五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種鎖定機構及具有該鎖定機構的電 子裝置，特別是指一種可解除鎖定地鎖定電子元件的鎖定機 構及具有該鎖定機構的電子裝置。 【先前技術】 台灣專利第201037166公開號（申請案號為09811144〇) 專利案所揭露的電池模組鎖固裝置令，其固定座包括一可收 容電池模組的收容空間，卡扣件可滑動地裝設於固定座並卡 掣於電池模組’操作件的突部會穿過固定座的通槽並抵頂在 卡扣件的滑槽’彈性件為—拉伸彈簣，其兩端分·定於固 疋座的第一扣鉤以及卡扣件的第二扣鉤。當電池模組組裝到 收容空間後’透過彈性件對卡扣件的拉力作用拉動卡扣件復 位，使得卡扣件鎖固於電池模組。另外，透過旋轉操作件轉 動’操作件會同時帶動卡扣件滑動，藉此，能解除卡扣件與 電池模組之間的鎖固。 由於彈性件的結構體積小，因此，將彈性件組裝於固定 座以及卡扣件的過程較為不便，易耗費組裝的工時。 【新型内容】 。。本新型之主要目的，在於提供_種鎖定機構，其結構簡 單且便於組裝，能降低組裝的工時。 本新型之另-目的，在於提供—種具有鎖定機構的電子 裝置，鎖定機構的結構簡單且便於組裝，能降低組裝的工時。 本新型的目的及解決先前技術問題是採用以下技術手 M416307 段來實現的，依據本新型所揭露的鎖定機構，適於與一具有 一卡接部的電子元件鎖定，鎖定機構包含一殼體、一卡掣件 及一釋鎖紐。 忒體形成有一供電子元件容置的容置空間，及一通孔， 殼體包括-内表面，及一凸設於内表面且間隔位於通孔一側 的凸塊；卡f件設置於殼體的内表面，卡挈件包括一與通孔 位置相對應的接合板、一設置於接合板並穿伸至容置空間内 且卡擎於卡接部的㈣，及至少—凸設於接合板__側的彈性 臂’彈性臂呈弧形狀且朝向凸塊方向逐漸向外擴張，彈性臂 · 抵接於凸塊並對鉤部朝卡接部的方向偏壓；釋鎖紐穿設於通 孔並與接合板相接合’釋鎖紐可帶動接合板朝向占塊滑動至 鉤部脫離與卡接部的卡攀。 本新型的目的及解決先前技術問題還可以採用以下技 術手段進一步實現。 卡掣件包括二個&設於接合板一側且㈣隔地抵接於 ώ塊相反端的彈性臂，各彈性臂包含一接合於接合板的接合 端’及-相反於接合端的自由端，二彈性臂的自由端之間的籲 間距大於二彈性臂的接合端之間的間距。 · 各彈丨生4的接合端一體成型於接合板，各彈性臂包含一 位於接合端與自由端之間的彎折臂部。 彎折臂部是朝外彎折並呈弧狀結構。 凸塊包含二個位於相反端且分別供二彈性臂抵接的弧 形接觸面。 接合板形成有-定位卡槽，卡寧件包括一連接於二彈性 4 M416307 臂的接合端的連接臂，連接臂與二彈性臂卡接於定位卡槽。 接合板包含共同形成定位切的—⑽壁，及—圍燒於 内槽壁外周圍的外槽壁’外槽壁設有二個凸伸至定位卡槽内 的第-擋止凸部，各第一擋止凸部使定位卡槽的局部寬度縮 小並且用以擋止各彈性臂。 内槽壁設有-凸伸至定位卡槽内的第二擋止凸部，第二 擋止凸部使定位卡槽的局部寬度縮小並且用以擋止連接臂。 依據本新型所揭露的具有鎖定機構的電子裝置包括一 電子元件及一鎖定機構。 電子元件具有-卡接部；鎖定機構包含一殼體、一卡擎 件及-釋鎖鈕’殼體形成有一供電子元件容置的容置空間， 及一通孔，殼體包括-内表面，及—凸設於内表面且間隔位 於通孔-㈣凸塊；卡掣件設置於殼體的内表面，卡擎件包 與通孔位置相對應的接合板、—設置於接合板並穿伸至 容置空間内且卡f於卡接部的鉤部，及至少_凸設於接合板 一側的彈性臂，彈性臂呈弧形狀且朝向凸塊方向逐漸向外擴 張，彈性臂抵接於凸塊並對鉤部朝卡接部的方向偏壓；釋鎖 紐穿設於通孔並與接合板相接合，釋⑽可帶動接合板朝向 凸塊滑動至鉤部脫離與卡接部的卡擎。 藉由上述技術手段’本新型具有鎖定機構的電子裝置的 優點及功效在於’藉由結構簡單且便於組裝的敎機構設 計.，能降低組裝的工時。另外，敎機構的卡掣件能將電子 元件《地鎖定m ’透過扳動釋㈣帶動卡擎件滑 動，即可解除卡f件的鎖定狀態，以便於將電子元㈣㈣ 5 體。 【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σ參考圖式之一個實施例的詳細說明中，將可清楚的呈 現。透過具體實施方式的說明，當可對本新型為達成預定目 的所採取的技術手段及功效得以更加深人且具體的了解，然 而所附圖式只是提供參考與說明之用，並非用來對本新型加 以限制。 在本新型被詳細描述之前，要注意的是，在以下的說明 内容中，類似的元件是以相同的編號來表示。 如圖1所示，是本新型具有鎖定機構的電子裝置的第一 實施例’該電子裝置100包括一電子元件i，及一鎖定機構 2,在本實施例中，t子裝4 1〇〇{以一筆記型電腦為例作 說明，而電子元件1是以電池為例作說明，圖丨只顯示電子 裝置100的部分結構。當然，電子裝置1〇〇也可為一平板電 腦、行動電話或個人數位助理，而電子元件丨也可例如為光 碟機或硬碟。 如圖1及圖2所示，鎖定機構2包含一殼體21、一卡 掣件22，及一釋鎖鈕24。殼體21形成有一供電子元件} 谷置的容置空間211’及一通孔212,殼體21包括一内表面 213 ,及一凸設於内表面213且間隔位於通孔212 一侧的凸 塊214。卡掣件22設置於殼體21的内表面213，卡擎件22 包括一與通孔212位置相對應的接合板221、一設置於接合 板221並穿伸至容置空間211内且卡掣於電子元件i的一卡 6 接,11的鉤部222 ’及至少設於接合板221 一側的彈 邊223 ’彈性臂223呈弧形狀且朝向凸塊214方向逐漸向 外擴張’彈性臂223抵接於凸塊214並對鉤部222朝卡接部 11的方向偏壓。釋鎖鈕24穿設於通孔212並與接合板221 相接合’釋鎖# 24可帶動接合板221朝向凸塊214滑動至 韵部222脫離與卡接部u的卡擎’㈣，使用者可透過板 動釋鎖鈕24以解除卡掣件22與電子元件i的卡接部u之 間的鎖定狀態。 以下將針對鎖定機構2的結構與操作方式進行詳細說 m ： ' 在本實施例中，殼體21形成有一用以擋止電子元件i 的擋止壁215,擋止壁215形成有一與容置空間211相連通 的穿孔216,穿孔216用以供卡掣件22的鉤部222穿設， 使得卡掣件22的鉤部222可透過穿孔216穿伸至容置空間 211内。需說明的是，隨著擋止壁215的形狀結構設計的不 同，可省略穿孔216 » 卡掣件22的接合板221形成有一與殼體21的通孔212 位置相對應的卡接孔224，釋鎖鈕24包括一位於殼體21外 表面的按壓部241，及二個凸設於按壓部241上且相間隔的 扣鉤242。將釋鎖鈕24的扣鉤242依序穿設於殼體21的通 孔212以及卡掣件22的卡接孔224 ’透過扣鉤242卡扣於 卡掣件22的接合板221上’使得釋鎖紐24能與卡掣件22 相接合在一起。殼體21的通孔212呈矩形並沿左右方向延 伸’通孔212界定出釋鎖紐24的扣鉤242的滑動行程，藉 M416307 此使用者可透過推動釋鎖紐24的按壓部⑷帶動卡擎件 22沿著通孔212的延伸方向滑動，以使卡料^的鉤部222 脫離與卡接部u的卡f。由於釋齡μ與卡料η相接 合在一起，因此，彈性臂223能同時提供卡擎件22及釋鎖 鈕24復位彈力，使卡掣件22的鉤部222回復到卡掣於卡接 部11的位置。 如圖2及圖3所示’為了能施力均勻地提供卡掣件22 及釋鎖紐24復位彈力，本實_的卡掣件22包括二個凸設 ;接〇板1側且相間隔地抵接於凸塊2 14相反端的彈性 臂223。各彈性臂223包含一接合於接合板221的接合端 225，及一相反於接合端2乃的自由端226，二彈性臂 的自由端226之間的間距D1大於二彈性臂223的接合端 225之間的間距D2，藉此，使用者透過扳動釋鎖紐μ帶動 卡擎件22滑動的過程中，能確保二個彈性臂223會受到凸 塊214的阻擋而逐漸地被往外樓開。當使用者釋放釋鎖叙 24時，藉由二個彈性臂223相互靠近的復位彈力施加於凸 塊214上，使得二個彈性臂223能施力均勻地帶動卡掣件 22及釋鎖紐24復位。 本實施例的各彈性臂223的接合端225是一體成型於接 合板221上，能降低鎖定機構2的組成元件數量，再者，在 組裝鎖定機構2的過程中’尸、需將釋鎖钮24的扣鉤242穿 設於通孔212及卡接孔224並卡扣於接合板221，即完成鎖 疋機構2的組裝，藉此，使得鎖定機構2便於組裝，並能降 低組裝的工時。進一步地，各彈性臂223包含-位於接合端 M416307 225與自由端226之間的彎折臂部227，彎折臂部227是朝 外彎折並呈弧狀結構，各彈性臂223受到⑷14的阻擋而 逐漸地被往外樓開時，各彈性臂223可由彎折臂部π處以 及接合端225處往外響如 +* <祈’藉此’能避免彈性臂223彎折變 形時應力集中在接合嫂+ ^ 225處。此外’凸塊2Μ包含二個位 於相反端且刀別供—彈性臂223抵接的弧形接觸面217，透 過弧浴接觸面217的設計，能减少各彈性臂223與凸塊μ 之間的摩擦力，使得使用者能順暢地藉由扳動釋鎖鈕24而 帶動卡掣件22相對於殼體21滑動。 如圖3所不’糟由二個彈性臂223抵接於凸&川的二 個卿接觸面217,且彈性臂如對接合板221及釣部奶 朝遠離凸塊214的方向低厥 ,ju 偏£’使传卡掣件22恆保持在如圖 3所示的位置。 如圖3、圖4及圖5所示’欲將電子元件1組裝固定於 殼體21的容置空間211内時，沿箭頭I方向將電子元件i 插接於容置空間211内’當電子元件i的卡接部"抿觸到 釣部222的一斜面228時，卡接部U施予斜面228的側向 分力會將卡掣件22沿箭頭„方向推移，使接合板221朝向 凸塊214滑動。由於二個彈性臂如受到凸塊214的阻撐， 因此’卡料22滑動的過程中二個彈性臂223會逐漸地被 在外撐開而相互遠離，且各彈性# 223是由彎折臂部奶 處以及接合端225處往外f折變形。當電子元件丨抿接於撐 止壁⑴，且卡接部U移動到與斜面⑽分離的位置時， 藉由二個彈性臂223相互靠近的復位彈力施加於凸塊214 9 的弧形接觸面217上，能帶I制i III方卡掣件22及釋鎖鈕24沿箭頭 方向復位，使卡掣件 此時，卡f件2卡擎於卡接部U， p ^ ^ '、卡接。P 11之間呈鎖定狀態，電子元件！ 即固定於容置空間211内。 电于兀件1 另外，欲將電子元件1拆離容置空間211時，沿箭頭 11方向推動釋鎖鈕24的括心" 叶…前碩 ㈣堡°P (如® 2)，使釋鎖鈕24 帶動卡隼件22滑動，冬+ _料μ κ , 田卡掣件22的鉤部222移動到脫離盥 卡接邛11卡掣的位置時， 、 叮卞％件22與卡接部11之間呈經 鎖狀態’使用者即可>籥亜τ G a _ 〜員反向將電子元件1拆離容置空 間 211 〇 如圖6及圖7所示’是本新型具有鎖錢構的電子裝置 的第二實施例，該電子裝置_的整體結構與操作方式^致 與第—相同’不同之處在於卡f件22,的結構設計略 有不同。 在本實鉍例中，卡掣件22,的接合板221形成有一定位 卡槽229，卡擎件22,包括—連接於二彈性臂223,的接合端 225的連接臂23〇，連接臂23〇與彈性臂Μ]，為金屬材質的 彈臂結構’連接臂23()與二彈性臂223,卡接於定位卡槽⑵ 内。定位卡槽229呈弧形狀且具有一安裝口 23〇，及二個側 向開口 23卜連接臂23〇及彈性臂223,可經由安裝口 23〇安 裝於定位卡槽229内，且各彈性臂223,可經由各側向開口 231穿出定位卡槽229。接合板221包含共同形成定位卡槽 229的一内槽壁232，及一圍繞於内槽壁232外周圍的外槽 壁233，外槽壁233設有二個凸伸至定位卡槽229内的第— 10V. New description: [New technical field] The present invention relates to a locking mechanism and an electronic device having the same, in particular to a locking mechanism for unlocking and locking an electronic component and an electronic device having the same Device. [Pre-Technology] Taiwan Patent No. 201037166 (Application No. 09811144〇) The battery module locking device disclosed in the patent case has a fixing seat including a receiving space for accommodating the battery module, and the locking member is slidable. The protrusions which are mounted on the fixing base and are clamped on the battery module 'operation member pass through the through groove of the fixing seat and abut against the sliding groove of the fastening member. The elastic member is a tensile magazine, and both ends thereof The first hook of the fixed seat and the second hook of the buckle. After the battery module is assembled into the accommodating space, the pulling force of the zipper member is pulled through the elastic member to reset the latching member, so that the latching member is locked to the battery module. In addition, by rotating the operating member, the operating member simultaneously drives the snap member to slide, thereby unlocking the latch member and the battery module. Since the structure of the elastic member is small, the process of assembling the elastic member to the fixing seat and the fastening member is inconvenient, and the assembly time is easily consumed. [New content]. . The main purpose of the present invention is to provide a locking mechanism which is simple in structure and easy to assemble, and can reduce assembly man-hours. Another object of the present invention is to provide an electronic device having a locking mechanism which is simple in structure and easy to assemble, and can reduce assembly man-hours. The purpose of the present invention and the prior art problem are solved by the following technical hand M416307. The locking mechanism disclosed in the present invention is adapted to be locked with an electronic component having a latching portion, the locking mechanism comprising a housing, One card and one lock button. The body is formed with an accommodating space for accommodating the electronic component, and a through hole, the case includes an inner surface, and a protrusion protruding from the inner surface and spaced apart from one side of the through hole; the card f is disposed on the housing The inner surface of the latching member includes a joint plate corresponding to the position of the through hole, a (four) disposed on the joint plate and extending into the accommodating space and latched on the engaging portion, and at least protruding from the joint plate The elastic arm of the __ side has an arc shape and gradually expands outward toward the direction of the protrusion, and the elastic arm abuts against the protrusion and biases the hook toward the engaging portion; The through hole is engaged with the joint plate. The release lock can drive the joint plate to slide toward the block to the hook portion of the hook portion and the snap portion. The object of the present invention and solving the prior art problems can be further realized by the following technical means. The latch member includes two elastic arms disposed on one side of the joint plate and (4) abutting against the opposite ends of the block, each elastic arm including a joint end joined to the joint plate and a free end opposite to the joint end, The spacing between the free ends of the resilient arms is greater than the spacing between the engaging ends of the two resilient arms. The joint ends of the respective magazines 4 are integrally formed on the joint plates, and each of the elastic arms includes a bent arm portion between the joint end and the free end. The bent arm portion is bent outward and has an arc structure. The bump comprises two arcuate contact faces at opposite ends and respectively abutting the two resilient arms. The engaging plate is formed with a positioning card slot, and the canning member includes a connecting arm connected to the engaging end of the two elastic 4 M416307 arms, and the connecting arm and the two elastic arms are engaged with the positioning card slot. The joint plate includes a (10) wall that collectively forms a positioning cut, and an outer groove wall that surrounds the outer periphery of the inner groove wall. The outer groove wall is provided with two first-stop protrusions protruding into the positioning card groove, each of which The first stop projection reduces the partial width of the positioning slot and serves to block the respective resilient arms. The inner groove wall is provided with a second blocking protrusion protruding into the positioning slot, and the second blocking protrusion reduces the partial width of the positioning slot and serves to block the connecting arm. An electronic device having a locking mechanism according to the present invention includes an electronic component and a locking mechanism. The electronic component has a latching portion; the locking mechanism includes a housing, a latching member, and an unlocking button, the housing is formed with an accommodating space for accommodating the electronic component, and a through hole, and the housing includes an inner surface. And protruding from the inner surface and spaced apart from the through hole-(four) bump; the latching member is disposed on the inner surface of the housing, and the engaging plate of the carding member and the position of the through hole is disposed on the engaging plate and extending a resilient arm extending into the accommodating space and having a card f at the engaging portion, and at least a resilient arm protruding from a side of the engaging plate. The elastic arm has an arc shape and gradually expands outward toward the convex direction, and the elastic arm abuts The lug is biased toward the hook portion in the direction of the hook portion; the release button is disposed in the through hole and engages with the joint plate, and the release (10) can drive the joint plate to slide toward the protrusion to the hook portion to disengage from the engaging portion. Card engine. By the above technical means, the advantages and effects of the electronic device having the locking mechanism of the present invention are that the man-hour structure of the assembly can be reduced by the design of the 敎 mechanism which is simple in structure and easy to assemble. In addition, the clamping member of the cymbal mechanism can slide the electronic component "ground lock m" through the trigger release (four) to drive the card sliding member to release the locked state of the card member, so as to facilitate the electronic component (4) (4). [Embodiment] The foregoing and other technical contents, features and effects of the present invention will be apparent from the following detailed description of an embodiment of the present invention. Through the description of the specific embodiments, the technical means and functions adopted by the present invention for achieving the intended purpose can be more deeply and specifically understood. However, the drawings are only for reference and explanation, and are not intended to be used for the present invention. limit. Before the present invention is described in detail, it is to be noted that in the following description, similar elements are denoted by the same reference numerals. As shown in FIG. 1 , it is a first embodiment of the electronic device with a locking mechanism of the present invention. The electronic device 100 includes an electronic component i and a locking mechanism 2 . In this embodiment, the t sub-assembly 4 1〇〇 {A notebook computer is taken as an example for description, and the electronic component 1 is exemplified by a battery. The figure only shows a part of the structure of the electronic device 100. Of course, the electronic device 1 can also be a tablet computer, a mobile phone or a personal digital assistant, and the electronic component can also be, for example, a CD player or a hard disk. As shown in Figures 1 and 2, the locking mechanism 2 includes a housing 21, a latching member 22, and a release button 24. The housing 21 is formed with an accommodating space 211 ′ for the electronic component and a through hole 212 . The housing 21 includes an inner surface 213 , and a protrusion protruding from the inner surface 213 and spaced apart from the side of the through hole 212 . 214. The latching member 22 is disposed on the inner surface 213 of the housing 21, and the latching member 22 includes an engaging plate 221 corresponding to the position of the through hole 212, and is disposed on the engaging plate 221 and extends into the receiving space 211 and jammed. The hook portion 222' of the electronic component i, the hook portion 222' of the 11 and the elastic edge 223 of the elastic member 223 provided at least on the side of the engaging plate 221 are arc-shaped and gradually expand toward the direction of the bump 214. The 223 abuts against the bump 214 and biases the hook portion 222 toward the engaging portion 11 . The release button 24 is inserted into the through hole 212 and engaged with the engagement plate 221. The release lock # 24 can drive the engagement plate 221 to slide toward the protrusion 214 to the card portion 222 of the rhyme portion 222 and the engagement portion u (4), the user The lock state between the latch 22 and the engaging portion u of the electronic component i can be released by the plate release lock button 24. In the following, the structure and operation mode of the locking mechanism 2 will be described in detail. m: ' In this embodiment, the housing 21 is formed with a blocking wall 215 for blocking the electronic component i. The blocking wall 215 is formed and received. The through-holes 216 are connected to the space 211, and the through-holes 216 are provided for the hooks 222 of the latching member 22 to pass through the through-holes 216 into the accommodating space 211. It should be noted that, as the shape and structure of the blocking wall 215 are different, the engaging plate 221 of the latching member 216 can be omitted to form a latching hole 224 corresponding to the position of the through hole 212 of the housing 21. The release button 24 includes a pressing portion 241 located on the outer surface of the housing 21, and two spaced hooks 242 protruding from the pressing portion 241. The hook 242 of the release button 24 is sequentially passed through the through hole 212 of the housing 21 and the latching hole 224 ' of the latch member 22 is fastened to the engaging plate 221 of the latch member 22 through the hook 242. The release button 24 can be engaged with the latch member 22. The through hole 212 of the housing 21 has a rectangular shape and extends in the left-right direction. The through hole 212 defines a sliding stroke of the hook 242 of the release button 24, and the user can drive the card through the pressing portion (4) of the release button 24 by the M416307. The slinger 22 slides along the extending direction of the through hole 212 to disengage the hook portion 222 of the jam material from the card f of the engaging portion u. Since the release age μ is engaged with the jam η, the elastic arm 223 can simultaneously provide the rebound force of the card holder 22 and the release button 24, so that the hook portion 222 of the latch member 22 is restored to the latch portion. 11 location. As shown in FIG. 2 and FIG. 3, in order to uniformly apply the clamping member 22 and the release spring 24 to reduce the elastic force, the actual clamping member 22 includes two protruding portions; The elastic arm 223 is abutted against the opposite end of the bump 2 14 . Each of the resilient arms 223 includes an engagement end 225 that engages the engagement plate 221 and a free end 226 that is opposite the engagement end 2. The spacing D1 between the free ends 226 of the two resilient arms is greater than the engagement end 225 of the second resilient arms 223. The spacing D2 between the two, whereby the user can ensure that the two elastic arms 223 are gradually blocked by the bumps 214 and gradually open to the outside when the user releases the card lock member 22 by sliding the release button. When the user releases the release lock 24, the return elastic force of the two elastic arms 223 close to each other is applied to the bump 214, so that the two elastic arms 223 can apply force to evenly move the latch member 22 and release the lock button 24 Reset. The engaging end 225 of each elastic arm 223 of the embodiment is integrally formed on the joint plate 221, and the number of constituent elements of the locking mechanism 2 can be reduced. Furthermore, in the process of assembling the locking mechanism 2, the corpse needs to be released. The hook 242 of the 24 is inserted into the through hole 212 and the engaging hole 224 and is fastened to the joint plate 221, that is, the assembly of the lock mechanism 2 is completed, thereby making the locking mechanism 2 easy to assemble and reducing the assembly time. . Further, each of the elastic arms 223 includes a bent arm portion 227 between the joint end M416307 225 and the free end 226, and the bent arm portion 227 is bent outward and has an arc structure, and each elastic arm 223 is subjected to (4) 14 When blocked and gradually opened to the outside, each elastic arm 223 can be externally swayed from the bent arm portion π and the joint end 225 such as +* <> Engage 嫂 + ^ 225. In addition, the 'bump 2 Μ includes two arc-shaped contact faces 217 at opposite ends and the blade is abutted by the elastic arms 223. The design of the arc bath contact surface 217 can reduce the between the elastic arms 223 and the bumps The frictional force enables the user to smoothly slide the latch member 22 relative to the housing 21 by pulling the release button 24. As shown in FIG. 3, the two elastic arms 223 abut against the two contact faces 217 of the convex &chuan; and the elastic arms are lower than the direction of the engagement plate 221 and the fishing portion milk away from the projection 214, ju The position of the card member 22 is kept constant at the position shown in FIG. As shown in FIG. 3, FIG. 4 and FIG. 5, when the electronic component 1 is to be assembled and fixed in the accommodating space 211 of the casing 21, the electronic component i is inserted into the accommodating space 211 in the direction of the arrow I. When the engaging portion of the component i touches a slope 228 of the fishing portion 222, the lateral component of the engaging portion U imparting the inclined surface 228 moves the latching member 22 in the direction of the arrow „, and the engaging plate 221 is oriented. The bumps 214 slide. Since the two elastic arms are resisted by the bumps 214, the two elastic arms 223 are gradually extended outwardly away from each other during the sliding of the card 22, and each elastic #223 is Deformed by the bent arm milk portion and the joint end 225. When the electronic component is connected to the retaining wall (1) and the engaging portion U is moved to a position separated from the inclined surface (10), the two elastic arms are The return springs 223 which are close to each other are applied to the curved contact surface 217 of the bumps 214 9 , and the I III square latching members 22 and the release button 24 can be reset in the direction of the arrow so that the latches are at this time, the card f The 2 card is in the card joint U, p ^ ^ ', and the card is connected. The P 11 is locked, and the electronic components are fixed in the space. 211. In the case of the 11, when the electronic component 1 is to be detached from the accommodating space 211, the circumscribing button of the release button 24 is pushed in the direction of the arrow 11 "Yes... (4) Fort °P (such as ® 2) , the release button 24 is caused to drive the latch member 22 to slide, the winter + _ material μ κ, the hook portion 222 of the field card member 22 is moved to a position away from the latch of the 盥 card joint 11 , and the 件 % member 22 is The latching portion 11 is in a locked state, and the user can detach the electronic component 1 from the accommodating space 211 by 员 G G G 〇 〇 〇 〇 〇 〇 〇 〇 ' ' ' ' ' ' ' ' ' ' In a second embodiment of the electronic device having a lock structure, the overall structure and operation mode of the electronic device are different from the first one in that the structure of the card member 22 is slightly different. In the example, the engaging plate 221 of the latching member 22 is formed with a positioning slot 229, and the latching member 22 includes a connecting arm 23〇 connected to the engaging end 225 of the two elastic arms 223, the connecting arm 23〇 and the elastic arm Μ], the metal arm structure 'the connecting arm 23') and the two elastic arms 223 are engaged in the positioning card slot (2). The positioning slot 229 is arc-shaped and has an installation The port 23〇, and the two lateral openings 23, the connecting arm 23〇 and the elastic arm 223 are mounted in the positioning slot 229 via the mounting opening 23, and the elastic arms 223 can pass through the lateral openings 231. The positioning plate 221 includes an inner groove wall 232 which together forms a positioning slot 229, and an outer groove wall 233 surrounding the outer periphery of the inner groove wall 232. The outer groove wall 233 is provided with two protrusions to the positioning. Number 10 in card slot 229
擋止凸部234，各筮一摔L n A 4擋止凸部234使定位卡槽229的局部 寬度縮小並且用以擋止各彈性臂奶，，藉此能防止各彈 性臂⑵，經由安裝口咖脫離定位卡槽229。進—步地，内 槽壁232設有一凸伸$5»/ _^ 申至疋位卡槽229内的第二擋止凸部 235,第二擔止凸部235使定位卡槽229的局部寬度縮小並 且用以擋止連接臂23G，藉此，能防止連接臂23G經由安裝 口謂脫離定位卡槽229，透過第-擋止凸部234及第二擋 止凸部235的設計，使得連接臂23〇及彈性臂⑵，能穩固田 地定位在定位卡槽229内。 如圖8、圖9及圖1〇所示，欲將電子元件^組裝固定 於殼體21的容置空間211内時，沿箭頭I方向將電子元件 1插接於容置空間211内’當電子元件i的卡接部n抵觸 到釣部222的斜面228時，卡接部11施予斜面228的側向 分力會將卡掣件22,沿箭頭„方向推移。由於二個彈性臂 223,受到凸塊214的阻擋，因此，卡㈣22,滑動的過程中 二個彈性f 223,會逐漸地被往外樓開而相互遠離。當電子 元件1的卡㈣U移動到與斜面228分離的位置時，藉由 ，個彈性臂223,相互靠近的復位彈力施加於凸塊Μ的弧 料觸面217上，能帶動卡擎件22,及釋鎖紐％(如圖扑沿 箭頭III方向復位，使鉤部222卡掣於卡接部 另外，欲將電子元件1拆離容置空間211 _，沿箭頭 II方向推動釋鎖紐24的按壓部241(如圖◦，使釋鎖紐以 帶動卡掣件22’滑動，當卡掣件22，的釣部瓜移動到脫離 與卡接部U卡擎的位置時，❹者即可沿箭頭丨反向將電 子元件1拆離容置空間211。 歸納上述，兩實施例的電子裝置1〇〇，藉由結構簡單且 便於組裝的鎖定機構2設計，能降低組裝的工時。另外，鎖 疋機構2的卡掣件22、22,能將電子元件1穩固地鎖定在殼 體21上’透過扳動釋鎖鈕24帶動卡掣件22、22,滑動，即 可解除卡掣件22、22,的鎖定狀態，以便於將電子元件}拆 離殼體21 ’確實能達到本新型所訴求之目的。 惟以上所述者’僅為本新型之較佳實施例而已，當不能 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 及新型說明内容所作之簡單的等效變化與修飾，皆仍屬本新 型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是本新型具有鎖定機構的電子裝置的第一實施例 的立體圖； 圖2是本新型具有鎖定機構的電子裝置的第一實施例 的立體分解圖； 圖3是本新型具有鎖定機構的電子裝置的第一實施例 的局部放大圖； 圖4是本新型具有鎖定機構的電子裝置的第一實施例 的局部放大圖； 圖5是本新型具有鎖定機構的電子裝置的第一實施例 的局部放大圖； 圖6是本新型具有鎖定機構的電子裝置的第二實施例 的立體分解圖； 12 M416307 圖7是本新型具有鎖定機構的電子裝置的第二實施例 的卡掣件的立體圖； 圖8是本新型具有鎖定機構的電子裝置的第二實施例 的局部放大圖； 圖9是本新型具有鎖定機構的電子裝置的第二實施例 的局部放大圖；及 圖10是本新型具有鎖定機構的電子裝置的第二實施例 的局部放大圖。 13 M416307 【主要元件符號說明】 〔本創作〕 226 ·· ••…自由端 100· ……··電子裝置 227 ·· .....幫折臂部 1 ···· ……電子元件 228 .. .....斜@ 11 ·· ……卡接部 229 ·· .....定位卡槽 2 ···· ……··鎖固機構 230 ·· ····.安裝口 21 ·· ……殼體 231 ·· .....側向開口 211 · ……容置空間 232 ·· .....内槽壁 212. ……通孔 233 · ••…外槽壁 213. ......内表面 234 ·· ••…第一擋止凸部 214· ……凸塊 235 ·. ••…第二擋止凸部 215. ……擋止壁 24.··· .....釋鎖紐 216· ……穿孔 241 .. …·.按壓部 217· ……弧形接觸面 242 .. .....扣鉤 22 ' 22’卡掣件 D1…… …·…二彈性臂的自由端 221· ……接合板 之間的間距 222· ……鉤部 D2…… ……·二彈性臂的接合端 223、 223’·彈性臂 之間的間距 224. ……卡接孔 I、II、 III··箭頭 225· ……接合端 14The blocking protrusions 234 and the respective protrusions 234 reduce the partial width of the positioning slots 229 and serve to block the respective elastic arm milks, thereby preventing the elastic arms (2) from being installed. The mouthpiece is separated from the positioning card slot 229. Further, the inner groove wall 232 is provided with a protruding protrusion $5»/ _^ to the second blocking protrusion 235 in the clamping slot 229, and the second supporting protrusion 235 makes the partial width of the positioning slot 229 The connecting arm 23G is reduced and used to prevent the connecting arm 23G from being disengaged from the positioning slot 229 via the mounting opening, and the design of the first blocking convex portion 234 and the second blocking convex portion 235 is transmitted. 23〇 and the elastic arm (2) can be stably positioned in the positioning slot 229. As shown in FIG. 8 , FIG. 9 and FIG. 1 , when the electronic component is assembled and fixed in the accommodating space 211 of the housing 21 , the electronic component 1 is inserted into the accommodating space 211 in the direction of the arrow I. When the engaging portion n of the electronic component i abuts against the inclined surface 228 of the fishing portion 222, the lateral component of the inclined portion 228 applied by the engaging portion 11 moves the latching member 22 in the direction of the arrow „. Because of the two elastic arms 223 , blocked by the bumps 214, therefore, the card (four) 22, the two elastic f 223 in the process of sliding, will gradually be opened to the outside and away from each other. When the card (4) U of the electronic component 1 moves to a position separated from the slope 228 By means of a resilient arm 223, a returning elastic force which is close to each other is applied to the arc contact surface 217 of the bump ,, which can drive the shackle member 22 and release the lock %% (as shown in the direction of the arrow III, the reset is made The hook portion 222 is latched on the latching portion. In addition, the electronic component 1 is to be detached from the accommodating space 211 _, and the pressing portion 241 of the latching button 24 is pushed in the direction of the arrow II (as shown in FIG. The piece 22' slides, and when the fishing part melon of the clamping piece 22 moves to the position of the carding part U card, the latter can follow the arrow In the reverse direction, the electronic component 1 is detached from the accommodating space 211. In summary, the electronic device 1 两 of the two embodiments can reduce the man-hour of assembly by the design of the locking mechanism 2 which is simple in structure and easy to assemble. The latching members 22, 22 of the latching mechanism 2 can securely lock the electronic component 1 to the housing 21. The latching member 22, 22 can be slid by the triggering release button 24, and the latching member 22 can be released. The locking state of 22, in order to detach the electronic component from the housing 21' can indeed achieve the purpose of the present invention. However, the above description is only a preferred embodiment of the present invention, when it is not possible to Limiting the scope of this new implementation, that is, the simple equivalent changes and modifications made by the new patent application scope and the new description content are still within the scope of this new patent. [Simplified illustration] Figure 1 is the 2 is a perspective view of a first embodiment of an electronic device having a locking mechanism; FIG. 2 is an exploded perspective view of a first embodiment of the electronic device having a locking mechanism of the present invention; FIG. 3 is a first view of the electronic device of the present invention having a locking mechanism FIG. 4 is a partial enlarged view of the first embodiment of the electronic device with the locking mechanism of the present invention; FIG. 5 is a partial enlarged view of the first embodiment of the electronic device with the locking mechanism of the present invention; 6 is an exploded perspective view of a second embodiment of the electronic device with a locking mechanism of the present invention; 12 M416307 FIG. 7 is a perspective view of the latching member of the second embodiment of the electronic device with the locking mechanism of the present invention; FIG. A partially enlarged view of a second embodiment of an electronic device having a locking mechanism; FIG. 9 is a partial enlarged view of a second embodiment of the electronic device having a locking mechanism of the present invention; and FIG. 10 is an electronic device of the present invention having a locking mechanism A partial enlarged view of the second embodiment. 13 M416307 [Description of main component symbols] [This creation] 226 ·· ••... Free end 100·...··Electronic device 227 ···..Folding arm part 1····...electronic component 228 .. ..... oblique @ 11 ··......Clamping part 229 ····. Positioning card slot 2 ········Locking mechanism 230 ······. Mounting port 21 ·· ...... housing 231 ····. lateral opening 211 · ...... housing space 232 ··.....inner groove wall 212.......through hole 233 · ••... outer groove wall 213. ...... inner surface 234 ·· ••...first stop projection 214·...bump 235 ·.••...second stop projection 215.......stop wall 24.· ··································································· ...·...The free end of the two elastic arms 221·...the spacing between the joint plates 222·......the hooks D2............the joint ends 223, 223' of the two elastic arms·the spacing 224 between the elastic arms . . . card hole I, II, III·· arrow 225·... joint end 14