201008447 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種電子農置之卡鎖結構，尤其關於-種引導存儲體置入與退出之卡鎖結構。 【先前技術】 電子裝置*於本身所存儲之空間較小，常常額外帶有 =子：：以擴大電子裝置之存儲容量。該種存儲體一般通 ❹ =裝置内部-卡鎖結構卡持且與電子裝置内之連接器 相電連接。該種存儲體較常見之有TIF (Tagged image肠 卡、SD (Secure Digital Mem〇ry ㈤）卡甚至 係可與該電子裝置相容之小型移動設備（如小型手機）等。 傳統之卡鎖結構中，存儲體插入電子裝置内，其通過 手動方式拔取’造祕作上之錢。目前設計—種重複按 壓存儲體而使存儲體退出之退卡方式（俗稱push·—)， 可大大便彳】使用者之操作。該種卡鎖結構内部大都設計有 一心型凸輪’如中國臺灣公告號第547834號之記憶卡退卡 結構，係-種典型之Push_push方式退卡設計，其大致上 係利用广憶卡在插人電子裝置之插孔後連動滑塊進行一個 像心型之行程，通過一心型凸輪之輪廓與彈簧之彈力產 生定位及位置還原效果，使記憶卡在再次推壓後退出插孔。 該種卡鎖結構解決了使用者操作不便之問題，然其採 用了凸輪設計，結構較複雜，不利於製造，亦不利於實現 電子裝置小型化。 8 201008447 【發明内容】 鑒於上述内容，有必要提供一種結構簡單、製造方便 之電子裝置之卡鎖結構。 種電子裝置之卡鎖結構，用於卡持一收容件於電子 裝置内並可將該收容件彈性地退出，該卡鎖結構包括一主 體、一收容架、一卡持體及一彈性件； 所述主體具有一底板及二第一侧壁，其底板上形成有 複數導向壁； ® ~述導向壁—側形成有導向體，所述收容架之侧壁開 設有複數炎持孔，所述導向壁上之導向體與所述收容架上 之夾持孔相配合； 所述卡持體彈性地抵持於所述主體之第一侧壁與導向 壁之間； 〃 所性件之一端連接至所述主體上，另-端連接至 所述收容架上； 4隹動所述收谷件’該收容件連同所述收容架運動直至 ❹所述卡持體從所述夹持孔内伸出，並與枚容件卡合，= 持於電子裝置内，再次推動所述收容件，於所逑 卡持體卡:述㈣合所述卡持體使所述 、队谷仟脫離卡合，以使所述收容件退出。 卡持卡鎖結構’本發明通過所述本體、收容架、 =體及祕件找合，纽容件能在第—次外力之作用 從置内’在再次推動所述收容件時，收容件可 "内彈性地彈出，本發明操作方便；本發明部件 9 201008447 之結構簡單，製造方便，無需採用較複雜之凸輪結構，可 使得本卡鎖結構整體結構簡單，製造方便，且便於電子裝 置之小型化設計。 【實施方式】 請參閱圖1，本發明較佳實施例一電子裝置100包括 一卡鎖結構l〇〇a、一蓋體20及一可置於該卡鎖結構100a 内部之收容件30。 請參閱圖2及圖3，該卡鎖結構100a包括一主體10、 一收容架40、一卡持體50及一彈性件60。 所述主體10大致呈一矩形框結構，其包括一底板12、 二相對之第一側壁14及二相對之第一端壁16。所述底板 12上形成有二第一導向壁122、一連接框123、一第二導 向壁124、一第三導向壁125、一電連接體126及一連接座 127。所述二第一導向壁122分別為直板狀，該二第一導向 壁122佈設於同一直線方向且鄰近其中一第一側壁14，該 二第一導向壁122遠離該第一侧壁14之表面上分別形成有 導向體1222。所述導向體1222包括一導向板部1224及一 導向側壁1226。所述導向板部1224 —側連接於所述第一 導向壁122上，另一側連接於所述導向側壁1226，使該導 向體1222之橫截面呈“T”形。該二第一導向壁122鄰近所 述第一側壁14之一側通過所述連接框123連接，所述連接 框123包括二相對之連接壁1232，每一連接壁1232分別 與該二第一導向壁122連接且於每一第一導向壁122上分 別形成一止擋緣1228，該連接框123與該二止擋緣1228 201008447 限定一容置空間。所述第二導向壁124與第三導向壁125 ， 鄰近另一第一側壁14佈設且間隔一定之距離，其中所述第 . 三導向壁125更鄰近該第一側壁14。該第二導向壁124與 第三導向壁125之相對側面上分別設有一與所述導向體 1222形狀相同之導向體1242、1252。 所述電連接體126設置於所述底板12上且鄰近其中一 第一端壁16,該電連接體126亦遠離所述第一導向壁122, 用於與所述收容件30電性連接。 ® 所述連接座127大致設置於連接框123之一連接壁 1232與所述電連接體126之間，該連接座127呈一勾狀， 用於與所述彈性件60之一端連接。 所述遠離所述電連接體126之第一端壁16開設有一開 口 162，所述開口 162用於置入所述收容件30。 所述收容架40為三連接壁形成之“凹”形方框結構，其 包括一第一收容側壁42、與第一收容侧壁42相對之第二 ❹收容側壁43及與該第一收容側壁42及第二收容侧壁43 相連之一收容端壁44。所述第一收容侧壁42上分別開設 有一第一夾持孔422及一第二夾持孔424，該第一夾持孔 422與第二夾持孔424開設於同一直線方向且為一間隔壁 423所間隔。所述第一夾持孔422呈狹長形孔，其鄰近所 述收容端壁44之一端開設，該第一夾持孔422之孔寬與所 述導向板部1224之厚度相當，該第一夾持孔422朝向所述 收容端壁44之一端之孔壁分別向兩側延展形成一第一導 入孔4222，該第一導入孔4222大致呈矩形孔，其孔寬與 11 201008447 所述導向側壁1226之高度相當，所述導向側壁1226可穿 ♦ 過該導入孔4222並將導向板部1224卡持於該第一夾持孔 .422内。該第一導入孔4222鄰近所述收容端壁44之孔壁 上形成有一勾持部4224，該勾持部4224朝該收容側壁42 之外侧彎曲呈彎鉤狀。 所述第二夾持孔424遠離所述收容端壁44之一端開 設，該第二夾持孔424與第一夾持孔422之孔寬及長度大 致相同。該第二夾持孔424鄰近所述間隔壁423之一端之 ® 孔壁分別向兩側延展形成一第二導入孔4242，該第二導入 孔4242之孔寬與第一導入孔4222之孔寬相當，其長度較 第一導入孔4222之長度長，可套入所述導向體1222及卡 持體50。該第二導入孔4242位於所述間隔壁423之孔壁 上形成有一抵持部4244，該勾持部4224朝該收容側壁42 之内側彎曲，傾斜於該收容侧壁42。 所述第二收容侧壁43上分別開設有一第三夾持孔432 ⑩及一第四夾持孔434。所述第三夾持孔432遠離所述收容 端壁44，該第三夾持孔432之形狀與所述第一夾持孔422 之形狀相似，其亦形成有一第三導入孔4322,該第三導入 孔4322之輪廓與所述第一導入孔4222之輪廓大致相同。 所述第四夾持孔434之結構類似於將所述第三夾持孔432 中於第三導入孔4322連接處直角彎折後之結構，該第四夾 持孔434呈一折形孔結構，其亦形成有一第四導入孔 4342，該第四導入孔4342形成於所述收容端壁44上。 所述收容端壁44還開設有一連接孔442，收容件30 12 201008447 可通過該連接孔442與電連接體126電連接。 - 所述卡持體50包括一本體52,該本體52大致呈一矩 . 形體結構，其包括一第一表面522、一與第一表面522相 對之第二表面524，一與第一表面522相鄰之一第一侧面 526及一與第一側面526相對之第二侧面528。所述第一表 面522上凸設有二導柱5222。該導柱5222可為具有伸縮 性之彈性體，亦可為一無彈性之枉體上套設有彈簧，使所 述卡持體50彈性抵持於所述連接框123與該二止擋緣 ® 1228限定一容置空間内，本實施例中，該導柱5222不具 彈性，其分別通過一彈簧53套設。所述第二表面524上鄰 近所述第一側面526之一端凸設一卡榫5242,該卡榫5242 呈楔形結構。所述第一側面526與第二側面528上分別凸 設有一卡持緣5262,該二卡持緣5262為該本體52相對二 側面上延伸二凸緣，該卡持緣524用於與二導向壁122之 所述止擋緣1228配合。所述第二表面524與第二側面528 ❿相鄰之一角經切削形成一傾斜部5282，該傾斜部5282用 於配合所述收容架40上之抵持部4244。 所述彈性件60為一螺旋彈簧，其二端分別形成有勾持 環62，用於一端與所述主體10上之連接座127勾持，另 一端與所述收容侧壁42上之勾持部4224勾持。 所述收容件30大致呈矩形體狀，其寬度與所述收容架 40之寬度相當，其長度較所述收容架40之第一收容壁42 長。該收容件30之一侧開設有一卡持孔32，該卡持孔32 用於與所述卡持體50之卡榫5242相卡持。 13 201008447 所述蓋體20大致呈矩形結構，其四周形成有周緣，該 - 蓋體20之一端之周緣上開設一配合口 22，蓋體20與主體 .10相配合時，該配合口 22與主體10上之第一端壁16上 開口 162配合形成一插孔（圖未示）。 請參閱圖4，組裝所述鎖持結構100a時，先將所述二 彈簧53套設於所述卡持體50之二導柱5222上，然後將該 卡持體50放置於所述連接框123與所述二止擋緣1228限 定之容置空間内，此時，所述二彈簧53處於壓縮狀態，其 ® —端抵持所述卡持體50，另一端抵持連接框123之框壁， 且卡持體50之二卡持緣5262分別抵持所述二止擋緣 1228。 接著組裝所述收容架40至所述主體10上，收容架40 之第一收容侧壁42配合所述二第一導向壁122，所述第二 收容侧壁43與所述第二導向壁24及第三導向壁25配合。 此過程中，先如橫向箭頭方向A移動收容架40，使第三導 ^ 向壁125之導向體1252置於所述收容侧壁44上之第四導 入孔4342内，第二導向壁124上之導向體1242穿過所述 第二收容側壁43之第三夾持孔432之第三導入孔4322， 第一導向壁122上導向體1222之導向侧壁1226分別穿過 第一收容侧壁42上之第一夾持孔422上之第一導入孔 4222及第二夾持孔424之第二導入孔4242,且所述卡持體 50之卡榫5242為所述收容側壁42所抵壓。然後如縱向箭 頭方向B滑動該收容架40 —定距離，使所述每一導向體 1222、1242、1252之導向板部1224分別滑入相應之第一 14 201008447 夾持孔422、第二夾持孔424、第三夾持孔432及第四夾持 . 孔434内，且所述卡榫5242從第二導入孔4242伸入收容 . 架40内側且鄰近所述第一收容側壁42上之抵持部4244。 所述卡持體50之第二表面524抵持第一收容側壁42，所 述卡持體50上之卡持緣5262未與所述二止擋緣1228抵 持，此時，組裝所述彈性件60，使彈性件60之一端勾持 於主體10之連接座127上，另一端勾持於所述第一收容側 壁42上之勾持部4224上，且彈性件60處於自然長狀態。 ® 該收容端壁44與所述電連接體126具有一定之間距。則該 鎖持結構l〇〇a之組裝完成。 請參閱圖5，使用該鎖持結構100a時，將收容件30 置於收容架40内，且收容件30抵持至收容架40之收容端 壁44。此時，收容件30 —端還暴露於電子裝置100外， 所述卡持體50之卡榫5242亦未抵持收容件30之侧壁，收 容件30未與收容架40形成鎖持。 _ 請參閱圖6及圖7,如圖6所示箭頭方向C之外力作 用下，所述收容件30連同所述收容架40 —起移動，此時， 所述彈性件60被拉長，當收容架40滑動一定距離時，請 參閱圖8，所述卡持體50於彈簧53之抵持下，該卡持體 50之第二表面524伸入至第一收容侧壁42之第一導入孔 4222，即所述收容架40之第一收容側壁42不再抵持所述 卡持體50之第二表面524。此時，所述卡持體50之卡榫 5242恰好套入至所述收容件30之卡持孔32内，即收容件 30為卡持體50所卡持。該收容件30完全收容於電子裝置 15 201008447 100内，所述電連接體126之電連接端子（未圖示）通過 ‘ 收容架40之收容端壁44之連接孔442與收容件30電連 . 接，所述第一收容側壁42上之抵持部4244抵持所述卡持 體50之所述傾斜部5282。 當需要退出收容件30時，只需再次按壓收容件30之 端部，則收容件30連同收容架40往電子裝置内進一步滑 動，所述彈性件60被進一步拉伸，然後釋放外力，則收容 架40連同所述收容件30於彈性件60之彈力作用下返回， ® 當收容架40返回到收容件30為卡持體50所卡持之位置 時，所述收容側壁42上之抵持部4244再次抵壓所述卡持 體50之所述傾斜部5282，由於彈性件60之彈力作用及收 容架40進一步返回之運動趨勢，所述收容侧壁42上之抵 持部4244會進一步壓持所述卡持體50之所述傾斜部 5282,則所述抵持體50會被進一步壓回至連接框123與該 二止擋緣1228限定之容置空間内，所述卡榫5242亦與所 ❿述收容件30之卡持孔32脫離卡合，所述卡持體50之第二 表面再次與第一收容側壁42抵持，直至彈性件60回復到 自然狀態。此時，收容件30於收容架40之帶動下，露出 於電子裝置100，如此，可實現收容件30經重複按壓後退 出電子裝置。 本卡鎖結構100a通過所述主體10、收容架40、卡持 體50、彈篑53及彈性件60之配合，使收容件30能在第 一次外力之作用下收容電子裝置100内，再次推動所述收 容件30之端部時，收容件30可從電子裝置内彈性地彈出， 16 201008447 由此本— 卡鎖結構_操作方便；本卡鎖結構1GGa之主體 10、收谷架40及卡持體50等部件之結構η單 無而採用傳統所採用較複雜之凸輪結構， 構職整體結構簡單，製造方便，且便子^鎖: 之小型化設計。 丁展置100 Ο Ο I以理解，所述連接體123可以省略，只需在所述第 導向壁122上設計一勾持部即可，豸勾持部 所述彈性件60之一端。 、^符 可以理解，所述相對側面方向具有一定之間隔之第二 導向壁124及第三導向壁125可佈設於同一直線方向，: 該第二導向壁124及第三導向壁125上形成之導向 1242、1252可佈設於同一侧面。 【圖式簡單說明】 圖1係本發明較佳實施例電子裝置之收容件未鎖 示意圖； 圖2係係本發明較佳實施例電子裝置之鎖持結構第— 視角分解示意圖； 圖3係係本發明較佳實施例電子裝置之鎖持結構第二 視角分解示意圖； — 圖4係本發明較佳實施例收容件於收容架内未鎖持時 之示意圖； 圖5係本發明較佳實施例收容架未鎖持時之鎖持結構 狀態示意圖； 圖6係本發明較佳實施例電子裝置之收容件鎖持於電 17 201008447 子裝置内示意圖； 圖7係本發明較佳實施例收容件於收容架内鎖持時之 示意圖； 圖8係本發明較佳實施例收容架鎖持時之鎖持結構狀 態示意圖。 【主要元件符號說明】201008447 IX. Description of the Invention: [Technical Field] The present invention relates to a card lock structure for an electronic farm, and more particularly to a latch structure for guiding a storage body to be inserted and withdrawn. [Prior Art] The electronic device* has a small space stored in itself, and often has an additional =:: to expand the storage capacity of the electronic device. The bank is generally held by the device-interlocking structure and is electrically connected to the connector in the electronic device. This kind of storage medium is more commonly used TIF (Tagged image sausage card, SD (Secure Digital Mem〇ry (five)) card or even a small mobile device (such as a small mobile phone) compatible with the electronic device. The traditional card lock structure In the middle, the storage body is inserted into the electronic device, and the manual method is used to extract the money for making secrets. At present, the design is a kind of card withdrawal method (commonly known as push·-), which repeatedly presses the storage body to withdraw the storage body, which can be greatly facilitated. The user's operation. Most of the internal structure of the card lock structure is designed with a card-type cam', such as the memory card card-returning structure of China Taiwan Bulletin No. 547834, which is a typical Push_push card retreat design, which is generally utilized. After the card is inserted into the jack of the electronic device, the slider is connected to perform a heart-shaped stroke. The contour of the heart-shaped cam and the spring force of the spring generate positioning and position reduction effects, so that the memory card is pushed out again after being pushed again. The card lock structure solves the problem of inconvenience to the user, but the cam design is adopted, the structure is complicated, which is not conducive to manufacturing, and is not conducive to the realization of small electronic devices. In view of the above, it is necessary to provide a latch structure for an electronic device having a simple structure and convenient manufacture. The latch structure of the electronic device is for holding a receiving member in the electronic device and The accommodating member is elastically detached, and the latching structure comprises a main body, a receiving frame, a holding body and an elastic member; the main body has a bottom plate and two first side walls, and the bottom plate is formed with a plurality of guides a guide body is formed on the side of the guide wall, and the side wall of the receiving frame is provided with a plurality of inflammatory holding holes, and the guiding body on the guiding wall cooperates with the clamping hole on the receiving frame; The retaining body elastically abuts between the first side wall of the main body and the guiding wall; 之一 one end of the sexual component is connected to the main body, and the other end is connected to the receiving frame; The receiving member moves along the receiving frame until the holding body protrudes from the clamping hole and engages with the receiving member, and is held in the electronic device, and pushes the device again. The containment parts, in the card holder card: (4) The card holder is configured to disengage the team and the occupant to withdraw the accommodating member. The card lock structure ‘the present invention is found by the body, the cradle, the body and the secret member. The container can be elastically ejected when the receiving member is pushed again by the action of the first external force. The present invention is convenient to operate; the component 9 201008447 of the present invention has a simple structure and is convenient to manufacture. The simple structure of the card structure is simple, the manufacturing is convenient, and the miniaturization of the electronic device is facilitated. [Embodiment] Referring to FIG. 1 , an electronic device 100 includes the preferred embodiment of the present invention. A latch structure l〇〇a, a cover 20 and a receiving member 30 that can be placed inside the latch structure 100a. Referring to FIG. 2 and FIG. 3 , the latch structure 100 a includes a main body 10 , a receiving frame 40 , a holding body 50 , and an elastic member 60 . The main body 10 has a substantially rectangular frame structure, and includes a bottom plate 12, two opposite first side walls 14, and two opposite first end walls 16. The bottom plate 12 is formed with two first guiding walls 122, a connecting frame 123, a second guiding wall 124, a third guiding wall 125, an electrical connecting body 126 and a connecting base 127. The two first guiding walls 122 are respectively in a straight shape, and the two first guiding walls 122 are disposed in the same linear direction and adjacent to one of the first side walls 14 . The two first guiding walls 122 are away from the surface of the first side wall 14 . A guide body 1222 is formed on each of the upper portions. The guide body 1222 includes a guide plate portion 1224 and a guide sidewall 1226. The guide plate portion 1224 is laterally connected to the first guiding wall 122 and the other side is connected to the guiding sidewall 1226 such that the guiding body 1222 has a "T" shape in cross section. The two first guiding walls 122 are connected to the one side of the first side wall 14 through the connecting frame 123. The connecting frame 123 includes two opposite connecting walls 1232, and each connecting wall 1232 and the first guiding guide respectively The wall 122 is connected to each of the first guiding walls 122 to form a stopping edge 1228. The connecting frame 123 and the two stopping edges 1228 201008447 define an accommodating space. The second guiding wall 124 and the third guiding wall 125 are disposed adjacent to the other first side wall 14 and spaced apart by a certain distance, wherein the third guiding wall 125 is further adjacent to the first side wall 14. A guide body 1242 and 1252 having the same shape as the guide body 1222 are respectively disposed on opposite sides of the second guide wall 124 and the third guide wall 125. The electrical connector 126 is disposed on the bottom plate 12 adjacent to the first end wall 16 . The electrical connector 126 is also away from the first guiding wall 122 for electrical connection with the receiving member 30 . The connecting seat 127 is disposed substantially between the connecting wall 1232 of the connecting frame 123 and the electrical connecting body 126. The connecting seat 127 has a hook shape for connecting with one end of the elastic member 60. The first end wall 16 away from the electrical connector 126 defines an opening 162 for receiving the receiving member 30. The receiving frame 40 is a "concave" frame structure formed by three connecting walls, and includes a first receiving side wall 42 , a second receiving side wall 43 opposite to the first receiving side wall 42 , and the first receiving side wall 42 and the second receiving side wall 43 are connected to one of the receiving end walls 44. A first clamping hole 422 and a second clamping hole 424 are defined in the first receiving sidewall 42. The first clamping hole 422 and the second clamping hole 424 are in the same straight line direction and are each The partition 423 is spaced apart. The first clamping hole 422 is formed in an elongated hole, and is adjacent to one end of the receiving end wall 44. The first clamping hole 422 has a hole width corresponding to the thickness of the guiding plate portion 1224. The first clip A first introduction hole 4222 is formed on the hole wall 422 toward the one end of the receiving end wall 44. The first introduction hole 4222 is substantially rectangular, and the hole width is the same as that of the guide wall 1226. The guiding side wall 1226 can pass through the introduction hole 4222 and hold the guiding plate portion 1224 in the first clamping hole .422. The first introduction hole 4222 is formed with a hook portion 4224 adjacent to the hole wall of the receiving end wall 44. The hook portion 4224 is bent toward the outside of the receiving side wall 42 in a hook shape. The second clamping hole 424 is open away from one end of the receiving end wall 44. The second clamping hole 424 has the same width and length as the first clamping hole 422. The second clamping hole 424 extends adjacent to the wall of the one end of the partition wall 423 to form a second introduction hole 4242, and the hole width of the second introduction hole 4242 and the hole width of the first introduction hole 4222 Similarly, the length is longer than the length of the first introduction hole 4222, and the guide body 1222 and the holder 50 can be fitted. The second introduction hole 4242 is formed on the wall of the partition wall 423 to form a resisting portion 4244. The hooking portion 4224 is bent toward the inner side of the receiving side wall 42 and is inclined to the receiving side wall 42. A third clamping hole 432 10 and a fourth clamping hole 434 are defined in the second receiving sidewall 43 . The third clamping hole 432 is away from the receiving end wall 44. The shape of the third clamping hole 432 is similar to that of the first clamping hole 422, and a third introduction hole 4322 is also formed. The outline of the three introduction holes 4322 is substantially the same as the outline of the first introduction holes 4222. The structure of the fourth clamping hole 434 is similar to the structure in which the third clamping hole 432 is bent at a right angle to the third introduction hole 4322. The fourth clamping hole 434 has a folded hole structure. The fourth introduction hole 4342 is also formed on the receiving end wall 44. The receiving end wall 44 further defines a connecting hole 442 through which the receiving member 30 12 201008447 can be electrically connected to the electrical connector 126. The holder 50 includes a body 52. The body 52 has a substantially rectangular structure. The body includes a first surface 522, a second surface 524 opposite the first surface 522, and a first surface 522. Adjacent one of the first side 526 and a second side 528 opposite the first side 526. Two guide posts 5222 are convexly disposed on the first surface 522. The guide post 5222 can be a flexible elastic body, or a spring can be disposed on the inelastic body, so that the retaining body 50 elastically resists the connecting frame 123 and the two retaining edges. The 1228 is defined in an accommodating space. In this embodiment, the guide post 5222 is not elastic, and is respectively sleeved by a spring 53. A latch 5242 is protruded from one end of the second surface 524 adjacent to the first side 526. The latch 5242 has a wedge-shaped structure. A clamping edge 5262 is defined on the first side 526 and the second side 528. The two clamping edges 5262 extend two flanges on opposite sides of the body 52. The clamping edge 524 is used for guiding and guiding. The stop edge 1228 of the wall 122 mates. An angle between the second surface 524 and the second side 528 经 is cut to form an inclined portion 5282 for engaging the abutting portion 4244 on the receiving frame 40. The elastic member 60 is a coil spring, and the two ends are respectively formed with a hooking ring 62 for hooking one end with the connecting seat 127 on the main body 10 and the other end and the receiving side wall 42. Department 4224 is hooked. The receiving member 30 has a substantially rectangular shape and a width corresponding to the width of the receiving frame 40 and a length longer than the first receiving wall 42 of the receiving frame 40. One side of the receiving member 30 defines a latching hole 32 for engaging with the latch 5242 of the latching body 50. 13 201008447 The cover body 20 has a substantially rectangular structure, and a peripheral edge is formed around the periphery of the cover body 20, and a fitting opening 22 is formed on the periphery of one end of the cover body 20. When the cover body 20 is engaged with the main body 10. The opening 162 of the first end wall 16 of the main body 10 cooperates to form a socket (not shown). Referring to FIG. 4, when the locking structure 100a is assembled, the two springs 53 are first sleeved on the two guiding posts 5222 of the holding body 50, and then the holding body 50 is placed on the connecting frame. 123 and the accommodating space defined by the two stop rims 1228. At this time, the two springs 53 are in a compressed state, and the other end thereof abuts the holding body 50, and the other end abuts the frame of the connecting frame 123. The wall, and the two retaining edges 5262 of the retaining body 50 respectively abut the two retaining edges 1228. The first receiving side wall 42 of the receiving frame 40 is engaged with the two first guiding walls 122, and the second receiving side wall 43 and the second guiding wall 24 are assembled. And the third guiding wall 25 is matched. In this process, the receiving frame 40 is first moved in the direction of the horizontal arrow A, and the guiding body 1252 of the third guiding wall 125 is placed in the fourth introduction hole 4342 on the receiving side wall 44, and the second guiding wall 124 is disposed. The guiding body 1242 passes through the third introduction hole 4322 of the third clamping hole 432 of the second receiving sidewall 43 , and the guiding sidewall 1226 of the guiding body 1222 of the first guiding wall 122 passes through the first receiving sidewall 42 respectively. The first introduction hole 4222 of the first clamping hole 422 and the second introduction hole 4242 of the second clamping hole 424, and the latch 5242 of the holding body 50 is pressed by the receiving side wall 42. Then, the receiving frame 40 is slid in the direction of the longitudinal arrow B, and the guiding plate portions 1224 of each of the guiding bodies 1222, 1222 and 1252 are respectively slid into the corresponding first 14 201008447 clamping holes 422, the second clamping The hole 424, the third clamping hole 432 and the fourth clamping hole 434, and the latch 5242 extends from the second introduction hole 4242 into the inner side of the receiving frame 40 and adjacent to the first receiving side wall 42 Holding part 4244. The second surface 524 of the retaining body 50 abuts the first receiving sidewall 42 , and the retaining edge 5262 of the retaining body 50 does not resist the second retaining edge 1228 . The member 60 is configured such that one end of the elastic member 60 is hooked on the connecting seat 127 of the main body 10, and the other end is hooked on the hooking portion 4224 of the first receiving side wall 42, and the elastic member 60 is in a natural long state. The receiving end wall 44 has a certain distance from the electrical connector 126. Then the assembly of the locking structure l〇〇a is completed. Referring to FIG. 5, when the locking structure 100a is used, the receiving member 30 is placed in the receiving frame 40, and the receiving member 30 is abutted to the receiving end wall 44 of the receiving frame 40. At this time, the end of the receiving member 30 is also exposed to the outside of the electronic device 100. The latch 5242 of the holding body 50 also does not abut the side wall of the receiving member 30, and the receiving member 30 is not locked with the receiving frame 40. _ Referring to FIG. 6 and FIG. 7 , the accommodating member 30 moves together with the receiving frame 40 under the action of a force in the direction of the arrow C as shown in FIG. 6 . At this time, the elastic member 60 is elongated. When the receiving frame 40 slides a certain distance, please refer to FIG. 8 , the holding body 50 is pressed by the spring 53 , and the second surface 524 of the holding body 50 extends into the first receiving side of the first receiving side wall 42 . The hole 4222, that is, the first receiving side wall 42 of the receiving frame 40 no longer resists the second surface 524 of the holding body 50. At this time, the latch 5242 of the retaining body 50 is just inserted into the retaining hole 32 of the receiving member 30, that is, the receiving member 30 is held by the retaining body 50. The receiving member 30 is completely received in the electronic device 15 201008447 100, and the electrical connection terminal (not shown) of the electrical connector 126 is electrically connected to the receiving member 30 through the connecting hole 442 of the receiving end wall 44 of the receiving frame 40. The abutting portion 4244 on the first receiving side wall 42 abuts against the inclined portion 5282 of the holding body 50. When the receiving member 30 needs to be withdrawn, the end portion of the receiving member 30 is pressed again, and the receiving member 30 and the receiving frame 40 are further slid into the electronic device. The elastic member 60 is further stretched, and then the external force is released. The frame 40 is returned together with the receiving member 30 under the elastic force of the elastic member 60. When the receiving frame 40 returns to the position where the receiving member 30 is held by the holding body 50, the abutting portion of the receiving side wall 42 4244 again presses the inclined portion 5282 of the holding body 50. Due to the elastic force of the elastic member 60 and the tendency of the receiving frame 40 to return further, the abutting portion 4244 on the receiving side wall 42 is further pressed. The slanting portion 5282 of the retaining body 50 is further pressed back into the accommodating space defined by the connecting frame 123 and the two stopping rims 1228, and the latch 5242 is also The latching hole 32 of the receiving member 30 is disengaged from engagement, and the second surface of the retaining body 50 is again abutted against the first receiving side wall 42 until the elastic member 60 returns to the natural state. At this time, the accommodating member 30 is exposed by the accommodating frame 40 to be exposed to the electronic device 100. Thus, the accommodating member 30 can be repeatedly pressed and then ejected from the electronic device. The latching structure 100a is engaged with the main body 10, the receiving frame 40, the retaining body 50, the magazine 53 and the elastic member 60, so that the receiving member 30 can be received in the electronic device 100 under the action of the first external force. When the end of the receiving member 30 is pushed, the receiving member 30 can be elastically ejected from the electronic device. 16 201008447 The present invention is convenient to operate the locking structure. The main body 10 of the locking structure 1GGa, the receiving frame 40 and The structure of the holding member 50 and the like is simple and the conventional cam structure is adopted, and the overall structure is simple, the manufacturing is convenient, and the convenience of the lock is small. It is understood that the connecting body 123 can be omitted, and only one hook portion is designed on the first guiding wall 122, and one end of the elastic member 60 is hooked. It can be understood that the second guiding wall 124 and the third guiding wall 125 having a certain interval in the opposite side direction can be disposed in the same linear direction, and the second guiding wall 124 and the third guiding wall 125 are formed on the second guiding wall 124 and the third guiding wall 125. The guides 1242, 1252 can be disposed on the same side. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing the unlocking of a receiving member of an electronic device according to a preferred embodiment of the present invention; FIG. 2 is a perspective view showing the locking structure of the electronic device according to a preferred embodiment of the present invention; 2 is a schematic exploded view of a locking structure of an electronic device according to a preferred embodiment of the present invention; FIG. 4 is a schematic view of a preferred embodiment of the present invention when the receiving member is not locked in the receiving frame; FIG. 5 is a preferred embodiment of the present invention. FIG. 6 is a schematic view showing the state in which the receiving frame of the electronic device is locked in the sub-device of the present invention; FIG. 7 is a schematic view of the receiving device in the preferred embodiment of the present invention; FIG. 8 is a schematic view showing the state of the lock structure when the storage rack is locked according to the preferred embodiment of the present invention. [Main component symbol description]
電子裝置 100 第一導入孔 4222 卡鎖結構 100a 勾持部 4224 主體 10 間隔壁 423 底板 12 第二挾持孔 424 第一導向壁 122 第二導入孔 4242 導向體 1222、 1242、1252抵持部 4244 導向板部 1224 第二收容侧壁43 導向側壁 1226 第三挾持孔 432 止擋緣 1228 第三導入孔 4322 連接框 123 第四挾持孔 434 連接壁 1232 第四導入孔 4342 第二導向壁 124 收容端壁 44 第三導向壁 125 連接孔 442 電連接體 126 卡持體 50 連接座 127 本體 52 第一側壁 14 第一表面 522 第一端壁 16 導柱 5222 開口 162 第二表面 524 18 201008447 蓋體 20 卡榫 5242 配合口 22 第一側面 526 收容件 30 卡持緣 5262 卡持孔 32 第二側面 528 收容架 40 傾斜部 5282 第一收容侧壁 42 彈性件 60 第一挾持孔 422 勾持環 62 19Electronic device 100 first introduction hole 4222 locking structure 100a hooking portion 4224 main body 10 partition wall 423 bottom plate 12 second holding hole 424 first guiding wall 122 second introducing hole 4242 guiding body 1222, 1242, 1252 resisting portion 4244 guiding Plate portion 1224 second receiving side wall 43 guiding side wall 1226 third holding hole 432 stopping edge 1228 third introducing hole 4322 connecting frame 123 fourth holding hole 434 connecting wall 1232 fourth introducing hole 4342 second guiding wall 124 receiving end wall 44 third guiding wall 125 connecting hole 442 electrical connecting body 126 holding body 50 connecting seat 127 body 52 first side wall 14 first surface 522 first end wall 16 guide post 5222 opening 162 second surface 524 18 201008447 cover 20 card榫5242 mating port 22 first side 526 receiving member 30 retaining edge 5262 holding hole 32 second side 528 receiving frame 40 inclined portion 5282 first receiving side wall 42 elastic member 60 first holding hole 422 holding ring 62 19