the side of the (-), adjacent to the positive electrode device (3), and facing the two-two accommodation space (10) a support wall (12) between 20); a first first guide member (5), the first guide member (10), and a cover member (5) nw - accommodating a second guiding member (6), the second guiding member (6) is in the bottom receiving space (10), another = extending M435734, three guiding members (7), the third The connecting member (7) is engaged with the top cover (11), and one end of the third connecting member (7) is disposed in the second receiving space (20) and extends to the third receiving space at the other end. (30); and a fourth guiding member (8), one end of the fourth guiding member (8) is disposed at the top cover (11) and is mounted with the negative electrode (4) The other end of the fourth connecting member (8) is disposed in the second receiving space (2〇) and is engaged with the base (2); the base (2) corresponds to Each of the supporting walls (12) is provided with a connecting portion (21); at one end of each supporting wall (12) and the engaging portion (21), respectively, a support can be provided a fixing screw (9) for firmly connecting the wall (12) and the base (2), and a screw hole (14) is respectively connected to the connecting wall (12) and the positioning screw (9), and the base (2) Corresponding to the positioning screw (9), one end away from the support wall (12), respectively, a through hole (22) communicating with the engaging portion (21); - the base (2) corresponding to the second guide One end of the connecting member (6) is provided with a first clamping slot (23), and the base (2) corresponds to the other end of the second guiding member (6), and a second positioning slot is provided (24). And the base (2) corresponding to the other end of the fourth guiding member (8) is provided with a third positioning groove (25); the positive electrode device (3) passes through one end of the base (2), Adjacent to the end edge of the first guiding member (5), provided with an electrically conductive projection held by the first guiding member (3) a piece (31); the negative electrode device (4) is screwed to the top cover (I); ^ the fourth connecting member (8) is connected to the negative device (4) a shackle (81) disposed outside one end of the negative device (4), wherein one end of the fourth connecting member is fixed between the top cover (11) and the negative device (4) The tandem battery holder structure of the above two embodiments, the branch wall (12) between the two f-spaces (10) and the third accommodating space (10), and a groove (15) at the outer surface thereof; The bump and the groove (15) are more engageable with the base (2) provided at the inner side surface (26). According to the tandem battery holder structure of the above two embodiments, the first guide 6 M435734 connector (5) is a thin conductor, and the central portion is convex toward the space, and the first portion - _ I 3 of the guide (5) is provided with a cymbal (51) which can be fixed to the top cover (1). The tandem battery holder structure connector (6) according to the two embodiments described above is disposed at one end of the first accommodating space (10), and has a large elastic J ring (61), and is disposed at the same U in the third accommodating space (3 〇) is provided with a first small elastic coil (62); 柒 = the first large coil (6)) and the first small elastic phthalocyanine _ and the first small elastic phthalocyanine The tandem battery holder structure of the two embodiments is described. The end of the second guiding space (2〇) is provided at one end of the third receiving space (10). The first elastic coil (71) and the second small elastic coil 72) are connected between the larger elastic ring (71) and the second small elastic coil (5). a seat structure, at the end of the fourth accommodating second accommodating space (2.), is provided with a third largest energy between the 箦ιίϊί elastic ring (82) and the fishing ring (81). Further, a (83) () third connection spring wire connection (3) connected to the third large elastic coil (82) is described. The two-stage series battery holder structure of the two implementations is provided. Outer surface, at the aforementioned end face The (4) root-type battery holder structure of the two embodiments, the one end surface of the negative electrode device (4) outside the negative electrode top cover (9) protrudes from the surface and is provided at the end face, and is provided with a representative negative electrode The negative pattern. First, the efficacy of the prior art: M435734 1. In the new type, through the series circuit, the small battery can be upgraded to the power equivalent to the large battery by the series setting method. 2. In this model, the structure of the snap-in or screw-on is used to prevent the contact from being broken, the assembly method is quick and convenient, the material is saved, and the displacement of the shaking pool can be prevented. The following is a detailed schematic view of the first embodiment of the present invention, as shown in FIG. FIG. 3 is an exploded perspective view showing another angle of the first embodiment of the present invention, and FIG. 6 is a partial enlarged view of the eighth part of the drawing. The disclosure reveals that the 'first embodiment' is a string structure, which is characterized by including a body (1), the body (1) is composed of a top cover (11), and Three of the support walls (12) at one side of the top cover (11); and a new base (2) 'the base (2) correspondingly located at the support wall (12) And between the support _, define the first, second, with = (10, 20, 30); today 1 work (four) ^ pole device (3) 'the positive 妓 (3) is located in the top cover (11), Appearing at one side of the support wall (12); fork-negative device (4) 'The negative device (4) is located at one side of the slab, adjacent to the positive device (3), and is a valley space (10, 20) between the support wall (12). The second connection _ is arranged on the first accommodating empty day n the guide member (6) is engaged with the base (2), the end is disposed in the first-accommodating space (10) a third guiding member (7) is disposed at the other end. The third guiding member (7) is disposed with the top cover (1 υ 8 and one end of the third connecting member (7) is disposed in the second accommodating space ( 20) inner and outer ends extending into the third accommodating space (30); and a fourth connecting member (8) 'the fourth connecting member ( 8) is disposed at the top cover (11) and connected to the negative device (4), and the other end of the fourth conductive member (8) is disposed in the second receiving space (20) The base (2) is engaged with the base (2); the base (2) corresponding to the joint of the support walls (12) is provided with a snap portion (21), and the support wall (12) is The connecting portion of the engaging portion (21) is respectively provided with a hook (13), and the base (2) corresponds to the hook (13), and further has a buckle portion (211); ° the base ( 2) corresponding to the second guiding member (6) at one end, is provided with a first-position; a bit groove (23), and the base (7) corresponds to the other end of the second guiding member (6), provided - The second positioning groove (24) is further provided with a third positioning groove (25) corresponding to the other end of the fourth guiding member (8); the positive electrode device (3) passes through the base (2) one end, adjacent to the first guiding edge, provided with the negative electrode device (4) clamped and fixed by the first guiding member (5) as a clear branch, The junction of the fourth guiding member (8) and the negative electrode device (4) 1 = the pole device (4) - the outer shackle (81), allowing the fourth guiding One end of (8) is fixed between the top cover (9) and the negative electrode device (4). The distribution of the hooks (13) and the buckle portion (211) of the paste (1) is quick and convenient, and the material is saved, ' : 二止:为晃:新成: The two = _ 扎, including: τ 帛 - kind of implementation of the county is a kind of series battery holders (1) 'The seat (1) is one At the side, the side is at the wall 2 =, and the spacing is set to the ring & seat (2), the base (2) corresponding to the free end of the support wall (four) M435734 M435734, second, third Between the support space and between the support walls (12), the first (1〇, 20, 30) is defined; the support wall is close to the top, and the negative electrode device (4) is different. The device (4) is disposed at a side of the top cover (1) opposite to the wall (12), adjacent to the positive electrode device (3), and is adjacent to the accommodating space (10, 20) a wall (12); a first guide member (6), the second guide member (6) is engaged with the base (2), and the first One end of the two guiding members (6) is disposed in the first accommodating space (10) and into the third accommodating space (30); The connecting member (7) 'the third connecting member (7) is engaged with the top cover (11), and the end of the third connecting member (7) is disposed in the second receiving space (2〇) The inner end and the other end extend into the third accommodating space (30); and a fourth connecting member (8), one end of the fourth connecting member (8) is disposed at the top cover (11), and The negative electrode device (4) is connected, and the other end of the fourth conductive member (8) is disposed in the second receiving space (20) and is engaged with the base (2); the base (2) Corresponding to the engaging portion and the connecting portion (21) of the supporting walls (12); the one end of each of the supporting walls (12) and the engaging portion (21) is respectively provided with a 忐a set screw (9) for firmly connecting the wall (12) and the base (2), and a connection hole (14) of the support wall (12) and the positioning screw (9) is respectively provided, and another 3 base (2) corresponding to the positioning screw (9) and the one end away from the wall (I) of the support, respectively, a through hole (22) communicating with the engaging portion (21); the base (2) corresponding to One end of the second connecting member (6) is provided with a first positioning groove (23), and the base (2) corresponds to the other end of the second connecting member (6). a second positioning slot (24), wherein the base (2) corresponds to the other end of the fourth guiding member (8), and is provided with a third positioning slot (25); the positive device (3) passes through One end of the base (2), adjacent to the first conductive joint 10, the H is clamped and fixed by the first guide member (5), and is disposed at a joint of the negative electrode negative electrode device (4). It has a capacity, province, and overall cost. The assembly method is fast and convenient, and the material section is suitable for medium and high turbulence. The ring 1 shakes and causes the battery to shift. The tif:: implements the type of towel. The space (10) and the third receiving portion of the front cover wall (12) are further provided with a groove (15) at the outer wall surface; (26) is engaged. "groove 〇5) 'more can be used with the base (2) at the inner side of a bump cut through the groove (15) and the bump (26), thereby holding the seat The engagement between = and (.) prevents the seat body (1) from rotating and shifting, and at the same time provides the ship's two descriptions. In the embodiment, the first guide member (3) is a thin i-conductor and central Partially protruding in a direction close to the first accommodating space (10), = at both side edges of the 4th - guiding member (5), respectively, a cymbal piece for fixing to the top cymbal (11) (51). Through this arrangement, the first connecting member (5) can be easily connected to the battery, and is stably positioned on the top cover (n) through the cymbal piece (51), and effectively clamps the positive electrode device ( 3) Conductive tabs (31). In the above two embodiments, the second guiding member (6) is disposed at one end of the first receiving space (10), and is provided with a first large elastic coil (6n, which is disposed on One end of the third accommodating space (3 〇) is provided with a first small elastic coil (62); ^ and the first large elastic coil (61) and the first small elastic coil (62) Further, a first connecting spring wire (63) capable of connecting the first large elastic coil (61) and the first small elastic coil (62) to the M435734 is provided. In the embodiment, the third The connecting member (7) is disposed at one end of the set 1 (2〇), and is provided with a second large elastic coil (71), and one end of the third housing space (3〇) is provided with a The second small elasticity=between the second large elastic coil (9) and the second small elastic green circle (72), and the second nano-ring (10) is connected with the second macro embodiment (the fourth connecting member (8) It is disposed at one end of the first two (2 〇), and has a third large elastic ring (82); ▲ and the third largest elastic coil (82) and the shackle (81) Between the two, the fishing ring (8) is connected to the third large elastic coil (82). The three connection 导 wire guides can be effectively connected to one end of each of the corresponding batteries through the second guide member (6), the third guide member (7), and the fourth supply member (7) It is convenient to distinguish the pole, and the end is the negative pole of the corresponding battery, so that the large elastic coil of the deer positive pole is a corresponding negative pole, and the small elastic coil is the end surface of the positive electrode device (3) in the embodiment state, The surface of the figure is protruded, and a positive electrode I representing a positive electrode is disposed at the end face. In both embodiments, the negative electrode device (4) is an end face of a screw device (4), convex For the outer surface of the top cover (1), and at the private surface, a negative pattern representing the negative electrode is provided. Snow: h Through the implementation of the positive electrode device (3) and the transposition of the crucible (4), it is convenient for (4) the core soil, L, and the application of the positive electrode pattern and the negative electrode pattern at the same time, so that the consumer's mouth b heart 'positive and negative electrode position 'Avoid the situation of wrong connection to send 12