M272241 八、新型說明： 【新型所屬之技術領域】 本創作係關於-種電池蓋結構，尤其係關於_種攜帶式電子裝置電池蓋辞 ° 现、、·〇 【先前技術】 目前，個人數位助理（PDA)、行動電料卿式電子裝置錄 為其能量來源，現有之攜帶式電子裝置電池多為可拆式電池，容置於 2 子裝置中’其上設置與機殼本體插接之電池蓋。當電池電量不足而無法^ ^ 或電池損壞時可打開電池蓋，更換電池。 可’ 現有之攜帶式電子裝置電池蓋多_卡鈞及扣鎖結構卡固於本體上， 爾卡特公司出品之阿爾卡特OT310型行動電話，係於電池蓋—端設置 ^ 鉤，另_端設置_扣鎖銷，對應之於機殼本體_端設置_對卡槽，另 扣鎖孔。安裝時，先將電池蓋之卡鉤插人本體之卡槽，再將電池蓋以 $ 軸向機殼本體_並減，直至f池蓋之扣觸权機殼本體之扣鎖孔中^ 裝元畢。该類電池蓋安裝後與機殼本體結合緊密且牢固，但拆裝時非常費力， 用力過大又會損壞電池蓋，因而造成更換電池之不便。 、 ， 另外，現有之攜帶式電子裝置電池蓋多與樓帶式電子裝置本體分離 電池時，，需將電池蓋打開，電池安裝後，再將其蓋上。於此過程中，可能、 用者之粗心大意，而將拆下之電池蓋丟失。 b ^ 有鑑於此，提供一種便於開啟及閉合之便攜式電子裝置電池 【新型内容】 構本創作之目的在於提供一種便於開啓及閉合之攜帶式電子裝置電池蓋結 一為實現本創作之目的，提供-種卿式電子裝置電池蓋結構，包括一本體、 =連，裝置、-蓋趙一開關滑片一彈性件、—傳動裝置及—按紐。該蓋趙 由連《置與本艘鉸接，蓋體内表面上設有複數卡塊；該開關滑片可移 =裝設於本體上’其上還設有用於與蓋體卡塊卡扣之切；該雜件分別斑 2=接’其提賴關^復位之彈力；該傳動裝置連接開關滑片' 、&紐，其可驗鈕之旋轉轉換爲上下移動並帶動_滑片移動；該蓋體一端 M272241 設有一通孔，該按鈕一端可由通孔露於蓋體表面。 相較習知技術，本創作攜帶式電子裝置電池蓋結構之蓋難本體藉由連接 裝置鉸接於一起，旋轉按扭即可打開蓋體，其使用方便且省力。 【實施方式】 本創作搞帶式電子裝置電池蓋結構適用於行動電話' pda等攜帶式電子裝 置 太^η—ϋί ®，本鑛攜帶式電子裝置電池蓋結構包與 9 Λ ^ 3、開_6、彈性件7、傳動裝置8繼 H Λ 連接裝置與本體1鉸接，開關滑片6藉由彈性件7- 移動的裝&於本⑪1上’傳動裝置8分別連接咖滑“及 轉可8帶動開關滑片6移動以解_與開關滑片6之卡扣 容置電路板等撝帶式電子裝置之電子科:該’隨 ===用Γί，3°該隔板11中部開有矩形電池容置^ ί:ΐΓ=6Τ板11靠近上壁12處設置有通孔110及扣位㈣； ΪΪΪ 116 ΐ 114; 11 18 槽圖與孔部^之tim2及與孔部1162垂直之開槽1164，於兩開 ^19, 119 i^tzvz：11 ^ 連接裝置包括連接>；2、扭簧4及軸5。 22 由t屬等具較好彈性之片狀材料衝壓而成，包括主體22及由主體 _ί ^其中部爲_42，固持部42兩侧爲柱狀部如 卡持部™ 軸5爲一細長圓柱體。 蓋體3大致呈矩形’其内表面設置兩触卡塊32及兩相互對稱之凹槽34 M272241 該兩凹槽34並未延伸至蓋體3之邊緣，而係各形成一封閉之凹陷部分。該兩凹 槽34相對之外側各設有一滑槽凸塊342，該滑槽凸塊342由凹槽34外部向其内 部延伸，從而與凹槽34内表面形成可供連接片22之滑片222於其中滑動之滑 槽。蓋體3之一端設置通孔36，其直徑比本體1通孔11〇之直徑略大。 開關滑片6包括一主體部62，該主體部62之一端向其側向延伸一彎折臂 64。主體部62上設置兩卡槽622，其尺寸小於本體】隔板n之開槽1164，用 以與蓋體3之兩卡塊32配合。於兩卡槽622之間設有一凹口 624。遠離彎折臂 64之卡槽622之一侧設有一凸釣626。彎折臂64之一端垂直延伸出凸臂642， 該凸臂642穿過隔板11之扣位孔ι12後可於扣位孔112内上下移動。 彈性件7係一柱狀彈簧體72，其兩端設有掛鉤74。 傳動裝置8包括一齒輪81及一齒條83。齒輪81之直徑大於本體1之通孔 110，其上设置有孔810。該孔810由相對之兩長邊與相對之兩弧形邊圍成。該 齒條83與齒輪80响合配合，其上設置有扣位孔83〇。該扣位孔83〇位置與本體 1之扣位孔112相對應，其尺寸略小於凸臂642。 —按紐9包括一基本體92，該基本體92大於本體1之通孔no之大小，其與 盖體3之通孔36相配合。該基本體92之端面922設置複數凸點924，以增加旋 轉摩擦力。該基本體92之側面對稱開有兩開口 926，該開口 926並未延伸至該 基本鱧92之端面922。該基本體92相對於端面922之另一面與開口 926方向對 應，伸出兩相對之懸臂94，兩懸臂94之距離小於隔板U通孔11〇之直徑。該 β淥92之知部向外凸設一楔形鉤部942，兩鉤部942外緣之距離大於 孔810之長邊。 ^ 清參閱第三圖及第四圖，裝配時，將連接片2之滑片222滑入蓋體3内滑 槽凸塊342與凹槽34形成之滑槽中，直至滑片222全部容置於凹槽34内，於 $過程中，施加-定作用力使連接片2産生一定變形才能達成。由於凹槽％並 =伸至蓋體3之邊緣，而係各形成_封閉之凹陷部分，故而裝好後，連接片2 =片222容置於凹槽34内，而不會脫出。而凹槽34之長度大於滑片^ 長度，因而連接片2可相對蓋體3於凹槽34内滑動。 將轴5之-端依次穿過連接片2左側變折4 2" 24 242 * 4 置於連接片2之兩卡扣部244中。 M272241 將已與連接片2、蓋體3、扭簧4組裝於-起之轴5裝設於本體1隔板】！ 之軸容置部】14内，並將扭簧4之固持部42抵持於側壁。 然後，將開關滑片6之主體部62置於本體1之隔板n内，卡槽必與本 體1之開槽】164之位置對應，並使開關滑片6之凸臂642依次插入本體】^扣 位孔112及齒條83之扣位孔830内，由於齒條83之扣位孔830略小於凸臂642 之尺寸，該齒條83將緊密固定於該凸臂642上。爲使齒條幻更牢靠之固定於 該凸臂642上而不脫落，可將凸臂642露出於齒條83之一端彎折。將按鈕9之 兩懸臂94依次穿過本體丨之通孔丨10及齒輪81之孔81〇，該懸臂弘之鉤部料2 與齒輪81之孔810之外壁卡扣，且該懸臂94與孔_内壁緊密接觸並不能於 孔810内旋轉。齒輪81與齒條83相嚙合。 最後，將彈性件7之兩掛鉤74分別鉤住開關滑片6之凸鉤626及本體！之 凸鉤119，這樣，該攜帶式電子裝置電池蓋結構即裝配完畢，蓋體3相對本體】 開啓，如第三圖所示。 安裝電池時，將電池置入電池容置孔15，之後將蓋體3連同連接片2以軸 5爲軸向本體1旋轉，爲抗拒扭簧4之扭力，此過程需施加一定之作用力。苔體 3之卡塊32推頂開關滑片6之卡槽622内壁使開關滑片6移動，彈性件7 ^開 關滑片6移動而受拉伸並積蓄一定回復力，當蓋體3之卡塊32滑入卡槽622 ; 後，關滑片6於彈性件7之拉力下復位，從而與卡塊32扣合，按紐9Θ由望體 3之通孔36穿出且其端面922露出於蓋體3之表面。這樣，電池即安裝完^， 如第五圖所示。電池安裝完畢後，由於蓋體3之形狀與本體！之形狀^ 密的蓋住本體h σ 需打開蓋體3時，用手指抵住按鈕9之端面922並旋轉，連接按鈕9之齒 輪81隨按鈕9旋轉並與齒條82嚙合，齒條82帶動開關滑片6移動，彈性件7 隨開關滑片6移動而受拉伸並積蓄-定回復力，當開關滑片6之卡槽622内辟 與蓋體3之卡塊32之卡扣脫開，蓋體3即於扭簧4之扭力下而轉動而被開啓， 開關滑片6於彈性件7之回復力下復位。 口 综上所述，本創作符合新型專利要件，爰依法提出專利申請。惟，以上 述者僅為本創作之較佳實施例’舉凡熟悉本案技藝之人士，於、援 精神所作之等效修飾或變化，皆應包含於以下之申請專利範圍内。 【圖式簡單說明】 第一圖係本創作攜帶式電子裝置電池蓋結構之分解立體圖； M272241 第二圖係本創作攜帶式電子裝置電池蓋結構另一角度之分解立體 第三圖係本創作攜帶式電子裝置電池蓋結構開啓狀態之立體圖·圖 第四圖係本創賴帶絲子裝4€綠結翻驗紅局部剖視 第五圖係賴作攜帶式電子裝置電池蓋結構_狀態之立體圖。 【主要元件符號說明】 本體 1 通孔 110、36 軸容置部 114 孔部 1162 擔板 118 上壁 12 電池容置孔 15 右壁 18 主體 22 彎折部 24 卡扣部 244 卡塊 32 滑槽凸塊 342 固持部 42 卡持部’ 46 開關滑片 6 卡槽 622 弩折臂 64 彈簧 7 掛釣 74 齒輪 81 齒條 83 基本體 92 凸點 924 懸臂 94 隔板 11 扣位孔 112 、 830 階梯孔 116 開槽 1164 凸釣 119 、 626 下壁 14 左壁 16 連接片 2 滑片 222 筒狀部 242 蓋體 3 凹槽 34 扭簧 4 柱狀部 44 轴 5 主體部 62 凹口 624 凸臂 642 彈簧體 72 傳動裝置 8 孔 810 按紐 9 端面 922 開〇 926 鉤部 942M272241 8. Description of the new type: [Technical field to which the new type belongs] This creation is about a kind of battery cover structure, especially about _ a kind of portable electronic device battery cover ° Present ,, 〇 [prior art] At present, personal digital assistant (PDA) and mobile electronic materials are recorded as their energy sources. Most of the existing portable electronic devices are detachable batteries, which are housed in 2 sub-devices. The batteries are connected to the case body. cover. Open the battery cover when the battery is low and cannot be replaced ^ ^ or replace the battery. Can't use the existing battery cover for portable electronic devices. Card and lock structure are fixed on the body. The Alcatel OT310 mobile phone produced by Elcatel is attached to the battery cover—the end is provided with a ^ hook, and the other end is provided with The _locking pin corresponds to the _ end set of the housing body _ to the card slot, and the other is to lock the lock hole. When installing, first insert the hook of the battery cover into the slot of the main body, and then reduce the battery cover with the $ axial direction of the housing body_ and reduce until the button of the f battery cover touches the locking hole of the right housing body ^ Yuan Bi. This type of battery cover is tightly and firmly combined with the case body after installation, but it is very laborious when disassembling. Excessive force will damage the battery cover, causing inconvenience in replacing the battery. In addition, when the battery cover of the existing portable electronic device is mostly separated from the body of the floor-type electronic device, the battery cover needs to be opened. After the battery is installed, the battery cover is closed. In the process, the user's carelessness may cause the removed battery cover to be lost. b ^ In view of this, provide a portable electronic device battery that is easy to open and close. [New content] The purpose of the composition is to provide a portable electronic device battery cover that is easy to open and close. To achieve the purpose of this creation, provide -A battery cover structure of a seed-type electronic device, including a body, a connector, a cover, a switch, a sliding piece, an elastic member, a transmission device, and a button. The cover Zhao Youlian is hinged to the ship, and a plurality of clips are provided on the inner surface of the cover; the switch slide can be moved = installed on the body ', and a cut for snapping with the cover clips is also provided there; The miscellaneous pieces are respectively 2 = connected to the spring force of the reset of its lifting lever; the transmission device is connected to the switch slider, and the knob can be turned into an up and down movement and drives the slider to move. One end of the body M272241 is provided with a through hole, and one end of the button can be exposed on the surface of the cover body through the through hole. Compared with the conventional technology, the cover body of the battery cover structure of the portable electronic device of the present invention is hinged together by the connecting device, and the cover can be opened by rotating the button, which is convenient and labor-saving. [Embodiment] The battery cover structure of the belt type electronic device is suitable for portable electronic devices such as mobile phones, pda, etc. The battery cover structure package of the portable electronic device of this mine is 9 Λ ^ 3, open_ 6. Elastic member 7. Transmission device 8 is hinged to the main body 1 following H Λ connection device. Switch slide 6 is mounted by elastic member 7-moving device & 'transmission device 8 is connected to slipper' and can be turned on 8 Drive the switch slide 6 to move _ and the electronic section of the tape-type electronic device such as the buckle of the switch slide 6 to accommodate the circuit board: The 'supplied === use Γί, 3 ° the middle of the partition 11 is Rectangular battery storage ^ ί: ΐΓ = 6Τ plate 11 is provided with through holes 110 and buckle 靠近 near the upper wall 12; ΪΪΪ 116 ΐ 114; 11 18 slot 2 and hole timing tim2 and opening perpendicular to the hole portion 1162 Slot 1164, two openings ^ 19, 119 i ^ tzvz: 11 ^ The connecting device includes a connection > 2, the torsion spring 4 and the shaft 5. 22 is stamped from a sheet material with better elasticity such as t, including The main body 22 and the main body 22 are _42, the two sides of the holding portion 42 are columnar portions such as the holding portion ™, and the shaft 5 is an elongated cylindrical body. The cover body 3 is generally rectangular 'The inner surface is provided with two touch clamping blocks 32 and two mutually symmetrical grooves 34 M272241 The two grooves 34 do not extend to the edge of the cover 3, but each form a closed recessed portion. The two grooves 34 are opposite to each other Each of the outer sides is provided with a chute projection 342 which extends from the outside of the groove 34 to the inside thereof, so as to form a chute with which the slide piece 222 of the connection piece 22 slides on the inner surface of the groove 34 A through hole 36 is provided at one end of the cover 3, and its diameter is slightly larger than the diameter of the through hole 11 of the main body 1. The switch slide 6 includes a main body portion 62, and one end of the main body portion 62 extends to a side thereof with a bending arm. 64. Two clip grooves 622 are provided on the main body portion 62, the size of which is smaller than that of the body. A convex fishing 626 is provided on one side of the slot 622 away from the bending arm 64. One end of the bending arm 64 extends vertically from a convex arm 642, which can pass through the buckling hole 12 of the partition plate 11 The position hole 112 moves up and down. The elastic member 7 is a cylindrical spring body 72 with hooks 74 at both ends. The transmission device 8 includes a gear 81 and Rack 83. The diameter of the gear 81 is larger than the through hole 110 of the body 1, and a hole 810 is provided thereon. The hole 810 is surrounded by two opposite long sides and two opposite curved sides. The rack 83 and the gear 80 ring A matching hole is provided on the button hole 83. The position of the button hole 83 corresponds to the button hole 112 of the body 1 and its size is slightly smaller than the convex arm 642.-The button 9 includes a basic body 92, which The base body 92 is larger than the through hole no of the main body 1 and cooperates with the through hole 36 of the cover body 3. A plurality of bumps 924 are provided on the end surface 922 of the base body 92 to increase the rotational friction. Two side openings 926 are symmetrically formed on the side of the base body 92, and the openings 926 do not extend to the end surface 922 of the base ridge 92. The other side of the basic body 92 opposite to the end surface 922 corresponds to the direction of the opening 926, and two opposite cantilever arms 94 are extended. The distance between the two cantilever arms 94 is smaller than the diameter of the through hole 11 of the partition U. A wedge-shaped hook portion 942 is protruded outward from the known portion of the β 渌 92, and the distance between the outer edges of the two hook portions 942 is greater than the long side of the hole 810. ^ Refer to the third and fourth figures. During assembly, slide the sliding piece 222 of the connecting piece 2 into the sliding groove formed by the sliding groove projection 342 and the groove 34 in the cover 3 until the sliding piece 222 is completely accommodated. In the groove 34, in the process, a certain amount of force is applied to cause the connection piece 2 to deform to a certain extent. Since the groove% does not reach the edge of the cover 3, but forms a closed recessed portion, the connecting piece 2 = the piece 222 is accommodated in the groove 34 without being detached after installation. The length of the groove 34 is greater than the length of the sliding piece ^, so the connecting piece 2 can slide in the groove 34 relative to the cover 3. Pass the-end of the shaft 5 through the left side of the connecting piece 2 in turn to bend 4 2 " 24 242 * 4 and place them in the two snap portions 244 of the connecting piece 2. M272241 Assemble the connecting shaft 2, cover 3, torsion spring 4 on the starting shaft 5 and install it on the main body 1]! The shaft accommodating portion] 14, and the holding portion 42 of the torsion spring 4 is abutted against the side wall. Then, the main body portion 62 of the switch slider 6 is placed in the partition n of the main body 1, and the card slot must correspond to the position of the slot 164 of the main body 1, and the convex arms 642 of the switch slider 6 are sequentially inserted into the main body. ^ In the buckle hole 112 and the buckle hole 830 of the rack 83, since the buckle hole 830 of the rack 83 is slightly smaller than the size of the convex arm 642, the rack 83 will be tightly fixed to the convex arm 642. In order to fix the rack arm more firmly to the convex arm 642 without falling off, the convex arm 642 may be exposed at one end of the rack 83 and bent. The two cantilever arms 94 of the button 9 are sequentially passed through the through hole 丨 10 of the main body 丨 10 and the hole 81 of the gear 81. The cantilever Hook 2 and the hole 81 of the gear 81 are snapped on the outer wall, and the cantilever 94 and the hole _ The inner wall is in close contact and cannot rotate within the hole 810. The gear 81 meshes with the rack 83. Finally, hook the two hooks 74 of the elastic member 7 to the protruding hooks 626 and the body of the switch slider 6 respectively! The convex hook 119 of the portable electronic device is thus assembled, and the cover body 3 is opened relative to the main body, as shown in the third figure. When installing the battery, insert the battery into the battery accommodating hole 15, and then rotate the cover 3 and the connecting piece 2 with the shaft 5 as the axial body 1 to resist the torsion of the torsion spring 4. This process needs to apply a certain force. The inner wall of the card block 32 of the moss body 3 pushes against the inner wall of the card slot 622 of the switch slide plate 6 to move the switch slide plate 6 and the elastic member 7 ^ The switch slide plate 6 moves to be stretched and accumulates a certain restoring force. The block 32 slides into the slot 622; after that, the closing slide sheet 6 is reset under the pulling force of the elastic member 7 to be engaged with the block 32. The button 9Θ is penetrated through the through hole 36 of the sight 3 and its end surface 922 is exposed at The surface of the cover 3. In this way, the battery is installed ^, as shown in the fifth figure. After the battery is installed, due to the shape of the cover 3 and the body! The shape ^ covers the body h σ tightly. To open the cover 3, use your fingers to hold the end face 922 of the button 9 and rotate it. The gear 81 connected to the button 9 rotates with the button 9 and meshes with the rack 82. The rack 82 drives The switch slide 6 is moved, and the elastic member 7 is stretched and stored with a constant return force as the switch slide 6 moves. When the slot 622 of the switch slide 6 is opened inside the latch 32 of the cover 3, the latch is released. The cover 3 is opened by the torsion of the torsion spring 4, and the switch slide 6 is reset by the restoring force of the elastic member 7. In summary, this creation meets the requirements for new patents, and patent applications are filed in accordance with the law. However, the above is only the preferred embodiment of this creation. For example, those who are familiar with the skills of this case, the equivalent modifications or changes made by the spirit of Yu and Aid shall all be included in the scope of patent application below. [Brief description of the diagram] The first picture is an exploded perspective view of the battery cover structure of the portable electronic device of this creation; M272241 The second picture is an exploded perspective view of the battery cover structure of the portable electronic device at another angle. Perspective view of the open state of the battery cover structure of the portable electronic device. Figure 4 is a partial cross-sectional view of the original red tape with 4 € green knot and red check. The fifth picture is a perspective view of the battery cover structure of the portable electronic device. . [Description of main component symbols] Main body 1 Through hole 110, 36 Shaft accommodating part 114 Hole part 1162 Stretcher 118 Upper wall 12 Battery accommodating hole 15 Right wall 18 Body 22 Bending part 24 Buckle part 244 Clip block 32 Chute Projection block 342 Retaining section 42 Retaining section '46 Switch slider 6 Card slot 622 Crossbow arm 64 Spring 7 Fishing 74 Gear 81 Rack 83 Basic body 92 Bump 924 Cantilever 94 Partition 11 Buckle hole 112, 830 Step Hole 116 Slot 1164 Convex fishing 119, 626 Lower wall 14 Left wall 16 Connecting piece 2 Slide 222 Tube portion 242 Cover 3 Groove 34 Torsion spring 4 Column portion 44 Shaft 5 Body portion 62 Notch 624 Convex arm 642 Spring body 72 Transmission 8 hole 810 Button 9 End face 922 Open 〇926 Hook 942