I330066 九、發明說明： 【發明所屬之技術領域】 . 本發明係關於一稂電子裝置，特別是一種具有鎖固電池模組 r 結構之電子裝置。 【先前技術】 目前的筆記型電腦’通常在其主機的底部或是後端會設置有 收納充電電池的電池槽’且電池槽的一側設置有具可移動性之卡 * 鉤。當將充電電池收納於電池槽内時，使充電電池的電連接口對 應且連接該電池槽内的電連接座，且同時電池槽的卡鉤會勾扣住 充電電池，用以將充電電池鎖固於電池槽内並同時由充電電池提 供電能給筆記型電腦’或是由筆記型電腦連接外接電源供應器來 對充電電池充電。 當欲拆下充電電池或是更換充電電池時，由使用者推動電池 槽一侧之卡鉤，使卡鉤移動於一移動路徑上，並脫離與充電電池 • 的勾扣狀態，使充電電池能由電池槽内拆下。但是在某些情況下， 如誤觸而推動卡鉤移動，造成充電電池自電池槽拆下，此時使用 者若推回卡鉤或是推回充電電池於容置槽内，往往無法使充電電 池的電連接口與電池槽的電連接座正確地電性連接，造成使用者 因充電電池與電池槽的不正確低電性連接關係而無法開機，或是 造成當使用者以外接電源供應器對充電電池充電時，因充電電池 與電池槽的不正確低電性連接關係而使電池燒毁。 【發明内容】 為了防止在筆記型電腦之充電電池由電池槽内解鎖取出的過 ^30066 m. ψ 地推 相素而退回電池射，導致充電電池沒有正確 :露之—_子裝置，包含有本體與電池模 扣位ΓΓ電池槽及卡特，料卡料位移於釋放位置及鎖 2置之間，且卡掣件上具有至少—第—結合件、至少一第一逆 饞_與―逆止件。電池模組具有至少-第二結合件、至少一第 7止件與開口。開σ形成於電池模組殼體上對應該卡料之一 ^生糊三逆止件。#瓣組_池槽内且位於 第牛勾扣於 二二Γ 電池模組於電池槽内。當卡掌件由鎖扣位置 時，第—逆止件推抵第二逆止件，且第四逆止 h _ ―逆止件，轉電池模組推離電性連接位置。當卡掣件 未：Γ位置時’第-逆止件及第二逆止件彼此 = 逆峨雜f細_到電性連 逆止Γ據ί發明所揭露之一種電子裝置，藉由第—逆止件、第一 =之;Γ止件與第四逆地鄉當電池模組在退= 卡::r_r 二 組能確實細与地條叫保電池模 ϊ: υοο 明如^本發日_輪實作，祕料纖實施例詳細說 【實施方式】 裝置根=:=置，如筆記型電腦、手機等電子 又』外。卩電源線供給電源的限掣，通常都合 可替^式之充電電池作為供給電源的裝置。曰、 、 W有電池模組101與本體103。本體103 1有€ 嫌44内，並使電池模組1G1位於紐連接位置，同時由電 池模組101提供電能給本體103。 其中^池;^第2圖」、’「第2圖」係為本發明之電池模組示意圖。 習知技術(電池模组101中之電池單元與電路等部分係屬 y技術，故未在财標示)包含有第：結 ==止件23與24、開口 25與35、第三逆：： 2接叫第：結合件21係形成於電池模請—側職上， η 一結合件21之形狀係為拐杖狀。兩個第二逆止件23、24係 ^於=池模組丨⑴上並與第二結合件21位於同—側贿上:、 兩個:二^止件23、24各具有一側面仏、％垂直於該側 :係為第：細23b备開σ25爾赚上， 直二^5具有第三逆止件26，第三逆止件％具有一側面26a垂 w開口 35 -側，且第三逆止件％上相對該側面心的另一 側面係為第三斜面26b。開σ 35之一側邊構成第三結合件a。 、，根據本發騎揭露之第二結合件、第三結合件、開口 逆止件可以是一個，也可以是複數個。 、 其中:’、第3圓」，「第3圖」係為本發明之卡料示意圖。 ;牛29盘:102包含有兩個第一結合件27與28、兩個第-逆止 。30和第四逆止件31。兩個第一結合 =上並與兩個第-結合件27、28位於同—側咖上，且兩 逆止件29、3〇各具有一側面29a、3〇a垂直於該側i〇2a， =個第-逆止件29、30上相對該側面祝、施的另一側面係 為第一斜面现、m。細逆止件w係軸於卡科⑽之該 則102a上，且第四逆止件31係用以垂直穿透該開口 ％。第四逆 止件31具有—侧面31a垂直於該側脳，第四逆止件31上相 對該侧面31a的另-側面係為第四斜面训。 其中第一結合件與第一逆止件可以是一個，也可以是複數 個。第-逆止件可⑽形成於第—結合件上。 μ…帛4圖」’「第4圖」係為本發明之電池模組鎖固於 電池槽示意圖。電子裝置刚包含有電池模組H)1與本體ΠΒ。 本體103具有電池槽44及卡掣件1()2。其中電池槽用以置入 電池換組1G1 ’且於電池槽44之—側設置具可移動之卡科脱， 當卡^ 1〇2位於鎖扣位置，用以使第二結合件2卜第三結合件 22與第一結合件27、28相互嵌扣，同時電池模、组101之電連接 32對應且連接該電池槽44内的電連接座μ，用以將電池模組 1330066 101鎖固於電池槽44内並使電池模組1〇1位於電性連接位置，同 時由電池模組101提供電能給本體1〇3。 本發明更包含有彈性元件45，該彈性元件45常態使卡掣件 朝向鎖扣位置移動。 、凊參照「第5圖」’「第5圖」係為本發明之電池模組退出電 池槽示意圖。當電池模組101退出電池槽44時，該卡掣件收由 〜鎖扣位置朝向該釋放位置移動此時卡掣件I。〕上之第一纟士入 件27、28脫離與電池模組1〇1上之第二結合件2】、第三結合件 Μ的勾扣狀態。同時第一逆止件29、3〇之該第一斜面现”細 會，著卡掣件102往釋放位置移動，並在與第二逆止件23、24接 觸時’推抵第二斜面23b、24b，以將電池模、组1〇u隹離該電性連 接位置。卡掣件1G2之第四逆止件Μ健直穿透開口 b，在卡 掣件102由鎖扣位置朝向釋放位置移動時，第四逆止件31之第四 斜面训會隨著卡科1〇2往釋放位置移動，並在與第三逆止件 %接觸時，推抵第三斜面挪，以將電池模组⑼推離該電性連 接位置。 本發明更包含有雜元件45，轉性元件Μ常紐卡 1〇2朝向鎖扣位置移動。 ^…帛6圖」’「第6圖」係為本發明之電池模組退出後 再-人置入電捕示賴^本發明更包含轉性元件Μ，該彈性元 件45常態使卡掣件1〇2朝向鎖扣位置移動。當卡掣件1〇2由鎖扣 2未完全移動至釋放位置時，為了避免受到外力或不當操作的 糸’使電池模組101回到電池槽44内。因此在電池模組1〇1與 卡掣件1〇2上設計逆业件，當電 科時，受到外力等因辛 番·在未完全退出電池槽 象物未退回至鎖扣位置，卡掣件⑽ : 分別用以與電池模組1〇1二 逆止件29、30會 掣件ι〇2退回至鎖扣位晋，P〜牛彼此阻擋以限掣卡 . ，防止電池模組101回到電g 卡掣件102之第四途+杜μ a t 叫电性連接位置。 # 止件31會與電池模組101之第三逆止杜％ 彼此阻擋以限寧卡掌件—延止件26 手下拳件102退回至鎖扣位置，防 回到電性連接位置。 ％也模，、且101 止件’ _池模組與卡掣件上的逆 心η 錢㈣抒置之電池_，在未確實完 =:::動作時，而又將電池模組置入該電二 产 鎖扣位置，此時第一逆止件及第二逆止件彼此阻 止電賴_職性連接位置，確保使電池模組的電連 ”電池槽的f連接座正確麵性連接。 定本=本Γ以前述之較佳實施例揭露如上，财並非用以限 2本㈣，任何熟習相像技藝者，在不脫離本發明之精神和範圍 二;:ΓΤ動與潤飾，因此本發明之專利保護範圍須視 本月θ 請專利朗所界定者為準。 【圖式簡單說明】 苐1圖係為本發明之電子裝置示意圖； 第2圖係為本發明之電池模組示意圖； 第3圖係為本發明之卡掣件示意圖； 第4圖係為本發明之電池模組綱於電池槽示意圖； 1 11 1330066 第5圖係為本發明之電池模組退出電池槽示意圖；以及 第6圖係為本發明之電池模組退出後再次置入電池槽示意 圖。 【主要元件符號說明】 21 .........................第二結合件 22 .........................第三結合件 23 .........................第二逆止件I330066 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to an electronic device, and more particularly to an electronic device having a structure of a locking battery module r. [Prior Art] The current notebook computer 'usually has a battery slot for accommodating a rechargeable battery at the bottom or the rear end of the main body' and a removable card * hook is provided on one side of the battery case. When the rechargeable battery is stored in the battery slot, the electrical connection port of the rechargeable battery is correspondingly connected to the electrical connector in the battery slot, and at the same time, the hook of the battery slot hooks the rechargeable battery to lock the rechargeable battery The rechargeable battery is charged by being fixed in the battery compartment and simultaneously supplying power to the notebook by the rechargeable battery or by connecting an external power supply to the notebook. When the rechargeable battery is to be removed or the rechargeable battery is replaced, the user pushes the hook on the side of the battery slot to move the hook on a moving path and disengages from the hook state of the rechargeable battery, so that the rechargeable battery can Removed from the battery compartment. However, in some cases, if the hook is moved by mistake, the rechargeable battery is removed from the battery slot. At this time, if the user pushes back the hook or pushes back the rechargeable battery in the receiving slot, the charging cannot be performed. The electrical connection port of the battery and the electrical connection seat of the battery slot are correctly electrically connected, causing the user to fail to boot due to the incorrect low-voltage connection relationship between the rechargeable battery and the battery slot, or causing the user to connect the power supply externally. When charging the rechargeable battery, the battery is burned due to the incorrect low-voltage connection between the rechargeable battery and the battery slot. SUMMARY OF THE INVENTION In order to prevent the rechargeable battery in the notebook computer from being unlocked by the battery slot, the battery is returned, and the battery is not correctly returned: the _ sub-device contains The body and the battery die are located in the battery slot and the card, the material jam is displaced between the release position and the lock 2, and the card member has at least a first joint, at least a first reverse _ and a rear stop Pieces. The battery module has at least a second coupling member, at least a seventh stopper and an opening. The opening σ is formed on the battery module housing corresponding to one of the jams. #瓣组_ The tank is located in the tank and the first cow is hooked on the second and second battery modules in the battery compartment. When the palm rest is in the latching position, the first reverse bearing pushes against the second reverse stop, and the fourth reverse stop h _ ― reverse stop, the rotary battery module is pushed away from the electrical connection position. When the card member is not: Γ position, the 'first-reverse stop member and the second reverse member are mutually opposite each other. 峨 f f 细 到 到 到 到 到 到 Γ Γ Γ Γ Γ ί ί ί ί ί ί ί ί ί ί ί ί ί ί ί Backstop, first =; Γ stopper and the fourth reverse land when the battery module is in the back = card:: r_r two groups can be fine and the ground is called the battery model: υοο 明如^本发日_ round implementation, secret material fiber embodiment details [implementation] device root =: = set, such as notebook computers, mobile phones and other electronic and external.掣 The power cord is limited to the power supply, and it is usually used as a power supply device.曰, , W have a battery module 101 and a body 103. The body 103 1 has the inside of the wall 44, and the battery module 1G1 is located at the button connection position, while the battery module 101 supplies power to the body 103. Wherein ^池;^2nd diagram" and "2nd diagram" are schematic diagrams of the battery module of the present invention. The conventional technology (the battery unit and the circuit in the battery module 101 are y-technical, and therefore not in the financial design) include: knot == stops 23 and 24, openings 25 and 35, and third counter: 2: The coupling member 21 is formed on the battery mold-side work, and the shape of the η-joint member 21 is a crutches. The two second reverse members 23, 24 are on the pool module 丨 (1) and are located on the same side as the second joint member 21: two: two stoppers 23, 24 each having a side 仏% is perpendicular to the side: the system is: the second 23b is prepared to be σ25 er, the straight ^5 has a third reverse member 26, and the third reverse member % has a side 26a perpendicular to the opening 35-side, and The other side of the third backstop member with respect to the side core is the third slope 26b. One side of the opening σ 35 constitutes the third coupling member a. The second coupling member, the third coupling member, and the opening reverse stopper according to the present invention may be one or plural. , wherein: ', the third circle", "the third figure" is a schematic diagram of the card material of the present invention. ; 29 disks: 102 contains two first coupling members 27 and 28 and two first-reverse stops. 30 and a fourth check stop 31. The two first joints=upper and the two first-bonding members 27, 28 are located on the same side coffee, and the two backstop members 29, 3 each have a side surface 29a, 3〇a perpendicular to the side i〇2a The other side of the first-reverse stop 29, 30 opposite to the side is the first slope, m. The fine backstop w is pivoted on the 102a of the card (10), and the fourth checker 31 is used to vertically penetrate the opening %. The fourth reverse member 31 has a side surface 31a perpendicular to the side sill, and the other side surface of the fourth reverse member 31 opposite the side surface 31a is a fourth slanting surface. The first coupling member and the first reverse stopper may be one or plural. The first-reverse stop member (10) may be formed on the first coupling member. μ(帛4图”””” Fig. 4 is a schematic view showing the battery module of the present invention locked in a battery compartment. The electronic device just contains the battery module H)1 and the body ΠΒ. The body 103 has a battery compartment 44 and a latching member 1 () 2 . The battery slot is used for inserting the battery replacement group 1G1' and is disposed on the side of the battery slot 44 with a movable cardo. When the card ^1〇2 is located at the latching position, the second coupling member 2 is used. The three bonding members 22 and the first bonding members 27 and 28 are interlocked with each other, and the electrical connection 32 of the battery module and the group 101 is corresponding to and connected to the electrical connector μ in the battery slot 44 for locking the battery module 1330066 101. In the battery slot 44, the battery module 101 is placed in an electrical connection position, and the battery module 101 supplies power to the body 1〇3. The invention further includes an elastic member 45 that normally moves the latch member toward the latching position.凊 Refer to "5th figure" and "5th figure" as a schematic diagram of the battery module exiting the battery slot of the present invention. When the battery module 101 exits the battery slot 44, the latch member moves from the latch position to the release position to move the latch member I. The first gentleman's entry 27, 28 is removed from the second joint member 2 on the battery module 1〇1, and the third joint member is hooked. At the same time, the first slope of the first backstops 29, 3〇 is "closed", the latching member 102 is moved to the release position, and is pushed against the second slope 23b when in contact with the second backstops 23, 24. , 24b, to remove the battery module, the group 1〇u away from the electrical connection position. The fourth backstop member of the latching member 1G2 directly penetrates the opening b, and moves the latching member 102 from the latching position toward the releasing position. When the fourth slanting surface of the fourth check stopper 31 moves toward the release position with the card 1 〇 2, and when it contacts the third backstop, it pushes the third slope to move the battery module. (9) Pushing away from the electrical connection position. The present invention further includes a miscellaneous component 45, and the transducing component Μ often moves the Newcastle 1〇2 toward the latch position. ^...帛6图”'''''' After the battery module is withdrawn, the person is placed in the electric trap. The present invention further includes a transducing member Μ which normally moves the latch member 1〇2 toward the latching position. When the latch member 1〇2 is not completely moved to the release position by the latch 2, the battery module 101 is returned to the battery compartment 44 in order to avoid external force or improper operation. Therefore, the reverse component is designed on the battery module 1〇1 and the clamp member 1〇2, and when the electrician is subjected to an external force, etc., due to the fact that the battery compartment is not completely retracted to the lock position, the card is not returned. Pieces (10): respectively used to retract the battery module 1〇1 and the second stop 29, 30 will be returned to the lock position, P~ cattle block each other to limit the card. Prevent the battery module 101 back The fourth way to the electric g card component 102 + Du μ at the electrical connection position. The stop 31 will be blocked from the third check of the battery module 101 to limit the palm rest - the stop member 26 is returned to the latch position to prevent returning to the electrical connection position. % mold, and 101 stop ' _ pool module and card counter on the reverse heart η money (four) set the battery _, in the unfinished =::: action, and the battery module is placed The electric second production lock position, at this time, the first reverse stopper and the second reverse stopper mutually block the electric connection position, and ensure that the electrical connection of the battery module "the battery socket f connection seat is correctly connected. The present invention is disclosed in the foregoing preferred embodiments, and is not intended to limit the scope of the present invention. The invention is not limited to the spirit and scope of the present invention; The scope of patent protection shall be subject to the definition of patent lang this month. [Simplified illustration] 苐1 is a schematic diagram of the electronic device of the present invention; FIG. 2 is a schematic diagram of the battery module of the present invention; 3 is a schematic diagram of the card member of the present invention; FIG. 4 is a schematic view of the battery module of the present invention in the battery slot; 1 11 1330066 FIG. 5 is a schematic diagram of the battery module exiting the battery slot of the present invention; 6 is a diagram of the battery module of the present invention being re-inserted into the battery compartment after exiting [Main component symbol description] 21 .........................Second joint member 22 ............ .............The third joint member 23..............................The second backstop
23a....................... 側面 23b....................... 第二斜面 24 .........................第二逆止件 24a....................... 側面 24b....................... 第二斜面 25 .........................開口 26 .........................第三逆止件 26a....................... 側面 26b....................... 第三斜面 27 .........................第一結合件 28 .........................第一結合件 29 ......................... 第一逆止件 29a....................... 側面 29b....................... 第一斜面 30 .........................第一逆止件 30a 側面 12 5 133006623a....................... Side 23b.................... Two slopes 24..............................Second stop members 24a................ ....... Side 24b....................... Second slope 25 .............. ........... opening 26 ......................... third check stop 26a... ................. Side 26b....................... Third slope 27 .... .....................first joint 28 ........................ .First joint member 29 ......................... First check stop 29a............. .......... Side 29b....................... First slope 30 ........... ..............first backstop 30a side 12 5 1330066
30b................. ......第一斜面 31................... ......第四逆止件 31a.................. ......側面 31b.................. ...... 第四斜面 32.................... ......電連接口 33.................... ......電連接座 35.................... ……開口 44.................... ......電池槽 45.................... ......彈性元件 100.................. ......電子裝置 101.................. ......電池模組 101a................ ......Ή則 102.................. ......卡掣件 102a................ ......—#J 103.................. .....本體 13 s30b.......................The first slope 31................... ...fourth check stop 31a........................side 31b............... ... ...... Fourth slope 32..........................Electrical connection port 33....... ...................Electrical connector 35..........................opening 44... .......................Battery slot 45.......................... ..elastic element 100........................electronic device 101.................. ... battery module 101a......................Ή102............... ... ... card element 102a......................—#J 103........... ....... ..... Ontology 13 s