TWM442001U - Bearing device - Google Patents
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M442001 五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種承載裝置，特別是指一種用以承載 電子裝置的承載裝置。 【先前技術】 • 目前用以儲存複數個硬碟的儲存裝置（st〇rage)或伺服 • 器，通常包括殼體，及複數個承載裝置。各承載裝置包括用 以承載硬碟的承載盤，及設置於承載盤前端的把手結構。承 載盤可抽取地設置於殼體内。把手結構包括把手按鈕及鎖 扣件。把手包括樞接於承载盤上並可相對於承載盤旋轉的樞 接端，及位於該柩接端相反側的卡扣端，按鈕可滑動地連接 於承載盤前端並可脫離地卡扣於把手的卡扣端。鎖扣件設置 於把手的樞接端處並卡扣於殼體的固定槽内，使得承載裝置 固定在殼體内。 欲將承載裝置由殼體内抽取出時，先沿按壓方向按壓按 φ 鈕相使其脫離把手的卡扣端，以解除按鈕與把手之間的卡扣 狀態。接著，沿一旋轉方向扳動把手使其相對於承載盤旋 轉，進而帶動鎖扣件脫離固定槽，以解除鎖扣件與殼體之間 的卡扣狀態。在鎖扣件與殼體解除卡扣狀態下，才能沿一抽 取方向拉動把手以將承載裝置由殼體内抽取出。反之，要將 承載裝置重新組裝至殼體内時，先沿抽取方向的反向將承載 裝置插置於殼體内，接著，沿旋轉方向的反向旋轉把手使其 回復到初始位置’以帶動鎖扣件卡扣於固定槽内，透過彈簧 對按知偏;t使其卡扣於把手的卡扣端，此時，承載裝置即定 3 位在殼體内。 由於前述的按壓方向、旋轉方向及抽取方向分別為不同 的方向，因此，在抽取承載裝置以及重新組裝承載裝置的過 程中，需以多個不㈣操作方向進行操作，故㈣㈣㈣ 雜且相當不方便，易耗費工時。 【新型内容】 本新型之-目的，在於提供—種承載裝置，其包括承載 框架、彈性鎖扣件’及釋鎖板，透過單—的操作方向拉動釋 鎖板，即可解除彈性鎖扣件與電子裝置之間的鎖扣狀態並將 電子裳置拉出承載框架’藉此，操作過程非常簡單且方便， 能迅速且有效率地抽取出電子裝置，並且大幅降低抽取的工 時。 本新型之另一目的，在於提供一種承載裝置，透過單一 的操作方向推動電子裝置及釋鎖板至承載框架内，便能使彈 性鎖扣件自動回復呈鎖扣在電子裝置上的鎖扣狀態，使電子 裝置穩固地固定在承載框架内。 本新型的目的及解決先前技術問題是採用以下技術手 段來實現的，依據本新型所揭露的承載裝置，適於承載一電 子裝置，電子裝置包含第一側面，第一側面形成卡孔。 承載裝置包含承載框架、彈性鎖扣件及釋鎖板，承載框 架用以谷置電子裝置並界定前開口，承載框架包括第一側 板，第一側板包含兩個相間隔的導向元件；彈性鎖扣件固定 地連接於第一侧板，彈性鎖扣件可脫離地卡扣於卡孔，以將 電子裝置固定在承載框架内部；釋鎖板呈長形狀且可滑動地 連接於兩個導向it件，釋鎖板可沿—與其長向平行的抽取方 向相對於K雜滑動’以驅使彈性鎖扣件脫離卡孔並將電 子裝置經由前開口頂推出承載框架。 本新型的目的及解決先前技術問題還可以採用以下技 術手段進一步實現。 釋鎖板包括配合部、鄰接於配合部後側的釋鎖部及間 隔位於釋鎖部後侧的頂推部，配合部、釋鎖部及頂推部是沿 著釋鎖板的長向排列，配合部用以與彈性鎖扣件相配合使其 卡扣於卡孔，釋鎖部用以與彈性鎖扣件相配合使其脫離卡 孔，頂推部用以抵接於電子裝置的後侧並將電子裝置朝前開 口方向頂推’釋鎖板相對於承載框架在初始位置時，配合部 與彈性鎖扣件相配合使其卡扣於卡孔，頂推部則與電子^置 的後側相間隔。 ~ 釋鎖板可沿抽取方向由初始位置滑動到釋鎖位置，當釋 鎖板在釋鎖位置時，釋鎖部與彈性鎖扣件相配合使其脫離卡 孔，頂推部抵接於電子裝置的後側。 在-實施態樣中’第—側板形成後滑槽，及位於前開口 與後滑槽之間的穿孔，後滑槽與穿孔分別與承載框架内部相 連通’穿孔與卡孔位置相對應，第一側板還包含外表面兩 個導向元件設置於外表面，彈性鎖扣件固定地連接於外表面 並穿设於穿礼’ 合部呈板狀用以抵屋於彈性鎖扣件上使其 卡扣於卡孔，釋鎖部為一沿釋鎖板長向延伸的鏤空長孔彈 性鎖扣件可穿伸出釋鎖部而脫離卡孔，頂推部可滑動地連接 於後滑槽並穿伸至承裁框架内部。 M442001 進一步地，彈性鎖扣件包括固定地連接於外表面的固定 片、連接於固定片上的傾斜彈片，及凸設於傾斜彈片上的卡 彳凸。卩，當釋鎖板在初始位置時，配合部抵壓於傾斜彈片使 卡扣凸部卡扣於卡孔，當釋鎖板在釋鎖位置時，傾斜彈片穿 伸出釋鎖部使卡扣凸部脫離卡孔。固定片具有後端，傾斜彈 片呈長形並由後端一體地朝後並朝遠離外表面方向傾斜延 申傾斜彈片具有自由端，卡扣凸部是由傾斜彈片鄰近自由 端處朝外表面方向凸伸，配合部具有面向釋鎖部用以頂推傾 斜彈片的頂推端。 第—侧板還包含内表面，及複數條凸設於内表面的長形 凸肋，各長形凸肋沿抽取方向延伸用以與電子I置的第一側 面接觸。 在另一實施態樣中，第一側板還包含内表面，兩個導向 %件設置於内表面’彈性鎖扣件固定地連接該内表面且位於 第側板與釋鎖板之間，配合部為鎮空孔，彈性鎖扣件穿設 於配合部並卡扣於卡孔’釋鎖部呈板狀並可頂推彈性鎖扣件 使其脫離卡孔與配合部。 進-步地’彈性鎖扣件包括固定地連接於内表面的固定 片連接於固疋片上的傾斜彈片及凸設於傾斜彈片上的卡 扣凸部’當釋鎖板在初始位置時，傾斜彈片穿設於配合部， =卡扣凸部卡扣於卡孔，當釋鎖板在釋鎖位置時，釋鎖部抵 堅傾斜彈片，使傾斜彈片位在内表面與釋鎖部之間。固定片 具有前端，傾斜彈片呈县报# 义 形並由别鈿一體地朝前並朝遠離内 表面方向傾斜延伸’傾斜彈片具有自由端，卡扣凸部是由傾 M442001 斜彈片鄰近自由端處朝遠離内表面方向凸伸，釋鎖部具有面 向配合部用以頂推傾斜彈片的頂推端，及與配合部相連通並 沿釋鎖板長向延伸的長形溝槽，卡扣凸部可於長形溝槽内滑 移。 釋鎖板還包括位於配合部前側的扣環，承載裝置還包含 一與扣環相接合用以供拉拔的拉環。扣環圍繞形成一沿釋鎖 板鈕向延伸的扣孔，扣環包含兩個位於相反側的扣接端，各 • 扣接端包括外凸點，及兩個分別由外凸點朝内傾斜延伸的傾 斜端面，拉環包括兩個相間隔的側壓桿，及兩個分別凸設於 兩個側壓桿相鄰端的樞接桿，各側壓桿抵壓於對應的扣接端 的傾斜端面，各樞接桿可轉動地樞接於扣孔。 第一侧板還包含擋止部，擋止部用以擋止頂推部以限制 釋鎖板沿抽取方向滑動的距離。 電子裝置還包含位於第一側面相反侧的第二側面，承載 框架還包括位於第一側板相反側的第二侧板，承載裝置還包 • 3接0於電子裝置的第二側面且可滑動地連接於第二側板 的^動件，第二側面形成第一接合孔，滑動件包括兩個相間 隔且卡扣於第一接合孔内的彈性扣臂。 第二侧板包含金屬彈片，第二側面形成有與第一接合孔 相間隔的第二接合孔’滑動件形成有與第二接合孔相對應的 貫孔，承載裝置還包含穿設於貫孔及第二接合孔並抵壓於金 屬彈片的金屬柱。 第二側板包含限位擋片，限位擋片用以擋止滑動件以限 制電子裳置沿相反於抽取方向的插入方向滑動的距離。 7 滑動件還包括複數條用以與第二側板抵接的彈性凸肋。 藉由上述技術手段，本新型承載裝置的優點及功效在 於’使用者透過單-的操作方向（即抽取方向）拉動釋鎖板， 即可解除彈性鎖扣件與電子裝置之間的鎖扣狀態並能將電 子裝置拉出承載框架；或者是透過單一的操作方向（即插入 方向）推動電子裝置及釋鎖板至承載框架内，便能使彈性鎖 扣件自動回復呈鎖扣在電子裝置上的鎖扣狀態，藉此，操作 過程非常簡單且方便，能迅速且有效率地抽取出電子裝置或 將電子裝置組裝回承載框架内，大幅降低了抽取或組裝的工 時。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在以 下配合參考圖式之二個實施例的詳細說明中，將可清楚的呈 現。透過具體實施方式的說明，當可對本新型為達成預定目 的所採取的技術手段及功效得以更加深入且具體的了解，然 而所附圖式只是提供參考與說明之用，並非用來對本新型加 以限制。 在本新型被詳細描述之前，要注意的是，在以下的說明 内容中，類似的元件是以相同的編號來表示。 如圖1及圖2所示，是本新型承載裝置的第一實施例應 用於電子設備100的視圖，電子設備1〇〇是以一儲存裝置 (storage)為例作說明，當然，電子設備1〇〇也可為一伺服器。 電子設備100包括一外殼1、至少一個電子裝置2，及一用 以承載電子裝置2的承載裝置30,電子裝置2是以硬碟為 M442001 例作說明。 如圖2及圖3所示’外殼丨包含一殼體u、一前框12 門板13，承載裝置30安裝於殼體11内部。前框I】設 置於殼體11前端，前框12形成一通口 121，承載裝置3〇 曝硌於通α 121。門板13可拆卸地組裝於前框以並遮蔽通 口 121 ’並且同時遮蔽承載裝置3〇。 如圖2、圖3及圖4所示，電子裝置2包含一第一側面 21，第一侧面21形成一卡孔211。承載裝置3〇包含一承載 框架3、至少一彈性鎖扣件4,及至少一釋鎖板5。承載框 条3用以谷置電子裝置2並界定一前開口 32，前開口 32與 刖框12的通口 121位置相對應。承載框架3包括一第一侧 板33，第一侧板33包含至少兩個相間隔的導向元件33〇。 彈性鎖扣件4固定地連接於第—側板33，彈性鎖扣件4可 脫離地卡扣於卡孔21卜以將電子裝置2固定在承載框架3 内°卩釋鎖板5呈長形狀且可滑動地連接於兩個導向元件 30釋鎖板5可沿一與其長向平行的抽取方向〖(如圖12 所不）相對於第一側板33滑動，以驅使彈性鎖扣件4脫離卡 孔211並將電子裝置2經由前開口 32頂推出承載框架3， 電子裝置2會同時穿伸出前框12的通口 121，以便供使用 者拿取。使用者透過單一操作方向（即抽取方向1}拉動釋鎖 板5,便可解除彈性鎖扣件4與電子裝置2的卡孔2ΐι之間 的鎖扣狀態’並將電子裝置2拉出承載框架3與前框 整個操作過程”簡單且方便，能迅速且有效率地抽取出電 子裝置2,並且大幅降低抽取電子裝置2的工時。 9 需說明的是，在本實施例中’電子裝置2的數量是以兩 個為例’彈性鎖扣件4數量以及釋鎖板5數量也分別為兩 個’彈性鎖扣件4及釋鎖板5的數量是隨著電子裝置2的數 量不同而對應地變更。當然，基於設計需求的不同，電子裝 置2、彈性鎖扣件4以及釋鎖板5的數量可分別為一個或者 是兩個以上。 以下將針對承載裝置30的具體結構以及電子裝置2的 抽取與組裝方式進行詳細說明： 如圓2、圖3'圖4及圖5所示，各個釋鎖板5包括— 配合部51、一鄰接於配合部51後側的釋鎖部52，及一間隔 位於釋鎖部52後侧的頂推部53，配合部51、釋鎖部52及 頂推部53是沿著釋鎖板5的長向排列。配合部51用以與對 應的彈性鎖扣件4相配合使其卡扣於對應的電子裝置2的卡 孔211，釋鎖部52用以與對應的彈性鎖扣件4相配合使其 脫離卡孔21h頂推部53用以抵接於對應的電子裝置2的 -後側22並將電子裝置2朝前開口 32方向頂推。釋鎖板$ 相對於承載框架3在一初始位置（如圖2所示）時’配合部Μ 與彈性鎖扣件4相配合使其卡扣於卡孔叫，頂推部Μ則 與電子裝置2的後側22相間隔。釋鎖板5沿抽取方^(如 圖U所示）相對於第一側板33滑動時，透過配合部51移離 彈性鎖扣件4且釋鎖部52與彈性鎖扣件4相配合先行解 除了彈性鎖扣件4與電子裝置2之間的鎖扣狀態接著透過 :推部53將電子裝置2朝前開口32方向頂推藉此，能方 便且迅速地將電子裝置2抽取出承載框架；與前框… 10 M442001 如圖4、圖5、圖6及圖7所示，具體而言，本實施例 的第一侧板33形成有兩個間隔位於前開口 32後側的穿孔 331，各穿礼331與承載框架3内部相連通並可與對應的電 子裝置2的卡孔211(如圖3)位置相對應。第一側板33包含 一外表面332,各彈性鎖扣件4固定地連接於外表面332並 穿設於對應的穿孔33卜藉此，當電子裝置2的卡孔211與 穿孔331位置對應時，彈性鎖扣件4能卡扣於卡孔2ιι内。 進一步地，各彈性鎖扣件4包括一固定地連接於外表面332 的固定片4卜一連接於固定片41上的傾斜彈片42,及一凸 設於傾斜彈片42上的卡扣凸部43。固定片41是透過例如 為鉚接方式固定於外表面332,卡扣凸部43穿設於穿孔331 並可卡扣於卡孔211。 第一侧板33還形成有兩個與承載框架3内部相連通的 後滑槽333 ’各穿孔331間隔位於前開口 32與對應的後滑 槽333之間。在本實施例t，讀鎖板5的配合部51呈板 狀用以抵壓於對應的彈性鎖扣件4的傾斜彈片42上，當釋 鎖板5在初始位置（如圖2所示）時，配合部5丨抵壓在彈性 鎖扣件4的傾斜彈片42，使得卡扣凸部43卡扣於卡孔2丨i。 釋鎖部52為一沿釋鎖板5長向延伸的鏤空長孔，各彈性鎖 扣件4的傾斜彈片42可穿伸出釋鎖部52而使卡扣凸部43 脫離卡孔211。頂推部53呈直立延伸的片狀結構，頂推部 53可滑動地連接於對應的後滑槽333並穿伸至承載框架3 内部，藉此，使得釋鎖板5能透過頂推部53頂推電子裝置 Ί。 11 M442001 各彈性鎖扣件4為金屬材質，其固定片41具有一後端 411，傾斜彈片42呈長形並由後端411 —體地朝後並朝遠離 外表面332方向傾斜延伸，傾斜彈片42具有一相反於後端 11的自由端421 ’卡扣凸部43是由傾斜彈片42鄰近自由 端421處的一側邊422朝外表面332方向凸伸。透過這樣的 认汁方式，使得釋鎖板5由初始位置沿抽取方向ι(如圖I? 所不）滑動時，必須滑動一小段行程才能使配合部51完全地 移離傾斜彈片42,藉此，能避免釋鎖板5因外力影響而相 對於第一側板33晃動或滑動時，配合部51輕易地移離傾斜 彈片42而使傾斜彈月42穿伸出釋鎖部52，進而造成卡扣 凸部43脫離卡孔211的情形產生，以有效地提升彈性鎖扣 件4與電子裝置2之間鎖扣的穩固性。 此外，本實施例的第一側板33包含有四對設置於外表 面332的導向元件330，每兩對前後相間隔的導向元件33〇 用以導引對應的一釋鎖板5滑動，各個導向元件是呈長 形狀並沿著抽取方向I延伸，各個導向元件33〇的縱斷剖面 呈倒L形並且界定一長形滑槽334。各釋鎖板5包含三對前 後相間隔的滑接部54’各滑接部54可在對應的長形滑槽334 内滑動。組裝釋鎖板5於第一側板33時，將釋鎖板5中間 的一對滑接部54對齊於兩對前後相間隔的導向元件33〇中 間，接著，將釋鎖板5下移使其貼靠於第一側板33的外表 面332，使釋鎖板5中間的—對滑接部54位於兩對前後相 間隔的導向元件330中間，此時，釋鎖板5的配合部51會 下壓彈性鎖扣件4的傾斜彈片42使卡扣凸部43卡扣於卡孔 12 M442001 叫。之後，將釋鎖板5向前滑動一小段距離，使得滑接部 Μ滑入對應的長形滑槽334内，且頂推部53滑移入對應的 後滑槽333内，透過將-後側板34組裝在第一側㈣後端 並封閉住後滑槽333的後開口，以避免頂推部_移出後 滑槽333 ’此時，即完成釋鎖板5與第—侧板33的組裳。M442001 V. New description: [New technical field] The present invention relates to a carrying device, and more particularly to a carrying device for carrying an electronic device. [Prior Art] • A storage device (storage) or servo device currently used to store a plurality of hard disks usually includes a housing and a plurality of carrier devices. Each of the carrying devices includes a carrying tray for carrying the hard disk, and a handle structure disposed at the front end of the carrying tray. The carrier tray is removably disposed within the housing. The handle structure includes a handle button and a lock member. The handle includes a pivoting end pivotally connected to the carrying tray and rotatable relative to the carrying tray, and a snap end on the opposite side of the connecting end, the button being slidably coupled to the front end of the carrying tray and detachably snapped to the handle The snap end. The locking member is disposed at the pivot end of the handle and snaps into the fixing groove of the housing, so that the carrying device is fixed in the housing. To extract the carrier from the housing, first press the φ button in the pressing direction to release it from the snap end of the handle to release the buckle between the button and the handle. Then, the handle is rotated in a rotation direction to rotate relative to the carrier tray, thereby driving the locking member out of the fixing slot to release the buckle state between the locking member and the housing. When the locking member and the housing are unfastened, the handle can be pulled in an extraction direction to extract the carrying device from the housing. Conversely, when the carrier device is reassembled into the housing, the carrier device is first inserted into the housing in the reverse direction of the extraction direction, and then the handle is reversed in the direction of rotation to return it to the initial position. The locking member is buckled in the fixing groove, and is biased by the spring pair; t is buckled to the buckle end of the handle, and at this time, the carrying device is positioned in the housing. Since the pressing direction, the rotating direction and the extracting direction are different directions respectively, in the process of extracting the carrying device and reassembling the carrying device, it is necessary to operate in multiple (four) operating directions, so (4) (4) (4) is complicated and quite inconvenient. It is easy to work. [New Content] The purpose of the present invention is to provide a carrier device comprising a carrier frame, an elastic locking member and a release plate, and the elastic locking member can be released by pulling the release plate through a single operation direction. The latching state between the electronic device and the electronic device is pulled out of the carrying frame. Thereby, the operation process is very simple and convenient, the electronic device can be extracted quickly and efficiently, and the man-hours of the extraction are greatly reduced. Another object of the present invention is to provide a carrying device that can automatically return the elastic locking member to the latching state of the electronic device by pushing the electronic device and the release plate into the carrying frame through a single operating direction. The electronic device is firmly fixed in the carrier frame. The object of the present invention and the prior art are solved by the following technical means. The carrying device disclosed in the present invention is adapted to carry an electronic device. The electronic device includes a first side, and the first side forms a card hole. The carrying device comprises a carrying frame, an elastic locking member and a release plate, the carrying frame is for holding the electronic device and defining the front opening, the carrying frame comprises a first side plate, the first side plate comprises two spaced guiding elements; the elastic locking The piece is fixedly connected to the first side plate, and the elastic locking piece is detachably fastened to the card hole to fix the electronic device inside the carrying frame; the release plate has a long shape and is slidably coupled to the two guiding pieces The release plate can be slid relative to the K-wound in a direction parallel to its longitudinal direction to drive the resilient latch member out of the card hole and push the electronic device out of the carrier frame via the front opening. The object of the present invention and solving the prior art problems can be further realized by the following technical means. The release plate includes a fitting portion, a release portion adjacent to the rear side of the fitting portion, and a pushing portion spaced apart from the rear side of the release portion, and the engaging portion, the releasing portion and the pushing portion are arranged along the longitudinal direction of the release plate The engaging portion is configured to be engaged with the elastic locking member to be engaged with the card hole, and the releasing portion is configured to cooperate with the elastic locking member to be disengaged from the card hole, and the pushing portion is used for abutting against the electronic device The side pushes the electronic device toward the front opening direction. When the release plate is in the initial position relative to the carrying frame, the engaging portion cooperates with the elastic locking member to be engaged with the card hole, and the pushing portion is connected with the electronic device. The back side is spaced apart. ~ The release plate can be slid from the initial position to the release position in the extraction direction. When the release plate is in the release position, the release portion cooperates with the elastic lock member to disengage from the card hole, and the push-up portion abuts the electron. The back side of the device. In the embodiment, the first side plate forms a rear chute, and the perforation between the front opening and the rear chute, and the rear chute and the perforation respectively communicate with the inside of the carrying frame, and the perforation and the card hole position correspond to each other. The one side plate further comprises an outer surface, two guiding elements are disposed on the outer surface, and the elastic locking piece is fixedly connected to the outer surface and is disposed in the wearing part of the wearing part to be placed on the elastic locking piece to make the card The buckled portion is a hollow long hole elastic locking member extending along the length of the release plate, and can be inserted out of the locking portion to be separated from the card hole, and the pushing portion is slidably connected to the rear sliding slot and worn Extend to the inside of the contract frame. M442001 Further, the elastic locking member includes a fixing piece fixedly coupled to the outer surface, a tilting elastic piece attached to the fixing piece, and a click protrusion protruding from the inclined elastic piece.卩, when the release plate is in the initial position, the engaging portion is pressed against the inclined elastic piece to cause the buckle convex portion to be buckled in the card hole, and when the release plate is in the unlocking position, the inclined elastic piece passes through the release release portion to make the buckle The protrusion is separated from the card hole. The fixing piece has a rear end, the inclined elastic piece has an elongated shape and is inclined integrally toward the rear from the rear end and inclined away from the outer surface. The inclined elastic piece has a free end, and the buckle convex part is oriented from the inclined elastic piece toward the outer surface toward the outer surface. The protruding portion has a pushing portion facing the release portion for pushing the tilting elastic piece. The first side plate further includes an inner surface, and a plurality of elongated ribs protruding from the inner surface, each elongated rib extending in the extracting direction for contacting the first side surface of the electrons I. In another embodiment, the first side panel further includes an inner surface, and the two guiding members are disposed on the inner surface. The elastic locking member is fixedly coupled to the inner surface and located between the first side plate and the release plate. The stencil hole is disposed in the engaging portion and is fastened to the latching hole. The releasing portion is in the shape of a plate and can push the elastic locking member to be disengaged from the engaging hole and the engaging portion. The step-by-step elastic locking member includes a slanted elastic piece fixedly coupled to the inner surface and a slanted elastic piece attached to the slanting elastic piece, and the slanting slanting plate is inclined at the initial position when the locking plate is in the initial position The elastic piece is disposed on the engaging portion, and the buckle protrusion is buckled in the card hole. When the release plate is in the release position, the release portion abuts the elastic piece so that the inclined spring piece is located between the inner surface and the release portion. The fixing piece has a front end, and the inclined elastic piece is in the shape of a county newspaper and is integrally extended toward the front and inclined away from the inner surface. The inclined elastic piece has a free end, and the buckle convex portion is inclined by the M442001 oblique elastic piece adjacent to the free end. Protruding away from the inner surface, the release portion has a pushing end facing the engaging portion for pushing the inclined elastic piece, and an elongated groove communicating with the engaging portion and extending along the longitudinal direction of the release plate, the buckle convex portion It can slide in the elongated groove. The release plate further includes a buckle on the front side of the mating portion, and the carrying device further includes a pull ring for engaging the buckle for drawing. The buckle surrounds a buckle hole extending along the release button, and the buckle includes two fastening ends on opposite sides, each of the fastening ends includes an outer bump, and the two are respectively inclined outward by the outer convex point An inclined inclined end surface, the pull ring comprises two spaced side pressing bars, and two pivoting bars respectively protruding from adjacent ends of the two side pressing bars, each side pressing bar pressing against the inclined end face of the corresponding fastening end Each pivoting rod is rotatably pivotally connected to the buckle hole. The first side plate further includes a stopper for blocking the ejector portion to limit the distance by which the release plate slides in the extraction direction. The electronic device further includes a second side opposite to the first side, the carrying frame further includes a second side plate on an opposite side of the first side plate, and the carrying device further includes a third side of the electronic device and slidably The second connecting member is connected to the second side plate, and the second side forms a first engaging hole, and the sliding member comprises two elastic latching arms which are spaced apart and are locked in the first engaging hole. The second side plate includes a metal elastic piece, and the second side surface is formed with a second engagement hole spaced apart from the first engagement hole. The sliding member is formed with a through hole corresponding to the second engagement hole, and the carrying device further comprises a through hole. And a second engaging hole and pressing against the metal post of the metal dome. The second side panel includes a limit stop for blocking the slider to limit the distance the electronic skirt slides in the insertion direction opposite to the extraction direction. 7 The slider further includes a plurality of elastic ribs for abutting the second side plate. With the above technical means, the advantage and effect of the new type of carrying device is that the user can release the locking state between the elastic locking member and the electronic device by pulling the release plate through the single-direction operation direction (ie, the extraction direction). And the electronic device can be pulled out of the carrying frame; or the electronic device and the release plate can be pushed into the carrying frame through a single operating direction (ie, the insertion direction), so that the elastic locking member can automatically return to be locked on the electronic device. The locking state, by which the operation process is very simple and convenient, can quickly or efficiently extract the electronic device or assemble the electronic device back into the carrying frame, which greatly reduces the man-hour of extraction or assembly. [Embodiment] The foregoing and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the accompanying drawings. Through the description of the specific embodiments, the technical means and functions adopted by the present invention for achieving the intended purpose can be more deeply and specifically understood. However, the drawings are only for reference and explanation, and are not intended to limit the present invention. . Before the present invention is described in detail, it is to be noted that in the following description, similar elements are denoted by the same reference numerals. As shown in FIG. 1 and FIG. 2, the first embodiment of the present invention is applied to the electronic device 100. The electronic device 1 is illustrated by a storage device. Of course, the electronic device 1 〇〇 can also be a server. The electronic device 100 includes a casing 1, at least one electronic device 2, and a carrier device 30 for carrying the electronic device 2. The electronic device 2 is illustrated by a hard disk as an example of M442001. As shown in FIG. 2 and FIG. 3, the outer casing includes a casing u and a front frame 12, and the carrying device 30 is mounted inside the casing 11. The front frame I] is disposed at the front end of the casing 11, and the front frame 12 forms a port 121, and the carrying device 3 is exposed to the through port 121. The door panel 13 is detachably assembled to the front frame to shield the port 121' and simultaneously shield the carrier device 3''. As shown in FIG. 2, FIG. 3 and FIG. 4, the electronic device 2 includes a first side surface 21, and the first side surface 21 defines a card hole 211. The carrying device 3A includes a carrying frame 3, at least one elastic locking member 4, and at least one release plate 5. The carrying frame 3 is used to store the electronic device 2 and define a front opening 32, and the front opening 32 corresponds to the position of the opening 121 of the frame 12. The carrier frame 3 includes a first side panel 33 that includes at least two spaced apart guiding members 33A. The elastic locking member 4 is fixedly connected to the first side plate 33, and the elastic locking member 4 is detachably fastened to the locking hole 21 to fix the electronic device 2 in the carrying frame 3. The locking plate 5 has a long shape and Slidably coupled to the two guiding members 30, the unlocking plate 5 is slidable relative to the first side plate 33 in a direction parallel to its longitudinal direction (to be as shown in FIG. 12) to drive the elastic locking member 4 out of the card hole. The electronic device 2 is pushed out of the carrying frame 3 via the front opening 32, and the electronic device 2 is simultaneously extended through the opening 121 of the front frame 12 for the user to take. When the user pulls the release plate 5 through a single operation direction (ie, the extraction direction 1}, the latching state between the elastic locking member 4 and the card hole 2ΐ of the electronic device 2 can be released and the electronic device 2 can be pulled out of the carrier frame. 3 and the entire operation process of the front frame "simple and convenient, the electronic device 2 can be extracted quickly and efficiently, and the man-hour of the electronic device 2 is greatly reduced. 9 It should be noted that in the present embodiment, the electronic device 2 The number of the two is as an example. The number of the elastic locking members 4 and the number of the releasing plates 5 are also two. The number of the elastic locking members 4 and the release plate 5 is corresponding to the number of the electronic devices 2 The number of the electronic device 2, the elastic locking member 4, and the release plate 5 may be one or more than two. The specific structure of the carrying device 30 and the electronic device 2 will be described below. The extraction and assembly methods are described in detail: as shown in the circle 2, FIG. 3', FIG. 4 and FIG. 5, each of the release plates 5 includes a mating portion 51, a release portion 52 adjacent to the rear side of the mating portion 51, and An interval is located on the rear side of the release portion 52 The pushing portion 53, the engaging portion 51, the releasing portion 52 and the pushing portion 53 are arranged along the longitudinal direction of the release plate 5. The engaging portion 51 is adapted to cooperate with the corresponding elastic locking member 4 to be engaged with the corresponding portion. The latching portion 52 of the electronic device 2 is configured to cooperate with the corresponding elastic latching member 4 to be disengaged from the latching hole 21h. The pushing portion 53 is abutted against the rear side 22 of the corresponding electronic device 2. And pushing the electronic device 2 toward the front opening 32. When the release plate $ is in an initial position relative to the carrying frame 3 (as shown in FIG. 2), the 'mating portion Μ cooperates with the elastic locking member 4 to buckle. In the card hole, the ejector portion is spaced from the rear side 22 of the electronic device 2. The release plate 5 is moved through the mating portion 51 as it slides relative to the first side plate 33 along the extraction side (as shown in FIG. The locking member 52 is released from the elastic locking member 4 and the locking portion 52 cooperates with the elastic locking member 4 to release the locking state between the elastic locking member 4 and the electronic device 2, and then through: the pushing portion 53 opens the electronic device 2 toward the front. By pushing in the direction of 32, the electronic device 2 can be conveniently and quickly extracted from the carrying frame; and the front frame... 10 M442001 as shown in FIG. 4, FIG. 5, FIG. 6 and FIG. Specifically, the first side plate 33 of the present embodiment is formed with two through holes 331 spaced apart from the rear side of the front opening 32, and each of the brace 331 is connected to the inside of the carrying frame 3 and can be connected with the card of the corresponding electronic device 2. The holes 211 (as shown in Figure 3) are correspondingly positioned. The first side plate 33 includes an outer surface 332, and each of the elastic locking members 4 is fixedly coupled to the outer surface 332 and is disposed through the corresponding through hole 33. When the card hole 211 corresponds to the position of the through hole 331, the elastic locking member 4 can be snapped into the card hole 2 ι. Further, each of the elastic locking members 4 includes a fixing piece 4 fixedly connected to the outer surface 332. The inclined elastic piece 42 on the fixing piece 41 and a snap protrusion 43 protruding from the inclined elastic piece 42. The fixing piece 41 is fixed to the outer surface 332 by, for example, riveting, and the locking protrusion 43 is inserted through the through hole 331 and can be snapped to the card hole 211. The first side plate 33 is further formed with two rear sliding grooves 333' communicating with the inside of the carrying frame 3, and the respective through holes 331 are spaced apart between the front opening 32 and the corresponding rear sliding groove 333. In the embodiment t, the engaging portion 51 of the read lock plate 5 is in the shape of a plate for pressing against the inclined elastic piece 42 of the corresponding elastic locking member 4, when the release plate 5 is in the initial position (as shown in FIG. 2). At this time, the engaging portion 5 is pressed against the inclined elastic piece 42 of the elastic locking member 4, so that the latching convex portion 43 is buckled to the card hole 2丨i. The release portion 52 is a hollow long hole extending along the length of the release plate 5. The inclined elastic piece 42 of each elastic lock member 4 can be extended beyond the release portion 52 to disengage the buckle projection 43 from the hole 211. The pushing portion 53 has an upright extending sheet-like structure, and the pushing portion 53 is slidably coupled to the corresponding rear sliding slot 333 and extends into the interior of the carrying frame 3, whereby the release plate 5 can pass through the pushing portion 53. Push the electronic device Ί. 11 M442001 Each elastic locking member 4 is made of metal, and the fixing piece 41 has a rear end 411. The inclined elastic piece 42 has an elongated shape and is obliquely extended from the rear end 411 toward the rear and away from the outer surface 332, and the inclined elastic piece 42 has a free end 421 opposite to the rear end 11 'The snap projection 43 is projecting toward the outer surface 332 by the side edge 422 of the inclined elastic piece 42 adjacent the free end 421. Through such a juice-receiving method, when the release lever 5 is slid from the initial position in the extraction direction ι (not shown in FIG. 1), a small stroke must be slid to completely move the engaging portion 51 away from the inclined elastic piece 42. When the release plate 5 is prevented from being shaken or slid relative to the first side plate 33 due to the external force, the engaging portion 51 is easily moved away from the inclined elastic piece 42 to cause the inclined spring 42 to protrude out of the release portion 52, thereby causing the buckle The protrusion 43 is separated from the card hole 211 to effectively improve the stability of the buckle between the elastic latch 4 and the electronic device 2. In addition, the first side plate 33 of the embodiment includes four pairs of guiding elements 330 disposed on the outer surface 332, and two pairs of front and rear spaced guiding elements 33 are used to guide the corresponding one of the release plates 5 to slide, and each guiding The elements are of a long shape and extend along the extraction direction I. The longitudinal section of each of the guiding elements 33 is inverted L-shaped and defines an elongated slot 334. Each of the release plates 5 includes three pairs of front and rear spaced sliding portions 54'. The sliding portions 54 are slidable within the corresponding elongated slots 334. When the release plate 5 is assembled to the first side plate 33, the pair of sliding portions 54 in the middle of the release plate 5 are aligned between the two pairs of front and rear spaced guide members 33, and then the release plate 5 is moved down. Abutting against the outer surface 332 of the first side plate 33, the pair of sliding portions 54 in the middle of the release plate 5 are located between the two pairs of front and rear spaced guiding members 330. At this time, the engaging portion 51 of the release plate 5 is lowered. The inclined elastic piece 42 of the elastic lock member 4 causes the snap projection 43 to be snapped to the card hole 12 M442001. After that, the release plate 5 is slid forward a short distance, so that the sliding portion slids into the corresponding elongated sliding groove 334, and the pushing portion 53 slides into the corresponding rear sliding groove 333, and the through-after The side plate 34 is assembled at the rear end of the first side (four) and closes the rear opening of the rear chute 333 to prevent the ejector portion_moving out of the rear chute 333 ' at this time, that is, the group of the release plate 5 and the first side plate 33 is completed. skirts.
透過滑接部54可沿著長形滑槽334的延伸方向滑動， 且導向元件330扣接於滑接部54上以防止釋騎5脫離第 一侧板33，藉此，使得釋鎖板5能連接於第一側板33並沿 著抽取方向1(如圖12所示）或者是沿著相反於抽取方向工的 —插入方向11(如圖13所示）平穩且順暢地相對於第一側板 33滑動。需說明的是，雖然本實施例是以每兩對前後相間 隔的導向元件330導引對應的一個釋鎖板5滑動，但在設計 時，也可只單獨透過一對導向元件33〇來導引一個釋鎖板5 滑動，並不以本實施例所揭露的為限。The sliding portion 54 is slidable along the extending direction of the elongated sliding slot 334, and the guiding member 330 is fastened to the sliding portion 54 to prevent the release 5 from being disengaged from the first side plate 33, thereby causing the release plate 5 to be released. Can be connected to the first side panel 33 and along the extraction direction 1 (as shown in FIG. 12) or along the opposite direction of the extraction direction - the insertion direction 11 (as shown in FIG. 13) smoothly and smoothly relative to the first side panel 33 slides. It should be noted that although the present embodiment slides each of the two pairs of front and rear spaced guiding members 330 to guide a corresponding release plate 5, it can be guided by a pair of guiding members 33 单独 alone. The sliding of a release plate 5 is not limited to the disclosure of the embodiment.
如圖4、圖7及圖8所示，為了提升抽取釋鎖板5的方 便性，在本實施例中，各釋鎖板5還包括一位於配合部5 ^ 别側的扣環5 5 ’承載裝置3 0還包含兩個拉環6，各拉環6 與對應的釋鎖板5的扣環55相接合並用以供使用者拉拔。 使用者可將手指扣入拉環6内並拉拔拉環6,以帶動釋鎖板 5滑動並抽取出電子裝置2。透過拉環6的設置，能提供使 用者施力及拉拔時的方便性，以便使用者能方便且迅速地抽 取出釋鎖板5及電子裝置2。 如圖4、圖8及圖9所示，更具體地，各釋鎖板5的扣 環55圍繞形成一沿釋鎖板5短向延伸的扣孔551，扣環55 13 M442001 包含兩個位於相反側的扣接端552,各扣接端552包括一外 凸點553 ’及兩個分別由外凸點553朝内傾斜延伸的傾斜端 面554。各拉環6呈U形狀，其包括一拉桿61、兩個分別 連接於拉桿61相反端且彼此相間隔的侧壓桿62，及兩個分 別凸設於兩個側壓桿62相鄰一端的樞接桿63。組裝拉環6 於扣環55時，將兩個側壓桿62分別朝相互遠離的方向扳 動，並將各樞接桿63經由對應的扣接端552插入扣孔55 i 内’此時，各側壓桿62抵壓於對應的扣接端552的一傾斜 k面554’且各樞接桿63可轉動地柢接於扣孔551。 如圖8及圖9所示，各側壓桿62會對所抵壓的傾斜端 面554施加一作用力F，作用力F會分解成一垂直於傾斜端 面554的第一分力Fa，及一平行於傾斜端面554的第二分 力Fb，側壓桿62對傾斜端面554施加第一分力Fa時，傾 斜端面554會對側壓桿62產生一與第一分力Fa大小相同方 向相反的反作用力Fc’反作用力Fc會分解成一與樞接桿63 的軸心0垂直的第一分力Fd，及一與樞接桿63的轴心〇 平行的第二分力Fe。透過第一分力Fd施加於側壓桿62時， 第一分力Fd會對樞接桿63的轴心〇產生一旋轉扭矩τ， 使用者的手指與拉環6的拉桿61 (如圖4)分離時，藉由旋轉 扭矩T的作用使得拉環6會自動旋轉並貼靠於電子裝置2 的一前側面23。 如圖3、圖4、圖7及圖1〇所示，各電子裝置2還包含 一位於第一側面21相反側的第二側面24,承載框架3還包 括一位於第一側板3 3相反側的第二側板3 5，承載裝置3 0 14 M442001 遇包二兩個滑動件7,各滑動件7接合於對應的電子裝置2 丨面24且可滑動地連接於第二側板35。各滑動件7 為=膠材質，其包括一呈長形狀的基板71，及兩個一體地 凸°又於基板71頂面且相間隔的彈性扣臂72,電子裝置2的 第二侧面24中間處形成一第一接合孔241，兩個彈性扣臂 72用以卡扣於第一接合孔241内，電子裝置2的一内周面 、圍％界定出第一接合孔241，兩個彈性扣臂72撐抵並迫 緊於内周面242，藉此，使得滑動件7能穩固地接合在電子 裝置2上。 承載抱架3的第二側板35界定出兩個滑槽35卜各滑 動件7可於對應的滑槽351内滑動。第二侧板35包括兩個 刀別》又置於兩滑槽351内且鄰近前開〇 32處的金屬彈片 352’各電子裝置2的第二侧面24形成有一與第一接合孔 如相間隔的第二接合孔243,各滑動件7的基板71形成有 貫孔711，各滑動件7的赏孔711與對應的電子裝置2的 第一接口孔243位置相對應。透過一金屬柱8穿設於位置相 t應的貫孔711與第二接合孔243,並且抵塵於對應的金屬 彈片352上，藉此，能形成接地路徑以防止的影響。 如圖3、圖7及圖1〇所示，更具體地，各滑動件7還 包括複數條凸設於基板71底端的彈性凸肋73，各滑動件7 透過彈性凸肋73與第二側板35抵接1電子袭置2運轉 時’電子裝置2會產生一定的振動，電子裝置2所產生的振 動會傳遞至滑動件7上’並且藉由滑動件7的彈性凸肋73 傳遞至第二側板35’由於各彈性凸肋73 $塑勝材質並具有 15 M442001 彈性，因此，彈性凸肋73能有效地吸收振動，進而達到減 振的作用。 如圖2、圖7及圖U所示，圖U為圖2的局部放大圖， 釋鎖板5相對於承載框架3在初始位置時，釋鎖板5的配合 部51抵壓於傾斜彈片42上，傾斜彈月42相對於固定片^ 變形至驅近於水平狀並且蓄積復位彈力，使得卡扣凸部们 卡扣於電子裝置2的卡孔211内’此時，彈性鎖扣件4與電 子裝置2之間呈鎖扣狀態。此外，釋鎖板5的頂推部^與 電子裝置2的後側22相間隔一段距離。 如圖12及圖13所示，欲將電子裝置2抽取出承载框架 3與前框12時，使用者減將拉環6往上扳動使其相對於 扣環55旋轉至如圖12所示的水平位置，接著，沿抽取方向 I拉動拉環6的拉桿61。由於猱蚀此< 士胡、 杆W由於釋鎖板5在圖2所示的初始位 - 推部53是與電子裳置2的後側22相間隔一段距 離’因此’在頂推部53尚未抵接到電子裝置2的後側Μ :前，電子裝置2是保持不動的狀態。當釋鎖板5沿抽取方 向滑:卜釋物（如圖12所增，釋鎖板5的配合 ^ ^移離傾物42，且釋鎖部Κ與傾斜彈片 =會帶Γ傾斜彈片42蓄積的復位彈力作用，傾斜 42穿伸出_^ — 43沿箭頭V方向旋轉’傾斜彈片 ::52並帶動卡扣凸部43脫離電子裝置2的 卡孔211，以解除彈性鎖扣 態。同時，釋鎖;^ ^ 與電子裝置2之間呈鎖扣狀 的後侧22的位置。，推部53移動到抵接於電子裝置2 16 M442001As shown in FIG. 4, FIG. 7 and FIG. 8, in order to improve the convenience of extracting the release plate 5, in the embodiment, each release plate 5 further includes a buckle 5 5 ' located on the side of the mating portion 5 The carrier device 30 also includes two pull tabs 6, each of which is engaged with a buckle 55 of the corresponding release plate 5 for use by a user for drawing. The user can buckle the finger into the pull ring 6 and pull the pull ring 6 to drive the release lock plate 5 to slide and extract the electronic device 2. Through the arrangement of the pull ring 6, the convenience of the user to apply force and pull can be provided, so that the user can easily and quickly extract the release plate 5 and the electronic device 2. As shown in FIG. 4, FIG. 8 and FIG. 9, more specifically, the buckle 55 of each release plate 5 surrounds a button hole 551 extending in a short direction along the release plate 5, and the buckle 55 13 M442001 includes two The fastening end 552 on the opposite side, each fastening end 552 includes an outer convex point 553 ' and two inclined end surfaces 554 which are respectively inclined inwardly from the outer convex point 553. Each of the pull rings 6 has a U shape, and includes a pull rod 61, two side pressing rods 62 respectively connected to opposite ends of the pull rod 61 and spaced apart from each other, and two protruding ends respectively protruding from the adjacent ends of the two side pressing rods 62. The pivot rod 63. When assembling the tab 6 to the buckle 55, the two side pressing rods 62 are respectively moved toward each other, and the pivoting rods 63 are inserted into the fastening holes 55 i via the corresponding fastening ends 552. Each of the side pressing bars 62 is pressed against an inclined k-face 554' of the corresponding fastening end 552 and the pivoting rods 63 are rotatably coupled to the button holes 551. As shown in FIG. 8 and FIG. 9, each side pressing rod 62 applies a force F to the pressed inclined end surface 554, and the force F is decomposed into a first component force Fa perpendicular to the inclined end surface 554, and a parallel When the first component force Fa is applied to the inclined end surface 554 by the second component force Fb of the inclined end surface 554, the inclined end surface 554 generates a reaction opposite to the direction of the first component force Fa by the side pressure lever 62. The force Fc' reaction force Fc is decomposed into a first component force Fd perpendicular to the axis 0 of the pivot rod 63, and a second component force Fe parallel to the axis 〇 of the pivot rod 63. When the first component force Fd is applied to the side pressure bar 62, the first component force Fd generates a rotational torque τ for the axial center of the pivoting lever 63, and the user's finger and the pull rod 61 of the pull ring 6 (see FIG. 4). When separating, the pull ring 6 automatically rotates and abuts against a front side 23 of the electronic device 2 by the action of the rotational torque T. As shown in FIG. 3, FIG. 4, FIG. 7 and FIG. 1A, each electronic device 2 further includes a second side surface 24 on the opposite side of the first side surface 21. The carrier frame 3 further includes a side opposite to the first side panel 33. The second side plate 35, the carrying device 3 0 14 M442001 meets two two sliding members 7, each sliding member 7 is joined to the corresponding electronic device 2 face 24 and slidably connected to the second side plate 35. Each of the sliding members 7 is made of a rubber material, and includes a substrate 71 having a long shape, and two elastic latching arms 72 integrally protruding from the top surface of the substrate 71 and spaced apart from the second side 24 of the electronic device 2 A first engaging hole 241 is formed in the first engaging hole 241, and an inner peripheral surface of the electronic device 2 defines a first engaging hole 241, and two elastic buckles are formed. The arm 72 abuts and presses against the inner circumferential surface 242, whereby the slider 7 can be firmly engaged on the electronic device 2. The second side plate 35 of the carrying frame 3 defines two sliding grooves 35, and the respective sliding members 7 are slidable in the corresponding sliding grooves 351. The second side plate 35 includes two cutters and is disposed in the two sliding slots 351 and adjacent to the metal dome 352 ′ at the front opening 32. The second side 24 of each electronic device 2 is formed to be spaced apart from the first engaging hole. The second engaging hole 243, the substrate 71 of each slider 7 is formed with a through hole 711, and the viewing hole 711 of each slider 7 corresponds to the position of the first interface hole 243 of the corresponding electronic device 2. The through hole 711 and the second engaging hole 243 are disposed through the metal post 8 and are offset from the corresponding metal dome 352, whereby a ground path can be formed to prevent the influence. As shown in FIG. 3, FIG. 7 and FIG. 1B, more specifically, each sliding member 7 further includes a plurality of elastic ribs 73 protruding from the bottom end of the substrate 71, and each sliding member 7 passes through the elastic rib 73 and the second side plate. When the 35 electronic device 2 is in operation, the electronic device 2 generates a certain vibration, and the vibration generated by the electronic device 2 is transmitted to the slider 7 and is transmitted to the second by the elastic rib 73 of the slider 7. Since the side plates 35' are plastically reinforced and have a elasticity of 15 M442001, the elastic ribs 73 can effectively absorb the vibration and thereby achieve the vibration damping effect. As shown in FIG. 2, FIG. 7 and FIG. U, FIG. U is a partial enlarged view of FIG. 2. When the lock plate 5 is in the initial position with respect to the carrier frame 3, the engaging portion 51 of the release plate 5 is pressed against the inclined elastic piece 42. The tilting spring 42 is deformed relative to the fixing piece to be horizontally dissipated and accumulates the elastic force, so that the snap protrusions are snapped into the card hole 211 of the electronic device 2. At this time, the elastic locking member 4 and The electronic device 2 is in a locked state. Further, the thrust portion of the release lever 5 is spaced apart from the rear side 22 of the electronic device 2. As shown in FIG. 12 and FIG. 13 , when the electronic device 2 is to be extracted from the carrying frame 3 and the front frame 12 , the user pulls the pull ring 6 upward to rotate relative to the buckle 55 to be as shown in FIG. 12 . The horizontal position, then, pulls the pull rod 61 of the pull ring 6 in the extraction direction I. Due to the erosion of this < Shihu, the rod W is due to the release lever 5 in the initial position shown in Fig. 2 - the pushing portion 53 is spaced apart from the rear side 22 of the electronic skirt 2 by a distance 'so' in the pushing portion 53 The rear side of the electronic device 2 has not been abutted: Before, the electronic device 2 is in a state of being kept still. When the release plate 5 slides in the extraction direction: the release (as shown in Fig. 12, the engagement of the release plate 5 is removed from the tilting object 42, and the release of the locking portion and the tilting of the elastic piece = the accumulation of the inclined elastic piece 42 The slanting elastic force acts, the slanting 42 is extended and extended _^-43 in the direction of the arrow V to rotate the slanting elastic piece:: 52 and drive the buckle convex portion 43 out of the card hole 211 of the electronic device 2 to release the elastic locking state. Release the lock; ^ ^ and the position of the rear side 22 of the lock between the electronic device 2. The push portion 53 moves to abut against the electronic device 2 16 M442001
如圖14、圖15及圖16所示，當使用者繼續沿抽取方 向I拉動拉環6的拉桿61時，釋鎖板5透過頂推部53將電 子裝置2朝前開口 32方向頂推，使得釋鎖板5會同時帶動 電子裝置2及組裝於電子裝置2上的滑動件7滑動。承載框 架3的第一侧板33還包含一内表面335，及複數條凸設於 内表面335的長形凸肋336，各長形凸肋336沿抽取方向j k伸並與電子裝置2的第一側面21接觸，透過長形凸肋336 與第一側面21之間成線接觸的狀態，能減少第一側板 與第一側面21之間的接觸面積，以降低兩者之間的摩擦 力，藉此，使得電子裝置2能順暢地相對於承载框架3滑動。 第一侧板33包含一位於後滑槽333前端的擋止部 337,當釋鎖板5的頂推部53滑動到抵接於擋止部的位 時撐止337會檔止頂推部53使其無法繼續滑動以 限制釋鎖板5沿抽取方向I滑動的距離。此時，電子裝置2 及滑動件7穿伸出承載框架3的前開心及前框12的通口As shown in FIG. 14 , FIG. 15 and FIG. 16 , when the user continues to pull the pull rod 61 of the pull ring 6 in the extraction direction I, the release plate 5 pushes the electronic device 2 toward the front opening 32 through the pushing portion 53 . The release plate 5 simultaneously drives the electronic device 2 and the slider 7 assembled on the electronic device 2 to slide. The first side plate 33 of the carrying frame 3 further includes an inner surface 335 and a plurality of elongated ribs 336 protruding from the inner surface 335. The elongated ribs 336 extend along the extracting direction jk and are connected to the electronic device 2 A side surface 21 is in contact with each other, and the contact area between the first side plate and the first side surface 21 can be reduced by the state in which the elongated rib 336 is in line contact with the first side surface 21 to reduce the friction between the two. Thereby, the electronic device 2 can be smoothly slid relative to the carrier frame 3. The first side plate 33 includes a stopping portion 337 at the front end of the rear sliding groove 333. When the pushing portion 53 of the releasing plate 5 slides to a position abutting against the stopping portion, the supporting portion 337 stops the pushing portion 53. It is prevented from continuing to slide to limit the distance by which the release plate 5 slides in the extraction direction I. At this time, the electronic device 2 and the slider 7 extend through the front opening of the front frame 12 of the carrying frame 3.
121，使用者可直接將電子裳置2及滑動件7抽離承載框架 3及前框12。 如圖14及圖15所示，欲將電子裝置2組裝回承載框架 3内部時，將電子裝置2及滑動件？經由通口⑵及前開口 32插入承載框架3内 丨接著，沿一相反於抽取方向】的 广方向II推動電子裝置2及滑動件7滑動。當電子裝置2 的後側22抵接於釋錯把ς μ 推…’ 頂推部53時，電子裝置2會頂 推頂推部53以同時帶動糴鉑 ^ Α 鎖板5沿插入方向II滑動。同時 參閱圖5，當滑動件7你山 後鳊抵接於第二側板35的一設於滑 17 M442001 槽351内的限位擋片353時，限位撞月切會撐止滑動件7 使其無法繼續滑動，此時，㈣件7及電子裝置2即到達定 位（如圖13所不的位置）而無法繼續相對於承載框架3滑 動’而釋鎖板5則位在如圖13所示的釋鎖位置。接著，如 圖所不/D插入方向11推動拉環ό的拉桿61，當配合部 51的一面向釋鎖部52的頂推端511抵觸到彈性鎖扣件4的 傾斜彈片42時，酉己合部51的頂推端511會逐漸頂推傾斜彈 片42使其沿箭頭¥反向旋轉，傾斜彈片42會帶動卡扣凸 部43逐漸靠近卡孔211 ’待釋鎖板5滑動到如圖7所示的 初始位置時’釋鎖板5的配合部51抵壓於傾斜彈片42上並 使卡扣凸部43卡扣於卡孔211 Μ，此時，彈性鎖扣件4與 電子裝置2之間即回復呈鎖扣狀態。 如圖17及圖18所示，是本新型承載裝置的第二實施 例，承載裝置30的細部結構與第一實施例略有不同。 在本實施例中，第一侧板33,的各導向元件33〇是設置 於内表面335’各導向元件33〇的縱斷剖面呈L形釋鎖板 5’設置於承載框架3内部且可滑動地連接導向元件33〇。彈 |·生鎖扣件4的固定片41固定地連接於内表面335且位於第 一側板33’與釋鎖板5，之間，固定片41具有一前端412，傾 斜彈片42是由刖端412 —體地朝前並朝遠離内表面335方 向傾斜延伸，傾斜彈片42具有一自由端42丨，卡扣凸部43 是由傾斜彈片42鄰近自由端421處的一側邊422朝遠離内 表面335方向凸伸。釋鎖板5，的配合部51為一鏤空孔彈 性鎖扣件4’的傾斜彈片42穿設於配合部51，且卡扣凸部 18 M442001 们卡扣於卡孔211。釋鎖部52呈板狀並可頂推傾斜彈片 42,以使卡扣凸部43脫離卡孔211與配合部51。釋鎖板尸 的頂推部53’上端穿設於後滑槽333内並可於後滑槽333内 滑移，而頂推部53,下端則伸入承載框架3内部用以頂推電 子裝置2的後側22。 如圖18所示，當釋鎖板5’在初始位置時，彈性鎖扣件 4’的傾斜彈片42穿設於配合部51，且卡扣凸部们卡扣於 卡孔211，此時，彈性鎖扣件4,與電子裝置2之間呈鎖扣狀 態。此外，釋鎖板5’的頂推部53,下端與電子裝置2的後側 22相間隔一段距離。 如圖Π及圖19所示，欲將電子裝置2抽取出承載框架 3(如圖17)與前框12(如圖2)時，沿抽取方向丨拉動拉環6 的拉桿6卜釋鎖板5’在滑動過程中，釋鎖部52的—面向配 合部51的頂推端521會逐漸頂推傾斜彈片42使其沿箭頭 vi方向旋轉，傾斜彈片42會帶動卡扣凸部43逐漸遠離卡 孔211。當釋鎖板5滑動到釋鎖位置（如圖19所示）時，釋鎖 板5’的釋鎖部52抵壓傾斜彈片42,使傾斜彈片42位在第 一侧板33’的内表面335與釋鎖部52之間，此時，卡扣凸 部43完全脫離卡孔211，而釋鎖板5，的頂推部53，下端移動 到抵接於電子裝置2的後側22的位置。由於釋鎖部U形成 有一與配合部51相連通並沿釋鎖板5，長向延伸的長形溝槽 522’長形溝槽522與卡扣凸部43位置相對應並可供卡扣^ 部43滑移，因此，當使用者繼續沿抽取方向1拉動拉環6 帶動釋鎖板5’滑移時，卡扣凸部43會滑移入長形溝槽切 19 M442001 内，使得使用者能順利地拉動釋鎖5，使其透過頂推部53, 頂推電子裝置2 〇當釋鎖板5，滑動到頂推部53，上端抵接於 擋止。P 337時便會停止滑動，&時，使用者便可將電子裝置 2及滑動件7(如圖2)抽離承載框架3及前框12。 如圖17、圖18及圖19所示，欲將電子裝置2組裝回 承載框架3内部時，沿插人方向π推動電子裝置2及滑動 件7(如® 2)滑動。當電子裝置2的後们2抵接於釋鎖板5, 的頂推部53’下端時，電子裝置2會頂推頂推部53，以同時 帶動釋鎖板5’沿插人方向„滑動。當滑動件7後端抵接於 限位擋片353(如圖5)時，滑動件7及電子裝置2即到達定 位（如圖19所示的位置）而無法繼續相對於承載框架3滑 動，而釋鎖板5’則位在如圖19所示的釋鎖位置。接著，八 插入方向n推動拉環6的拉桿61，當釋鎖板5，滑動到初: 位置時，配合部51貞傾斜彈片42及卡扣凸部Μ的位置對 背透過傾斜彈片42蓄積的復位彈力作用，傾斜彈片42 會帶動卡扣凸部43沿箭頭VIg向旋轉，傾斜彈片42會穿 設於配合部51並使卡扣凸部43卡扣於卡孔2ιι，此時，彈 !·生鎖扣件4與電子裝置2之間即回復呈鎖扣狀態。 卸納上述，各實施例的承載裝置30,藉由承載框架3 彈性鎖扣件4、4，，以及釋鎖板5、5，的設置使得使心 透過單-的操作方向（即抽取方向1}拉動釋鎖板5 5，卞 解除彈性鎖扣件4、4，與電子裝置2之_鎖扣狀態並心 子裝置2拉出承載框架3;或者是透過單一的操㈣ 插入方向n)推動電子裝置2及釋鎖板5、5，至承載框架 20 M442001 内，便能使彈性鎖扣件4、4，自動回復呈鎖扣在電子裝置2 上的鎖扣狀態’使電子裝置2穩固地S)定在承載框架3内。 藉此’操作過程非常簡單且枝，料速且有效率地抽取出 電子裝置2或將電子裝置2組裝回承載框架3内，大幅降低 了抽取或la裝H確㈣達縣新型料求之目的。 准以上所述者，僅為本新型之實施例而已，當不能以此121. The user can directly pull the electronic skirt 2 and the slider 7 away from the carrying frame 3 and the front frame 12. As shown in FIGS. 14 and 15, when the electronic device 2 is to be assembled back into the interior of the carrier frame 3, the electronic device 2 and the slider are used. The insertion into the carrier frame 3 through the opening (2) and the front opening 32, and then the electronic device 2 and the slider 7 are slid in a wide direction II opposite to the extraction direction. When the rear side 22 of the electronic device 2 abuts on the urging ς μ push...' ejector portion 53, the electronic device 2 pushes the ejector portion 53 to simultaneously drive the 籴 platinum plate Α the lock plate 5 to slide in the insertion direction II . Referring to FIG. 5, when the slider 7 abuts against the limiting piece 353 of the second side plate 35 which is disposed in the slot 351 of the sliding 17 M442001, the limit collision will support the sliding member 7 It cannot continue to slide. At this time, the (4) member 7 and the electronic device 2 reach the positioning (as shown in FIG. 13) and cannot continue to slide relative to the carrier frame 3, and the release plate 5 is positioned as shown in FIG. The release position. Then, the pull rod 61 of the pull ring 推动 is pushed in the direction 11 of the insertion direction, and when the pushing end 511 of the engaging portion 51 of the engaging portion 51 abuts against the inclined elastic piece 42 of the elastic locking member 4, The pushing end 511 of the engaging portion 51 gradually pushes the tilting elastic piece 42 to rotate in the opposite direction of the arrow ¥, and the tilting elastic piece 42 will drive the latching convex portion 43 to gradually approach the card hole 211 'to release the locking plate 5 to slide as shown in FIG. 7 In the initial position shown, the engaging portion 51 of the release plate 5 is pressed against the inclined elastic piece 42 and the buckle convex portion 43 is buckled to the hole 211 Μ. At this time, the elastic locking member 4 and the electronic device 2 are The reply is in a locked state. As shown in Figs. 17 and 18, which is a second embodiment of the present type of carrying device, the detailed structure of the carrying device 30 is slightly different from that of the first embodiment. In this embodiment, each of the guiding members 33 of the first side plate 33 is disposed on the inner surface 335 ′. The longitudinal cross section of each of the guiding elements 33 呈 is disposed inside the carrying frame 3 and is disposed in the L-shaped release plate 5 ′. The guide member 33 is slidably coupled. The fixing piece 41 of the raw lock fastener 4 is fixedly coupled to the inner surface 335 and located between the first side plate 33' and the release plate 5, the fixing piece 41 has a front end 412, and the inclined elastic piece 42 is made of the end 412 - extending forwardly and obliquely away from the inner surface 335, the inclined elastic piece 42 has a free end 42 丨, and the latching projection 43 is moved away from the inner surface by the side edge 422 of the inclined elastic piece 42 adjacent to the free end 421 335 direction projection. The engaging portion 51 of the release plate 5 is a slanted elastic piece 42 of a hollow hole elastic locking member 4' which is inserted through the engaging portion 51, and the latching convex portions 18 M442001 are buckled to the engaging hole 211. The release portion 52 has a plate shape and can push the inclined elastic piece 42 to push the snap protrusion 43 out of the insertion hole 211 and the fitting portion 51. The upper end of the pushing portion 53' of the unlocking plate body is inserted into the rear sliding slot 333 and can slide in the rear sliding slot 333, and the pushing portion 53 and the lower end extend into the inside of the carrying frame 3 for pushing the electronic device. The rear side 22 of 2. As shown in FIG. 18, when the release plate 5' is in the initial position, the inclined elastic piece 42 of the elastic locking member 4' is disposed in the engaging portion 51, and the buckle protrusions are buckled in the card hole 211. The elastic locking member 4 is locked with the electronic device 2. Further, the ejector portion 53 of the release plate 5' is spaced apart from the rear side 22 of the electronic device 2 by a distance. As shown in FIG. 19 and FIG. 19, when the electronic device 2 is to be extracted from the carrying frame 3 (FIG. 17) and the front frame 12 (FIG. 2), the pull rod 6 of the pull ring 6 is pulled in the pulling direction. 5' During the sliding process, the pushing end 521 of the releasing portion 52 facing the engaging portion 51 gradually pushes the tilting elastic piece 42 to rotate in the direction of the arrow vi, and the tilting elastic piece 42 will drive the latching convex portion 43 to gradually move away from the card. Hole 211. When the release plate 5 is slid to the unlocked position (as shown in FIG. 19), the release portion 52 of the release plate 5' presses against the inclined elastic piece 42 so that the inclined elastic piece 42 is positioned on the inner surface of the first side plate 33'. Between the 335 and the release portion 52, at this time, the latching projection 43 is completely separated from the latching hole 211, and the pushing portion 53 of the unlocking plate 5 is moved to a position abutting against the rear side 22 of the electronic device 2. . Since the release portion U is formed to communicate with the engaging portion 51 and along the release plate 5, the elongated groove 522' elongated groove 522 corresponding to the position of the buckle projection 43 is provided for the buckle. The portion 43 is slid. Therefore, when the user continues to pull the pull ring 6 in the drawing direction 1 to drive the release plate 5' to slide, the buckle protrusion 43 slides into the elongated groove cut 19 M442001, so that the user The release lock 5 can be smoothly pulled through the urging portion 53, and the electronic device 2 is pushed up to release the lock plate 5, and is slid to the urging portion 53, and the upper end abuts against the stopper. When P337 is stopped, the user can pull the electronic device 2 and the slider 7 (Fig. 2) away from the carrier frame 3 and the front frame 12. As shown in Figs. 17, 18 and 19, when the electronic device 2 is to be assembled back into the inside of the carrier frame 3, the electronic device 2 and the slider 7 (e.g., 2) are slid in the insertion direction π. When the rear 2 of the electronic device 2 abuts against the lower end of the pushing portion 53' of the release plate 5, the electronic device 2 pushes the pushing portion 53 to simultaneously slide the release plate 5' along the insertion direction. When the rear end of the slider 7 abuts against the limiting stopper 353 (as shown in FIG. 5), the slider 7 and the electronic device 2 reach the positioning (as shown in FIG. 19) and cannot continue to slide relative to the carrier frame 3. The release lock plate 5' is located at the unlocking position as shown in Fig. 19. Then, the eight insertion direction n pushes the pull rod 61 of the pull ring 6, and when the lock plate 5 is slid to the initial position, the engaging portion 51 is engaged. The tilting elastic piece 42 drives the latching projection 43 to rotate along the arrow VIg, and the tilting elastic piece 42 is inserted through the engaging portion 51. The tilting elastic piece 42 rotates along the arrow VIg. And the latching protrusion 43 is snapped to the card hole 2 ιι, at this time, the latching member 4 and the electronic device 2 are restored in a latching state. The carrier device 30 of the above embodiments is removed. By means of the support frame 3 elastic locking members 4, 4, and the release plates 5, 5, the heart is transmitted through the single-operation direction (ie, pumping Take the direction 1} to pull the release plate 5 5, release the elastic locking members 4, 4, and the state of the lock of the electronic device 2 and the core device 2 pulls out the carrier frame 3; or through a single operation (four) insertion direction n Pushing the electronic device 2 and the release plate 5, 5 into the carrying frame 20 M442001, the elastic locking members 4, 4 can be automatically returned to the latching state of the electronic device 2 to make the electronic device 2 Stabilly S) is placed in the carrying frame 3. By this, the operation process is very simple and the picking, speeding and efficient extraction of the electronic device 2 or assembling the electronic device 2 back into the carrying frame 3 greatly reduces the extraction or la H is indeed (four) the purpose of the new material demand of Daxian. The above mentioned, only for the embodiment of the present invention, when not
Pf疋本新！實知之範圍’即大凡依本新型中請專利範圍及新 里°兑月内*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是本新型承載裝置的第一實施例應用於電子設備 的立體圖’說明電子設備的外觀結構； 圖2是本新型承載裝置的第-實施例應用於電子設備 的局。IM視立體圖’說明釋鎖板在初始位置，配合部抵壓彈 I·鎖4件的傾斜彈#使卡扣凸部卡扣於卡孔頂推部與電子 裝置的後侧相間隔； 圖3疋本新型承栽裝置的第一實施例應用於電子設備 的立體分解圖’說明外殼、電子裝置，以及承載裝置之間的 組裝關係； 圖疋本新型承栽裳置的第一實施例的立體分解圖，說 θ承載;扣件、釋鎖板以及拉環之間的組裝關係； 是本新型承載裴置的第一實施例的承載框架的立 體圖說明釋鎖板貼靠於第一側板的外表面，且釋鎖板中間 的對'用接部位於兩對前後相間隔的導向元件中間； 21 M442001 圖6是本新型承載裝置的第一實施例的彈性鎖扣件的 立體圖，說明彈性鎖扣件的固定片、傾斜彈片以及卡扣凸部 之間的連接關係； 圖7是本新型承載裝置的第一實施例的局部剖視圖說 明釋鎖板在初始位置，配合部抵壓彈性鎖扣件的傾斜彈片使 卡扣凸部卡扣於卡孔，頂推部與電子裝置的後側相間隔，金 屬柱穿設於滑動件的貫孔及電子裝置的第二接纟孔並抵壓 於金屬彈片； 圖8是本新型承載裝置的第一實施例的局部放大圖說 明拉％與釋鎖板的扣環之間的作用力關係； 圖9疋本新型承载裝置的第一實施例的局部放大圖，說 明拉環與扣環之間的作用力關係，且拉環貼靠於電子裝置的 前側面； 圖10是本新型承載裝置的第一實施例的電子裝置與滑 動件的立體分解圖，說明電子裝置與滑動件之間的組裝關 係； 圖11疋圖2的局部放大圖，說明配合部抿壓彈性鎖扣 件的傾斜彈片使卡扣凸部卡扣於卡孔； 圖12是本新型承載裝置的第一實施例應用於電子設備 '局P 視iL體圖’說明釋鎖板沿抽取方向滑動到釋鎖位 置’此時傾斜彈片穿伸㈣鎖部並使卡扣凸部脫離電子 的卡孔； 圖13疋本新型承載裝置的第一實施例的局部剖視示意 圖說明釋鎖板沿括取方向滑動到釋鎖位置此時傾斜彈片 22 M442001 穿伸出釋鎖部並使卡扣凸部脫離電子裝置的卡孔，且頂推部 抵接與電子裴置的後側； 圖14疋本新型承載裝置的第一實施例的局部剖視立體 圖，說明釋鎖板沿抽取方向帶動電子裝置及滑動件滑動使 電子裝置及滑動件穿伸出承載框架的前開口及前框的通口； 圖15疋本新型承载裝置的第一實施例的局部放大圖， 說明擋止部擋止頂推部，以限制釋鎖板沿抽取方向滑動的距 離； 參 圖16是本新型承縣置的第-實施例的局部放大圖， 说明第一侧板透過長形凸肋與電子裝置的第一側面接觸； 圖7疋本新型承載裝置的第二實施例的立體分解圖， 說明承載框架、彈性鎖扣件、釋鎖板以及拉環之間的組裝關 係； 圖18是本新型承載裝置的第二實施例的局部剖視示意 圖’說明釋鎖板在初始位置，傾斜彈片穿伸出配合部並使卡 彳& 卡扣於電子裝置的卡孔’且頂推部肖電子裝置的後側 相間隔；及 圖19疋本新型承載裝置的第二實施例的局部剖視示意 圖，說明釋鎖板沿抽取方向滑動到釋鎖位置，此時釋鎖部抵 堡卡扣凸部，使卡扣凸部與傾斜彈片位在第一侧板的内表面 與該釋鎖狀間，卡扣凸部脫離卡孔，且頂推職接與電子 裝置的後側。 23 M442001 【主要元件符號說明】 100…… •電子設備 334 ....... 長形滑槽 1......... •外殼 335 ....... 内表面 11 ....... •殼體 336 ....... 長形凸肋 12 ....... •前框 337 ....... 擋止部 121…… •通口 34......... 後侧板 13 ....... •門板 35......... 第二側板 2......... •電子裝置 351 ....... 滑槽 21 ....... •第一側面 352 ....... 金屬彈片 211…… •卡孔 353 ....... 限位擋片 22 ....... •後側 4、4，···· 彈性鎖扣件 23 ....... •刖側面 41......... 固定片 24 ....... •第二側面 411 ....... 後端 241…… •第一接合孔 412....... 前端 242…… •内周面 42......... 傾斜彈片 243…… •第二接合扎 421 ....... 自由端 30 ....... •承載裝置 422 ....... 侧邊 3......... •承載框架 43......... 卡扣凸部 32 ....... •前開口 5、5,…·. 釋鎖板 33、33，·· …第一側板 51 ......... 配合部 330…… •導向元件 511 ' 521· 頂推端 331…… •穿孔 52......... 釋鎖部 332…… •外表面 522 ....... 長形溝槽 333…… •後滑槽 53、53,-·.· 頂推σΡ 24 M442001 54 ··.·· …滑接部 55 ··.·. …扣環 551···· …扣扎 552···. 扣接知 553···· …外凸點 554·.·. …傾斜端面 6....... …拉環 61 ··_·. …拉桿 62 ·.··· …側壓桿 63 •… …樞接桿 7....... …滑動件 71 ··.· …基板 711 ···· …貫孔Pf 疋本新! The scope of the facts, that is, the simple equivalent changes and modifications made in the scope of the patents in this new model and in the new quarters are still within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of an electronic device according to a first embodiment of the present invention. FIG. 2 is a view showing an appearance of an electronic device according to a first embodiment of the present invention. FIG. . The IM viewing stereograph 'illustrats that the lock plate is in the initial position, and the engaging portion presses the tilting bullet of the elastic member I·lock 4, so that the latching convex portion is buckled to the card hole pushing portion and is spaced from the rear side of the electronic device; The first embodiment of the present invention is applied to an exploded perspective view of an electronic device, which illustrates an assembly relationship between the outer casing, the electronic device, and the carrying device. FIG. 3 is a perspective view of the first embodiment of the present invention. The exploded view, said θ bearing; the assembly relationship between the fastener, the release plate and the pull ring; is a perspective view of the load-bearing frame of the first embodiment of the present type of load-bearing device, illustrating that the lock plate abuts against the first side plate The surface, and the pair of the middle of the release plate are located between the two pairs of front and rear spaced guiding elements; 21 M442001 FIG. 6 is a perspective view of the elastic locking member of the first embodiment of the present type of carrying device, illustrating the elastic locking FIG. 7 is a partial cross-sectional view showing the first embodiment of the present type of carrying device illustrating the locking plate in an initial position, and the engaging portion abutting the elastic locking member. Tilting shrapnel The buckle protrusion is fastened to the card hole, and the pushing portion is spaced apart from the rear side of the electronic device, and the metal post is disposed through the through hole of the sliding member and the second connecting hole of the electronic device and is pressed against the metal elastic piece; 8 is a partial enlarged view of the first embodiment of the present type of carrying device illustrating the relationship between the pulling force and the buckle of the release plate; FIG. 9 is a partial enlarged view of the first embodiment of the present type of carrying device, illustrating The force relationship between the pull ring and the buckle, and the pull ring abuts against the front side of the electronic device; FIG. 10 is an exploded perspective view of the electronic device and the sliding member of the first embodiment of the present invention, illustrating the electronic device FIG. 11 is a partial enlarged view of FIG. 2, illustrating that the engaging elastic member of the elastic locking member of the engaging portion presses the snap projection to the card hole; FIG. 12 is the carrier of the present invention. The first embodiment is applied to an electronic device 'office P view iL body diagram' to explain that the lock plate slides in the extracting direction to the unlocking position. At this time, the tilting elastic piece penetrates (4) the locking portion and causes the latching convex portion to be separated from the electronic card hole; Figure 13 is the first real version of the new carrier device The partial cross-sectional view of the embodiment shows that the release plate slides in the squeezing direction to the unlocking position. At this time, the slanting elastic piece 22 M442001 is extended to extend the release portion and the snap protrusion is detached from the card hole of the electronic device, and the pushing portion is abutted. Figure 14 is a partial cross-sectional perspective view of the first embodiment of the present type of carrying device, illustrating the release plate driving the electronic device and the sliding member sliding along the extraction direction to extend the electronic device and the sliding member The front opening of the carrying frame and the opening of the front frame; FIG. 15 is a partial enlarged view of the first embodiment of the novel carrying device, illustrating the stopping portion blocking the pushing portion to limit the distance the release plate slides in the extracting direction Figure 16 is a partial enlarged view of the first embodiment of the present invention, illustrating that the first side panel is in contact with the first side of the electronic device through the elongated rib; Figure 7 is a second embodiment of the novel carrier device An exploded perspective view of the example, illustrating the assembly relationship between the carrier frame, the elastic locking member, the release plate and the pull ring; FIG. 18 is a partial cross-sectional view of the second embodiment of the present type of carrying device, illustrating the release plate early Positioning, the tilting elastic piece passes through the extending portion and the clicker is snapped to the card hole of the electronic device and the rear side of the pushing device is spaced apart; and FIG. 19 is a second embodiment of the novel carrying device The partial cross-sectional view shows that the release plate slides in the extraction direction to the unlocking position, and the release portion abuts the buckle projection, so that the buckle protrusion and the inclined elastic piece are located on the inner surface of the first side plate and the Release the lock, the snap protrusion is separated from the card hole, and pushes the post to the rear side of the electronic device. 23 M442001 [Explanation of main component symbols] 100... • Electronic equipment 334 ....... Long chute 1......... • Housing 335 ....... Inner surface 11 . ...... • Housing 336 ....... Long rib 12 . . . • Front frame 337 ....... Stops 121 ... • Through port 34 ......... Rear side panel 13 . . . • Door panel 35......... Second side panel 2.......... Electronic device 351 . ... chute 21 ..... • first side 352 ....... metal dome 211 ... • card hole 353 .... limit stop 22 . ...... • Rear side 4, 4, ···· Elastic locking parts 23 ....... • 刖 side 41......... Fixing piece 24 ..... .. • second side 411 ....... rear end 241... • first engagement hole 412....... front end 242... • inner circumferential surface 42... Tilting shrapnel 243... • Second splicing 421....... Free end 30....... • Carrying device 422 ....... Side 3........ • Carrier frame 43.... Snap projection 32....... • Front opening 5, 5, ..... Release lever 33, 33, ... first side panel 51 ......... fitting part 330... • guiding element 511 ' 521· Pushing end 331... • Perforation 52......... Release lock 332... • Outer surface 522 ....... Long groove 333... • Rear chute 53, 53,-··· Pushing σΡ 24 M442001 54 ····· ...sliding part 55 ····..... buckle 551···· ... buckle 552···. · ...outer bump 554···. ...inclined end face 6.. . . . pull ring 61 ····. ... pull rod 62 ····· ... side pressure rod 63 •... pivot rod 7 ....... ...slider 71 ···· ...substrate 711 ···· ...through hole
72 .........彈性扣臂 73 .........彈性凸肋 8 ..........金屬柱 F ..........作用力72 ......... elastic buckle arm 73 ......... elastic rib 8 .......... metal column F .......... Force
Fa、Fd··第一分力 Fb、Fe··第二分力Fa, Fd··first component force Fb, Fe··second component force
Fc.........反作用力 T..........旋轉扭矩 0 ..........軸心 1 ...........抽取方向 II..........插入方向 V、VI…箭頭Fc.........Reaction force T..........Rotating torque 0 ..........Axis 1 ........... Extraction direction II..........insert direction V, VI... arrow
2525
Claims (1)
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210024092 | 2012-05-17 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM442001U true TWM442001U (en) | 2012-11-21 |
Family
ID=47718334
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW101209891U TWM442001U (en) | 2012-05-17 | 2012-05-24 | Bearing device |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWM442001U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI583290B (en) * | 2013-01-22 | 2017-05-11 | 緯創資通股份有限公司 | Server and partition thereof |
| TWI719458B (en) * | 2019-03-21 | 2021-02-21 | 緯創資通股份有限公司 | Holding device and electronic device assembly and electronic apparatus having the same |
-
2012
- 2012-05-24 TW TW101209891U patent/TWM442001U/en not_active IP Right Cessation
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI583290B (en) * | 2013-01-22 | 2017-05-11 | 緯創資通股份有限公司 | Server and partition thereof |
| TWI719458B (en) * | 2019-03-21 | 2021-02-21 | 緯創資通股份有限公司 | Holding device and electronic device assembly and electronic apparatus having the same |
| US10971779B2 (en) | 2019-03-21 | 2021-04-06 | Wistron Corp. | Holding device, electronic device assembly, and electronic apparatus |
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| MK4K | Expiration of patent term of a granted utility model |