201008436 九、發明說明： 【發明所屬之技術領域】 • 本發明涉及一種電池蓋卡鎖結構，尤其係關於一種 、應用於行動電話荨攜帶型電子裝置之電池蓋卡鎖結構。 【先前技術】 仃動電話與個人數位助理（pers〇nal digital pda)等可攜帶式電子裝置之應用日益廣《，而提供可攜 式電子裝置能量之電池因隨著能量消耗，需要進行更換。 為使於更換電池時易於將扣設於電池上之電池蓋打開，人 們没計出許多電池蓋卡鎖結構。 習知可攜帶式電子裝置之電池蓋卡鎖結構多採用 卡鉤及扣鎖結構卡@於本體上，即於電池蓋上設置卡釣 m對應於殼體上設置卡槽及扣鎖孔，從而卡固電 /也蓋於殼體上。該類雷、冰笔—壯从 ^類電池盍女裝後與殼體結合緊密且牢 固，但拆裝時費力、齡尤古/ 參 HI㈣里另一種電池蓋卡鎖結構 -有頂出裝置、按鈕及彈性元件 彈性元件抿持於柢釭命拖Μ 叹啕卞。邛， 體上之滑動與雷姊卜口。丨猎由按鈕於機 月動興電池羞上之卡扣件卡合或脫離 設置於機體與電池肌離頂出裝置 此从也3 盍之間，用於頂出電池蓋，其彈性开 牛乍為回彈機構多採用彈簧 操作方便，但回彈機播处田办 3類電池盘拆裝時 彈機構佔用空間相對較 體積較之小可攜式電权大特別係對於 行程空間又且* 裝置很難保證卡鎖結構有足夠201008436 IX. Description of the Invention: [Technical Field] The present invention relates to a battery cover latch structure, and more particularly to a battery cover latch structure for use in a mobile phone/portable electronic device. [Prior Art] Portable electronic devices such as mobile phones and personal digital assistants are becoming more widely used, and batteries that provide energy for portable electronic devices need to be replaced as energy is consumed. In order to make it easy to open the battery cover that is fastened to the battery when the battery is replaced, many battery cover latch structures have not been counted. The battery cover latch structure of the conventional portable electronic device mostly adopts a hook and a buckle structure card@on the body, that is, a card fishing m is arranged on the battery cover corresponding to the card slot and the buckle hole on the housing, thereby The card is also covered on the housing. This kind of mine, ice pen-strong from the ^ type battery 盍 women's clothing and the shell is tight and firm, but it is laborious to disassemble, age Yugu / HI (four) in another battery cover lock structure - with ejector, The button and the elastic element of the elastic element are held in a sigh. Hey, the body slides and the Thunder.丨 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由It is convenient to use springs for the rebound mechanism. However, when the rebound machine broadcasts the three types of battery discs in the field office, the space occupied by the elastic mechanism is relatively smaller than that of the small portable power, especially for the travel space and * It is difficult to guarantee that the lock structure is sufficient
4丁枉工間又具有回彈機構。 J4 Ding Yugong has a rebound mechanism. J
【發明内容I 201008436 卡鎖;r此’有必要提供-種佔用空間較小之電池蓋 • 一種電池蓋卡鎖結構，用於可拆卸地安褒—電 、於-殼體上，所述電池蓋卡鎖結構包括―壯、一設於 殼體之安裝部及-設於電池蓋之卡鉤件及—彈性體，所 述按紐包括—裝配凸塊，所述裂配凸塊設有-貫通I配 凸塊之通孔及-卡柱，所述安裝部包括—用於容置按紐 之按紐孔及設置於按紐孔之相對兩侧之卡持塊；所 ❹性體穿過裝配凸塊之通孔且其兩端分別卡持於安裝部之 卡持塊上；藉由按知於殼體上滑動，所述電池蓋之卡釣 件與按紐之卡柱卡鎖或解鎖。 相較於先前技術，所述電池蓋卡縣構藉由該按紐 與殼體之滑行將按紐之卡柱與電池蓋之卡構件配合，將 電池蓋與殼體卡鎖或解鎖。另，該電池蓋卡鎖結構之彈 性體穿過按鈕之裝配凸塊，將其卡於安裝部之卡持塊 上。該電池蓋卡鎖結構元件❹，相對佔用空間較小、 該電池蓋結構於開啟及閉合時操作比較簡單。 【實施方式】 上本毛月Α開了一種電池蓋卡鎖結構，其適用於行動 電話、PDA等可攜式電子裝置。本實施例中以電池蓋卡 鎖結構應用於行動電話為例加以說明。 請一併參閱圖】至圖4, 一行動電話1〇〇包括一殼 體11及一與殼體u相配合之電池蓋13。本發明電池蓋 卡鎖結構之一較佳實施例包括一按鈕15、一彈性體17、 7 201008436 一安裝部112及一卡鉤件134。所述安裝部112設於殼 體11上，卡鉤件134設於與殼體11相配合之電池蓋13 •上。 „ 所述殼體11具有一長方形面板110、沿該面板11〇 四週彎折形成一頂壁ill、一底壁113、一第一侧壁114 及一第二側壁115、一容置部116、一支撑部120與一配 合部121。該底壁113與該頂壁111相對設置。該第一 側壁114及第二側壁115均與該頂壁Π1及底壁113相 ❹連接。所述容置部116由該面板11〇與該頂壁m、該 底壁113、該第一側壁114及該第二側壁ι15共同圍成， 用於谷置^亍動電話之電子元件（圖未示）。該支撑·部12〇 呈矩形塊狀’其由開口 117靠近底壁113之一端朝向該 開口 117凸s免形成。所述配合部121由面板11〇、頂壁 111、第一侧壁114及第二側壁115之外壁共同凹陷一凹 槽形成，以用於容置所述電池蓋13。 ❷ 所述安裝部112設於所述殼體11之頂壁11：1上，其 包括一按鈕孔1111、一缺口 1112、一第一卡持條1115、 一第二卡持條1116、二卡持塊1113、1114及——^槽 1119。所述按鈕孔lni大致呈矩形，其開設於頂壁Ul 中部。所述缺口 1112呈矩形，其開設於面板ι1〇與頂壁 111相接處’且與該按鈕孔un相通。該第一卡持條 1115' % 一 卡持條 1116、二卡持塊 1113、1114 與--^ 槽1119環繞按鈕孔U1i凸設於頂壁ηι之内壁上。第 一卡持條1115與第二卡持條1116大致平行於面板n〇 8 201008436 設置，且第二卡持條與缺口 1112位於按鈕孔U11 同一側。該二卡持塊1113、1114大致垂直於第一卡持條 • 1115與第二卡持條U16設置，其靠近第—卡持條1115 '之一端與頂壁111之内壁間隔設置，且與頂壁m之内 壁間分別形成一間隙1117、1118，用於容置並 彈性體17。該卡槽1119凹設於所述卡持塊HU與按鈕 孔1111之間頂壁111之内壁上。 、 〇 所述電池蓋13包括一大致呈矩形片狀之主片體131 及由主片體131之二個端部彎折延伸形成一頂端壁M3、 一第二侧壁135與一第四侧壁137。該第三 四侧壁m相對設置，且均與頂端壁133相連接。該= 土 I33中部貝通開設有一大至呈矩形之開口 132。 該卡鉤件134凸設於所述電池蓋13之主片體131之 内壁上’靠近開π 132且位於開〇 132之中部。該卡釣件 134具有彈性，其末端為一卡鉤部ι34ΐ，用於穿過殼體in ❹之缺口 1Π2與按鈕15卡合。 請一併參閱圖5至圖6，所述按鈕15具有一按壓部 、一抵持肋152、一裝配凸塊153及二凸耳155。該按 壓4 151大致為矩形片狀，其具有一正按壓面及一 與正按壓面1511相對之副按壓面1513。所述抵持肋152、 裝配凸塊153及凸耳155均設置於按壓部151之副按壓面 1513 上。 所述抵持肋152大至為l形長條體，其包括一連接部 1522及一延伸部1524。該連接部1522由按壓部151之副 201008436 按壓面1513 —端沿垂直於副按壓面1513方向延伸形成。 該連接部1524由連接部1522之末端向遠離按壓部151方 *向彎折形成。該抵持肋152與所述第一卡持條1115相配 ，合。 該裝配凸塊153大至呈矩形塊狀，其凸設於按壓部 151之副按壓面1513之中部。該裝配凸塊153具有一主 表面1531、一抵持面1532、一底面1533、一第一側面1534 與一第二側面1535。該主表面1531相對於按壓部151之 ❹副按壓面1513設置。該抵持面1532、底面1533、第一側 面1534與第二侧面1535圍繞該主表面1531四週設置， 其中，該抵持面1532與該底面1533相對設置，且該抵持 面1532與抵持肋152之連接部1524末端平齊，該底面 1533表面呈梯狀，該第一側面1534與第二側面1535相 對設置。該裝配凸塊153還包括一凹陷部1541、一沉孔 1543、一卡柱1545、一通孔1547及一凹槽1548。該凹陷 _部1541凹設於該抵持面1532之中部，且貫通主表面 1531。該沉孔1543貫通該主表面1531及底面1533開設， 且主表面1531與底面1533連接處形成該卡柱1545。該 沉孔1543用於容置卡鉤件134，且該卡柱1545與卡鉤件 134之卡鉤部1341卡合。該通孔1547貫通該第一側面 1534與該第二側面1535開設，用於裝設該彈性體17。本 實施例中，該沉孔1543之開設較靠近第二侧面1535，從 而導致第一侧面1534與沉孔1543之間之壁厚較第二側面 1535與沉孔1543之間壁之厚大。為使彈性體17於通孔 201008436 1547處施力之支點均勻而保證按鈕15受力均勻，該裝配 凸塊153還包括一對應於通孔1547而凹設於第二側面 “ 1535 之凹槽 1548。 • 該二凸耳155大致為L形卡塊，其凸設於按壓部151 之副按壓面1513之遠離抵持肋152之一端，且該二凸耳 155位於裝配凸塊153兩侧相對設置，分別與所述卡持塊 1113及卡槽1119相配合。 所述彈性體17於本實施例中為一柱形彈簧絲，其可 ®容置於按鈕15之裝配凸塊153之通孔1547及安裝部112 之間隙1117、1118中，並卡合於卡持塊1113、1114與頂 壁111之内壁之間。 請一併參閱圖7與圖8，將該按鈕15裝配於該殼體 11時，首先將彈性體17穿過該按鈕15之通孔1547及凹 槽1548。然後藉由頂壁111之内部將帶有彈性體17之按 鈕15容置於安裝部112之按鈕孔1111内。按鈕15之按 _壓面1511穿過該按鈕孔1111露出殼體11。按鈕15之裝 配凸塊153之底面1533抵持於安裝部112之第二卡持條 1116上，且沉孔1543於底面1533上之開口與安裝部112 之缺口 1112相對應連通。按鈕15之抵持肋152之連接部 1522與延伸部1524均抵持於安裝部112之第一卡持條 1115上。彈性體17兩端分別容置於所述間隙1117、1118 内且卡持於二卡持塊1113、1114與殼體11頂壁111之内 壁之間。按鈕15之二凸耳155分別卡持於卡持塊1113底 部及卡槽1119上。即完成按鈕15與殼體11之裝配。 11 201008436 需將該電池蓋13蓋設於該殼體11上時，將所述電池 蓋13安裝於所述殼體11之配合部121上，其中，電池蓋 ‘ 13之主片體131、頂端部133、第三侧壁135、第四側壁 • 137分別蓋設於殼體之11之面板110、頂壁111、第一側 壁114與第二側壁115上，且電池蓋13與頂端部131相 對一端抵持於殼體11之支撐部120上。所述電池蓋13卡 鉤件134穿過所述缺口 1112,且其卡鉤部1341與按鈕15 之卡柱1545卡鎖按鈕孔，從而使電池蓋13卡固於殼體11 ©上。 如圖9所示，需開啟電池蓋13時，按壓按鈕15之按 壓部151，使按鈕15帶動彈性體17向殼體11内部移動， 從而使電池蓋13之卡鉤部1341與按鈕15之卡柱1545解 鎖，此時，電池蓋13與殼體11之卡固解鎖。另，所述卡 持塊1113、1114給彈性體17兩端以與按鈕15運動方向 相反之作用力，通孔1547作為彈性體17受力支點使彈性 _體17彎曲。彈性體17彈性變形產生之回復力作用下按鈕 15回到初始位置。使用者即可用手指將電池蓋13從殼體 11上取下。 所述電池蓋卡鎖結構藉由該按鈕15及固定按鈕15於 殼體11之彈性體17使按鈕15之卡柱1548與電池蓋13 之卡鉤部1341卡合配合，從而卡固電池蓋13於殼體11 上，拆卸時，按壓按鈕15之按壓部151，使按鈕15帶動 彈性體17向殼體11内部移動，從而使電池蓋13之卡鉤 部1341與按鈕15之卡柱1545脫離，電池蓋13與殼體11 12 201008436 之卡固解鎖。 【圖式簡單說明】 圖1係本發明電池蓋卡鎖結構較佳實施方式用於 ^行動電話之組裝圖。 、 圖2與圖3係圖1所示電池蓋卡鎖結構用於行動電話 時於不同視角下立體分解圖。 δ 圖4係圖3中區域IV之放大示意圖。 圖5與圖6係本發明電池蓋卡鎖結構較佳實施方式按 紐於不同視角下之放大結構示意圖。 圖7係本發明電池蓋卡鎖結構較佳實施方式按鈕組 裳於行動電話上時示意圖。 圖8係圖i所示電池蓋卡鎖結構沿观-珊方向剖視 圖’其中電池蓋卡鎖結構處於鎖合狀態。SUMMARY OF THE INVENTION I 201008436 card lock; r this is necessary to provide - a battery cover with a small footprint; a battery cover card lock structure for detachable ampere-electric, on-housing, the battery The cover lock structure comprises a strong portion, a mounting portion disposed on the housing, and a hook member and an elastic body disposed on the battery cover, the button comprising - assembling a bump, the split matching bump being provided with - a through hole and a post that penetrates the I-fitted bump, the mounting portion includes a button hole for accommodating the button and a holding block disposed on opposite sides of the button hole; The through hole of the protruding block is assembled and the two ends thereof are respectively clamped on the holding block of the mounting portion; by sliding on the casing, the card fishing member of the battery cover is locked or unlocked by the button post of the button . Compared with the prior art, the battery cover card structure locks or unlocks the battery cover and the housing by engaging the button and the card member of the battery cover by the slide of the button and the housing. In addition, the elastic body of the battery cover latch structure passes through the mounting protrusion of the button and is clamped to the holding block of the mounting portion. The battery cover latching structure component ❹ has a relatively small occupied space, and the battery cover structure is relatively simple to operate when opened and closed. [Embodiment] The upper cover of the moon has opened a battery cover latch structure, which is suitable for portable electronic devices such as mobile phones and PDAs. In the present embodiment, a battery cover latch structure is applied to a mobile phone as an example. Referring to FIG. 4 to FIG. 4, a mobile phone 1A includes a casing 11 and a battery cover 13 matched with the casing u. A preferred embodiment of the battery cover latching structure of the present invention includes a button 15, an elastomer 17, 7 201008436, a mounting portion 112 and a hook member 134. The mounting portion 112 is disposed on the casing 11, and the hooking member 134 is disposed on the battery cover 13 that cooperates with the casing 11. The housing 11 has a rectangular panel 110 and is bent around the panel 11 to form a top wall ill, a bottom wall 113, a first side wall 114 and a second side wall 115, and a receiving portion 116. a supporting portion 120 and a matching portion 121. The bottom wall 113 is opposite to the top wall 111. The first side wall 114 and the second side wall 115 are connected to the top wall Π1 and the bottom wall 113. The portion 116 is surrounded by the top wall m, the bottom wall 113, the first side wall 114 and the second side wall ι15, and is used for electronic components of the valley (not shown). The support portion 12 is formed in a rectangular block shape, which is formed by the opening 117 near one end of the bottom wall 113 toward the opening 117. The mating portion 121 is composed of a panel 11A, a top wall 111, and a first side wall 114. And the outer wall of the second side wall 115 is recessed together to form a recess for receiving the battery cover 13. The mounting portion 112 is disposed on the top wall 11:1 of the housing 11, and includes a button. a hole 1111, a notch 1112, a first holding strip 1115, a second holding strip 1116, two holding blocks 1113, 1114, and a slot 1119. The button hole lni is substantially rectangular, and is formed in a middle portion of the top wall U1. The notch 1112 is rectangular, and is formed at a position where the panel ι1 相 meets the top wall 111 and communicates with the button hole un. The first holding strip 1115'% one card holding strip 1116, two holding blocks 1113, 1114 and -^ slot 1119 are protruded from the button hole U1i on the inner wall of the top wall ηι. The first holding strip 1115 and the second holding strip 1116 are substantially Parallel to the panel n〇8 201008436, and the second holding strip and the notch 1112 are located on the same side of the button hole U11. The two holding blocks 1113, 1114 are substantially perpendicular to the first holding strip 1115 and the second holding strip U16 It is disposed that one end of the first holding strip 1115' is spaced apart from the inner wall of the top wall 111, and a gap 1117, 1118 is formed between the inner wall of the top wall m and the inner wall of the top wall m for receiving and fitting the elastic body 17. 1119 is recessed on the inner wall of the top wall 111 between the holding block HU and the button hole 1111. The battery cover 13 includes a main body 131 of a substantially rectangular shape and the main body 131 The end portions are bent to form a top end wall M3, a second side wall 135 and a fourth side wall 137. The third four The side walls m are oppositely disposed, and are connected to the top end wall 133. The soil I33 is open to the opening 13 of the rectangular shape. The hook member 134 is protruded from the main body 131 of the battery cover 13. The inner wall is 'close to the opening π 132 and is located in the middle of the opening 132. The card fishing member 134 has elasticity, and its end is a hook portion ι34ΐ for engaging with the button 15 through the notch 1Π2 of the casing in the casing. Referring to FIG. 5 to FIG. 6, the button 15 has a pressing portion, a resisting rib 152, a mounting protrusion 153 and two lugs 155. The pressing force 4 151 is substantially a rectangular sheet shape having a positive pressing surface and a secondary pressing surface 1513 opposed to the positive pressing surface 1511. The resisting rib 152, the mounting projection 153, and the lug 155 are both disposed on the secondary pressing surface 1513 of the pressing portion 151. The abutting rib 152 is as large as an l-shaped elongated body, and includes a connecting portion 1522 and an extending portion 1524. The connecting portion 1522 is formed by a pair of 201008436 pressing faces 1513 of the pressing portion 151 extending in a direction perpendicular to the sub-pressing surface 1513. The connecting portion 1524 is formed by bending the distal end of the connecting portion 1522 away from the pressing portion 151. The resisting rib 152 is matched with the first holding strip 1115. The fitting projection 153 is formed in a rectangular block shape and protrudes from the middle of the secondary pressing surface 1513 of the pressing portion 151. The mounting protrusion 153 has a main surface 1531, a resisting surface 1532, a bottom surface 1533, a first side surface 1534 and a second side surface 1535. The main surface 1531 is provided with respect to the pressing surface 1513 of the pressing portion 151. The resisting surface 1532, the bottom surface 1533, the first side surface 1534 and the second side surface 1535 are disposed around the main surface 1531, wherein the resisting surface 1532 is opposite to the bottom surface 1533, and the resisting surface 1532 and the resisting rib are disposed. The end of the connecting portion 1524 of the 152 is flush, and the surface of the bottom surface 1533 has a ladder shape, and the first side surface 1534 is opposite to the second side surface 1535. The mounting protrusion 153 further includes a recess 1541, a counterbore 1543, a post 1545, a through hole 1547 and a recess 1548. The recessed portion 154 is recessed in the middle of the resisting surface 1532 and penetrates the main surface 1531. The counterbore 1543 extends through the main surface 1531 and the bottom surface 1533, and the post 1545 is formed at a joint between the main surface 1531 and the bottom surface 1533. The counterbore 1543 is for receiving the hook member 134, and the post 1545 is engaged with the hook portion 1341 of the hook member 134. The through hole 1547 extends through the first side surface 1534 and the second side surface 1535 for mounting the elastic body 17. In this embodiment, the counterbore 1543 is opened closer to the second side surface 1535, so that the wall thickness between the first side surface 1534 and the counterbore 1543 is greater than the thickness of the wall between the second side surface 1535 and the counterbore 1543. In order to ensure that the button 15 is evenly biased by the fulcrum of the elastic body 17 at the through hole 201008436 1547, the mounting protrusion 153 further includes a groove 1548 corresponding to the through hole 1547 and recessed on the second side surface 1535. The two lugs 155 are substantially L-shaped blocks protruding from one end of the pressing surface 1513 of the pressing portion 151 away from the resisting rib 152, and the two lugs 155 are disposed on opposite sides of the mounting protrusion 153. The elastic body 17 is a cylindrical spring wire in the embodiment, which can be received in the through hole 1547 of the mounting protrusion 153 of the button 15 . And the gaps 1117, 1118 of the mounting portion 112 are engaged between the holding blocks 1113, 1114 and the inner wall of the top wall 111. Referring to Figures 7 and 8, the button 15 is attached to the housing 11 At the same time, the elastic body 17 is first passed through the through hole 1547 and the recess 1548 of the button 15. Then, the button 15 with the elastic body 17 is received in the button hole 1111 of the mounting portion 112 by the inside of the top wall 111. The pressing surface 1511 of the button 15 passes through the button hole 1111 to expose the housing 11. The bottom surface 15 of the mounting bump 153 of the button 15 33 is abutted on the second holding strip 1116 of the mounting portion 112, and the opening of the counterbore 1543 on the bottom surface 1533 is in communication with the notch 1112 of the mounting portion 112. The connecting portion 1522 of the resisting rib 152 of the button 15 extends The portions 1524 are respectively abutted on the first holding strip 1115 of the mounting portion 112. The two ends of the elastic body 17 are respectively received in the gaps 1117, 1118 and are clamped on the top of the two holding blocks 1113, 1114 and the housing 11. Between the inner walls of the wall 111, the two lugs 155 of the button 15 are respectively clamped on the bottom of the holding block 1113 and the card slot 1119. That is, the assembly of the button 15 and the housing 11 is completed. 11 201008436 The battery cover 13 needs to be covered. When the housing 11 is mounted on the housing 11, the battery cover 13 is mounted on the mating portion 121 of the housing 11, wherein the main panel 131, the top end portion 133, the third side wall 135, and the third portion of the battery cover '13 The four side walls 137 are respectively disposed on the panel 110 of the housing 11, the top wall 111, the first side wall 114 and the second side wall 115, and the battery cover 13 and the opposite end of the top end portion 131 abut against the support portion of the housing 11. 120. The battery cover 13 hook member 134 passes through the notch 1112, and the hook portion 1341 is locked with the post 1545 of the button 15. The button hole is such that the battery cover 13 is fastened to the housing 11 ©. As shown in FIG. 9 , when the battery cover 13 is to be opened, the pressing portion 151 of the button 15 is pressed to cause the button 15 to drive the elastic body 17 toward the inside of the housing 11 . The movement causes the hook portion 1341 of the battery cover 13 to unlock the post 1545 of the button 15, and at this time, the battery cover 13 and the housing 11 are locked and unlocked. Further, the holding blocks 1113, 1114 give the elastic body 17 a force opposite to the direction in which the button 15 moves, and the through hole 1547 serves as a fulcrum of the elastic body 17 to bend the elastic body 17. The button 15 is returned to the initial position by the restoring force generated by the elastic deformation of the elastic body 17. The user can remove the battery cover 13 from the housing 11 with a finger. The battery cover latching structure engages the latch 1548 of the button 15 with the hook portion 1341 of the battery cover 13 by the button 17 and the fixing button 15 in the elastic body 17 of the housing 11, thereby clamping the battery cover 13 When the housing 11 is detached, the pressing portion 151 of the button 15 is pressed to cause the button 15 to move the elastic body 17 to the inside of the housing 11 to disengage the hook portion 1341 of the battery cover 13 from the post 1545 of the button 15. The battery cover 13 is locked with the housing 11 12 201008436. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an assembled view of a preferred embodiment of a battery cover latch structure of the present invention for use in a mobile phone. 2 and FIG. 3 are perspective exploded views of the battery cover latch structure shown in FIG. 1 for use in a mobile phone at different viewing angles. δ Figure 4 is an enlarged schematic view of the area IV in Figure 3. Fig. 5 and Fig. 6 are schematic diagrams showing an enlarged structure of a preferred embodiment of the battery cover latch structure of the present invention according to different viewing angles. Fig. 7 is a schematic view showing the preferred embodiment of the battery cover latch structure of the present invention when the button set is on the mobile phone. Figure 8 is a cross-sectional view of the battery cover latching structure shown in Figure 1 in a view-and-down direction, wherein the battery cover latching structure is in a locked state.
圖9係圖1所示電池蓋卡 【主要元件符號說明】 殼體 11 頂璧 111 第一侧璧 114 容置部 116 配合部 121 按紐孔 1111 第—片持條 1115 第二卡持條 1116 鎖結構之解鎖刳視圖。 面板 110 底璧 113 第二侧璧 115 支撐部 120 安襞部 112 缺口 1112 一卡持塊 1113 ' 1114 卡槽 1119 13 201008436 電池蓋 13 主片體 131 頂端璧 133 第三側璧 135 -第四側璧 137 開口 132 .卡鉤件 134 卡鉤部 1341 按紐 15 按壓部 151 抵持肋 152 凸塊 153 二凸耳 155 連接部 1522 延伸部 | 1524 主表面 1531 抵持面 1532 底面 1533 第一側面 1534 第二侧面 1535 凹陷部 1541 沉孑L 1543 卡柱 1545 通孔 1547 凹槽 1548 彈性體 17 Ο 14Figure 9 is a battery cover card shown in Figure 1 [Main component symbol description] Housing 11 Top 璧 111 First side 璧 114 accommodating portion 116 Adapter portion 121 Button hole 1111 First-piece strip 1115 Second holding strip 1116 Unlocked view of the lock structure. Panel 110 bottom 璧 113 second side 璧 115 support part 120 ampule 112 notch 1112 one holding block 1113 ' 1114 card slot 1119 13 201008436 battery cover 13 main body 131 top 璧 133 third side 璧 135 - fourth side璧 137 opening 132. hook member 134 hook portion 1341 button 15 pressing portion 151 abutting rib 152 bump 153 two lug 155 connecting portion 1522 extension portion 1524 main surface 1531 abutting surface 1532 bottom surface 1533 first side 1534 Second side 1535 Recessed portion 1541 Sinking L 1543 Post 1545 Through hole 1547 Groove 1548 Elastomer 17 Ο 14