201228556 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明涉及一種電子裝置，特別涉及一種設有固定架的 電子裝置。 【先前技術】 [0002] 在電子裝置，如機架式伺服器、記憶體和工作站中，經 常需要利用固定架將電子元件，比如硬碟等安裝於機殼 内。為了方便固定架的插入和取出，通常需要在固定架 的外部設置把手，是故則需要機架預留出一定的空間來 收容把手。惟，隨著電子裝置小型化的發展趨勢，電子 裝置的機架内的空間越來越小，相應地，該機架内所能 供收容固定架的把手的空間亦越來越小，甚至可能沒有 可供收容把手的空間，造成固定架的安裝拆卸極為不便 〇 【發明内容】 [0003] [0004] 有鑒於此，有必要提供一種具有可節約空間的固定架的 電子裝置。 一種電子裝置，包括一機殼和至少一固定架，所述至少 一固定架容置於所述機殼内，所述固定架與所述機殼可 拆卸地連接，所述固定架包括一本體、樞轉地固定於所 述本體内的一把手、一彈性元件及可滑動地固定於本體 前端的一活動部，所述本體的前端設有通槽，所述活動 部對應設於所述通槽處並遮蔽所述通槽，所述活動部可 相對所述本體滑動而使所述通槽暴露出來，所述彈性元 件包括一第一端臂和一第二端臂，其中第一端臂與所述 099146494 表單編號A0101 第5頁/共33頁 0992079915-0 201228556 本體連接，第二端臂抵頂於所述把手上，當所述滑動部 遮蔽於所述通槽處時，所述把手收容於所述本體内，所 述把手的一端抵頂於所述活動部的内側，所述彈性元件 被壓縮；當所述滑動部滑動至使所述通槽暴露出來時， 所述彈性元件抵頂所述把手，使所述把手相對所述本體 旋轉且所述把手的所述一端自所述通槽向本體外部突伸 〇 [0005] 本發明實施方式藉由於固定架的本體上設置第一操作件 和第二操作件，從而可使該第二操作件上的把手處於可 隱藏狀態。當需要將該固定架從該機殼中取出時，只需 對第一操作件進行操作，該把手即可自動彈開，方便使 用者取出該固定架，且更為省力。 【實施方式】 [0006] 以下將結合圖示對本發明作進一步的詳細說明。 [0007] 圖1及圖2所示為本發明一實施例的電子裝置100，其包括 一機殼20、一容置於該機殼20内的分隔架30、容置於該 機殼20内且藉由該分隔架30隔離的兩固定架10及分別固 定於該兩固定架10内的兩電路板40。該固定架10與該機 殼20可拆卸地連接，從而將該電路板40固定於該機殼20 内。本實施方式中，該分隔架30將該機殼20内部分隔形 成四個收容空間24，該等收容空間24可對應收容四個固 定架10。 [0008] 該機殼20大致呈長方體狀，其包括一呈長方形的第一底 板21、自該第一底板21的相對兩側邊向上垂直延伸的兩 第一側板22和罩設於該兩第一側板22頂邊的一第一頂板 099146494 表單編號A0101 第6頁/共33頁 0992079915-0 201228556 23 〇 [0009] 該分隔架30設於該機殼20的前端。該分隔架30包括相互 平行且間隔設置的三個分隔板31和一第一承載板32。該 分隔板31與該第一側板22平行。該分隔板31的高度與該 機殼20的第一侧板22的高度相當，該分隔板31的長度較 該第一側板22的長度小。該分隔板31的前端與該第一側 板22平齊，該分隔板31的後端大致延伸至機殼20的中部 。位於外側的兩分隔板31分別緊貼該兩第一侧板2 2的内 表面’位於中間的分隔板31與位於外側的兩分隔板31之 間的距離相等。該分隔板31.的.前側上端設.有一貫穿的卡 槽311，於本實施例中，該卡槽311大致呈矩形。 [0010] 該第一承載板32為一平面板體，其自位於外側的一分隔 板31處延伸至位於外側的另一分隔板Μ處。該第一承載 板32與該等分隔板31垂直連接。該第一承載板32於該分 隔板31的高度方向上將該分隔板3丨分為均等的兩部分。201228556 VI. Description of the Invention: [Technical Field] [0001] The present invention relates to an electronic device, and more particularly to an electronic device provided with a holder. [Prior Art] [0002] In electronic devices such as rack servers, memories, and workstations, it is often necessary to mount electronic components such as hard disks and the like in a casing using a mount. In order to facilitate the insertion and removal of the holder, it is usually necessary to provide a handle on the outside of the holder, so that the frame needs to reserve a certain space to accommodate the handle. However, with the development trend of miniaturization of electronic devices, the space inside the rack of the electronic device is getting smaller and smaller, and accordingly, the space for the handle of the mounting bracket in the rack is smaller and smaller, and may even be There is no space for accommodating the handle, which makes the mounting and dismounting of the fixing frame extremely inconvenient. [0003] [0004] In view of the above, it is necessary to provide an electronic device having a space-saving fixing frame. An electronic device includes a casing and at least one fixing frame, the at least one fixing frame is received in the casing, the fixing frame is detachably connected to the casing, and the fixing frame comprises a body a handle that is pivotally fixed to the body, an elastic member, and a movable portion slidably fixed to the front end of the body, the front end of the body is provided with a through slot, and the movable portion is correspondingly disposed in the through slot And shielding the through slot, the movable portion is slidable relative to the body to expose the through slot, the elastic component includes a first end arm and a second end arm, wherein the first end arm and The 099146494 Form No. A0101 Page 5 / Total 33 Page 0992079915-0 201228556 The body is connected, the second end arm is abutted on the handle, and the handle is received when the sliding portion is shielded at the through slot In the body, one end of the handle abuts against the inner side of the movable portion, the elastic member is compressed; when the sliding portion slides to expose the through groove, the elastic member abuts The handle, the handle Rotating the body and the one end of the handle protrudes from the through groove to the outside of the body. [0005] Embodiments of the present invention provide a first operating member and a second operating member on the body of the fixing frame, thereby The handle on the second operating member can be placed in a hideable state. When the fixing frame needs to be taken out from the casing, only the first operating member is operated, and the handle can be automatically bounced, which is convenient for the user to take out the fixing frame, and is more labor-saving. [Embodiment] The present invention will be further described in detail below with reference to the drawings. 1 and 2 illustrate an electronic device 100 according to an embodiment of the present invention, which includes a casing 20, a partition 30 housed in the casing 20, and is housed in the casing 20. And two fixing frames 10 separated by the partition frame 30 and two circuit boards 40 respectively fixed in the two fixing frames 10. The holder 10 is detachably coupled to the housing 20 to secure the circuit board 40 within the housing 20. In the present embodiment, the partition frame 30 partitions the interior of the casing 20 into four receiving spaces 24, and the receiving spaces 24 can accommodate four fixing frames 10 correspondingly. The casing 20 has a substantially rectangular parallelepiped shape, and includes a first bottom plate 21 having a rectangular shape, two first side plates 22 extending vertically upward from opposite side edges of the first bottom plate 21, and a cover disposed on the two A first top plate 099146494 on the top side of the side plate 22 Form No. A0101 Page 6 / Total 33 page 0992079915-0 201228556 23 0009 [0009] The spacer 30 is disposed at the front end of the casing 20. The spacer 30 includes three partition plates 31 and a first carrier plate 32 which are disposed in parallel and spaced apart from each other. The partition plate 31 is parallel to the first side plate 22. The height of the partitioning plate 31 corresponds to the height of the first side panel 22 of the casing 20, and the length of the partitioning panel 31 is smaller than the length of the first side panel 22. The front end of the partitioning plate 31 is flush with the first side plate 22, and the rear end of the partitioning plate 31 extends substantially to the middle of the casing 20. The distance between the partition plate 31 in the middle of the two partition plates 31 located on the outer side and the inner side surface of the two first side plates 2 2 is equal to the distance between the two partition plates 31 located on the outer side. The upper end of the front side of the partitioning plate 31 is provided with a through slot 311. In the embodiment, the slot 311 is substantially rectangular. [0010] The first carrier plate 32 is a planar plate body that extends from a partition plate 31 located on the outer side to another partition plate ridge located on the outer side. The first carrier 32 is vertically connected to the dividers 31. The first carrier plate 32 divides the partition plate 3 into two equal parts in the height direction of the partition plate 31.
G 該第一承載板32的寬度（即沿該分隔挺31的長度方向上 延伸的距離）與該分隔板31的長度相當。是故’該分隔 表30將该機殼20前端的内部分成四個收容空間24 ’該等 收容空間24可分別用於收容一固定架1〇於其内。可以理 解地’該分隔架30的結構並不限定，可根攄其所需安裝 的固定架10的外部形狀進行改變；該分隔架30所劃分的 收容空間24的數目亦不限定，均可根據實際的情況進行 調整。 請另參閱圖3和圖4，由於本實施例中的兩固定架10的形 狀結構相同，下文將以一固定架1 〇為例進行詳細說明。 099146494 表單煸號A0101 第7頁/共33頁 0992079915-0 [0011] 201228556 該固定架10收容於該機殼20的一收容空間24内。該固定 架10包括一本體50、一罩設於該本體50上的頂蓋60、固 定於該本體50内的一第一操作件70和二第二操作件80以 及複數鉚釘56。該本體50和頂蓋60於組裝後形成一容置 空間55，該電路板40容置於該容置空間55内。 [0012] 該頂蓋60包括一第二頂板6 1及沿該第二頂板61的後端垂 直延伸的一後擋板62。 [0013] 該本體50包括一第二承載板51、從所述第二承載板51相 對兩側垂直向上延伸形成的兩第二侧板5.2、一沿該第二 承載板51的前端向上垂直延伸的前播板53及一自該前撞 板53的頂端垂直向後延伸的上擋板54。 [0014] 該第二承載板51為一矩形板體，其寬度與該分隔架30的 兩相鄰的分隔板31間的距離相當，且長度較該分隔板31 的長度長。該固定架10組裝於該機殼20時，該第二承載 板51的底部緊貼該分隔架30的的第一承載板32。 [0015] 該第二側板52大致呈長條狀，其靠近前端處的頂端形成 有一缺槽521，於本實施例中，該缺槽521呈矩形。 [0016] 該前擋板53設於該第二承載板51的前端且與該第二承載 板51垂直，該前擋板53的兩側邊分別與該兩第二側板52 的前端相連，該前擋板53的高度與該第二侧板52的高度 相當。該前擋板53的中部對稱設有二呈矩形的通槽531。 該兩通槽531的長度方向一致，且該兩通槽531的長度方 向平行於該第二承載板51的寬度方向。該二通槽531的下 側設有複數定位孔532。位於左邊的通槽531的左側及位 099146494 表單編號A0101 第8頁/共33頁 0992079915-0 201228556 [0017] Ο [0018] Ο 於右邊的通槽531的右側亦各設有一定位孔532。該前擋 板53的下端設有複數通孔533，該複數通孔533位於同一 水準直線上。本實施例中’該前擋板53上定位孔532的數 量共有6個，該通孔533的數量為4個。 該上擋板54自該前擋板53的上端垂直向後延伸形成，該 上擒板54與該第二承載板51平行。該上擔板54大致呈矩 形，其連接於該第二侧板5 2前端的頂部且罩設於該第二 側板52的缺槽521上。該上擋板54上設有複數連接孔541 ，於本實施例中’該上擋板54的左右兩侧各設有二連接 孔541，該四個連接孔541位於同一直線上〇該上擋板54 的前端中間另設有一卡固孔.543。 請另參閱圖6，該上擋板54於靠近其後側處的下表面朝向 該第二承載板51的方向凸伸形成一凸起544 ^本實施例中 ’ s玄凸起544自該上擔板54衝壓而成，故該上擋板μ的外 表面對應該凸起544的位置冬形成凹陷。該上擋板54於中 間二連接孔5 41之間還間隔設有二凹槽5 4 2，該凹槽5 4 2 自該上擋板54的上表面向下凹陷，1:從而使該上擋板54的 下表面向下凸伸形成一橋狀凸起545，該橋狀凸起545的 兩側分別形成開口。該兩凹槽542藉由其對應的開口與該 容置空間55相連通。本實施例中，該橋狀凸起545與該凹 槽542亦是經衝壓一體形成。 該第一操作件70安裝至該本體5〇的前擋板53上。該第一 操作件70包括一支架71和活動地設於該支架71上的二活 動部72。 099146494 表單編號Α0Ι0Ι 第9頁/共33頁 0992079915-0 [0019] 201228556 [0020] 該支架Π包括一縱長的連接板73、自該連接板？3的左右 兩側和下侧邊緣分別向該連接板7 3的同—側垂直延伸出 三個寬度較小的凸緣74。該支架71的左右兩側各設有一 滑槽75。該滑槽75大致呈L形，其自該連接板73的中部延 伸至其對應的凸緣7 4的邊緣，該滑槽7 5與該上擋板5 4上 的通槽531對應，該滑槽75沿豎直方向延伸的寬度與該通 槽531的寬度相當。該連接板73的中部於該兩滑槽？5之間 設有四個限位孔76。該四個限位孔76位於同一直線上。 其中，兩限位孔76位於該連接板73的中央，另兩限位孔 76分別鄰近該兩滑槽75的内側設置。 [0021] 該支架71左右兩侧的凸緣7 4分別向外側垂直延伸形成一 凸耳77，該支架71下侧的凸緣74垂直向下延伸形成四個 相互間隔設置的凸耳77。該六個凸耳77位於同一平面上 ，且其上各設有一穿孔78，該等穿孔78分別與該前擋板 5 3上的定位孔5 3 2相對應。該支架71上側邊緣的中部亦垂 直向外延伸形成一凸耳77，該凸耳77上亦設有一穿孔78 ’該穿孔78與該上擋板54上的卡固孔543相對應。 [0022] 該活動部72大致呈矩形，其厚度與該支架71的凸緣74的 寬度相當。該活動部72的長度和寬度分別大於該滑槽75 的長度和寬度，並分別大於所述前擋板53的通槽531的長 度和寬度。該活動部72的一端的前表面並排設置兩擋止 部721 ’該活動部72的另一端的後表面設有一凸柱722。 於本實施例中’該擋止部7 21呈細條狀且沿豎直方向延伸 ，邊凸柱7 2 2呈圓柱形。該凸柱7 2 2的尺寸略小於該支架 71的限位孔76的尺寸。 099146494 表單編號A0101 第丨〇頁/共33頁 0992079915-0 201228556 [0〇23]由於該兩第二操作件80的結構相同，且該兩第二操作件 80對稱地設置於該本體50内，下面以左側的第二操作件 8 0為例進行具體描述。 [0024] 請一併參閲圖5，該第二操作件8〇包括一鎖合板81、一彈 性元件82、一把手83和一轉軸84。該彈性元件82和把手 83藉由該轉轴84樞接至該鎖合板81上。 [0025] 該鎖合板81為一大致呈長方形的板體。該鎖合板81中部 沿長度方向上間隔設有二樞接孔811。該二樞接孔811與 Ο 該本體5〇的上擋板54右邊的兩連接孔541相對應。該枢接 孔811的長寬比大於1，且該樞接孔811的長度方向與該鎖 合板81長度方向一致。本實施例中，該樞接孔mi大致呈 橢圓形。該鎖合板81於其右端設有一固定孔812。該鎖合 板81於其左前端的角落處設有一直角的缺口 813，從而使 該處形成一臺階814。該鎖合板81的左末端的寬度小於該 第二側板52的缺槽521的長度，義小年譎音隔架3〇的分隔 板31的卡槽311的長度。 〇 [0026] 該彈性元件82為一異狀扭簧’其包括一固定部821及分別 自該固定部821的下端和上端延伸出來的一第一端臂822 和一第二端臂823。於本實施例中’所述固定部821為大 致呈中空圓柱狀，其内徑與該鎖合板81的固定孔812的内 徑相當，該第二端臂823和第〆端臂822自該固定部821 的上下兩端呈線性延伸，該第一端臂822大致呈L形，該 第二端臂823大致呈V形。該第二端臂823的末端向遠離該 固定部821的方向彎折形成一卡鈎824 ° 0992079915-0 099146494 表單編號A0101 第11頁/共33頁 201228556 [0027] 該把手83包括一縱長的連接段831和從該連接段831的一 端延伸出的一呈弧形的作動段832。該連接段831具有一 遠離該作動段832的端部833，該端部833的週邊呈光滑 的圓弧狀。該連接段831前側的頂部向下凹陷形成一凹陷 834，該連接段831於該凹陷834的底部具有一大致呈D字 形的平面835。該連接段831於該凹陷834的週邊形成一 側面836。該侧面836自該平面835彎曲的一側邊緣向上 延伸。該側面836於遠離該端部833的一端呈圓弧面，該 側面836於靠近該端部833的一端呈平面，且該侧面836 至該平面835的相對另一侧邊緣的距離自該端部833向該 作動段832方向的距離先逐漸增大再逐漸減小。該側面 836上部於靠近該端部833的一側沿著與該平面835平行 的方向延伸形成一擋板837。該擋板837與該平面835間 隔設置。該連接段831於該凹陷834平面835的一端設有 一貫通的連接槽838，於本實施例中，該連接槽838的截 面呈圓形，且其内徑較該鎖合板81的固定孔812的内徑大 〇 [0028] 該轉軸84包括一抵壓部841、沿該抵壓部841的上表面中 部向上垂直延伸的一連接部8 4 2和沿該連接部8 4 2的上表 面中部向上垂直延伸的一結合部8 4 3。於本實施例中，該 抵壓部841、連接部842和結合部843均呈圓柱狀，且該 連接部842的直徑較該抵壓部841的直徑小，但較該結合 部843的直徑大。該連接部842的外徑與該把手83的連接 槽838的内徑相當，且與該彈性元件82的固定部821的内 徑相當，該結合部843的外徑與該鎖合板81的固定孔812 099146494 表單編號A0101 第12頁/共33頁 0992079915-0 201228556 [0029] Ο [0030]G The width of the first carrier 32 (i.e., the distance extending along the length of the spacer 31) is equivalent to the length of the partition 31. The partitioning table 30 divides the inside of the front end of the casing 20 into four receiving spaces 24'. The receiving spaces 24 are respectively configured to receive a fixing frame 1 therein. It can be understood that the structure of the partitioning frame 30 is not limited, and can be changed according to the external shape of the mounting bracket 10 to be installed; the number of the receiving spaces 24 divided by the partitioning frame 30 is not limited, and can be The actual situation is adjusted. Referring to FIG. 3 and FIG. 4, since the two fixing frames 10 have the same shape and structure in the embodiment, a fixing frame 1 will be described in detail below as an example. 099146494 Form nickname A0101 Page 7 of 33 0992079915-0 [0011] 201228556 The holder 10 is received in a receiving space 24 of the casing 20. The holder 10 includes a body 50, a top cover 60 that is disposed on the body 50, a first operating member 70 and two second operating members 80 fixed to the body 50, and a plurality of rivets 56. The body 50 and the top cover 60 are assembled to form an accommodating space 55. The circuit board 40 is received in the accommodating space 55. [0012] The top cover 60 includes a second top plate 61 and a rear baffle 62 extending perpendicularly along the rear end of the second top plate 61. [0013] The body 50 includes a second carrier plate 51, two second side plates 5.2 extending vertically from opposite sides of the second carrier plate 51, and a vertical extension along the front end of the second carrier plate 51. The front deck 53 and an upper baffle 54 extending vertically rearward from the top end of the front striker 53. [0014] The second carrier plate 51 is a rectangular plate body having a width corresponding to a distance between two adjacent partition plates 31 of the partition frame 30 and a length longer than a length of the partition plate 31. When the fixing frame 10 is assembled to the casing 20, the bottom of the second carrier plate 51 abuts against the first carrier plate 32 of the partitioning frame 30. [0015] The second side plate 52 is substantially elongated, and a notch 521 is formed at a top end of the front end. In the embodiment, the notch 521 has a rectangular shape. The front baffle 53 is disposed at a front end of the second carrier plate 51 and perpendicular to the second carrier plate 51. The two sides of the front baffle 53 are respectively connected to the front ends of the second side plates 52. The height of the front baffle 53 is comparable to the height of the second side panel 52. The central portion of the front baffle 53 is symmetrically provided with two rectangular through grooves 531. The length direction of the two-way groove 531 is the same, and the length direction of the two-way groove 531 is parallel to the width direction of the second carrier plate 51. A plurality of positioning holes 532 are formed on the lower side of the two-way groove 531. The left side of the slot 531 on the left side and the bit 099146494 Form No. A0101 Page 8 of 33 0992079915-0 201228556 [0017] Ο [0018] A positioning hole 532 is also provided on the right side of the right slot 531. The lower end of the front baffle 53 is provided with a plurality of through holes 533 which are located on the same level line. In the present embodiment, the number of the positioning holes 532 on the front bezel 53 is six, and the number of the through holes 533 is four. The upper baffle 54 extends vertically rearward from the upper end of the front baffle 53, and the upper sill 54 is parallel to the second yoke 51. The upper plate 54 has a substantially rectangular shape and is connected to the top of the front end of the second side plate 52 and covers the notch 521 of the second side plate 52. The upper baffle 54 is provided with a plurality of connecting holes 541. In the embodiment, the upper and lower sides of the upper baffle 54 are respectively provided with two connecting holes 541, and the four connecting holes 541 are located on the same straight line. A fixing hole 543 is further disposed in the middle of the front end of the plate 54. Referring to FIG. 6 , the upper baffle 54 protrudes toward the second carrier plate 51 at a lower surface near the rear side thereof to form a protrusion 544. In this embodiment, the s-shaped protrusion 544 is from the upper side. The plate 54 is stamped so that the outer surface of the upper baffle μ forms a depression in the winter at the position of the projection 544. The upper baffle 54 is further spaced apart from the middle two connecting holes 541 by two recesses 542. The recesses 54 4 2 are recessed downward from the upper surface of the upper baffle 54 to make the upper The lower surface of the baffle 54 protrudes downward to form a bridge-like projection 545, and the two sides of the bridge-shaped projection 545 respectively form an opening. The two grooves 542 communicate with the accommodating space 55 through their corresponding openings. In this embodiment, the bridge protrusion 545 and the recess 542 are also integrally formed by punching. The first operating member 70 is mounted to the front baffle 53 of the body 5''. The first operating member 70 includes a bracket 71 and two movable portions 72 movably disposed on the bracket 71. 099146494 Form No. Ι0Ι0Ι Page 9 of 33 0992079915-0 [0019] 201228556 [0020] The bracket Π includes an elongated connecting plate 73 from the connecting plate? The left and right sides and the lower side edge of the three sides respectively extend three flanges 74 having a small width perpendicularly to the same side of the connecting plate 7 3 . A bracket 75 is defined on each of the left and right sides of the bracket 71. The sliding slot 75 is substantially L-shaped and extends from the middle of the connecting plate 73 to the edge of the corresponding flange 74. The sliding slot 75 corresponds to the through slot 531 of the upper baffle 54. The width of the groove 75 extending in the vertical direction is equivalent to the width of the through groove 531. The middle of the connecting plate 73 is in the two chutes? There are four limiting holes 76 between the five. The four limiting holes 76 are located on the same straight line. The two limiting holes 76 are located at the center of the connecting plate 73, and the other two limiting holes 76 are respectively disposed adjacent to the inner sides of the two sliding slots 75. [0021] The flanges 74 on the left and right sides of the bracket 71 extend perpendicularly outwardly to form a lug 77. The flange 74 on the lower side of the bracket 71 extends vertically downward to form four lugs 77 which are spaced apart from each other. The six lugs 77 are located on the same plane, and each of them is provided with a through hole 78 corresponding to the positioning hole 523 on the front baffle 53. The middle portion of the upper edge of the bracket 71 also extends vertically outward to form a lug 77. The lug 77 is also provided with a through hole 78'. The through hole 78 corresponds to the fixing hole 543 of the upper baffle 54. [0022] The movable portion 72 is substantially rectangular and has a thickness equivalent to the width of the flange 74 of the bracket 71. The length and width of the movable portion 72 are respectively greater than the length and width of the sliding groove 75, and are respectively larger than the length and width of the through groove 531 of the front baffle 53. The front surface of one end of the movable portion 72 is provided with two stoppers 721'. The rear surface of the other end of the movable portion 72 is provided with a boss 722. In the present embodiment, the stopper portion 211 has a thin strip shape and extends in the vertical direction, and the side studs 72 2 have a cylindrical shape. The size of the stud 7 2 2 is slightly smaller than the size of the limiting hole 76 of the bracket 71. 099146494 Form No. A0101 Page 3 of 3392079915-0 201228556 [0〇23] Since the two second operating members 80 have the same structure, and the two second operating members 80 are symmetrically disposed in the body 50, The second operation member 80 on the left side will be specifically described below as an example. Referring to FIG. 5 together, the second operating member 8 includes a locking plate 81, an elastic member 82, a handle 83 and a rotating shaft 84. The elastic member 82 and the handle 83 are pivotally connected to the lock plate 81 by the rotating shaft 84. [0025] The lock plate 81 is a substantially rectangular plate body. Two pivot holes 811 are formed in the middle of the lock plate 81 at intervals in the longitudinal direction. The two pivot holes 811 correspond to the two connecting holes 541 on the right side of the upper baffle 54 of the body 5〇. The aspect ratio of the pivot hole 811 is greater than 1, and the length direction of the pivot hole 811 coincides with the longitudinal direction of the lock plate 81. In this embodiment, the pivot hole mi is substantially elliptical. The locking plate 81 is provided with a fixing hole 812 at its right end. The lock plate 81 is provided with a right-angled notch 813 at a corner of its left front end so that a step 814 is formed there. The width of the left end of the lock plate 81 is smaller than the length of the notch 521 of the second side plate 52, and the length of the card slot 311 of the partition plate 31 of the three-year-old sound box 3〇. [0026] The elastic member 82 is an abnormal torsion spring ‘includes a fixing portion 821 and a first end arm 822 and a second end arm 823 extending from the lower end and the upper end of the fixing portion 821, respectively. In the present embodiment, the fixing portion 821 has a substantially hollow cylindrical shape, and the inner diameter thereof is equivalent to the inner diameter of the fixing hole 812 of the lock plate 81. The second end arm 823 and the second end arm 822 are fixed from the same. The upper and lower ends of the portion 821 extend linearly. The first end arm 822 is substantially L-shaped, and the second end arm 823 is substantially V-shaped. The end of the second end arm 823 is bent away from the fixing portion 821 to form a hook 824 ° 0992079915-0 099146494 Form No. A0101 Page 11 / Total 33 Page 201228556 [0027] The handle 83 includes an elongated length A connecting section 831 and an arcuate operating section 832 extending from one end of the connecting section 831. The connecting portion 831 has an end portion 833 away from the operating portion 832, and the periphery of the end portion 833 has a smooth arc shape. The top of the front side of the connecting section 831 is recessed downward to form a recess 834 having a substantially D-shaped plane 835 at the bottom of the recess 834. The connecting section 831 forms a side 836 at the periphery of the recess 834. The side 836 extends upward from a side edge of the plane 835 that is curved. The side surface 836 has a circular arc surface at an end away from the end portion 833. The side surface 836 is flat at an end near the end portion 833, and the side surface 836 is separated from the other side edge of the plane 835 by the end portion. The distance from the 833 to the direction of the actuation section 832 is gradually increased and then gradually decreased. The upper side of the side 836 extends along a side parallel to the end 833 to form a baffle 837 in a direction parallel to the plane 835. The baffle 837 is spaced from the plane 835. The connecting portion 831 is provided with a through connecting groove 838 at one end of the recess 834 plane 835. In the embodiment, the connecting groove 838 has a circular cross section and an inner diameter of the fixing hole 812 of the locking plate 81. The inner diameter of the inner diameter is greater than the upper surface of the upper surface of the upper surface of the pressing portion 841 A joint portion 8 4 3 extending vertically. In this embodiment, the pressing portion 841, the connecting portion 842 and the joint portion 843 are both cylindrical, and the diameter of the connecting portion 842 is smaller than the diameter of the pressing portion 841, but larger than the diameter of the joint portion 843. . The outer diameter of the connecting portion 842 is equivalent to the inner diameter of the connecting groove 838 of the handle 83, and corresponds to the inner diameter of the fixing portion 821 of the elastic member 82. The outer diameter of the joint portion 843 and the fixing hole of the locking plate 81 are fixed. 812 099146494 Form No. A0101 Page 12 of 33 0992079915-0 201228556 [0029] Ο [0030]
[0031] 099146494 的内捏相當。 預、’且裝6亥第二操作件80時，先將該轉軸84的結合部843的 端從該把手83的底部穿設過該連接槽838，而使該把手 83套設於該轉轴84的連接部842上，該轉軸84的抵塵部 抵靠於違把手83的底面。再將該彈性it件82的固定部821 從^轉#84的結合部843的一端套設於該轉轴84的連接部 842的週邊。另，使位於該彈性it件82下端的第-端臂 822收奋於3亥凹陷834内且，且該第一端臂822的末端勾 住忒把手83的端部833 ;此時，在平面835和該擋板837 的共同作用下’該第一端臂822沿豎直方向的位置受到限 制。然後’將該鎖合板81的固定孔81^對準該轉軸84並將 «亥鎖合板81向下壓’使該轉軸84的結合部843穿設於該固 定孔812内並與該固定孔812形成一緊配合，從而將該彈 性元件82、把手83與鎖合板81連接到一起。 該電路板40呈平板狀，其固定於該本體5〇的第二承載板 51上，且該電路板4〇的下奉面與該第二承載板51的上表 面緊貼。該電路板40的上表面_前端設有複數接口 41， 該複數接口 41分別與該本體5〇的前擋板53的通孔533相 對應。 組裝該固定架10時，先將該第一操作件7〇的二活動部72 放置於該支架71底部的凸緣7 4上且該兩活動部7 2分別對 應該支架71的兩滑槽75，另，該活動部72的凸柱722卡 置於靠近相應的滑槽75的限位孔76中，且該兩活動部72 的擋止部721分別抵靠於該支架71兩侧的凸緣74上。其次 ’將該支架71的三個凸緣74延伸出來的凸耳77緊貼該本 表單編號Α0101 第13頁/共33頁 0992079915-0 201228556 [0032] [0033] 099146494 體50的前擋板53，使其上的穿孔78分別對準該前擋板53 的疋位孔532 ’再藉由複數鉚釘56將該支架71固定至該前 擋板53上；此時，該支架71的頂部的凸耳77緊貼該本體 50的上擋板54，該凸耳77上的穿孔78對準該上擋板“的 卡固孔543，然後藉由一鉚釘56穿設於該卡固孔543和該 穿孔78即可使該支架71更為穩定地固定於該本體5〇上。 此時，该支架71的兩滑槽75分別與該本體5〇的前擋板53 的兩通槽531相對應，該活動部72對應設置於該滑槽几與 該通槽531之間。該活動部72的擋止部721凸伸於該通槽 531内。β亥支架71與該前播板53間形成有一滑動空間79 ，該活動部72可在該滑動空間79裏沿該支架71底部的凸 緣74滑動。由於該活動部72的長度和寬度分別大於該通 槽531的長度和寬度，是故可保證該活動部72在滑動過程 中不會從該通槽531脫離。 再次，將已組裝好的兩第二搡作件80分別置於該本體5〇 ... . ： 的上擋板54的下方的左右兩侧’並使該鎖合板Μ上的二 樞接孔811分別對準該上搶板54相應的兩連接孔541，再 藉由鉚釘56將該兩鎖合板81固定至該上擋板54的下表面 。由於該樞接孔811大致呈橢圓形，故，該鉚釘56可在該 樞接孔811内滑動’從而使該鎖合板81可相對該上擋板54 位移。此外’該彈性元件82的第二端臂823的卡鉤824勾 扣至該上擋板54的橋狀凸起545上。 凊另參閱圖6 ’該兩第一·ί呆作件80的把手83的作動段832 分別抵靠於該兩活動部7 2上’此時該彈性元件8 2的第一 端臂8 2 2和第二端臂8 2 3之間處於被壓縮狀態，而該第二 第η頁/共33頁 表單編號Α0101 0992079915-0 [0034] 201228556 端臂823固定於該橋狀凸起545上，使得該第一端臂822 抵頂該把手83迫使該把手83有繞著該轉軸84逆時針旋轉 的趨勢。惟，由於該第一操作件70的活動部72限制了該 把手83的轉動，從而使得該把手83收容於該固定架10的 内部。此時，該鎖合板81的端部自該第二側板52的缺槽 521突伸出來，該鎖合板81的端部收容於該分隔架30的分 隔板31的卡槽311内，且該鎖合板81的臺階814抵頂於該 缺槽521的週邊。 0 [0035] 請另參閱圖7和圖8，當需要將該固定架10從該機殼20内 取出時，藉由該活動部72上的擂止部721撥動該兩活動部 72，使該兩活動部72相向運動，並使該活動部72的凸柱 722與靠近滑槽75的限位孔76脫離卡扣，直到該兩活動部 72的凸柱722分別卡扣於位於該支架71中央的兩限位孔 46中。 [0036] 當該兩活動部72相向滑動時，該前擋板53的通槽531以及 該支架71上與該通槽531相對應的滑槽75逐漸露出，該把 Ο 手83失去了活動部72的限制，在該彈性元件82的第二端 臂823的作用下，該把手83繞該轉軸84旋轉，該把手83 的作動段832自該滑槽75及通槽531向外凸伸，直到該彈 性元件82恢復彈性變形而回復至初始狀態；此時，該連 接段831的端部833抵靠於該本體50的上擋板54的凸起 544上，該把手83的連接段831與該前擋板53垂直。該把 手83的作動段832已經完全穿過該通槽531而暴露於該固 定架10的外部，且該兩作動段832分別與對應的通槽531 的週邊相間隔。 099146494 表單編號A0101 第15頁/共33頁 0992079915-0 201228556 [0037] 然後，施力於該兩把手83的作動段832，使該兩把手83的 作動段832相向運動，由於該連接段831的端部833抵頂 於該凸起544上，該兩把手83均以該端部833為軸心朝向 前擋板53的中央旋轉，直到該把手83的作動段832抵靠於 該通槽531的週邊。在把手83朝向前擋板53的中央旋轉過 程中，該把手83克服該彈性元件82的第二端臂823的彈力 作用而帶動該鎖合板81移動，由於該鎖合板81的樞接孔 811大致呈橢圓形，該鉚釘56可在該樞接孔811内滑動， 故該鎖合板81隨著該把手83的移動而朝向上擋板54的中 央移動，從而使該鎖合板81的端部從該分隔板31的卡槽 311和第二側板52的缺槽521中縮回至固定架10内部。完 成了對該鎖合板81的解鎖。然後，握住該把手83將該固 定架10朝向該機殼20的前方拉，即可將該固定架10從該 機殼20内取出。此外，由於該把手83的作動段832的自由 端離該端部833的距離較長，根據杠桿原理，轉動該把手 83使其以端部833為軸心進行'轉動，以對該鎖合板81解鎖 時所需施加的外力較小，較為省力，操作方便。 [0038] 當將該固定架10裝設於該機殼20内後，釋放該把手83， 由於該彈性元件82的第二端臂823的彈力作用，該把手83 帶動鎖合板81向左運動，該鎖合板81的左端突伸出該本 體50的第二側板52的缺槽521和分隔架30的分隔板31的 卡槽311，該鎖合板81的臺階814抵靠於該缺槽521的週 邊，該把手83還原至與該前擋板53垂直。再轉動該把手 83使該把手83以將該把手83的作動段832收容於該固定 架10内，再撥動該活動部72以使該活動部72復位至遮擋 099146494 表單編號A0101 第16頁/共33頁 0992079915-0 201228556 [0039] [0040] Ο [0041] ο [0042] [0043] [0044] [0045] [0046] 住該滑槽75，以將該把手83的作動段832收容於該固定架 10内。 上述固定架10中，其本體50上設置有一可隱藏的把手83 。當需要將該固定架10從該機殼20中取出時，只需對第 一操作件70的活動部72進行操作，該把手83即可自動彈 開，方便使用者取出該固定架10，且更為省力。 可以理解地，該第一操作件70和第二操作件80的結構並 不限於本實施例中所描述的形式，其各部件的形狀和數 量亦不限定，可根據實際的情況進行變更；該彈性元件 82亦可藉由調整其線徑、材質等方式來調整其作用力大 小。凡是根據本發明的技術構思做出的等效變形均應屬 於本發明權利要求的保護範圍。 綜上所述，本發明符合發明專利要件，爰依法提出專利 申請。惟，以上所述者僅為本發明之較佳實施例，舉凡 熟悉本案技藝之人士，在爰依本發明精神所作之等效修 飾或變化，皆應涵蓋於以下之申請專利範圍内。 【圖式簡單說明】 圖1是本發明一較佳實施例的電子裝置的立體組裝圖。 圖2是圖1所示電子裝置的立體分解圖。 圖3是圖2中所示電子裝置的固定架的立體組裝圖。 圖4是圖3中的固定架的立體分解圖。 圖5是圖3中的固定架的第一操作件和第二操作件的立體 分解圖。 099146494 表單編號Α0101 第17頁/共33頁 0992079915-0 201228556 [0047] 圖6是圖3中固定架固定於分隔架内的沿V I -V I線的剖視圖 [0048] 圖7是圖6所示固定架在第二種狀態下的剖視圖。 [0049] 圖8是圖7所示固定架在第三種狀態下的剖視圖。 【主要元件符號說明】 [0050] 電子裝置：100 [0051] 固定架：1 0 [0052] 機殼：20 [0053] 第一底板：2 1 [0054] 第一側板：22 [0055] 第一頂板：23 [0056] 收容空間：24 [0057] 分隔架：30 [0058] 分隔板：31 [0059] 卡槽：311 [0060] 第一承載板：32 [0061] 電路板：40 [0062] 接口 ： 41 [0063] 本體：50 [0064] 第二承載板：51 099146494 表單編號A0101 第18頁/共33頁 0992079915-0 201228556 [0065] 第二侧板：52 [0066] 缺槽：521 [0067] 前擋板：53 [0068] 通槽：531 [0069] 定位孔：532 [0070] 通孔：5 33 [0071] 上擋板：54 Ο [0072] 連接孔：541 [0073] 凹槽：542 [0074] 卡固孔：543 [0075] 凸起：544 [0076] 橋狀凸起：545 [0077] Ο [0078] 容置空間：55 鉚釘：56 [0079] 頂蓋：Θ0 [0080] 第二頂板：61 [0081] 後擋板：62 [0082] 第一操作件：70 [0083] 支架：71 099146494 表單編號Α0101 第19頁/共33頁 0992079915-0 201228556 [0084] 活動部：72 [0085] 擋止部.：721 [0086] 凸柱：722 [0087] 連接板：73 [0088] 凸緣：74 [0089] 滑槽：75 [0090] 限位孔：76 [0091] 凸耳：77 [0092] 穿孔：78 [0093] 滑動空間：79 [0094] 第二操作件：80 [0095] 鎖合板：81 [0096] 枢接孔：811 [0097] 固定孔：81 2 [0098] 缺口 ： 81 3 [0099] 臺階：814 [0100] 彈性元件：82 [0101] 固定部：821 [0102] 第一端臂：822 099146494 表單編號A0101 第20頁/共33頁 0992079915-0 201228556 [0103] 第二端臂：823 [0104] 卡鉤：824 [0105] 把手：83 [0106] 連接段：831 [0107] 作動段：832 [0108] 端部：833 [0109] 凹陷：834 Ο [ΟΠΟ] 平面：835 [0111] 侧面：836 [0112] 擋板：837 [0113] 連接槽：838 [0114] 轉軸：8 4 [0115] 抵壓部：841 [0116] ) 連接部：842 [0117] 結合部：843 099146494 表單編號A0101 第21頁/共33頁 0992079915-0[0031] The internal pinch of 099146494 is equivalent. When the second operating member 80 is pre-installed, the end of the joint portion 843 of the rotating shaft 84 is first passed through the connecting groove 838 from the bottom of the handle 83, and the handle 83 is sleeved on the rotating shaft. On the connecting portion 842 of the 84, the dust-receiving portion of the rotating shaft 84 abuts against the bottom surface of the handle 83. Further, the fixing portion 821 of the elastic member 82 is sleeved from the end of the joint portion 843 of the rotary shaft 84 to the periphery of the joint portion 842 of the rotary shaft 84. In addition, the first end arm 822 located at the lower end of the elastic member 82 is brought into the 3H recess 834, and the end of the first end arm 822 is hooked to the end 833 of the handle 83; The position of the first end arm 822 in the vertical direction is limited by the cooperation of the 835 and the baffle 837. Then, the fixing hole 81 of the locking plate 81 is aligned with the rotating shaft 84 and the pressing member 81 is pressed downward. The coupling portion 843 of the rotating shaft 84 is inserted into the fixing hole 812 and is fixed with the fixing hole 812. A tight fit is formed to connect the resilient member 82, the handle 83 and the closure plate 81 together. The circuit board 40 has a flat shape and is fixed on the second carrier 51 of the body 5, and the lower surface of the circuit board 4 is in close contact with the upper surface of the second carrier 51. The upper surface_front end of the circuit board 40 is provided with a plurality of interfaces 41 corresponding to the through holes 533 of the front bezel 53 of the main body 5''. When the fixing frame 10 is assembled, the two movable portions 72 of the first operating member 7 are placed on the flange 74 of the bottom of the bracket 71, and the two movable portions 72 respectively correspond to the two sliding slots 75 of the bracket 71. In addition, the protrusions 722 of the movable portion 72 are locked in the limiting holes 76 of the corresponding sliding slots 75, and the blocking portions 721 of the two movable portions 72 respectively abut against the flanges on both sides of the bracket 71. 74. Next, the lug 77 extending from the three flanges 74 of the bracket 71 is in close contact with the form number Α0101, page 13/33, 0992079915-0 201228556 [0032] [0033] 099146494 front panel 53 of the body 50 The perforations 78 are respectively aligned with the clamping holes 532 ′ of the front baffle 53 and the bracket 71 is fixed to the front baffle 53 by a plurality of rivets 56; at this time, the top of the bracket 71 is convex. The ear 77 is in close contact with the upper baffle 54 of the body 50. The through hole 78 of the lug 77 is aligned with the locking hole 543 of the upper baffle, and then the rivet 56 is inserted through the fixing hole 543 and the fixing hole 543. The brackets 71 can be more stably fixed to the body 5〇. At this time, the two sliding slots 75 of the bracket 71 respectively correspond to the two through slots 531 of the front baffle 53 of the main body 5〇, The movable portion 72 is disposed between the sliding slot and the through slot 531. The blocking portion 721 of the movable portion 72 protrudes into the through slot 531. The β-bracket 71 and the front panel 53 are formed. a sliding space 79, wherein the movable portion 72 is slidable along the flange 74 at the bottom of the bracket 71 in the sliding space 79. Since the length and width of the movable portion 72 are respectively greater than the The length and width of the through groove 531 are such that the movable portion 72 is not detached from the through groove 531 during sliding. Again, the assembled two second splicing members 80 are respectively placed on the body 5 〇. The left and right sides of the upper baffle 54 of the lower baffle 54 are respectively aligned with the two pivot holes 811 of the upper plate 54 respectively, and then by the rivets 56. The two locking plates 81 are fixed to the lower surface of the upper baffle plate 54. Since the pivoting hole 811 is substantially elliptical, the rivet 56 can slide in the pivoting hole 811 to make the locking plate 81 The upper baffle 54 is displaced relative to the upper baffle 54. In addition, the hook 824 of the second end arm 823 of the elastic member 82 is hooked onto the bridge protrusion 545 of the upper baffle 54. 凊 See also Figure 6 'The first two The urging section 832 of the handle 83 of the licking member 80 abuts against the two movable portions 7 2 respectively. At this time, between the first end arm 8 2 2 and the second end arm 8 2 3 of the elastic member 8 2 In the compressed state, and the second nth page/total 33 page form number Α0101 0992079915-0 [0034] 201228556 end arm 823 is fixed on the bridge protrusion 545, so that The end arm 822 abuts the handle 83 forcing the handle 83 to have a tendency to rotate counterclockwise about the spindle 84. However, since the movable portion 72 of the first operating member 70 limits the rotation of the handle 83, the handle 83 is caused. The end of the lock plate 81 protrudes from the notch 521 of the second side plate 52, and the end of the lock plate 81 is received in the partition plate of the partition frame 30. The slot 814 of the latching plate 81 abuts against the periphery of the slot 521. [0035] Please refer to FIG. 7 and FIG. 8 again. When the holder 10 needs to be taken out from the casing 20, the two movable portions 72 are moved by the stopping portion 721 on the movable portion 72. The two movable portions 72 are moved toward each other, and the protrusions 722 of the movable portion 72 are disengaged from the limiting holes 76 of the sliding slot 75 until the protrusions 722 of the two movable portions 72 are respectively buckled on the bracket 71. The central two limit holes 46. [0036] When the two movable portions 72 slide toward each other, the through groove 531 of the front baffle 53 and the sliding groove 75 corresponding to the through groove 531 on the bracket 71 are gradually exposed, and the handle 83 loses the movable portion. The handle 83 rotates around the rotating shaft 84 under the action of the second end arm 823 of the elastic member 82. The operating portion 832 of the handle 83 protrudes outward from the sliding slot 75 and the through slot 531 until The elastic member 82 returns to the initial state after returning to the elastic deformation; at this time, the end portion 833 of the connecting portion 831 abuts against the protrusion 544 of the upper baffle 54 of the body 50, and the connecting portion 831 of the handle 83 is The front baffle 53 is vertical. The actuating section 832 of the handle 83 has completely passed through the through slot 531 to be exposed to the outside of the fixing frame 10, and the two operating sections 832 are respectively spaced apart from the periphery of the corresponding through slot 531. 099146494 Form No. A0101 Page 15 of 33 0992079915-0 201228556 [0037] Then, the actuation section 832 of the two handles 83 is applied to move the actuation section 832 of the two handles 83 toward each other due to the connection section 831 The end portion 833 abuts against the protrusion 544. The two handles 83 rotate toward the center of the front baffle 53 with the end portion 833 as an axis until the actuation portion 832 of the handle 83 abuts against the through slot 531. Surroundings. During the rotation of the handle 83 toward the center of the front bezel 53, the handle 83 moves against the elastic force of the second end arm 823 of the elastic member 82 to move the lock plate 81, since the pivot hole 811 of the lock plate 81 is substantially Elliptical, the rivet 56 can slide in the pivot hole 811, so that the lock plate 81 moves toward the center of the upper baffle 54 as the handle 83 moves, so that the end of the lock plate 81 is The card slot 311 of the partition plate 31 and the notch 521 of the second side plate 52 are retracted into the interior of the holder 10. The unlocking of the lock plate 81 is completed. Then, by holding the handle 83 to pull the fixing frame 10 toward the front of the casing 20, the holder 10 can be taken out from the casing 20. In addition, since the free end of the operating section 832 of the handle 83 is longer than the end 833, the handle 83 is rotated to rotate 'rotate' with the end 833 according to the principle of the lever to the locking plate 81. The external force required to be unlocked is small, labor-saving and easy to operate. [0038] When the fixing frame 10 is installed in the casing 20, the handle 83 is released, and the handle 83 drives the locking plate 81 to move to the left due to the elastic force of the second end arm 823 of the elastic member 82. The left end of the lock plate 81 protrudes from the notch 521 of the second side plate 52 of the body 50 and the slot 311 of the partition plate 31 of the partition frame 30. The step 814 of the lock plate 81 abuts against the slot 521 The handle 83 is restored to be perpendicular to the front bezel 53. The handle 83 is further rotated to receive the handle 83 of the handle 83 in the holder 10, and then the movable portion 72 is toggled to reset the movable portion 72 to the occlusion 099146494. Form No. A0101 Page 16 / A total of 33 pages 0992079915-0 201228556 [0040] [0044] [0044] [0046] [0046] [0046] The chute 75 is housed to accommodate the actuating section 832 of the handle 83 Inside the holder 10. In the above-mentioned fixing frame 10, a hidden handle 83 is disposed on the body 50 thereof. When the fixing frame 10 needs to be taken out from the casing 20, only the movable portion 72 of the first operating member 70 is operated, and the handle 83 can be automatically bounced for the user to take out the fixing frame 10, and More effort. It can be understood that the structures of the first operating member 70 and the second operating member 80 are not limited to the form described in the embodiment, and the shapes and the number of the components are not limited, and may be changed according to actual conditions; The elastic member 82 can also adjust its force by adjusting its wire diameter, material, and the like. All equivalent modifications made in accordance with the technical idea of the present invention are intended to fall within the scope of the appended claims. In summary, the present invention complies with the requirements of the invention patent and submits a patent application according to law. However, the above description is only the preferred embodiment of the present invention, and equivalent modifications or variations made by those skilled in the art of the present invention should be included in the following claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an assembled, isometric view of an electronic device in accordance with a preferred embodiment of the present invention. 2 is an exploded perspective view of the electronic device of FIG. 1. 3 is an assembled, isometric view of the mounting bracket of the electronic device shown in FIG. 2. Figure 4 is an exploded perspective view of the holder of Figure 3. Figure 5 is an exploded perspective view of the first operating member and the second operating member of the holder of Figure 3; 099146494 Form No. 1010101 Page 17 of 33 0992079915-0 201228556 [0047] FIG. 6 is a cross-sectional view taken along line VI-VI of the fixing frame of FIG. 3 fixed in the spacer [0048] FIG. 7 is the fixing shown in FIG. A cross-sectional view of the second state. 8 is a cross-sectional view of the holder shown in FIG. 7 in a third state. [Main component symbol description] [0050] Electronic device: 100 [0051] Fixing frame: 1 0 [0052] Case: 20 [0053] First bottom plate: 2 1 [0054] First side plate: 22 [0055] Top plate: 23 [0056] Containing space: 24 [0057] Shelf: 30 [0058] Partition: 31 [0059] Card slot: 311 [0060] First carrier: 32 [0061] Board: 40 [0062] ] Interface: 41 [0063] Body: 50 [0064] Second carrier: 51 099146494 Form number A0101 Page 18 of 33 0992079915-0 201228556 [0065] Second side panel: 52 [0066] Missing slot: 521 Front bezel: 53 [0068] Through slot: 531 [0069] Positioning hole: 532 [0070] Through hole: 5 33 [0071] Upper baffle: 54 Ο [0072] Connecting hole: 541 [0073] Concave Slot: 542 [0074] Snap hole: 543 [0075] Bulge: 544 [0076] Bridge bulge: 545 [0077] Ο [0078] accommodating space: 55 rivet: 56 [0079] Top cover: Θ 0 [ 0080] Second top plate: 61 [0081] Backsplash: 62 [0082] First operating member: 70 [0083] Bracket: 71 099146494 Form number Α 0101 Page 19 / Total 33 page 0992079915-0 201228556 [0084] :72 [0085] Block End.: 721 [0086] Coordinates: 722 [0087] Connecting plate: 73 [0088] Flange: 74 [0089] Chute: 75 [0090] Limiting hole: 76 [0091] Lug: 77 [0092 Perforation: 78 [0093] Sliding space: 79 [0094] Second operating member: 80 [0095] Locking plate: 81 [0096] Pivot hole: 811 [0097] Fixing hole: 81 2 [0098] Notch: 81 3 Step: 814 [0100] Elastic element: 82 [0101] Fixing part: 821 [0102] First end arm: 822 099146494 Form number A0101 Page 20 of 33 0992079915-0 201228556 [0103] Second end Arm: 823 [0104] Hook: 824 [0105] Handle: 83 [0106] Connection section: 831 [0107] Actuation section: 832 [0108] End: 833 [0109] Depression: 834 Ο [ΟΠΟ] Plane: 835 [0111] Side: 836 [0112] Baffle: 837 [0113] Connection groove: 838 [0114] Shaft: 8 4 [0115] Pressing: 841 [0116] ) Connection: 842 [0117] Joint: 843 099146494 Form No. A0101 Page 21 of 33 0992079915-0