1323882 九、發明說明： 【發明所屬之技術領域】 :發明係有關於一種儲存裝置固定機構尤 而使用工具進行固定/拆卸之儲存裝 【先前技術】 楝構 赵士：：7充斥著貝訊多媒體的時代中’電腦已經毋庸置 疑地成為了人類生活及I作中的必需品之―，近年 2腦的功能及穩定性殘地提升，独已取代以往的Γ „為健器’更普遍應用於一般的公司行號與家 庭。電腦大致上可分為顯示器、主機部份及周邊設備，复 中顯不器即-般所說的螢幕，周邊設備包括滑鼠'鍵盤、、 印表機及掃描器等，而主機部份則負責主要的資料運 儲存工作。 電腦主機包括機殼、主機板、巾央處理單元、記憶體 模組、音效卡、顯示卡及資料儲存裝置等等。其中，資料 儲存裝置可例如為軟碟、硬碟機、光碟機及燒_，而對 於作為飼服器用途之電腦主機來說，大多都是先炭入機殼 内部之定位框架，再藉由螺絲及工具，將這些資料儲存裝 置鎖固至機殼之定位框架上，之後再蓋上舰器上蓋以 成組裝作業。 疋 如上述，習知利用螺絲與工具來固定資料儲存裝置之 方式，不僅增加資料儲存裝置之組裝時間，且螺絲零件也 容易散落it失’極為不便。故，遂有人提出免螺絲之館存 裝置固定機構者，請參閱第i圖’係為本國第M2565n1323882 IX. Description of the invention: [Technical field to which the invention pertains]: The invention relates to a storage device fixing mechanism, in particular, a tool for fixing/disassembling a storage device [Prior Art] 赵 赵 ::: 7 is full of Beixun multimedia In the era of the era, the computer has undoubtedly become a necessity in human life and in the work of the I. In recent years, the function and stability of the brain have been improved, and the former has replaced the previous one. The company's line number and family. The computer can be roughly divided into a display, a host part and peripheral devices. The screen is a general-purpose display. The peripheral devices include the mouse's keyboard, printer, and scanner. And the main part is responsible for the main data storage and storage work. The computer mainframe includes the casing, the main board, the towel processing unit, the memory module, the sound card, the display card and the data storage device, etc. Among them, the data storage The device can be, for example, a floppy disk, a hard disk drive, a CD player, and a burning machine. For a computer host used as a feeding device, most of the carbon is placed inside the casing. The racks are then screwed to the positioning frame of the casing by screws and tools, and then the upper cover of the ship is covered for assembly work. As mentioned above, it is conventional to use screws and tools to fix data storage. The way of the device not only increases the assembly time of the data storage device, but also the screw parts are easily scattered. It is extremely inconvenient. Therefore, if someone proposes a screw-free storage device fixing mechanism, please refer to the i-th figure M2565n
/ ffn •V 19816 5 丄 2專利之「電子儲存裝置固定機構」。該電子儲存裝置固 定機構係用以固定如硬碟機10等裝置，其包含底座110、 數個彈性元件130、數個前固定元件120、及數個後固定 元件12 2。 該底座110係用以承載該硬碟機1〇，其上方固設有 一對平行豎立之定位板iu，以容納、定位該硬碟機i0， 於疋位板111設置有開口朝上、分別略呈L形與丨形之長 槽111a與滑槽mb，而前固定元件12〇與後固定元件122 係固設於硬碟機10兩側，硬碟機1〇可藉由前固定元件 120與後固定元件122沿著長槽ma與滑槽1Ub滑動。 另外，在底座110上靠近定位板丨丨丨之滑槽丨丨lb外 侧固設有彈性元件130，該彈性元件130具有彈性，用以 .限制後固定元件122於滑槽111b内之位移。 該彈性元件130為一端固定於底座110之彈片，包含 一固定端132與一向上外斜之翹曲端13ι，該固定端132 籲係大致呈馬蹄形，用以夾持後固定元件122並限制其位 移’而麵曲端131係用於施力以固定/却除該硬碟1〇。 該固定機構之使用方式如下所述：首先，將硬碟機 10之前固定元件120對準長槽nia，然後推動硬碟機1〇 前進’使前固定元件120沿著長槽11 ia之開口下移，再 沿著其水平段平移’當硬碟機1〇之後固定元件122恰好 對準滑槽111b時，該後固定元件122可沿著滑槽1Ub 之開口下移，同時頂開彈性元件13〇，讓前固定元件丄2〇 與後固定元件122分別滑進長槽111a與滑槽1 ilt)之最裡 19816 6 1323882 侧，而將硬碟機ίο夹持於底座110與定位板ui之間， 使硬碟機10無法左右活動。此時，前固定元件12〇鱼後 固定元件！22分別受到定位板⑴上之長槽1113與彈性 元件130之頂持，而無法逆向脫出，該硬碟機之前後 方向與垂直方向之位移也遭受限制，而得以鎖固該硬碟機 10° 另外於底部11 〇設有以沖壓成形之限定部U2，該限 定部112之周圍設有馬蹄形凹槽112b，使限定部112具 1些微撓性，而於限定部112上設有半圓形截面之凸塊 a，用以抵接硬碟機1〇，避免其遭受震動。 ^然上述g]定機構提供了不f使用螺絲進行固定儲 ^ 之方心但若以應用於飼服器主機來說，其彈性元 方雙机糸立°又於滑槽Ulb外側，由於仍需於儲存裝置上 之制，f轉性几件13G之長度將受到儲存裝置高度 130將卡Γ於力矩之原理，則長度受到限制之彈性元件 對於彈l 之力量才可頂推開，同時也因為如此， 片或彈箬疋件13G 的選擇則必須使用彈性較佳之鋼 前St增加了生產成本與製造之困難。再者，由於 與-滑：l/i:气於定位板111上至少設置一長槽llla 途，導致9其作為將儲存農置定位及固定之用 ^ » 、引4 *疋元件之總數至少需要四個才能正常 運作。該固定機構雖可達到备… 以“吊 减少所需使用之零件數量K具拆裝之功效，但卻無法 由於結構簡單、裳株勃Θ , 1夕之機構設計才能因應現今 19816 7 1323882 【發明内容】 赛於以上習知技術之缺點，本發明之主要目的在於提 供一種構造簡單之儲存裝置固定機構。 置固之又—目的在於提供—種易於操作之儲存裝 本發月之復-目的在於提供—種無需使用工具進行 拆裝之儲存裝置固定機構。 為達上述目的及其他相關之目的，本發明係提供一種 儲存裝置m定機構’用於將儲存I置定位並固定在機殼平 面上，該儲存裝置具有二相對之定位用側邊，且該定位用 侧邊設有固定柱及複數個凹部，該固定機構係包括： 一疋位板’立設於機殼平面上並與儲存裝置之定位用 #侧邊相對應，該定位板上設置有供導入健存裝置之固定柱 並導引其移動至定位之導槽。該導槽係包含：自定位板頂 f向下设置之直槽部、及連通直槽部且往水平方向延伸之 橫槽部’而儲存裝置兩側之固定柱係可依序先向下滑入該 直槽部再平移滑入橫槽部中。其中，至少一定位板上設置 有至少一沿縱長方向延伸之彈壓片，以彈壓於儲存裝置之 定位用側邊，而㈣片上設有定位突部，用以卡扣於設在 前述儲存裝置定位用侧邊之凹部中，以增加固定機構之牢 固性。其中，該彈壓片及定位突部係藉由沖壓製程形成於 19816 8 1323882 定位板上者。 固疋彈片，設於至少一定位杯 疋位板之外側邊上，由具彈性 之金屬或其他材料所製成，可受 又J又外力之作用並產生彈性轡 形，一端為固設於定位板，另一 ^ ^ 鳊馮/口疋位板之縱長方向 L伸之活動端。該固定彈^{相斜座认l丄# 疋泮片相對應於上料槽之直槽部形 成有向外側折曲之折曲部，以供儲存裝置之固定柱經由該 折曲部與定位板間形成之空隙滑入直槽部中;且該固定彈 片相對應於定位板之導槽位置處設㈣定孔，以供滑入導/ ffn • V 19816 5 丄 2 patent "Electronic storage device fixing mechanism". The electronic storage device fixing mechanism is for fixing a device such as a hard disk drive 10, and includes a base 110, a plurality of elastic members 130, a plurality of front fixing members 120, and a plurality of rear fixing members 12 2 . The base 110 is configured to carry the hard disk drive 1 〇, and a pair of parallel erected positioning plates iu are fixedly disposed thereon to receive and position the hard disk drive i0. The clamping plate 111 is provided with an opening upward, respectively The L-shaped and 丨-shaped long grooves 111a and the sliding grooves mb, and the front fixing member 12 and the rear fixing member 122 are fixed on both sides of the hard disk drive 10, and the hard disk drive 1 is supported by the front fixing member 120 The rear fixing member 122 slides along the long groove ma and the chute 1Ub. In addition, an elastic member 130 is fixed on the outer side of the sliding groove 丨丨 lb of the base plate 110 adjacent to the positioning plate, and the elastic member 130 has elasticity for limiting the displacement of the rear fixing member 122 in the sliding groove 111b. The elastic member 130 is a spring piece fixed to the base 110 at one end, and includes a fixed end 132 and an upwardly inclined warping end 131. The fixed end 132 is called a horseshoe shape for clamping the rear fixing member 122 and limiting the elastic member 130. The displacement 'and the curved end 131 is used to apply force to fix/removal the hard disk 1 〇. The fixing mechanism is used as follows: First, the front fixed component 120 of the hard disk drive 10 is aligned with the long slot nia, and then the hard disk drive 1 is advanced to advance the front fixing member 120 along the opening of the long slot 11 ia Shifting and then translating along its horizontal section. When the fixing member 122 is just aligned with the chute 111b after the hard disk drive 1〇, the rear fixing member 122 can be moved down along the opening of the chute 1Ub while the elastic member 13 is opened. 〇, the front fixing member 丄2〇 and the rear fixing member 122 are respectively slid into the longest groove of the long groove 111a and the sliding groove 1 ilt), and the hard disk drive is clamped to the base 110 and the positioning plate ui. In the meantime, the hard disk drive 10 cannot move left and right. At this time, the front fixing member 12 is fixed after the squid! 22 is respectively supported by the long groove 1113 of the positioning plate (1) and the elastic member 130, and cannot be reversely pulled out, and the displacement of the hard disk machine in the front and rear directions is also restricted, and the hard disk drive 10 is locked. Further, a bottom portion 11 is provided with a press-formed portion U2, and a horseshoe-shaped groove 112b is formed around the defining portion 112 to make the defining portion 112 slightly flexible, and a semicircular shape is formed on the defining portion 112. The bump a of the cross section is used to abut the hard disk drive 1 to avoid vibration. ^The above g] fixed mechanism provides the center of the fixed storage without using screws. However, if it is applied to the main body of the feeding machine, the elastic element is standing on the outside of the chute Ulb, because still Needed on the storage device, the length of the 13G of the F-transfer will be subject to the principle that the height 130 of the storage device will be clamped to the torque, and the elastic member whose length is limited can be pushed up by the force of the elastic l, and also Because of this, the choice of the piece or the spring piece 13G must use the elastic steel front St to increase the production cost and manufacturing difficulty. Furthermore, since at least one long slot 111a is disposed on the positioning plate 111 due to the -slip: l/i: the air is used as the location for storing the positioning and fixing of the agricultural device, and the total number of the components is at least Four are required to function properly. Although the fixing mechanism can be used to achieve the purpose of "reducing the number of parts required for the use of K to disassemble, but it can not be simple because of the structure, the stagnation of the plant, the design of the 1st eve can respond to today's 19816 7 1323882 [invention Contents] The main purpose of the present invention is to provide a storage device fixing mechanism with a simple structure. The purpose of the invention is to provide an easy-to-operate storage device. Providing a storage device fixing mechanism that does not require the use of tools for disassembly and assembly. To achieve the above and other related objects, the present invention provides a storage device m fixing mechanism for positioning and fixing the storage I on the plane of the casing. The storage device has two opposite positioning sides, and the positioning side is provided with a fixing column and a plurality of concave portions, and the fixing mechanism comprises: a clamping plate erected on the plane of the casing and connected with the storage device The positioning is corresponding to the side of the #, and the positioning plate is provided with a fixing post for guiding the storage device and guiding the movement to the positioning guide groove. a straight groove portion which is disposed downward from the top of the positioning plate f and a horizontal groove portion which extends in the horizontal direction and which is connected to the straight groove portion, and the fixed column on both sides of the storage device can slide down into the straight groove portion in order. The sliding plate is inserted into the horizontal groove portion, wherein at least one positioning plate is provided with at least one elastic pressing piece extending in the longitudinal direction to be pressed against the positioning side of the storage device, and (4) the positioning protrusion is provided on the piece for The buckle is inserted into the concave portion of the side of the storage device for positioning to increase the firmness of the fixing mechanism. The elastic pressing piece and the positioning protrusion are formed on the positioning plate of the 19816 8 1323882 by a stamping process. The elastic piece is disposed on the outer side of the at least one positioning cup clamping plate, and is made of elastic metal or other material, and can be subjected to the action of external force and elastic elastic shape, and one end is fixed on the positioning plate. , another ^ ^ 鳊 von / mouth 板 position of the longitudinal direction of the L extension of the movable end. The fixed elastic ^ { phase oblique seat recognition l 丄 疋泮 相对 相对 相对 相对 相对 相对 相对 相对 相对 相对 相对 相对 相对a bent portion for bending a fixed column for the storage device The gap formed between the bent portion and the positioning plate slides into the straight groove portion; and the fixed elastic piece is corresponding to the position of the guide groove of the positioning plate (4) fixed hole for sliding guide
槽中之固定柱戾入其中，而蔣綠左壯rnm A r而將儲存裝置固定於機殼平面 上。 本發明之儲存裝置m定機構之特徵在於：僅需於二定 位，上各設置-導槽，以供儲存裝置上之固定柱滑入，且 固定彈片係一端固設於定位板之外側邊，另一端為沿定位 板之長度方向延伸之活動端。相較於習知固定機構，本發 月之。又计可簡化機構以降低製造成本，並達到節省零件數 籲量之功效；更由於該活動端係沿定位板之長度方向延伸， 使得固定彈片之長度不受儲存裝置高度所限制因此可具 有較長之力矩，而得以藉由較小之力量操作該活動端，以 進行儲存裝置之組卸作業，而不需選用彈性較佳之材料作 為固定彈片，除了節省成本外，同時亦提高其使用壽命。 再者，本發明於定位板上設有彈壓片及定位突部，其配合 儲存裝置上之凹部可增加固定機構之牢固性。 【實施方式】 以下藉由具體實例說明本發明之實施方式，熟悉此技 9 19816 1J23882 藝之人士可由本說明書所揭 之其他優點與功效。 示之内谷輕易地瞭解本發明 ⑽係顯示本發明之儲存裝置固定機構 立體圖，其中，該儲存裝置20可例如為軟碟、硬碟機、 ^碟機及燒錄機其中之—者，而於儲存裝置20二相對之 疋位用側邊上設有例如為螺絲或導柱之固定柱洲及複 數個凹部202。 該機殼平面2上立設有平行之二定位板21，並與儲 存裝置20之定位用侧邊相對應，該定位板21上設置有大 致呈L形之導槽2η，以使設於儲存裝置2〇兩側之固定 柱201滑入該導槽211巾，而使儲存裝置2〇定位於二定 位板21之間。其中，該導槽211係包含··自定位板21 頂邊向下設置之直槽部2Ua、及連通直槽部2山且往縱 長方向延伸之橫槽部211b，而儲存裝置2〇兩側之固定柱 201係可依序先向下滑入該直槽冑211&再平移滑入橫槽 •鲁部211b中。 ' 如圖中所示，於其中一定位板21上設置有二沿縱長 方向延伸之彈壓片212，以彈壓於儲存裝置2〇之定位用 侧邊，而於彈壓片212上設有定位突部212a，用以卡扣 於a又在儲存裝置20定位用側邊上之凹部2〇2中，以增加 ，定機構之牢固性，且該彈壓片212及定位突部21%係 藉由冲壓製私形成於定位板21上者，因此並不需要額外 之零件加以組裝。 該固定彈片22,由具彈性之金屬或其他材料所製 19816 10 1323882 成，可受外力之作用並產生彈性變形，一端藉由鉚合、焊 接等方式固設於定位板21之外侧邊上，另一端為沿縱長 方向延伸之活動端’該固定彈片22相對應於上述導槽2Π 之直槽部211 a形成有向外侧折曲之折曲部2 21 ;該固定 彈片22相對應於上述導槽211之橫槽部211b底端挖設有 固定孔222 ’以供滑入橫槽部211b中之固定柱201炭入 其中，而將儲存裝置20固定於機殼平面2上。 第2B圖係顯示本發明之組裝狀態俯視圖，該固定柱 201可經由固定彈片22之折曲部221與定位板21之間形 成之空隙向下滑入直槽部211a中，接著再將儲存裝置2〇 朝橫槽部211b之底端推進，則固定柱2〇1將頂推該固定 彈片22並沿著橫槽部211 b滑動，此時設於彈壓片212 上之定位突部212a則保持受到儲存裝置2〇之定位用側邊 推壓之狀態。 請參閱第2C圖，待固定柱201頂推至固定彈片22 之固疋孔222位置處時，則固定柱2()1得以炭入固定孔 222中@時，被頂推的固定彈片22亦將回彈至原來位 置’此時’固定柱2Q1受到橫槽部211b及固定孔222之 限位而處於U疋位置。同時’儲存裝置定位用側邊上 之凹部2 0 2亦移動曼座、_l、 對應則述定位突部212a之位置，則 定位突部212a不再受健右壯取 省存裝置20定位用側邊之推壓，得 以自定位板21上彈出並卡 裝置㈣定於機殼平部服内’而將該儲存 相對地，於拆卸該儲存裝置2〇時，僅需施力撥開該 19816 11 1325^2 •固定彈片22之活動端，使固定彈片22上之固定孔⑽ 脫離該储存裝置20之固定柱撕，再將_ 固定柱洲沿著橫槽部_推向直槽部川 :部：之定位突部2蝴受到錯存裝置20側邊之推 擠而脫離凹部2〇2之位置’待固定柱2〇1被推至直槽部 2113時，便可直接將儲存裝置沿著該直槽部2111取 出。 其令，須注意的是，該彈屢片212及定位 二一定位板21上，在需要固定體積、重 ’二板21予上裝置20之場合中，復可依照需求同時設於 -=位板21上，並料存裝置2G兩相對 設置與定位突部212相對應之凹部2〇2;同理，=二 片22復可同時設於二宕办缸 ° 彈 整體結構之㈣性與—安㈣板21之外側邊’以適當地增加 如上述’本發明之儲存裝置固定 _構及_…之運用，不需使用工具，料 要使用額外固同時節省了習知技術中需 羊置照不同需求而增加/減少該定位突部與健存 當之結構牢固性。不J令件數1之前提下獲得適 效，^實施例僅為例示性說明本發明之原理及其功 二 帛於限制本發明。任何熟習 在不运背本發明之精神及範訂，對上述實施例進 19816 x^882 與變化。因此，本發明之權利保 蚕$丨μ 木"隻乾圍，應以後述之申士主 專利範圍為依據。 應从俠甲5月 【圖式簡單說明】 第1圖為本國第M256511號糞知「兩 . ^ 现*專利「電子儲存裝置固定 機構」之立體圖； 第2A圖為本發明之儲存裝置固定機構立體圖；以及 第2B圖及第2C圖為本發明之儲存裝置固定機構組裝 狀態之俯視圖。 【主要元件符號說明】 10 硬碟機 110 底座 111 、 21 定位板 Ilia 長槽 111b 滑槽 112 限定部 112a 凸塊 112b 凹槽 120 前固定元件 122 後固定元件 130 彈性元件 131 輕曲端 132 固定端 2 機殼平面 20 儲存裝置 13 19816 1323882 201 * 202 211 211a 211b 212 212a 22 • 221 222 固定柱 凹部 導槽 直槽部 橫槽部 彈壓片 定位突部 固定彈片 折曲部The fixed column in the slot is inserted into it, and the green is left rnm A r to fix the storage device to the plane of the casing. The fixing mechanism of the storage device of the present invention is characterized in that only two positioning positions are required, and the guiding grooves are arranged on the upper part for sliding the fixing column on the storage device, and one end of the fixing elastic piece is fixed on the outer side of the positioning plate. The other end is a movable end extending along the length of the positioning plate. Compared with the conventional fixed mechanism, this month. In addition, the mechanism can be simplified to reduce the manufacturing cost and achieve the effect of saving the number of parts. Further, since the movable end extends along the length of the positioning plate, the length of the fixed elastic piece is not limited by the height of the storage device, so The long torque allows the movable end to be operated by a small force to perform the unloading operation of the storage device without using the elastically better material as the fixed elastic piece, in addition to saving cost and improving the service life. Furthermore, the present invention is provided with a spring pressing piece and a positioning protrusion on the positioning plate, and the concave portion on the storage device can increase the firmness of the fixing mechanism. [Embodiment] Hereinafter, embodiments of the present invention will be described by way of specific examples, and other advantages and effects of those skilled in the art can be made by those skilled in the art. The present invention (10) is a perspective view showing the fixing mechanism of the storage device of the present invention, wherein the storage device 20 can be, for example, a floppy disk, a hard disk drive, a disk drive, and a burner. A fixed column and a plurality of recesses 202, such as screws or guide posts, are disposed on the side of the storage device 20 opposite to the clamping position. The plane 2 of the casing is provided with two parallel positioning plates 21 corresponding to the positioning side of the storage device 20, and the positioning plate 21 is provided with a substantially L-shaped guide groove 2n for storage. The fixing posts 201 on both sides of the device 2 are slid into the guiding groove 211, so that the storage device 2 is positioned between the two positioning plates 21. The guide groove 211 includes a straight groove portion 2Ua disposed downward from the top edge of the positioning plate 21, and a lateral groove portion 211b extending in the longitudinal direction of the straight groove portion 2, and the storage device 2 The side fixing column 201 can be sequentially slid down into the straight groove 211 & and then translated into the horizontal groove / rudder 211b. As shown in the figure, one of the positioning plates 21 is provided with two elastic pressing pieces 212 extending in the longitudinal direction to be pressed against the positioning side of the storage device 2, and the positioning piece is provided on the elastic pressing piece 212. The portion 212a is for snapping into the recess 2 〇 2 on the side of the positioning device of the storage device 20 to increase the firmness of the fixed mechanism, and the elastic piece 212 and the positioning protrusion 21% are rushed. The pressing is formed on the positioning plate 21, so that no additional parts are required for assembly. The fixing elastic piece 22 is made of elastic metal or other material made of 19866 10 1323882, and can be elastically deformed by an external force, and one end is fixed on the outer side of the positioning plate 21 by riveting, welding, or the like. The other end is a movable end extending in the longitudinal direction. The fixing elastic piece 22 is formed with a bent portion 2 21 bent outwardly corresponding to the straight groove portion 211 a of the guide groove 2 ;; the fixed elastic piece 22 corresponds to the above The bottom end of the lateral groove portion 211b of the guide groove 211 is provided with a fixing hole 222' for the fixing column 201 sliding into the lateral groove portion 211b to be charged therein, and the storage device 20 is fixed to the casing plane 2. 2B is a plan view showing the assembled state of the present invention, the fixing post 201 can be slid into the straight groove portion 211a via a gap formed between the bent portion 221 of the fixing elastic piece 22 and the positioning plate 21, and then the storage device 2 is further When the bottom end of the lateral groove portion 211b is advanced, the fixing post 2〇1 pushes the fixing elastic piece 22 and slides along the lateral groove portion 211b, and the positioning protrusion 212a provided on the elastic pressing piece 212 remains The positioning of the storage device 2 is pushed by the side. Referring to FIG. 2C, when the fixing post 201 is pushed up to the position of the fixing hole 222 of the fixing elastic piece 22, when the fixing post 2 () 1 is charged into the fixing hole 222, the fixed elastic piece 22 pushed up is also The rebound to the original position 'At this time' the fixed column 2Q1 is restricted by the lateral groove portion 211b and the fixing hole 222 to be at the U疋 position. At the same time, the position of the positioning protrusion 212a is no longer affected by the position of the positioning protrusion 212a, and the positioning protrusion 212a is no longer affected by the position of the positioning protrusion 212a. When pushing, the card can be ejected from the positioning plate 21 and the card device (4) is set in the casing flat clothing. The storage is relatively opposite. When the storage device 2 is disassembled, only the force is required to be opened. 1325^2 • Fix the movable end of the elastic piece 22 so that the fixing hole (10) on the fixing elastic piece 22 is detached from the fixing column of the storage device 20, and then push the _ fixed column continent along the horizontal groove portion _ to the straight groove portion: : the positioning protrusion 2 is pushed by the side of the erroneous device 20 and is separated from the position of the recess 2 〇 2. When the fixed column 2 〇 1 is pushed to the straight groove portion 2113, the storage device can be directly placed along the The straight groove portion 2111 is taken out. It should be noted that, in the case of the elastic piece 212 and the positioning positioning plate 21, in the case where the fixed volume and the weight of the second plate 21 are required to be applied to the device 20, the resetting can be simultaneously set to -= according to the demand. On the plate 21, and the storage device 2G is oppositely disposed with the concave portion 2〇2 corresponding to the positioning protrusion 212; similarly, the two pieces 22 can be simultaneously set in the second structure of the cylinder. The outer side of the (four) board 21 is appropriately added to the use of the storage device of the present invention as described above, without the use of tools, and the use of additional solids while saving the need for conventional technology. Increase/decrease the structural robustness of the positioning protrusion and the health according to different needs. It is to be understood that the present invention is merely illustrative of the principles of the invention and its advantages. Any familiarity does not change the spirit and scope of the present invention, and the above embodiment is changed to 19816 x^882. Therefore, the right to protect the silkworm of the present invention is only based on the scope of the patent of the Shenshi. It should be taken from the armor of May [simplified description of the drawing]. Figure 1 is a perspective view of the "M.I.* patent" "Electronic Storage Device Fixing Mechanism". Figure 2A is the storage device fixing mechanism of the present invention. FIG. 2B and FIG. 2C are plan views showing the assembled state of the storage device fixing mechanism of the present invention. [Main component symbol description] 10 Hard disk drive 110 Base 111, 21 Positioning plate Ilia Long slot 111b Chute 112 Qualification 112a Bump 112b Groove 120 Front fixing element 122 Rear fixing element 130 Elastic element 131 Light end 132 Fixed end 2 Chassis plane 20 Storage device 13 19816 1323882 201 * 202 211 211a 211b 212 212a 22 • 221 222 Fixing column recessed guide groove Straight groove section Lateral groove part elastic piece positioning protrusion fixed elastic piece bending part
固定子LFixator L