1327947 九、發明說明： 【發明所屬之技術領域】 本發明係涉及一種充電工具的配件裝置，尤指一種充 t式電動工具之電池包拆卸裝置。 【先前技術】 既有電動工具的電池包拆卸裝置如第七、八圖所示， :設有-電動工具（30) ’電動工具（3〇)底端形成 〜底盤（31)，該底盤（31)設有一罩板（311)， 於罩板（3 1 1 )左右兩側朝下伸設一勾臂（32 ), 於各勾臂（3 1 2)内面的中間凹設一卡槽（3工2工）. 於底盤（31)結合一電池包（4〇)，電池包 〇 )頂部的兩側對應兩勾臂（3丄2 )形成 以兩軌道（4U供兩勾臂（312)由後=(入4』合），’ 二電池包（4 0 ) β的左右兩側各設有—可由外面彈性按 壓的按鈕（42)，各按鈕（42)頂端連動—朝外突出 轨道（4!)的勾扣（421)，以各勾 設於各卡槽（3 1 2 ；L )定位。 4 前述電池包（20)安裂於底盤（31)時，^兩 轨道（4 1 )滑入兩勾臂（3 1 2 )，最後令勾扣（4 2 1 )洛入勾臂（3 1 2)卡止即完成安裝定位的操作，♦ 需要拆却電池包（4〇)時則是同時按壓兩按紐（Ο): 使各勾扣（4 2 1 )離開卡槽（3 1 2 1 )後，再將電池 包（4 0 )朝前推離勾t ( 3 1 2 )拆卸。 前述構造雖可達到可拆卸電池包（40)的功效，然 4 1327947 的長 而由方、兩^叙（4 2 )的距離過遠以及軌道（4 1 度較長而具有以下使用上的缺點： 1 /田拆卸電池包（4 0 )需同時按壓兩按鈕（4 2 )， 方町造订拆卸’然後兩按鈕（4 2 )係位於電池包（4 的左右兩側，《因左右按壓施力不均勻或因手掌較小 易施力，造成操作不便的問題。 2、由於勾f ( 3工2 )配合軌道（4工 長，因此需要推動一段距離 、丁蕊杈 f又此雕才此確貫卸下或者安裝， 造成使用上的不方便。 樣 【發明内容】 由於既有電動工具的電池包拆卸裝置具有安裝不易以 及結合行程長的缺點，造成使用上的困難。有鐘於此 發明以勾合的構造配合較短軌道的結合，達到安裝 單的功效。 Ί 為達到上述目的’本發明提供—種充電式電動工且之 電池包拆卸裝置，其係包括： ' -電動工具’於該電動工具底端形成一底盤該底盤 設有-罩板，於該罩板左右兩側朝下垂直伸設一側板，兩 側板分別為沿前後方向延伸的板體，且兩側板各於内壁的 後側朝内凸出形成-滑動塊，於該罩板前側底面的左右位 置分㈣下伸設-勾臂’各勾臂包括—由該罩板朝下垂直 伸設的延伸部’以及-由各延伸部底端朝旁伸設的勾部； -電池包，該電池包係包括-電池匿、一壓鈕構造以 及一上蓋’其中’該塵紐構造包括一扣合件以及—個以上 5 1327947 的彈簧’該扣合件設有一連結板，以該連結板設置於該電 池E頂面的前側’於該連結板前端的中間形成一按鈕，所 述各彈簧係設於該按鈕與該電池匣頂部之間，於該連結板 後側的左右位置對應兩勾臂的後方朝上凸設兩卡塊； 該上蓋係結合於該電池匣頂部，該上蓋1327947 IX. Description of the Invention: [Technical Field] The present invention relates to a fitting device for a charging tool, and more particularly to a battery pack removing device for a charging type electric tool. [Prior Art] The battery pack dismounting device of the existing power tool is as shown in the seventh and eighth figures: a power tool (30) is provided - the bottom end of the power tool (3 turns) is formed by the bottom plate (31), and the chassis ( 31) A cover plate (311) is disposed, and a hook arm (32) is extended downward on the left and right sides of the cover plate (3 1 1), and a card slot is recessed in the middle of the inner surface of each hook arm (3 1 2) ( 3 work 2 workers). In the chassis (31) combined with a battery pack (4 〇), the top of the top of the battery corresponding to the two hook arms (3 丄 2) formed with two tracks (4U for two hook arms (312) From the rear = (into 4), 'two battery packs (4 0) β are provided on each of the left and right sides - a button (42) that can be elastically pressed by the outside, and the top end of each button (42) is linked - the rail is protruded outward ( 4!) The hook (421) is positioned in each card slot (3 1 2 ; L ). 4 When the battery pack (20) is cracked on the chassis (31), ^ two tracks (4 1 ) Slide into the two hook arms (3 1 2 ), and finally make the hook (4 2 1) into the hook arm (3 1 2) to complete the installation and positioning operation, ♦ when the battery pack (4〇) needs to be removed Press the two buttons at the same time (Ο): Make each hook (4 2 1 After leaving the card slot (3 1 2 1 ), remove the battery pack (40) forwards away from the hook t (3 1 2). The above structure can achieve the effect of the detachable battery pack (40). The length of 1327947 is too long, the distance between the two and the two (4 2 ) is too far and the track (4 1 degree is long and has the following disadvantages: 1 / Tian disassemble the battery pack (4 0 ) need to press two buttons at the same time ( 4 2), Fangcho made the disassembly 'The two buttons (4 2 ) are located on the left and right sides of the battery pack (4, "The problem of inconvenient operation due to uneven force applied by left and right pressing or small palm force due to small palms 2. Because the hook f (3 workers 2) cooperates with the track (4 workers, it is necessary to push a distance, Ding Ruizhen f and this carving is actually removed or installed, resulting in inconvenience in use. Contents] Because the battery pack dismounting device of the existing power tool has the disadvantages of difficulty in installation and long combined stroke, it is difficult to use. In this invention, the combination of the hooked structure and the shorter track achieves the effect of the installation sheet. Ί In order to achieve the above purpose, the present invention provides a rechargeable battery. The battery pack dismounting device comprises: '-a power tool' forming a chassis at the bottom end of the power tool, the chassis is provided with a cover plate, and a side plate is vertically extended downward on the left and right sides of the cover plate, two The side plates are respectively a plate body extending in the front-rear direction, and the two side plates are respectively protruded inwardly on the rear side of the inner wall to form a sliding block, and the left and right positions of the front side of the front side of the cover plate are subdivided (four) downwards - the hook arms are hook arms The invention comprises: an extension portion extending perpendicularly from the cover plate and a hook portion extending from a bottom end of each extension portion; a battery pack comprising: a battery cover, a push button structure and a The upper cover 'where' the dust core structure comprises a fastening member and a spring of more than 5 1327947. The fastening member is provided with a connecting plate, and the connecting plate is disposed on the front side of the top surface of the battery E at the front end of the connecting plate a button is formed in the middle of the button, and the spring is disposed between the button and the top of the battery. The left and right positions on the rear side of the connecting plate are opposite to the rear of the two hook arms; two upper blocks are protruded upward; On the top of the battery pack, the upper cover
兩側對應兩側板内凹形成兩凹部，於各凹部的後端部配合 各滑動塊形成較為内凹的内凹部，於各内凹部的前面以及 各凹部的内壁面内凹形成—執道，兩滑動塊係&人兩執道 的後端部，該上蓋前側的左右位置對應兩勾臂穿設兩卡扣 孔，各卡扣孔的後側形成一形狀配合各勾部的穿孔部，各 牙孔部位於各卡塊的正上方，於各穿孔部的前端緣對應各 延伸部朝前開設一插口 ’各延伸部係穿插於各插口並：各 勾部勾住各插孔底端旁的底緣’“臂的後面抵靠於各卡 塊的前面定位’該上蓋對應該按紐開設—按紐穿孔， 按紐穿孔套設於該按紐的周圍。 Μ 叫W >而的左右位置 凹設—彈簧固定槽’所述彈簧係設有兩個並分別 簧固定槽内；於所述按鈕底面的左右 又、各彈 槽为別朝下伸設-定位桿’|定位桿係插設於各彈菩 並且各定位桿頂端的周緣抵靠於各彈簧的頂端。/ ， 較佳的，勾臂係L形的板體並且各勾 展端朝相反於另一勾臂的方向伸了'由各延伸部 各穿孔部的前端緣之間形成一勾掛部口側旁與所述 掛部的底面。 勾。ρ係勾住各勾 6 本發明安裝電池包使 分別對正兩穿孔^ β ^兩勾臂以及兩滑動塊 上移動，令各Θ # ^ °卩的位置，接著將電池包朝 各滑動塊移tut:;各穿孔部並塵下各卡塊，同時 動，使得各勾臂接著將電池包朝後推 端緣，並使各,π ㊉以勾部勾住各插口底端旁的 各卡塊Γ 軌道内，過程^於各勾臂釋放 猎由彈簧的回復力會，使各卡 ’:： 各勾臂的後面定位。 丹度上私並卡住 當需要拆卸電池包時，則 時將雷4 义 則疋知下私鈕降下各卡塊，同 '匕在刖推’使各勾臂 移出I4 4於卡塊上方，亚使滑動塊 =軌道’接著將電池包朝下移動即脫 卸電池包的操作。 叩凡成梆 1 :於本發明僅需按麈按-的操作以及較短的推動構 垃，因此具有以下使用上的優點： 1、 本發明拆卸電池包時僅需要按壓單一按鈕即可將 電池包拆離’因此操作迅速不會有按壓不確實的問題，方 便使用者進行安裝或者拆卸的動作。 2、 由於安裝或者拆卸電池包時所需要的前推或者後 移電池包的行程較短，因此使用者進行安裝或者拆卸電池 包的操作能夠加快，方便使用者利用。 【實施方式】 本發明係一種充電式電動工具之電池包拆卸裝置，請 參看第一至四圖，其係包括： 一電動工具（10)，於電動工具（1〇)底端形成 7 1327947 -底盤（1 1 ) ’底盤（i )設有一罩板（工工i 左 罩板（1 1 1 )係水平設置的板體，於罩板（丄U 右兩側朝下垂直延伸-側板（丄丄2)，兩側板（ 分別為沿前後方向延伸的板體，兩側板（i2 ^ 壁的後側下半部朝内凸出形成-滑㈣（113)，於内 板（1 1 1 )前側底面的左右位置分 成於罩 臂（1 1 4)，兩勾臂（丄i /又七成一勾 包括-由罩板（1 i η广二 板體並分別 板（111)底面朝下垂直伸設的延伸部 141)，以及一由各延伸部 ^ 4 、丄丄4 1 )底端朝相反於 另-勾臂（1 14)方向伸設的勾部（1 142)。 -結合於底盤（11)底部的電池包 包（Ή括-電池……-壓-構造（二 二5(23) ’其中，電池£(21)係£體，於 槽⑴;)1;)頂面前端的左右位置分別凹設-彈菁固定 ®紐構造（22)包括一扣合件（2 簧（222)，兩彈筈（22 ^ 槽⑴"，扣合件 分別設置於兩彈菁固定 丄 2 2 1 )设有一連結板（2 2工 的前側、’·。板（2 2 1 1 )設置於電池匣（2 1 )頂面 的别側，於連結板（2 2 2")，於按…212\:的中間形成，（2 簧固定槽（2， 面的左右位置對應兩彈 且各定位桿（2213 !於各彈菁（2 2 2 )内，並 )頂知的周緣抵靠於各彈箬（2 2 8 1327947 2，頂端’於連結板（2 2 1 1 )後側的左右位置對應 兩勾“114)的後方朝上凸設兩卡塊（2214); “上盖（2 3)係蓋體並蓋合於電池匣（2 1)頂部， 上典（2 3 )於頂面的左右兩側對應兩側板（丄丄2 )内 凹形成兩凹部〔991、 . ^ _ 1 z 3 1 )，於各凹部（2 3 1 )的後端部 配&各/月動塊（1 1 3 )形成較為内凹的内凹部（2 3 2 )， 方;各内凹部（232)的前面以及各凹部（231)的内 壁面内凹形成一高度配合各滑動塊（1 1 3)高度的軌道 (2 3 3 )，兩滑動塊（工工3 )係嵌入兩轨道（2 3 3 ) 的後端部； 上盖（2 3 )前側的左右位置對應兩勾臂（1 1 4 ) 穿λ兩卡扣孔（2 3 4 )，各卡扣孔（2 3 4 )的後側形 成一形狀配合各勾部（1 1 42)的穿孔部（2 34 1 )， 各卡塊（2214)並位於各穿孔部（2341)的正下 方，於各穿孔部（2 3 4 1 )的前端緣對應各延伸部（工 1 4 1 )朝前開設一插口（ 2 3 4 2 )，於各插口（ 2 3 4 2 )側旁與穿孔部（2 3 4 1 )的前端緣之間形成一勾 掛。Ρ (2343)，各勾臂（114)的延伸部（114 1)係穿插於各插口（2342)而以各勾部（1142) 勹住勾掛部（2343)的底面，各勾臂（1 14)的後 面並抵罪於各卡塊（2 2 1 4)的前面而定位； 上盍（2 3 )前端的中間對應按紐（2 2 1 2 )開設 按紐穿孔（2 3 5 ),以按紐穿孔（2 3 5 )套設於按 紐（2212)的周圍。 9 本發明使用時以安炎 於底盤（⑴時，請當將電池…0)安裝 1 4 )對正穿孔部（？ 一二圖，係將兩勾臂（工 1 3 )對正兩内凹部（4 1 )的位置’將兩滑動塊（！ ◦)朝底盤（1 ；L )的2 )的位置’接著將電池包（2 4 )的勾部（1 1 4 2 )、1在上移動’此時各勾臂（1 1 下各卡塊（2214)入各穿孔部（2341)並壓 道（ 2 3 3 )的正後方，’各滑動塊（113)移動至各執 請參看第四至六，拉一 〃 接者將電池句f 9 n、 使得各勾臂（1 i 匕（2 〇 )朝後推動， "、丄14)w移入插 C 1 1 A 9 λ ^ ^ 而以勾部 C丄1 4 2 )勾住各勾掛部 (1 1 Ο Ν , ^ Ζ 3 4 3 )，並使各滑動塊 Q丄丄3 )由後移入轨道（ ^ _ . 内’後移電池包 0)的過程中由於各勾臂（ 丄1 4 )刖進，因此卡塊（？ 214)藉由彈菩卜 〃 2 2 )的回後力會上移並卡住各勾 1 1 4 )的後面定位，完成結合電池包（2 0 )的操 作0 當需要拆卸電池包（2 〇 )時，係按下按鈕（2 2丄 2 )使卡塊（2 2 1 4 ) τ降，此時可將電池包（2 〇 ) 往前推，使各勾臂（；[工4 )位於卡塊（2 2工4 )上方， 並使滑動塊（1 ：L 3 )移出各軌道（2 3 3 )，此時再將 電池包（2 0 )朝下移動即完成拆卸電池包（2 〇 )的操 作’由於僅需要按慶按紐（2 2 1 2 )即可將電池包（2 0)拆離，因此操作方便，並由於前推移動電池包（2 〇) 的行程短’同樣方便使用者進行安裝或者拆卸電池包（2 1327947 ο)的操作。 【圖式簡單說明】 第一圖係本發明較佳實施例之立體圖。 第二圖係本發明較佳實施例電池包拆離底盤之立體 圖 第三圖係本發明較佳實施例電池包之分解圖。 第四圖係本發明較佳實施例電池包之立體圖。Two concave portions are formed on the two sides of the two sides, and the inner sliding portions are matched with the sliding blocks at the rear end portions of the respective concave portions to form a concave inner concave portion, and concavely formed on the front surface of each inner concave portion and the inner wall surface of each concave portion. The sliding block is a rear end portion of the two sides of the upper cover. The left and right positions of the front side of the upper cover are corresponding to the two hook arms, and the rear side of each of the locking holes forms a perforation portion shaped to match each hook portion. The toothed portion is located directly above each of the blocks, and a socket is formed in front of each of the extending portions corresponding to each of the extending portions. Each of the extending portions is inserted into each of the sockets: each hook portion is hooked to the bottom end of each of the sockets. The bottom edge 'the back of the arm is positioned against the front of each block'. The upper cover corresponds to the button opening. The button is perforated, and the button is placed around the button. 左右 W > The recessed spring-fixing groove is provided with two springs respectively fixed in the groove; on the left and right sides of the button bottom, each of the elastic grooves is extended downwardly - the positioning rod '| positioning rod system is inserted For each of the bullets and the periphery of the top end of each of the positioning rods abuts against the springs Preferably, the hook arm is an L-shaped plate body and each of the hook ends extends in a direction opposite to the other hook arm. A hook portion is formed between the front end edges of the respective perforated portions of the respective extension portions. The side of the mouth and the bottom surface of the hanging part. Hook. ρ is hooked to each hook 6 The battery pack of the present invention is installed to respectively align the two perforations ^ β ^ two hook arms and the two sliding blocks, so that each Θ # ^ ° The position of the cymbal, then move the battery pack toward each sliding block; the punching parts and the respective blocks are moved at the same time, so that the hook arms then push the battery pack backwards to the end edge, and each π The hook hooks the hooks in the track next to the bottom end of each socket, and the process ^ releases the hunting force of the spring by the hook arms, so that the cards are positioned behind the hooks:: When you need to disassemble the battery pack, you will lower the button by pressing the button. The same button is used to move the hook arm out of I4 4 above the card block. The track 'follows the battery pack downwards to remove the battery pack. 叩凡成梆1: In the present invention, only the press-and-press operation and the shorter The utility model has the following advantages: 1. The utility model only needs to press a single button to detach the battery pack when the battery pack is disassembled, so that the operation is quick and there is no problem of pressing the pressing, which is convenient for the user to install. Or the action of disassembly. 2. Since the stroke of the forward or backward battery pack required when installing or removing the battery pack is short, the user can speed up the installation or disassembly of the battery pack, and is convenient for the user to use. The present invention relates to a battery pack dismounting device for a rechargeable power tool, as shown in Figures 1 to 4, comprising: a power tool (10) forming a 7 1327947-chassis at the bottom end of the power tool (1〇) ( 1 1 ) 'The chassis (i) is provided with a cover plate (worker i left cover plate (1 1 1) is a horizontally arranged plate body, on the cover plate (丄U right side downwards vertically extending - side plates (丄丄2 ), the two side plates (the plates extending in the front-rear direction, the two side plates (i2 ^ the rear lower half of the wall protrudes inwardly to form a slip (four) (113), on the front bottom surface of the inner plate (1 1 1) Left and right position a cover arm (1 1 4), two hook arms (丄i / seven-in-one hook include - an extension portion 141 extending from the cover plate (1 i η 宽 板 body and the bottom plate (111) respectively downwardly downward), And a hook portion (1 142) extending from the bottom end of each of the extending portions ^ 4 and 1 4 1 ) opposite to the other hook arm (14). -Battery bag combined with the bottom of the chassis (11) (Ή-Battery...-Pressure-Structure (22:5(23)' where the battery £(21) is the body, in the slot (1);) 1) The left and right positions of the top front end are respectively recessed - the elastic crystal fixing® button structure (22) includes a fastening member (2 springs (222), two magazines (22 ^ slots (1) ", the fastening members are respectively fixed on the two elastic crystals丄 2 2 1 ) There is a connecting plate (the front side of the 2 2 work, the '·. plate (2 2 1 1 ) is placed on the other side of the top surface of the battery 匣 (2 1 ), on the connecting plate (2 2 2"), It is formed in the middle of ...212\:, (2 spring fixed groove (2, the left and right positions of the surface correspond to two bullets and each positioning rod (2213! in each elastic crystal (2 2 2))) Depending on the magazine (2 2 8 1327947 2, the top end of the rear side of the connecting plate (2 2 1 1 ) corresponds to the two hooks "114"), two latches (2214) are protruded upward; (2 3) is a cover body and is covered on the top of the battery 匣 (2 1), and the upper and lower sides of the top surface (2 3 ) are concavely formed on the left and right sides of the top surface (丄丄2) to form two concave portions [991, . _ 1 z 3 1 ), at the rear end of each recess (2 3 1 ) Each of the/month moving blocks (1 1 3 ) forms a relatively concave inner concave portion (2 3 2 ), and the front surface of each inner concave portion (232) and the inner wall surface of each concave portion (231) are concavely formed to form a height fit. a track (2 3 3 ) having a height of each sliding block (1 1 3), two sliding blocks (worker 3) are embedded in the rear end portion of the two tracks (23 3 3); the left and right positions on the front side of the upper cover (23) correspond to Two hook arms (1 1 4 ) are worn through the λ two snap holes (2 3 4 ), and the rear sides of the respective snap holes (2 3 4 ) form a perforation portion (2 34) shaped to fit the hook portions (1 1 42) 1), each of the blocks (2214) is located directly under each of the perforated portions (2341), and a socket is formed in front of each of the extending portions (the work 1 4 1 ) at the front end edge of each of the perforated portions (2 3 4 1 ) ( 2 3 4 2 ), a hook is formed between the side of each socket (2 3 4 2 ) and the front end edge of the perforated portion (2 3 4 1 ). Ρ (2343), the extension of each hook arm (114) (114 1) is inserted into each socket (2342) and the bottom surface of the hook portion (2343) is clamped by each hook portion (1142), and the back of each hook arm (1 14) is sinned against each card block (2 2 1 Positioning in front of 4); corresponding button in the middle of the front end of the upper (2 3 ) (2 2 1 2) Open the button perforation (2 3 5 ), and press the button (2 3 5 ) around the button (2212). 9 When the invention is used, it is used in the chassis ((1), please Battery...0) Mounting 1 4) Aligning the perforated part (? One or two pictures, the position of the two hook arms (work 1 3) is aligned with the two inner recesses (4 1 ) 'position of the two sliding blocks (! ◦) toward the chassis (1; L) 2 The hook portion of the bag (2 4 ) (1 1 4 2 ), 1 is moved upwards. At this time, each hook arm (1 1 lower each card block (2214) enters each punching portion (2341) and is pressed (2 3 3 ) Immediately behind, 'the sliding blocks (113) move to each of the four to six, and pull the battery to f 9 n, so that each hook arm (1 i 匕 (2 〇) pushes backwards, ",丄14)w Move into C 1 1 A 9 λ ^ ^ and hook the hooks (1 1 Ο Ν , ^ Ζ 3 4 3 ) with hooks (1 1 Ο Ν , ^ Ζ 3 4 3 ) and make each slide Block Q丄丄3) is moved back into the track (^ _. Inside 'removing battery pack 0). Since each hook arm (丄1 4 ) breaks in, the block (? 214) is played by Bodhisattva 2 2) After the back force will move up and jam the rear position of each hook 1 1 4), complete the operation of combining the battery pack (2 0) 0 When you need to remove the battery pack (2 〇), press the button ( 2 2丄2) Lower the block (2 2 1 4 ) τ, then push the battery pack (2 〇) forward so that The hook arm (; [work 4] is located above the block (2 2 work 4), and the slide block (1: L 3 ) is moved out of each track (2 3 3 ), and then the battery pack (20) faces down. Move to complete the operation of disassembling the battery pack (2 〇) 'Because you only need to press the button (2 2 1 2) to detach the battery pack (20), it is easy to operate and move the battery pack by pushing forward ( 2 〇) The short stroke 'is also convenient for the user to install or remove the battery pack (2 1327947 ο). BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a perspective view of a preferred embodiment of the present invention. The second drawing is a perspective view of a battery pack detached from the chassis of the preferred embodiment of the present invention. The third drawing is an exploded view of the battery pack of the preferred embodiment of the present invention. Figure 4 is a perspective view of a battery pack in accordance with a preferred embodiment of the present invention.
第五圖係本發明較佳實施例卡扣孔部分之剖面圖。 第六圖係本發明較佳實施例軌道部分之剖面圖。 第七圖係既有電動工具的電池包拆卸裝置之立體圖。 第八圖係既有電動工具的電池包拆卸裝置之分解圖。 【主要元件符號說明】 (10)電動工具 （11)底盤Figure 5 is a cross-sectional view showing a portion of a snap hole of a preferred embodiment of the present invention. Figure 6 is a cross-sectional view of a track portion of a preferred embodiment of the present invention. The seventh figure is a perspective view of a battery pack dismounting device of both the power tool. The eighth figure is an exploded view of the battery pack removal device of the power tool. [Main component symbol description] (10) Power tool (11) Chassis
(1 1 1 )罩板 (1 1 3 )滑動塊 (1 1 4 1 )延伸部 (2 0 )電池包 (2 1 1 )彈簧固定槽 (2 2 1 )扣合件 (2 2 1 2 )按鈕 (2 2 1 4 )卡塊 (2 3 )上蓋 (2 3 2 )内凹部 (1 1 2 )側板 (1 1 4 )勾臂 (1 1 4 2 )勾部 (2 1 )電池匣 (2 2 )壓鈕構造 (2 2 1 1 )連結板 (2 2 1 3 )定位桿 (2 2 2 )彈簧 (2 3 1 )凹部 (2 3 3 )軌道 (2 3 4 )卡扣孔 （2 3 4 1 )穿孔部 1327947 (2 3 4 2 )插口 (2 3 5 )按鈕穿孔 (3 1 )底盤 (3 1 2 )勾臂 (4 0 )電池包 (4 2 )按紐 (2 3 4 3 )勾掛部 (3 0 )電動工具 (3 1 1 )罩板 (3 1 2 1 )卡槽 (41)軌道 (4 2 1 )勾扣(1 1 1) cover plate (1 1 3 ) slide block (1 1 4 1 ) extension (2 0) battery pack (2 1 1 ) spring fixing groove (2 2 1 ) fastening piece (2 2 1 2 ) Button (2 2 1 4 ) card block (2 3 ) upper cover (2 3 2 ) inner recess (1 1 2) side plate (1 1 4 ) hook arm (1 1 4 2 ) hook (2 1) battery pack (2 2) Press button structure (2 2 1 1 ) Link plate (2 2 1 3 ) Positioning rod (2 2 2 ) Spring (2 3 1 ) Recess (2 3 3 ) Orbit (2 3 4 ) Snap hole (2 3 4 1) Perforation 1327947 (2 3 4 2 ) Socket (2 3 5 ) Button perforation (3 1) Chassis (3 1 2 ) Hook arm (4 0) Battery pack (4 2 ) Button (2 3 4 3 ) Hook (3 0) power tool (3 1 1) cover plate (3 1 2 1 ) card slot (41) track (4 2 1 ) hook