1358719 070728.TW 26258twf.doc/n 九、發明說明： 【發明所屬之技術領域】 本發明是有關於-種固定結構，且特別是有關於 硬碟模組的固定結構。 ^ 【先前技術】1358719 070728.TW 26258twf.doc/n IX. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to a fixed structure, and more particularly to a fixed structure of a hard disk module. ^ [Prior Art]
隨著科技的進步’電腦已成為我們日常生活中不可 缺的工具。—般而言’電腦中有許多主要的零組件，例^ 先碟機、磁碟機、硬碟機等等’其中硬碟提供了價格便 ^度與大容量_衫間，可作為齡作㈣統、 it以及使用者的資料等，因此電腦使用所需的軟體及 „分皆儲存於硬碟中，硬碟可說是電 $ 料儲存元件。 里受π貝 誓在電設在電腦内部，為了將硬碟牢固地安 L Γγ 先硬碟需固定於—主機的框架#，而框竿 的則邊八有多個螺孔’螺孔與硬碟 ===，框架與，鎖固結合。習知硬碟在: '. 而要依賴大1的螺絲，不但組合上費工且 慢’絲巾導致補生錢本的增加。 县、土鐘2螺絲鎖合硬碟與主機框架時施力過大，很容 行i碟的维:解2致螺絲空轉而無法鎖固螺絲’且欲進 轉鬆大量的螺练:以時’必須使用螺絲起子等工具 的方式除了會造成組;:上：：二 6 1358719 070728.TW 26258twf.doc/n 成拆卸與安裝上花費大量的時間與人力。換言之此種 絲鎖固硬碟的方式非常不適應現下流行之整機拆卸呈 (Tool-less)的趨勢。 【發明内容】 本發明提供一種硬碟模組的固定結構，不需工具 快速固定組裝及拆卸硬碟模組。 〃 本發明提出一種硬碟模組的固定結構，硬碟模袓具有 -基板以及開設於基板的至少—鎖L硬碟模組的固以吉 構^括一機殼、二角固定片、至少一固定柱以及二執道。 機殼具有一底板以及多個邊框，其中底板具有一第一邊及 ，對於第-邊的第二邊，位於第—邊的兩側具有一第一角 落與二第二肖落’這些邊框分觀置於第—角落處以及第 二角^處。二角固定片分別設置於這些邊框上而對應於第 角落與第一角落，以對硬碟模組卡扣。至少一固定柱設 /置於底板上1靠近底板的第二邊，固定柱上端具有徑向口 徑縮小的一卡槽，用以卡扣於硬碟模組的鎖孔中。二軌道 沿ϊ—ΐ動的方向平行配置於這些邊框上，至少一執道具 有罪近第二邊的—定位槽’定位槽之兩側壁與硬碟模組的 基板相互卡合。 〜在本發明之一實施例中，上述之底板與這些邊框共同 界定一容置空間，硬碟模組經由第二邊進入容置空間中。 在本發明之一實施例中，上述之硬碟模組ς固定結 構，其中當固定柱由鎖孔之較大開口位置往鎖孔之較小開 7 1358719With the advancement of technology, computers have become an indispensable tool in our daily lives. In general, there are many major components in the computer, such as the first disk player, the disk drive, the hard disk drive, etc. The hard disk provides the price and the large capacity _ shirt, which can be used as an ageing (4) The data of the system, the it and the user, etc., so the software and computer software required for the use of the computer are stored in the hard disk. The hard disk can be said to be the electricity storage component. In order to firmly fix the hard disk, L Γ γ first hard disk needs to be fixed to the frame # of the mainframe, while the side of the frame 八 has a plurality of screw holes 'thread holes and hard disk ===, frame and lock combination. The conventional hard disk is in: '. And it depends on the screw of the big one, not only the combination of labor and slowness. The silk scarf causes the increase of the money. The county, the earth clock 2 screw locks the hard disk and the main frame is too strong. It is very easy to carry out the dimension of the i-disc: the solution 2 causes the screw to idling and cannot lock the screw' and wants to turn a large amount of screwing: in time, the tool must be used in addition to the tool such as a screwdriver; 2 6 1358719 070728.TW 26258twf.doc/n It takes a lot of time and manpower to disassemble and install. In other words, this kind of wire The method of locking the hard disk is very unsuitable for the trend of the popular tool-less. The present invention provides a fixed structure of the hard disk module, which does not require tools to quickly fix and disassemble the hard disk. The present invention provides a fixed structure of a hard disk module, the hard disk module having a substrate and at least a locking L hard disk module mounted on the substrate, and a fixed frame and a fixed angle a casing, at least one fixed column and two obsolete. The casing has a bottom plate and a plurality of frames, wherein the bottom plate has a first side and, for the second side of the first side, a first side on both sides of the first side The corners and the second second corners are disposed at the first corner and the second corner. The two corner fixing pieces are respectively disposed on the frames and correspond to the first corner and the first corner to the hard disk mode. The plurality of fixing posts are disposed on the bottom plate 1 adjacent to the second side of the bottom plate, and the upper end of the fixing column has a slot with a reduced radial diameter for snapping into the locking hole of the hard disk module. The tracks are arranged in parallel along the direction of the ϊ-ΐ In the frame, at least one of the two side walls of the positioning groove having the sin of the second side is engaged with the substrate of the hard disk module. In an embodiment of the invention, the bottom plate is common to the frames. Defining an accommodating space, the hard disk module enters the accommodating space via the second side. In an embodiment of the invention, the hard disk module ς fixed structure, wherein the fixing post is made by a large opening of the locking hole Position to the smaller opening of the keyhole 7 1358719
070728.TW 26258twf.doc/n 口位置移動’硬碟模組由一第一位置往這些角固定片移 動至一第二位置而固定。 在本發明之—實施例中，上述之鎖孔包括葫蘆孔。 在本發明之一實施例中，上述之具有定位槽的轨道靠 近^位槽的末端為—彈㈣龍，當硬碟餘位於第二位 置時，藉由按壓彈性變形區而使硬碟模組退回到第一位置。 在本發明之—實施例中’上述之這些邊框包括L型邊070728.TW 26258twf.doc/n Port Position Movement The 'hard disk module' is fixed by moving from a first position to the corner pieces to a second position. In an embodiment of the invention, the keyhole includes a cucurbit aperture. In an embodiment of the present invention, the end of the track having the positioning groove is close to the end of the slot, and the hard disk module is pressed by pressing the elastic deformation zone when the hard disk is in the second position. Return to the first position. In the embodiment of the invention - the above-mentioned frames include an L-shaped side
I 在本發此—實施财，域之這輯框具有至少— 卡勾，這些轨道具有至少-扣孔，卡勾心卡扣扣孔。 殼。在本發明之一實施例中’上述之機殼為—可抽取式機 在本發明之一實施例中，上述之可 前框架以及一手把，手把固定於义扩纟取式機狀包括一 邊上之部分邊框相連接。 木/、第 在本發明之一實施例中，上述之 條，導光條的一端用以接收硬磾模"匕括一導光 用以輸出光訊號。 域㈣的光訊號，其另-端 由於當硬碟模組位於第二位置時， 碟拉組之較小開口的鎖孔中，定位 ㈢卡扣於硬 的基板相互卡合，角固定片卡扣硬側壁與硬碟模組 碟模組。因此，姉於螺絲鎖附硬碟、方^達成固定硬 =碟模組的固定結構在固定硬碟模組的=為Si: 8 1358719 070728.TW 26258twf.doc/n 為讓本發明之上述和其他目的、特徵和優點能更明顯 易懂，下文特舉實施例，並配合所附圖式作詳細說明如下。 【實施方式】 圖1為本發明之一實施例之一種硬碟模組的固定結構 的分解示意圖。請參考圖1，硬碟模組1〇〇具有一基板 以及開設於基板110的至少一鎖孔U〇a(圖丨中僅示意地 繪示二個），其中鎖孔110a例如是葫蘆孔。硬碟模組二固 定結構200包括一機殼210、二角固定片220、至少一固定 柱230以及二軌道240。 詳細而言，機殼210具有一底板212以及多個邊框214 (圖1中僅示意地繪示二個），在本實施例中，邊框21斗 例如是L型邊框，且底板212與這些邊框214共同界定一 容置空間214a。底板212具有一第一邊212a及相對於第 一邊212a的一第二邊212b，硬碟模組1〇〇經由第二邊幻孔 進入容置空間214a中。此外，底板212具有位於第—邊 212a兩侧的一第一角落C1與一第二角落C2，這些邊框214 分別配置於第一角落C1處以及第二角落02處，且每—邊 框214具有至少一卡勾214b。 更進一步而言，機殼210可藉由二軌道24〇組裝於主 機框架上，以方便使用者更換或抽取硬碟模 別例如是-可抽取式機殼，其更包括—導光條、一^ 架216以及一手把218。導光條可配置於機殼21〇與軌道 240之間’導光條-端219a用以接收硬碟模組1〇〇的光訊 9 070728.TW 26258twf.doc/n ，導光條另-端219b用以輸出光訊號，透過指示燈12〇 =訊號（明暗或顏色變化）可讓使用者瞭解硬碟模組ι〇〇 '作狀痛手把218固定於前框架216上，前框架216 ，第一邊212a上之部分邊框214相連接，用以方便拿取機 豉210。此外，防電磁干擾的接地彈片以仏配置於前框架 叫’其與主機框架接地而可避免雜訊干擾硬碟模址議 的正常運作。 請再參考圖1 ’在本實施例中，二角固定片22〇分別 設置於這些邊框214上而對應於第—角落C1與第二角落 C2。值得一提的是，二角固定片22〇之形狀為一三角形， 但本發明並不限疋二角固定片220的形狀，已知的其他能 達到同等固疋效果的結構設計，仍屬於本發明可採用的技 術方案，不脫離本發明所欲保護的範圍。 另外至y固疋柱 230 (圖1僅示意地繪示兩個） s史置於底板212上且靠近底板212的第二邊212b，固定柱 230上端具有徑向口徑縮小的一卡槽232。此外，二軌道 240 Λ者一滑動的方向平行配置於這些邊框214上，這些 軌道240具有至少一扣孔244，且至少一軌道24〇具有靠 近第二邊212b的一定位槽242(圖丨僅示意地繪示一個）。 當機殼210之手把218與前框架216及接地彈片216a 組裝於底板212的第—邊212a，且二轨道240沿著一滑動 的方向平行配置於這些邊框214上，且邊框上之卡勾214b 卡扣軌道214之扣孔244,固定柱230配置於靠近底板212 之第二邊212b時’硬碟模組之固定結構2〇〇即組合完成。 1358719 070728.TW 26258twf.doc/n 以下對於硬碟模組的固定結構200的組合固定及拆離 過程作-說明。圖2A繪示圖i之硬碟模組的固定結構位 於第-位置的立體示意圖。請_參考圖丨與圖2A，將硬 碟模組100放入容置空間214a並與硬碟模組的固定結構 2〇〇位於第-位置P1時，固定柱，之切232位於鎖孔 ll〇a之較大開π位置’兩賴定片22()不干涉硬碟模組 圖2B繪示圖2A之硬碟模組的固定結構由第一位置移 動至第二位置的立體示意圖。圖3A為圖2B的側視圖。請 同時參考圖ZB與圖3A，當固定柱23〇之卡槽μ2由鎖孔 之較大開p位置往飢11Ga之較小心位置移動 時，硬碟模組励由-第-位置P1往二角固定片22〇移 動，-第二位置P2’二角固定片22。卡扣硬碟模組⑽， 且定位槽242之兩側壁242a與硬碟模組1〇〇的基板ιι〇 相互卡合，以達成固定硬碟模組1〇〇。I In this issue - the implementation of the financial, the domain of this box has at least - a hook, these tracks have at least - button holes, card hook snap holes. shell. In an embodiment of the present invention, the above-mentioned casing is a removable machine. In one embodiment of the present invention, the front frame and the handle are fixed, and the handle is fixed to the right-handed expansion type including one side. Some of the upper borders are connected. In an embodiment of the invention, in the above strip, one end of the light guiding strip is adapted to receive a hard dies; a light guide is used to output an optical signal. The optical signal of the domain (4) is at the other end. When the hard disk module is in the second position, the locking hole of the smaller opening of the dish pulling group is positioned (3) the buckle is stuck to the hard substrate, and the corner fixed card Buckle hard side wall and hard disk module disc module. Therefore, in the case of a screw-locked hard disk, the fixed structure of the fixed hard=disc module is fixed in the hard disk module = Si: 8 1358719 070728.TW 26258twf.doc/n Other objects, features, and advantages will be apparent from the following description. [Embodiment] FIG. 1 is an exploded perspective view showing a fixing structure of a hard disk module according to an embodiment of the present invention. Referring to FIG. 1, the hard disk module 1 has a substrate and at least one locking hole U〇a (only two are schematically shown in the figure). The locking hole 110a is, for example, a hoist hole. The hard disk module two-fixed structure 200 includes a casing 210, a two-corner fixing piece 220, at least one fixing post 230, and two rails 240. In detail, the housing 210 has a bottom plate 212 and a plurality of frames 214 (only two are schematically shown in FIG. 1 ). In this embodiment, the frame 21 is, for example, an L-shaped frame, and the bottom plate 212 and the frame are 214 collectively defines an accommodation space 214a. The bottom plate 212 has a first side 212a and a second side 212b opposite to the first side 212a. The hard disk module 1 is inserted into the accommodating space 214a via the second side magic hole. In addition, the bottom plate 212 has a first corner C1 and a second corner C2 on both sides of the first side 212a. The frames 214 are respectively disposed at the first corner C1 and the second corner 02, and each frame 214 has at least One card hook 214b. Furthermore, the casing 210 can be assembled on the main frame by two rails 24 , to facilitate the user to replace or extract the hard disk module, for example, a removable casing, which further includes a light guiding strip and a ^ Frame 216 and a handle 218. The light guiding strip can be disposed between the casing 21〇 and the rail 240. The light guiding strip-end 219a is used to receive the light of the hard disk module 1 070728.TW 26258twf.doc/n, and the light guiding strip is further- The terminal 219b is configured to output an optical signal, and the user can understand that the hard disk module 218 is fixed on the front frame 216 through the indicator light 12 〇=signal (shading or color change), the front frame 216 A portion of the frame 214 on the first side 212a is connected for convenient access to the casing 210. In addition, the anti-electromagnetic interference grounding shrapnel is arranged in the front frame by 仏, which is grounded to the mainframe frame to prevent noise from interfering with the normal operation of the hard disk module. Referring to FIG. 1 again, in the embodiment, the two corner fixing pieces 22 are respectively disposed on the frame 214 to correspond to the first corner C1 and the second corner C2. It is worth mentioning that the shape of the two-corner fixing piece 22 is a triangle, but the invention is not limited to the shape of the two-corner fixing piece 220, and other known structural designs that can achieve the same solid effect are still in the present invention. The technical solutions that can be employed in the invention are not deviated from the scope of the invention as claimed. In addition, the y-solid column 230 (only two of which is schematically shown in FIG. 1) is placed on the bottom plate 212 and adjacent to the second side 212b of the bottom plate 212. The upper end of the fixing post 230 has a slot 232 with a reduced radial diameter. In addition, the two rails 240 are disposed in parallel with the frame 214. The rails 240 have at least one buttonhole 244, and at least one of the rails 24b has a positioning slot 242 adjacent to the second side 212b. Schematically depict one). When the handle 218 of the casing 210 and the front frame 216 and the grounding elastic piece 216a are assembled to the first side 212a of the bottom plate 212, the two rails 240 are arranged in parallel along the sliding direction on the frame 214, and the hooks on the frame 214b The buckle hole 244 of the buckle rail 214, when the fixing post 230 is disposed near the second side 212b of the bottom plate 212, the fixed structure 2 of the hard disk module is assembled. 1358719 070728.TW 26258twf.doc/n The following is a description of the combined fixing and detaching process of the fixed structure 200 of the hard disk module. 2A is a perspective view showing the fixing structure of the hard disk module of FIG. Please refer to FIG. 2A and FIG. 2A, when the hard disk module 100 is placed in the accommodating space 214a and is located at the first position P1 with the fixed structure 2 of the hard disk module, the fixed column is located, and the cut 232 is located at the lock hole ll. The larger open π position of the 〇a's two slabs 22() does not interfere with the hard disk module. FIG. 2B is a perspective view showing the fixed structure of the hard disk module of FIG. 2A moved from the first position to the second position. Fig. 3A is a side view of Fig. 2B. Please refer to FIG. ZB and FIG. 3A at the same time, when the slot 2 of the fixing post 23 is moved from the larger opening position of the locking hole to the smaller center position of the hunger 11Ga, the hard disk module is excited by the - position P1 to the two corners. The fixing piece 22 is moved, and the second position P2' is a two-corner fixing piece 22. The hard disk module (10) is fastened, and the two side walls 242a of the positioning slot 242 and the substrate ιι of the hard disk module 1 are engaged with each other to achieve a fixed hard disk module.
圖3B繪示® ZB之硬碟模組的固定結構由第二位置 離的側視ffi °請參考圖3B，在本實施例巾，定位种 242的軌道240靠近定位槽242的末端為—彈性變形^ 242b ’當硬碟模組100位於第二位置p2時 性變形區242b而使硬韻組⑽拆離且退^ 位置 P1 ’即可將硬碟模組100 *出。同理，藉由彈性變形區鳩 :、基板lio相互卡合，硬碟模組100即可從第一位置ρι 詳細而言，本實施狀硬·_固定結構携，藉 11 1358719 070728.TW 26258twf.doc/n 由卡槽232在鎖孔110a之較大開口位置與鎖孔腕之較 小開口位置間移動，可使硬碟模組1〇〇在第一位置ρι與 第二位置P2間移動，以達成方便組裝固定或拆離硬碟模 組100。此外，利用定位槽242與基板11〇相互卡扣以 及角固定片220干涉硬碟模組1〇〇，可加強固定硬碟模組 100的功效。 '’ ，上所述，本發明之硬碟模組的固定結構，藉由固定 柱上端之卡槽卡扣於硬碟模組之鎖孔t，角固定片卡扣硬 碟模組，且定位槽之兩側壁與硬碟模組的基板相互卡合， 可將=碟池IU定於硬碟模組的固定結構中。此外，由於 更碟模組的固疋結構是利用卡扣的方式來固定硬碟模缸， 所f本發明之硬組關定結構為緊密扣合結構，、無須 螺絲鎖附’無須工具即可方便組㈣定硬碟餘。、 雖然本發明已以實施例揭露如上，然其並非用以限定 t發明’任何所屬技術領域中具有通常知識者，在不脫離 ^發明之精神和範圍内，當可作些許之更動與潤飾，故本 x明之保護®* ®當視後附之巾請專利範圍所界定者為準。 【圖式簡單說明】 的分5發明之—實關之—種㈣模組的111定結構 圖2Α繪示圖1之硬碟模組的固定結構位於第一位 的立體示意圖。 圖2Β繪示圖2Α之硬碟模組的固定結構由第—位置移 12 1358719 070728.TW 26258twf.doc/n 動至第二位置的立體示意圖。 圖3A為圖2B的側視圖。 圖3B繪示圖2B之硬碟模組的固定結構由第二位置拆 離的側視圖。 【主要元件符號說明】 100 :硬碟模組 ^ 110 :基板 110a :鎖孔 120 :指示燈 200 :硬碟模組的固定結構 210 :機殼 212 :底板 212a :第一邊 212b :第二邊 214 ·•邊框 • 214a :容置空間 214b :卡勾 216 :前框架 216a:接地彈片 218 :手把 219a :導光條一端 219b :導光條另一端 220 :角固定片 13 1358719 070728.TW 26258twf.doc/n 230 :固定柱 232 :卡槽 240 :轨道 242 :定位槽 242a :兩側壁 242b :彈性變形區 244 :扣孔 C1 :第一角落 C2 :第二角落 P1 :第一位置 P2 :第二位置FIG. 3B shows a side view of the fixing structure of the hard disk module of the ZB from the second position. Referring to FIG. 3B, in the embodiment, the track 240 of the positioning type 242 is close to the end of the positioning groove 242. Deformation ^ 242b 'When the hard disk module 100 is in the second position p2 time deformation zone 242b to detach the hard rhyme group (10) and retract the position P1 ', the hard disk module 100 can be discharged. Similarly, by elastic deformation zone 、:, the substrate lio is engaged with each other, the hard disk module 100 can be from the first position ρι in detail, the embodiment of the hard _ fixed structure carrying, by 11 1358719 070728.TW 26258twf .doc/n is moved by the card slot 232 between the larger opening position of the locking hole 110a and the smaller opening position of the locking hole wrist, so that the hard disk module 1 is moved between the first position ρι and the second position P2 In order to achieve convenient assembly or fixing or detaching the hard disk module 100. In addition, the fixing of the hard disk module 100 can be enhanced by the positioning of the positioning groove 242 and the substrate 11 卡 and the angular fixing piece 220 interfering with the hard disk module 1 . As described above, the fixing structure of the hard disk module of the present invention is fastened to the locking hole t of the hard disk module by the card slot at the upper end of the fixing column, the corner fixing piece buckles the hard disk module, and is positioned The two side walls of the slot are engaged with the substrate of the hard disk module, and the disk pool IU can be set in the fixed structure of the hard disk module. In addition, since the solid structure of the disc module is to fix the hard disc mold cylinder by means of a buckle, the hard set structure of the invention is a tightly fastened structure, and the screw lock is not required. Convenient group (4) fixed hard disk. The present invention has been disclosed in the above embodiments, but it is not intended to limit the invention, and the invention may be modified and modified without departing from the spirit and scope of the invention. Therefore, the protection of this product shall be determined by the scope of the patent. [Simple description of the figure] is divided into five inventions - the actual type of - (4) 111 fixed structure of the module Figure 2 is a perspective view of the fixed structure of the hard disk module of Figure 1 in the first position. FIG. 2 is a perspective view showing the fixed structure of the hard disk module of FIG. 2 moved from the first position to the second position by 12 1358719 070728.TW 26258 twf.doc/n. Fig. 3A is a side view of Fig. 2B. 3B is a side elevational view showing the fixing structure of the hard disk module of FIG. 2B removed from the second position. [Main component symbol description] 100: Hard disk module ^ 110: Substrate 110a: Keyhole 120: Indicator light 200: Fixed structure of hard disk module 210: Case 212: Base plate 212a: First side 212b: Second side 214 ·•Border • 214a : accommodating space 214b : hook 216 : front frame 216a : grounding spring 218 : handle 219a : light guide end 219b : light guide strip other end 220 : angle fixing piece 13 1358719 070728.TW 26258twf .doc/n 230: fixing post 232: card slot 240: rail 242: positioning slot 242a: two side walls 242b: elastic deformation zone 244: buttonhole C1: first corner C2: second corner P1: first position P2: Two position