M289522 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一 池模組之固定結構。 【先前技術】 種固定技術，尤指 一種用 以組設電 隨著資訊產業的發展 不同年齡層之使用者，同“电a置0使用早已遍及 算效能的擴大需求，各種;應處理資料量或者運 共同問題。面對此-問題$=:二電源供應時效的 設計之外，最常見之解決方:: 裝置為例，-般在電電腦或飼服器之電子 體(一，)主:… 開機1時，電源供應器提供雷调s兮 快取記憶體，以將資料儲存 ：原至该 料暫存於該快取記，㈢體中’错此使資 則該電源供應器無=電而:^ 資料亦隨之消失。是以：：：嶋^ 子裝置中設置快取記憶體2 料’通_ 惟，-般電子裝置中所4二 y module)。 式結構，如第1圖所-r又 甩池杈組多半係採固定 偁如乐1圖所不，係設計 固定架2，以將該固定;、-騎組1Q相符之 圖示）的内部，再將？二:二 川丨冉舲5亥電池模組10固 種習知技術之固定結構係採用螺絲口疋；^此 模組10設有開孔ΗΠ，而於該固定=〜於該電池 疋木2上則具有相對應之 18806 5 M289522 螺柱21，再以蟫轉q # τ丄 ”、糸9 I兩者結合即可完成固定。 然而，以螺絲指μ m a 系鎖附固定之方法雖然穩固 服器内部空間狹小，"π —疋由方；何 1伸入Μ η 例如為㈣起子之類的輔助工 具伸入其中進仃鎖附 作易決觸诸如主機板之相關重要 兀件，而導致伺服哭夕Ρ作 里女 口口之知俦。而且，並非於所有 均具有足夠之空間供使用去 σ。中 造成鎖附螺絲時耗時、敏、— 、彳寸口而 ^ 可繁钹，而於固定過程中亦有蟫鲜妯 -來，不僅么㈣ °成 電性中斷之風險。如此 j田Γ 使用輔助工具方能進行拆卸與組褒，更造 成使用者於操作上之不便。 σ :打’當以螺絲鎖固的固定結構方式從該 ^亥電池模組時，拆裝螺絲之動作時常會因環境二 造成發生螺絲掉落或遺失 而 &个τ α ~ 問喊現象。故，使用此種習知 技術不僅错而造成拆裝過 購置螺絲之成本。 LAW費㈣’更將增加 卜亦有人提出另—種以扣合、^ ^ 固定架之方法。如第2圖所示，該 6:=組於 以及一彈性卡勾63， u疋木6叹有—孔洞6i 61之卡梅、 、，/杲、、且5則設有分別對應該孔洞 俨弁將3 + U及對應4 5早性卡勾63之凹槽503。安裝時 心、先將斜榫5()1插人該孔洞6 > 固定架6之方向屢制，於扣 二也桓、、且5在该 即完成固定程序。 -卡勾63與该凹槽53後， 准_ s運用此種習知技術時，經掉落測試後發現該 >也核組經常自兮JJI定恕日分^ 自°玄固疋木月兄洛。因此，當搬動設有該電池模 18806 M289522 =之電子裝置時，會造成組裝於内部之電池模組掉落。同 蚪，此種習知技術所使用之彈性卡勾易產生材料疲勞或因 不當使用導致斷裂、折損。如此—來，不僅製造成本相對 提而，亦使產品良率下降。故，應用此種f知技術仍存在 有改吾之必要。 田上叼知 夕 由於習知之固定技術除了於組裝及拆卸上 k成諸夕不便性，亦有著費㈣力、須以M289522 VIII. New description: [New technical field] This creation department has a fixed structure for a pool module. [Prior Art] A kind of fixed technology, especially a user who uses different age groups to set up electricity with the development of the information industry, with the expansion of demand for the use of electricity. Or transport the common problem. Face to this - the problem $=: the design of the second power supply aging, the most common solution:: device as an example, the electronic body (a,) in the electric computer or the feeding device :... When booting 1, the power supply provides thunder s兮 cache memory to store the data: the original to the material is temporarily stored in the cache, (3) in the body, the error is that the power supply is not available. =Electricity: ^ The data also disappears. It is:::嶋^ The device is set to cache memory 2 material 'pass_only, the general electronic device is 4 2 y module). 1 Figure-r and most of the 甩 杈 杈 采 采 采 采 采 采 采 采 采 采 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 : The fixed structure of the 2 固 5 电池 battery module 10 solid seeding technology is screwed; ^ This module 10 is open The hole is fixed, and the fixed == on the battery eucalyptus 2 has a corresponding 18806 5 M289522 stud 21, and then the combination of 蟫 q q # τ 丄 糸, 糸 9 I can be fixed. However, the method of attaching and fixing the screw to the μ ma-type lock is stable, and the internal space of the server is narrow, and the π-疋 is the square; the 1 is extended into the Μ η, for example, the auxiliary tool such as the (4) screwdriver is inserted into the yoke. Attached to the easy to touch the important elements such as the motherboard, and led to the perception of the female mouth in the server. Moreover, not all have enough space for use σ. In the case of locking screws, it takes time, sensitivity, and 彳 而 而 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ In this way, j Tian Γ can use the auxiliary tools to disassemble and assemble, which makes the user inconvenience in operation. σ : When the fixed structure of the screw is used to secure the structure from the battery module, the action of disassembling the screw often causes the screw to fall or be lost due to the environment 2 and the τ α ~ call phenomenon. Therefore, the use of such conventional techniques not only causes the cost of disassembling and purchasing the screws. The LAW fee (4) will be increased. Some people have proposed another method of fastening and fixing the frame. As shown in Fig. 2, the 6:= group and a flexible hook 63, u 疋 6 sighs - the holes of the hole 6i 61, 、, 杲, and 5 are respectively corresponding to the hole 俨3 3 + U and the groove 503 corresponding to the 4 5 early hook 63. At the time of installation, first insert the slant 5() 1 into the hole 6 > The direction of the fixing frame 6 is repeated, and the fastening is completed, and 5 is completed in the fixing process. - After the hook 63 and the groove 53, the quasi-s s use this conventional technique, and after the drop test, it is found that the > also the nuclear group often self-proclaimed JJI fortune date ^ from ° Xuangu Yumu Brother Luo. Therefore, when the electronic device having the battery module 18806 M289522 = is moved, the assembled battery module is dropped. At the same time, the elastic hooks used in such conventional techniques are prone to material fatigue or breakage or breakage due to improper use. In this way, not only is the manufacturing cost relatively high, but the product yield is also reduced. Therefore, the application of this kind of knowledge technology still needs to be changed. Tian Shangyu knows that because of the inconvenience of the assembly and disassembly of the conventional fixed technology, there is also a fee (four) force,
拆卸、無法確實固定、制m ,一 T 缺矣，命了目*衣仏成本較同以及產品良率較低之 且 戶、，、業利用價值。因此，如何開發一種盔需工 相關研發領域所需迫切面臨之課題。技術確為此 【新型内容】 馨於上述習知技術之缺失’本創作之主 供-種電池模組之固定要的在於提 組裝與拆卸。 早…而t助於工具即可進行 構 本創作之另一目的在於提供一種 構 俾使組裝與拆卸手續快速而簡便。4組之固疋結 本創作之再—目的在於提供 俾確實固定電池模組。 “核組之固定結 構 本創作之又—目的在於提供—種 俾降低製造成本。 /杈組之固定結 本創作之又另一目的在於提供一、 結構，俾提高產品良率。 笔池模組之固定 為達上述目的以及其他相關目的， 本創作提供一種電 18806 7 M289522 =組之固定結構，_以組設具有第— 合部之電池模組，兮囿— 4 14弟—扣Dismantling, can not be fixed, m, one T is lacking, and the cost of the clothing is relatively the same as that of the product, and the product utilization rate is low. Therefore, how to develop an urgently needed subject in the field of research and development related to helmets. The technology is indeed for this [new content] Xin is missing from the above-mentioned conventional technology. The main purpose of this creation is that the fixing of the battery module is to assemble and disassemble. Another purpose is to provide a structure that makes assembly and disassembly procedures quick and easy. The solidification of the four groups is a re-creation of the creation - the purpose is to provide a fixed battery module. "The fixed structure of the nuclear group is the purpose of this creation - the purpose is to provide a kind of 俾 to reduce the manufacturing cost. / Another set of fixed 创作 创作 之 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又 又Fixed for the above purposes and other related purposes, this creation provides a fixed structure of 18806 7 M289522 = group, _ to set up the battery module with the first part, 兮囿 - 4 14 brother - buckle
^ 疋…構包括基座以及轉動件。該A f —定位部及第二定位部，該第-定位Ml 位部分別具有可纽Μ兮笛』 位邛及弟—疋 端、及連通”Τ:合部與第二扣合部之第- 部之第供定位該第-扣合部與第二扣合 於該第-定位部的第二；:土^，亚設有對應定位 第三定位部脫離1,—疋位邛、以及用以連動該 =丨脫離该弟一端之撥動部。 幸乂 it地，該第一定位部愈該_ — / 基座復具有可結合該轉動件之、第二：二4係為開口。該 係可選擇為例如螺柱。一、、”和該第—結合部 凸片、播塊、凸肋、以及位部係例如為選自包括由 铃動件设具有可結合該基座之士入 有友 係可選擇為例如螺孔。 该第二結合部 位部之限位部，該限位部=選=供限制該第三定 ，凸肋、以及卡榫所組成群组之其；—二由凸片、控塊、 藉由上述結構，本創作之 借助於工具即可進行騎組之固定結構係無需 模組，俾使該電池二:::置：拆卸… 體，藉此保留快取二：電子裝置之快取記憶 與習知技術相比，本創作 進行組裝與拆卸之基座與轉動件助於工具即可 須鎖/卸許多螺絲之固定 ，而避免習知技術中必 便、拆裝過程缓、_ # + k成使用者於操作上之不 4而浪費時間、及增加購置螺絲之成本等 18806 M289522 種種問通。故，應用本創作益 …而1日助於工具即可進行組裝 斥卸’士且進而使得組裝與拆卸手續快速而簡便。 同時，由於應用水創柞夕Φ/ 固宏mi %組之时結構可確實 U疋电池拉組，且夫推用且方/4>Μ 禾使用易產生材料疲勞或斷裂、折損之 每性卡勾，更可降低製造成本及提高產 習知技術所造成之益法硿者m^ 错此解/夬 "…地：去確Ί、製造成本較高以及產品 义卞車乂低之缺失，故相對可提升產業利用價值。 【實施方式】 ' 以下係藉由特定的具體實例說明本創作之 之固定結構的較佳會竑古齐 ^ ^ 噂者可W、 方式，所屬技術領域中具有通常知 二心=兄！書所揭示之内容輕易地瞭解本創作之其他 =庫Γ太亦可藉由其他不同的具體實例加以施 仃或應用，本說明書中的各項細節亦 用，在不悻離本創作之精神下η 土 、同成點與應 稽神下進订各種修飾與變更。 較二:：：：係依照本創作之電池模組之固定結構的 R Α例所”之圖式。應注意的是，於 之固定結構係可應用於組設諸如桌上型:二 ，健器之電子裝置所用之電池模組，二= 中係以應用於組設諸如伺服電 ' 也f 电卞衣置所用之電池槿έ日 “ 6兄明者’但本創作並非偈限於此。同時，由於 之桌上型個人電腦、筆兰别命 Λ/Γ 、白σ 快取記憶體之相网4:i聿腦或其他具有 心μ u、以及電池模組等均可為適用 …结構並未改變，故為簡化起見，並使本創作之 ^晰^重’乃於圖式中僅顯示出與本創作 18806 9 M289522 直接關聯之結構，其餘部份則予以略除。 μ芩閱第3圖，本實施例之電池模組之固定結構j包 括基座11以及轉動件1 3。該基座11設有第一定位部})】 及苐二定位部113,且該第一定位部lu及第二定位部113 分別具有第一端11Π，1131、及連通該第一端lm，113l 之第二端1113, 1133。如第3圖所示，該第一定位部m 及第二定位部113分別可為形狀相同之開口，但並非以此 為限。同時，該基座11復可設有一第一結合部115以及一 開口 117 ’ g第一結合部i i 5可設於該第一定位部⑴側 而介於該第一定位部111與該開口 117之間，並可為例如 螺柱。 人動件13則軸接於該基座11 ,並且設有對應定位 方…亥第；t位。[5 1 1 1的第—端】】j !之第三定位部⑶、用 以連動該第三定位部131脫離該第一端uik撥動部 133、以及對應該第一結合部115之第二結合部135。如第 3圖所=❹三定位部131係為&片，但於其他實施例 中丄該第三定位部131亦可為諸如擋塊、凸肋、卡榫或其 他等效結構者。該撥動部133可為例如l型彎折片，該第 二結合:U5則可為例如螺孔，但均非以侷限於此/ 同時，該轉動件13復具有可供限制該第三定位部⑶ ^限，部137，該基座11則具有可供定位該限位部137之 第四疋位11 9。於本實施例中，該限位部⑶可選擇 擋塊，但於其他實施例中，該第二定# Λ 4罘—疋位部131亦可為諸如 榫汍其他等效結構者。該第四定位部！ i 9 18806 10 M289522 則叮為例如+圓形凸肋，但並 位該限位邻β Λ此為限，只要可對應定 位忑I艮位邻137之等效結構者 幸奎動# Η火ι用表本創作。此外，該 由—結合元件7輪接至該基座…當將 =力：丄3穿過該開口 117，令該第二結合部 t==15後，便可由該結合元件7軸接該基座Η 件η;便」I。如第4圖所示’結合該基座11與該轉動 件13後便侍到本實施例之固定結構工。 =施例之固定結構i係用以組設電池模組3 第一扣合部31與第二扣合部33。如第5圖 二“人以该固定結構1組設該電池模組3日寺，例如可 將该笔池模組3之第一如八邻Ή μ Λ 之弟扣口 ^ 31與弟二扣合部33分別插 入该弟一定位部lu及第二定位部113之第一端 11 ’ 11 31。於本實施例中，該第一扣合部31與第二扣合 1 =3可例如為卡榫，該固定結構丨中之第一端mi，η μ 較f而可分別供該第-扣合部31與第二扣合部33插入， 該第二端1113, 1133較窄則可供定位該第一扣合部31與第 立4 ϋ。卩33。藉此，便可由該第一定位部丨丨丨及第二定位 邛13之第一端1111，1131分別組設該第一扣合部31與第 :扣合部33。接著，可由該轉動件丨3之第三定位部工3 j θ _ Υ。亥弟一扣合部31，便可將該第一扣合部31與第二 # 5邛33朝連通該第一端mi，1丨31之第二端m3, 1133 推入’以由該第二端1113, 1133供定位該第一扣合部31 與弟二扣合部33,而該第三定位部131則仍壓抵住該第一 扣合部31。 18806 M289522 當將本實施例中之固定έ士错ί 如論所…組設該電池模組3後即 之第 匕日”由於該限位部137可為該基座u 19敎位止擋，故可保持該轉動件W之第 131壓抵住該第一扣合部31之結合狀態。如此， 提=㈣固定結構1結合至諸如飼服器之電子裝置便可 k供笔源至該電子裝置之快取記憶體（均未圖示）。 μ f 了解的是，雖本實施例中係設置該限位部137與該 …位部119來定位該第三定位部131至該第一扣合部 =其他貫施例中亦可視電子裝置之結構或其他設計 =求來改變該限位部137與該第四定位部ιΐ9之結構，而 為凹凸配合或其他可保持該第三定位部⑶壓抵住 4 K部31之結合狀態且可於按壓該撥動部133後連 動该乐三定位部131脫離該第-端1111之等效结構。 舉例來說，如第7圖所示，該限位部m例如設有凹 槽1371 ’該第四定位部⑴則可為例如對應該凹槽1371 =點，且於此變化例中可設兩個第四定位部ιΐ9，以將 f第三定位部131保持於壓抵住該第—扣合部“之結合狀 態以及脫離該第一扣合部31之分離狀態。而且，於前述實 $例相同的是，該限位部137係可為該第四定位部⑴所 :位以令该第二定位部131可保持於壓抵住該第一扣合 P 31之、.、Q合狀悲，而並非完全卡固住該第一扣合部31。 ^因此，只要按壓該撥動部133後即可令該限位部137 離開八中個第四疋位部η 9，而由另一第四定位部1】9 疋位该限位部137，以連動該第三定位部131脫離該第一 18806 12 M289522 而1111讀6亥弟二定位部i 31保持於壓抵住該第一扣合部 之，合狀態。力其他實_中亦可採用例如卡鉤配合或 =他寺放結構’且由於此相關之變化例係為所屬技術領域 具：通常知識者可易於思及之變化，故不再為文贅述。 ^ 4人自舌亥電池；]:装έθ Q 4jC- -τ~ i—t a、 棋、、且3拆下该固定結構1時，使用者僅 」^日按C ϋ玄撥動部133，即可令該限位# 137離開該 η疋位°P119 ’以連動該第三定位部i3m離該第-端 J人’便可以手指分離定位於該第二端1113, 1133之第一 〇 ^ 31立與弟—扣合部33 ’如此即可取出該電池模組3。 心的疋，一述組裝與拆卸程序係例示性說明者， 均可：Γ限制本創作，且所屬技術領域中具有通常知識者 句可類倒組裝與拆卸之順序。 ，較於習知技術，本創作僅須以手指即可將該固定結 池模組3’無需借助於1具即可進行組裝 /、拆卸，且組裝與拆卸之程序簡單而可迅 決習知技術於組裝及拆卸上所造成之諸多不ς性。" =時’應用本創作之固定結構可確實时電池模挺， t供降低®造成本以及提高產品良率之功效，相 (免習知技術費時費力、無法確實固定、製造成本較言、 及產品良率較低之缺失。 乂内以 ^ ^^ 此應用本創作可解決習知枯 術之種種缺失，實具有良好之產業利用價值。 上述實施例僅例示性說明本創 ::限!本創作。任何所屬技術領域中具有通常知識: 均可在不运背本創作之精神及範田壽下’對上述實施例^ 18806 13 M289522 修飾與改變。因此， 申請專利範圍所列。 【圖式簡單說明】 本創作之權利保護範圍 應如後述之^ The structure includes a base and a rotating member. The A f is a positioning portion and a second positioning portion, and the first positioning M1 portion has a 可 Μ兮 』 ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” - a portion for positioning the first-fastening portion and the second second fastening portion of the first positioning portion; the soil is provided, the sub-position is correspondingly positioned, the third positioning portion is separated from the first position, the position is removed, and In conjunction with the 丨 丨 丨 该 该 该 该 该 丨 丨 丨The system may be selected, for example, as a stud. The first and second joint tabs, the broadcast block, the rib, and the bit portion are, for example, selected from the group consisting of a bellows member and a base that can be coupled to the base. A friend can choose, for example, a screw hole. a limiting portion of the second joint portion, the limiting portion=select=to limit the third fixed, the rib, and the stack of the cassette; the second is by the tab, the control block, by the above Structure, the tool can be used to make the fixed structure of the riding group without modules, so that the battery 2:::: disassemble... body, thereby retaining the cache 2: the memory and learning of the electronic device Compared with the known technology, the pedestal and rotating parts of the creation and disassembly of the creation can help the tool to lock/unload many screws, and avoid the necessity of the prior art, and the disassembly and assembly process is slow, _ # + k成The user wastes time in operation and increases the cost of purchasing screws, etc. 18806 M289522. Therefore, the application of this creative benefit ... and 1 day to help the tool can be assembled to dispose of the staff and then make the assembly and disassembly procedures quickly and easily. At the same time, due to the application of the water-creating Φ Φ 固 固 固 固 固 固 固 固 Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Φ Hook, it can reduce the manufacturing cost and improve the benefits of the production technology. m^ 错解解/夬"...地: To be sure, the manufacturing cost is high, and the product is low. Therefore, it can increase the value of industrial use. [Embodiment] The following is a description of a preferred embodiment of the fixed structure of the present invention by a specific specific example. The method is generally known in the art. The contents revealed in the book are easy to understand. Others of this creation can be applied or applied by other different concrete examples. The details in this manual are also used, without departing from the spirit of this creation. η soil, the same point and the acquaintance of the gods under the various modifications and changes. 2:::: is based on the R Α example of the fixed structure of the battery module of this creation. It should be noted that the fixed structure can be applied to the set such as desktop: two, health The battery module used in the electronic device of the device, the second system is used for assembling a battery such as a servo electric device, and the battery used for the electric device is "6 brothers", but the present invention is not limited to this. At the same time, due to the desktop PC, pen lan Λ Γ / 、, white σ cache memory phase network 4: i camphor or other heart u u, and battery modules can be applicable ... structure It has not changed, so for the sake of simplicity, and the clarity of the creation of the creation, only the structure directly associated with the creation 18806 9 M289522 is shown in the drawing, and the rest is omitted. Referring to Fig. 3, the fixing structure j of the battery module of this embodiment includes a base 11 and a rotating member 13. The first positioning portion lu and the second positioning portion 113 respectively have a first end 11Π, 1131 and a first end lm. The second end 1113, 1133 of 113l. As shown in FIG. 3, the first positioning portion m and the second positioning portion 113 may each have an opening of the same shape, but are not limited thereto. At the same time, the base 11 can be provided with a first joint portion 115 and an opening 117 ′. The first joint portion ii 5 can be disposed on the first positioning portion (1) side and between the first positioning portion 111 and the opening 117. Between, and can be, for example, a stud. The movable member 13 is axially connected to the base 11 and is provided with a corresponding positioning position; The third positioning portion (3) of [5 1 1 1st end]] j is used to interlock the third positioning portion 131 from the first end uik dialing portion 133 and the first coupling portion 115 Two joints 135. As shown in Fig. 3, the third positioning portion 131 is a & piece, but in other embodiments, the third positioning portion 131 may be a member such as a stopper, a rib, a cassette, or the like. The toggle portion 133 can be, for example, an L-shaped bent piece, and the second joint: U5 can be, for example, a screw hole. However, the rotation member 13 has a limitation to the third positioning. The portion (3) is limited to the portion 137, and the base 11 has a fourth position 11 9 for positioning the limiting portion 137. In this embodiment, the limiting portion (3) may select a stopper, but in other embodiments, the second predetermined portion 疋-疋 portion 131 may also be other equivalent structures such as 榫汍. The fourth positioning part! i 9 18806 10 M289522 叮 is, for example, a +-circular rib, but the position of the limit is adjacent to β Λ, as long as it can correspond to the equivalent structure of the 忑I 邻 邻 137 幸 奎 动 # # # # # # ι Create with a watch. In addition, the coupling member 7 is rotated to the base. When the force: 丄3 is passed through the opening 117, and the second joint portion is t==15, the coupling member 7 can be coupled to the base. Block η; "I." As shown in Fig. 4, the base structure 11 and the rotating member 13 are joined to the fixed structure of the embodiment. The fixed structure i of the embodiment is used to assemble the first fastening portion 31 and the second fastening portion 33 of the battery module 3. For example, in Figure 5, "the person sets the battery module on the 3rd temple with the fixed structure 1. For example, the first one of the pen pool module 3 can be buckled by the brothers and the brothers. The first engaging portion 31 and the second engaging portion 1 = 3 may be, for example, the first engaging portion 31 and the second engaging portion 1 = 3 in the embodiment. The first end mi, η μ of the fixed structure 较 can be inserted into the first fastening portion 31 and the second fastening portion 33 respectively, and the second ends 1113, 1133 are narrower. Positioning the first fastening portion 31 and the first clamping portion 卩 33. Thereby, the first positioning portion 丨丨丨 and the first positioning end 1311 of the second positioning 邛 13 respectively set the first buckle The engaging portion 31 and the first: engaging portion 33. Then, the third positioning portion of the rotating member 3 can be 3j θ _ Υ. The first engaging portion 31 can be The second #5邛33 is connected to the second end m3, 1133 of the first end mi, 1丨31, and is pushed into the second end 1113, 1133 for positioning the first fastening part 31 and the second fastening part a portion 33, and the third positioning portion 131 is still pressed against the first buckle Section 31. 18806 M289522 When the fixed gentleman in this embodiment is wrong, the third day after the assembly of the battery module 3 is set up, since the limiting portion 137 can be the base u 19 The stop can maintain the combined state of the first 131 of the rotating member W against the first engaging portion 31. In this way, the fixed structure (1) is coupled to an electronic device such as a feeding device to supply a pen source to the cache memory of the electronic device (none of which is shown). μ f is understood that, in this embodiment, the limiting portion 137 and the positioning portion 119 are disposed to position the third positioning portion 131 to the first fastening portion. Structure or other design=to change the structure of the limiting portion 137 and the fourth positioning portion ι9, and to engage the concave-convex fit or other to maintain the bonding state of the third positioning portion (3) against the 4 K portion 31 and After the toggle portion 133 is pressed, the Le three positioning portion 131 is interlocked from the equivalent structure of the first end 1111. For example, as shown in FIG. 7, the limiting portion m is provided with, for example, a groove 1371'. The fourth positioning portion (1) may be, for example, a corresponding groove 1371 = point, and two variations may be provided in this variation. The fourth positioning portions ι 9 are configured to hold the f third positioning portion 131 in a coupled state of being pressed against the first engaging portion and from the separated state of the first engaging portion 31. Similarly, the limiting portion 137 can be a position of the fourth positioning portion (1) such that the second positioning portion 131 can be held against the first fastening P 31. The first fastening portion 31 is not fully locked. ^ Therefore, as long as the toggle portion 133 is pressed, the limiting portion 137 can be separated from the eighth middle fourth portion η 9, and the other The fourth positioning portion 1] 9 positions the limiting portion 137 to interlock the third positioning portion 131 from the first 18806 12 M289522 and the 1111 reading 6 Haidi 2 positioning portion i 31 is held against the first buckle The state of the joint, the state of the force, etc., may also be used, for example, with a hook fit or a = other temple structure, and since this related variation is a technical field of the art: Those who are often knowledgeable can easily think about the changes, so they are no longer described in the text. ^ 4 people from the tongue battery;]: έθ Q 4jC- -τ~ i-ta, chess, and 3 remove the fixed structure 1 When the user presses only the C ϋ 拨 拨 133, the limit # 137 can be moved away from the η ° °P 119 ' to interlock the third positioning portion i3m away from the first end J person' The battery module 3 can be taken out by finger separation and positioning of the first end 1113, 1133, and the younger-fastening portion 33'. The ambiguity of the mind, the exemplary disassembly of the assembly and disassembly procedures, can be: Γ limit the creation, and the order of assembly and disassembly of the common knowledge can be reversed in the technical field. Compared with the prior art, the fixed tube module 3' can be assembled/disassembled without a finger by means of a finger, and the assembly and disassembly procedure is simple and can be quickly learned. The inadequacy of technology caused by assembly and disassembly. "=When applying the fixed structure of this creation, the battery can be surely used, and the effect of reducing the cost of the product and improving the yield of the product can be achieved (the free technology is time-consuming and labor-intensive, cannot be fixed, and the manufacturing cost is relatively high. And the lack of product yield is low. 乂内以^ ^^ This application can solve the lack of various kinds of conventional techniques, and has good industrial utilization value. The above embodiment only exemplifies the creation: limit! This creation has the usual knowledge in any technical field: It can be modified and changed in the above-mentioned embodiment ^ 18806 13 M289522 without the spirit of this creation and Fan Tianshou. Therefore, the scope of the patent application is listed. Brief description of the formula] The scope of protection of this creation should be as follows.
第 示意圖 圖係習知之固定結構與所應用 第2圖係另一 分解示意圖； 之電池模組之分解 習知之固定結構與所應 用之電池模組之 弟3圖係本創作 之分解不意圖； 之電池模組之固定結 構的較佳實施例 疋結構的較佳實施例 以及 圖。 第4圖係第3圖之組裝示意圖； 第5圖係本創作之電池模組之固 與所應用之電池模組之分解示意圖； :6圖係第5圖之組裝示意圖； 第7圖係第6圖之變化例之示意 【主要元件符號說明】The first schematic diagram is a conventional exploded structure and the second diagram of the application is another exploded schematic view; the decomposition of the battery module is conventionally fixed and the application of the battery module is not intended; A preferred embodiment of the preferred structure of the fixed structure of the battery module and a diagram. Figure 4 is a schematic view of the assembly of Figure 3; Figure 5 is an exploded view of the battery module of the present invention and the assembled battery module; Figure 6 is a schematic view of the assembly of Figure 5; 6 diagram of the variation of the figure [main component symbol description]
1 固定結構 11 基座 111 第一定位部 1111 第一端 1113 第二端 113 第二定位部 1131 第一端 1133 第二端 115 第一結合部 18806 14 M2895221 Fixed structure 11 Base 111 First positioning part 1111 First end 1113 Second end 113 Second positioning part 1131 First end 1133 Second end 115 First joint 18806 14 M289522
117 開口 119 第四定位部 13 轉動件 131 第三定位部 133 撥動部 135 第二結合部 137 限位部 1371 凹槽 2 固定架 21 螺柱 3 電池模組 31 第一扣合部 33 第二扣合部 6 固定架 61 孔洞 63 彈性卡勾 7 結合元件 9 螺絲 10 電池模組 101 開孔 50 電池模組 501 卡榫 503 凹槽117 opening 119 fourth positioning portion 13 rotating member 131 third positioning portion 133 dialing portion 135 second joint portion 137 limiting portion 1371 recess 2 fixing frame 21 stud 3 battery module 31 first fastening portion 33 second Fastening part 6 Fixing frame 61 Hole 63 Elastic hook 7 Bonding element 9 Screw 10 Battery module 101 Opening 50 Battery module 501 Card 503 Groove