M335110 八、新型說明： 【新型所屬之技術領域】 本新型是有關於一種機殼，特別是指一種具有開關裝 置的機殼。 【先前技術】 如圖1、2所示，為現今一種具有關關裝置的機殼，包 含一下殼體1、一可移動地裝設於該下殼體丨的上殼體2， 及一裝設於該上殼體2的開關彈片3。該下殼體1具有二間 隔設置的導執101、一形成於其中一導執1〇1上的開關缺口 102、一形成於該導軌101上且接續著該開關缺口 1〇2設置 的導滑斜面103，及一形成於該導執1〇1上且接續著該導滑 斜面103設置的卡槽104。該上殼體2具有二分別對應於該 等導執101的導滑部201、一操作孔202，及二朝下延伸出 的凸柱203。該開關彈片3是裝設於該等凸柱2〇3上，並具 有一可從該操作孔202凸出的凸鈕301，及一朝外延伸出的 卡柱302。 當使用者要閉合該上、下殼體2、i時，是將該卡柱 302對準該開關缺口 1〇2，並將該上殼體2蓋合於該下殼體 1上，然後，再朝前推動該上殼體2，使該卡柱3〇2沿著該 導滑斜面103向下移動，而迫使該開關彈片3向下彎折， 直至該卡柱302藉該開關彈片3的彈性恢復力向上嵌卡於 卡乜104内，此時，該上殼體2剛好閉合於該上殼體1 上。 一 當使用者要開啟該上、下殼體2、1時，則需先下壓該 5 M335110 凸鈕301，使該卡柱3〇2脫開該卡槽1〇4，然後，再朝後推 動忒上喊體2，使該卡柱3〇2沿著該導滑斜面1〇3移動至該 開關缺口 102處，此時，使用者即可將該上殼體2向上拿 起。 雖然，此種機殼可利用該開關彈片3來控制該上、下 殼體2、1的開啟/關閉，但是，在實際操作使用時，此種機 殼卻具有以下的缺失： 一、 當要推開該上殼體2時，使用者下壓於該凸鈕3〇ι 上的力里，會使该上殼體2更加壓緊於該下殼體1上，導 致該上、下殼體2、1之間的摩擦力增大，使得使用者不易 向後推開該上殼體2。 二、 當要推開該上殼體2時，使用者下壓該凸鈕3〇ι 的施力方向（朝下）與推開該上殼體2的施力方向（朝 後），兩者方向並不一致，易導致使用者產生操作混淆的感 覺’而不知如何推開該上殼體2。 三、 此種機殼並無法限制該開關彈片3的下壓行程， 該開關彈# 3極可能會因使用者的施力過大，而發生永久 性的變形，失去彈性復位的功能。 【新型内容】 因此，本新型之目的，即在提供一種易於推開、開啟 操作方便’且可防止使用者施力+ #的具有開關裝置的機 殼。 ' 於是，本新型之具有開關裝置的機殼，包含一第一殼 體、一第二殼體，及一開關裝置。該第一殼體具有一沿一 M335110 =一：向延伸的第-導執，及-與該第-導軌互相間隔平 行的第二導執’該第一導軌具有一開關缺口，及一鄰近於 該開關缺口的觸動部。該第二殼體具有一對應於該第一導 執的弟一導滑部、 β » AA- 、 净β冲一對應於該第二導軌的第二導滑部，及 一連接於該第一、二導滑部之間的殼壁，該殼壁具有一内 側面、一相反於該内側面的外側面，及至少一沿該第一方 向延伸且鄰近於該第一鐾、、典 罘導β σ卩的導引孔，當該第二殼體裝 設於該第一殼體上時，兮筮 _ 一—吋忒第一、二導滑部是分別與該第 ^執’月接、亥第二殼體可相對於該第-殼體在一開 啟位置與一閉合位置叙 罝之間移動。该開關裝置包括一可擺動 裝設於該殼壁的内側面卜砧鸽—μ ^ 的鎖疋片、一裝設於該殼壁與該 鎖定片之間的彈性& I u _ 牛，及一可移動地裝設於該殼壁的外 =面上的開關件’該鎖U具有—擺動中心、-對應於該 弓孔的導滑孔’及―卡扣冑’該鎖定片可在-鎖定位置 與一解鎖位置之間擺動，兮 、 佩勒忒開關件具有至少一連動部，該 連動部是穿過該殼壁的導丨 、 导引孔，並延伸至與該鎖定片的導M335110 VIII. New description: [New technical field] The present invention relates to a casing, and more particularly to a casing having a switching device. [Prior Art] As shown in Fig. 1 and 2, a casing having a closing device comprises a lower casing 1, an upper casing 2 movably mounted to the lower casing, and a casing A switch elastic piece 3 provided on the upper casing 2. The lower casing 1 has two spaced-apart guides 101, a switch notch 102 formed on one of the guides 1〇1, and a guide slip formed on the guide rail 101 and connected to the switch notch 1〇2. The inclined surface 103 and a card groove 104 formed on the guide 1〇1 and connected to the guiding inclined surface 103 are provided. The upper casing 2 has two guide portions 201 corresponding to the guides 101, an operation hole 202, and two protrusions 203 extending downward. The switch elastic piece 3 is mounted on the protrusions 2〇3, and has a knob 301 protruding from the operation hole 202, and a post 302 extending outward. When the user wants to close the upper and lower casings 2, i, the post 302 is aligned with the switch notch 1〇2, and the upper casing 2 is closed on the lower casing 1, and then, Pushing the upper casing 2 forward again, causing the post 3〇2 to move downward along the guiding ramp 103, forcing the switch elastic piece 3 to bend downward until the post 302 passes the switch spring 3 The elastic restoring force is inserted into the cassette 104 upwardly, and at this time, the upper casing 2 is just closed on the upper casing 1. When the user wants to open the upper and lower casings 2, 1, the 5 M335110 knob 301 is first depressed, so that the post 3〇2 is disengaged from the slot 1〇4, and then backwards. The upper body 2 is moved to the switch gap 102 along the guide slope 1〇3, and the user can lift the upper casing 2 upward. Although the casing can use the switch spring 3 to control the opening/closing of the upper and lower casings 2, 1, the casing has the following defects in actual operation: When the upper casing 2 is pushed open, the force of the user pressing down on the knob 3〇1 causes the upper casing 2 to be further pressed against the lower casing 1, resulting in the upper and lower casings. The friction between 2 and 1 is increased, making it difficult for the user to push the upper casing 2 backward. 2. When the upper casing 2 is to be pushed open, the user presses the biasing direction of the knob 3〇 (downward) and pushes the biasing direction of the upper casing 2 (backward), both The directions are not consistent, which may cause the user to feel the confusion of the operation 'how to know how to push the upper casing 2 away. 3. The casing cannot limit the downward pressing stroke of the switch shrapnel 3. The switch bullet #3 pole may be permanently deformed due to the user's excessive force, and the elastic reset function is lost. [New content] Therefore, the object of the present invention is to provide a casing having a switching device which is easy to push open and open and which can prevent the user from applying force + #. Thus, the casing of the present invention having a switching device includes a first casing, a second casing, and a switching device. The first housing has a first guide extending along a M335110=one direction, and a second guide parallel to the first guide rail. The first guide rail has a switch gap, and a adjacent The touch portion of the switch notch. The second housing has a second guide portion corresponding to the first guide, β » AA- , a net β punch corresponding to the second guide portion of the second guide rail, and a first connection to the first guide a shell wall between the two sliding portions, the shell wall having an inner side surface, an outer side surface opposite to the inner side surface, and at least one extending along the first direction and adjacent to the first side, the guide a guiding hole of β σ卩, when the second housing is mounted on the first housing, the first and second guiding portions of the first and second guiding portions are respectively connected with the first The second housing is movable relative to the first housing between an open position and a closed position. The switch device includes a lock piece that is swingably mounted on the inner side of the shell wall, an anvil, and a spring & I u _ cow mounted between the shell wall and the locking piece, and a switch member movably mounted on the outer surface of the casing wall. The lock U has a swing center, a guide hole corresponding to the bow hole, and a "snap" which can be in the - The locking position and the unlocking position oscillate, and the 佩, 佩 忒 忒 件 件 具有 具有 具有 具有 具有 , , , , , , , , 佩 佩 佩 佩 佩 佩 佩 佩 佩 佩 佩 佩 佩 佩 佩 佩 佩 佩 佩 佩 佩 佩 佩 佩
)月孔滑接’該開關件可”L 要认― j1干·^ 口5亥第一方向在一對應於該鎖定位 、弟位置與一對應於該解鎖位置的第二位置之間移 二當該第二殼體在該開啟位置，且該鎖定片在該鎖定位 才°亥卡扣0卩疋延伸至該開關缺口内，當該第二殼體 該閉合位置，且該銷定分、/ 篮在 、 在s亥鎖定位置時，該卡扣部是鄰 近於該觸動部，並延伸至兮 _ 甲至忒苐一導執的内側，當該第二殼 體在該閉合位置，且兮# ^ u 曰土 忒鎖疋片在該解鎖位置時，該卡扣部 疋返離該第一導執，♦兮货 + 守竿田4苐二殼體從該開啟位置移動至該 7 M335110 閉1位置％ ’该觸動部會推抵該卡扣部，使該鎖定片從該 、:疋位置擺動至該解鎖位置，待該卡扣部脫離該觸動部 柃，該鎖定片是擺動回該鎖定位置。 【實施方式】 本新型之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_者 ^ 声鈀例的砰細說明中，將可清楚的明 白。The lunar hole sliding 'the switch piece can be 'L' to recognize - j1 dry · ^ mouth 5 Hai first direction between a corresponding position corresponding to the lock position, the brother position and a second position corresponding to the unlock position When the second housing is in the open position, and the locking piece extends into the switch notch at the locking position, when the second housing is in the closed position, and the pin is divided, When the basket is in the locked position, the buckle portion is adjacent to the touch portion and extends to the inner side of the guide to the first guide when the second housing is in the closed position, and # ^ u When the 忒 忒 疋 在 在 在 该 在 在 在 在 在 在 在 在 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮 兮1 position % 'the touch portion pushes against the buckle portion, so that the locking piece swings from the position of the 疋 to the unlocked position, and when the buckle portion is disengaged from the touch portion 柃, the locking piece is swung back to the lock [Embodiment] The foregoing and other technical contents, features and effects of the present invention are combined with the following reference drawings. ^ Bang sound palladium fine described embodiment, the clear bright white.
參閱圖 3、4、$ ^ . 3’為本新型之具有開關裝置的機殼的實 施例’該具有開關農置的機殼包含：一第一殼體1〇、一第 一殼體20,及—開關裝置3〇。 ^第成體丨〇具有一底壁u、二從該底壁u平行一 乂 。的兩側邊向上延伸的側壁12、一從該底壁11的 =上延伸於該等側壁12之間的前壁13、一沿該第一方 行的Γ申：‘一導軌14，及一與該第一導執14互相間隔平 m:_15。在本實施例中，該第—、二導軌14、15 刀別/口 5亥第—方向x 彎，該第-導軌14 Η 上的倒u形折 關缺口 14卜置且/、有一開關缺口141，及-接續著該開 ^ 朝該底壁11延伸的觸動部142。 滑部I :庫2〇具有一對應於該第-導…^ 接於該第-應導於該第二㈣15的第二導滑部-一連 壁2^後^導滑部Μ、22之間的殼壁23，及—從該殼 後短壁Γ下延伸於該第一、二導滑部21、22之間的 ♦ 在本實施例中，嗲筮—一 ^ 、一導滑部21、22是從該殼壁 M335110 23平行該第一方向χ的兩側邊向下延伸出的側短壁。 該殼壁23具有一内側面231、一相反於該内側面231 的外側面232、一沿該第一方向χ延伸且凹設於該外側面 232上的導引淺槽233、二沿該第一方向χ間隔設置且位於 。亥V引淺槽233内的導引孔234、235、一位於該導引淺槽 233内的第一安裝孔236、一朝該第一導滑部21凸伸於該 第女衣孔236内的第一定位塊237，及一從該内側面231 朝下延伸出的凸柱238，該等導引孔234、235是沿該第一 方向χ延伸且鄰近於該第一導滑部21。當該第二殼體2〇裝 口又於忒第一叙體1 〇上時，該第一、二導滑部21、U是分 別人°玄第、一導執14、15滑接，該第二殼體20可相對 於忒第一殼體10在一開啟位置（見圖6)與一閉合位置 (見圖8)之間移動。 。玄開關裝置30包括一可擺動裝設於該殼壁23的内側 面231上的鎖定片31、一裝設於該殼壁23與該鎖定片31 之間的彈性το件32、一可移動地裝設於該殼壁23的外側面 232上的開關件33、一裝設於該鎖定片31下方的底座μ， 及二扣環35。 。亥鎖定片31具有一作為擺動中心且可供該凸柱238穿 過的拖轉孔311、一對應於該導引孔234的導滑孔312、一 卡扣邛3 13、一對應於該第一安裝孔236的第二安裝孔 凸伸於忒第一安裝孔314内並相反於該第一定位塊 237的第一疋位塊315，及一與該樞轉孔mi同心的圓弧端 面316，該卡扣部313具有一導滑斜面3 17，及一連接於該 M335110 〇 316之間的側端面318。該鎖定 在一鎖定位置（見圖6、8)與一 之間擺動。 導滑斜面317與該圓弧端面 片31可相對於該殼壁23彳 解鎖位置（見圖7、9)之間 是壓縮彈簧，且，該彈Referring to FIG. 3, FIG. 4, FIG. 3 is an embodiment of a casing having a switch device. The casing having a switch farm includes: a first casing 1 and a first casing 20. And - the switch device 3 〇. ^ The first body has a bottom wall u, two parallel to the bottom wall u. a side wall 12 extending upwardly from both sides, a front wall 13 extending from the bottom wall 11 to the side wall 12, and a first side line along the first side: a guide rail 14, and a The first guide 14 is spaced apart from each other by m: _15. In this embodiment, the first and second guide rails 14 and 15 are in the direction of the x-turn and the x-bend, and the inverted u-shaped gap of the first guide rail 14 卜 is disposed and/or has a switch gap. 141, and - followed by the opening ^ 142 extending toward the bottom wall 11. The sliding portion I: the magazine 2 has a second guiding portion corresponding to the first guiding portion to the second (four) 15 - a connecting wall 2 ^ after the sliding portion Μ, 22 a shell wall 23, and extending from the rear short wall of the shell between the first and second guide portions 21, 22, in the embodiment, a guide, a guide portion 21, 22 is a side short wall extending downward from the side wall of the first direction χ from the shell wall M335110 23 . The shell wall 23 has an inner side surface 231, an outer side surface 232 opposite to the inner side surface 231, a guiding shallow groove 233 extending along the first direction and recessed on the outer side surface 232, and two along the first One direction is set and located. The guiding holes 234 and 235 in the shallow groove 233 and the first mounting hole 236 in the guiding shallow groove 233 protrude into the first female hole 236 toward the first guiding portion 21 a first positioning block 237, and a protruding post 238 extending downward from the inner side surface 231. The guiding holes 234, 235 extend along the first direction and are adjacent to the first guiding portion 21. When the second housing 2 is mounted on the first body 1 , the first and second sliding portions 21 and U are respectively connected to the first and second guides 14 and 15 respectively. The second housing 20 is movable relative to the first housing 10 between an open position (see FIG. 6) and a closed position (see FIG. 8). . The switch device 30 includes a locking piece 31 slidably mounted on the inner side surface 231 of the casing wall 23, a resilient member 32 mounted between the casing wall 23 and the locking piece 31, and a movable portion A switch member 33 mounted on the outer side surface 232 of the casing wall 23, a base μ mounted under the locking piece 31, and two retaining rings 35. . The locking piece 31 has a towing hole 311 as a swinging center and a through hole 312 for the guiding post 238, a guiding hole 312 corresponding to the guiding hole 234, a latching hole 313, and a corresponding to the first A second mounting hole of a mounting hole 236 protrudes from the first mounting hole 314 and is opposite to the first clamping block 315 of the first positioning block 237, and a circular arc end surface 316 concentric with the pivot hole mi The latching portion 313 has a sliding slope 3-17 and a side end surface 318 connected between the M335110 and the 316. The lock swings between a locked position (see Figures 6, 8) and one. The sliding slope 317 and the arc end surface 31 are slidable relative to the casing wall 23 (see Figs. 7, 9) as a compression spring, and the bomb
的操作板體331， 及二 體331，及二連動部332、333。 在本實施例中，該彈性元件3 2 性元件32的兩端是分別與該第一、The operation plate body 331, and the two bodies 331, and the two interlocking portions 332, 333. In this embodiment, the two ends of the elastic element 32 are respectively associated with the first
性元件32產生結構上的干涉。 334， 办該底座34具有二分別對應於該等導引孔234、235的 穿孔341，及一朝向該彈性元件32的容置通孔342。該容 置通孔342可避免該底座34在移動時與該彈性元件32及 該凸柱238產生結構上的干涉。 在本實施例中，該等連動部332、333是裝設於該操作 板體33 1上並朝下延伸出的導栓，該連動部是穿過對 應於該鎖定片31的導滑孔312的導引孔234，並延伸至與 該導滑孔312滑接，該連動部333是穿過該導引孔235， 且，该等連動部332、333的底端是分別穿過該等穿孔 341，該等扣環35是分別扣卡於該等連動部332、333的底 ί而上’以防止該底座3 4脫落。 5亥操作板體331經該等連動部332、333可沿該第一方 向X帶動該底座34在一第一位置（見圖6、8)與一第二位 10 M335110 置（見圖 7、Q、4曰a — t f , ^ )之間移動。該第一位置是對應於該鎖定位 〜第二位置是對應於該解鎖位置。 20日士如圖/?戶斤示，#使用者要閉合該第一、二殼體 的開"ii’是將該鎖定片31的卡扣部313對準該第—導軌Μ 上〈It'14/ ’並將該第二殼體20蓋合於該第一殼體10 鎖定)i k 1亥第二殼體2〇是在該開啟位置（見圖6)，且該 缺:1431是在該敎位置，該卡扣部313是延伸至該開關 、丄41内。 接著’沿該第一方向χ將該第二殼體20從該開啟位置 中，圖6)朝前推動至該閉合位置（見圖8)，在此過程 ^ 士圖6、7所不，該第一滑軌14的觸動部142會推抵 =扣部313的導滑斜面317，使該敎片31從該鎖定位 置（見圖6)逆時針擺動至該解鎖位置（見圖7)，同時， 該鎖定片經由該導滑孔312、該連動部332,也可同步 二動該操作板體331從該第—位置（見圖6)朝後移動至該 弟-位置（見® 7) ’而後，如圖7、8所示，當該卡扣部 ^3的側端面318脫離該觸動部142時，該彈性元件η的 彈性恢復力即可迫使該鎖定片31自動從該解鎖位置（見圖 7)順時針擺回該敎位置（見® 8)，而使該圓弧端面316 沿著該觸動部142的端緣滑動’同時，該操作板體331也 會同步從該第二位置（見圖7)朝前移動至該第—位置（見 圖8) 〇 因此，當該第二殼體20移動至該閉合位置（見圖8) 時’該鎖定片31即會自動擺動至該鎖定位置（見圖8)，而 11 M335110 自動閉鎖，此栌 ^ 延伸至节坌了 °亥卡扣部313是鄰近於該觸動部142，並 藉由該二置導：:；内側，如此， 、置30鎖扣於該第一殼體10上。 如圖8、9也所二使用者▲要開啟該第-、二殼體10、2。時， 第一位w 丁可石该第一方向X將該操作板體33 1從該 (=朝後推動至該第二位置(見圖9)，在 心也可===、經由該連動部332、該導滑孔 時針擺動至該解31從該鎖定位置(見圖8)逆 在該閉合位置，作3 ® 9)，此時，該第二殼體20仍 遠離該第ϋ鎖U 31已擺動至該卡扣部313 ’ 第 執14的解銷位晋，a ^ 使用者 的解鎖位置’如此’如圖9、10所示， 使今第弟—方向Χ朝後推動該操作板體33卜 啟㈣閉合位置（見圖9)朝後移動至該開 該鎖定片3::)’然後，再放開該操作板體331，此時， ⑷内的鎖定：置:复位至該卡扣部313位於該開關缺口 移回該第-位置(見二Γ使並同步帶動該操作板體331 向上拿起。 見圖1〇)，使用者即可將該第二殼體20 =由以上的說明’可再將本新型的優點歸納如下： 一、當要推開該第二殼體2〇 X朝後推動該操作板體331的施力方向，是方f 體20朝德鬥私aa+ 疋十仃於忒第二殼 -私俨，向’因此’本新型可有效避免該第-、 二:」2G之間的摩擦力增大，而讓_者可輕易地向 俊推開该弟二殼體20。 12 M335110 —、當要打開該第二殼體20時，使用者沿該第一方向 X朝後推動該操作板體33 1的施力方向，是與使用者朝後推 開該第二殼體20的施力方向一致，因此，使用者可方便地 朝後推開該第二殼體20 ’而不會產生操作混淆的清形。 一、本新型該鎖定片31的擺動行程與該操作板體 的移動行程是受限於該等導引孔234、235的長度，因此， 本新型可有效避免該彈性元件32因使用者施力不當，而發 生永久變形的問題。 四、當該第二殼體20從該開啟位置移動至該閉合位置 時，該鎖定片3丨會自動擺動至該鎖定位置，因此，本新型 可自動閉鎖。 歸納上述，本新型之具有開關裝置的機殼，不僅可供 使用者輕易地推開該第一殼體，且開啟操作方便，使用者 不會發生刼作混淆的問題，並可防止使用者施力不當造成 彈性7L件的損壞，故確實能達到本新型之目的。 惟以上所述者，僅為本新型之較佳實施例而已，當不 2以此限定本新型實施之範圍，即大凡依本新型申請專利 乾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。 13 種具有關關裝置的機殼的立體分解示意 開關裝置的機殼的一實施例的立體The sexual element 32 creates structural interference. 334. The base 34 has two through holes 341 corresponding to the guiding holes 234 and 235, and a receiving through hole 342 facing the elastic member 32. The receiving through hole 342 prevents the base 34 from structurally interfering with the elastic member 32 and the protruding post 238 when moving. In the present embodiment, the linking portions 332 and 333 are guide pins that are mounted on the operating plate body 33 1 and extend downward. The linking portions pass through the sliding holes 312 corresponding to the locking piece 31. The guiding hole 234 extends to the sliding hole 312, the linking portion 333 passes through the guiding hole 235, and the bottom ends of the linking portions 332, 333 respectively pass through the through holes 341. The buckles 35 are respectively fastened to the bottoms of the linking portions 332 and 333 to prevent the bases 34 from falling off. The fifth operating panel 331 can drive the base 34 along the first direction X in a first position (see FIGS. 6, 8) and a second position 10 M335110 via the linking portions 332, 333 (see FIG. Move between Q, 4曰a — tf , ^ ). The first position corresponds to the lock position - the second position corresponds to the unlock position. 20 士 如图 / ? ? # # # # # # # # # # # # # # # # # # # # # 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者'14/' and the second housing 20 is closed to the first housing 10 to lock) the second housing 2 is in the open position (see Figure 6), and the missing: 1431 is in In the position of the cymbal, the latching portion 313 extends into the switch and the cymbal 41. Then, 'in the first direction, the second housing 20 is lifted from the open position, FIG. 6) to the closed position (see FIG. 8), and the process is not shown in FIG. The touch portion 142 of the first slide rail 14 pushes against the guide slip surface 317 of the buckle portion 313, so that the flap 31 swings counterclockwise from the lock position (see FIG. 6) to the unlocked position (see FIG. 7). The locking piece can also move the operating plate body 331 backward from the first position (see FIG. 6) to the rear position (see ® 7) via the guiding hole 312 and the linking portion 332. Then, as shown in FIGS. 7 and 8, when the side end surface 318 of the latching portion 313 is disengaged from the touch portion 142, the elastic restoring force of the elastic member η can force the locking piece 31 to automatically move from the unlocked position (see Figure 7) swinging back to the 敎 position (see ® 8) clockwise, and sliding the end face 316 along the end edge of the contact portion 142 while the operating plate body 331 is also synchronized from the second position ( See Figure 7) Moving forward to the first position (see Figure 8). Therefore, when the second housing 20 is moved to the closed position (see Figure 8), the locking piece 31 will automatically Move to the locked position (see Figure 8), and the 11 M335110 automatically locks, the 栌^ extends to the throttling. The hi-clip portion 313 is adjacent to the touch portion 142, and by the two guides: Thus, the 30 is latched on the first housing 10. As shown in Figures 8 and 9, the user ▲ is to open the first and second housings 10, 2. At the time of the first bit, the first direction X, the operation plate body 33 1 is pushed from the (= backward to the second position (see FIG. 9), and the heart can also be ===, via the linkage portion. 332, the guide hole clockwise swings to the solution 31 from the locked position (see FIG. 8) against the closed position, as 3 ® 9), at this time, the second housing 20 is still away from the third lock U 31 Has been swung to the buckle portion 313 'the unlocking position of the first 14th, a ^ the user's unlocking position 'so' as shown in Figures 9 and 10, so that today's younger brother - the direction of the squatting backwards push the operating panel 33 bu (4) closed position (see Figure 9) moved backwards to open the locking piece 3::) ' Then, then release the operating plate body 331, at this time, the lock in (4): set: reset to the card The buckle portion 313 is located at the switch position and is moved back to the first position (see second step and synchronously driving the operation plate body 331 upwards. See FIG. 1A), the user can press the second housing 20 from above. The description of the present invention can be summarized as follows: 1. When the second housing 2〇X is pushed away, the direction of the force of the operating plate body 331 is pushed backwards, which is the square f body 20 toward the German private aa+疋十仃于忒Second shell-private, the 'this' can effectively avoid the increase of the friction between the first and second: 2G, and let the _ can easily push the brother two shells 20 . 12 M335110 — When the second housing 20 is to be opened, the user pushes the biasing direction of the operating panel 33 1 backward in the first direction X, and pushes the second housing backward with the user. The direction of application of the force of 20 is uniform, so that the user can conveniently push the second casing 20' backwards without causing confusion in the operation. 1. The swinging stroke of the locking piece 31 and the moving stroke of the operating plate body are limited by the lengths of the guiding holes 234, 235. Therefore, the present invention can effectively prevent the elastic member 32 from being applied by the user. Improper, and the problem of permanent deformation. 4. When the second housing 20 is moved from the open position to the closed position, the locking piece 3丨 is automatically swung to the locked position, and thus the present invention can be automatically locked. In summary, the casing with the switch device of the present invention not only allows the user to easily push open the first casing, but also has the convenience of opening operation, the user does not have the problem of confusion, and can prevent the user from applying Improper force causes damage to the elastic 7L piece, so it can achieve the purpose of this new type. However, the above is only a preferred embodiment of the present invention, and does not limit the scope of the present invention, that is, the simple equivalent change of the patent application and the new description of the present invention. Modifications are still within the scope of this new patent. Three-dimensional exploded representation of 13 enclosures with shut-off devices. Stereoscopic embodiments of a housing of a switchgear
M335110 圖式簡單說明】 圖1是習知一 圖； 圖2是該機殼的局部俯視示意圖； 圖3是本新型具有 分解示意圖； 圖4是圖3的局部放大示意圖； 圖5疋一類似圖4的視圖，說明該實施例的一開關裝 置完成組裝； 圖6疋5亥貫施例的局部俯視示意圖，說明該實施例的 一第二殼體相對於-第-殼體在-開啟位置，言亥開關裝置 的一鎖定片在一鎖定位置； 圖7是一類似圖6的視圖，說明該鎖定片從該鎖定位 置逐漸朝一解鎖位置擺動； 圖8是一類似圖7的視圖’說明該第二殼體相對於該 第-殼體移動至-Pd合位置，該鎖定片自動擺回該鎖定位 置； 圖9是-類_ 8的視圖，說明使用者推動該開關裝 置的一開關件，迫使該鎖定片擺回該解鎖位置；及/ 圖10是一類似圖9的視圖，說明使用者推動該開關 件，使該第二殼體相對於該第一殼體移動至該開啟位置。 14 M335110BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of a portion of the casing; FIG. 3 is a partial exploded view of the casing; FIG. 3 is a partially enlarged schematic view of the same; FIG. 4 is a view showing the completion of assembly of a switch device of the embodiment; FIG. 6 is a partial top plan view of the embodiment of the present invention, illustrating a second housing of the embodiment with respect to the -first-case in-open position, A locking piece of the switch device is in a locked position; FIG. 7 is a view similar to FIG. 6, illustrating that the locking piece is gradually swung from the locked position toward an unlocked position; FIG. 8 is a view similar to FIG. The two housings are moved to the -Pd position relative to the first housing, and the locking piece is automatically swung back to the locking position; FIG. 9 is a view of the class -8, illustrating that the user pushes a switching member of the switching device, forcing The locking tab swings back to the unlocked position; and/FIG. 10 is a view similar to FIG. 9 illustrating the user pushing the switch member to move the second housing relative to the first housing to the open position. 14 M335110
【主要元件符號說明】 1 ······ •…下殼體 101… …·導軌 102… •…開關缺口 103… …^滑斜面 104… …·卡槽 2…… •…上殼體 201 ··· •…導滑部 202… •…操作孔 203… •…凸柱 3…… •…開關彈片 301… •…凸钮 302… -----Μ主 10…… •…第一殼體 11…… •…底壁 12…… •…側壁 13…… —剷壁 14…… •…第一導軌 141 ·.·· …·開關缺口 142 ···_ …·觸動部 15…… •…第二導軌 20…… …·第二殼體 21…… …第一導滑部 22…… …第二導滑部 23- 231 232 233 234 235 236 237 238 24· 30. 31 · 311 312 313 314 315 316 317 318 32·· 33.· 331 殼壁 内側面 外側面 導引淺槽 導引孔 導引孔 第一安裝孔 第一定位塊 凸柱 後短壁 開關裝置 鎖定片 才區轉孔 導滑孔 卡扣部 第二安裝孔 第二定位塊 圓弧端面 導滑斜面 側端面 彈性元件 開關件 操作板體 15 M335110 332 ···' •…連動部 333 ··· •…連動部 334… •…容置槽 34…… •…底座 341 ··· •…穿孔 • 342 … •…容置通孔 35…… •…扣環 X........ —弟 方向 16[Description of main component symbols] 1 ·······... Lower case 101...· Guide rail 102... •...Switch notch 103...^Slip bevel 104...··Card slot 2...•...Upper casing 201 ··· •... Guide slide 202... •...Operation hole 203... •...Bud 3...•...Switch spring 301...•...Button 302... -----Μ主10... •...first shell Body 11... •...Bottom wall 12... •...Side wall 13...——Shovel wall 14... •...First rail 141 ······Switch notch 142 ···_ ...·Touch part 15... ...the second guide rail 20...the second housing 21...the first guide portion 22...the second guide portion 23-231 232 233 234 235 236 237 238 24· 30. 31 · 311 312 313 314 315 316 317 318 32·· 33.· 331 Shell inner side outer side guide shallow groove guide hole guide hole first mounting hole first positioning block post post rear short wall switch device locking piece area hole guide Slide hole snap portion second mounting hole second positioning block arc end face guide slip bevel side end face elastic member switch member operation plate body 15 M335110 332 ···' •...Interlocking part 333 ··· •...Interlocking part 334... •...Receiving groove 34... •...Base 341 ··· •...Perforated • 342 ... •...Receiving through hole 35... •... Buckle X........ - Brother direction 16