M318197 八、新型說明： 【新型所屬之技術領域】 本創作係提出一種電池盒結構，特別是有關於掌上型 數位#§學習機之電池設置的技街領域。 【先前技術】M318197 VIII. New description: [New technology field] This creation department proposes a battery box structure, especially the technical street field about the battery setting of the handheld digital #§ learning machine. [Prior Art]
隨著近年來台灣半導體產業與電子產業的蓬勃發展， 市面上充斥著各式各樣掌上型電子裝i，常見的有行動電 話（Mobi 1 phone)、個人數位助理（pers〇nai Digital ASSlst，PDA^、語言學習翻譯機與筆記型電腦（N〇teb〇〇k) 等等’又’攻些裝置為因應市場需求及資訊的流通，其功 能越來越強大，體積也大為縮小。 上述草上型電子|置大致上皆需靠電池提供電力來 =2:保護電池不曝露於表面及防止電池掉落，所以 電池盍的卡扣裝置簡單判是何磨滅的功能。 潘綜，習知技術，對於電池蓋設計乃使電池蓋滑入雙邊 卡複數個卡勾固定。或，利用一彈性體應用於 ，置使m安裝與解除。上述裝置雖可合理運作且 成元件使裝配上耗㈣間及成本且 騰出對應空間以供容置，或内部空間不足使 =:::因此無法滿足現今對掌上型電子裝置輕薄 本創作人基於多年的實務經驗與專題探討，遂 5 M318197 於本創作提出一種電池盒結構以作為前述期望的實現方式 與依據。 【新型内容】 人有鑑於上述課題，本創作之主要目的係提供一種電池 盒結構，適甩於掌上型數位語言學習機，以簡單的卡勾裝 置及最小有效空間讓掌上型數位語言學習機更加輕薄，且 使電池蓋及電池拆卸組裝更加方便。 緣是’為達上述目的，依本創作所提出之電池盒結構， 可為一掌上型電子裝置之電池設置，且包含一電池槽及一 電池蓋。其中電池槽包含至少一滑軌及一勾槽，而電池蓋 則設有一卡勾，且電池蓋之一側邊設有階梯狀側板。當放 入電池時，電池蓋藉由電池槽之滑執推送時，電池也被電 池蓋之階梯式侧板推入至定位，，且卡勾與勾槽也依序扣接 來防止電池蓋鬆脫。反之，當施力於電池蓋時，卡勾與勾 _ 槽依序鬆脫’電池蓋藉由滑軌退出時，卡勾根部剛好將電 池後頂至電池槽底部，電池蓋與電池一同完成拆卸。或是， 電池槽與電池蓋分別設有複數個勾槽及相對應數量之卡 勾，藉由電池蓋推送過程中卡勾依序扣接勾槽，使電池蓋 盍合完成時更加緊密牢固。 承上所述，因依本創作所提出之電池盒結構’電池蓋 採用一體成型之設計，使掌上型電子裝置更加輕薄且組裝 元件簡單，減少組裝複雜性以及增加電池拆卸方便性，部 不喪失原本的牢固功能。 M318197 兹為使貴審查委員對本創作之技術特徵及所達成之 功效有更進一步之瞭解與認識，下文謹提供較佳之實施例 及相關圖式以為辅佐之用，並以詳細之說明文字配合說明 如後。 【實施方式】 ，， 為讓本創作之上述目的、特徵、和優點能更明顯易懂， 下文依本創作之一種電池盒結構特舉一較佳實施例，並配 ® 合所附相關圖式，作詳細説明如下，其中相同的元件將以 相同的元件符號加以說明。 第一圖及第二圓係為本創作中電池盒結構之立體及剖 面示意圖。請參閱第一圖及第二圖，圖中電池盒結構適用 於一掌上型電子裝置，請注意，本例的掌上型電子裝置為 一數位語言學習機11，且此電池盒結構至少包含有電池槽 12、滑轨121、第一勾槽122、第二勾槽123、電池蓋13、 階梯狀側板13卜第一卡勾132、第二卡勾133及矩形凹槽 嫌 134。將電池放入電池槽12中，電池蓋13藉由滑軌121 蓋合於電池槽12的過程中’第卡勾132及第一卡勾133 v 遂依序卡入第一勾槽122及第二勾槽123，且電池也藉由 v 電池蓋13的階梯狀側板131推送至定位，並產生一間隙 124。反之，當欲卸下電池蓋13取出電池時，施力於矩形 凹槽134上之一施力點，加壓於電池使第一卡勾132與第 一勾槽122鬆脫，接著將電池蓋13像後推開時，第二卡勾 133也脱離第二勾槽I23，且第一卡勾I32之根部也將電池 7 M318197 推送至底部，亦即填補間隙ία，如此便將電池蓋及電池 一同拆卸完成。再者，數位語言學習機11之一平面處更設 有至少一卡條丨丨2及一腳架1丨丨，且腳架u丨上設有至少 一卡梢1111，用以卡合該卡條112。當電池蓋13蓋合完成 聘’可藉由腳架111上之卡稍llu扣合卡條112，來避免 電池因電池蓋13卡扣不完全而彈出，使防護更加完善，並 讓此電池盒結構達到有效利用空間且精簡組裝元件的目 的。 * 上述之第一卡勾132及第一勾槽122 —般分別為一 ϋ 型卡勾及一 V型勾槽，以藉此相互扣接，第二卡勾133係 延伸自階梯狀侧板131，第二卡勾及第二勾槽123 — 般分別為一凸扣及一凹扣，以藉此相互扣合，矩形凹槽134 設於電池蓋13之一第一平面處上，供一外界施力，以退出 電池蓋13於電池槽12，矩形凹槽134内設有複數個ν型 狀之水平橫紋及外界施力之一方向指示標誌，電池蓋13 具有一第二平面上更設有複數個水平凸條，供電池蓋13 ⑩ 藉由該凸條施力於電池。 第二圖為本創作第二實施例之電池盒結構卡扣完全之 剖面示意圖。請參閱第三圖，圖中，此電池盒結構適用於 、 萃上组電子裝置’清注思’本例的掌上型電子裝置為^一 數位語言學習機31且至少包含有電池槽32、勾槽321、電 池蓋33、階梯狀侧板331、卡勾332及矩形凹槽333。將 電池放入電池槽32中，電池蓋33蓋合於電池槽32的過程 中，卡勾332遂卡入勾槽322，且電池也藉由電池蓋33的 階梯狀侧板331推送至定位，並產生一間隙322。反之， 當欲卸下電池蓋33取出電池時，施力於矩形凹槽333上之 一施力點，加壓於電池使卡勾332與勾槽322鬆脫，接著 將電池蓋33向後退出時，電池蓋33也將電池推送至底部， 亦即填補間隙322，則電池蓋33與電池一同拆卸完成，因 此該電池盒結構亦可達到有效利用空間且精簡組装元件之 目的。 上述之數位語言學習機31之一平面處上設有至少一 卡條及一腳架，矩形凹槽333設於電池蓋33之第三平面 > 處，供一外界施力，以退出電池蓋33於電池槽32，且矩 形凹槽333内設有複數個V型狀之水平横紋及外界施力之 一方向指示標誌，V型水平橫紋包含至少一施力點之防滑 裝置，電池蓋33具有一第二平面上更設有複數個水平凸 條，供電池蓋33藉由凸條施力於電池。 第四圖為本創作第三實施例之電池盒結構卡扣完全之 剖面示意圖。請參閱第四圖，圖中，此電池盒結構適用於 _ 一掌上型電子裝置，請注意，本例的掌上型電子裝置為一 數位語言學習機41且至少包含有電池槽42、勾槽421、電 池蓋43、階梯狀侧板431、卡勾432及矩形凹槽433。將 電池放入電池槽42中，電池蓋43蓋合於電池槽42的過程 中，卡勾432遂卡入勾槽422，且電池也藉由電池蓋43的 階梯狀侧板431推送至定位，並產生一間隙422。反之， 當欲卸下電池蓋43取出電池時，施力於矩形凹槽433上之 一施力點，加壓於電池使卡勾432與勾槽422鬆脫，接著 將電池蓋43向後退出時，電池蓋也將電池推送至底部，亦 即填補間隙422，則電池蓋與電池一同拆卸完成，因此該 M318197 電池盒結構亦可達到有效利用空間且精簡組裝元件之目 的。 上述之數位語言學習機41之一平面處上設有至少一 卡條及一腳架，矩形凹槽433設於電池蓋43之第三平面 處，供一外界施力，以退出電池蓋43於電池槽42，且矩 =凹槽433内設有複數俩v型狀之水平橫紋及外界施力之 2向指示標諸’ v型水平橫紋包含至少一施力點之防滑 二祉電:也ί 43具有一第二平面上更設有複數個水平凸 ’、、電池蓋43藉由凸條施力於電池。 應包含於後附之巾請顿之等效修改或變更，均 圖式簡單說明】 第一圖 圖； 第一實施例之電池盒結構之立體示意 電池盒結構之剖面示意 第二圖係為本創作第―實施例之 圖； 第三圖係為本創作第 剖面示意圖；以及 第四圖係為本創作第 4面示意圖。 實施例之電池盒結構卡扣完全之 實施例之電池盒結構卡扣完全之 M318197With the booming development of Taiwan's semiconductor industry and electronics industry in recent years, the market is full of all kinds of handheld electronic devices. Commonly, there are mobile phones (Mobi 1 phone) and personal digital assistants (pers〇nai Digital ASSlst, PDA). ^, language learning translators and notebook computers (N〇teb〇〇k), etc. 'and' attack these devices in response to market demand and the flow of information, its function is more and more powerful, the size is also greatly reduced. The upper type of electronic | is basically required to rely on the battery to provide power = 2: protect the battery from exposure to the surface and prevent the battery from falling, so the snap device of the battery pack is simple to judge the function of extinction. Pan Zong, the known technology For the design of the battery cover, the battery cover is slid into the double-sided card and the plurality of hooks are fixed. Alternatively, an elastic body is applied to install and release the m. The above device can operate reasonably and the components are used to make the assembly consume (4). And the cost and free space to accommodate, or the lack of internal space makes =::: therefore can not meet the current practical experience and special discussion on the light and thin creators of handheld electronic devices遂 5 M318197 This paper proposes a battery case structure as the above-mentioned desired implementation and basis. [New content] In view of the above problems, the main purpose of the present invention is to provide a battery case structure suitable for a palm-type digital language. The learning machine, with a simple hook device and minimal effective space, makes the handheld digital language learning machine lighter and thinner, and makes the battery cover and the battery disassemble and assemble more convenient. The edge is 'the battery case proposed according to the creation for the above purpose. The structure can be set for a battery of a palm-sized electronic device, and includes a battery slot and a battery cover, wherein the battery slot includes at least one slide rail and a hook slot, and the battery cover is provided with a hook and one of the battery covers The side is provided with a stepped side plate. When the battery is inserted, when the battery cover is pushed by the sliding of the battery slot, the battery is also pushed into the positioning by the stepped side plate of the battery cover, and the hook and the hook groove are also The buckle is connected to prevent the battery cover from being loose. Conversely, when the battery cover is applied, the hook and the hook _ slot are loosened in sequence. When the battery cover is withdrawn by the slide rail, the root of the hook is just The battery cover is attached to the bottom of the battery slot, and the battery cover is removed together with the battery. Alternatively, the battery slot and the battery cover are respectively provided with a plurality of hook slots and a corresponding number of hooks, and the hooks are pushed during the push of the battery cover. The snap-on hook groove makes the battery cover more tight and firm when finished. According to the above, the battery case structure of the battery cover is designed in one piece, so that the palm-type electronic device is lighter and thinner and assembled. The components are simple, the assembly complexity is reduced, and the convenience of disassembly of the battery is increased, and the original function is not lost. M318197 In order to enable the reviewing committee to have a better understanding and understanding of the technical features of the creation and the effects achieved, the following is provided. The preferred embodiments and related drawings are used for assistance, and the detailed descriptions are followed by the following descriptions. [Embodiment] In order to make the above objects, features, and advantages of the present invention more obvious, the following A battery case structure of the present invention is specifically described as a preferred embodiment, and is accompanied by a related drawing, which is described in detail below. Element will be described with the same reference numerals. The first figure and the second circle are a three-dimensional and cross-sectional schematic view of the battery case structure in the creation. Please refer to the first figure and the second figure. The battery box structure is suitable for a palm-type electronic device. Please note that the handheld electronic device of this example is a digital language learning machine 11 and the battery box structure includes at least a battery. The slot 12, the slide rail 121, the first hook groove 122, the second hook groove 123, the battery cover 13, the stepped side plate 13, the first hook 132, the second hook 133, and the rectangular recess 134. The battery is placed in the battery slot 12, and the battery cover 13 is inserted into the battery slot 12 by the slide rail 121. The first hook 140 and the first hook 133 v are sequentially inserted into the first hook slot 122 and The second hook groove 123, and the battery is also pushed to the position by the stepped side plate 131 of the v battery cover 13, and a gap 124 is generated. On the contrary, when the battery cover 13 is to be removed to remove the battery, a force application point is applied to the rectangular recess 134, and the battery is pressed to release the first hook 132 and the first hook groove 122, and then the battery cover is removed. 13 When the image is pushed back, the second hook 133 is also separated from the second hook slot I23, and the root of the first hook I32 also pushes the battery 7 M318197 to the bottom, that is, fills the gap ία, thus the battery cover and The battery is removed together. Furthermore, at least one of the card language learning machine 11 is provided with at least one card 丨丨 2 and a tripod 1 丨丨, and at least one card tip 1111 is provided on the pedestal u , for engaging the card. Article 112. When the battery cover 13 is closed, the card 112 can be fastened by the card on the stand 111 to prevent the battery from being ejected due to the incomplete locking of the battery cover 13, so that the protection is more perfect, and the battery case is made The structure achieves the purpose of effectively utilizing space and streamlining the assembly of components. The first hooks 132 and the first hook slots 122 are generally a 卡-type hook and a V-shaped hook groove respectively, thereby being mutually fastened, and the second hook 133 extends from the stepped side plate 131. The second hook and the second hook groove 123 are respectively a convex buckle and a female buckle, so as to be engaged with each other, and the rectangular recess 134 is disposed at a first plane of the battery cover 13 for an external environment. Applying force to exit the battery cover 13 in the battery slot 12, the rectangular recess 134 is provided with a plurality of horizontal stripes of ν-shaped shape and one direction indication of external force, and the battery cover 13 has a second plane. There are a plurality of horizontal ribs for the battery cover 13 10 to apply force to the battery by the ribs. The second figure is a schematic cross-sectional view of the battery case structure buckle of the second embodiment of the present invention. Please refer to the third figure. In the figure, the battery box structure is suitable for the electronic device of the group. The palm-type electronic device of this example is a digital language learning machine 31 and includes at least a battery slot 32 and a hook. The groove 321, the battery cover 33, the stepped side plate 331, the hook 332, and the rectangular recess 333. The battery is placed in the battery slot 32, the battery cover 33 is covered in the battery slot 32, the hook 332 is snapped into the hook groove 322, and the battery is also pushed to the position by the stepped side plate 331 of the battery cover 33. And a gap 322 is created. On the contrary, when the battery cover 33 is to be removed, the battery is applied to a point of application on the rectangular recess 333, and the battery is pressed to release the hook 332 and the hook groove 322, and then the battery cover 33 is retracted backward. The battery cover 33 also pushes the battery to the bottom, that is, fills the gap 322, and the battery cover 33 is disassembled together with the battery. Therefore, the battery case structure can also achieve the purpose of effectively utilizing space and simplifying assembly of components. At least one of the above-mentioned digital language learning machine 31 is provided with at least one card strip and a tripod. The rectangular recess 333 is disposed at the third plane of the battery cover 33 for externally applying force to exit the battery cover. 33 is in the battery slot 32, and the rectangular recess 333 is provided with a plurality of V-shaped horizontal horizontal stripes and one direction indication mark of the external force application, and the V-shaped horizontal horizontal stripes include at least one anti-slip device for applying the force point, the battery cover 33 has a second plane and a plurality of horizontal ridges for the battery cover 33 to be applied to the battery by the ribs. The fourth figure is a schematic cross-sectional view of the battery case structure buckle of the third embodiment of the present invention. Please refer to the fourth figure. The battery box structure is suitable for a handheld electronic device. Please note that the handheld electronic device of this example is a digital language learning machine 41 and includes at least a battery slot 42 and a hook slot 421. The battery cover 43, the stepped side plate 431, the hook 432, and the rectangular recess 433. The battery is placed in the battery slot 42. During the process of covering the battery cover 42 with the battery cover 43, the hook 432 is snapped into the hook slot 422, and the battery is also pushed to the position by the stepped side plate 431 of the battery cover 43. And a gap 422 is created. On the contrary, when the battery cover 43 is to be removed, the battery is applied to a point of application on the rectangular recess 433, and the battery is pressed to release the hook 432 and the hook groove 422, and then the battery cover 43 is retracted backward. The battery cover also pushes the battery to the bottom, that is, fills the gap 422, and the battery cover is removed together with the battery. Therefore, the M318197 battery case structure can also achieve the purpose of effectively utilizing space and simplifying assembly of components. At least one of the above-mentioned digital language learning machine 41 is provided with at least one card strip and a tripod. The rectangular recess 433 is disposed at the third plane of the battery cover 43 for externally applying force to exit the battery cover 43. The battery slot 42 and the moment=the groove 433 are provided with a plurality of v-shaped horizontal horizontal stripes and a two-way indication of the external force. The v-shaped horizontal horizontal stripes include at least one non-slip electric point of the application point: Further, the 249 has a plurality of horizontal protrusions on a second plane, and the battery cover 43 is biased to the battery by the ribs. Equivalent modification or modification of the accompanying towel should be included in the attached drawings. The first drawing is a first embodiment; the three-dimensional schematic design of the battery case structure of the first embodiment is shown in the second figure. The drawing of the first embodiment is shown; the third drawing is a schematic view of the first section of the creation; and the fourth drawing is the fourth aspect of the creation. The battery case structure of the embodiment is fully buckled. The battery case structure of the embodiment is fully buckled. M318197
【主要元件符號說明】 11 :數位語言學習機； 111 :腳架； 1111 :卡梢； 112 :卡條； 12 ·•電池槽； 121 :滑軌； 122 :第一勾槽； 123 :第二勾槽； 124 :間隙； 13 ··電池蓋； 131 :階梯狀侧板； 132 :第一卡勾； 133 :第二卡勾； 134 :矩形凹槽； 31 :數位語言學習機； 32 :電池槽； 321 :勾槽； 322 :間隙； 33 :電池蓋； 3 31 ·階梯狀侧板， 332 :卡勾； 333 :矩形凹槽； 41 :數位語言學習機; 42 :電池槽； 421 :勾槽； 422 :間隙； 43 ··電池蓋； 431 :階梯狀侧板； 432 :卡勾；以及 433 :矩形凹槽。 11[Main component symbol description] 11 : Digital language learning machine; 111 : Tripod; 1111 : Card tip; 112 : Card strip; 12 ·• Battery slot; 121: Slide rail; 122: First hook slot; 123: Second Hook groove; 124: gap; 13 · battery cover; 131: stepped side plate; 132: first hook; 133: second hook; 134: rectangular groove; 31: digital language learning machine; Slot; 321 : hook groove; 322: gap; 33: battery cover; 3 31 · stepped side plate, 332: hook; 333: rectangular groove; 41: digital language learning machine; 42: battery slot; Slot; 422: gap; 43 · battery cover; 431: stepped side plate; 432: hook; and 433: rectangular groove. 11