M420858M420858
I * 五、新型說明： 【新型所屬之技術領域】 本創作係關於-_托架及以其組成的稽托錄置，_是指一種用 以職f池單元的撐姉、以及„_種多數電池單元而構組成電池模組 的撐托架裝置。 '· 【先前技術】 目前’將可充放電之二次電池做為各式手持電子裝置的電力源係已有 愈來愈多的趨勢。則、型手持電子裝置而言，係使用—或多顆電池；至於 例如電動車或輕型電動車等的中、大型電子裝置、甚至是電子設備或電能 儲存系統，就需要多數個電池單元（每一電池單元包括多數電池）。 習知在電性連接多數電池的做法上，例如台灣公告號第M332265號「二 次電池組組合_侧，其_上、下框雜各具彼此對應的套筒， 以分別容置多數電池於套筒内’最後再將上、下框架彼此對合而形成具有 多數電池的電池組。 ® 惟，該等習知技術除了組裝過程繁雜及費時之外，係還有以下缺失有 待加以克服.（1)該等習知技術所構組而成的電池組，無法在安全因素的考 . 量下設計成最小體積及最少塑料使用量之結構，從而無法以較低成本製 作，且不符環保需求；（2)其同一框架的套筒與套筒之間係具有鄰接尺寸， 且套筒本身還具有組裝尺寸，此外則還設有多數用以對合上、下框架的定 位柱和定位孔，造成電池的堆置密度不高，且無法達到更輕量化的設計要 求’即無法達成最佳能量堆積密度之結構需求；此外，（3)該等習知技術的 電池組更無法再以多數電池組彼此組合成一電池模組，換言之，即無法組 3 M420858 合成一具有各種輸出及容量的電池模組。 【新型内容】 本創作的目的之-在於提供—種撐托架，藉由：A 明定電池兩 端的結構係為穿孔式的裝填孔、β樓托架的裝填孔係彼此上下錯位、以及 C.其電池收容帥細彡數不在同—高度的㈣肋絲區隔，以能在安全 因素的考量下設計成最小體積及最少㈣使用量之結構，從而降低成本， 且符合環保要求》 本創作的目的之二在於提供一種撐托架，藉由特殊設計的撐扼架，使 其電池與電池之間的密度提高，從而具有較高的電池堆置密度、且符合更 輕量化的設計要求’亦即確能達成最絲量堆前度的結構需求。 本創作的目的之三在於種撐托架，藉由特殊設計的雜架，以 能有效率地將多數個烟_托架彼此組合成—撐托架裝置，脚係能組 合出具有各種輸出及容#的撐托架裝置，且各該撐托架均係以相同結構進 行組裝，從而使撐托架具有重複使用的特性。 本創作的目的之四在於提供一種撐托架，藉由樓托架係設有缺口和插 槽以及設置於組裝板的插接件，以#各該__人有所述的插接件時， 將會迫使該裝填孔之缺口的Π徑縮小，從而_更進—步迫緊電池的目的。 本創作的目的之五在於提供托架，藉由控㈣路板，以控制或 監控各該電池單元的各種狀態。 為達上述目的’本創作係提供一種揮托架，為用以組合成一樓托架裝 置，該撐托架裝置係制多數圓柱形電池做為多數電池單元，該樓托架包 M420858 含：一對定位板、-對側板以及多數肋條。其中，該對定位板係分別設有 彼此相對的兩排裝填電池的裝填孔’第一排的各該裝填孔係與第二排的各 該裝填孔彼絲位，各驟概的雜雜圓_電_外表面相對應； 該對她係分別設置於該對定位板的兩側而構成框圍狀，各該側板的一端 係設有至少-第—卡扣件，各該側板的另端則設有至少—第二卡扣件所 述第-卡扣件财分離地卡扣於第二卡扣件：職肋條係触兩排且均連 接於該對定位板之間’第―、二排的各該肋條係分別位於所述第一、二排 的兩兩裝填孔之間，且第-排之各該肋條與第二排之各該肋條的相鄰邊係 各形成有-具有底面的平歧，任—狀各該贿料直減面係位於另 一排之各該裝填扎的一切線處。 本創作另提供-種撐托架裝置，係具有多數圓柱形電池，該些圓柱形 電池係裝設至上賴姉，所猶絲裝㈣為多數已裝關_電池之 撐托架所組合形成之結構。 藉此’以能在安全因素的考量下設計成最小體積及最少塑料使用量之 結構，從崎低縣，且符合縣要求；再者，做其電_電池之間的 密度提高’制具有較高的電池堆置密度、轉合更輕量化的設計要求， 亦即確能達到最佳能量堆積密度的結構需求；三者’係還能有效率地將多 數個相__紐舱合成—雜錄置，抑卩係驗合出具有各種輸 出及容量的撐減裝置，且各該撐托架均係以相同結構進行組裝，從而使 撐托架具有重複使用的特性。 此外’本創作還具有以下功效：藉由撐托架係設有缺口和插槽且組 裝板係設有插接件，以當各該插_插人有所料插接斜，將會迫使該 5 裝填孔之缺口的口徑縮小，從而達到更進一步迫緊電池的目的；藉由控制 電路板，以控制或監控各該電池單元的各種狀態。 為了能夠更進一步瞭解本創作之特徵、特點和技術内容，請參閱以下 有關本創作之詳細說明與附圖，惟所附圖式僅提供參考與說明用，非用以 限制本創作。 【實施方式】 本創作係提供一種撐托架及以其組成的撐托架裝置，如第i^ A、 1 B圖所7F係在揭示本鑛還未裝填電池時猶托架；如第2 A、2 8圖 所示係在揭示本職f祕雜架内且彼歧後祕的_式，如 第2 C圖所示則進-步揭示較第2 A圖增加—控制電路板5的立體圖；如 第3A、3B圖所示則在揭示本創作已裝填電池於撐托架内且彼此上下相 接時的兩圖式；如第4圖所示則為本創作撐托架的第二實施例；如第5a 圓所示係在揭示本創作雜架可左右相接的第三實施例，第5關則在揭 示本創作已電池_絲第三實施_且彼此左右相鱗的立體圖。 <第一實施例> 請參閱第1、1 A、1 B圖以及第2 A、2 B圖所示的本創作樓托架， 為用以組合成-撐托架裝置（如第2C圖所示）或亦可單獨使用該樓托 架裝置係使用多數圓柱形電池6做為多數電池單元6⑽（如第2 c圖所 不。詳言之’該撐托架裝置係由多數相同的電池單元6 〇 〇彼此組合而成， 各該電池單元6 G G縣由-撐托糾及多紐設於該魏㈣圓枉形電 M420858 池6所構成），該撐托架包含：一對定位板2、一對側板3以及多數肋條 4 〇 該對定位板2係分別設有彼此相對的兩排用以裝填電池6的裝填孔2 1，如圖所示係為上、下各一排，第一排（211，見第2B圖）的各該 裝填孔21係與第二排（212 ’見第2B圖）的各該裝填孔21彼此錯 位’如第1B圖所示者’任一排之任一裝填孔21的圓心係位於另一排之 兩相鄰裝填孔21之間的投影線213上。各該裝填孔21的形狀係與圓 柱形電池6的外表面相對應，從而乃能藉由裝填孔2 i來束住電池6的 頭、尾端而定位。 該對侧板3係分別設置於該對定位板2的左、右兩侧而構成一框體， 該框體係具有兩相對開口（未標示元件符號，其中一開口係用以設置一控 制電路板5，如第2C圖所示）。各該側板3係具有彼此相對的前端和後 端、以及彼此相對的上邊和下邊，且該對側板3還具有彼此相對的兩外側 面，其中，各該側板3的後端係設有至少一第一卡扣件3 i，各該侧板3 的則端則设有至少-第二卡扣件3 2 ’所述第—~N口件31係可分離地卡 扣於第二卡扣件3 2，其卡扣組合狀態可參閱第2錢2 〇圖所示。 該些肋條4係亦排成上、下兩排且均連接於該對定位板2之間，如第 1B和第2B圖所示’第-排的該些肋條4係分別位於所述第—排21工 的兩兩裝填孔21之間，第二排的該些肋條4係分別位於所述第二排2工 2的兩兩裝填孔21之間（如圖所示，第―、二排的各該助條4係相鄰於 兩兩裝填孔21之間），且第一排之各該肋條4與第二排之各該助條4的 上下相鄰邊係各形成有-具有底面41 i的平直板41 (如騎示者，各 7 M420858 該肋條4的剖面係呈τ狀）^其中，如第i B圖所示’任一排之各該肋條 4的平直板底面411係位於另一排之各該裝填孔2丄的一上緣切線處或 一下緣切線處，而利於承托住電池6。 請參閱第1B圖所示’第-、二排之各該肋條4的平直板4丄係分別 位於所述樓托架的第一'二高度位置（4〇1、4〇2,見第iB圖）， 該第一、二高度位置4 01、4 0 2之間係具有-高低落差〇，因此，舉 例而言’第一排之任兩相鄰肋條4之間的下方處，係適存在有第二排之一 肋條4 ’因此，任-排之任兩相鄰肋條4、位於該兩相鄰肋條4之間的該 排裝填孔2 1、以及另-排之肋條平歧4 i之間，乃構組成—電池收容 空間（未標示元件符號）β 其中，各該側板3的後端係凸出於定位板2 (如帛工圖所示之侧板3 的凸出部分_開設有-缺口 3 ◦ i )，設於各該側板3後端的第一卡扣 件3 1係為扣孔，設於減侧板3前端的第二卡扣件3㈣為可卡扣於該 扣孔内的凸出扣體’制在兩電池單U⑽彼此相接後，能藉由凸出扣 體的卡扣於扣孔内而彼此固定住（如帛2C_示）。 如第2C圖所示，各該魏架均已裝填電池6而分別形成—電池單元 6 〇 0，當至少㈣池單元舰相接時，射於其卜電池單元之雜架 開口（即樓托架之所述框體的其中一開口）處設置控制電路板5，以控制 或監控該些電池㈣各歡態。㈣2 c圖卿本創雜趣電池單元 (如圖所示係為任兩電池單元）6 〇 〇係可彼此前後相接成-撐技架裝置。 請參閱第3 A、3 B圖所示’係在揭示本創作撐托架上下相接前和相 M420858 . 接後的立體® H各霄托架均已裝填電池6而分別形成—電池單元 6 0 0㈤搭配參閱第1圖所示，各該側板3的上下邊係分別設有至少 第一卡扣件3 3和至少-第四卡扣件3 4，所述第三卡扣件3 3係可分 離地卡扣於第四卡扣件3 4。其中，該第四卡扣件3 4係為扣孔 ，該第三 卡扣件3 3則為可卡扣於該扣孔的凸出扣體，從而乃能如第3 b圖所示 般，使本創作任多數電池單元（如_示係為任兩電池單元）6 〇 〇彼此 上下相接成一榜把架袭置。 <第二實施例> 清參閱第4圖所示’所述撐托架之各該定位板2係各具有 一上邊和一 下邊第、一棑之各該裝填孔21所鄰近於定位板2的上、下邊處係各 開认有缺口 2 2 ’各該缺口 2 2兩側的定位板上、下邊處則各開設一插 槽2 3 ’所述樓托架之框體的兩相對開口係各封合有-組裝板7，各該組 裝板7係各具有多數可插接於各該插槽2 3内的插接件71。以其中-裝 填孔21觀之，其兩侧的上邊（或下邊）係適各具-插槽2 3，當各該插 槽2 3内插人有所述的插接件71時，將會迫使該裝填孔21之缺口2 2 的口徑縮小，麵達到更進-步迫緊電池6的目的。 <第三實施例> 明參閱第5Α圖所示的撐托架第三實施例，其結構大致與第一實施例 相同，不同處在於第三實施例係不具有第一實施例的第三、四卡扣件3 3、 3 4，且較第—實施例增設了第五、六卡扣件3 5、3 6。 9 M420858 如圖之任一撐托架的該對側板3，其左側板的上邊和下邊係各設有至 少一第五卡扣件3 5，其右侧板的外側面對應處則設有多數第六卡扣件3 6 ’所述第六卡扣件3 6係可分離地卡扣於第五卡扣件3 5。其中，該第 五卡扣件3 5係為扣孔，該第六卡扣件3 6則為可卡扣於該扣孔的凸出扣 體，從而乃能如第5 B圖所示般，使本創作任多數電池單元（如圖所示係 為任兩電池單元）6 0 0彼此左右相接成一撐托架裝置。 綜上所述，本創作撐托架及以其組成的撐托架裝置的特點在於：除了 組裝簡單且省時、省力之外，係還有具有以下功效：（1)藉由：A.該用以固 定電池兩端的結構係為穿孔式的裝填孔、B·撐托架的裝填孔係彼此上下錯 位、以及C.其電池收容空間係以多數不在同一高度的兩排肋條來區隔，以 能在安全因素的考量下設計成最小體積及最少塑料使用量之結構，從而降 低成本，且符合環保要求；（2)藉由特殊設計的撐托架，使其電池與電池之 間的密度提高，從而具有較高的電池堆置密度、且符合更輕量化的設計要 求，亦即確能達到最佳能量堆積密度的結構需求；（3)藉由特殊設計的撐托 架’以能有效率地將多數個相同的撐托架彼此組合成一撐托架裝置，亦即 係能組合出具有各種輸出及容量的撐托架裝置，且各該撐托架均係以相同 結構進行組裝，從而使撐托架具有重複使用的特性；（4)藉由撐托架係設有 缺口22和插槽23以及設置於組裝板7的插接件γ1，以當各該插槽2 3内***有所述的插接件71時，將會迫使裝填孔之缺口 2 2的口徑縮 J從而達到更進一步迫緊電池6的目的；（5)藉由控制電路板5 ，以控制 或監控各該電池單元6 0 0的各種狀態。 M420858 非因此即侷限本創 以上所述者，料本_之較対行實施例而已， ^之專侧’軌轉臟日椒_細㈣綱變化， 句理同包含於本創作之權利範圍内，合予陳明。 【圖式簡單說明】 第1圖為本創作撐托架第一實施例的立體外觀圖。 第1 A、1B圖為本創作依據第2圖的剖面圖 第2 A縣賴倾據第1 ®之树触於_相賤的立體剖面 圖。 第2B圖為本創作依據第2A圖於側視時的剖面圖。 第2 C圖為本創作依據第工圖之兩撐托架於前後相接後的另一立體 圖’圖中增加一控制電路板。 第3 A 3 B圖為本創作依據撐托架第一實施例於上下相接時的立體 分解圖和立體組合圖。 第4圓為本創作撐把架第二實施例於側視時的平面圖。 第5 A圖為本創作撐把架第三實施例於左右相接時的立體分解圖。 第5 B圖為本創作依據樓托架第三實施例於左右相接時的立體組合 【主要元件符號說明】 2定位板 2 1裝填孔 211第一排 212第二排 M420858 2 2 缺口 2 3插槽 3 侧板 31第一卡扣件 33第三卡扣件 3 5第五卡扣件 4 肋條 4 1 平直板 5 控制電路板 600 電池單元 6 電池 7 組裝板 7 1 插接件 213投影線 3 0 1 缺口 3 2 第二卡扣件 34 第四卡扣件 36第六卡扣件 401 第一高度位置 402 第二高度位置 4 11 底面 D 尚彳氏落差 12I * V. New description: [New technical field] This creation is about -_ bracket and its composition, _ refers to a pole for the job f pool unit, and „_ Most battery cells are configured to form a bracket assembly for a battery module. '· 【Prior Art】 At present, there are more and more trends in charging and discharging secondary batteries as power sources for various handheld electronic devices. In the case of a handheld electronic device, one or more batteries are used; as for a medium or large electronic device such as an electric vehicle or a light electric vehicle, or even an electronic device or an electrical energy storage system, a plurality of battery cells are required ( Each battery unit includes a plurality of batteries. It is known that in the practice of electrically connecting a plurality of batteries, for example, Taiwan Bulletin No. M332265 "Secondary battery pack combination _ side, the _ upper and lower frames are each corresponding to each other. The cartridges are used to accommodate a plurality of batteries in the sleeve respectively. Finally, the upper and lower frames are joined to each other to form a battery pack having a plurality of batteries. However, in addition to the complicated and time-consuming assembly process, these conventional techniques are complicated. There are also the following shortcomings to be overcome. (1) The battery packs constructed by these prior art techniques cannot be designed to have the minimum volume and the minimum amount of plastic used in the safety factor test, so that Low-cost production, and does not meet environmental protection requirements; (2) the sleeve and sleeve of the same frame have an asymmetrical size, and the sleeve itself has an assembly size, in addition, there are also a large number of pairs for upper and lower The positioning column and positioning hole of the frame cause the stacking density of the battery to be low, and the design requirements of the lighter weight cannot be achieved, that is, the structural requirement of the optimal energy bulk density cannot be achieved; in addition, (3) the techniques of the prior art The battery pack can no longer be combined with a plurality of battery packs into one battery module. In other words, it is impossible to assemble a battery module having various outputs and capacities by combining the M420858. [New content] The purpose of the present invention is to provide a support The bracket, by: A, the structure of the two ends of the battery is a perforated filling hole, the filling holes of the beta floor bracket are vertically displaced from each other, and C. The same-high (four) rib wire division is designed to be the minimum volume and the minimum (four) usage structure under the consideration of safety factors, thereby reducing the cost and complying with environmental protection requirements. The second purpose of the creation is to provide a support. With a specially designed truss, the density between the battery and the battery is increased, resulting in a high battery stacking density and a lighter weight design requirement. The structural requirements of the former. The third purpose of this creation is to plant the brackets. With the specially designed miscellaneous racks, it is possible to efficiently combine a plurality of cigarettes and brackets into each other to form a bracket device. A bracket device having various outputs and capacities is combined, and each of the brackets is assembled in the same structure, so that the brackets have reusable characteristics. The fourth object of the present invention is to provide a support. The frame is provided with a notch and a slot through the floor bracket and a connector disposed on the assembly board, so that when the connector has the connector, the gap of the filling hole will be forced. The diameter is reduced, so that _ is further Step purpose of forcing tight battery. The fifth objective of the present invention is to provide a bracket for controlling or monitoring various states of the battery unit by controlling (four) boards. In order to achieve the above purpose, the present invention provides a swing bracket for assembling a first floor bracket device, which is a plurality of cylindrical batteries as a plurality of battery units, and the floor bracket package M420858 includes: For positioning plates, - opposite side plates and most ribs. Wherein, the pair of positioning plates are respectively provided with two rows of filling holes for the two rows of filled batteries. The loading holes of the first row and the filling holes of the second row are each a bit of a circle. The outer surface of the pair of positioning plates is respectively disposed on the two sides of the pair of positioning plates to form a frame, and one end of each of the side plates is provided with at least a first-fastening member, and the other end of each of the side plates is Having at least a second fastening member, the first fastening component is separately buckled to the second fastening component: the professional rib is in two rows and is connected to the first and second rows between the pair of positioning plates Each of the ribs is respectively located between the two loading holes of the first and second rows, and each of the ribs of the first row and the adjacent side of each of the ribs of the second row are formed with a bottom surface The ambiguity, the arbitrarily-like form of the bribe is directly located in the other line of the line. The present invention further provides a bracket device, which has a plurality of cylindrical batteries, and the cylindrical batteries are mounted on the upper side, and the four wires are formed by a combination of a plurality of mounted brackets. structure. By this, it is designed to be the smallest volume and the minimum amount of plastics used in consideration of safety factors, from Qiaoxi County, and meets the county requirements; in addition, the density increase between the batteries is made. The high battery stacking density and the lighter weight of the design requirements, that is, the structural requirements that can achieve the optimal energy bulk density; the three 'systems can also efficiently combine most of the phases __ new cabin synthesis - miscellaneous The recording and depressing system combines the supporting devices with various outputs and capacities, and each of the brackets is assembled in the same structure, so that the brackets have the characteristics of repeated use. In addition, the present invention also has the following functions: the bracket is provided with a notch and a slot, and the assembled board is provided with a connector, so that when the plug-in is inserted, the plug will be forced. 5 The diameter of the gap of the filling hole is reduced to achieve the purpose of further tightening the battery; by controlling the circuit board, various states of each battery unit are controlled or monitored. In order to further understand the features, features and technical contents of the present invention, please refer to the following detailed description and drawings of the present invention, but the drawings are provided for reference and description only, and are not intended to limit the creation. [Embodiment] The present invention provides a support bracket and a support bracket device composed thereof, such as the iF of the i^^, 1 B, and the 7F system, which is used to reveal that the mine has not been filled with the battery; A and 2 8 are shown in the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ As shown in Figures 3A and 3B, the two drawings of the present invention in which the battery has been filled in the support bracket and connected to each other are disclosed; as shown in Fig. 4, the second implementation of the original support bracket is shown. For example, as shown in the 5th circle, the third embodiment in which the creation of the creation frame can be connected to each other is disclosed, and the fifth level is a perspective view showing the left and right sides of the battery. <First Embodiment> Please refer to the first building block of Figures 1, 1A, 1B and 2A and 2B for assembling the bracket device (e.g., 2C) As shown in the figure), it is also possible to use the bracket device of the floor as a majority of the battery unit 6 (10) using a plurality of cylindrical batteries 6 (as shown in Fig. 2c. In detail, the bracket device is mostly identical. The battery cells 6 are combined with each other, and each of the battery cells 6 GG County is composed of a support and a multi-joint is arranged in the Wei (four) round-shaped electric M420858 pool 6), and the support bracket comprises: a pair of positioning The plate 2, the pair of side plates 3, and the plurality of ribs 4, the pair of positioning plates 2 are respectively provided with two rows opposite to each other for filling the filling holes 2 of the battery 6, as shown in the upper and lower rows. Each of the loading holes 21 of the first row (211, see FIG. 2B) is misaligned with each of the loading holes 21 of the second row (212 'see FIG. 2B) 'as shown in FIG. 1B' The center of any one of the filling holes 21 is located on the projection line 213 between the two adjacent filling holes 21 of the other row. The shape of each of the filling holes 21 corresponds to the outer surface of the cylindrical battery 6, so that the head 2 and the trailing end of the battery 6 can be positioned by the filling holes 2 i. The pair of side plates 3 are respectively disposed on the left and right sides of the pair of positioning plates 2 to form a frame. The frame system has two opposite openings (unsigned component symbols, wherein an opening is used to set a control circuit board) 5, as shown in Figure 2C). Each of the side panels 3 has a front end and a rear end opposite to each other, and upper and lower sides opposite to each other, and the pair of side panels 3 further have two outer sides opposite to each other, wherein at least one rear end of each of the side panels 3 is provided The first fastening member 3 i, the end of each of the side panels 3 is provided with at least a second fastening member 3 2 'the first -N-port member 31 is detachably fastened to the second fastening member 3 2, the state of the buckle combination can be seen in the second money 2 〇 diagram. The ribs 4 are also arranged in upper and lower rows and are connected between the pair of positioning plates 2, as shown in Figures 1B and 2B, the ribs 4 of the first row are located at the first Between the two loading holes 21 of the 21st row, the ribs 4 of the second row are respectively located between the two loading holes 21 of the second row 2 work 2 (as shown, the first and second rows) Each of the reinforcing strips 4 is adjacent to the two loading holes 21, and each of the ribs 4 of the first row and the upper and lower adjacent sides of each of the second rows of the reinforcing strips 4 are formed with a bottom surface 41 i's flat plate 41 (such as the rider, each 7 M420858, the rib 4 has a τ-like profile) ^ where, as shown in Figure iB, the bottom plate 411 of each of the ribs 4 of any row is The upper edge tangent line or the lower edge tangent line of each of the filling holes 2丄 of the other row is favorable for supporting the battery 6. Referring to the first and second rows of the ribs 4 of the first and second rows, the flat plates 4 are respectively located at the first 'two height positions of the floor brackets (4〇1, 4〇2, see iB). Figure), the first and second height positions 4 01, 4 0 2 have a high-low drop 〇, so, for example, the lower part between any two adjacent ribs 4 of the first row is suitable There is a second row of ribs 4', therefore, any two adjacent ribs 4 of the row, the row of filling holes 2 1 between the two adjacent ribs 4, and the other rows of ribs 4i Between the two, the battery accommodating space (not shown as the component symbol) β, wherein the rear end of each of the side plates 3 protrudes from the positioning plate 2 (such as the protruding portion of the side plate 3 shown in the as-built drawing) - The notch 3 ◦ i ), the first fastening member 3 1 disposed at the rear end of each of the side panels 3 is a buckle hole, and the second fastening member 3 (4) disposed at the front end of the reduction side panel 3 is slidable in the buckle hole After the two battery cells U(10) are connected to each other, the protruding button body can be fixed to each other by the snap-fit of the protruding button body (as shown in FIG. 2C_). As shown in FIG. 2C, each of the legs has been filled with the battery 6 to form a battery unit 6 〇 0, and when at least the (four) pool unit ships are connected, the hybrid frame opening of the battery unit (ie, the floor support) A control circuit board 5 is disposed at one of the openings of the frame to control or monitor the batteries (4). (4) 2 c Tuqing's ingenious battery unit (as shown in the figure is any two battery units) 6 〇 〇 can be connected to each other to form a support frame device. Please refer to the figures in Figures 3A and 3B before the upper and lower sides of the creation bracket are attached and the phase M420858. The connected stereo® H brackets are filled with the batteries 6 and formed separately - the battery unit 6 0 0 (5) As shown in FIG. 1 , each of the upper and lower sides of the side panel 3 is respectively provided with at least a first fastening member 33 and at least a fourth fastening member 34, and the third fastening member 3 3 is The second fastening member 34 is detachably fastened. The fourth fastening component 34 is a buckle hole, and the third fastening component 3 3 is a protruding buckle body that can be buckled to the fastening hole, so as shown in FIG. 3 b. In this creation, most of the battery units (such as _ shows two battery units) 6 〇〇 connected to each other to form a list of racks. <Second Embodiment> Referring to FIG. 4, each of the positioning plates 2 of the bracket has an upper side and a lower side, and each of the loading holes 21 is adjacent to the positioning plate. 2, the upper and lower sides of the 2 are open to each of the gaps 2 2 'each of the notches 2 2 on both sides of the positioning plate and the lower side of each of the opening a slot 2 3 'the two sides of the frame of the frame bracket Each of the assembled and assembled panels 7 has a plurality of connectors 71 that are pluggable into each of the slots 23, respectively. With the filling hole 21 being viewed, the upper side (or the lower side) of the two sides is adapted to each of the slots - 2 3, and when each of the slots 2 3 is inserted into the connector 71, the The diameter of the notch 2 2 of the filling hole 21 is forced to be reduced, and the surface is further advanced to step the battery 6. <Third Embodiment> Referring to the third embodiment of the bracket shown in Fig. 5, the structure is substantially the same as that of the first embodiment, except that the third embodiment does not have the first embodiment. The third and fourth snap fasteners 3 3, 3 4 are added, and the fifth and sixth snap fasteners 35, 36 are added to the first embodiment. 9 M420858 The pair of side plates 3 of any of the brackets are provided with at least one fifth fastening member 35 for each of the upper side and the lower side of the left side plate, and the outer side of the right side plate is provided with a majority The sixth fastening member 3 6 ′ is detachably fastened to the fifth fastening member 35 . The fifth fastening member 35 is a buckle hole, and the sixth fastening member 36 is a protruding button body that can be buckled to the buckle hole, so as shown in FIG. 5B. In this creation, most of the battery cells (as shown in the figure are any two battery cells) 600 are connected to each other to form a bracket device. In summary, the utility model has the following features: in addition to simple assembly, time saving and labor saving, the utility model has the following functions: (1) by: A. The structure for fixing the two ends of the battery is a perforated filling hole, the filling holes of the B·support bracket are vertically displaced from each other, and C. The battery receiving space is partitioned by two rows of ribs which are not at the same height, so as to It can be designed to the minimum volume and minimum plastic usage under the consideration of safety factors, thereby reducing the cost and complying with environmental protection requirements; (2) increasing the density between the battery and the battery by specially designed brackets. Therefore, it has a high battery stacking density and meets the lighter design requirements, that is, the structural requirements that can achieve the optimal energy bulk density; (3) can be efficiently realized by specially designed support brackets A plurality of identical brackets are combined with each other to form a bracket device, that is, a bracket device having various outputs and capacities can be combined, and each of the brackets is assembled in the same structure, thereby The bracket has a reusable characteristic; (4) a notch 22 and a slot 23 are provided by the bracket, and the connector γ1 provided on the assembly board 7 is inserted in the slot 23; When the connector 71 is inserted, the diameter of the notch 2 2 of the filling hole will be forced to be reduced to achieve the purpose of further tightening the battery 6; (5) by controlling the circuit board 5 to control or monitor each of the battery cells 6 0 0 various states. M420858 is not limited to the above-mentioned ones. It is expected that the above-mentioned _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ , combined with Chen Ming. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing the first embodiment of the present invention. Sections 1A and 1B are cross-sectional views of the creation according to Fig. 2. The 2A county is based on the section of the 1st tree. Fig. 2B is a cross-sectional view showing the creation in a side view according to Fig. 2A. The second C-picture is based on another perspective view of the two brackets of the drawing according to the drawing, and a control circuit board is added to the figure. The third A 3 B diagram is a perspective exploded view and a perspective assembled view of the first embodiment of the creation bracket according to the first embodiment. The fourth circle is a plan view of the second embodiment of the creative support frame in a side view. Figure 5A is an exploded perspective view of the third embodiment of the creative support frame when it is connected to the left and right. Figure 5B is a three-dimensional combination of the third embodiment of the creation base bracket according to the third embodiment. [Main component symbol description] 2 positioning plate 2 1 filling hole 211 first row 212 second row M420858 2 2 notch 2 3 Slot 3 Side plate 31 First snap member 33 Third snap member 3 5 Fifth snap member 4 Rib 4 1 Straight plate 5 Control circuit board 600 Battery unit 6 Battery 7 Assembly board 7 1 Connector 213 Projection line 3 0 1 notch 3 2 second fastening member 34 fourth fastening member 36 sixth fastening member 401 first height position 402 second height position 4 11 bottom surface D