M325712 八、新型說明： 【新型所屬之技術領域】 本創作係關於—種固㈣構，特別是關於-種便利地將 電性連接齡裝置之f路㈣定於框架上之免螺絲固定機 構。 【先前技術】 • 在電知科技的激烈競爭下，快速及便利地完成電腦主機 勺、、且衣成為電月^製造業者不斷追求進步的一環，用以提升電 月向主機的生產效率及競爭力，而得以在同業中獲得相當的領 先趨勢。 然而’在將-般儲存裝置，例如硬碟機或是光碟機，安 裝於伺服器（特別是m規格的飼服器）的機殼内部之組裝 鲁程序中，必須先固定對應於儲存裝置之電路板（例如硬碟機 之为板)固定於機殼内部的框架後側，再將儲存裝置放置入框 -架中’使館存裝置的連接埠插入電路板的連接座。然而，習 矣技術中’ -般仍利用螺絲鎖固之方式將電路板固設於框架 上。 如美國專利公告號第则號專利中所揭露之電 路板口疋、、且件’仍然以螺絲鎖固方式固定電路板於儲存裝置 的框木上然而，以螺絲將電路板鎖固於框架上，不僅會耗 M325712 費八里的時間及人力進4丁虫系为f、的逐一鎖固·並且要在機報 部<狹小空間中’於框架上鎖固螺絲，更造成操作時的不便 利，進而影響電腦設備生產及其組裝效率。， 因此，一種便利地將背板固定於框架上之免螺絲固定結 構是必須被提出來的。 【新型内容】 .鑒於以上的問題，本創作的目的在於提供—種固定機 構，係用以解決習知技術中，利用螺絲將電路板鎖固於框架 所造成之浪費時間及操作不便的問題。 為達到以上所述之目的，本創作揭露一種固定機構，係 用以容置-儲存裝置，且可固定一電性連接儲存裝置之電路 板，固賴構包含有—框架及—相件。框架具有相對應之 -第-開口及-第二開口’第―開口係用以供儲存裝置通 過，而被容置於_中，且框架具有—第—卡勾，形成於第 二開口之一側邊’用以勾住秘板之底邊。卡固件係可滑動 地設置於框架之-側面，且卡固件可滑動而固定於第二開口 之外側，以_電路板之頂邊。因此，本創作之固定機構之 操作，僅需將儲存裝置置入於框架中並朝向電路板移動，就 可藉由儲存裝置推動卡固件滑動而壓制電路板之料 路板被固定於卡_及第—卡勾之間。 M325712 •本創力作之功效在於所提供之固定機構，可以在儲存裝置 被置入框^胡時，被油蝴 一 牟板。不需要使用螺絲 =:卿於框架上’而且也不需要额外的裝配程 人“避免了叫絲鎖固方式而耗費大量的 ㈣及人力，進而提升生纽率及增加其競爭性。 實施方式之說 以上之關於本創作内容之說明及以下之 明係用以示範與轉本創作之原理 申請範圍m-步之解釋。 且μ、本創作之專利 【實施方式】 細本創作的目的、構造、特徵、及其功能有進一步 的瞭解，炫配合實施例詳細說明如下。 「第1圖」所示為本創作第一實施例所提供之-種固定 .設置於—電腦主機（特別是叫嫌器）的機殼中， 用以容置-儲存裝置120’並固定電性連接該儲存裝置⑽ :制反1:。儲存裝置12。可為—硬碟機、光碟機、快閃 5己十思體儲存器、或讀卡機。 請再參照「第1圖」、「第2A圖」及「第犯圖」所示， 本創作之固定機構包含有—框架11〇及一卡固件·七 框架陶辑置儲縣請，而卡固件係用以壓 制並固定電路板130。固定機構之框架no具有相互對岸之 M325712 第開口 及一第二開口 112。其中儲存裝置12〇可通 匕第開口 ill被置入框架u〇中，並以其後侧的連接蜂朝 向第一開1=7 H而電路板i3G係設置於第二開D 112之外 側’且電路板i3〇Ji具有對應於儲存裝置⑽之連接座，朝 向框架110之_。因此當儲存裝置120被置入框架1]0内 部後，其連接埠可接於電路板⑽之連接座，藉以使儲存 裝置120電性連接於電路板130。 再麥照「第1圖」、厂第2A圖」及「第2B圖」所示，固 定機構之框架110更具有一第—116、-滑槽113及一 限位槽114。其中，第一卡勾116形成於第二開〇 ιΐ2之— 側邊緣，用以勾持住位於第二開口 112外侧之電路板13〇之 一底邊。且於框架110之一侧面開設有一滑槽113及一限位 槽114，其中滑槽113及限位槽114之開槽方向係沿儲存裝 置120被置入框架110之方向開設，即沿第一開口 ln之輛 向開設，且滑槽113係用以供第一卡勾116被置入且滑動於 其中，藉以將卡固件100可滑動地設置於框架110。 此外，再參照「第1圖」、「第2A圖」及「第2B圖」所 示，框架110更具有一凸出部118，形成於第二開口 112之 侧邊，鄰近於電路板之了頁邊。 再參照「第1圖」、「第2A圖」及「第2B圖」所示，本 M325712 創作之固定機構之卡固件刚可滑動地設置於框架⑽之側 邊，卡固件1〇0包含有一壓制部副、-滑動部1〇2、-彈 性部⑽、一推抵側邊靡及一勾部咖。其中壓制部1〇4 位於卡固件1G0鄰近於電路板BQ之_端，彈性部⑽形成 於壓制部K)4之頂侧，而勾部擺位於卡固件觸遠離電路 板130之一端，滑動部1〇2位於壓制部1〇4及勾部伽之間， 而推抵側邊109形成於壓制部刚遠離電路板⑽之—側， 用以被儲存裝置120推抵。 「―接著，請參照「第2Α圖」、「第2Β圖」、「第3α圖」及 第圖」所τ ©定機構之卡固件100之滑動部收抵 靠且滑動於框架11G以骨槽113中，使得卡固件藉由滑 動部搬而被限制沿第—開口 in之軸向滑動。因此，當儲 存裝置120藉由第一開口 111嵌入於框架110内部時，儲存 裝置120接觸並推抵推抵側邊1〇M月向電路板13〇方向滑 動，使传卡固件1〇〇突伸於第二開σ 112之外侧。而當卡固 件100犬伸於第二開口 112之外側時，卡固件⑽之壓制部 1〇4㈣於電路板130之頂邊，使其固定。 再參照「第2Α圖」、「第2Β圖」、「第3Α圖」及「第3β 圖」所不，卡固件100之勾部1〇6用以勾入限位槽中， 因此，當滑動部102帶動勾部106沿第一開口⑴之軸向滑 9 M325712 動^，限位槽114會限制勾部1〇6之滑動位移，而限制了卡 固件100之滑動位移。上述之限位槽m係用以防止卡固件 100產生過大的滑動位移而使得卡固件}⑻脫離滑槽後 發生脫落的問題。 - 此外，再參照「第2A圖」、「第2B圖」、「第3A圖」及 - 「第3B圖」所示，當卡固件_突伸於第二開π 112之外 • 側，且壓制部綱壓制於電路板130之頂邊時，卡固件1〇〇 之彈性部⑽會抵靠框架則之凸出部m之底側，亦即凸 ._ 118之底側壓制住彈性部108，以藉由彈性部⑽提供 卡固件100-下壓力，而使得卡固件1〇〇更穩固地固定住電 路板130。 然而’再翏照「第1圖」所示，本創作中之框架⑽係 為一雙層框架’其中可分別嵌設有上下兩個儲存裝置120。 因此，下層框架職之凸出部118除了利用其底側壓制住卡 固件⑽之彈性部⑽以提供下壓力外，下層框架職之凸 出部瓜更可為上層框架_之第二卡勾，用以勾住另一電 路板之底邊。 請再參照「第！圖」至「第3B圖」所示，本創作之框 表100更可為-單層框架、—單—雙層框架、—組合式單層 框架或-组合式雙層_，其中單層框架触僅具有單一框 1 π M325712 架及單-空間容、財單—儲存裝置心_—雙層框架係 指僅能容納上下兩個儲存裝置i2G。而組合式單層框架係指 由左涵個具有早—執之框架組合而成，可分別容納一錯 存衣置1』組。式雙層框架係指由左右兩個具有單一雙層 框木組合而成，可分別容納四個儲存裝置。上述各式框 条均為本創作所述之範圍。M325712 VIII. New description: [New technical field] This creation is about the type of solid (four) structure, especially the screw-free mechanism for conveniently setting the f-way (four) of the electrical connection age device on the frame. [Prior Art] • Under the fierce competition of the electronic technology, the computer host scoop is quickly and conveniently completed, and the clothing becomes a part of the electrician's constant pursuit of progress to improve the production efficiency and competition of the electric moon to the host. Force, and able to get a considerable leading trend in the industry. However, in the assembly process of a general storage device, such as a hard disk drive or a CD player, installed in a casing of a server (especially an m-size feeding device), it must be fixed corresponding to the storage device. The circuit board (for example, the hard disk machine is a board) is fixed to the rear side of the frame inside the casing, and then the storage device is placed in the frame-frame to make the connection of the library device into the connector of the circuit board. However, in the conventional technology, the circuit board is still fixed to the frame by means of screw locking. The circuit board port disclosed in the U.S. Patent Publication No. 3, and the piece 'is still screwed to the frame of the storage device. However, the circuit board is locked to the frame by screws. Not only will it cost M325712 to spend eight miles and manpower into the 4 worms, f, and lock one by one, and it is necessary to lock the screws on the frame in the machine section <small space, which makes the operation inconvenient. , which in turn affects the production of computer equipment and its assembly efficiency. Therefore, a screw-free fixing structure for conveniently fixing the backboard to the frame must be proposed. [New content] In view of the above problems, the purpose of the present invention is to provide a fixing mechanism for solving the problem of wasted time and inconvenient operation caused by the use of screws to lock the circuit board to the frame in the prior art. In order to achieve the above-mentioned objects, the present invention discloses a fixing mechanism for accommodating a storage device, and fixing a circuit board electrically connected to the storage device, the frame comprising the frame and the phase member. The frame has a corresponding - first opening and - second opening 'the first opening is for the storage device to pass through, and is accommodated in the _, and the frame has a - first hook, formed in one of the second openings The side 'to hook the bottom edge of the secret board. The fastener is slidably disposed on the side of the frame, and the fastener is slidably fixed to the outside of the second opening to the top edge of the board. Therefore, the operation of the fixing mechanism of the present invention only needs to place the storage device in the frame and move toward the circuit board, and the material of the pressing circuit board can be fixed to the card by the sliding device of the storage device. The first - between the hooks. M325712 • The power of this creation is based on the fixing mechanism provided, which can be smashed by the oil when the storage device is placed in the frame. No need to use the screw =: Qing on the frame 'and no need for additional assembly people" to avoid the silk lock method and consume a lot of (four) and manpower, thereby increasing the birth rate and increasing its competitiveness. The above description of the content of the creation and the following descriptions are used to demonstrate the scope of the application of the principle of the creation of the original m-step explanation. And μ, the patent of the creation [implementation] The purpose, structure, The features and functions thereof are further understood. The detailed examples of the Hyun cooperated with the embodiments are as follows. The "Fig. 1" shows the fixed type provided in the first embodiment of the creation. It is set on the computer mainframe (especially the suspected device). The casing is for accommodating the storage device 120' and is electrically connected to the storage device (10): counter-removal 1:. Storage device 12. It can be a hard disk drive, a CD player, a flash drive, or a card reader. Please refer to "Figure 1", "Phase 2A" and "Personal Map". The fixed mechanism of this creation includes - frame 11〇 and a card firmware. The firmware is used to press and secure the circuit board 130. The frame of the fixing mechanism has a M325712 first opening and a second opening 112 opposite to each other. The storage device 12 can be placed into the frame u through the opening ill, and the connecting bee on the rear side thereof faces the first opening 1=7 H and the circuit board i3G is disposed outside the second opening D 112. And the circuit board i3〇Ji has a connector corresponding to the storage device (10) facing the frame 110. Therefore, when the storage device 120 is placed inside the frame 1], the connection port can be connected to the connector of the circuit board (10), so that the storage device 120 is electrically connected to the circuit board 130. The frame 110 of the fixing mechanism further has a first-116, a chute 113 and a limiting groove 114 as shown in Fig. 1 and Fig. 2A and Fig. 2B. The first hook 116 is formed on the side edge of the second opening ,2 to hook a bottom edge of the circuit board 13 外侧 outside the second opening 112. A sliding slot 113 and a limiting slot 114 are defined in a side of the frame 110. The slotting direction of the slot 113 and the limiting slot 114 is opened along the storage device 120 in the direction of the frame 110, that is, along the first The opening ln is opened, and the sliding slot 113 is used for the first hook 116 to be inserted and slid therein, thereby slidably providing the fastener 100 to the frame 110. In addition, as shown in FIG. 1 , FIG. 2A and FIG. 2B , the frame 110 further has a protruding portion 118 formed on the side of the second opening 112 adjacent to the circuit board. The margins. Referring to "Fig. 1", "2A" and "2B", the fastener of the fixing mechanism created by the M325712 is slidably disposed on the side of the frame (10), and the fastener 1?0 includes one The pressing portion, the sliding portion 1〇2, the elastic portion (10), a pushing side edge, and a hook portion. The pressing portion 1〇4 is located at the end of the card fastener 1G0 adjacent to the circuit board BQ, the elastic portion (10) is formed on the top side of the pressing portion K)4, and the hook portion is disposed at one end of the card fastener away from the circuit board 130, the sliding portion 1〇2 is located between the pressing portion 1〇4 and the hook portion gamma, and the pushing-side side 109 is formed on the side of the pressing portion just away from the circuit board (10) for being pushed by the storage device 120. ― Next, please refer to the "2nd drawing", "2nd drawing", "3rd drawing" and the figure "." τ. The sliding part of the fastener 100 of the fixing mechanism is abutted and slid to the frame 11G to the bone groove. In 113, the fastener is restricted from sliding in the axial direction of the first opening in by the sliding portion. Therefore, when the storage device 120 is embedded in the frame 110 by the first opening 111, the storage device 120 contacts and pushes against the side of the pushing edge 1〇M to slide toward the circuit board 13〇, causing the card firmware 1 to collapse. Extending beyond the second opening σ 112. When the card holder 100 protrudes from the outer side of the second opening 112, the pressing portion 1〇4 (4) of the fastener (10) is fixed to the top side of the circuit board 130. Referring to the "2nd drawing", "2nd drawing", "3rd drawing" and "3rd figure", the hooks 1〇6 of the fastener 100 are used to hook into the limit groove, so when sliding The portion 102 drives the hook portion 106 to slide along the axial direction of the first opening (1). The limiting slot 114 limits the sliding displacement of the hook portion 1〇6, and limits the sliding displacement of the fastener 100. The above-mentioned limiting slot m is used to prevent the carding member 100 from generating excessive sliding displacement and causing the carding member (8) to fall off after the chute is removed. - In addition, as shown in "2A", "2B", "3A" and "3B", when the fastener _ protrudes beyond the second opening π 112 side, and When the pressing portion is pressed against the top edge of the circuit board 130, the elastic portion (10) of the fastener 1 abuts against the bottom side of the protruding portion m of the frame, that is, the bottom side of the convex portion _ 118 presses the elastic portion 108 In order to provide the fastener 100-downforce by the elastic portion (10), the fastener 1 is more firmly fixed to the circuit board 130. However, as shown in Fig. 1, the frame (10) in this creation is a two-layer frame in which two upper and lower storage devices 120 are respectively embedded. Therefore, in addition to the bottom portion of the lower frame portion pressing the elastic portion (10) of the fastener (10) to provide the downforce, the lower frame member can be the second frame of the upper frame. Used to hook the bottom edge of another board. Please refer to the "Graph!" to "3B", the frame 100 of this creation can be - single layer frame, single-double frame, combined single layer frame or - combined double layer _, where the single-layer frame touch has only a single frame 1 π M325712 frame and single-space capacity, bills - storage device heart _ - double-layer frame means that only the upper and lower two storage devices i2G can be accommodated. The combined single-layer frame is a combination of the left and the right frame, which can accommodate a wrong storage set. The double-layer frame refers to a combination of two left and right single-frame frames, which can accommodate four storage devices respectively. The above various frame are all within the scope of this creation.
雖然本_麵之實_鑛如上，然錢非用以限 定本創作。在不脫離本創作之精神和範_，所為之 之保 濁飾’均屬本創作之專利保護範圍。關於本創作所^ ” 護範圍請參相附之ΐ請專纖圍。 [疋 【圖式簡單說明】 第1圖為本創作之固定機構之分解示意圖；Although the _ surface is the same as the mine, the money is used to limit the creation. Without departing from the spirit and scope of this creation, it is the patent protection scope of this creation. About the scope of this creation ^ 》 Scope of care, please contact the special fiber. [疋 [Simple description of the diagram] Figure 1 is an exploded view of the fixed mechanism of the creation;
圖為本創作之固定機構之分解步领示意圖 第2B圖為第2A圖之局部放大圖； 。 及 第3A圖為本創作之固定機構之分解步驟 示意圖 以 第沌圖為第3A圖之局部放大圖。 【主要元件符號說明】 100 卡固件 滑動部 11 102 M325712 壓制部 勾部 彈性部 推抵侧邊 框架 下層框架 上層框架 第一開口 第二開口 滑槽 限位槽 第一卡勾 凸出部 儲存裝置 電路板 12Fig. 2B is a partial enlarged view of Fig. 2A; Fig. 2B is a partial enlarged view of Fig. 2A; And Fig. 3A is a partial exploded view of the fixing mechanism of the present invention. [Main component symbol description] 100 card firmware sliding part 11 102 M325712 Pressing part hook part elastic part pushing side frame lower frame upper frame first opening second opening chute limit groove first hook projection storage device circuit Board 12