M435800 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種系統内的儲 y 關於-種可枝取放儲細體的儲存模組:、、別係有 【先前技術】 在習知的系統内，硬碟（儲存媒 別設於系統的不同區域，並以螺絲鎖固的方路Μ 糸統的機箱底座。當硬碟或硬碟電路板發生疋於 的機箱内進行硬碟或硬碟電路板的維二需 將硬碟或硬碟電路板上的螺絲拆卸以 …或 =各硬碟及硬碟電路板的抽換及維修較為麻貞習2 :維修過程中’可能因為會誤操作而損傷原本】 【新型内容】 統 板 本創作即為了解決習知技術之問題 包括機箱、支撐架、連結機構=體之一種糸 支撐架樞設於機箱之上。連 媒心及電路 適於與機箱相卡合。儲存媒體由栌加叹於支撐架，並 連接儲存媒體。 、 *罙所支撐。電路板 應用本創作實施例之儲存模組， 路板(硬碟電路板）共同設於儲存模 f媒體(硬碟）與電 媒體（硬碟）或電路板(硬碟電路板）需体’當儲存 需透過連結機構解除鎖，即可將儲 > 或更換時，僅 翻轉，而方便對該儲存媒體(硬碟）或u相對機箱進行 進行拆卸或祕，元件的拆裝過程^(硬碟電路板） 向間化，並降低誤 M435800 操作的風險。 【實施方式】 參照第1圖，其係顯示本發明實施例之儲存模組1〇〇 的爆炸圖，包括支撐架110、連結機構12〇、儲存媒體13〇、 電路板140以及電路板支架15〇。支撐架11〇包括上蓋 111以及底座112。連結機構120設於該支撐架11〇之該 上盍111。儲存媒體130可裝設於該上蓋lu及該底座 112之，而由該支撐架11〇所支撐。電路板14〇連接該儲 存媒體130。該電路板支架15〇可移除地固定於該支撐架 no之上，並且供該電路板140裝設。該上蓋lu的材質 可以為塑膠，該底座i丨2的材質可以為金屬，例如鐵。 上盍111與底座112可透過卡扣、螺絲鎖固或兩者兼用 專方式結合。 在上述實施例中，該電路板140為硬碟電路板，該 儲存媒體130為硬碟^該電路板支架15〇包括連接埠 141 ’該連接埠141供以電性連接該儲存媒體13〇與該電 路板140。 ' 第2A圖係顯示連結機構120的爆炸圖，第2B、2C 圖係顯不連結機構120的組合圖，參照第2A以及2B圖， 该連結機構120包括連結件121、引導螺絲122、導向螺 絲123、引導凸柱118以及導向凸柱117，該連結件 包括按壓部124、二臂125以及二卡合部126,每一臂125 的一端分別連接該按壓部124,每一卡合部126分別位於 每一臂125的另一端。該連接件121以可滑動的方式連 接該引導螺絲122以及引導凸柱118,該等臂125分別抵 M435800 接該等導向螺絲123以及導向凸柱ιΐ7。 連結機構導槽m形成於料結機構12G之上，引 導凸柱m位於該連結機構導槽127之中，該按塵部124 受該弓:導凸柱118的引導’沿第-方向丫，於第一按壓 位置(第2B圖)以及第二按壓位置(第2c圖)之間滑動。者 該按壓部124受壓而從該第—㈣位置（第⑼圖）滑動^ 該第二按壓位置（第2C圖）時，該等臂125受到該等導向 凸柱117及導執128的拘束而產生彈性變形，並使該等 卡合部126沿第二方向X，從卡合位置（第2B_)移動至 釋放位置（第2C圖）。其中，該第一方向γ垂直於該第二 方向X。 參照第3A〜3D圖，其係顯示本創作實施例之儲存 模組100的組裝步驟，參照第3A圖，首先，該儲存媒體 130被插入該支撐架110之中。再，參照第36圖，以螺 栓119將儲存媒體130以可拆卸的方式固定於支撐架 110。接著，參照第3C、3D圖，將該電路板支架15〇結 合該支撐架no’其中，固定螺孔113以及引導柱114形 成於該支撐架no,支架導槽151以及支架螺栓152形成 於該電路板支架150，該引導柱114插入該支架導槽 151，該電路板支架15〇由該引導柱114的引導而相對該 支撐架110滑動，該支架螺栓152鎖入該固定螺孔113 以將該電路板支架150固定於該支撐架11〇。 參照第4A〜4B圖，該支撐架110樞設於系統之機箱 10之上，該支撐架110相對於該機箱1〇於第一方位（第 4A圖）以及第二方位（第4B圖）之間樞轉。當該支樓架 5 M435800 位於該第一方位（第4A圖）時，該連結機構脫離該機箱 1〇 ’當該支撐架110位於該第二方位（第4B圖）時，該連 結機構與該機箱1 〇相卡合。第4C圖係顯示第4B圖中之 4C部分放大圖，參照第4C圖，卡合凹槽u形成於該機 箱1〇，當該支撐架110位於該第二方位時，卡合凹槽n 與卡合部126相卡合；同時，該支撐架n〇可更形成有 限位凸塊115’當該支撐架110位於該第二方位時，限位 凸塊115抵接機箱1〇以防止支撐架11〇進一步轉動。同 樣的，第4D圖係顯示第4A圖中之4D部分放大圖，參 照第4D圖，支撐架110形成有限位部116，當該支撐^ no位於該第一方位時’支揮架110之限位部116抵接該 機箱10以防止支撐架110進一步轉動。 應用本創作實施例之儲存模組，儲存媒體（硬碟）與電 路板(硬碟電路板）共同餘儲存模組之上，因此，當儲 媒體(硬碟)或電路板(硬碟電路板)需要維修或更換時，僅 需透過連結機構解除鎖@，即可將儲存模㈣目對機箱進 f翻轉’而方便對該儲存媒體(硬碟）或電路板（硬碟電路 ^進行拆卸或祕，Μ的拆裝過㈣而簡化， 误刼作的風險。 降低 雖然本創作已以具體之較佳實施例揭露如上， = :=’任何熟習此項技藝者，在不脫離 此本作些許的更動與潤飾，因 為準。乾圍古視後附之中請專利範圍所界定者 【圖式簡單說明】 M435800 ，1圖係顯示本發明實施例之儲存模組的爆炸圖； ㊁2A實施例之連結機構的爆炸圖； 圖，其;=r= 於第㈣雜機構的組合圖，其卜縣部位 標架!二：顯示本發明實施例之物趙被插入支 固定：=情顯形示本發明實施例中以螺栓將錯存媒體 施例中電路板支架結合 弟3C、3D圖係顯示本發明實 該支撐架的情形； 位於第二本發明實施例中支撐架相對於機箱M435800 V. New description: [New technology field] This creation department is about a kind of storage system in the system. About the storage module of the kind of storage and storage of the storage: (except for the prior art) In the known system, the hard disk (the storage medium is set in different areas of the system, and the base of the chassis is fixed by screws). When the hard disk or hard disk circuit board is in the chassis, the hard disk is in the chassis. Or the hard disk board's dimension 2 needs to remove the screws on the hard disk or hard disk circuit board to... or = the replacement and repair of each hard disk and hard disk circuit board is more troublesome 2: during the repair process Mistaken operation and damage to the original] [New content] The creation of the board is to solve the problem of the conventional technology, including the chassis, the support frame, the connection mechanism = a type of support frame of the body pivoted on the chassis. The storage medium is engaged with the chassis. The storage medium is attached to the support frame and connected to the storage medium. The support of the storage medium. The circuit board is applied with the storage module of the creation embodiment, and the circuit board (hard disk circuit board) is commonly set. In storage mode f media ( Dishes and electrical media (hard disk) or circuit board (hard disk circuit board) require the body 'when the storage needs to be unlocked through the link mechanism, the storage can be stored> or replaced, only flipped, and convenient for the storage medium ( The hard disk) or u is disassembled or secreted relative to the chassis, and the component disassembly process ^ (hard disk board) is interposed and reduces the risk of misoperation of the M435800. [Embodiment] Referring to Figure 1, the display is shown. The exploded view of the storage module 1 of the embodiment of the present invention includes a support frame 110, a connection mechanism 12A, a storage medium 13A, a circuit board 140, and a circuit board holder 15. The support frame 11 includes an upper cover 111 and a base 112. The connecting mechanism 120 is disposed on the upper cover 111 of the support frame 11. The storage medium 130 can be mounted on the upper cover lu and the base 112, and supported by the support frame 11. The circuit board 14 is connected to the storage medium. The circuit board bracket 15 is removably fixed on the support frame no and is provided for the circuit board 140. The material of the upper cover lu may be plastic, and the material of the base i2 may be metal. For example, iron. Captain 111 and base 112 In the above embodiment, the circuit board 140 is a hard disk circuit board, and the storage medium 130 is a hard disk. The circuit board bracket 15 includes a connection port 141. The connection port 141 is electrically connected to the storage medium 13A and the circuit board 140. '2A is an exploded view showing the connection mechanism 120, and 2B and 2C are a combination diagram of the connection mechanism 120. 2A and 2B , the coupling mechanism 120 includes a coupling member 121 , a guiding screw 122 , a guiding screw 123 , a guiding protrusion 118 , and a guiding protrusion 117 . The coupling member includes a pressing portion 124 , two arms 125 and two engaging portions 126 . One end of each arm 125 is connected to the pressing portion 124, and each engaging portion 126 is located at the other end of each arm 125. The connecting member 121 slidably connects the guiding screw 122 and the guiding post 118, and the arms 125 are respectively connected to the guiding screws 123 and the guiding studs 7 to the M435800. The connecting mechanism guide groove m is formed on the material guiding mechanism 12G, and the guiding protrusion m is located in the connecting mechanism guiding groove 127, and the dust pressing portion 124 is guided by the guiding guide post 118 in the first direction. Sliding between the first pressing position (Fig. 2B) and the second pressing position (Fig. 2c). When the pressing portion 124 is pressed and slides from the first (fourth) position (Fig. 9) to the second pressing position (Fig. 2C), the arms 125 are restrained by the guiding projections 117 and the guide 128. The elastic deformation is generated, and the engaging portions 126 are moved in the second direction X from the engaging position (2B_) to the releasing position (Fig. 2C). Wherein the first direction γ is perpendicular to the second direction X. Referring to Figures 3A to 3D, which show the assembly steps of the memory module 100 of the present embodiment, referring to Figure 3A, first, the storage medium 130 is inserted into the support frame 110. Further, referring to Fig. 36, the storage medium 130 is detachably fixed to the support frame 110 by a bolt 119. Next, referring to the 3C and 3D drawings, the circuit board bracket 15 is coupled to the support frame no', wherein the fixing screw hole 113 and the guide post 114 are formed on the support frame no, and the bracket guide groove 151 and the bracket bolt 152 are formed thereon. a circuit board bracket 150 is inserted into the bracket guide slot 151. The circuit board bracket 15 is slid relative to the support frame 110 by the guide post 114. The bracket bolt 152 is locked into the fixing screw hole 113 to The circuit board bracket 150 is fixed to the support frame 11A. Referring to FIGS. 4A-4B, the support frame 110 is pivotally mounted on the chassis 10 of the system. The support frame 110 is disposed in a first orientation (FIG. 4A) and a second orientation (FIG. 4B) relative to the chassis 1. Pivot between. When the branch frame 5 M435800 is located in the first orientation (FIG. 4A), the connecting mechanism is disengaged from the chassis 1'. When the support frame 110 is in the second orientation (FIG. 4B), the connecting mechanism and the connecting mechanism The chassis 1 is snapped. 4C is a partial enlarged view of 4C in FIG. 4B. Referring to FIG. 4C, the engaging recess u is formed in the chassis 1 , and when the supporting frame 110 is in the second orientation, the engaging recess n is The engaging portion 126 is engaged with each other; at the same time, the supporting frame n 〇 can further form a limiting protrusion 115 ′. When the supporting frame 110 is located in the second orientation, the limiting protrusion 115 abuts the chassis 1 〇 to prevent the supporting frame 11〇 further rotation. Similarly, the 4D image shows a 4D partial enlarged view in FIG. 4A. Referring to FIG. 4D, the support frame 110 forms a finite portion 116. When the support is located in the first orientation, the limit of the sling 110 is limited. The seat portion 116 abuts the chassis 10 to prevent further rotation of the support frame 110. Applying the storage module of the present embodiment, the storage medium (hard disk) and the circuit board (hard disk circuit board) are shared on the storage module, so when the storage medium (hard disk) or the circuit board (hard disk circuit board) When it is necessary to repair or replace, just remove the lock @ through the link mechanism, and then the storage module (4) can be flipped into the chassis to facilitate the removal of the storage medium (hard disk) or the circuit board (hard disk circuit ^ or Secret, 拆 拆 拆 四 四 四 四 四 四 四 四 四 四 四 四 四 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然The change and refinement, because of the standard. The scope of the patent application is defined by the scope of the patent. [Mesh diagram] M435800, 1 shows the explosion diagram of the storage module of the embodiment of the present invention; Explosion diagram of the connection mechanism; Fig.,; =r= combination diagram of the fourth (fourth) hybrid mechanism, the position of the Buxian site! Second: the object of the embodiment of the present invention is inserted into the fixed position: = the sign shows the invention In the embodiment, the bolt will be used to store the wrong media. Board holder binding brother 3C, 3D show the case of the solid line in FIG. Of the support frame of the present invention; in a second embodiment of the present invention, the support frame relative to the chassis embodiment
第4B圖係顯示本發明實 位於第二方位的情形； 施例中支撐架相對於機箱 f 4C圖係顯示第4B®中之4C部分放大圖；以及 弟奶圖係顯示第4A圖中之奶部分放大圖。 【主要元件符號說明】 〜機箱； 11〜卡合凹槽； 100〜儲存模組； 110〜支撐架； 111〜上蓋； 112〜底座； 7 M435800 113〜 固定螺孔； 114〜引導柱； 115〜 限位凸塊； 116〜 限位部； 117〜 導向凸柱， 118〜 引導凸柱； 119〜 螺栓； 120〜 連結機構； 121〜 連結件； 122〜引導螺絲； 123〜 導向螺絲； 124〜 按壓部； 125〜 臂； 126〜卡合部； 127〜 連結機構導槽； 128〜 導軌； 130〜 儲存媒體； 140〜 電路板； 141〜 連接埠； 150〜 電路板支架； 151〜 支架導槽； 152〜 支架螺栓。Figure 4B shows the situation in which the present invention is in the second orientation; in the embodiment, the support frame shows a magnified view of the 4C of the 4B® with respect to the chassis f 4C; and the milk figure shows the milk of the 4A Partially enlarged view. [Main component symbol description] ~ chassis; 11 ~ snap groove; 100 ~ storage module; 110 ~ support frame; 111 ~ upper cover; 112 ~ base; 7 M435800 113~ fixed screw hole; 114 ~ guide column; Limiting bump; 116~ limiting part; 117~ guiding post, 118~ guiding stud; 119~ bolt; 120~ connecting mechanism; 121~ connecting piece; 122~ guiding screw; 123~ guiding screw; 125; arm; 126~ engaging portion; 127~ connecting mechanism guide; 128~ rail; 130~ storage medium; 140~ board; 141~ connector; 150~ board bracket; 151~ bracket guide; 152~ bracket bolts.