201019519 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種電池蓋結構’尤其'係涉及一種用於 攜帶式電子裝置之電池蓋結構。 【先前技術】 目前’個人數位助理（PDA )、移動電話等攜帶式電 子裝置多採用電池作為其能量來源，習知攜帶式電子裝 ❹置電池多為可拆式電池，容置在攜帶式電子裝置中，其 上設置與機殼本體插接之電池蓋。當電池電量不足而無 法充電時，或電池損壞時可打開電池蓋，更換電池。 習知攜帶式電子裝置電池蓋多採用卡鉤和扣鎖結構卡 固在本體上，其在電池蓋一端設置一對卡鉤，另一端設置 一扣鎖銷，對應在機殼本體一端設置一對卡槽，另一端設 置扣鎖孔。安裝時，先將電池蓋之卡鉤插入本體之卡槽， 再將電池蓋以該卡槽為軸向本體旋轉並按壓，直至電池蓋 φ之扣鎖銷卡入本體之扣鎖孔中即安裝完畢。 "亥類電池蓋女裝後與機殼本體結合緊密且牢固，然而 在裝取電池時，該電池蓋從本體取下，電池蓋與本體處於 分離狀態，如此，易造成電池蓋丢失。在將電池蓋裝至本 體上時’需卡鉤與卡槽，扣鎖銷與扣鎖孔逐一對應卡扣， 裝配亦不方便。 【發明内容】 H =上述内容，有必要提供一種裝取方便、且在裝配 、電池蓋不會與本體分離之電池蓋結構。 7 201019519 一種f池蓋結構，包括-本體、—電池蓋、二彈 及一封蓋件，所述本體上開設有 =:!有二爽持座，每-失持座上形成有二二: 二，述開口，每一凸耳可滑動地夹持於每-央ί 槽内，所述二彈性體分別壓縮容置於所述二夾持槽内，其 一端抵持所述電池蓋之凸耳’另—端抵持所述封蓋件，所 ❹ 蓋壓縮所述彈性體沿夾持槽滑動打開，該電池蓋由 弹性體釋放彈力沿夾持槽滑動自動關閉。 ❹ 相較於習知技術，本電池蓋結構藉由將電池蓋可滑動 汉置於本體之夾持座内，與所述本體組裝成—體，電池 蓋之凸耳為彈性體彈性抵持。當需更換電池時，只需推動 電池蓋使電池蓋克服彈性體之彈力以打開所述開口， 將電池從所述開口取出或裝入，當取出或裝入完畢後’電 池蓋於彈性體之彈力作用下自行關閉該開口。如此，電池 蓋在裝取電池時無需與本體分離，且方 【實施方式】 τ[Technical Field] The present invention relates to a battery cover structure 'in particular' relates to a battery cover structure for a portable electronic device. [Prior Art] At present, portable electronic devices such as personal digital assistants (PDAs) and mobile phones use batteries as their energy source. Conventional portable electronic devices are mostly detachable batteries, which are housed in portable electronic devices. In the device, a battery cover that is inserted into the casing body is disposed thereon. When the battery is low and cannot be charged, or when the battery is damaged, open the battery cover and replace the battery. The battery cover of the portable electronic device is mostly fixed on the body by using a hook and a buckle structure, and a pair of hooks are arranged at one end of the battery cover, and a buckle pin is disposed at the other end, corresponding to one end of the body of the casing. The card slot has a latching hole at the other end. When installing, first insert the hook of the battery cover into the slot of the body, and then rotate and press the battery cover with the card slot as the axial body until the buckle of the battery cover φ is engaged in the buckle hole of the body. Finished. "Hai battery cover is tight and firm with the body of the case. However, when the battery is installed, the battery cover is removed from the body, and the battery cover and the body are separated. Thus, the battery cover is easily lost. When the battery cover is attached to the body, the hook and the card slot are required, and the buckle pin and the buckle lock hole are respectively buckled, and the assembly is also inconvenient. SUMMARY OF THE INVENTION H = The above, it is necessary to provide a battery cover structure which is easy to assemble and which is assembled and the battery cover is not separated from the body. 7 201019519 A f-cell cover structure comprising: a body, a battery cover, a second bomb and a cover member, wherein the body is provided with a =:! two-seat holder, and each of the two-seat holders is formed with two or two: In the second embodiment, each of the lugs is slidably held in each of the slots, and the two elastic bodies are respectively movably received in the two clamping slots, and one end thereof is pressed against the convexity of the battery cover. The other end of the ear resists the capping member, and the cap compresses the elastic body to slide open along the clamping slot, and the battery cap is automatically closed by sliding the elastic body to release the elastic force along the clamping slot.本 Compared with the prior art, the battery cover structure is assembled into the body by sliding the battery cover into the holder of the body, and the lug of the battery cover is elastically resisted by the elastic body. When the battery needs to be replaced, simply push the battery cover so that the battery cover overcomes the elastic force of the elastic body to open the opening, remove or load the battery from the opening, and when the battery is removed or loaded, the battery cover is applied to the elastic body. Close the opening by yourself under the action of the elastic force. In this way, the battery cover does not need to be separated from the body when the battery is loaded, and the method [Embodiment] τ
請參閲1及圓2’本發明較佳實施例一 1〇0,用於收容一電池暮該電池蓋結構刚包括-本I 1〇、一電池蓋2〇、二彈性體3〇、一封蓋件40、二固接件5〇 及一上殼體60。 所述本體10包括—底板12及形成於該底板1 壁=4底板，設有一卡持座122 ’該卡持心 -卡持塊124。母-卡持塊⑶包括—頂壁】加、—側壁⑽ 8 201019519 及一端壁1246，該頂壁1242、側壁1244及端壁1246彼此垂 直呈一矩形體結構。該二卡持塊124相對地設置形成一夾持 空間1248，該夾持空間1248與所述端壁1246相對之一端為 一夾持口 1249,藉由該夾持口 1249所述電池200以收容於該 夾持空間1248内。 所述周壁14上開設有一與夾持空間丨248相對之一開口 142 ’且該開口 142位於開設所述夾持口 1249之一側，其寬 度與夾持口 1249之寬度相當。該開口 142之二側於所述底板 ❹12上還相對地形成有二夾持座126。每一夾持座丨26包括一 第一夾持板1262、一第二夾持板1264及一連接體1266。所 述第一夾持板1262與第二夾持板1264平行設置且所述連接 體1266分別連接該該第一夾持板1262及第二夾持板1264之 同一端’如此形成一夾持槽1267。該夾持槽1267内設有一 容置空間1268，其為所述第一夾持板1262與第二夾持板 1264於夾持槽1267之一侧相對地開設弧形槽而圍成，該容 置空間1268以便於容置所述彈性體3〇。所述連接體1266呈 ®圓柱形，其頂部開設有一第一固接孔1269，用於固接所述 封蓋條40。本實施例中，所述連接柱丨246鄰接所述周壁14 設置且鄰近所述開口 142,周壁14上從該連接柱1246與該周 壁14上之鄰接位置至周壁14上之所述開口 142端之一段構 成所述第一夹持板1242。 所述電池蓋20包括一板部22及二凸耳24。所述板部22 呈矩形板結構，其包括一前表面222及一與前表面222相對 之後表面（未標示）。所述前表面222上形成有條形紋224， 以便於用戶操作該電池蓋2〇。所述二凸耳24為尺寸較小之 9 201019519 矩形塊結構，其形成於所述後表面之底部且朝該板部22之 二侧延伸’用於與相對之二夾持槽1267配合。 所述二彈性體3〇為螺旋彈簧，可容置於所述夾持座126 之夾持槽1267之容置空間1268内。 所述封蓋件40為一矩形條狀，其二端分別形成有一第 二固接孔42，該第二固接孔42用於分別對應所述二相對設 置之夾持座126上之二第一固接孔1269。 所述固接件50為螺釘，藉由所述二固接件5〇對應穿過 ©所述第二固接孔42及第一固接孔1269以使所述封蓋件4〇固 接至二夾持座126上’以將二彈性體3〇分別壓縮於夾持座 126之容置空間1268内。 所述上殼體60呈矩形板結構，用於對應配合所述本體 1〇。該上殼體60之一側開設有一切口 62，該切口 62之寬度 對應所述本體1〇之開口 142之寬度，其深度與所述電池蓋2〇 之厚度相當’用於對應配合所述本體1〇之開口 142及電池蓋 20 〇 ' 所述電池200為矩形塊狀結構’其可收容於所述底板12 之夾持空間1248内。 組裝該電池蓋結構1 〇〇時’先將所述電池蓋2〇組装至所 述本體10上，電池蓋20之二凸耳24沿所述本體10上之夾持 座126之夾持槽1267滑至抵持底板12，且該凸耳24伸至所述 容置空間1268 ;然後將所述二彈性體30分別置入所述二夾 持槽1267之二容置空間1268内，彈性體30之一端抵觸所述 電池蓋20之凸耳24，另一端從所述容置空間1268伸出；接 著將所述封蓋件40組裝至所述二夾持座126上，所述二固接 201019519 件50穿過所述封蓋件4〇二端之第二固接孔似夹持座 上之第一固接孔1269,固接該封蓋件40與二炎持座126，將 -彈性體30分別壓縮於夹持座126之容置空間12_。最後 將所述上殼體60組裝至本體1〇上，上殼義之切口 Μ對齊 所述本體1〇上之開口 142，且對應地容置所述電池蓋2〇之頂 部。如此，該電池蓋結構100組裝完成，請參閱圖3，此時 之凸耳24與彈性體3G抵持，其相對本體10處於關 閉狀態。 當需裝入電池200時，請參閱圖4 ,於外力之作用下向 上推動該電池蓋20，使電池蓋2〇相對本體1〇打開，電池蓋 2〇之凸耳24沿所述二夾持座126之夾㈣1267滑動， 彈性體30於電池蓋20之凸耳24推動下收縮 狀態。如此可將電池200裝入本體1〇之央持空間⑽内收^ 電池200完全裝入夾持空間⑽後，釋放電池蓋2 蓋20於彈性體30之彈力作用下自行滑動閉合，如此電池· =會：本體H)之夾持空間1248内滑出。當需取出電池_ 時，只需於外力作用下打開該電池蓋2〇，晃動該本體⑺， 2:電池200將從夾持空間1248内滑出，可方便地取出電池 綜上所述，本電池蓋結構1〇〇藉由將電池蓋Μ 地設置於本體10底板12上之夹持座126内。當需更換= 池2〇0時，只需推動電池蓋20使電池蓋20克服彈性體3〇 之彈力以打開，從而將電池2〇〇取出或裳入，當取 入完畢後，電池蓋20於彈性體3〇之彈力作 ^ 201019519 電池200時無需與本體1〇分離’且大大方便用戶操作。 可以理解，所述卡持座126可獨立設置於本體1〇之底板 12上’即無需以所述周壁14之—段作為第一夾持板^旭。 可以理解，所述封蓋件4〇無需成一整條狀，其分成具 有第二固接孔42之二獨立段亦可。 可以理解，所述封蓋件40可以省略，所述二彈性體3〇 可由所述上殼體60壓縮於夾持體126之容置空間1268内，即 該上殼體60可充當所述封蓋件4〇。 綜上所述，本發明符合發明專利要件，爰依法提出專 利申明准，以上所述者僅為本發明之較佳實施例，本發 明之範圍並不以上述實施例為限，舉凡熟悉本案技藝之人 士援依本發明之精神所作之等效修飾或變化，皆應涵蓋於 以下申請專利範圍内。 · 【圖式簡單說明】 圖1係本發明電池蓋結構較佳實施例之分解示意圖； 圖2係圖1所示之電子裝置之本體示意圖； 圖3係本發明電池蓋結構較佳實施例電池蓋關閉後之 示意圖； 圖4係本發明電池蓋結構較佳實施例裝取電池時之示 意圖。 【主要元件符號說明】 電池蓋結構 本體 底板 100 容置空間 10 第一固接孔 12 周壁 12 1268 1269 14 201019519 卡持座 卡持塊 頂壁 側壁 端壁 夾持空間 夾持口 Q 夾持座 第' —爽持板 第二夾持板 連接體 夾持槽 122 開口 142 124 電池蓋 20 1242 板部 22 1244 前表面 222 1246 條形紋 224 1248 彈性體 30 1249 封蓋件 40 126 第二固接孔 42 1262 固接件 50 1264 上殼體 60 1266 切口 62 1267 電池 200 13Referring to 1 and 2', a preferred embodiment of the present invention is used for accommodating a battery. The battery cover structure includes the present invention, a battery cover 2, a second elastic body, and a second battery. The cover member 40, the two fastening members 5 and an upper housing 60. The body 10 includes a bottom plate 12 and a bottom plate formed on the bottom plate 1 wall. The base plate 10 is provided with a retaining seat 122'. The retaining core-holding block 124. The female-clamping block (3) includes a top wall, a side wall (10) 8 201019519 and an end wall 1246. The top wall 1242, the side wall 1244 and the end wall 1246 are perpendicular to each other in a rectangular structure. The two holding blocks 124 are oppositely disposed to form a clamping space 1248. One end of the clamping space 1248 opposite to the end wall 1246 is a clamping opening 1249. The battery 200 is received by the clamping opening 1249. Within the clamping space 1248. The peripheral wall 14 defines an opening 142 ′ opposite to the clamping space 248 and the opening 142 is located on one side of the clamping opening 1249 and has a width corresponding to the width of the clamping opening 1249. Two sides of the opening 142 are oppositely formed on the bottom plate 12 with two clamping seats 126. Each of the clamping seats 26 includes a first clamping plate 1262, a second clamping plate 1264 and a connecting body 1266. The first clamping plate 1262 is disposed in parallel with the second clamping plate 1264 and the connecting body 1266 is respectively connected to the same end of the first clamping plate 1262 and the second clamping plate 1264. 1267. An accommodating space 1268 is defined in the clamping groove 1267, and the first clamping plate 1262 and the second clamping plate 1264 are formed by arcuate grooves on one side of the clamping groove 1267. A space 1268 is provided to accommodate the elastomer 3〇. The connecting body 1266 is formed in a cylindrical shape, and a first fixing hole 1269 is defined in the top portion for fixing the capping strip 40. In this embodiment, the connecting post 246 is disposed adjacent to the peripheral wall 14 and adjacent to the opening 142. The peripheral wall 14 is from the adjacent position on the connecting post 1246 and the peripheral wall 14 to the opening 142 end on the peripheral wall 14. One of the segments constitutes the first clamping plate 1242. The battery cover 20 includes a plate portion 22 and two lugs 24. The plate portion 22 has a rectangular plate structure including a front surface 222 and a rear surface (not labeled) opposite the front surface 222. A stripe 224 is formed on the front surface 222 to facilitate operation of the battery cover 2 by the user. The two lugs 24 are of a smaller size 9 201019519 rectangular block structure formed at the bottom of the rear surface and extending toward the two sides of the plate portion 22 for mating with the opposing two clamping slots 1267. The two elastic bodies 3 are coil springs and can be accommodated in the accommodating space 1268 of the clamping groove 1267 of the clamping seat 126. The cover member 40 has a rectangular strip shape, and a second fixing hole 42 is formed at each of the two ends, and the second fixing hole 42 is respectively configured to correspond to the two oppositely disposed clamping seats 126. A fixing hole 1269 is attached. The fixing member 50 is a screw, and the two fixing members 5 〇 are correspondingly passed through the second fixing hole 42 and the first fixing hole 1269 to fix the cover member 4 to the The two clamping seats 126 are respectively configured to compress the two elastic bodies 3 于 into the accommodating spaces 1268 of the clamping seats 126 . The upper casing 60 has a rectangular plate structure for correspondingly engaging the body. One side of the upper casing 60 defines a slit 62. The width of the slit 62 corresponds to the width of the opening 142 of the body 1 , and the depth thereof is equivalent to the thickness of the battery cover 2 'for corresponding cooperation. The opening 142 of the main body 1 and the battery cover 20 〇 'the battery 200 is a rectangular block structure' which can be accommodated in the nip space 1248 of the bottom plate 12. When the battery cover structure 1 is assembled, the battery cover 2 is first assembled to the body 10, and the two lugs 24 of the battery cover 20 are along the clamping slots of the clamping seat 126 of the body 10. 1267 is slid to the bottom plate 12, and the lug 24 extends into the accommodating space 1268; and then the two elastic bodies 30 are respectively placed into the two accommodating spaces 1268 of the two clamping grooves 1267, the elastic body One end of the 30 is in contact with the lug 24 of the battery cover 20, and the other end is extended from the accommodating space 1268; then the cover member 40 is assembled to the two clamping seats 126, the two fixed The first fixing hole of the 201019519 piece 50 passing through the two ends of the cover member 4 is like the first fixing hole 1269 on the clamping seat, and the cover member 40 and the two-inflaming holder 126 are fixed, which will be elastic The bodies 30 are respectively compressed in the accommodating space 12_ of the holder 126. Finally, the upper casing 60 is assembled to the body 1 ,, and the upper casing nicking Μ is aligned with the opening 142 of the body 1 ,, and correspondingly receives the top of the battery cover 2 。. Thus, the battery cover structure 100 is assembled. Referring to Fig. 3, the lug 24 is in abutment with the elastic body 3G, and the body 10 is in a closed state. When the battery 200 needs to be inserted, refer to FIG. 4, and push the battery cover 20 upwards under the action of an external force, so that the battery cover 2 is opened relative to the body 1b, and the lug 24 of the battery cover 2 is clamped along the two The clamp of the seat 126 (4) slides 1267, and the elastic body 30 is pushed down by the lug 24 of the battery cover 20. In this way, the battery 200 can be installed in the central holding space (10) of the main body 1. After the battery 200 is completely loaded into the clamping space (10), the battery cover 2 is released and the cover 20 is self-sliding and closed under the elastic force of the elastic body 30, so that the battery is = will: slide out of the clamping space 1248 of the body H). When the battery _ needs to be taken out, the battery cover 2 is opened by external force, and the body (7) is shaken. 2: The battery 200 will slide out from the clamping space 1248, and the battery can be conveniently taken out. The battery cover structure 1 is disposed in the holder 126 on the bottom plate 12 of the body 10 by squeezing the battery cover. When it is necessary to replace = pool 2〇0, it is only necessary to push the battery cover 20 to make the battery cover 20 overcome the elastic force of the elastic body 3 to open, thereby removing or ejecting the battery 2, and when the intake is completed, the battery cover 20 The elastic force of the elastic body 3 ^ 201019519 battery 200 does not need to be separated from the body 1 ' and greatly facilitates user operation. It can be understood that the retaining seat 126 can be independently disposed on the bottom plate 12 of the body 1', that is, the segment of the peripheral wall 14 is not required as the first clamping plate. It can be understood that the cover member 4 does not need to be formed in a single strip shape, and it may be divided into two independent segments having the second fixing holes 42. It can be understood that the cover member 40 can be omitted, and the two elastic bodies 3 can be compressed by the upper casing 60 into the accommodating space 1268 of the clamping body 126, that is, the upper casing 60 can serve as the sealing. The cover member is 4". In summary, the present invention is in accordance with the requirements of the invention patent, and the patent application is based on the law. The above description is only a preferred embodiment of the present invention, and the scope of the present invention is not limited to the above embodiment, and the skill of the present invention is familiar. Equivalent modifications or variations made by persons in light of the spirit of the invention are intended to be included within the scope of the following claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic exploded view of a preferred embodiment of a battery cover structure of the present invention; FIG. 2 is a schematic view of the main body of the electronic device shown in FIG. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 4 is a schematic view showing a preferred embodiment of the battery cover structure of the present invention when a battery is attached. [Main component symbol description] Battery cover structure Main body bottom plate 100 accommodating space 10 First fixing hole 12 Peripheral wall 12 1268 1269 14 201019519 Clamping block holding block top wall side wall clamping space clamping port Q Clamping seat '—Cold plate second clamping plate connector clamping groove 122 opening 142 124 battery cover 20 1242 plate portion 22 1244 front surface 222 1246 strip pattern 224 1248 elastic body 30 1249 cover member 40 126 second fixing hole 42 1262 Fastener 50 1264 Upper housing 60 1266 Cutout 62 1267 Battery 200 13