1341775 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種工具盒，特別是指一種具鎖扣裝 置的工具盒。 【先前技術】 如圖1所示，習知一種工具盒10具有彼此連接並可相 互對合的一上蓋體11與一下盒體12，及分別安裝在該上蓋 體11與該下盒體12之間的二卡扣13。 該上蓋體11具有二樞接座111用以樞接該二卡扣13。 該下盒體12具有二卡扣座121可供該二卡扣13卡扣 定位’以達將該上蓋體11與該下盒體12鎖扣的使用目的。 該工具盒1 〇雖然可以藉由該二卡扣丨3將該上蓋體i 1 與該下盒體12鎖扣’但實際上存有下列缺失： 一、 在組配時’操作者需要費力迫壓該卡扣13,才能 使該卡扣13兩側的框接塊13 1進入該樞接座111的二内凹 槽112’進而使該卡扣13樞接於該樞接座ill，存有組裝較 費力、不便的缺失。 二、 當該二内凹槽112與該樞接塊131的配合裕度較大 時’會使得該卡扣13與該樞接座111的結合緊度不佳，當 該二内凹槽11 2與該柩接塊1 3 1的配合裕度較小時，又會使 得該卡扣13無法順利與該柩接座111組裝，且會影響該卡 扣1 3的動作順暢度，存有品質較不易控制的缺失。 三、 該卡扣13只是底側單邊扣住該卡扣座121，當使 用者不慎碰觸到該卡扣13,該卡扣13極易脫開該卡扣座 5 1341775 121，導致該上蓋體11與該下盒體12意外開啟，存有扣鎖 強度不佳的缺失。 如圖2所示，習用另一種工具盒20具有一下盒體21、 與該下盒體21連接的上蓋體22，分別設置於該下盒體 21的一前側面的二扣塊23，及分別設置於該上蓋體22的 一前側面且可與該二扣塊23卡扣結合的二搭扣24。 該工具盒20雖然沒有該工具盒1〇在組裝該卡扣13方 面的缺失，但是同樣具有該二搭扣24與該二扣塊23的扣 鎖強度不佳的缺失。 【發明内容】 因此，本發明之目的疋在提供一種可以省力、方便組 裝，及可提高鎖扣強度的具鎖扣裝置的工具盒。 於是，本發明具鎖扣裝置的工具盒包含一第一盒體、 一第二盒體、一鎖扣裝置、一第一導移組合體，及一第二 導移組合體。 3玄第一盒雜包括呈反向的一前側面與一後側面，一連 接該前側面與該後側面的内裝面，及一自該内裝面沿一頂 底方向設置且連通該前側面的第一容置槽，該第一容置样 是由一槽底面，及自該槽底面朝向該前側面設置的二槽側 面與一槽頂面所配合形成。 該第二盒趙包括呈反向的一前側面與—和該第一盒體 的後側面連接的後側面，一連接該前側面與該後側面的内 裝面，及一自該内裝面沿該頂底方向設置並連通該前側面 且對準該第一容置槽的第二容置槽，該第二容置槽是由一 6 槽底面’及自該槽底面朝向該前側面設置的二槽側面所配 合形成。 該鎖扣裝置包括一安裝在該第一容置槽内的卡掣座， 女裝在該第一谷置槽内的固定座，及一呈可沿一前後方 向轉動地安裝在該固定座内的扣持座。 該卡掣座具有一基壁，分別自該基壁沿該前後方 向朝向後端延伸的二側壁與一卡塊，及一自該基壁朝 向底端延伸再朝向後端彎折並面對該卡塊的勾塊。 該固定座具有分別沿該頂底方向延伸的二側塊， 及連接該二側塊的至少一連接塊。 該扣持座具有安裝在該二側塊内的二翼塊，一固 定在該二翼塊的頂端與後端之間的作動桿，及一固定 在该二翼塊前端的操作塊，前述翼塊、作動桿 '操作 塊並配合形成供該，勾塊通過的一鏤空室。 該第一導移組合體包括分別沿該頂底方向設置於該第一 盒體的二槽側面與該卡掣座的二側壁之間的二導軌與二導槽 0 該第二導移組合體包括分別沿該頂底方向設置於該第 —盒體的二槽側面與該固定座的二側塊之間的二導槽與二導 軌。 藉由上述組成，可以藉由該第一導移組合體、該第二 導移組合體省力、快速地將該卡掣座組裝入該第一容置槽 内、將該固定座組裝入該第二容置槽内，再藉由該作動桿 可以被該卡塊與該勾塊卡置定位，及可施予該勾塊一向下 1341775 拉力，使本發明具有可以提高鎖扣強度的特性β 【實施方式】 本發明具鎖扣裝置的工具盒前述以及其他技術内容、 特點與功效，在以下配合參考圖式之一較佳實施例的詳細 說明中，將可清楚的明白。 在詳細說明之前要注意的是’在整篇說明書中所使用 的相對位置用語，例如“前後方向X” 、“左右方向γ” 、 頂底方向Ζ”是以各圖所示的座標方向為基準，且該前後 方向X與該左右方向γ及該頂底方向Ζ彼此垂直。 如圖3、4、5所示，本發明具鎖扣裝置的工具盒3該 較佳實施例包含相互連接的一第一盒體3〇與一第二盒體4〇 ，分別安裝在該第一盒體30與該第二盒體4〇之間的二鎖 扣裝置50 ’分別安裝在該第一盒體30與該鎖扣裝置5〇的 卡掣座60之間的二第一導移組合體91，及分別安裝在該 第二盒體40與該鎖扣裝置50的一固定座70之間的二第二 導移組合體92。 5亥第一盒體3 0包括呈反向的一前侧面31與一後側面 32，呈反向的一内裝面33與一外表面34，及自該内裝面 33 5玄頂底方向ζ設置並連通該前側面31的二第一容置槽 35 〇 每一第一容置槽35是由沿該頂底方向Ζ延伸的一槽底 面351’及分別自該槽底面351朝向該前側面31設置的二 槽側面352與一槽頂面353所配合形成。 較佳地，該第一盒體3〇更包括分別設置於前述槽底面 8 351、槽頂面353的二第一凹槽36、二第二凹槽37。 該第二盒體40包括呈反向的一前側面41與一和該第 —盒體30的一後側面32連接的後側面42，一面對該第一 盒體30的内裝面33並可彼此對合的内裝面43，一反向於 沒内裝面43的外表面44 ’及自該内裝面43沿該頂底方向 Z設置並連通該外表面44的二第二容置槽45。 每一第二容置槽45是由沿該頂底方向Z延伸的一槽底 面451，及分別自該槽底面451延伸連通該前側面4丨的二 槽側面452所配合形成。 較佳地，該第二盒體4〇更包括分別設置於前述槽底面 451的二第三凹槽46。 每一鎖扣裝置50各包括一呈可沿該頂底方向z自底端 朝向頂端進入、脫離該第一容置槽35的卡掣座6〇、一呈可 沿該頂底方向Z自頂端朝向底端進入、脫離該第二容置槽 45的固定座70,及一呈可 固定座70内的扣持座80。 呈可沿該前後方向X轉動地安裝在該 一沿該左右方向Y擺放的基壁61，自1341775 IX. Description of the Invention: [Technical Field] The present invention relates to a tool box, and more particularly to a tool box having a locking device. [Prior Art] As shown in FIG. 1, a tool case 10 has an upper cover body 11 and a lower case body 12 which are connected to each other and can be coupled to each other, and are respectively mounted on the upper cover body 11 and the lower case body 12, respectively. Two buckles between the two. The upper cover body 11 has two pivoting seats 111 for pivotally connecting the two buckles 13 . The lower case 12 has two latching seats 121 for the two latches 13 to be snapped to the purpose of locking the upper cover 11 and the lower case 12. The tool box 1 〇 can lock the upper cover i 1 and the lower case 12 by the two snaps ' 3, but actually has the following defects: 1. When assembling, the operator needs to work hard The buckle 13 is pressed to allow the frame block 13 1 on the two sides of the buckle 13 to enter the two inner recesses 112 ′ of the pivot socket 111 , so that the buckle 13 is pivotally connected to the pivot socket ill. The assembly is laborious and inconvenient. 2. When the mating margin between the two inner recesses 112 and the pivoting block 131 is large, the binding tightness of the buckle 13 and the pivoting socket 111 may be poor, and when the two inner recesses 11 2 When the mating margin of the splicing block 1 3 1 is small, the buckle 13 can not be smoothly assembled with the splicing base 111, and the smoothness of the movement of the buckle 13 is affected, and the quality is better. A lack of control. 3. The buckle 13 is only a single side of the bottom side of the buckle seat 121. When the user accidentally touches the buckle 13, the buckle 13 can easily disengage the buckle seat 5 1341775 121, resulting in the buckle 13 The upper cover 11 and the lower case 12 are accidentally opened, and there is a lack of a strong lock strength. As shown in FIG. 2, another tool box 20 has a lower case body 21 and an upper cover body 22 connected to the lower case body 21, and two buckle blocks 23 respectively disposed on a front side of the lower case body 21, and respectively Two buckles 24 are disposed on a front side of the upper cover 22 and can be snap-fitted with the two buckles 23 . Although the tool case 20 does not have the missing portion of the tool case 1 in assembling the buckle 13, it also has a lack of the fastening strength of the two buckles 24 and the two fastening blocks 23. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a tool box with a locking device that can be labor-saving, convenient to assemble, and that can increase the strength of the buckle. Therefore, the tool box with the locking device of the present invention comprises a first box body, a second box body, a latching device, a first guiding assembly, and a second guiding assembly. The first box of the first box includes a front side and a rear side opposite to each other, a connecting surface connecting the front side and the rear side, and a front side and a front side connecting from the inner surface. The first accommodating groove on the side surface is formed by a groove bottom surface, and a two groove side surface disposed from the bottom surface of the groove toward the front side surface and a groove top surface. The second box includes a front side opposite to the rear side and a rear side connected to the rear side of the first box body, a connecting surface connecting the front side and the rear side, and a self-contained surface a second receiving groove disposed along the top and bottom of the first receiving groove and aligned with the first receiving groove, the second receiving groove is formed by a 6-slot bottom surface and from the bottom surface of the groove toward the front side The two groove sides are formed to match. The locking device includes a latch seat mounted in the first receiving slot, a fixing seat of the wearing female in the first valley slot, and a mounting seat rotatably mounted in the front seat Buckle holder. The card holder has a base wall, two side walls and a block extending from the base wall toward the rear end in the front-rear direction, and a block extending from the base wall toward the bottom end and then facing the rear end and facing the same A block of the card block. The fixing base has two side blocks extending in the top and bottom directions respectively, and at least one connecting block connecting the two side blocks. The retaining seat has two wing blocks mounted in the two side blocks, an actuating rod fixed between the top end and the rear end of the two wing blocks, and an operating block fixed to the front end of the two wing blocks, the wing The block, the actuating rod 'operates the block and cooperates to form a hollow chamber for the passage of the block. The first guiding assembly includes two guiding rails and two guiding slots 0 disposed between the two groove side faces of the first box body and the two side walls of the card holder in the top and bottom direction. And comprising two guiding grooves and two guide rails disposed between the two groove side faces of the first box body and the two side blocks of the fixing base in the top and bottom directions. With the above composition, the first guiding assembly and the second guiding assembly can be labor-saving and quickly assembled into the first receiving slot, and the fixing seat can be assembled into the first assembly. The second receiving slot can be positioned by the clamping block and the hook block by the actuating lever, and the hook can be biased downward by 1341775, so that the invention has the characteristic β which can improve the locking strength. The present invention, as well as other technical contents, features and functions of the present invention, will be clearly understood from the following detailed description of the preferred embodiments. Before the detailed description, it should be noted that the relative positional terms used in the entire specification, such as "front and rear direction X", "left and right direction γ", and top and bottom direction Ζ" are based on the coordinate directions shown in the respective drawings. And the front-back direction X and the left-right direction γ and the top-bottom direction Ζ are perpendicular to each other. As shown in FIGS. 3, 4, and 5, the preferred embodiment of the tool case 3 with the locking device of the present invention includes one connected to each other. The first box body 3 is coupled to a second box body 4, and the two latching devices 50' respectively mounted between the first box body 30 and the second box body 4'' are respectively mounted on the first box body 30. Two first guiding assemblies 91 between the latching device 5 and the latching seat 60, and two second mountings between the second housing 40 and a mounting seat 70 of the locking device 50 The second guiding assembly 92. The first box body 30 of the 5H includes a front side 31 and a rear side 32 which are opposite to each other, and an inner surface 33 and an outer surface 34 which are opposite to each other, and the inner surface The first accommodating groove 35 of the front side 31 is disposed and communicated with each other, and each of the first accommodating grooves 35 is located along the top and bottom directions. A slot bottom surface 351 ′ extending from the slot and a slot surface 352 respectively disposed from the slot bottom surface 351 toward the front side surface 31 are formed in cooperation with a slot top surface 353. Preferably, the first box body 3 further includes respectively Two first grooves 36 and two second grooves 37 are disposed on the groove bottom surface 8 351 and the groove top surface 353. The second box body 40 includes a front side surface 41 and a first and opposite sides of the first box body The rear side 42 of the rear side 32 of the 30 is opposite to the inner surface 43 of the first casing 30 and opposite to the inner surface 43 of the first casing 30, opposite to the outer surface 44 of the inner surface 43 And two second accommodating grooves 45 disposed from the inner surface 43 along the top and bottom direction Z and communicating with the outer surface 44. Each of the second accommodating grooves 45 is a groove extending along the top and bottom direction Z The bottom surface 451 and the two groove side surfaces 452 extending from the bottom surface 451 of the groove and the front side surface 4 are respectively formed. Preferably, the second casing 4 further includes two third portions respectively disposed on the bottom surface 451 of the groove. a recess 46. Each of the latching devices 50 includes a latching seat that can enter and disengage the first receiving slot 35 from the bottom end toward the top end in the direction of the top and bottom direction z. 6〇, a fixing seat 70 which can enter the second receiving groove 45 from the top end toward the bottom end along the top and bottom direction Z, and a holding seat 80 which can be fixed in the fixing seat 70. The front and rear direction X is rotatably mounted on the base wall 61 disposed along the left and right direction Y,
槽37内的第二凸塊68。 該卡掣座60具有一; 該基壁61朝向後端延伸 隔的二底塊64，一自該j 用以置入該第一盒體30的第二凹 1^41775 該卡塊65具有一設置於底側的導弧面651。 該勾塊66具有—面對該卡塊65的凹弧面661，一反向 於忒凹弧面661的前側面662，及一連接該凹弧面661與該 前側面662的導斜面663。 值得說明的是’該較佳實施例可以省略該二底塊64， 至於該勾塊66則可自該基壁61朝向底端延伸再朝向後端 彎折形成。 »玄固定座70具有分別沿該頂底方向z延伸且可置入該 第一盒體40的第二容置槽45内的二側塊71，一位於該二 側塊71的頂端、前端之間的第-連接塊72，-固定在該二 側塊71的底部 '後端之間的第二連接塊73，一 S]定於該第 一連接塊73朝向後端延伸用以置入該第二盒體40的第三 凹槽46内的第：几抬_ 弟一凸塊74，及一固定於該第二連接塊73朝 向前端延伸的擋柱75。 該扣持座80具有呈可轉動地安裝在該二側塊71内的 T翼塊81，—固定在該二翼塊81的頂端與後端之間的作動 知· 82，及自該二翼塊81的頂端與前端之間朝向底端延伸 的操作塊83。前述翼塊81、作動桿82、操作塊之間並 配合形成一鏤空室84(見圖8)。 此二，該扣持座8〇是藉由一樞桿85沿該左右方向γ 穿置在則述側塊7!、翼塊8 i之間，使該扣持座被安裝 在。亥□定座70内且可以該樞桿8〇為支抽沿該前後方向χ 轉動。 每第一導移組合體91分別包括設置於該第一盒體3〇 10 1341775 的二槽側面352並沿該頂底方向z延伸的二導軌911，及分 別自該卡掣座60的頂壁62沿該頂底方向z延伸設置於該 二側壁63的二導槽912,藉由該二導執912與該二導軌911 的配合設計，使該卡掣座6〇可以方便 '快速地被安裝固定 在该第一容置槽35内，也可以方便、快速地自該第一容置 槽35被卸除。 每一第二導移組合體92分別包括自該第二盒體40的 内裝面43沿該頂底方向z延伸設置於該二槽側面452的二 導槽921，及分別設置於該固定座7〇的二側塊71並沿該頂 底方向Z延伸的二導轨922,藉由該二導執922與該二導軌 921的配合設計，使該固定座7〇可以方便、快速地被安裝 固疋在該第二容置槽45内，也可以方便、快速地自該第二 容置槽45被卸除》 值得說明的是’前述導軌911、導槽912’導槽921、 導軌922的設置位置可以互換。 組裝時，首先將該卡掣座60置於該第一盒體30的第 一容置槽35底端’然後施予該卡掣座6〇 —朝向頂端移動 的推力’藉由該二導槽912與該二導軌911的配合設計，使 該卡掣座60可以順暢地進入該第一容置槽35内，當該第 一凸塊67進入該第一凹槽36内，該第二凸塊68進入該第 第二凹槽37内，該卡掣座60就已經被安裝固定在該第一 谷置槽35内。然後將該固定座7〇置於該第二盒體4〇的第 二容置槽45頂端，接著施予該固定座7〇 一朝向底端移動 的推力，藉由該二導槽921與該二導軌922的配合設計， 11 1341775 使該固定座70可以順暢地進入該第二容置槽45内，當該 第三凸塊74進入該第三凹槽46内，該固定座70就已經被 安裝固定在該第三容置槽45内。 使用時’要關閉鎖扣該工具盒3，首先將該第一盒體 3〇朝向靠近該第二盒體40的方向轉動，則該卡掣座6〇也 同時朝向該扣持座80移動，藉由該卡掣座6〇的勾塊66的 導斜面663的設計，使該勾塊66可以順暢地進入、通過該 扣持座80的鏤空室84，當將該操作塊83朝向後端局部壓 置，可使該扣持座80沿該前後方向χ轉動，同時該作動桿 82朝向罪近該勾塊66的方向轉動並進入該勾塊66與該卡 塊65之間，藉由該卡塊65的導弧面651的設計，使該作 動桿82可以順暢地進入該勾塊66與該卡塊65之間，當持 續將該操作塊83朝向後端壓置到碰觸該擋柱75，可以使該 作動杯82貼觸該勾塊66的凹弧面661並對該勾塊66產生 向下拉力，同時該作動桿82被該勾塊66與該卡塊65卡 置定位，此時，該鎖扣裝置50呈鎖扣狀態。 如圖6、7、8所示，要解除鎖扣開啟該工具盒3，首先 χ喿作塊83朝向别端扳轉，則該扣持座8〇以該框桿 :支軸~該前後方向χ轉動，同時該作動桿82朝向遠離該 ，$ 的方向轉動並脫離該勾塊όό與該卡塊65，此時， 〆、敦置5。呈解除鎖扣狀態，然後，再將該第-盒體％ 隨二：離。亥第-盒體4〇的方向轉動，就可以使該卡掣座60 二—盒體3G移動並完全脫離該扣持座8()，進而使該工 具盒3呈開啟狀態》 12 值得說明的是’本發明只安裝一鎖扣裝置5 ο、一第一 導移組合體91、一第二導移組合體92，也可以達到相同的 使用目的。 歸納上述’本發明具鎖扣裝置的工具盒具有如了所述 之功效及優點，故確實能達成發明目的： 一、 因為本發明可以藉由該第一導移組合體91的設計 ’使該鎖扣裝置50的卡掣座60得以方便、快速 '省力地 被安裝定位在該第一盒體30的第一容置槽35内，可以藉 由》玄第一導移組合體9 2的設計’使該鎖扣裝置5 〇的固定 座70得以方便、快速、省力地被安裝定位在該第二盒體4〇 的第二容置槽45内，所以本發明具有組裝該鎖扣裝置5〇 較方便、快速、省力的功效及優點。 二、 因為該鎖扣裝置50是藉由該扣持座8〇的作動桿 82被該卡掣座60的卡塊65、勾塊66卡置定位，同時該作 動桿82可施於該勾塊66 —向下拉力，進而產生鎖扣作用 ’所以具有可以提高鎖扣強度的功效及優點。 三、 因為該第一導移組合體91、該第二導移座合體92 、該第二凸塊68與該第二凹槽37沿該頂底方向ζ設置， 該第一凸塊67與該第一凹槽36、該固定座70的第三凸塊 74沿該前後方向X設置，如此可以有效防止該卡掣座60、 該固定座70產生晃動，使本發明具有品質較佳的功效及優 點》 四、 本發明具有不需使用工具’徒手就可以安裝、拆 卸該鎖扣裝置50的優點。 1341775 惟以上所述者，僅為本發明之一較佳實施例而已，當 不把以此限疋本發明實施之範圍，即大凡依本發明申請專 利範圍及發明說明内容所作之簡單的等效變化與修飾，皆 仍屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是習用一工具盒的一立體圖； 圖2是習用另一工具盒的一立體圖；The second bump 68 in the slot 37. The card holder 60 has a second bottom block 64 extending from the base wall 61 toward the rear end, and a second recess 1^41775 for inserting the first box body 30 from the j. The card block 65 has a The arcuate surface 651 is disposed on the bottom side. The hook 66 has a concave curved surface 661 facing the blocking block 65, a front side 662 opposite to the concave curved surface 661, and a guiding slope 663 connecting the concave curved surface 661 and the front side surface 662. It should be noted that the preferred embodiment can omit the two bottom blocks 64, and the hook blocks 66 can be formed from the base wall 61 toward the bottom end and then bent toward the rear end. The front side of the two side blocks 71 is located at the top end and the front end of the two side blocks 71. a first connecting block 72, a second connecting block 73 fixed between the bottom ends of the two side blocks 71, a S] is defined to extend toward the rear end of the first connecting block 73 for placing the The first recess in the third recess 46 of the second casing 40 is a bump 74, and a retaining post 75 extending from the second connecting block 73 toward the front end. The latching seat 80 has a T wing block 81 rotatably mounted in the two side blocks 71, an actuating motion between the top end and the rear end of the two wing block 81, and from the two wings An operation block 83 extending between the top end and the front end of the block 81 toward the bottom end. A hollow chamber 84 (see Fig. 8) is formed between the wing block 81, the actuating rod 82 and the operating block. Secondly, the latching seat 8 is placed between the side block 7! and the wing block 8i in the left-right direction γ by a pivot rod 85, so that the latching seat is mounted. The hoisting seat 70 is slidable in the front and rear direction by the pivot rod 8 〇. Each of the first guiding assemblies 91 includes two rails 911 disposed on the two-groove side 352 of the first casing 3〇10 1341775 and extending along the top-bottom direction z, and the top wall of the bayonet 60, respectively. The two guiding grooves 912 are disposed on the two side walls 63 along the top and bottom directions z. The two guiding guides 912 and the two guiding rails 911 are designed to facilitate the quick installation of the locking seat 6〇. It is fixed in the first accommodating groove 35, and can also be easily and quickly removed from the first accommodating groove 35. Each of the second guiding assemblies 92 includes two guiding grooves 921 extending from the inner surface 43 of the second casing 40 along the top and bottom directions z to the two groove side surfaces 452, and are respectively disposed on the fixing bases. The two side rails 71 of the seven sides and the two rails 922 extending along the top and bottom directions Z, by the cooperation design of the two guides 922 and the two rails 921, the fixing brackets 7 can be installed conveniently and quickly. The solid housing is fixed in the second accommodating groove 45, and can be easily and quickly removed from the second accommodating groove 45. It is worth noting that the aforementioned guide rail 911, the guide groove 912, the guide groove 921, and the guide rail 922 are The set positions are interchangeable. When assembling, the cassette holder 60 is first placed at the bottom end of the first receiving groove 35 of the first box body 30 and then the card holder 6〇 is urged to move toward the tip end by the two guiding grooves. The engagement between the 912 and the two rails 911 allows the cartridge 60 to smoothly enter the first receiving groove 35. When the first projection 67 enters the first recess 36, the second projection 68 enters the second recess 37, and the cartridge 60 has been mounted and fixed in the first valley groove 35. Then, the fixing base 7 is placed at the top end of the second receiving groove 45 of the second casing 4〇, and then the thrust of the fixing base 7 toward the bottom end is applied, by the two guiding grooves 921 and the The matching design of the two guide rails 922, 11 1341775 allows the fixing base 70 to smoothly enter the second receiving groove 45. When the third protruding block 74 enters the third recess 46, the fixing base 70 has been The mounting is fixed in the third receiving groove 45. When in use, the tool box 3 is to be closed, and the first box body 3 is first rotated toward the second box body 40, and the cassette holder 6 is also moved toward the holder base 80 at the same time. By the design of the guiding slope 663 of the hook 66 of the latching seat 66, the hooking block 66 can smoothly enter and pass through the hollowing chamber 84 of the latching seat 80 when the operating block 83 faces the rear end portion. Pressing, the latching seat 80 can be rotated in the front-rear direction, and the actuating lever 82 is rotated toward the sin near the hook block 66 and enters between the hook block 66 and the block 65 by the card. The arcuate surface 651 of the block 65 is designed such that the actuating lever 82 can smoothly enter between the hook block 66 and the block 65 when the operating block 83 is continuously pressed toward the rear end to touch the stop 75. The actuating cup 82 can be brought into contact with the concave curved surface 661 of the hook block 66 and a pulling force is generated on the hook block 66. At the same time, the actuating rod 82 is positioned by the hook block 66 and the block 65. The locking device 50 is in a locked state. As shown in FIG. 6, 7, and 8, the tool box 3 is opened by releasing the lock. First, the block 83 is turned toward the other end, and the buckle seat 8 is the frame rod: the support shaft ~ the front and rear direction The crucible rotates while the actuating lever 82 rotates away from the direction of $, and is disengaged from the hook block and the block 65. The unlocking state is released, and then the first-box body is followed by two: away. When the head of the box-box 4 turns, the cassette holder 60-box 3G can be moved and completely disengaged from the holder 8 (), thereby making the tool box 3 open. 12 It is to say that only one locking device 5, a first guiding assembly 91 and a second guiding assembly 92 are installed in the present invention, and the same purpose of use can be achieved. In summary, the above-described tool box with the locking device of the present invention has the advantages and advantages as described above, so that the object of the invention can be achieved: 1. Since the present invention can be made by the design of the first guiding assembly 91 The latching seat 60 of the latching device 50 is conveniently and quickly and effortlessly mounted in the first receiving slot 35 of the first housing 30, and can be designed by the first guiding assembly 9 2 'The fixing seat 70 of the locking device 5 得以 is conveniently, quickly and labor-savingly positioned in the second receiving groove 45 of the second casing 4〇, so the present invention has the locking device 5 assembled. More convenient, fast, and labor-saving effects and advantages. 2. The latching device 50 is positioned by the latching block 65 and the hooking block 66 of the latching seat 60 by the actuating lever 82 of the latching seat 8〇, and the actuating lever 82 can be applied to the hooking block. 66 — Pulling down the force to create a latching action' has the effect and advantages of increasing the strength of the lock. Third, because the first guiding assembly 91, the second guiding block assembly 92, the second protrusion 68 and the second groove 37 are disposed along the top and bottom directions, the first protrusion 67 and the The first groove 36 and the third protrusion 74 of the fixing base 70 are disposed along the front-rear direction X, so that the clamping seat 60 and the fixing base 70 can be effectively prevented from swaying, so that the present invention has better quality and Advantages 4. The present invention has the advantage that the locking device 50 can be installed and removed without using a tool. The above description is only a preferred embodiment of the present invention, and is not limited to the scope of the present invention, that is, the simple equivalent of the scope of the invention and the description of the invention. Variations and modifications are still within the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a conventional tool box; FIG. 2 is a perspective view of another tool box;
圖3是本發明具鎖扣裝置的工具盒一較佳實施例的一 分解立體圖； 圖4是該較佳實施例的一組合立體囷，說明一鎖扣裝 置處於鎖扣的狀態； 圖5是一沿圖4中的線V-V所取得的剖視圖； 圖6是一類似於圖5的視圖，說明該鎖扣裝置處於解 除鎖扣的狀態；3 is an exploded perspective view of a preferred embodiment of the tool case with the locking device of the present invention; FIG. 4 is a combined perspective view of the preferred embodiment, illustrating a state in which the locking device is in the state of the buckle; a cross-sectional view taken along the line VV in FIG. 4; FIG. 6 is a view similar to FIG. 5, illustrating the latching device in a state in which the latch is released;
圖7是一類似於圖6的視圖’說明一第—盒體相對於 一第二盒體呈開啟狀態；及 圖8是一類似於圖4的視圖，說明該第一盒體相對於 該第二盒體呈開啟狀態。 14 1341775Figure 7 is a view similar to Figure 6 illustrating the first box being opened relative to a second box; and Figure 8 is a view similar to Figure 4 illustrating the first box relative to the first The two boxes are open. 14 1341775
【主要元件符號說明】 3…·· .工具盒 61... 30... .第一盒體 62... 31... .前側面 63... 32... .後側面 64... 3 3... .内裝面 65··· 34... .外表面 651. 35... .第一容置槽 66.·· 351 . ..槽底面 661 . 352. ..槽側面 662. 353. ..槽頂面 663. 36... .第一凹槽 67... 37... .第二凹槽 68... 40... .第二盒體 70... 41... .前側面 71 ... 42... .後側面 72... 43... .内裝面 73... 44... .外表面 74... 45... .第二容置槽 75... 451 . ..槽底面 80... 452. ..槽侧面 81... 46... .第三凹槽 82... 50... .鎖扣裝置 8 3… 60... .卡掣座 84... .基壁 .頂壁 .側壁 .底塊 .卡塊 ..導弧面 .勾塊 ..凹弧面 ..前側面 ..導斜面 .第一凸塊 .第二凸塊 .固定座 .側塊 .第一連接塊 .第二連接塊 .第三凸塊 .擋柱 .扣持座 •翼塊 .作動桿 .操作塊 .鏤空室 15 1341775 8 5….枢桿 91.. ..第一導移組合體 911.. .導軌 912.. .導槽 92.. ..第二導移組合體 921.. .導槽 922…導軌 X......前後方向[Description of main component symbols] 3...··. Tool box 61...30....First box 62...31....Front side 63...32....Back side 64. .. 3 3... .Interior surface 65··· 34... .Outer surface 651. 35... .The first accommodating groove 66··· 351 . . . groove bottom 661 . 352. .. Groove side 662. 353. .. groove top surface 663. 36.... first groove 67...37.... second groove 68...40.... second case 70. .. 41... .Front side 71 ... 42.... Rear side 72... 43... . Interior surface 73... 44... .Outer surface 74... 45.. . . . second accommodating groove 75... 451 . . . groove bottom surface 80... 452. .. groove side surface 81... 46.... third groove 82... 50... locking Buckle device 8 3...60... .卡掣座84... .Base wall. Top wall. Side wall. Bottom block. Card block.. Arc surface. Hook block.. Concave arc surface.. Front side.. Leading bevel. First bump. Second bump. Fixing seat. Side block. First connecting block. Second connecting block. Third bump. Stopping post. Buckle holder ・ Wing block. Actuating rod. Hollow chamber 15 1341775 8 5....Pivot 91....First guiding assembly 911.. Guide rail 912.. Guide groove 92....Second guiding assembly 921.. 922 ... rail forward and backward directions X ......
Y......左右方向 Z……頂底方向Y...left and right direction Z...top bottom direction
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