200820237 九、發明說明： 【發明所屬之技術領域】 •使有關於一種健存裳置固定機構，尤指-種不 進行固定/拆卸之儲存裝置 【先刖技術】 疑地：：：充斥著資訊多媒體的時代中，電腦已經毋庸置 疑也成為了人類生活及工作中的必 ， 著電腦的功能及穩定性不斷地 ασ ， 隨 型電腦作為舰器，更普代以往的大 的螢幕，周邊設備包括滑氣、鍵般、 印表機及掃描器等，而主機部 ^ 儲存工作。 W刀則負責主要的資料運算及 電腦主機包括機殼、主機板、中 二 模組、音效卡、顯示卡及資料儲存裝置等等。1中 =置可例如為軟碟、硬碟機、光碟機及燒錄機，二: V作為伺服器料之電腦主機來說，Α多都是先嵌入機咬 内部之定位框架’再藉由螺絲及工具，將這些資料儲存;^ 置鎖固至機殼之定位框架上，之後再蓋上 : 成組裝作業。 。上I以π 如上述’習知利用螺絲紅具來固定㈣儲存裝置之 =式僅增加資料儲存裝置之組裝時間，且螺絲零件也 ^易散落遺失’極為不便。&’遂有人提出免螺絲之儲存 衣置固又機構者，請參閱第丨圖，係為本國第 19816 5 200820237 ，專利之「電子儲存裝置固定機構」。該t子儲存裝置固 疋機構係用以固定如硬碟機i 〇等裝置，其包含底座1 1 〇、 數個彈性元件130、數個前固定元件12Q、及數個 元件122。 該底座110係用以承載該硬碟機10，其上方固設有 對平行豎立之定位板丨u，以容納、定位該硬碟機工〇， 於疋位板111设置有開口朝上、分別略呈L形與I形之長 槽111a與滑槽inb，而前固定元件丨2〇與後固定元件 係固設於硬碟機10兩側，硬碟機1〇可藉由前固 120與後固定元件122沿著長槽ma與滑槽mb滑動。 另外，在底座110上靠近定位板lu之滑槽1Ub外 側固設有彈性元件130，該彈性元件130具有彈性，用以 限制後固定元件122於滑槽lllb内之位移。 忒彈性元件130為一端固定於底座11〇之彈片，包含 一固定端132與一向上外斜之翹曲端131，該固定端132 係大致呈馬蹄形，用以夾持後固定元件122並限制其位 移，而翹曲端131係用於施力以固定/卸除該硬碟1〇。 该固定機構之使用方式如下所述：首先，將硬碟機 1 〇之箣固疋元件12 0對準長槽111 a，然後推動硬碟機^ 〇 則進，使前固定元件12〇沿著長槽ma之開口下移，再 沿著其水平段平移，當硬碟機10之後固定元件122恰好 對準滑槽111 b時，該後固定元件丨22可沿著滑槽丨丨J b 之開口下移，同時頂開彈性元件i 3〇，讓前固定元件i 2〇 與後固定元件I22分別滑進長槽Ilia與滑槽lllb之最裡 6 19816 200820237 .側，而將硬碟機π)夹持於底座11〇與定位板⑴之間， 使硬碟機10無法左右活動。此時，前固定元件12〇與後 固^件m分別受_^U1上之長槽llla與彈性 :二130之頂而無法逆向脫出，該硬碟機之前後 〜垂直方向之位私也遭受限制，而得以鎖固該硬碟機 丄U 〇 另外於底部11 〇設有以、、Φ^ .定部m之周圍設有馬==之:定部112’該限 .有些微撓性，而於限定限定部咖 1 1 田^ 上口又有半圓形截面之凸塊 2a’用以抵接硬碟機1G，避免其遭受震動。 固定機構提供了不需使用螺絲進行固㈣ =3^2 服8域純，其彈性元 仵130係立设於滑槽u丨b外 上ΐ:性元件13°之長度將受:]== =彈性…3°材質的選擇則嶋=【=’ 片或彈菁’而增加了生產成本與製造之之: 所述固定機構必須於η板⑴上至少^ 由於 與-滑槽111b’分別作為將 長4 Ula 途，導致1前4门—以洧仔衣置疋位及固定之用 ―致“”後固定元件之總數 運作。該固定機構雖可達到免工 要四们才月匕正吊 減少所需使用之零件數量。“衣之功效’但卻無法 由於結構簡單、零件數量少之機構設計才能因應現今 19816 7 200820237 .低毛利率的競爭環境’因此’如何開 機構，以解決上述習知技術之缺點 固定 課題。 κ馬田今亟待解決之 【發明内容】 鑒於以上習知技術之缺點，本發明之主 供一種構造簡單之儲存裝置固定機構。 、在於提 ，發明之又-目的在於提供—則於 置固定機構。 吨仔衣 本發明之復-目的在於提供一種無需使用工 拆裝之儲存裝置固定機構。 八n 儲疒目的及其他相關之目的，本發明係提供-種 儲存衣置固疋機構，用於將儲存裳置定位並固定在機殼平 二士’該：存裝置具有二相對之定位用側邊，且該定位用 貝_故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 側邊相對應，該定位板上設置有供導入儲存裳置之固定柱 並導引其移動至定位之導槽。該導槽係包含：自定位板頂 ，向下設置之直槽部、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 ，側邊’而彈壓片上設有定位突部，用以卡 前述儲存裝置定位用側邊之凹部中，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 200820237 定位板上者。 固定彈片，設於至少一定位板之外側邊上，由且彈性 之金屬或其他材料所製成，可受外力之作用並產生彈性變 形由-端為固設於定位板，另一端為沿定位板之縱長方向 動端。該固㈣片相對應於上述導槽之直槽部形 曲之折曲部，以供儲存褒置之固定柱經由該 與定位《形成之w人直槽部巾；且 ==!板之導槽位置處設有固定孔，以供滑入導 才曰中之固疋柱炭人其中’而將儲存裳置固^於機殼平面 上0 本發明之儲存裝置固定機構之特徵在於 位ί上各設置-導槽，以供儲存褒置上之固定柱；入T: 端固設於定位板之外側邊，另-端為沿定位 板之長度方向延伸之活動端。相較於習知固 :之設計可簡化機構以降低製造成本，並達到節省零件數 更由於該活動端係沿定位板之長度方向延伸， =固疋隹片之長度不受儲存裝置高度所限制，因此可具 進而得以藉由較小之力量操作該活動端，以 為組卸作業，而不需選用彈性較佳之材料作 W 了節省成本外，同時亦提高其使用壽命。 =牡本γ月於定位板上設有彈壓片及定位突部，其配合 啫存衣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 19816 9 200820237 明書所揭示之内容輕易地瞭解本發明 立體Ξ參m圖，係顯示本發明之儲存_定機構 立體圖，其中，該儲存裝置2〇可例如為軟碟、 光碟機及燒錄機其中之一者 〃 〃 宏你田彳0丨、真者而於儲存襞置20二相對之 數個凹部202。 4柱之固定柱2(Π及複 該機殼平面2上立設有平行 6 ” ^ ^ m on ^ ^ , 丁之—疋位板21，並與儲 : 疋位用侧邊相對應，該定位板21上設置有大 致呈=之導槽211，以使設於儲存裳置2〇兩側之固定 柱2〇1滑入该導槽211中，而使儲存裝置20定位於二定 位=21之間。其中，該導槽211係包含：自定位板以 頂邊向下設置之直槽部？彳〗 这、由 1及連通直槽部211a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部2Ua再平移滑 部211b中。 〃 #圖中所示，於其中-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 側邊，而於彈壓片212上設有定位突部2心，用以卡扣 於設在儲存裝置20定位用側邊上之凹部2〇2中，以增加 固定機構之牢固性，且該彈壓片212及定位突部21%係 藉由沖壓製程形成於定位板21上者，因此並不需要額外 之零件加以組裝。 该固定彈片22，由具彈性之金屬或其他材料所製 19816 10 200820237 成’可受外力之作用並產生彈性變开），一端藉由柳合、谭 接等方式固設於定位板21之外側邊上，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Μ】 之直槽部211a形成有向外側折曲之折曲部221 ;該固定 彈片22相對應於上述導槽211之橫槽部2爪底端挖設有 固定孔222 ’以供滑入橫槽部2Ub中之固定柱2〇1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 謝可經由固定彈片22之折曲部221與定位板21之間形 成工隙向下滑入直槽部2Ua中，接著再將儲存裝置別 _槽部211b之底端推進’則固定柱2〇1將頂推該固定 弹片22並沿著橫槽部2m滑動，此時設於彈壓片犯 部2仏則保持受到儲存裝置2G之定位用側邊 推壓之狀態。 〜 月 > 閱第2C圖，待固定柱2〇1頂推至固定彈片μ 二固定孔222位置處時，則固定柱2〇"旱以戾入固定孔 =，中’士同時’被頂推的固定彈片22亦將回彈至原來位 日Γ ’固定柱201受到橫槽部211bA固定孔222之 Γ处於固定位置。同時’儲存裝置20定位用側邊上 ==2亦移動至對應前述定位突部仙之位置，則 以自：邛212a不再党儲存裝置20定位用側邊之推壓，得 穿置tiTrf 21上彈出並卡扣於凹部202内，而將該儲存 衣置20固定於機殼平面2上。 相對地，於拆卸該儲存裝置20時，僅需施力撥開該 19816 11 200820237 ，固定彈片22之活動端’使固定彈片22上之固定孔222 脫離該儲存裝置2G之固定检201，再將該儲存裳置2〇之 固定柱201 A著橫槽部2m推向直槽部2⑴，則卡扣於 凹部2 m突部2! 2 a亦將受到儲存裝置⑼推 擠而脫離凹部202之位置，待固定柱2〇1被推至直Μ 2出^時’便可直接將儲存裝置2〇沿著該直槽部2111取 、，其中，須注意的是，該彈壓片212及定位突部212a 並不限只設在JL中一定你ςη l 量較大之儲存裝置20之場入巾二在需要固定體積、重 — 于衣置“之％合中，復可依照需求同時設於 Γ疋位板21上，並於儲存裝置20兩相對之定位用侧邊上 =與定位突部212相對應之凹部2〇2，·同理， =22设可同時設於二定位板21之外側邊，以適當地增加 整體結構之牢固性與安全性。 位機本發明之儲存裝置固定機構，藉由簡單的定 =及固定彈片之運用，不需使用工具，即可將儲存裳 = 機殼平面’同時節省了習知技術中需 ^使用料固定元件所增加之成本，而得以提高生產之效 同日才可依照不同需求而增加/減少該定位突部與儲存 ΐϋ之凹部’而得以在不增加零件數量之前提下獲得適 §之結構牢固性。 ★上述實施例僅為例示性說明本發明之原理及其功 ，’而五非用於限制本發明。任何熟習此項技藝之人士均可 不延背本發明之精神及範訂，對上述f施例進行修錦 19816 12 200820237 與變化。因此，本發明之權利保護範圍，應以後述之申言主 專利範圍為依據。 Μ 【圖式簡單說明】 弟1圖為本國弟Μ256511號專利「電子= 機構」之立體圖； 錯存敦置固定 第2 Α圖為本發明之儲存裝置固定機構立 第2B圖及第2C圖為本發明之儲存裝置 $圖，以及 狀悲之俯視圖。 又钱構、纟且装 t要元件符號說明 10 硬碟機 110 底座 111、21 定位板 Ilia 長槽 Hlb 滑槽 112 限定部 112a 凸塊 U2b 凹槽 120 前固定元件 122 後固定元件 130 彈性元件 131 龜曲端 132 固定端 2 機殼平面 20 儲存裝置 200820237200820237 IX. Description of the invention: [Technical field to which the invention belongs] • A storage device for a healthy storage device, especially a storage device that is not fixed/disassembled. [Suggestions] Suspicious::: Full of information In the era of multimedia, computers have undoubtedly become a must in human life and work. The function and stability of computers are constantly ασ, with computer-based computers as the ship, and the previous large screens, peripheral equipment including slippery Gas, keys, printers and scanners, etc., while the main unit ^ stores work. The W-knife is responsible for the main data calculations and the computer mainframe including the chassis, the motherboard, the second module, the sound card, the display card and the data storage device. 1 = set can be, for example, a floppy disk, a hard disk drive, a CD player, and a burner. 2: V is a computer host for the server material, and most of them are first embedded in the positioning frame of the machine bite. Screws and tools to store these materials; ^ are locked to the positioning frame of the casing, and then covered: assembly work. . Upper I is fixed by π as described above. It is conventionally used to fix the (4) storage device. The type of the storage device only increases the assembly time of the data storage device, and the screw parts are also easily lost and lost. &'There is a person who proposes a screw-free storage for clothing and equipment. Please refer to the figure below for the "Electronic Storage Device Fixing Mechanism" of the National No. 19816 5 200820237. The t-storage device fixing mechanism is for fixing a device such as a hard disk drive, and includes a base 1 1 〇, a plurality of elastic members 130, a plurality of front fixing members 12Q, and a plurality of members 122. The base 110 is used to carry the hard disk drive 10, and a positioning plate 丨u that is erected in parallel is fixed on the top of the base 110 to accommodate and position the hard disk machine. The clamping plate 111 is provided with an opening upward, respectively The L-shaped and I-shaped long grooves 111a and the sliding grooves inb, and the front fixing member 丨2〇 and the rear fixing member are fixed on both sides of the hard disk drive 10, and the hard disk drive 1 can be fixed by the front and rear 120 The fixing member 122 slides along the long groove ma and the chute mb. In addition, an elastic member 130 is fixed on the outer side of the sliding groove 1Ub of the base 110 near the positioning plate lu. The elastic member 130 has elasticity for restricting 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 11 at one end, and includes a fixed end 132 and an upwardly inclined warping end 131. The fixed end 132 is substantially in the shape of a horseshoe for clamping the rear fixing member 122 and limiting the same. The displacement, and the warped end 131 is used to apply a force to fix/unmount the hard disk. The fixing mechanism is used as follows: First, the hard disk unit 1 is fixed to the long slot 111a, and then the hard disk drive is pushed to advance the front fixing member 12 The opening of the long slot ma is moved down and then translated along its horizontal section. When the fixing component 122 is aligned with the sliding slot 111 b after the hard disk drive 10, the rear fixing component 22 can be along the sliding slot 丨丨J b The opening is moved downward, and the elastic member i 3〇 is opened, and the front fixing member i 2〇 and the rear fixing member I22 are respectively slid into the longest slot of the long slot Ilia and the sliding slot 111b, and the hard disk drive π ) is clamped between the base 11 〇 and the positioning plate (1), so that the hard disk drive 10 cannot move left and right. At this time, the front fixing member 12〇 and the rear fixing member m are respectively subjected to the long groove 111a of the _U1 and the elastic: the top of the second 130 and cannot be reversely pulled out, and the hard disk machine is also in front of the vertical direction. Restricted, and the hard disk drive 丄U 〇 is additionally provided on the bottom 11 〇, Φ ^. The periphery of the fixed portion m is provided with a horse ==: the fixed portion 112' limit. Some slightly flexible, The bump 2a' having a semicircular cross section at the upper end of the limited defining portion is used to abut the hard disk drive 1G to avoid vibration. The fixing mechanism provides no need to use screws to fix (4) =3^2 service 8 domain pure, its elastic element 130 is set up on the outer slot of the chute u丨b: the length of the sexual element 13° will be subject to:]== = Elasticity... The choice of 3° material is 嶋 = [= 'Piece or Elastice' which increases the production cost and manufacture: The fixing mechanism must be at least ^ on the η plate (1) due to the --slot 111b' It will be 4 Ula long, resulting in the first 4 doors - the total number of rear fixed components used for the placement and fixing of the Taipa. Although the fixing mechanism can achieve the task of avoiding work, it is only necessary to reduce the number of parts required for use. "Effect of clothing" but it can not be designed because of the simple structure and small number of parts to meet the current 19816 7 200820237. Low-margin competition environment, so 'how to open the mechanism to solve the above-mentioned shortcomings of the conventional technology fixed problem. κ SUMMARY OF THE INVENTION In view of the above-mentioned shortcomings of the prior art, the present invention provides a storage device fixing mechanism which is simple in construction, and in addition to the invention, the object of the invention is to provide a fixing mechanism. The present invention is directed to providing a storage device securing mechanism that does not require disassembly. For the purpose of storage and other related purposes, the present invention provides a storage and storage mechanism for storing The mounting position is fixed and fixed in the casing of the two flats. The storage device has two opposite positioning sides, and the positioning uses a fixed column and a plurality of concave portions. The fixing mechanism includes: 'standing on the plane of the casing and corresponding to the positioning side of the storage device, the positioning plate is provided with a fixed column for importing and storing the skirt Guide the movement to the positioning guide groove. The guide groove comprises: a straight groove portion disposed from the top of the positioning plate, and a horizontal groove portion extending in the horizontal direction and communicating with the straight groove portion, and the two sides of the storage device The fixed column system can be sequentially slid down into the straight groove portion and then translated into the lateral groove portion. At least one positioning plate is provided with at least one elastic piece extending in the longitudinal direction, so that the side edge is pressed The positioning protrusion is arranged on the sheet for clamping the concave portion of the side of the storage device to increase the firmness of the fixing mechanism. The elastic pressing piece and the positioning protrusion are formed by a stamping process on the 19816 8 200820237 positioning plate. The fixed elastic piece is disposed on the outer side of at least one positioning plate and is made of elastic metal or other material, and can be subjected to an external force and elastically deformed from the end to the positioning plate, and One end is a moving end along the longitudinal direction of the positioning plate. The solid (four) piece corresponds to the bent portion of the straight groove portion of the guiding groove, for the fixed column of the storage device to be positioned and positioned by the person Straight grooved towel; and ==! plate guide The fixing device is provided with a fixing hole for sliding into the solid carbon column of the guiding member, and the storage device is fixed on the plane of the casing. The storage device fixing mechanism of the present invention is characterized by The guide groove is arranged for storing the fixed column on the device; the T: end is fixed on the outer side of the positioning plate, and the other end is the movable end extending along the length of the positioning plate. Compared with the conventional solid : The design can simplify the mechanism to reduce the manufacturing cost, and save the number of parts. Since the movable end extends along the length of the positioning plate, the length of the solid sheet is not limited by the height of the storage device, so By operating the movable end with a small force, it is possible to unload the work without using elastically better materials to save costs and improve the service life. The sheet and the positioning protrusion, which cooperate with the recess on the storage device, can increase the firmness of the fixing mechanism. [Embodiment] Hereinafter, an embodiment of the present invention will be described by way of a specific example, and a stereoscopic view of the present invention will be easily understood by referring to the contents disclosed in the specification of the Japanese Patent Publication No. 19816 9 200820237, which is a perspective view of the storage mechanism of the present invention. The storage device 2 can be, for example, one of a floppy disk, a CD player, and a burning machine, and a plurality of concave portions 202 opposite to the storage device. The fixed column 2 of the 4 column (the upper and lower planes of the casing 2 are provided with parallel 6 ′ ^ ^ m on ^ ^ , Dingzhi-疋 position plate 21, and corresponds to the side of the storage: 疋 position, The positioning plate 21 is provided with a guiding groove 211 which is substantially ???, so that the fixing post 2〇1 disposed on both sides of the storage skirt 2〇 slides into the guiding groove 211, so that the storage device 20 is positioned at two positioning=21 The guide groove 211 includes: a straight groove portion which is disposed downward from the top edge of the positioning plate, and a lateral groove portion 211b extending from the straight groove portion 211a and extending in the longitudinal direction. The fixing post 201 on both sides of the storage device 2 can be sequentially slid into the straight groove portion 2Ua and then translated into the sliding portion 211b. 〃 # As shown in the figure, the positioning plate 21 is provided with two edges. The elastically extending piece 212' extending in the longitudinal direction is biased on the positioning side of the storage device 2, and the positioning protrusion 2 is disposed on the elastic pressing piece 212 for being buckled on the positioning side of the storage device 20. In the recessed portion 2〇2, the securing property of the fixing mechanism is increased, and the elastic pressing piece 212 and the positioning protruding portion 21% are formed on the positioning plate 21 by a stamping process, and thus Additional parts are required for assembly. The fixed elastic piece 22 is made of elastic metal or other material, and can be subjected to external force and elastically opened. One end is fixed by Liuhe and Tan. The outer end of the positioning plate 21 is disposed on the outer side of the positioning plate 21, and the other end is a movable end extending in the longitudinal direction. The fixed elastic piece 22 is formed with a bent portion that is bent outwardly corresponding to the straight groove portion 211a of the guide groove. 221; the fixing elastic piece 22 is corresponding to the bottom end of the lateral groove portion 2 of the guiding groove 211, and a fixing hole 222' is dug for the fixed column 2〇1 which slides into the horizontal groove portion 2Ub to be stored therein, and will be stored. The device 20 is fixed on the plane 2 of the casing. Fig. 2B is a plan view showing the assembled state of the present invention, which can be slid into the straight slot by forming a working gap between the bent portion 221 of the fixed elastic piece 22 and the positioning plate 21. In the portion 2Ua, the bottom end of the storage device _ groove portion 211b is further advanced. Then, the fixed column 2〇1 pushes the fixed elastic piece 22 and slides along the lateral groove portion 2m, and is provided at the elastic piece 2仏 remains in the shape of the positioning side of the storage device 2G ~月> Read the 2C figure, when the fixed column 2〇1 is pushed up to the position of the fixed spring piece μ two fixing holes 222, then the fixed column 2〇" drought to break into the fixed hole =, the middle 'sister at the same time' The pinned fixed elastic piece 22 will also rebound to the original position. The fixed column 201 is in a fixed position after the fixing hole 222 of the lateral groove portion 211bA. At the same time, the storage device 20 is also moved on the side of the positioning side ==2. To the position corresponding to the positioning protrusion, the 邛212a is no longer pushed by the positioning side of the party storage device 20, and the tiTrf 21 is ejected and snapped into the recess 202, and the storage is attached. The set 20 is fixed to the plane 2 of the casing. In contrast, when the storage device 20 is disassembled, it is only necessary to apply the force to disengage the 19816 11 200820237, and the movable end of the fixed elastic piece 22 is configured to disengage the fixing hole 222 of the fixing elastic piece 22 from the fixed inspection 201 of the storage device 2G, and then The fixing post 201 A of the storage shelf 2A is pushed to the straight groove portion 2 (1) by the lateral groove portion 2m, and then the projection portion 2 m 2 2 2 is also pushed by the storage device (9) to be separated from the concave portion 202. When the fixed column 2〇1 is pushed to the straight Μ 2 output ^, the storage device 2 直接 can be directly taken along the straight groove portion 2111, wherein it should be noted that the elastic piece 212 and the positioning protrusion 212a is not limited to JH. It is necessary for you to have a large amount of storage device 20. In the case of a need to fix the volume and weight - in the case of clothing, it can be set at the same time. On the position plate 21, on the opposite positioning side of the storage device 20 = the concave portion 2 〇 2 corresponding to the positioning protrusion 212, and the same, the =22 setting can be provided on the outer side of the two positioning plates 21 at the same time. To appropriately increase the firmness and safety of the overall structure. The storage device fixing mechanism of the present invention is provided by The use of fixed = and fixed shrapnel, without the use of tools, can be stored in the skirt = shell plane ' while saving the cost of the need to use the material fixing components in the conventional technology, and to improve the production efficiency on the same day The positioning protrusion and the recess of the storage cassette can be increased/reduced according to different needs to obtain the structural firmness without increasing the number of parts. ★ The above embodiments are merely illustrative of the principle of the invention and It is to be understood that the present invention may be modified by any person skilled in the art without departing from the spirit and scope of the present invention. The scope of protection of rights shall be based on the scope of the main patents of the later-mentioned claims. Μ [Simple description of the drawings] The picture of brother 1 is a perspective view of the national electronic code 256511 "electronic = organization"; the second picture of the wrong deposit 2A and 2C are storage devices of the present invention, and a top view of the storage device.钱 构 纟 装 装 lia lia lia lia lia lia lia lia lia lia lia lia lia lia lia lia lia lia lia lia lia lia lia lia lia lia lia lia Turtle end 132 fixed end 2 casing plane 20 storage device 200820237
201 固定柱 202 凹部 211 導槽 211a 直槽部 211b 橫槽部 212 彈壓片 212a 定位突部 22 固定彈片 221 折曲部 222 固定子L201 Fixing post 202 Recessed part 211 Guide groove 211a Straight groove part 211b Lateral groove part 212 Elastic piece 212a Positioning protrusion 22 Fixing elastic piece 221 Bending part 222 Fixing piece L