201102523 六、發明說明： 【發明所屬之技術領域】 本發明涉及一電池卡固機構及應用該電池卡固機構之可攜式 電子裴置。 【先前技術】 可攜式電子裝置一般包括一用於容置電池之容置槽及一與該 容置槽相練置之電池卡IU機構’該電池籍由該電池卡固機構卡 固於该容置槽内。具體地講：該電池卡固機構包括按鈕、彈性件 及抵持件等部件’馳^件II由該雜件之彈力抵職電池而使 該電池穩ig地谷置於該容置槽内。當需要取下該電池時，按壓該 按钮使該抵持件遠_電池，從瞒除該抵持件對該電池之抵 持，即可方便地將該電池取出。 然而，習知之電池卡固機構之各部件需分別地安裝於可攜式 電子裝置上’給可攜式電子裝置之組裝卫作帶來不便，且導致可 攜式電子裝置不易更換電池卡固機構。 【發明内容】 鑒於以上所述，有必要提供一種便於安裝之電池卡固機構。 此外’還有必要提供—觀用上述電池卡固機構之可攜式電 子裝置。 一種電池卡固機構’包括—抵持件、一按減至少一彈性件， 與所述彈性件雜抵持，該電池卡_構還包括-框體 ，該框體 7 谷腔，該容腔將該彈性件、該抵持件及該按鈕容置於 該抵持件部分伸出該框體以卡固—電池，該餘可滑動地 -、；抵持件上以控制抵持件與電池之卡固與解鎖，且該按紐部 201102523 分地伸出該框體以便操作。 一種可攜式電子裝置，該可攜式電子裝置包括一本體及一電 池卡固機構，該電池卡固機構設於該本體上，該電池卡固機構包 • 括一抵持件、一按鈕及至少一彈性件，與所述彈性件彈性抵持， *該電池卡固機構還包括一框體，該框體内形成有一容腔，該容腔 將δ玄彈性件、5玄抵持件及§玄按容置於其内，該抵持件部分伸出 該框體以卡固一電池，該按鈕可滑動地抵持於抵持件上以控制抵 ^持件與電池之卡固與解鎖’且該按紐部分地伸出該框體以便操作。 相較於習知技術，所述電池卡固機構為一整體模組卡固機 構，該電池卡固機構不僅可將電池輕鬆從電子裝置上取出，且該 模組化，電池卡固機構還可方便地裝卸於可攜式電子裝置:上。 【實施方式】 本發明電池卡固機構適用於具有可拆卸之電池之可播式電子 裝置’如手機、個人數位助理（pers〇nal digital assistant，PDA)， 掌上電腦等。請參閱圖1 ’下面以本發明之一較佳實施例電池卡固 • 機構10應用於一手機100為例進行說明。該手機100包括所述電 池卡固機構10、一本體2〇及一電池3〇。參圖4，電池30籍由電 池卡固機構10可拆卸地卡固於本體2〇内。 如圖1所不’電池卡固機構包括一框體12、至少一彈性件 14、一抵持件16、一按鈕18及一蓋板19。彈性件14、抵持件π、 一按鈕18及一蓋板19均裝設於框體12内而形成一模組化構件。 框體12為一端開口之方形盒體。包括一底壁122及設置於底 壁122上之復數側壁。底壁122與所述側壁圍成一容腔124。所述 復數侧壁包括一第一側壁126、一與第一側壁126相對之第二侧壁 201102523 ⑽。第-侧壁126上至少凸設有一個固定柱i262，所述固定柱 1262之個數與所述彈性件14之個數相當，每-固定柱聰用於 將一彈性件14固定於其上。第二側壁似開設-將其貫通之通孔 1282，且通孔1282延伸至底壁122。通孔1282使抵持件π由通 孔1282伸出框體12，且該通孔1282與所述固定柱咖相對設 置。所述復數側壁還包括二相對設置之第三侧壁129，且每一第1 讎129分別將第一側壁126與第二触128之一端連接。每: 第三刪29之外側向外延伸有一卡塊㈣，所述卡塊聰將框 ^ 12*岐於本體2〇上。可以理解，第三側壁129亦可不設置， 若將第-侧壁126兩端或第二側壁128兩端猶微延長，該延 部分可代替所述卡塊哪將框體I2固定在本體2〇上。 ，性件14可為—錄壓簧，其綠於鋪12謂定柱1262 上。彈性件14之-端與抵持件16抵持，另一端與框體12之第一 側壁126抵持。彈性件14用於提供回復力給抵持件16。彈性件 14並不限於她㈣’其射鱗⑽_其他具有彈性之元件。 請參照圖1及2，抵持件16包括一擋板162 t::r抵持部164凸設一 二、田板162之另-侧。擔板162 一侧與框體12之第二側壁⑽ 性件14她持，該咖於叫持件％由 之开⑽Γ 持部164之形狀和大小與框體12之通孔1282 Ί " 小相當，抵持部164從通孔搬伸出框體12。觸 166之-側開設有—梯形凹口，從而於觸發部166 1662。模形面1662與按⑽_祕#。16 €” 表壁⑹，該下表壁167為擋板162及抵持件164共同形成之一平 201102523 滑表壁。 按钮18包括一基板182、一按壓部184及一推頂部186。按 壓部184凸設於基板182之一側，推頂部186凸設於基板182之 另一側。按壓部184設置於基板182之中部，按壓部184之橫截 面形狀與基板182之橫截面形狀相當，且略小於基板182。基板 182與蓋體19部分地抵持，以阻止按姐is脫離框體12。推頂部201102523 VI. Description of the Invention: [Technical Field] The present invention relates to a battery fastening mechanism and a portable electronic device using the battery fastening mechanism. [Prior Art] A portable electronic device generally includes a receiving slot for accommodating a battery and a battery card IU mechanism configured to be engaged with the receiving slot. The battery is secured by the battery securing mechanism. Included in the tank. Specifically, the battery securing mechanism includes a button, an elastic member, and a resisting member. The fastener unit II is placed in the receiving groove by the elastic force of the miscellaneous member. When it is necessary to remove the battery, pressing the button causes the resisting member to be far away from the battery, and the battery can be easily taken out by removing the resisting member from the battery. However, the components of the conventional battery securing mechanism need to be separately mounted on the portable electronic device, which brings inconvenience to the assembly and assembly of the portable electronic device, and causes the portable electronic device to be difficult to replace the battery clamping mechanism. . SUMMARY OF THE INVENTION In view of the above, it is necessary to provide a battery securing mechanism that is easy to install. In addition, it is necessary to provide a portable electronic device that uses the above-described battery securing mechanism. A battery clamping mechanism includes: a resisting member, a pressing minus at least one elastic member, and abutting against the elastic member, the battery card structure further comprising a frame body, the frame body 7 having a cavity, the cavity The elastic member, the resisting member and the button are received by the resisting member portion to extend out of the frame body to fix the battery, and the remaining portion is slidably-operated on the resisting member to control the resisting member and the battery The card is locked and unlocked, and the button portion 201102523 extends out of the frame for operation. A portable electronic device includes a body and a battery securing mechanism. The battery securing mechanism is disposed on the body. The battery securing mechanism includes a resisting member and a button. The at least one elastic member is elastically resisted by the elastic member. The battery securing mechanism further includes a frame body, and a cavity is formed in the frame body, and the cavity has a δ mysterious elastic member, a 5 metaphysical member, and § 玄 按 置于 , , , , , § § § § § § § § § § § § § § § § § § § § § § § § § § § § § § § § § § § § § § § § 'And the button partially extends out of the frame for operation. Compared with the prior art, the battery clamping mechanism is an integral module clamping mechanism, and the battery clamping mechanism can not only easily remove the battery from the electronic device, but also the modularization, the battery clamping mechanism can also be Conveniently loaded and unloaded on the portable electronic device: on. [Embodiment] The battery securing mechanism of the present invention is suitable for a portable electronic device having a detachable battery, such as a mobile phone, a personal digital assistant (PDA), a palmtop computer, or the like. Referring to Fig. 1 hereinafter, a battery clamping mechanism 10 is applied to a mobile phone 100 as an example of a preferred embodiment of the present invention. The mobile phone 100 includes the battery locking mechanism 10, a body 2'', and a battery 3. Referring to Figure 4, the battery 30 is detachably secured within the body 2 by the battery securing mechanism 10. The battery clamping mechanism includes a frame 12, at least one elastic member 14, a resisting member 16, a button 18, and a cover plate 19. The elastic member 14, the resisting member π, a button 18 and a cover plate 19 are all mounted in the frame 12 to form a modular member. The frame 12 is a square box that is open at one end. A bottom wall 122 and a plurality of side walls disposed on the bottom wall 122 are included. The bottom wall 122 and the side wall enclose a cavity 124. The plurality of sidewalls include a first sidewall 126 and a second sidewall opposite the first sidewall 126 201102523 (10). At least one fixing post i262 is protruded from the first side wall 126. The number of the fixing posts 1262 is equivalent to the number of the elastic members 14, and each fixing column is used for fixing an elastic member 14 thereto. . The second side wall is similar to the through hole 1282 through which the through hole 1282 extends, and the through hole 1282 extends to the bottom wall 122. The through hole 1282 extends the resisting member π from the through hole 1282 to the frame body 12, and the through hole 1282 is disposed opposite to the fixed post. The plurality of sidewalls further includes two opposite sidewalls 129, and each of the first sidewalls 129 connects the first sidewall 126 to one of the second contacts 128, respectively. Each: a third block 29 extends outwardly with a card block (four), and the card block clamps the frame to the body 2〇. It can be understood that the third side wall 129 may not be disposed. If the two ends of the first side wall 126 or the second side wall 128 are slightly extended, the extension portion may replace the card block to fix the frame body I2 to the body 2〇. on. The sex member 14 can be a recording pressure spring, which is green on the 12th column and is located on the fixed column 1262. The end of the elastic member 14 abuts against the resisting member 16, and the other end abuts against the first side wall 126 of the frame 12. The elastic member 14 is for providing a restoring force to the resisting member 16. The elastic member 14 is not limited to her (four)'s scale (10)_ other elastic members. Referring to Figures 1 and 2, the resisting member 16 includes a baffle 162 t::r abutting portion 164 protruding from the other side of the field plate 162. The side of the support plate 162 is held by the second side wall (10) of the frame 12, and the holder is held by the holder. The shape and size of the holding portion 164 are the same as the through hole 1282 of the frame 12. Similarly, the resisting portion 164 is extended from the through hole and protrudes from the frame 12. The side of the contact 166 is provided with a trapezoidal recess to the trigger portion 166 1662. The molding surface 1662 is pressed with (10) _ secret #. 16 €" The wall (6), the lower wall 167 is a baffle 162 and a resisting member 164 which together form a flat 201102523 sliding table wall. The button 18 includes a base plate 182, a pressing portion 184 and a push top 186. The pressing portion 184 The protrusion 186 is disposed on the other side of the substrate 182. The pressing portion 184 is disposed on the middle of the substrate 182. The cross-sectional shape of the pressing portion 184 is equivalent to the cross-sectional shape of the substrate 182, and is slightly It is smaller than the substrate 182. The substrate 182 partially abuts against the cover 19 to prevent the sister from being detached from the frame 12. Pushing the top
186大致為一方形柱體’其用於與抵持件16之楔形面1662抵持。 蓋板19置於框體12之頂部並封閉框體12之開口端。蓋板19 包括-板體192和從板體192兩端朝板體同側形成之固定板194。 板體m之中部開設-將其.貫通之通道1%。所述固定板194分別 與對應之第三侧壁129抵持而將蓋板19固定於框體12上。 奉體20包括 …-乐一衣！ 2〇2及一與第一表壁2〇2相背之第· 表壁204。本體20於該第-表壁2〇2上開設—用於容置電池^ 之第-容置腔22及-驗容置電池卡關構1()之第二容置^The 186 is generally a square cylinder that is adapted to abut the wedge face 1662 of the abutment member 16. The cover 19 is placed at the top of the frame 12 and closes the open end of the frame 12. The cover plate 19 includes a plate body 192 and a fixing plate 194 formed from both ends of the plate body 192 toward the same side of the plate body. The middle part of the plate body is opened - 1% of the passage through which it passes. The fixing plate 194 abuts against the corresponding third side wall 129 to fix the cover 19 to the frame 12. Body 20 includes ... - Le Yi Yi! 2〇2 and a first surface wall 204 opposite to the first surface wall 2〇2. The body 20 is opened on the first wall 2 〇 2 - a second accommodating cavity 22 for accommodating the battery ^ and a second accommodating capacity of the battery card closing 1 ()
L4及ΠΓ24位於第一容置腔22之一端，且與第-她 均貫通。本體20於圍成第一容置腔22之_ 1 二卡扣部222。所述卡扣部222與第二容置腔2彻 叹置，且位於圍成第一容置腔22之 级相對設置且鄰近第二容缺口 224，所述· 3〇。該本體20於_$ - ^置’其侧為便於取_ 4w I卞得槽242。所 固機構K)之卡持塊1292之 卞符槽242之祕與電料 田，且略小於卡持塊1292。 201102523 電池30包括一第一端壁32、一與第一端壁％相背之第二端 壁34及一將第一端壁32及第二端壁％連接之職％。第一端壁 • 3二上間隔開設二卡扣槽322，且所述卡扣槽322與頂壁％貫通^ 述卡扣槽322與本體20之卡扣部223卡合。第二端壁34之中 相槽342。卡固槽342賊面之形狀和大小與抵持部 ^截®之形狀和大小相當，卡固槽342用以與抵持部164卡合。 請參閱圖1及6，組裝電池卡固機構1〇時，可按如下工序進 百先，所述彈性件14 &通孔1282伸進框體 彈性件14套設於框體12内之凸柱觀上。 使斤这 然後’抵持件16雜體12之開口置入框體12之容腔124内， 抵持件16之下表壁167可滑動地抵持在框體12之紐122上。 ，持部164崎孔1282伸出框體12，而所述彈性件14抵持於撐 一 162 ’、框體12之第一側壁126之間。此時，所述彈性件μ被 輕微壓縮，所述彈性件14有向其兩端擴張之趨勢而使播板162斑 •框體U之第二侧壁128抵持，從而將抵持件16穩固地固定於框 體12内。 接著’將按趣18置於框體12内，此時，按紐18之推頂部186 與抵持件16之觸發部ι66之楔形面162相抵持。 ▲按壓蓋板19之固定板194使所述固定板194向蓋板19之中 4著曲。將蓋板19之通道192與按紐18之按壓部184對準，而 後以朝向框體13之方向按壓該蓋板19直至所述固定板194伸進 框體12之容腔124内。釋放所述固定板194，所述固定板194恢 復原狀而與框體12之第三侧壁129抵持，從而使蓋體19緊固於 201102523 ^體12上。繼續按壓該蓋體19，直到該按益π之按壓部脱由 ，板19之通道192伸出蓋板19，按鈕18之基板182與蓋板19 部分地抵持。此時，電池卡固機構1〇被裝配成一整體模組。 —睛參閱圖2及3，將電池卡固機構1〇安裝於本體％上時，可 按如下步驟進订·以朝向框體12之方向按壓電池卡固機構之 抵持部164直至抵持部164進入框體12内，此時，彈性件14被 壓縮。然後’將電池卡固機構1〇置於本體2〇之第二表壁2〇4之 上方，且使電池卡固機構10之二卡塊1292與第二容置腔24之二 卡持槽242對準。以朝向本體2〇之方向按壓電池卡固機構ι〇，直 到所述卡塊I292卡入卡持槽242内及所述框體U位於第二容置 槽24内。釋放抵持部164，抵持部164於彈性件14回復力之作用 下而由框體12内彈出，即抵持部164部分進入第-容置腔22内， 如此即將電池卡固機構10安裝於本體20上。 請參照® 3-5，當需將電池3〇裝設於本體2〇内時，首先將電 池30之頂壁36朝上’再將第—端壁％置人第—容置腔η設有 卡扣部222之-端。然後，按下電池卡固機構1〇之按紐18使按 紐之推頂部186沿著觸發部166之楔形面搬運動而使觸發部 166向框體12之第一側壁126方向運動，進而帶動抵持部敗缩 進框體12内而壓縮彈性體14。而後以電池3〇之第 轉軸將電池3G之第二端壁34旋人第—容置腔如，此時^ 2〇之卡扣部222卡入電池之卡扣槽322内。釋放按赵18，抵持部 164於彈性件14回復力之作用下而由框體12内彈出而卡入電池 3〇之卡固槽342内（參圖而觸發部脱之横形面驗推頂 按㈣之推頂部186 *使按紐18復位。如此，電池3〇由抵持部 201102523 部222與卡扣槽322之卡合而緊固 164與卡扣槽342之卡合及卡扣 於本體20上。 請參照圖5及6,當需取出 =一⑽之頂端向底端滑動：^ ^侧壁126方向運動直到抵持部164縮進框體12内。如此， 與電池30之卡固槽342之間之卡固狀態解L4 and ΠΓ24 are located at one end of the first accommodating chamber 22, and are penetrated with the first-side. The body 20 encloses a 1-2 buckle portion 222 of the first accommodating cavity 22 . The latching portion 222 is completely slid with the second accommodating cavity 2 and is disposed opposite to the first accommodating cavity 22 and adjacent to the second accommodating recess 224. The body 20 is placed on the side of _$ - ^ to facilitate the taking of the slot 242. The card holder 1292 of the fixed mechanism K) holds the secret of the slot 242 and the electric material field, and is slightly smaller than the holding block 1292. 201102523 The battery 30 includes a first end wall 32, a second end wall 34 opposite the first end wall %, and a % of the first end wall 32 and the second end wall % connected. The first end wall is provided with two locking grooves 322 at intervals, and the locking groove 322 and the top wall are engaged with the locking portion 223 of the body 20 through the locking groove 322. The second end wall 34 has a phase groove 342 therein. The shape and size of the rib face of the retaining groove 342 are equivalent to the shape and size of the abutting portion, and the locking groove 342 is engaged with the abutting portion 164. Referring to FIG. 1 and FIG. 6 , when the battery clamping mechanism 1 is assembled, the first step can be performed as follows. The elastic member 14 & through hole 1282 extends into the convex portion of the frame elastic member 14 and is sleeved in the frame 12 . On the column. The opening of the resisting member 16 is placed in the cavity 124 of the frame 12, and the lower surface 167 of the resisting member 16 is slidably abutted against the button 122 of the frame 12. The holding portion 164 is protruded from the frame 12, and the elastic member 14 is abutted between the support 162' and the first side wall 126 of the frame 12. At this time, the elastic member μ is slightly compressed, and the elastic member 14 has a tendency to expand toward both ends thereof to cause the second side wall 128 of the frame 162 of the frame 162 to be abutted, thereby the resisting member 16 It is firmly fixed in the frame 12. Next, the fun 18 is placed in the frame 12. At this time, the push top 186 of the button 18 abuts against the wedge surface 162 of the trigger portion ι66 of the resist member 16. ▲ The fixing plate 194 of the cover plate 19 is pressed so that the fixing plate 194 is bent toward the cover plate 4. The passage 192 of the cover 19 is aligned with the pressing portion 184 of the button 18, and then the cover 19 is pressed in the direction toward the frame 13 until the fixing plate 194 projects into the cavity 124 of the frame 12. The fixing plate 194 is released, and the fixing plate 194 is restored to abut against the third side wall 129 of the frame 12, so that the cover 19 is fastened to the body 12 of 201102523. Continue to press the cover 19 until the pressing portion of the button π is disengaged, the passage 192 of the plate 19 extends beyond the cover plate 19, and the base plate 182 of the button 18 partially abuts against the cover plate 19. At this time, the battery securing mechanism 1 is assembled into an integral module. - As shown in FIGS. 2 and 3, when the battery fastening mechanism 1 is mounted on the main body %, the following steps can be made to press the pressing portion 164 of the battery fastening mechanism toward the frame 12 until the abutting portion The 164 enters the frame 12, at which time the elastic member 14 is compressed. Then, the battery clamping mechanism 1 is placed above the second wall 2〇4 of the body 2〇, and the two clamping blocks 129 of the battery clamping mechanism 10 and the second receiving cavity 24 are engaged by the second clamping cavity 242. alignment. The battery clamping mechanism ι is pressed in the direction of the body 2〇 until the card block I292 is inserted into the holding groove 242 and the frame U is located in the second receiving groove 24. The resisting portion 164 is released, and the resisting portion 164 is ejected from the frame 12 by the restoring force of the elastic member 14, that is, the resisting portion 164 partially enters the first-accommodating cavity 22, so that the battery securing mechanism 10 is installed. On the body 20. Please refer to ® 3-5. When the battery 3 is to be installed in the main body 2〇, firstly, the top wall 36 of the battery 30 faces upwards, and then the first end wall is placed in the first-capacity cavity η. The end of the buckle portion 222. Then, pressing the button 18 of the battery clamping mechanism 1 causes the push top 186 of the button to move along the wedge surface of the trigger portion 166 to move the trigger portion 166 toward the first side wall 126 of the frame 12, thereby driving The abutting portion is retracted into the frame 12 to compress the elastic body 14. Then, the second end wall 34 of the battery 3G is rotated into the first receiving cavity by the third rotating shaft of the battery, for example, the latching portion 222 of the battery is inserted into the locking groove 322 of the battery. Released according to Zhao 18, the resisting portion 164 is ejected from the frame 12 by the restoring force of the elastic member 14 and is inserted into the fixing groove 342 of the battery 3〇 (refer to the triggering portion of the triggering portion to remove the horizontal surface. Pressing (4) pushes the top 186 * to reset the button 18. Thus, the battery 3 is engaged by the abutting portion 201102523 portion 222 and the snap groove 322, and the fastening 164 is engaged with the buckle groove 342 and snapped onto the body. Referring to Figures 5 and 6, when the tip of the one (10) needs to be removed, the top end slides toward the bottom end: ^ ^ The side wall 126 moves in the direction until the resisting portion 164 is retracted into the frame 12. Thus, the battery 30 is secured. The state of the stuck state between the slots 342
第二^ 缺口 224將電池30設有卡固槽342之 鳊由第4置腔22内取出，即可將取出電池3〇。 可以理解，蓋板D之主要作用係與按㈣之基板脱相抵 百’山使基板182及推頂部186容置於框體12内，若將第—側壁126 j端及第—讎128頂端相㈣折延伸—段距離分卿成一短 該短板與基板182抵持，可使得基板m及推頂部碰容置 於框體12内，故本實施例中蓋板19亦可不設置。 所述電池卡固機構1()為—框體12、至少一彈性件Μ、一抵 持件16、-按紐18及—蓋板19組裝成之—整體模組卡固機構， 該電池卡固麟10不僅可將電池3〇輕鬆從本體1〇上取出，電池 卡固機構10還可方便地裝卸於可攜式電子裝置1〇〇上。 【圖式簡單說明】 圖1係應用本發明較佳實施例之電池卡固機構之可攜式電子 裝置之立體分解圖。 圖2係圖1所示之可攜式電子|置之另—視角之立體分解圖。 圖3係圖i所示之可攜式電子裝置之部分元狀立體組合圖。 圖4係圖1之立體組合圖。 圖5係圖4所不電池卡固機構處於卡持狀態時沿v_v線之剖 201102523 視圖。 圖6係圖5所示電池卡固機構處於開啟狀態時之示意圖。 【主要元件符號說明】The second hole 224 is used to take out the battery 30 from the fourth cavity 22, and the battery is removed. It can be understood that the main function of the cover D is to be disengaged from the substrate according to (4), and the substrate 182 and the push top 186 are received in the frame 12, and the first side 126 j end and the first 雠 128 top end phase are (4) Folding and extending - the short distance between the segment and the substrate 182, the substrate m and the push top are placed in the frame 12. Therefore, the cover 19 may not be disposed in this embodiment. The battery clamping mechanism 1 () is a frame 12, at least one elastic member Μ, a resisting member 16, a button 18 and a cover 19 assembled into a whole module clamping mechanism, the battery card The Gulin 10 can not only easily remove the battery 3 from the body 1 , but also the battery clamping mechanism 10 can be conveniently attached and detached to the portable electronic device 1 . BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded perspective view of a portable electronic device to which a battery securing mechanism of a preferred embodiment of the present invention is applied. FIG. 2 is an exploded perspective view of the portable electronic device shown in FIG. 1 . FIG. 3 is a partial perspective assembled view of the portable electronic device shown in FIG. Figure 4 is a perspective assembled view of Figure 1. FIG. 5 is a cross-sectional view taken along the v_v line when the battery clamping mechanism of FIG. 4 is in a stuck state. FIG. 6 is a schematic view showing the battery clamping mechanism shown in FIG. 5 in an open state. [Main component symbol description]
手機 100 電池卡固機構 10 框體 12 彈性件 14 抵持件 16 按紐 18 蓋板 19 底壁 122 容腔 124 側壁 126 第二側壁 128 通孔 1282 第三側壁 129 卡塊 1292 擋板 162 .抵持部 164 觸發部 166 下表壁 167 楔形面 1662 基板 182 按壓部 184 推頂部 186 板體 192 固定板 194 通道 196 第一表壁 202 第二表壁 204 第一容置腔 22 第二容置腔 24 卡扣部 222 缺口 224 卡持槽 242 第一端壁 32 第二端壁 34 頂壁 36 卡扣槽 322 卡固槽 342 π [S]Mobile phone 100 battery clamping mechanism 10 frame 12 elastic member 14 resisting member 16 button 18 cover plate 19 bottom wall 122 cavity 124 side wall 126 second side wall 128 through hole 1282 third side wall 129 block 1292 baffle 162. Holding portion 164 Trigger portion 166 Lower surface wall 167 Wedge surface 1662 Substrate 182 Pressing portion 184 Pushing top 186 Plate 192 Fixing plate 194 Channel 196 First surface wall 202 Second surface wall 204 First accommodating cavity 22 Second accommodating cavity 24 snap portion 222 notch 224 holding groove 242 first end wall 32 second end wall 34 top wall 36 snap groove 322 fastening groove 342 π [S]