200840459 Λ、發明說明： 【發明所屬之技術領域】 、本發明涉及—種電池蓋結構，尤其涉及—種應用 帶式電子裝置之電池蓋結構。 问 【先前技術】 行動電話、個人數位助理（personal digital assist咖， 7 A)等攜τ式電子裝置之應用日益廣泛，該等攜帶式電子 _ :置夕抓用電池作為能量來源。習知之攜帶式電子裝置之 電池多為可拆式電池，容置於攜帶式電子裝置中，其上机 置與機殼本體插接之電池蓋。當電池電量不足而盈^供: 或電池損壞時可打開電池蓋，更換電池。故，人們設計= 許多電池蓋結構，以求能方便可靠地更換電池。 -種習知之電池蓋結構，其包括一本體、一電池蓋、 -按紐及-彈簧，按紐可滑動地安裝於本體上 :按叙及本體之間，按—電池蓋上設有凹槽 ^凸=凹槽配合以將€池蓋卡合於本體。需取下電池蓋 、，#按-施加平行於本體表面且遠離電池蓋方向的力， =钮水平移動’其凸起從電池蓋之凹槽中脫出，而使電 2之卡扣解除。採用此種電池蓋結構，其結構較為複雜， 方便。另’彈菁收縮方向與按知移動方向相同，易 【發明内容】盍之卡合秦動，造成電池蓋卡合不牢。 人雲=此’有必要提供一種結構簡單、操作方便、卡 合牛固之電池蓋結構。 200840459 .種電池蓋結構’其包括—本體及—蓋體，所述本體 包括-電池容置槽’該電池容置槽包括二相對平行設置之 壁部；所述蓋體可裝卸地安襄於本體上的電池容置槽上； 所述電池容置槽之二相對之壁部之外表面上分別凸設有至 少-凸柱’所述蓋體具有與所述容置槽之二壁部相配合之 二㈣’該二側壁之内表面上分別設置有與凸柱相互配合 之彈性卡合部，該凸柱與該卡合部可彈性地配合接觸。200840459 发明Invention Description: [Technical Field] The present invention relates to a battery cover structure, and more particularly to a battery cover structure using a band type electronic device. Q [Prior Art] Mobile phones, personal digital assistants (7 A), etc. are increasingly used in portable electronic devices. These portable electronic devices are used as energy sources. The battery of the conventional portable electronic device is mostly a detachable battery, and is housed in a portable electronic device, and the battery cover of the upper body and the body of the casing is inserted. When the battery is low and the battery is available: or the battery is damaged, open the battery cover and replace the battery. Therefore, people design = many battery cover structures, in order to replace the battery easily and reliably. - a conventional battery cover structure, comprising a body, a battery cover, a button and a spring, the button is slidably mounted on the body: according to the description between the body, press - the battery cover is provided with a groove ^ convex = groove fit to snap the pool cover to the body. To remove the battery cover, #press-apply a force parallel to the surface of the body and away from the battery cover, the = button moves horizontally' its protrusion is released from the groove of the battery cover, and the buckle of the electric 2 is released. The battery cover structure is relatively complicated and convenient. In the other way, the direction of the contraction of the elastic crystal is the same as that of the known movement, and it is easy to [inventory content], and the snapping of the battery is caused by the snapping of the battery cover. Human cloud = this is necessary to provide a battery cover structure that is simple in structure, easy to operate, and snaps to the cow. 200840459. A battery cover structure comprising: a body and a cover, the body comprising a battery receiving groove, the battery receiving groove comprising two oppositely disposed wall portions; the cover body being detachably mounted on the cover a battery receiving groove on the body; the outer surface of the battery receiving groove is opposite to the outer surface of the wall, and at least a protrusion is respectively protruded. The cover body has a wall portion opposite to the receiving groove. The second inner surface of the two side walls is respectively provided with an elastic engaging portion that cooperates with the protruding post, and the protruding post and the engaging portion are elastically cooperatively contacted.
可以很好地卡緊且不容易從攜帶式電子裝置之本體上脫落 出來。該電池蓋結構在開啟及閉合時操作比較簡單、容易， 使用十分方便。 一，較於f知技術，所述電池蓋結構元件較少、結構比 較簡單，其於蓋體之内侧二壁上設置—卡合部，使得蓋體 【實施方式】 本發明電池蓋結構適用於行動電話、個人數位助理 (personal digital assistant，PDA)等攜帶式電子裝置，在本 _實施方式中，以行動電話為例。 圖1為本發明電池蓋結構較佳實施方式之分解立體示 思圖。所述電池蓋結構1〇〇包括一本體1〇及一蓋體2〇。 所述本體10包括一主體部11、一配合部12及一凸塊。 所述主體部11包括一與蓋體20配合且與凸塊13鄰接之接 觸面112。所述配合部12為平面板狀，其用於與蓋體2〇 相互配合。所述凸塊13為一由所述配合部12沿其表面向 上延伸出的一大致矩形體板狀凸塊，其頂面略低於所述主 體部11之上表面。所述凸塊13包括一電池容置槽i3i、 7 200840459 _二凸柱132、一抵持塊135及二卡槽136。所述電池容置槽 131呈大致矩形狀，其貫通開設於凸塊13上，由第一壁部 1311、第二壁部1312、第三壁部1313及第四壁部1314圍 成，用於容置攜帶式電子裝置之電池（圖未示出）。其中， 所述第一壁部1311及第三壁部1313沿與所述接觸面112 相垂直方向相對平行地設置於配合部12之兩侧；所述第二 壁部1312及第四壁部1314沿與所述接觸面平行的方向相 互平行的設置於配合部12之另外兩侧，第四壁部1314與 β主體部11之接觸面112 —體連接。二凸柱132呈圓柱狀， 其分別突出的設置於所述第一壁部1311及第三壁部1313 之外表面上。所述抵持塊135為一大致矩形之彈性體，其 突出設置於第二壁部1312之外表面上大致中間位置處。所 述二卡槽136設置於第四壁部1314與接觸面112連接位置 處。 請一併參閱圖2所示，所述蓋體20大致呈矩形片狀， _其包括一底壁21、一第一侧壁22、一第二侧壁23和一第 三侧壁24。所述底壁21為矩形平板狀，所述第一側壁22、 第三侧壁24均與所述底壁21大致垂直，其由底壁21的二 相對端部向一侧彎折形成；所述第二側壁23由底壁21之 另一端部沿與底壁21大致垂直之方向向同一侧彎折形 成。所述底壁21、第一侧壁22、第二側壁23及第三侧壁 24圍成一半封閉之腔室29,該腔室29用於容置該凸塊 13，其大小與所述凸塊13相當。所述蓋體20之第二側壁 23上開設有一大致矩形的開口 26,其用於與所述抵持塊 8 200840459 ,35相卡合。與所述第二側壁23相對之蓋體20之開口端 的底壁21邊緣上設置有二個卡塊27,用於與所述卡槽136 相互卡緊配合。第一侧壁22及第三侧壁24之内側壁上各 相對平行的設置有一彈性卡合部28，該卡合部28用於與 所述凸柱132相互配合卡緊，其包括一容置凹槽281、一 大致呈“U”型之卡合壁部282。 請一併參閱圖3所示之卡合部28的局部放大示意圖。 所述第一侧壁22及第三側壁24之内表面向外表面方向凹 ⑩設有一大致矩形狀之容置凹槽281，所述卡合壁部282由 容置凹槽281之底面向蓋體20中心位置處延伸出而成，該 卡合壁部282之頂面高於第一侧壁22及第三侧壁24之内 表面。該卡合壁部282包括一導引壁2821、一滑移壁2822 及一卡緊壁2823，所述卡合壁部282與所述容置凹槽281 之底面圍成一大致“U”型之卡合容腔2825。所述導引壁 2821為一矩形直板狀，其沿垂直于蓋體20之底壁21的方 肇向設置，該導引壁2821用於引導所述凸柱132進入卡合部 28中；所述滑移壁2822與導引壁2821鄰接，其為一向遠 離蓋體20之底壁21方向傾斜之壁部；所述卡緊壁2823 為一弧形之壁部，其一端與所述滑移壁2822鄰接並形成一 凸狀連接部（圖未標），該卡緊部2823之另一端嚮導引壁 2821方向彎折，所述卡緊部2823用於卡合所述凸柱132。 可以理解，所述蓋體20之底壁21、第一侧壁22、第二侧 壁23、第三侧壁24、開口 26、卡塊27及卡合部28可以 通過模内一體成型製成。 9 200840459 ^ 請參閱圖4所示之本發明電池蓋結構較佳實施方式的 組裝立體示意圖。裝配時，先將蓋體20之第一側壁22及 第三侧壁24對準所述行動電話本體10之第一壁部1311 及第三壁部1313,同時蓋體20上的二卡塊27對準並插入 行動電話本體10上對應之二卡槽136中，此時，蓋體20 上的卡合部28也相應的對準本體10上第一壁部1311及第 三壁部1313外侧壁上之凸柱132。以所述本體10上的接 觸面112為轴將蓋體20向本體10之凸塊13方向旋轉的靠 ⑩近，凸柱132沿著所述卡合部28之導引壁2821進入卡合 容腔2825中直至與滑移壁2822接觸。再向本體10上卡槽 136方向推動所述蓋體20直至所述卡塊27完全進入卡槽 136卡合，同時所述本體10上之凸柱132沿所述蓋體20 上之滑移壁2822滑移越過凸狀連接部而滑入卡緊壁2823 中，所述本體10之第二壁部1312上之抵持塊135滑入蓋 體20之第二侧壁23上之開口 26中相互卡緊配合，完成所 拳述蓋體20之裝配工作。拆卸時，將蓋體20沿遠離本體10 之方向反向推動，此時，所述凸柱132從卡緊壁2823中越 過所述卡緊壁2823與滑移壁2822之鄰接凸狀連接部與滑 移壁2822相互接觸；然後向上沿著遠離本體10方向旋轉 蓋體20，所述凸柱132從滑移壁2822中沿著導引壁2821 離開卡合容腔2825 ;最後蓋體20上之卡塊27從卡槽136 中脫離，完成蓋體20之拆卸工作。 可以理解，所述凸柱132、抵持塊135、卡槽136之個 數並不限於本實施例中個數，其數量可根據需要增加或減 200840459 ，所述蓋體20上之卡合部28、開口 26、卡塊27之個數、 形狀與本體20上之凸柱132、抵持塊135、卡槽136分別 相適應並相互達成卡緊、配合。 可以理解，所述抵持塊135可為安裝於本體10上之一 活動的卡合組件，實現與蓋體20上之開口 26的開啟與閉 合。 可以理解，所述本體1〇上之凸柱132、抵持塊135、 卡槽136及與所述蓋體20上的相互配合卡固之卡合部 ⑩28、開口 26、卡塊27的設置位置並不限於本實施例中之 設置位置，其也可以係將本體10上之凸柱132、抵持塊 135、卡槽136設置于蓋體20上，相應的蓋體20上之卡合 部28、開口26、卡塊27設置于相對應卡配之本體10上。 當然，也可以將所述凸柱132、抵持塊135、卡槽136與卡 合部28、開口 26、卡塊27對應的相互組合設置。 所述電池蓋結構元件較少、結構比較簡單，其於蓋體 ❿之内侧兩壁上設置一大致“U”型之彈性卡合部，使得蓋 體可以很好的卡緊且不容易從攜帶式電子裝置之本體上脫 落出來。另，該電池蓋結構於開啟及閉合時操作比較簡單、 容易，使用十分方便。 綜上所述，本發明符合發明專利要件，爰依法提出專利 申請。惟，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，舉凡熟習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。 11 200840459 .【圖式簡單說明】 圖1為本發明電池蓋結構較佳實施方式之分解立體示 意圖; 圖2為圖1所示電池蓋結構之蓋體之另一角度之立體 示意圖； 圖3為圖2於III處之局部放大示意圖； 圖4為圖1所示電池蓋結構之組裝立體示意圖。It can be clamped well and is not easily detached from the body of the portable electronic device. The battery cover structure is simple and easy to operate when opened and closed, and is convenient to use. First, compared with the prior art, the battery cover has fewer structural components and a relatively simple structure, and is provided on the inner side walls of the cover body to form a cover portion, so that the cover body is applicable to the battery cover structure of the present invention. A portable electronic device such as a mobile phone or a personal digital assistant (PDA). In the present embodiment, a mobile phone is taken as an example. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is an exploded perspective view of a preferred embodiment of a battery cover structure of the present invention. The battery cover structure 1 includes a body 1 〇 and a cover 2 〇. The body 10 includes a main body portion 11, a mating portion 12, and a bump. The body portion 11 includes a contact surface 112 that mates with the cover 20 and abuts the bump 13. The engaging portion 12 is in the form of a flat plate for cooperating with the cover 2'. The bump 13 is a substantially rectangular body plate-like projection extending upwardly from the mating portion 12 along the surface thereof, and its top surface is slightly lower than the upper surface of the main body portion 11. The bump 13 includes a battery receiving slot i3i, 7 200840459 _ two protrusions 132, a resisting block 135 and two card slots 136. The battery accommodating groove 131 has a substantially rectangular shape and is formed to extend through the protrusion 13 and is surrounded by the first wall portion 1311, the second wall portion 1312, the third wall portion 1313, and the fourth wall portion 1314. A battery (not shown) of the portable electronic device is housed. The first wall portion 1311 and the third wall portion 1313 are disposed on opposite sides of the mating portion 12 in a direction parallel to the contact surface 112; the second wall portion 1312 and the fourth wall portion 1314 The fourth wall portion 1314 is integrally connected to the contact surface 112 of the beta body portion 11 in parallel with each other on the other side of the mating portion 12 in a direction parallel to the contact surface. The two protrusions 132 have a cylindrical shape and are respectively protrudedly disposed on the outer surfaces of the first wall portion 1311 and the third wall portion 1313. The abutting block 135 is a substantially rectangular elastic body that is protruded from a substantially intermediate position on the outer surface of the second wall portion 1312. The two card slots 136 are disposed at a position where the fourth wall portion 1314 is connected to the contact surface 112. Referring to FIG. 2, the cover 20 has a substantially rectangular shape, and includes a bottom wall 21, a first side wall 22, a second side wall 23, and a third side wall 24. The bottom wall 21 is a rectangular flat plate shape, and the first side wall 22 and the third side wall 24 are substantially perpendicular to the bottom wall 21, and are formed by bending opposite ends of the bottom wall 21 toward one side; The second side wall 23 is formed by bending the other end portion of the bottom wall 21 toward the same side in a direction substantially perpendicular to the bottom wall 21. The bottom wall 21, the first side wall 22, the second side wall 23 and the third side wall 24 enclose a half-closed chamber 29 for accommodating the bump 13 and its size and the convex portion Block 13 is equivalent. A substantially rectangular opening 26 is defined in the second side wall 23 of the cover 20 for engaging with the resisting block 8 200840459, 35. Two latches 27 are disposed on the edge of the bottom wall 21 of the open end of the cover 20 opposite to the second side wall 23 for engaging with the card slot 136. An elastic engaging portion 28 is disposed on the inner side wall of the first side wall 22 and the third side wall 24 , and the engaging portion 28 is configured to cooperate with the protruding post 132 to include a receiving portion. The groove 281 is a substantially U-shaped engaging wall portion 282. Please refer to a partial enlarged schematic view of the engaging portion 28 shown in FIG. The inner surface of the first side wall 22 and the third side wall 24 is provided with a substantially rectangular receiving groove 281. The engaging wall portion 282 is covered by the bottom surface of the receiving groove 281. The body 20 is extended from a central position, and a top surface of the engaging wall portion 282 is higher than an inner surface of the first side wall 22 and the third side wall 24. The engaging wall portion 282 includes a guiding wall 2821, a sliding wall 2822 and a clamping wall 2823. The engaging wall portion 282 and the bottom surface of the receiving recess 281 enclose a substantially "U" shape. The card fits the cavity 2825. The guiding wall 2821 is a rectangular straight plate shape, which is disposed along a square direction perpendicular to the bottom wall 21 of the cover body 20, and the guiding wall 2821 is configured to guide the protruding post 132 into the engaging portion 28; The sliding wall 2822 is adjacent to the guiding wall 2821, which is a wall portion inclined away from the bottom wall 21 of the cover body 20; the clamping wall 2823 is an arc-shaped wall portion, one end thereof and the sliding portion The wall 2822 abuts and forms a convex connecting portion (not shown). The other end of the clamping portion 2823 is bent toward the guiding wall 2821, and the clamping portion 2823 is used for engaging the protruding post 132. It can be understood that the bottom wall 21, the first side wall 22, the second side wall 23, the third side wall 24, the opening 26, the block 27 and the engaging portion 28 of the cover body 20 can be integrally formed by in-mold molding. . 9 200840459 ^ Please refer to the assembled perspective view of the preferred embodiment of the battery cover structure of the present invention shown in FIG. When assembling, the first side wall 22 and the third side wall 24 of the cover body 20 are first aligned with the first wall portion 1311 and the third wall portion 1313 of the mobile phone body 10, and the two blocks 27 on the cover body 20 are simultaneously assembled. Aligned and inserted into the corresponding two slots 136 of the mobile phone body 10, at this time, the engaging portion 28 of the cover 20 is also aligned with the outer wall of the first wall portion 1311 and the third wall portion 1313 of the body 10. The upper pillar 132. The cover 20 is rotated toward the protrusion 13 of the body 10 with the contact surface 112 on the body 10 as an axis, and the protrusion 132 enters the engagement along the guide wall 2821 of the engaging portion 28. The cavity 2825 is in contact until it contacts the sliding wall 2822. The cover 20 is pushed toward the slot 136 of the main body 10 until the latch 27 completely enters the slot 136, and the protruding post 132 of the body 10 along the sliding wall of the cover 20 The 2822 slides over the convex connecting portion and slides into the clamping wall 2823. The resisting block 135 of the second wall portion 1312 of the body 10 slides into the opening 26 of the second side wall 23 of the cover 20 to each other. The card is tightly fitted to complete the assembly work of the cap body 20. When disassembling, the cover body 20 is reversely pushed in a direction away from the body 10. At this time, the protruding post 132 passes from the clamping wall 2823 over the abutting convex connecting portion of the clamping wall 2823 and the sliding wall 2822. The sliding walls 2822 are in contact with each other; then the cover 20 is rotated upwardly away from the body 10, and the protrusions 132 are separated from the sliding wall 2822 along the guiding wall 2821 away from the engaging cavity 2825; The block 27 is detached from the card slot 136 to complete the disassembly of the cover 20. It can be understood that the number of the protrusions 132, the resisting blocks 135, and the card slots 136 is not limited to the number in the embodiment, and the number thereof may be increased or decreased according to requirements, and the engaging portion on the cover body 20 may be added as needed. 28, the number of the opening 26, the block 27, the shape and the protrusions 132 on the body 20, the abutting block 135, the card slot 136 respectively and respectively achieve a clamping and cooperation. It can be understood that the resisting block 135 can be a movable engaging component mounted on the body 10 to open and close the opening 26 on the cover 20. It can be understood that the protrusions 132, the resisting blocks 135, the card slots 136 of the body 1 and the engaging portions 1028, the openings 26, and the blocks 27 of the mating body 20 are disposed. It is not limited to the installation position in the embodiment, and the protrusions 132, the abutting blocks 135 and the card slots 136 of the main body 10 may be disposed on the cover body 20, and the engaging portions 28 on the corresponding cover body 20 may be provided. The opening 26 and the block 27 are disposed on the body 10 corresponding to the card. Of course, the protrusions 132, the abutting blocks 135, and the card slots 136 may be combined with each other in correspondence with the engaging portion 28, the opening 26, and the block 27. The battery cover has fewer structural components and a relatively simple structure, and a substantially "U"-shaped elastic engaging portion is disposed on the inner walls of the cover body so that the cover body can be well clamped and not easily carried. The body of the electronic device is detached. In addition, the battery cover structure is relatively simple and easy to operate when opened and closed, and is very convenient to use. In summary, the present invention complies with the requirements of the invention patent and submits a patent application according to law. However, 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 embodiments, and those skilled in the art will be able to make equivalent modifications or variations in accordance with the spirit of the present invention. It should be covered by the following patent application. 11 is a schematic exploded view of a preferred embodiment of the battery cover structure of the present invention; FIG. 2 is a perspective view of another embodiment of the cover of the battery cover structure of FIG. 1; 2 is a partially enlarged schematic view of the battery cover structure of FIG. 1; FIG.
【主要元件符號說明】 本體 10 主體部 11 接觸面 112 配合部 12 凸塊 13 電池容置槽 131 第一壁部 1311 第二壁部 1312 第三壁部 1313 第四壁部 1314 凸柱 132 抵持塊 135 卡槽 136 蓋體 20 底壁 21 第一侧壁 22 第二侧壁 23 第三側壁 24 開口 26 卡塊 27 卡合部 28 容置凹槽 281 卡合壁部 282 導引壁 2821 滑移壁 2822 卡緊壁 2823 卡合容腔 2825 腔室 29 12[Main component symbol description] Main body 10 Main body portion 11 Contact surface 112 Mating portion 12 Bump 13 Battery accommodating groove 131 First wall portion 1311 Second wall portion 1312 Third wall portion 1313 Fourth wall portion 1314 Stud 132 Resisting Block 135 Card slot 136 Cover body 20 Bottom wall 21 First side wall 22 Second side wall 23 Third side wall 24 Opening 26 Block 27 Engagement portion 28 accommodating groove 281 Engagement wall portion 282 Guide wall 2821 Slip Wall 2822 clamping wall 2823 engaging cavity 2825 chamber 29 12