M409546 五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種擴充性組合連結裝置之設計，特 別是指一種固定電池芯之擴充性組合連結裝置。 【先前技術】M409546 V. New description: [New technical field] The present invention relates to the design of an expandable combination connecting device, and in particular to an expandable combined connecting device for fixing a battery cell. [Prior Art]
查，為有效響應環保，以及減少環境污染，俾使在可 攜式能源的運用上已經朝向多元化使用之發展，為了因應 許多不同功率與電氣需求特性與使用方便等需求，均會將 多數個適當電池芯以串聯或並聯方式形成電氣連接，甚至 組合成-電池組；參_卜^口一種可組合充電電池的 電池固塊卡合結構i，係一具有六個角之六個外等邊的塊 體11，該塊體11具有第一面12和内環121部份而該第 一面12與具有該六個外等邊的六個第二面13呈垂直連 接，以及該每一第二面13皆具有-嵌入式結構m，而前 述該嵌入式㈣131可為公鸠尾結冑132與母鴻尾結構 133’俾便該塊體U與另—塊體u’可藉由該嵌入式結構 131形成卡f配合’如此—來該充電電池芯2可進入至該 内環121部分中以被固定。 然，實際使用後發現，雖利用該電池卡合固塊結構！ 應實際使用狀況在串聯或並聯時，可隨意增減該充電電池 芯2的數量以因應π的需求制，然而隨著長時間的使 用，-旦置於串聯或並聯之中央位置的某一充電電池芯2 產生損壞時’則必須將已串聯或並聯成—充電電池組之該 等塊體11，逐—拆卸’俾便更換已故障之電池芯’而後再 3 M409546 重新將等塊體11逐一組合成該電池固塊卡合結構丨使用， 其過程不但繁瑣又費工，使用亦為不便；再者，實際使用 上，由於該等塊體11在串聯或並聯成該電池固塊卡合結構 1過程中，僅利用該嵌入式結構13在該等充電電池芯2本 體的兩端形成一無緊配合之相互連接態樣而已，該等塊體 11貫無法形成相互卡掣配合態樣，更鑒於該内環部分】2 i 係呈平滑圓孔狀之設計，以使該電池芯2並無法受到有效 被固定其中，若不慎受到外力作動影響，易導致該電池芯 2產生位移、甚至鬆脫，進而影響該整組充電電池芯2的 電氣連接使用，值得改進。 【新型内容】 因此本新型之目的，是在提供一種固定電池芯之擴 充性組合連結裝置，其目的不但可加強複數電池芯經擴充 組合連結後之穩固性，更具有簡化組裝程序’及操作便利 與使用方便等功效。 於疋’本新型固定電池芯之擴充性組合連結裝置，其 包括有一本體，至少二排列開設於該本體上且可供一電池 芯置放之開孔，一向外延伸設於該等開孔間一侧之連接 件，以及一相對該連接件且設於該等開孔間另一侧之銜接 件，其中，該本體之内周緣上對應該每一開孔處至少形成 有一凸出部，另，該連接件上向外凸設有一卡掣塊，同時 該銜接件上亦開設有複數卡掣槽，俾利藉由將任二該組合 連結裝置以形成一上下之反向設置，該等複數電池芯可設 置於其中時，並受到形成於該開孔内之凸出部頂掣與固 4 定’同時利用已形成上下對應設置之該等連接件與銜接件 相互接合卡掣’不僅該等組合連結裝置可呈相互連接亦 使該等電池芯呈穩固定位，進而使該等電池芯得以組合成 ’連接及可供充電使用，不但可以加強該等電池芯受 固定之穩定性，更具有簡化組裝程序，及操作便利與使用 方便等功效》 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 以下配合參考圖式之較佳實施例的詳細說明中將可清楚 的明白。 在本新型被詳細描述前，要注意的是，在以下的說明 中’類似的元件是以相同的編號來表示。 參閱圖2,本新型固定電池芯之擴充性組合連結裝置 之較佳實施例，其包括有一本體31，至少二排列開設 於該本體31上且可供該每一電池芯4置放之開孔32，一 向外延伸没於該等開孔32間一側之連接件33，以及一與 該連接件33相對應且設於該等開孔32間另一側之銜接件 34 ;其中’開設於該本體31上之開孔32於圖中係以二個 表示’同時該本體31之内周緣上對應該每一開孔32處至 少形成有一凸出部321 ’當然該凸出部321亦可形成有複 數之設计（圖中係以多個表示），以便藉由該凸出部321的 形成設計’可使置放該開孔32中之電池芯4受到止檔以 避免產生滑移，另，該連接件33上向外凸設有一卡掣塊 331 ’同時該銜接件34上亦開設有複數卡掣槽341(圖中係 M409546 以開設二個表示）’俾使該任二組合連結裝置3呈上下對應 時，可使該其一組合連結裝置3之卡掣塊33〗嵌設固定至 該另一組合連結置3之卡掣槽341中，當然，該其一組合 連結裝置3之卡掣塊331欲嵌設固定該另一組合連結裝置 3之卡掣槽341中時，亦可依該電池芯4尺寸長短的不同， 調整該卡掣塊331嵌設固定在該卡掣槽34!之任一槽孔中 的位置’俾作為卡合共用。 參閱圖3,仍續上述，在本實施例另於該等開孔32間 且位於該連接件33及銜接件34處各設有可供一插銷3〇 嵌掣之卡槽35，藉由該等卡槽35之設置，使該插銷3〇嵌 掣後可將複數經該等組合連結裝置3所組成—電池單體A 再並聯呈一電氣連接之電池組B。 參閱圖2,進行組裝時，備置所需之複數該組合連結 裝置3後，即可進行將該等組合連結裝置3的固定電池芯 4作業，先分別將該二電池芯4之一端置放在該本體31的 二開孔32中，同時施予該等電池芯4 一壓力，使該等電 池芯4定位在該等開孔32中且受到該凸出部321抵壓與 止擋，以使該電池芯4免凸伸於該本體31外，而後再將 另一組合連結裝置3以反向方式固置該等電池芯4之另一 端上，使該等電芯4之另一端同樣可穿置於該等開孔％ 間並受該凸出部321之限制而呈穩固定位，換言之該等電 池心4被呈上、下設置之該等組合連結裝置3固定於其 中，透過該連接件33、銜接件34與另一銜接件討、連接 件33嵌合固定，藉此構成一緊固連結態樣，因此，利用 6 該等組合連結裝置3的相互連接作用，以加強該等電池芯 4文固疋後之穩定性，如此—來即完成該等電池芯4的固 定；再者，為使經固定且呈一電池單體八狀態之該等電池 思4可順應較大使用功率之需求，可將已固定有該等電池 芯4之複數組合連結裝置3 _一排列在一起，以使該等卡 槽35呈相互對應併列之態樣，而後將該插銷3〇自該等對 應併列之卡槽35處”置人，以使呈相互對應並列之該 等卡槽35因該插銷30的嵌置，進而形成相互卡擎且呈緊 合態樣’藉此即輕鬆完成將該等電池單體A組合成一電 池組B之觸作f，即bK3料，因此不論在該等電 池芯4之S)定、亦或將該電池單體A彼此組成一電池組b 使用，都能更具有簡化組裝程序，及操作便利與使用方便 等功效。 參閱圖4,本實施例之第二較佳實施例，該組合連結 裝置3仍包含有本體31、二開孔32、連接件％、銜接件 34以及卡槽35等構件；特別是，在本實施例中另於該本 體3!之一側分別形成有—勾取部％，同時開設有一對應 於該勾取冑36之開口端37’以及相反於該勾取部％之另 -側分別形成有-定位部38與一定位塊39,以使該二组 合連結裝置3欲串聯相接時，可先由該其一組合連結裝置 3之勾取部36相對該另-組合連結裝置3之定位部％以 滑動方式嵌入定位，同時亦使該其一組合連結裝置3之定 位塊39敌入該另-組合連結褒置3之開口端37内進而 將該二組合連結裝置3連接在一起，而後再該等電池芯4 M409546 如同前-實施例之固定方式實施，藉此即可使該等電池芯 4組成後，再得以經串聯與並聯模式相互連接而成一可再 充電之較大電池組C使用，即如圖5所示，且組裝後更可 加強該電池組C之穩固性。 參閱圓6,本新型之第三較佳實施例，本實施例各要 件均與第二實施例相同，惟本實施例中開設於該本體Μ 上之開孔32係可視實際所需另行設置，如排列開設有三 個開孔32、四個開孔32..·等設置，以下說明係以該本體 31上排列開設有三開孔32為例加以說明，同時該等開孔春 32間亦同樣均各設有可供該插銷3〇嵌掣之卡槽％的設 置，俾當該等電池芯4數量較多時，即可藉由該本體Μ 開-又有該_開孔32之設計，得以快速有效完成該等電池 心4之固定與並聯作業，不但更具有簡化組裝程序 ，且在 操作及使用上皆更具便利與便利等功效。 參閱圖7,本新型之第四較佳實施例，不論前述第二、 第一實把例之實施態樣為何，係能使具該等開設有二開孔 32、二開？L 32之組合連結裝置3，相對的利用該等勾取部籲 36、定位部38及該等卡槽35可供該等插銷3〇嵌掣之設 置俾便形成複數相接結合之態樣，故，不管有多少的電 池心4，皆可利用不同該等組合連結裝置3的串聯、並聯 模式相互連接而成，且皆能擴充達成一可提供足夠電力使 用之電池組’以供方便使用。 歸納前述，本新型主要藉由利用將任二該組合連結裝 置呈一上下對應之設置，可供複數電池可設置於其中，同 8 =形：上下對應設置之該等連接件與銜接件相互接合 卡零，俾使該等電池芯穩固定位，故藉該等組合連結裝置 的，互連接，不僅加強該等電m㈣之敎性，更具 有簡化”且裝程序’及操作便利與使用方便等功效故確實 能達到本新型之目的。 ,惟以上所述者，僅為說明本新型之較佳實施例而已， 田不月b以此限定本新型實施之範圍，即大凡依本新型申請 專利範圍及新型說明書内容所作之簡單的等效變化與修 飾，皆應仍屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是習知一種可組合充電電池的電池固塊卡合結構 之示意圖； 圖2是本新型之第一較佳實施例之示意圖； 圖3是該較佳實施例之組裝示意圖； 圖4是本新型之第二較佳實施例之示意圖； 圖5是該較佳實施例之經並聯與串聯呈較大電池組示 意圖； 圖6是本新型之第三較佳實施例之示意圖；及 圖7是本新型之第四較佳實施例之示意圖。 M409546 【主要元件符號說明】 3 組合連結裝置 31 本體 32 開孔 33 連接件 34 銜接件 35 卡槽 36 勾取部 37 開口端 38 定位部 39 定位塊 30 插銷 321 凸出部 331 卡掣塊 341 卡掣槽 4 電池芯 A 電池單體 B 電池組 C 較大電池組 10In order to effectively respond to environmental protection and reduce environmental pollution, the use of portable energy sources has been diversified, and in order to meet the needs of many different power and electrical demand characteristics and ease of use, most will be Suitable battery cores are electrically connected in series or in parallel, and even combined into a battery pack; a battery-clamping structure i of a rechargeable battery can be combined with six outer sides of six corners. Block 11 having a first face 12 and an inner ring 121 portion and the first face 12 being vertically connected to six second faces 13 having the six outer sides, and each of the first The two sides 13 all have an embedded structure m, and the embedded (four) 131 may be a male-tailed knot 132 and a mother-tailed structure 133', and the block U and the other-block u' may be embedded by the same The structure 131 forms a card f fit 'as such" that the rechargeable battery cell 2 can enter the portion of the inner ring 121 to be fixed. However, after actual use, it was found that the battery was used to secure the block structure! When the actual use condition is in series or parallel, the number of the rechargeable battery cells 2 can be arbitrarily increased or decreased to meet the demand of π, but with long-term use, a certain charging is placed in the central position of the series or parallel connection. When the battery core 2 is damaged, it is necessary to replace the blocks 11 that have been connected in series or in parallel into the rechargeable battery pack, and then remove the defective battery cells one by one, and then re-convert the blocks 11 one by one. The battery block clamping structure is assembled and used, and the process is not only cumbersome and laborious, but also inconvenient to use; further, in practical use, since the blocks 11 are connected in series or in parallel to form the battery block engaging structure In the process of using the embedded structure 13, only a non-tight fit interconnection form is formed on both ends of the main body of the rechargeable battery cells 2, and the blocks 11 cannot form a mutual engagement pattern, and In view of the fact that the inner ring portion 2i is designed to have a smooth circular hole shape, the battery cell 2 cannot be effectively fixed therein, and if it is inadvertently affected by an external force, the battery cell 2 is likely to be displaced or even loose. , Thereby affecting the entire set of rechargeable battery cells 2 of the electrical connection, worthwhile improvement. [New content] Therefore, the purpose of the present invention is to provide an expandable combination connecting device for fixing a battery cell, which not only enhances the stability of the plurality of battery cells after being expanded and combined, but also has a simplified assembly procedure and convenient operation. And easy to use and other effects. The expansion combined connection device of the present invention has a main body, at least two openings are arranged on the body and can be placed by a battery core, and an outwardly extending portion is disposed between the openings a connecting member on one side, and a connecting member disposed on the other side of the connecting member, wherein at least one protruding portion is formed on each inner opening of the inner peripheral edge of the main body, and a connecting block is protruded from the connecting member, and a plurality of latching slots are also formed in the connecting member, and the plurality of latching devices are connected to form a top and bottom reverse arrangement. When the battery core can be disposed therein, and the protruding portion of the protruding portion formed in the opening is fixed with the fixing member, the connecting member and the engaging member are mutually engaged with each other. The combination connecting devices can be connected to each other and the battery cells can be stably fixed, so that the battery cells can be combined into a 'connection and can be used for charging, which can not only strengthen the stability of the battery cells, but also have the stability. The above-mentioned and other technical contents, features and effects of the present invention will be clarified in the following detailed description of the preferred embodiments with reference to the drawings. understand. Before the present invention is described in detail, it is noted that in the following description, similar elements are denoted by the same reference numerals. Referring to FIG. 2, a preferred embodiment of the expandable combination and attachment device of the present invention includes a body 31, at least two openings that are disposed on the body 31 and can be placed in each of the battery cells 4. 32, a connecting member 33 extending outwardly from a side between the openings 32, and a connecting member 34 corresponding to the connecting member 33 and disposed on the other side between the openings 32; The opening 32 of the main body 31 is represented by two in the figure. At the same time, at least one protruding portion 321 is formed at each inner opening of the main body 31. Of course, the protruding portion 321 can also be formed. There is a plurality of designs (indicated by a plurality of figures) so that the battery core 4 placed in the opening 32 can be stopped by the formation of the protrusion 321 to avoid slippage. A latching block 331 ' is protruded from the connecting member 33. The latching member 34 is also provided with a plurality of latching slots 341 (in the figure, M409546 is used to open two). When the upper and lower sides are corresponding to each other, the latching block 33 of the combined connecting device 3 can be embedded and fixed. In the card slot 341 of the other combination connection device 3, of course, when the card block 331 of the combination connection device 3 is to be embedded in the card slot 341 of the other combination connection device 3, Depending on the length of the battery core 4, the position at which the latch block 331 is fitted and fixed in any of the slots of the latching slot 34! is adjusted to be used as a snap. Referring to FIG. 3, the card slot 35 for inserting a latch 3 is provided between the openings 32 and the connecting member 34. The card slot 35 is arranged such that the latch 3 can be assembled to form a plurality of battery packs B which are electrically connected by the combination of the combination connecting devices 3. Referring to FIG. 2, when assembling the plurality of combined connecting devices 3, the fixed battery cells 4 of the combined connecting device 3 can be operated, and one of the two battery cells 4 is placed first. In the two openings 32 of the body 31, a pressure of the battery cells 4 is simultaneously applied, so that the battery cells 4 are positioned in the openings 32 and pressed and stopped by the protruding portions 321 so that The battery core 4 is not protruded from the outside of the body 31, and then the other combination connecting device 3 is fixed on the other end of the battery cells 4 in a reverse manner, so that the other end of the battery cells 4 can also be worn. Between the openings 100 and being restrained by the protrusions 321 , the battery cores 4 are fixed in the upper and lower portions of the battery assembly 4 and are connected thereto through the connector 33 . The connecting member 34 is engaged with the other connecting member and the connecting member 33, thereby forming a fastening connection manner. Therefore, the interconnection function of the combined connecting devices 3 is utilized to strengthen the battery cells 4. The stability of Wengu, so that the completion of the fixing of the battery cells 4; In order to ensure that the battery cells 4 that are fixed and in a state of eight cells can meet the requirements of a large power consumption, the plurality of combination connecting devices 3 to which the battery cells 4 are fixed may be arranged together. So that the card slots 35 are juxtaposed to each other, and then the pins 3 are placed from the corresponding juxtaposed card slots 35 so that the card slots 35 are juxtaposed to each other. The insertion of the latches 30, thereby forming a mutual clamping and in a tight fit state, thereby easily completing the combination of the battery cells A into a battery pack B, that is, the bK3 material, so regardless of the batteries The use of the core 4 of S) or the battery cells A to form a battery pack b can further simplify the assembly process, and is convenient to operate and convenient to use. Referring to FIG. 4, the second embodiment In a preferred embodiment, the combined connecting device 3 further includes a body 31, two openings 32, a connector %, a connecting member 34, and a card slot 35; in particular, in the embodiment, the body 3 is further One side is formed with - the hooking portion %, and one opening corresponding to the hook The open end 37' of the pick 36 and the other side of the hook portion are respectively formed with a positioning portion 38 and a positioning block 39, so that the two combined connecting devices 3 are to be connected in series, The hooking portion 36 of the combined connecting device 3 is slidably embedded with respect to the positioning portion of the double-combining connecting device 3, and the positioning block 39 of the combined connecting device 3 is also attracted to the other combination. The two combined connecting devices 3 are connected together in the open end 37 of the connecting device 3, and then the battery cells 4 M409546 are implemented in a fixed manner as in the previous embodiment, whereby the battery cells 4 can be formed. After that, it can be connected to the larger battery pack C which can be recharged through the series and parallel modes, that is, as shown in FIG. 5, and the stability of the battery pack C can be further enhanced after assembly. Referring to the circle 6, the third preferred embodiment of the present invention, the requirements of the embodiment are the same as those of the second embodiment. However, the opening 32 formed in the body 本 in the embodiment may be separately set according to actual needs. For example, three openings 32, four openings 32, etc. are arranged in the arrangement, and the following description is taken as an example in which three openings 32 are arranged in the body 31, and the same 32 holes are also used in the same hole. Each of the slots 100 is provided with a slot for the latch 3, and when the number of the battery cores 4 is large, the body can be opened and the opening 32 can be designed. Quickly and efficiently complete the fixing and parallel operation of the battery cores 4, which not only has a simplified assembly procedure, but also has more convenience and convenience in operation and use. Referring to Fig. 7, a fourth preferred embodiment of the present invention, regardless of the implementation of the second and first embodiments, is capable of providing two openings 32 and two openings. The combination connecting device 3 of the L 32 is configured to use the hooking portion 36, the positioning portion 38 and the card slots 35 for the insertion of the pins 3 to form a plurality of joints. Therefore, no matter how many battery cores 4 are connected, the series and parallel modes of the different combination connecting devices 3 can be connected to each other, and all can be expanded to achieve a battery pack that can provide sufficient power for convenient use. In summary, the present invention can be used to provide a plurality of batteries in which the plurality of batteries can be disposed in the upper and lower portions, and the connecting members and the connecting members are coupled to each other. The card is zero, so that the battery cells are stably fixed. Therefore, by means of the combined connection devices, the interconnections not only enhance the flexibility of the electric power m (4), but also have the advantages of simplifying "installation" and convenient operation and convenient use. Therefore, it is possible to achieve the purpose of the present invention. However, the above description is merely illustrative of the preferred embodiment of the present invention, and Tian Buyue b limits the scope of the present invention to the extent that the patent application scope is The simple equivalent changes and modifications made in the contents of the new manual should still fall within the scope of this new patent. [Simplified Schematic] FIG. 1 is a schematic diagram of a conventional battery block engaging structure of a rechargeable battery. Figure 2 is a schematic view of a first preferred embodiment of the present invention; Figure 3 is an assembled view of the preferred embodiment; Figure 4 is a schematic view of a second preferred embodiment of the present invention 5 is a schematic view of a larger battery pack in parallel and in series according to the preferred embodiment; FIG. 6 is a schematic view of a third preferred embodiment of the present invention; and FIG. 7 is a fourth preferred embodiment of the present invention. M409546 [Description of main component symbols] 3 Combination coupling device 31 Body 32 Opening 33 Connector 34 Connector 35 Slot 36 Grapple 37 Open end 38 Positioning 39 Positioning block 30 Pin 321 Projection 331 Clamping block 341 card slot 4 battery core A battery unit B battery unit C larger battery pack 10