M422696 五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種滑鼠，特別是指一種無線滑鼠。 【先前技術】M422696 V. New description: [New technical field] The new type is related to a mouse, especially a wireless mouse. [Prior Art]
科技的發展’使得滑鼠已由以往的有線滑鼠發展為無 線滑鼠，無線滑鼠除了一滑鼠本體以外，更包括一用以插 設於電腦主機的無線接收器，然而，由於無線接收器與滑 鼠本體是兩獨立個體，且無線接收器一般體積均不大，容 易有被忽略或遺失的問題，因此，當其不使用時如何可 被方便收納也成為需要被解決的問題。 如台灣發明專利證書號1296770、1265445、台灣新型專 利公告號545648等’所揭露之技術均在於解決無線接收器 之收納問題。 同夺.’·、線π鼠的鼠本體由於是透過發射無線訊號 達成控制的㈣，因此，滑鼠本體内也需要裝設電池提供 錢射無線訊號的電源，然而，當電池沒有較恰當的辅助 固疋機制時，很容易由於外力碰撞或摔落而導致電池位移 ’造成電力中斷。 【新型内容】 ,敗一種提供辅助 池的無線滑鼠。 本新型的另一目的，在於提 一 雷砷盥種同時解決辅助固定 /與…、線收納器之收納問題的無線滑鼠。 本新型的再一目的，在於提供-種具有前述優點的無 3 M422696 線輸入裝置。 本新型無線滑鼠包含一滑鼠本體、一電池固定座與一 上蓋，該滑鼠本體包括一頂部以及一相對於該頂部往下凹 陷而用以容置電池的電池容置部，該電池固定座包括一結 合於該滑鼠本體的頂部的座體以及一擋止部，該擋止部連 接該座體並且延伸位於該電池容置部上方，擋止容置於該 電池容置部内的電池，該上蓋結合於該滑鼠本體並且遮蔽 該電池容置部，該電池固定座介於該滑鼠本體的頂部與該 上蓋之間。 該滑鼠本體更包括設置於該頂部的一第一卡合部與一 第一卡合部’該電池固定座更包括設置於該座體的一彈性 卡合部與一第三卡合部，該座體藉該第三卡合部卡合於該 第二卡合部、該彈性卡合部卡合於該第一卡合部而結合於 該頂部。 該電池固定座樞設於該滑鼠本體頂部而能相對於該滑 鼠本體活動處於一第一位置與一第二位置，於該第一位置 時，該擋止部位於該電池容置部上方而擋止該電池，於該 第二位置時，該電池固定座相對於該滑鼠本體的頂部往上 樞轉使該擋止部離開該電池。 該電池固定座更包括一基壁與一設置於該座體的殼部 ’該座體與該殼部配合界定出一插槽供一無線接收器插設 於内。該電池容置部包括分別位於該頂部左右兩側的二電 池容置槽，該擋止部包括分別由該座體左右兩側延伸出的 擋板，該等擋板分別位於該等電池容置槽上方。本新型無 4 M422696 線輸入裝置組合包含前述的無線滑鼠以及無線接收器。 本新型的電池固定座除了其擋止部可擋止容納於容置 槽的電池，使電池不易因為外力碰撞而位移，因而提供輔 助固疋電池的機制以外，更藉由插槽的形成，可供無線接 收器插設收納於内。 【實施方式】 有關本新型之刚述及其他技術内容、特點與功效，在 以下配合參考圖式之二個較佳實施例的詳細說明中，將可 清楚的呈現。 在本新型被詳細描述之前，要注意的是，在以下的說 明内谷中，類似的元件是以相同的編號來表示。 參閱圖1與圖2，本新型無線滑鼠ι〇〇之第一較佳實施 例包含一滑鼠本體1、一電池固定座2與一上蓋3。 滑鼠本體1包括一頂部U、一相對於頂部n往下凹陷 的電池容置部12以及設置於頂部u的一第一卡合部13與 第一卡合部14，電池容置部12用以容納電池1 〇2 (見圖 5)。本實施例中，滑鼠本體i包括一底殼15、一結合於底 殼15的頂殼16以及設置於底殼15與頂殼16之間的一電 子模組17、一滾輪18，當然，滑鼠本體1可能還包括其他 零組件，於此便不再多做詳述。 頂殼16形成有一前後方向延伸的牆部以及分別位於牆 部左右兩侧的二容置槽162，兩容置槽〗62配合界定出前述 的電池容置部12而用以容納兩個電池102，牆部界定出前 述的頂部11並且具有一第一頂壁163、一位於第一頂壁163 5 M422696 後方的第二頂壁160以及一位於第一頂壁163與第二頂壁 160之間並且高度低於第一頂壁163與第二頂壁丨6〇的第三 頂壁164’換言之，牆部呈局部區段往下凹陷的結構，第一 頂壁163與第三頂壁164之間配合界定出一第一階部165， 第二頂壁160與第三頂壁164之間配合界定出一第二階部 166,第一卡合部π為貫穿第三頂壁丨64鄰近第一階部165 的孔洞’第二卡合部14為貫穿第三頂壁164鄰近第二階部 16 6的孔洞。 參閱圖1至圖3，電池固定座2包括一座體21、連接 座體21的一擋止部22、一彈性卡合部23、一第三卡合部 24，座體21藉由彈性卡合部23與第三卡合部24分別卡合 於第一卡合部13與第二卡合部14而結合在滑鼠本體丨的 頂部11，擋止部22是用以擋止容納於兩容置槽162的電池 102。 具體而言’座體21包括一基壁211與一殼部25，殼部 25 5史置於基壁211並且與基壁211配合界定出一用以容納 一無線接收器101的插槽20，本實施例的無線接收器1為 USB Nano Dongle規格。基壁211具有一前緣2111與一後 緣2112，殼部25包括一由基壁211後緣2112往上延伸的 後壁251、由基壁211往上延伸並且連接後壁251的左右兩 側壁252、一由後壁251往前延伸間隔於基壁211上方的頂 壁253以及分別由兩侧壁252相向突出的凸緣254，兩側壁 252與後壁251連接大致呈U型，兩凸緣254呈直立方向延 伸並且分別鄰近兩側壁252前緣，前述基壁211、後壁251 6 M422696 、左右兩侧壁252與頂壁253配合界定出呈朝前開放之空 間的插槽20,除此之外，座體21更包括複數形成於基壁 211頂面並且呈前後方向延伸、左右相間隔的支撐肋Μ]， 以及二形成於基壁211底面並且呈前後方向延伸、左右相間 隔的導引肋213，且支撐肋212是位於兩側壁252之間，關 於支撐肋212與導引肋213的作用稍後說明。 彈性卡合部23包括一形成於基壁211的彈性條231以 及一連接彈性條231的卡塊232 ,本實施例中，彈性條231 的形成是基壁211鄰近前緣2111處設有一與前緣2111平行 的長槽217，長槽217與基壁211前緣2111之間界定出前 述的彈性條231，換言之，彈性條231即為基壁211鄰近前 緣2111處的局部區域，卡塊232大致呈L型並且具有一由 彈性條231往下延伸適當長度的第一板段233與一由第一 板段233往前延伸的第二板段234。藉由長槽217的形成， 當彈性條231受力往後彈性變形，卡塊232也具有可彈性 前後位移的活動性。 第二卡合部24大致呈L型並且具有一由基壁211後緣 2112往下延伸適當長度的第三板段241與一由第三板段241 往後延伸的第四板段242。擋止部22包括分別由基壁211 左右兩側延伸出的二擋板221，兩擋板221大致呈中央區域 往上隆起的弧形板狀，且兩擋板221分別位於殼部25的兩 側壁252前方。彈性卡合部23的位置也可以與第三卡合部 24的位置前後互換。 參閱圖2、圖4至圖6，本實施例中，是設計使基壁 7 M422696 211前緣2111至後緣2112的長度距離大約與第一階部165 至第二階部166之間的距離相當，因此，欲將電池固定座2 結合於滑鼠本體1頂部11時，是先使第三卡合部24卡入滑 鼠本體1的第二卡合部14，接著往後推抵彈性條231使其 彈性變形，使卡塊232得以卡入第--^合部13内，從而將 電池固定座2結合於滑鼠本體1頂部u，因此，彈性卡合 部23卡合於第一卡合部13的方向與第三卡合部24卡合於 第一卡合部14的方向相反。 當電池固定座2結合於滑鼠本體丨的頂部u時，滑鼠 本體1的頂部11位於兩導引肋213之間，基壁211的後緣 2112靠抵於第二階部166，第三板段241穿伸通過第二卡合 部14,第四板段242位於第二頂壁16〇的下方，彈性二 231則靠抵於第一階部165，且第一板段233穿伸通過第一 卡合部13，第二板段234位於第一頂壁163的下方，兩擋 板221則是分別位於兩容置槽162上方，因此，當電池⑽ 容置在容置槽162内時，兩擂板221便能分料兩電池1〇2 產生擋止作用’避免電池1〇2輕易由於外力震動脫離容置 槽 162。 —當使用者欲更換電池1〇2或因其他因素需要將電池固 定座2拆離滑鼠本體1項部11時，先施力於彈性條231使 其往後彈性變形，帶動第二板段234往後退出第—頂壁⑹ 下方再將基壁211前緣2111處往上撥轉使彈性卡合部 的凸塊234往上脫離第—卡合部13，再使第三卡合部μ往 上脫離第二卡合部14，便能將電池固定座2由滑鼠本體1 8 拆離。 參閱圖1、圖7,上蓋3是用以結合於滑鼠本體丨的頂 部11，本實施例中，上蓋3包括一蓋板31以及由蓋板31 一體成型的往前延伸的兩活動板部32，當上蓋3結合於滑 鼠本體1時，蓋板31遮蔽電池容置槽162，兩活動板部32 則形成無線滑鼠100可供按壓的左右按鍵’且在本實施例 中上蓋3與滑鼠本體1之間是藉由磁力的吸附而相接合 (例如滑鼠本體1更包括設置於頂部n的磁鐵19，而上蓋 3更包括设置於蓋板31而可供磁鐵19吸附的金屬件33或 磁性件）。 配合參閱圖2,當無線接收器1〇1插設於電池固定座2 的插槽20時，殼部25的兩侧壁252分別藉其凸緣254靠 抵於無線接收器101的左右兩侧，藉此對無線接收器1〇1 產生夾持的作用，辅助無線接收器1〇1固定，同時，無線 接收器1〇1於上下方向也是被定位於頂壁253與支樓肋212 之間，因此，支撐肋212具有縮短頂壁253與基壁211之間 的距離而可夾持住無線接收器1 〇丨的作用。 因此，電池固定座2除了擋止部22可用以限制電池 1〇2避免其輕易脫離容置槽162以外，藉由插槽2〇的形成 ，也可供無線接收器101插設於座體21的插槽内，使 得當電池固定座2組裝結合於滑鼠本體丨時，可同時將無 線接收器101插設於電池固定座2而收納於上蓋3與滑鼠 本體1之間。 參閱圖8、圖9,為本新型無線滑鼠4〇〇的第二較佳實 M422696 施例’與前一較佳實施例不同之處是在於電池固定座4的 結構以及滑鼠本體5頂部51的結構。 在第二較佳實施例中，滑鼠本體5的一頂殼5〇界定出 頂部51與兩容置槽162的結構大致與前一實施例相同，滑 鼠本體5的頂部51包括左右相間隔的二側壁511以及連接 兩側壁511並且前後相間隔的一第一頂壁5丨2與一第二頂壁 513，電池固定座4是可前後滑動的樞設於滑鼠本體5的頂 部51。 此外’滑鼠本體5更包括設置於頂部51的一第一_^合 部52與一第一枢接部53，本實施例中，第一卡合部52為 一形成於第一頂壁512底面鄰近後緣的凸塊，第一樞接部 53則包括分別設置於兩側壁511鄰近第二頂壁513並且前 後方向延伸的滑槽531。 參閱圖10、圖11，電池固定座4包括一座體41、一擔 止部42、設置於座體41的一第二卡合部43與一第二樞接 部44、一殼部45，本實施例中，座體41同樣包括一基壁 411。 第一卡合部43包括一由基壁411前緣4111往下延伸適 當長度的第一板段431以及一由第一板段431往前延伸的 第二板段432，第二板段432大致呈勾狀而形成有一朝上開 放的勾槽433。第二枢接部44包括由一連接基壁411並且 相對於基壁411往後延伸的延伸板441以及二軸部442，其 中，延伸板441大致呈U型板狀而具有相間隔的二板段 ，兩軸部442大致呈橫向延伸的圓柱狀分別形成於兩板段 10 M422696 443後緣’且兩軸部442相遠離的一端分別凸出兩板段443 並且其端面呈一斜面。 45同樣與基壁411配合界定出一可供無線接收器 401插設的插槽4〇，殼部45包括一由基壁411後緣4112往 上延伸的後壁451、由基壁411往上延伸的左右兩側壁452 、一由後壁451往前延伸間隔於基壁411上方的頂壁453以 及二形成於基壁411頂面並且呈前後方向延伸、左右相間隔 的支樓肋454 ’且左右兩側壁452鄰近基壁411前緣4111 而不與後壁451連接，且左右兩侧壁452相向的内壁面455 呈相向凸出的狐形表面。 擒止部42同樣包括兩擋板421，兩擋板421分別位於 後壁451與侧壁452之間，每一擋板421包括一由基壁411 往上延伸的直立板部422、一由直立板部422橫向延伸的橫 向板部423以及一由橫向板部423底面往下延伸的壓制塊 424，橫向板部423相遠離延伸，且橫向板部423前緣一處 形成缺口而避開側壁452，每一擋板421與其所鄰近的殼部 45側壁452之間形成一間隙420，間隙420由於擋板421 以及其所鄰近的側壁452之間的相對關係而呈三維方向延 伸。 參閱圖8、圖11、圖12,電池固定座4是以其兩軸部 442分別穿設於頂部51兩側壁511的滑槽531而組裝結合 於滑鼠本體5的頂部51而能相對於滑鼠本體5的頂部51 前後滑動以及相對於滑鼠本體5的頂部51往上樞轉（如圖 14所示），其中，延伸板441的u型板狀設計與兩軸部442 11 M422696 的端面斜面是 槽 531 » 有助於第二樞接部44組裝於兩側壁511 的滑 3欲利用電池固定座4壓制容納於容 置槽162的電池402時·，昤7± 時除了兩軸部442穿設於頂部51兩 側壁511的滑槽531以外，审脸泰 卜更將電池固定座4往前滑移使其 第二卡合部43卡合於笛 士人* 、 於第一卡合部52,亦即使位於第一頂壁 512下方的凸塊卡入勾槽433而限制第二卡合部43往後位 移的可活動性，此時，電池固定座4處在一第一位置立 兩擋板421的橫向板部423分別位於兩容置槽162上方而 能分別利用兩壓制塊424抵觸於兩電池搬而形成壓制作 用。而當使用者欲更換電池時，可藉由往下按壓基壁4ιι位 於前方的區域使第二卡合部43往下退出第-卡合部52之 後，再將電池固定座4往後滑移至㈣531的後端，接著 如圖14所示的將電池固定座4相對於頂部51《主上旋轉至 基壁川大致呈直立方向並且第二卡合部43朝上的一第二 位置，此時，擋板421即離開容置槽162的上方區域，電 池402即可供由容置槽162取出。 參閱圖8、圖10、目14，為辅助電池固定座4定位於 第二位置，在本實施例中，滑鼠本體5的頂部51更包括一 由第一頂壁513的前緣凹陷形成的缺口槽5】4 (圖8)，而 第二樞接部44更包括-由延伸板441往上延伸的凸片4料 (圖1〇)，當電池固定座4被往上旋轉至基壁411大致呈直 立方向時，凸片444恰可對應到缺口槽514的位置而供凸 片444嵌入，因此，藉由使凸片444嵌入缺口槽514，可輔 12 M422696 助電池固定座4定位於第二位置。 參閱圖13、圖15，當電池固定座2組裝結合於滑鼠本 體5的頂部51時，無線接收器4〇1同樣可插設於電池固定 座4的插槽40，使得無線接收器4〇1的左右兩側被夹置於 殼部45的兩側壁452内壁面455之間並且伸入兩直立板部 422之間，而上下兩側被夾置於頂壁453與支撐肋454之間 ，當上盍3蓋合於滑鼠本體5時，無線接收器4〇2同樣是 被收納於上蓋3與滑鼠本體5之間。 • 其中，兩間隙420的作用在於，由於當無線接收器401 插設於插槽40時，是被夾置於左右兩側壁452内壁面455 之間，換言之，左右兩侧壁452可能會由於夾持無線接收 器401的關係而稍微被往外撐開變形，因此，間隙42〇的 設置是用以容s午左右兩側壁452有往外的些微變形量。 補充說明的是，在本實施例中，是藉由滑槽53丨的設 置使得電池固定座4可往前位移卡合於滑鼠本體5頂部51 或往後滑移並且往上旋轉使擋止部42脫離容置槽162，但 • 在另一種變化態樣中，第一卡合部52與第二卡合部43也 可以替換成第較佳實施例的第--^合部13與彈性卡合部 23的態樣，如此一來，電池固定座4便可以只是樞設在滑 鼠本體5的頂部51而不具有可前後位移的可活動性，也就 疋說’電池m是藉由彈性卡合部23的彈性機制而卡 合或解除卡合於滑鼠本體5的頂部51，取代透過前後滑移 而卡合或解除卡合的方式。 綜上所述，本新型藉由電池固定座2、4的設置，其擋 13 M422696 止。卩22、42可擋止谷納於容置槽！ a的電池！ 〇2、4〇2使 其不易因為外力碰撞而位移，因而提供辅助固定電池ι〇2、 4〇2的機制’此外’更藉由插槽2〇、4〇的形成可供無線接 收器101、401插設收納於内，故確實能達成本新型之目的 〇 惟以上所述者，僅為本新型之較佳實施例而已，當不 能以此限定本新型實施之範圍，即大凡依本新型申請專利 範圍及新型說明内容所作之簡單的等效變化與修飾皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1疋本新型無線滑鼠的第一較佳實施例的立體分解 圖： 圖2是該第一較佳實施例的一電池固定座的立體圖； 圖3是該第一較佳實施例的電池固定座的另一角度的 立體圖； 圖4是該第一較佳實施例中，該電池固定座結合於該 滑鼠本體的作動剖視圖； 圖5是該第一較佳實施例中，該電池固定座結合於一 滑鼠本體的立體圖； 圖6是該第一較佳實施例中，該電池固定座結合於該 滑鼠本體的剖視圖； 圖7是類似圖6的視圖，且一無線接收器插設於該電 池固定座； 圖8是本新型無線滑鼠第二較佳實施例的分解圖； 14 M422696 圖9是該第二較佳實施例的一滑鼠本體的刮視圖； 圖10是該第二較佳實施例的一電池固定座的立體圖； 圖11是該第二較佳實施例的電池固定座另一角度的立 體圖； 圖12是該第二較佳實施例中，該電池固定座處於一第 一位置的刮視圖； 圖13是該第二較佳實施例中，該電池較座處於該第 一位置的立體圖； 圖14疋。亥第一較佳實施例中，該電池固定座處於一第 二位置的剖視圖；以及 圖15疋類似圖12的視圖，且一無線接收器插設於該 電池固定座。 15 M422696 【主要元件符號說明】 1、5 …‘ •滑鼠本體 2111·.. …前緣 100…… •無線滑鼠 2112··· …後緣 101…… •無線接收器 251 ··.. …後壁 102…… •電池 252 ·..· …側壁 11、51 · •頂部 253 ··.. …頂壁 12........ •電池容置部 254 ··.· …凸緣 13........ •第一卡合部 212 ···. …支撐肋 14........ •第二卡合部 213 ..·· …導引肋 15........ •底殼 217 ···· …長槽 16........ •頂殼 22…… …擋止部 160…… •第二頂壁 221 ·… …擋板 162…… •容置槽 23…… …彈性卡合部 163…… •第一頂壁 231 ···. …彈性條 164…… •第三頂壁 232 ···· …卡塊 165…… •第一階部 233 ·..· …第一板段 166…… •第二階部 234 ···· …第二板段 17........ •電子模組 24…… …第三卡合部 18........ 滚輪 241 ···· …第三板段 19........ •磁鐵 242 ···· …第四板段 2、4 ·... •電池固定座 25…… …殼部 20........ •插槽 3 ....... …上蓋 21........ •座體 31…… …盍板 211…… •基壁 32…… …活動板部 16 M422696The development of technology has made the mouse develop from a wired mouse to a wireless mouse. In addition to a mouse body, the wireless mouse includes a wireless receiver for plugging in a computer host. However, due to wireless reception. The device and the mouse body are two independent individuals, and the wireless receiver is generally small in size and easy to be neglected or lost. Therefore, how to be conveniently stored when it is not used becomes a problem that needs to be solved. The technologies disclosed in Taiwan Invention Patent No. 1296770, 1265445, Taiwan New Patent Bulletin No. 545648, etc. all address the problem of storage of wireless receivers. Because the mouse body of the 夺. 、, line π mouse is controlled by transmitting a wireless signal (4), the mouse body also needs to be equipped with a battery to provide power for the wireless signal. However, when the battery is not properly When the auxiliary solid-fixing mechanism is used, it is easy to cause the battery to be displaced due to an external force collision or falling, causing power interruption. [New content], a wireless mouse that provides a secondary pool. Another object of the present invention is to provide a wireless mouse that simultaneously solves the problem of accommodating the fixing/and/or the storage of the wire storage device. A further object of the present invention is to provide a 3 M422696 line input device having the aforementioned advantages. The wireless mouse includes a mouse body, a battery holder and an upper cover. The mouse body includes a top portion and a battery receiving portion recessed relative to the top portion for accommodating the battery. The battery is fixed. The base includes a base coupled to the top of the mouse body and a stop portion coupled to the base and extending over the battery receiving portion to block a battery housed in the battery receiving portion The upper cover is coupled to the mouse body and shields the battery receiving portion, and the battery fixing seat is interposed between the top of the mouse body and the upper cover. The main body of the mouse further includes a first engaging portion and a first engaging portion. The battery fixing base further includes an elastic engaging portion and a third engaging portion disposed on the base. The base body is coupled to the second engaging portion by the third engaging portion, and the elastic engaging portion is engaged with the first engaging portion to be coupled to the top portion. The battery holder is pivotally disposed on the top of the mouse body and is movable in a first position and a second position relative to the mouse body. In the first position, the stopping portion is located above the battery receiving portion. While the battery is blocked, in the second position, the battery holder pivots upward relative to the top of the mouse body to cause the stop to exit the battery. The battery holder further includes a base wall and a housing portion disposed on the base body. The base body cooperates with the housing portion to define a slot for the wireless receiver to be inserted therein. The battery accommodating portion includes two battery accommodating grooves respectively located at the left and right sides of the top portion, and the blocking portion includes baffles respectively extending from left and right sides of the base body, and the baffles are respectively located in the battery accommodating Above the slot. The new 4 M422696 line input device combination includes the aforementioned wireless mouse and wireless receiver. The battery holder of the present invention can block the battery accommodated in the accommodating groove except that the stopper portion thereof, so that the battery is not easily displaced by the external force collision, thereby providing a mechanism for assisting the solid-state battery, and further forming the slot. The wireless receiver is inserted and stored. BRIEF DESCRIPTION OF THE DRAWINGS The present invention will be clearly described in the following detailed description of the preferred embodiments of the preferred embodiments. Before the present invention is described in detail, it is noted that in the following description, similar elements are denoted by the same reference numerals. Referring to Figures 1 and 2, a first preferred embodiment of the novel wireless mouse ι includes a mouse body 1, a battery holder 2 and an upper cover 3. The main body 1 includes a top portion U, a battery receiving portion 12 recessed relative to the top portion n, and a first engaging portion 13 and a first engaging portion 14 disposed at the top portion u. The battery receiving portion 12 is used for the battery receiving portion 12. To accommodate the battery 1 〇 2 (see Figure 5). In this embodiment, the mouse body i includes a bottom case 15, a top case 16 coupled to the bottom case 15, and an electronic module 17 and a roller 18 disposed between the bottom case 15 and the top case 16. Of course, The mouse body 1 may also include other components, and will not be described in detail herein. The top case 16 is formed with a wall portion extending in the front-rear direction and two receiving grooves 162 respectively located at the left and right sides of the wall portion. The two receiving slots 62 cooperate to define the battery receiving portion 12 for receiving the two batteries 102. The wall portion defines the aforementioned top portion 11 and has a first top wall 163, a second top wall 160 located behind the first top wall 163 5 M422696, and a space between the first top wall 163 and the second top wall 160. And the third top wall 164 ′ having a lower height than the first top wall 163 and the second top wall 丨 6 换, in other words, the wall portion is recessed in a partial section, and the first top wall 163 and the third top wall 164 are A first step 165 is defined between the second top wall 160 and the third top wall 164. The first engaging portion π is adjacent to the third top wall 64. The hole 'the second engaging portion 14 of the first step portion 165 is a hole penetrating the third top wall 164 adjacent to the second step portion 16 6 . Referring to FIG. 1 to FIG. 3, the battery holder 2 includes a body 21, a stopping portion 22 of the connecting base 21, an elastic engaging portion 23, and a third engaging portion 24. The seat body 21 is elastically engaged. The portion 23 and the third engaging portion 24 are respectively engaged with the first engaging portion 13 and the second engaging portion 14 and are coupled to the top portion 11 of the mouse body ,. The blocking portion 22 is for blocking the accommodation. The battery 102 of the slot 162 is placed. Specifically, the seat body 21 includes a base wall 211 and a shell portion 25, and the shell portion 25 5 is disposed on the base wall 211 and cooperates with the base wall 211 to define a slot 20 for receiving a wireless receiver 101. The wireless receiver 1 of this embodiment is a USB Nano Dongle specification. The base wall 211 has a leading edge 2111 and a trailing edge 2112. The shell portion 25 includes a rear wall 251 extending upward from the trailing edge 2112 of the base wall 211, extending upward from the base wall 211 and connecting the left and right side walls of the rear wall 251. 252. A top wall 253 extending from the rear wall 251 to the top of the base wall 211 and a flange 254 respectively protruding from the two side walls 252. The two side walls 252 are connected to the rear wall 251 by a substantially U-shaped flange. The 254 extends in an upright direction and is adjacent to the front edges of the two side walls 252 respectively. The base wall 211, the rear wall 251 6 M422696, and the left and right side walls 252 cooperate with the top wall 253 to define a slot 20 which is open to the front. In addition, the base body 21 further includes a plurality of support ribs formed on the top surface of the base wall 211 and extending in the front-rear direction, spaced apart from each other, and two guides formed on the bottom surface of the base wall 211 and extending in the front-rear direction and spaced apart from each other. The rib 213 is provided, and the support rib 212 is located between the side walls 252, and the action of the support rib 212 and the guide rib 213 will be described later. The elastic engaging portion 23 includes an elastic strip 231 formed on the base wall 211 and a block 232 connecting the elastic strips 231. In the embodiment, the elastic strip 231 is formed by the base wall 211 adjacent to the front edge 2111. The long groove 217 parallel to the edge 2111, the long groove 217 and the front edge 2111 of the base wall 211 define the aforementioned elastic strip 231. In other words, the elastic strip 231 is a partial area of the base wall 211 adjacent to the leading edge 2111, and the block 232 It is generally L-shaped and has a first plate segment 233 extending downwardly from the elastic strip 231 by a suitable length and a second plate segment 234 extending forwardly from the first plate segment 233. By the formation of the long groove 217, when the elastic strip 231 is elastically deformed by the force, the block 232 also has an elastically movable front and rear displacement. The second engaging portion 24 is substantially L-shaped and has a third plate segment 241 extending downward from the trailing edge 2112 of the base wall 211 and a fourth plate segment 242 extending rearwardly from the third plate segment 241. The blocking portion 22 includes two baffles 221 extending from the left and right sides of the base wall 211 respectively. The two baffles 221 are substantially in the shape of an arc having a central portion rising upward, and the two baffles 221 are respectively located at the shell portion 25. The front side of the side wall 252. The position of the elastic engagement portion 23 can also be interchanged with the position of the third engagement portion 24. Referring to FIG. 2, FIG. 4 to FIG. 6, in this embodiment, the length distance between the leading edge 2111 and the trailing edge 2112 of the base wall 7 M422696 211 is approximately the distance from the first step portion 165 to the second step portion 166. Therefore, when the battery holder 2 is to be coupled to the top 11 of the mouse body 1, the third engaging portion 24 is first engaged into the second engaging portion 14 of the mouse body 1, and then pushed back to the elastic strip. 231 is elastically deformed, so that the block 232 can be caught in the first portion 13 to bond the battery holder 2 to the top u of the mouse body 1. Therefore, the elastic engaging portion 23 is engaged with the first card. The direction of the joint portion 13 is opposite to the direction in which the third engaging portion 24 is engaged with the first engaging portion 14. When the battery holder 2 is coupled to the top u of the mouse body, the top 11 of the mouse body 1 is located between the two guiding ribs 213, and the trailing edge 2112 of the base wall 211 abuts against the second step 166, the third The plate segment 241 extends through the second engaging portion 14 , and the fourth plate segment 242 is located below the second top wall 16 , the elastic portion 231 abuts against the first step portion 165 , and the first plate segment 233 extends through The first engaging portion 13 has a second plate segment 234 located below the first top wall 163. The two baffles 221 are respectively located above the two receiving slots 162. Therefore, when the battery (10) is received in the receiving slot 162, The two slabs 221 can divide the two batteries 1 〇 2 to generate a blocking function. 'After the battery 1 〇 2 is easily shaken off the accommodating groove 162 due to external force. - When the user wants to replace the battery 1 〇 2 or if the battery holder 2 needs to be detached from the mouse body 1 portion 11 due to other factors, the elastic strip 231 is first applied to elastically deform backwards to drive the second plate segment. 234, and then the front wall (6) is detached, and then the front edge 2111 of the base wall 211 is turned up, so that the protrusion 234 of the elastic engaging portion is separated upward from the first engaging portion 13, and then the third engaging portion is made When the second engaging portion 14 is detached upward, the battery holder 2 can be detached from the mouse body 18. Referring to FIG. 1 and FIG. 7 , the upper cover 3 is a top portion 11 for being coupled to the main body of the mouse body. In this embodiment, the upper cover 3 includes a cover plate 31 and two movable plate portions extending forwardly from the cover plate 31. 32, when the upper cover 3 is coupled to the mouse body 1, the cover plate 31 shields the battery receiving groove 162, and the two movable plate portions 32 form the left and right buttons for the wireless mouse 100 to be pressed, and in the present embodiment, the upper cover 3 and The mouse body 1 is joined by magnetic attraction (for example, the mouse body 1 further includes a magnet 19 disposed at the top n, and the upper cover 3 further includes a metal member disposed on the cover plate 31 for the magnet 19 to be attracted. 33 or magnetic parts). Referring to FIG. 2, when the wireless receiver 1〇1 is inserted into the slot 20 of the battery holder 2, the two side walls 252 of the shell portion 25 are respectively abutted against the left and right sides of the wireless receiver 101 by the flange 254 thereof. Thereby, the wireless receiver 1〇1 is clamped, and the auxiliary wireless receiver 1〇1 is fixed, and the wireless receiver 1〇1 is also positioned between the top wall 253 and the branch rib 212 in the up and down direction. Therefore, the support rib 212 has a function of shortening the distance between the top wall 253 and the base wall 211 to hold the wireless receiver 1 。. Therefore, in addition to the stopper portion 22, the battery holder 2 can be used to restrict the battery 1〇2 from being easily detached from the accommodating groove 162, and the wireless receiver 101 can be inserted into the seat body 21 by the formation of the slot 2〇. In the slot, when the battery holder 2 is assembled and coupled to the mouse body, the wireless receiver 101 can be inserted into the battery holder 2 and stored between the upper cover 3 and the mouse body 1. Referring to FIG. 8 and FIG. 9, the second preferred embodiment M422696 of the present invention is different from the previous preferred embodiment in the structure of the battery holder 4 and the top of the mouse body 5. The structure of 51. In the second preferred embodiment, the structure of the top case 51 and the two receiving grooves 162 of the main body 5 of the mouse body 5 is substantially the same as that of the previous embodiment, and the top portion 51 of the mouse body 5 includes left and right intervals. The two side walls 511 and a first top wall 5丨2 and a second top wall 513 are connected to the two side walls 511, and the battery fixing base 4 is pivotally disposed on the top 51 of the mouse body 5. In addition, the first engaging portion 52 is formed on the first top wall 512. In this embodiment, the first engaging portion 52 is formed on the first top wall 512. The bottom surface is adjacent to the bump of the trailing edge. The first pivoting portion 53 includes a sliding slot 531 respectively disposed on the two sidewalls 511 adjacent to the second top wall 513 and extending in the front-rear direction. Referring to FIG. 10 and FIG. 11 , the battery holder 4 includes a body 41 , a supporting portion 42 , a second engaging portion 43 disposed on the base 41 , a second pivoting portion 44 , and a shell portion 45 . In the embodiment, the seat body 41 also includes a base wall 411. The first engaging portion 43 includes a first plate segment 431 extending downward from the leading edge 4111 of the base wall 411 and a second plate segment 432 extending forwardly from the first plate segment 431. The second plate segment 432 is substantially It is hooked to form an upwardly open hook groove 433. The second pivoting portion 44 includes an extending plate 441 and a second shaft portion 442 extending from the connecting base wall 411 and extending rearward relative to the base wall 411, wherein the extending plate 441 is substantially U-shaped and has two spaced plates. The two shaft portions 442 are formed in a generally horizontally extending cylindrical shape at the rear edge of the two plate segments 10 M422696 443, and the ends of the two shaft portions 442 are respectively protruded from the two plate segments 443 and have an inclined surface at the end faces thereof. 45 also cooperates with the base wall 411 to define a slot 4 that can be inserted into the wireless receiver 401. The shell portion 45 includes a rear wall 451 extending upward from the trailing edge 4112 of the base wall 411, up from the base wall 411. The left and right side walls 452 extend, a top wall 453 extending forwardly from the rear wall 451 and spaced apart from the base wall 411, and two branch ribs 454' which are formed on the top surface of the base wall 411 and extend in the front-rear direction and are spaced apart from each other. The left and right side walls 452 are adjacent to the front edge 4111 of the base wall 411 and are not connected to the rear wall 451, and the inner wall surfaces 455 facing the left and right side walls 452 are oppositely protruding fox-shaped surfaces. The damper portion 42 also includes two baffles 421. The two baffles 421 are respectively located between the rear wall 451 and the side wall 452. Each baffle 421 includes an upright plate portion 422 extending upward from the base wall 411, and an upright plate portion 422 is erected. The horizontal portion 423 extending laterally of the plate portion 422 and the pressing block 424 extending downward from the bottom surface of the transverse plate portion 423 extend away from the lateral plate portion 423, and the leading edge of the lateral plate portion 423 is notched at one side to avoid the side wall 452. A gap 420 is formed between each of the baffles 421 and the side wall 452 of the shell portion 45 adjacent thereto. The gap 420 extends in a three-dimensional direction due to the relative relationship between the baffle 421 and the adjacent side walls 452. Referring to FIG. 8 , FIG. 11 and FIG. 12 , the battery holder 4 is assembled and coupled to the top 51 of the mouse body 5 by the two axial portions 442 respectively penetrating through the sliding grooves 531 of the two side walls 511 of the top portion 51. The top 51 of the rat body 5 slides back and forth and pivots upward relative to the top 51 of the mouse body 5 (as shown in FIG. 14), wherein the u-shaped plate design of the extension plate 441 and the end faces of the two shaft portions 442 11 M422696 The inclined surface is the groove 531 » the sliding portion 3 which facilitates the assembly of the second pivoting portion 44 to the two side walls 511. When the battery holder 4 is used to press the battery 402 accommodated in the accommodating groove 162, the 轴7± is divided by the two-axis portion 442. In addition to the chute 531 disposed on the two side walls 511 of the top portion 51, the face fixing tab 4 slides the battery holder 4 forward so that the second engaging portion 43 is engaged with the cyclist* and the first engaging portion. 52, even if the bump located under the first top wall 512 is engaged with the hook groove 433 to limit the mobility of the second engaging portion 43 to be displaced backward, at this time, the battery holder 4 is in a first position and two The horizontal plate portions 423 of the baffle 421 are respectively located above the two receiving grooves 162 and can be formed by the two pressing blocks 424 respectively contacting the two batteries. Made with. When the user wants to replace the battery, the second fixing portion 43 can be pushed out of the first engaging portion 52 by pressing down the area where the base wall 4 ι is located in the front, and then the battery holder 4 is slid rearward. To the rear end of the (four) 531, and then, as shown in FIG. 14, the battery holder 4 is rotated relative to the top portion 51 "mainly rotated to the base wall in a substantially upright direction and the second engaging portion 43 faces upward." When the baffle 421 is away from the upper area of the accommodating groove 162, the battery 402 can be taken out by the accommodating groove 162. Referring to FIG. 8, FIG. 10 and FIG. 14, in order to position the auxiliary battery holder 4 in the second position, in the embodiment, the top portion 51 of the mouse body 5 further includes a recess formed by the front edge of the first top wall 513. The notch groove 5] 4 (FIG. 8), and the second pivot portion 44 further includes a tab 4 extending upward from the extension plate 441 (FIG. 1A), when the battery holder 4 is rotated upward to the base wall When the 411 is substantially in the upright direction, the tab 444 can be inserted into the tab 444 corresponding to the position of the notch groove 514. Therefore, by fitting the tab 444 into the notch groove 514, the auxiliary battery holder 4 can be positioned at 12 M422696. Second position. Referring to FIG. 13 and FIG. 15, when the battery holder 2 is assembled and coupled to the top 51 of the mouse body 5, the wireless receiver 4〇1 can also be inserted into the slot 40 of the battery holder 4, so that the wireless receiver 4〇 The left and right sides of 1 are sandwiched between the inner wall surfaces 455 of the side walls 452 of the shell portion 45 and extend between the two upright plate portions 422, and the upper and lower sides are sandwiched between the top wall 453 and the support ribs 454. When the upper jaw 3 is attached to the mouse body 5, the wireless receiver 4〇2 is also housed between the upper cover 3 and the mouse body 5. • The effect of the two gaps 420 is that, when the wireless receiver 401 is inserted into the slot 40, it is sandwiched between the inner wall surfaces 455 of the left and right side walls 452. In other words, the left and right side walls 452 may be clipped. The relationship of the wireless receiver 401 is slightly deformed outwardly. Therefore, the gap 42 is set to accommodate some slight deformation of the side walls 452. It should be noted that, in the embodiment, the battery holder 4 can be displaced forwardly to the top 51 of the mouse body 5 or backwardly by the arrangement of the chute 53 或 and rotated upward to stop the battery holder 4 . The portion 42 is detached from the accommodating groove 162, but in another variation, the first engaging portion 52 and the second engaging portion 43 may be replaced with the first mate portion 13 and the elastic portion of the preferred embodiment. The state of the engaging portion 23, in this way, the battery holder 4 can be pivoted only on the top 51 of the mouse body 5 without the movable property of being movable back and forth, that is, the battery m is The elastic mechanism of the elastic engagement portion 23 is engaged or disengaged from the top portion 51 of the mouse body 5, and instead of being engaged or disengaged by the sliding back and forth. In summary, the present invention is provided by the arrangement of the battery holders 2, 4, which is blocked by 13 M422696.卩22,42 can stop the valley in the accommodating slot! a battery! 〇 2, 4 〇 2 makes it difficult to displace due to external force collision, thus providing a mechanism for assisting in fixing the batteries 〇 2, 4 〇 2 'further' by the formation of slots 2 〇, 4 可供 for the wireless receiver 101 The 401 is inserted and stored, so that the purpose of the present invention can be achieved. However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto. The simple equivalent changes and modifications made by the scope of the patent application and the new description are still within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective exploded view of a first preferred embodiment of the present invention; FIG. 2 is a perspective view of a battery holder of the first preferred embodiment; FIG. FIG. 4 is a cross-sectional view of the battery holder fixed to the mouse body in the first preferred embodiment; FIG. 5 is a first preferred embodiment of the first preferred embodiment; For example, the battery holder is coupled to a perspective view of a mouse body; FIG. 6 is a cross-sectional view of the battery holder coupled to the mouse body in the first preferred embodiment; FIG. 7 is a view similar to FIG. And a wireless receiver is inserted into the battery holder; FIG. 8 is an exploded view of the second preferred embodiment of the wireless mouse of the present invention; 14 M422696 FIG. 9 is a scraping of the mouse body of the second preferred embodiment. Figure 10 is a perspective view of a battery holder of the second preferred embodiment; Figure 11 is a perspective view of the battery holder of the second preferred embodiment at another angle; Figure 12 is a second preferred embodiment The battery holder is in a first position FIG.; FIG. 13 is a preferred embodiment of the second embodiment, a perspective view of the battery holder is in the than the first position; FIG. 14 piece goods. In a first preferred embodiment of the invention, a cross-sectional view of the battery holder in a second position; and Figure 15 is a view similar to Figure 12, and a wireless receiver is inserted in the battery holder. 15 M422696 [Description of main component symbols] 1, 5 ...' • Mouse body 2111·.. ... leading edge 100... • Wireless mouse 2112··· ... trailing edge 101... • Wireless receiver 251 ··.. ...rear wall 102... •Battery 252 ·..·...side wall 11,51 · top 253 ··.....top wall 12........•Battery housing 254 ····...convex Edge 13........ • First engaging portion 212 ···.. Supporting rib 14 ........ • Second engaging portion 213 . . . . ... guiding rib 15. ....... •Bottom case 217 ···· ...long slot 16........ •Top case 22......Blocking part 160... •Second top wall 221 ·... Plate 162... • accommodating groove 23 ... ... elastic engaging portion 163 ... • first top wall 231 ..... elastic strip 164 ... • third top wall 232 ...····...block 165... ... • First step 233 ·..·...first plate segment 166... • second step portion 234 ····...second plate segment 17.........electronic module 24... ...the third engaging portion 18........ roller 241 ···· ...the third plate segment 19........ •the magnet 242 ···· ...the fourth plate segment 2 4 ·... • Battery holder 25... ...shell 20........Slot 3.......Top cover 21........ • Seat 31 ...... 盍 211... • Base wall 32... ... movable plate section 16 M422696
33.........金屬件 40 .........插槽 401 .......無線接收器 402 .......電池 41 .........座體 411 .......基壁 4111……前緣 4112 ••…後緣 42 .........擋止部 420 .......間隙 421 .......擋板 422 .......直立板部 423 .......橫向板部 424 .......壓制塊 43 .........第二卡合部 431 .......第一板段 432 .......第二板段 433 .......勾槽 44 .........第二樞接部 441 .......延伸板 442 .......軸部 443 .......板段 444 .......凸片 45.........殼部 451……後壁 452 .......側壁 453 .......頂壁 454 .......支撐肋 455 .......内壁面 511 .......側壁 512 .......第一頂壁 513 .......第二頂壁 514 .......缺口槽 52 .........第一卡合部 53 .........第一枢接部 531……滑槽 1733.........metal 40.........slot 401.......wireless receiver 402.......battery 41 ..... .... seat body 411 ....... base wall 4111 ... leading edge 4112 ••... trailing edge 42 .........stop 420 ....... gap 421 .......Baffle 422 .... Upright plate portion 423 .... Horizontal plate portion 424 .... Pressing block 43 ........ .The second engaging portion 431 . . . the first plate segment 432 . . . the second plate segment 433 . . . the hook groove 44 ......... Second pivoting portion 441 .... extension plate 442 . . . shaft portion 443 ....... plate segment 444 .... tab 45.... ..... shell 451 ... rear wall 452 ... ... side wall 453 .... top wall 454 ... ... support rib 455 ... inside Wall 511 .... side wall 512 .... first top wall 513 .... second top wall 514 .... notch groove 52 ..... ....first engaging portion 53 ... first pivoting portion 531 ... chute 17