200847897 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種硬碟固定機構，且特別是有關 於一種應用於伺服器之硬碟固定機構。 【先前技術】 隨著科技的進步及對電腦系統的依賴裎度越來越 咼，市場對電腦系統的運算能力與資料儲存能力的要求 Ο200847897 IX. Description of the Invention: [Technical Field] The present invention relates to a hard disk fixing mechanism, and more particularly to a hard disk fixing mechanism applied to a server. [Prior Art] With the advancement of technology and the increasing reliance on computer systems, the market's requirements for computing power and data storage capabilities of computer systems Ο
也相對地提高。但隨著可用空間的日漸狹窄，對電腦與 相關設備所佔據的辦公室或廠房空間，就希望其能越來 越小。以電腦週邊設備之伺服器為例，其尺寸越做越 小，因此，伺服器中的硬體設備，在空間的配置上便 所限制。 …、，欢杈仏使用者所需的資料與儲存資料，伺服 器必須具有許多的硬碟與其他的儲存媒體，以提供資料 存取的服務。而伺服器之主 、 機板上述之儲存媒體，以 及其他的内建式電腦周邊 逭°又備均被女裝於伺服器機殼 中，有效的提供使用者所需的服於蚀 汀而的服务。然而，以硬碟之 組4為例’最簡單的方式θ Μ哭内弋疋以螺絲進行鎖固，但由於伺 服裔Ο空間有限，矣：g从 時需使用如㈣= = = _則拆卸 八，拆卸較為困難。 大此，如何減少硬碟裝卸時， 用，便成為重要的課題。 一[、拆卸工具的使 200847897 【發明内容】 此本么明的目的就是在提供一種硬碟固定機 構，用以固定硬碟於板件之中，並減少組裝硬碟時工呈 之使用。 〃 Γ 根據本發明之上述目的，提出一種硬碟固定機構，以 固定一硬碟於一板件，板件包含有-底面與-側面。硬 碟=定機構包含一固定支架、一硬碟框架，與一螺絲。 固定支架係直立於底面，i與側面間隔有一間距。硬碟 框架為—中空之框架’至少具有二相對之側框及與固定 支架接觸之一底框’硬碟固定於二相對側框之間。硬磾 定於硬碟上，底框延伸具有—突出之壓制部: 係與固定支架接觸，並利用螺絲鎖固壓制部於固 進而固定硬碟框架與其中之硬碟。硬 =具有—彈性夹片’彈性夹片配置於硬碟框架面； -—面。板件之底面可具有對應彈性夾片之 口，彈性夾片可與開口卡合，以進一步 4It is also relatively improved. However, as the available space becomes increasingly narrow, the office or plant space occupied by computers and related equipment is expected to be smaller and smaller. Taking the server of the computer peripheral device as an example, the size thereof is getting smaller and smaller, so the hardware device in the server is limited in the space configuration. ..., to enjoy the information and storage data required by the user, the server must have a lot of hard disks and other storage media to provide data access services. The main memory of the server, the storage medium mentioned above, and other built-in computer peripherals are also used in the server casing to effectively provide the user with the required eclipse. service. However, taking the group 4 of the hard disk as an example, the simplest way θ Μ 弋疋 弋疋 弋疋 弋疋 弋疋 弋疋 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Eight, disassembly is more difficult. In this case, how to reduce the hard disk loading and unloading is an important issue. [After the disassembly tool 200847897 [Invention] The purpose of this invention is to provide a hard disk fixing mechanism for fixing a hard disk in a board and reducing the use of the hard disk. According to the above object of the present invention, a hard disk fixing mechanism for fixing a hard disk to a plate member including a bottom surface and a side surface is proposed. Hard disk = fixed mechanism consists of a fixed bracket, a hard disk frame, and a screw. The fixing bracket is erected on the bottom surface, and i is spaced apart from the side surface by a distance. The hard disk frame is a hollow frame having at least two opposite side frames and a bottom frame 'contacting the fixed bracket' with a hard disk fixed between the opposite side frames. The hard frame is fixed on the hard disk, and the bottom frame extends to have a protruding portion: the system is in contact with the fixing bracket, and the pressing portion is fixed by screws to fix the hard disk frame and the hard disk therein. Hard = with - elastic clips 'elastic clips are placed on the hard disk frame surface; - surface. The bottom surface of the plate member may have a corresponding elastic clip, and the elastic clip can be engaged with the opening to further 4
其中之硬碟於板件。螺絲較佳地係為-手：蟫:框架與 支架可具有-定位件，定位件係突出於固手 弹性夾片與開口卡合時，硬 U 碟固定機構可包含一導引突起，導引突起：貼:。硬 之底面，導弓丨突起較佳地係與側面平=出於板件 硬碟框架。 A導引並定位 本發明之另一態樣為一種電 殼、-硬碟、具有-底面與一侧面之―板：，包含-機 扳件，以及將硬 7 200847897 碟口定於板件t硬碟固定機構。硬碟固定機構包含— 固定支架、一硬碟框举，命 „ ^ t 木與一螺絲。其中，硬碟係藉由 硬碟框架^至板件，板件可以插拔至機殼。固定支_ 係直立於底面，並與側面間隔有—間距。硬碟框架為二 中空之框架，至少呈右-如祖> η , μ ，、有一相對之側框及與固定支架接觸 之一底框，硬碟固定於-如祖…> Ba 相對側框之間。硬碟框架為固 定於硬碟上’底框延伸具有_突出之壓制部，壓制部係 與固定支架接觸，並利用螺絲鎖固壓制部於固定支架， 進而：定硬碟框架與其中之硬碟於板件。硬碟框架可、具 有一彈性夾片’彈性夾片配置於硬碟框架面對底面之— 面。板件之底面可具有對應彈性夾片之一開口，彈性夾 片可與開口卡合’以進—步固定硬碟框架與其中之硬碟 於板件。螺絲較佳地係為一手動螺絲。固定支架可具有 -定位件’定位件係突出於固定支架，其中彈性爽片'盥 開口卡合時’硬碟框架可與定位件貼合。硬碟固定機構 可包含-導引突起，導引突起係突出於板件之底面導 引突起較佳地係與側面平行，以導引並定位硬碟框架。 立、，硬碟固定機構可藉由手動螺絲，將硬碟框架之壓制 邛鎖固於固定支架’以固定硬碟框架及其中之硬碟，並 利用硬碟框架之彈性夾片與開口之卡合，進—步地固定 硬碟框架與其中之硬碟於板件上’而達到將硬碟連同硬 :框架輕易自固定支架拆卸安裝’因此可與主機板共用 空間，而不會妨礙到主機板的安裝拆卸或維修。 8 200847897 【實施方式】 以下將以圖式及詳細說明清楚說明本發明之精 神，任何所屬技術領域中具有通常知識者在瞭解本發明2 較佳實施例後’當可由本發明所教示之技術，加以改變 及修飾，其並不脫離本發明之精神與範圍。 參照第1-2圖，第丨圖係繪示本發明較佳實施例之 立體分解圖，第2圖係本發明較佳實施例之使用狀態之 立體組合圖。硬碟固定機構可將硬碟21〇固定至^件 120之中，板件120可為配置有主機板（圖中未顯示）的 可抽取式托架。板件120具有一底面122以及一側面 124,本實施例中，主機板係靠置並固定在板件12〇之 側面124上。 硬碟固定機構包含有一硬碟框架13〇與一固定支 木1 50 ’硬碟框架} 3〇可利用螺絲將硬碟2丨〇鎖固於其 上。固定支架150係直立固定至板件12〇之底面122， 並與側面124間相隔有一間距，且固定支架15〇係配置 為對應於硬碟210組裝於板件12〇時之預定位置，使硬 碟框架130與其中之硬碟21〇可靠置於固定支架15〇。 使當硬碟框架130固定至固定支架15〇後，硬碟框架 1/〇與側面1 24之間形成一個容置空間，而當主機板安 衷於側面1 24上時，部份的主機板可以容置於硬碟框架 側面12 4之間。硬碟框架1 3 〇，為一中空之框架， 至夕具有一相對之側框136,及與固定支架15〇接觸之 底杧1 3 8 ’硬碟2 10則固定於二相對側框之間，側框13 6 200847897 可延伸具有，一突屮夕 之壓制部ί34,並與固定支架150接 二碟加固定機構可利用螺絲16。將屋制部134鎖固於 口疋支木15〇’進而固定硬碟托架13〇與其中之硬碟 :板:牛广。螺絲160較佳地係為手動螺絲，以徒手地 進仃組裝工作，而不需其他的辅助工且。 奴1千之底 …… ⑼^ HU ’硬磲框架 底框138可具有—彈性夾片132,彈性夾片132 自底框138突出而以概略平行底框138的方向延伸。組 裝硬碟210時，硬碟框架13〇之彈性夾片132可穿過底 面122的開口 140,再將硬碟框架13〇移動而使彈性夾 片132與開口 140周圍的板件底面122夹合。將硬碟框 架130移動到定位後，再將硬碟框架13〇之壓制部【μ 利用螺絲160鎖固於固定支架15〇,以將硬碟框架13〇 與其中之硬碟固定於板件120。 固定支架150可具有一定位件152，定位件152係 突出於固定支架150,且定位件152較佳地係與固定支 架150呈90度交角。組裝硬碟210時，硬碟21〇可與 定位件152接觸，以定位硬碟框架13〇與其中之硬碟 2 1 〇於板件120之預定位置。硬碟固定機構可包含一導 引突起170,導引突起170係突出於板件12〇之底面 122，且導引突起170係與側面124平行。當組裝硬碟 框架130與其中之硬碟210時，硬碟框架13〇可藉由導 引突起170導引硬碟框架130順利移動，並藉由導引突 起170限制硬碟框架130另一方向（垂直於導引移動的 200847897 方向）之移動。 本實施例之板件120可應用於可抽拔式的直立飼 服器或工作站（Work Station)，硬碟210與主機板（圖中 未顯示）為直立式地裝置於板件12〇，板件12〇則可直 立的插至伺服器或工作站機殼。 本發明之硬碟固定機構亦可應用至一般主機板承 托板件為固定式的電子裝置上，如個人電腦。其中板件 之側面即為電子裝置機殼的側面，主機板即安裝固定至 此側面，而底面則為機殼的底面。 由上述本發明較佳實施例可知，應用本發明具有下 列優點。Among them, the hard disk is on the board. The screw is preferably a hand: 蟫: the frame and the bracket may have a positioning member, and the positioning member protrudes from the fixed elastic clip to engage with the opening, and the hard U disk fixing mechanism may include a guiding protrusion for guiding Protrusion: Post: On the hard bottom surface, the guide bow projection is preferably flat with the side = for the panel hard disk frame. A guiding and positioning another aspect of the present invention is an electric casing, a hard disk, a plate having a bottom surface and a side surface, including a machine wrench, and a hard 7 200847897 disk plate fixed to the plate member t Hard disk fixing mechanism. The hard disk fixing mechanism includes a fixing bracket, a hard disk frame lifting, a „ ^ t wood and a screw. The hard disk is driven by the hard disk frame ^ to the board, and the board can be inserted and removed to the casing. _ erected on the bottom surface and spaced apart from the side. The hard disk frame is a two-hollow frame, at least right-like ancestor gt, η, μ, with an opposite side frame and a bottom frame in contact with the fixed bracket The hard disk is fixed between - as the ancestors... Ba between the opposite side frames. The hard disk frame is fixed on the hard disk. The bottom frame extends with a protruding portion, the pressing portion is in contact with the fixing bracket, and the screw is locked. The solid pressing portion is fixed to the bracket, and the hard disk frame and the hard disk are disposed on the plate member. The hard disk frame can have an elastic clip, and the elastic clip is disposed on the surface facing the bottom surface of the hard disk frame. The bottom surface may have an opening corresponding to the elastic clip, and the elastic clip may be engaged with the opening to fix the hard disk frame and the hard disk therein to the plate. The screw is preferably a manual screw. Can have a - positioning member 'positioning member protruding from the fixed branch The frame, wherein the elastic sheet 'when the opening is engaged', the hard disk frame can be attached to the positioning member. The hard disk fixing mechanism can include a guiding protrusion, and the guiding protrusion protrudes from the bottom surface of the plate to guide the protrusion preferably. The system is parallel to the side to guide and position the hard disk frame. The vertical and hard disk fixing mechanism can be used to fix the hard disk frame to the fixed bracket by manual screws to fix the hard disk frame and the hard disk therein. And using the elastic clip of the hard disk frame to engage with the opening, and further fixing the hard disk frame and the hard disk on the plate to achieve the hard disk together with the hard: the frame is easily detached from the fixed bracket. Therefore, the space can be shared with the motherboard without hindering the installation, disassembly, or maintenance of the motherboard. 8 200847897 [Embodiment] The spirit of the present invention will be clearly described in the following drawings and detailed description, and is generally known in the art. The invention can be modified and modified by the teachings of the present invention, without departing from the spirit and scope of the present invention. Referring to Figures 1-2, the drawings are FIG. 2 is a perspective exploded view of a preferred embodiment of the present invention, and FIG. 2 is a perspective assembled view of a preferred embodiment of the present invention. The hard disk fixing mechanism can fix the hard disk 21 to the member 120. The device 120 can be a removable bracket configured with a motherboard (not shown). The panel 120 has a bottom surface 122 and a side surface 124. In this embodiment, the motherboard is placed against and fixed to the panel 12 The side surface 124. The hard disk fixing mechanism includes a hard disk frame 13A and a fixing branch 1 50 'hard disk frame} 3 〇 The hard disk 2 〇 can be locked with screws. The fixing bracket 150 is erected The bottom surface 122 of the plate member 12 is fixed to the bottom surface 122 of the plate member 12 and spaced apart from the side surface 124, and the fixing bracket 15 is configured to correspond to a predetermined position when the hard disk 210 is assembled to the plate member 12, so that the hard disk frame 130 is The hard disk 21 is reliably placed on the fixed bracket 15〇. After the hard disk frame 130 is fixed to the fixing bracket 15 , an accommodating space is formed between the hard disk frame 1 / 〇 and the side 1 24 , and when the main board is seated on the side 1 24 , part of the main board It can be placed between the sides 12 of the hard disk frame. The hard disk frame 1 3 〇 is a hollow frame, and has an opposite side frame 136 and a bottom 杧1 3 8 'hard disk 2 10 which is fixed between the two opposite side frames. The side frame 13 6 200847897 can be extended with a pressing portion ί34, and the fixing bracket 150 is connected to the two-disc fixing mechanism to utilize the screw 16. The housing portion 134 is locked to the mouthpiece 15' and the hard disk tray 13 is fixed to the hard disk: the plate: Niu Guang. The screw 160 is preferably a manual screw for manual assembly work without the need for additional assistance. The bottom of the slave is... (9) ^ HU ‘hard 磲 frame The bottom frame 138 may have an elastic clip 132 that protrudes from the bottom frame 138 and extends in the direction of the substantially parallel bottom frame 138. When the hard disk 210 is assembled, the elastic clip 132 of the hard disk frame 13 can pass through the opening 140 of the bottom surface 122, and then the hard disk frame 13 is moved to sandwich the elastic clip 132 with the bottom surface 122 of the plate around the opening 140. . After the hard disk frame 130 is moved to the position, the pressing portion of the hard disk frame 13 is clamped to the fixing bracket 15 by the screw 160 to fix the hard disk frame 13 and the hard disk therein to the plate 120. . The fixing bracket 150 can have a positioning member 152 protruding from the fixing bracket 150, and the positioning member 152 is preferably at an angle of 90 degrees to the fixing bracket 150. When the hard disk 210 is assembled, the hard disk 21A can be in contact with the positioning member 152 to position the hard disk frame 13 and the hard disk 2 1 in the predetermined position of the plate member 120. The hard disk fixing mechanism may include a guide protrusion 170 projecting from the bottom surface 122 of the plate member 12, and the guide protrusion 170 being parallel to the side surface 124. When the hard disk frame 130 and the hard disk 210 therein are assembled, the hard disk frame 13 can guide the hard disk frame 130 to move smoothly by the guiding protrusions 170, and the other direction of the hard disk frame 130 is restricted by the guiding protrusions 170. Movement (perpendicular to the direction of the 200847897 movement of the guide). The plate member 120 of the embodiment can be applied to a pull-out type of vertical clothes or a work station. The hard disk 210 and the main board (not shown) are vertically arranged on the plate 12 〇, the plate The 12 〇 can be inserted upright into the server or workstation chassis. The hard disk fixing mechanism of the present invention can also be applied to a fixed electronic device such as a personal computer for a general motherboard support plate. The side of the panel is the side of the casing of the electronic device, the main board is fixed to the side, and the bottom surface is the bottom surface of the casing. It will be apparent from the above-described preferred embodiments of the present invention that the application of the present invention has the following advantages.
動與潤飾，因此本發〖 範圍所界定者為準。 【圖式簡單說明】 他目的、特徵、優點與實施 為讓本發明之上述和其 200847897 例能更明顯易懂，所附圖式之詳細說明如下·· 第1圖係繪示本發明硬碟固定機構較佳實施例之 立體分解圖。 第2圖係繪示本發明硬碟固定機構較佳實施例之 立體組合圖。 122 :底面 130 :硬碟框架 134 :壓制部 138 :底框 150 :固定支架 160 :螺絲 210 :硬碟 【主要元件符號說明】 120 :板件 124 :側面 132 :彈性夾片 136 :側框 140 ··開口 152 :定位件 170 :導引突起 12Movement and retouching, so the scope of this issue is subject to the definition. BRIEF DESCRIPTION OF THE DRAWINGS The objects, features, advantages and embodiments of the present invention are made more apparent in the above description of the present invention and its 200847897 examples. The detailed description of the drawings is as follows: Figure 1 shows a hard disk of the present invention. An exploded perspective view of a preferred embodiment of the securing mechanism. Fig. 2 is a perspective assembled view of a preferred embodiment of the hard disk fixing mechanism of the present invention. 122: bottom surface 130: hard disk frame 134: pressing portion 138: bottom frame 150: fixing bracket 160: screw 210: hard disk [main component symbol description] 120: plate member 124: side surface 132: elastic clip 136: side frame 140 · Opening 152: positioning member 170: guiding protrusion 12