M403727 五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種硬碟載具。 【先前技術】M403727 V. New description: [New technical field] The present invention relates to a hard disk carrier. [Prior Art]
硬碟（Hard Disk Drive’簡稱HDD)是電腦上使用堅 硬的紅轉碟片為基礎的非揮發性（non-volatile)儲存裝置。 硬碟在平整的磁性表面儲存數位資料。資訊透過離磁性表 面很近的讀寫頭’由電磁流來改變極性方式被電磁流寫到 磁碟上。資訊亦可以透過相反的方式讀取，例如磁場導致 線圈中電力的改變或讀寫頭經過硬碟的上方。 因為磁碟陣列具有傳輸速率快、儲存容量提升、增加 資料安全性及穩定性、提升1/0每秒的數量以及大量 快速及簡易管理等優點’所以『磁碟陣列』f被使用在词 服器中。磁碟陣列櫃最常被使用大型伺服器上，具可埶 換(Hot Swap)的特性。 ” 因為需要熱抽換(Hot Swap)的緣故，伺服器上的硬 般都具有^拆裝的硬碟載具。當—磁碟陣列櫃的硬碟 是設计成$直插拔』，絲碟載具的尺寸過大 = 碟陣列櫃需要很厚，會佔據伺服架上很大空一至硬 載具也會有散熱模組（例如散熱片或風 =硬碟 碟載具與硬碟陣列櫃的尺寸。 14 « 3加硬 如何縮減硬碟載具的尺寸、進而 是目前磁碟陣列的^計中重要的環節之—碟陣列櫃厚度 3 M403727 【新型内容】 的硬ί:具本新型之一目的是在提供-種適用於垂直插拔 根據上述目的，提供—種硬碟載具，其 以及-把手件。二側滑轨用以固定於—硬碟 ^滑軌 含一長條殼體以及一鎖件。長條 』側側 内’且包含-長條體、-扣件以及—彈性件 ^又體 二供使用者穿過操作窗以手指移動鎖件。扣件= 槽的對應扣槽。彈性件位於長條體的另_ “二 供扣件拖入硬碟槽的對應扣槽所需的彈力。稭以提 體』實施例’長條體'扣件以及彈性件為- 長條殼體與二側滑軌其中之 藉以連接至硬碟槽之開口旁 依據本新型另一實施例 的拖接端具有一樞接凹槽 的樞接桿。 彈性件為一 V形件。 藉以供螺料 m每—财轨具有複數鎖孔， 牙過而鎖附於硬碟對應的鎖孔。 依據本新型另—奋 — 件，藉以定位於硬碟槽之内侧壁母船月轨具有複數拱形 膠件依據_型另~實_ ’每—側滑轨為-體成型之塑 依據本新型另—實施例’長條殼體為—體成型之塑膠 依據本新型另一實施例 依據本新型另—實施例 M403727 件。 依據本新型另一實施例’長條殼體係以一轴桿樞接至 二側滑轨其中之—。 依據本新型另一實施例，軸桿具有一 c形截面。 依據本新型另一實施例，把手件係位於硬碟具有電連 接器之相對側。 由上述可知，應用本新型之硬碟載具的設計，利用鎖 件滑動連接於長條殼體内之設計，使得把手件的厚度能有 效縮減’使得硬碟模組的縱向長度能縮減，進而縮減磁碟 陣列植的厚度。此外’把手件的設計亦可易於使用者從硬 碟槽中抽拔硬碟模組。 【實施方式】 如上所述，本新型係提供一適用於「垂直插拔」的硬 碟載具’藉以縮減磁碟陣列櫃的厚度，並同時增加硬碟插 拔的方便性與速度。以下將藉圖式說明硬碟載具的結構與 使用方式。 °月參照第1圖，其繪示依照本新型一實施例的一種硬 碟模、，且的立體圖。硬碟模組刚基本上包含硬碟1⑽與其 硬碟載具。硬碟載具包含二側滑執（104a;獅）以及一 把手件109 手件109之長條殼體削梅接於側滑軌刚a 之端把手件109位於硬碟1〇2具有電連接器撤e之相 對側’方便使用者施力以拆裝硬碟iG2。把手能夠 於侧滑轨104a擺動。把手件109之長條 .^ 呆作窗110c，供使用者的手指穿越以*** 5 M403727 鎖件112之抠孔112b’藉以控制鎖件112之扣件112c是否 凸出長條殼體110的一端。Hard Disk Drive (HDD) is a non-volatile storage device based on a hard red disk on a computer. The hard disk stores digital data on a flat magnetic surface. The information is written to the disk by electromagnetic flow through a magnetic field that changes polarity by a magnetic head that is close to the magnetic surface. Information can also be read in the opposite way, for example, a magnetic field causes a change in power in the coil or the head passes over the hard disk. Because the disk array has the advantages of fast transfer rate, increased storage capacity, increased data security and stability, increased 1/0 per second, and a large number of fast and easy management, the disk array is used in the word service. In the device. Disk array cabinets are most commonly used on large servers with the feature of Hot Swap. Because of the need for Hot Swap, the hard disk on the server has a hard disk drive that is disassembled. When the hard disk of the disk array cabinet is designed to be directly inserted, The size of the disc carrier is too large = the disc array cabinet needs to be very thick, it will occupy a large space on the servo rack. The hard carrier will also have a heat dissipation module (such as the heat sink or the wind = the size of the hard disc carrier and the hard disk array cabinet). 14 « 3 hardening how to reduce the size of the hard disk carrier, and then is an important part of the current disk array - the thickness of the disk array cabinet 3 M403727 [new content] of the hard: one of the purpose of this new The present invention provides a hard disk carrier, and a handle member for the above purposes. The two side rails are fixed to the hard disk. The slide rail includes a long casing and a The lock member. The long side of the strip is included in the side of the strip and includes a long strip, a fastener, and an elastic member, and the second member is provided for the user to move the lock member through the operation window. The fastener = the corresponding buckle groove of the groove. The elastic member is located in the elongate body of the other _ "two fasteners required to pull into the corresponding buckle groove of the hard disk slot. In the embodiment of the present invention, the 'long body' fastener and the elastic member are - the elongated housing and the two side slide rails are connected to the opening of the hard disk slot, and the towing end according to another embodiment of the present invention has A pivoting rod pivoting the groove. The elastic member is a V-shaped member. Therefore, the screw m has a plurality of keyholes for each of the financial rails, and the teeth are locked to the corresponding locking holes of the hard disk. Fen-pieces, which are positioned on the inner side of the hard disk slot, the mother ship has a plurality of arched plastic parts according to the type _ another ~ real _ 'each - side slide rails - body molding plastic according to the new type - the embodiment 'long The strip housing is a body-molded plastic according to another embodiment of the present invention according to another novel embodiment M403727. According to another embodiment of the present invention, the strip housing is pivotally connected to the two side rails by a shaft. According to another embodiment of the present invention, the shaft has a c-shaped cross section. According to another embodiment of the present invention, the handle member is located on the opposite side of the hard disk having the electrical connector. The design of the dish carrier is slidably connected to the long shell by means of a lock member The design of the handle allows the thickness of the handle member to be effectively reduced, so that the longitudinal length of the hard disk module can be reduced, thereby reducing the thickness of the disk array. In addition, the handle member can be easily designed for the user to draw from the hard disk slot. [Embodiment] As described above, the present invention provides a hard disk carrier suitable for "vertical insertion and removal" to reduce the thickness of the disk array cabinet and at the same time increase the convenience of hard disk insertion and removal. The structure and the manner of use of the hard disk carrier will be described below. Referring to Fig. 1, a perspective view of a hard disk die according to an embodiment of the present invention is shown. The group basically consists of a hard disk 1 (10) and its hard disk carrier. The hard disk carrier includes a two-side sliding handle (104a; lion) and a handle member 109. The long piece of the hand piece 109 is cut off from the side rail just a The end handle member 109 is located on the opposite side of the hard disk 1 〇 2 with the electrical connector escaping e. It is convenient for the user to apply force to disassemble the hard disk iG2. The handle can swing on the side rail 104a. The strip of the handle member 109 is used as a window 110c for the user's finger to pass through to insert the pupil 112b' of the 5 M403727 lock member 112 to thereby control whether the fastener 112c of the lock member 112 protrudes from one end of the elongated housing 110. .
二側滑軌（104a ; 104b)用以固定於一硬碟102的兩 相對侧，並以螺絲106穿越鎖孔1〇5而鎖附於硬碟1〇2上。 每—侧滑軌（104a; 104b)均具有複數拱形件（i〇7a; i〇7b)。 每一拱形件（107a; 107b)略凸出於側滑軌的表面，當受 力時，拱形件之彈性恢復力會施加於硬碟槽（參照第2圖之 硬碟槽113)之内侧壁，使得硬碟1〇2能更穩固的定位於硬 碟槽内。此外，拱形件（l07a ; 1〇7b)之彈性也具有吸收 硬碟運作時震動的功效。 明參照第2圖，其繪示依照本新型一實施例自一硬碟 歹j櫃中垂直把拔出的示意圖。硬碟陣列櫃ιΐ6具有複數 ^ f的硬碟槽113 ’藉以供硬碟模組議熱抽換(HM〜叩） 圖中外硬碟陣列櫃116言泛有複數的風扇116a，藉以提供如 前頭方向的氣流’從相鄰硬碟模組剛之間隙通過， 運作時所產生的熱量。因此，硬碟載具之把手件 的散熱結散熱片或其他主動或被動 陣列櫃…的二：:缩縱減向長度因而能縮減’硬碟 請同時參照第丨、？ 之硬碟根細沾 圖，其中第3圖係搶示第1圖 内垂直拔㈣j圖。當硬碟模Μ㈣欲從硬碟陣列櫃116 之摇孔112b，藉以^^越操作窗11〇C以***鎖件112 (參照第1圖），二 112之扣件112c脫離扣槽113b 110b接合硬把手1G9使其減端之極接凹槽 '、s —側的樞接桿U3a，並以其為支點藉 6 M403727 把手109轉動（沿方向140)所產生的力矩使硬碟丨〇2之 電連接器102e脫離硬碟槽113内對應的連接璋（未緣示於 圖面）。接著，使用者就可直接抓把手1〇9垂直將硬碟模組 1〇〇沿方向115拉出硬碟槽in。 請參照第3圖，二側滑執（1〇4a; i〇4b)固定於硬碟 102的兩相對側（102a; 102b)e硬碟1〇2的側面上具有複 數螺孔103，供螺絲穿越側滑執（1 〇4a ; 1 〇朴）的孔洞鎖 附於其内。當每一側滑軌（l〇4a; 1〇4b)鎖附於硬碟1〇2 • 的側面時，可加上彈片114於側滑軌與硬碟102的侧面之 間，具有緩衝的功能。側滑軌（1 〇4a ; 1 〇4b )可以是一體 成型之塑膠件。 把手件109由長條殼體11〇與鎖件112所組成。長條 忒體110可柩接於二側滑軌其中之一。在本實施例中長 條殼體11〇利用轴桿108穿過側滑軌1〇4a之軸孔1〇5a與 長條殼體110之軸孔ll〇a，藉以柩接至側滑轨1〇4a的一 编。長條殼體110與側滑軌l〇4a的樞接端具有一枢接凹槽 籲110b，藉以連接至硬碟槽113之開口旁的樞接桿113a (參 '照第2圖）。長條殼體110可以是一體成型之塑膠件。 鎖件112係一長條體，其上具有一抠孔u〇c，供使用 者之手指穿過長條殼體11〇之操作窗n〇c以手指移動鎖 件。鎖件112的一端為扣件112c，用以凸出於長條殼體ιι〇 的& (穿過長條殼體110的開孔11 〇d)而***一硬碟槽 113的，應扣槽113b内。鎖件112的另—相對端為彈性件 112a’藉以提供扣件112c***硬碟槽113的對應扣槽“补 所需的彈力。在本實施中，彈性件U2a為一 乂形件，但並 7 M403727 不褐限於此形狀’其他例如u形或s形等亦為適用的彈性 件結構。組成鎖件112之長條體、扣件以及彈 體成型之塑膠件。 β利用鎖件U2滑動連接於長條殼體110内之設計，使 知把手件109的厚度能有m進而使整個硬碟模組 的縱向長度能縮減。 '' 請^第4圖，其繪示第3圖之轴桿的截面圖。在本 貫施财’轴桿1G8可為—具有c形截面的轴桿 者施力於軸桿⑽，使其缺口咖沿圖中箭頭的方向縮 小，就能縮減軸桿108的桿徑，使 ” 者：再施力於軸桿則’軸桿108的彈性回復力即；施力 :而孔二a二f:L 110a内壁’使轴桿108定位於軸孔内。 …、車杯的、，、。構並不侷限於上述的結 於軸孔内的設計亦適驗本案。 ，、他固疋軸# 由上述本新型實施方式可知，應用本新型之硬碟載且 =二用鎖件滑動連接於長條殼體内之設計，使得把 Γ 有效縮減，使得硬碟模組的縱向長度能縮 ==磁碟陣列櫃的厚度。此外，把手件的設計亦 了易於使用者從硬巾_硬碟模組。 定本新Μ方式揭露如上’然其並非用以限 熟習此技藝者’在不脫離本新型之精神和 ^圍内δ可作各種之更動與潤 圍當視後附之中請專利範圍所界定者=本新U保道犯 8 M403727 【圖式簡單說明】 為讓本新型之上述和其他目的、特徵、優點與實施例 能更明顯易懂，所附圖式之說明如下： 第1圖係繪示依照本新型一實施例的一種硬碟模組的 立體圖。 第2圖係繪示依照本新型一實施例自一硬碟陣列中垂 直把拔出的示意圖。 第3圖係繪示第1圖之硬碟模組的***圖。 第4圖係繪示第3圖之軸桿的截面圖。 【主要元件符號說明】 100硬碟模組 102硬碟 102a 側 102b 側 l〇2e電連接器 103螺孔 104a側滑軌 104b側滑軌 105鎖孔 105a軸孔 106螺絲 107a拱形件 107b拱形件 M403727 108軸桿 109把手件 110長條殼體 110a軸孔 110b枢接凹槽 110c操作窗 110d開孔 112鎖件 112a彈性件 112b握孔 112c扣件 113硬碟槽 113a樞接桿 113b扣槽 114彈片 115方向 116硬碟陣列櫃 116a風扇 140方向The two side rails (104a; 104b) are fixed to opposite sides of a hard disk 102 and are locked to the hard disk 1〇2 by screws 106 passing through the keyholes 1〇5. Each of the side rails (104a; 104b) has a plurality of arches (i〇7a; i〇7b). Each of the arch members (107a; 107b) protrudes slightly from the surface of the side rail. When the force is applied, the elastic restoring force of the arch member is applied to the hard disk slot (refer to the hard disk slot 113 of FIG. 2). The inner side wall enables the hard disk 1〇2 to be positioned more stably in the hard disk slot. In addition, the elasticity of the arch (l07a; 1〇7b) also absorbs the vibration of the hard disk during operation. Referring to Figure 2, there is shown a schematic view of a vertical pull out of a hard disk cartridge in accordance with an embodiment of the present invention. The hard disk array cabinet ιΐ6 has a plurality of hard disk slots 113' for the hard disk module to be hot swapped (HM~叩). The outer hard disk array cabinet 116 has a plurality of fans 116a, so as to provide a front direction. The airflow 'passes through the gap between adjacent hard disk modules and generates heat during operation. Therefore, the heat sinking fins of the handle of the hard disk carrier or other active or passive array cabinets can be reduced by the length of the reduction and the reduction of the hard disk. Please refer to the third page at the same time. The hard disk root is finely dipped, and the third picture is the vertical drawing (four) j picture in the first picture. When the hard disk module (4) is to be inserted from the rocking hole 112b of the hard disk array cabinet 116, the operation window 11〇C is inserted to insert the lock member 112 (refer to FIG. 1), and the fastener 112c of the second 112 is disengaged from the buckle groove 113b 110b. The hard handle 1G9 is connected to the pivoting rod U3a of the recess', s-side, and the torque generated by the 6 M403727 handle 109 (in the direction 140) is used as a fulcrum to make the hard disk 丨〇2 The electrical connector 102e is detached from the corresponding port in the hard disk slot 113 (not shown). Then, the user can directly grasp the handle 1〇9 and vertically pull the hard disk module 1〇〇 out of the hard disk slot in the direction 115. Referring to FIG. 3, the two side slides (1〇4a; i〇4b) are fixed on opposite sides of the hard disk 102 (102a; 102b). The side of the hard disk 1〇2 has a plurality of screw holes 103 for screws. The hole through the side slipper (1 〇 4a; 1 〇 )) is locked inside. When each side rail (l〇4a; 1〇4b) is attached to the side of the hard disk 1〇2, a spring piece 114 may be added between the side rail and the side of the hard disk 102 to have a buffer function. . The side rails (1 〇 4a; 1 〇 4b) can be integrally formed plastic parts. The handle member 109 is composed of a long case 11 and a lock member 112. The elongated body 110 can be coupled to one of the two side rails. In the present embodiment, the elongated housing 11〇 passes through the shaft hole 1〇5a of the side slide rail 1〇4a and the shaft hole 11〇a of the elongated housing 110 by the shaft 108, thereby being spliced to the side slide rail 1 A compilation of 〇 4a. The pivotal end of the elongated housing 110 and the side rails 104a has a pivoting recess 110b for connecting to the pivoting lever 113a adjacent to the opening of the hard disk slot 113 (see Fig. 2). The elongated housing 110 can be an integrally formed plastic piece. The lock member 112 is an elongated body having a bore u〇c thereon for the user to move the lock member with a finger through the operation window n〇c of the elongated housing 11〇. One end of the locking member 112 is a fastener 112c for being inserted into a hard disk slot 113 protruding from the elongated housing (opening through the opening 11 〇d of the elongated housing 110). Inside the slot 113b. The other opposite end of the locking member 112 is a resilient member 112a' for providing the fastener 112c to be inserted into the corresponding buckle groove of the hard disk slot 113 to "complement the required elastic force. In the present embodiment, the elastic member U2a is a stirrup member, but 7 M403727 No browning is limited to this shape 'Others such as u-shaped or s-shaped, etc. are also applicable elastic member structures. The long body, the fastener and the elastic molded plastic part which constitute the lock member 112. The sliding connection is made by the lock U2 The design of the inner casing 110 allows the thickness of the handle member 109 to be m so that the longitudinal length of the entire hard disk module can be reduced. '' Please refer to Fig. 4, which shows the shaft of Fig. 3. A cross-sectional view of the shaft 108 can be reduced by applying a force to the shaft (10) of the shaft having a c-shaped cross section, so that the notch can be reduced in the direction of the arrow in the figure. The rod diameter is such that the elastic restoring force of the shaft 108 is applied to the shaft; the force is applied: and the inner wall of the hole two a two f: L 110a positions the shaft 108 in the shaft hole. ..., car cup,,,. The design is not limited to the above-described design in the shaft hole and is also suitable for the case. , 固固疋轴# According to the above-mentioned new embodiment, the design of the hard disk carrier of the present invention and the sliding connection of the two-purpose lock member in the long casing can effectively reduce the Γ, so that the hard disk module The length of the longitudinal length can be reduced == the thickness of the disk array cabinet. In addition, the design of the handle member is also easy for the user to use from the hard towel _ hard disk module. This new method of disclosure reveals the above, but it is not intended to limit the skill of the skilled person. Without departing from the spirit of this novel and within the scope of the δ can be used for various changes and run-ups, as defined by the patent scope. =本新U保道犯 8 M403727 [Simple description of the drawings] In order to make the above and other objects, features, advantages and embodiments of the present invention more obvious and easy to understand, the description of the drawings is as follows: A perspective view of a hard disk module in accordance with an embodiment of the present invention. Figure 2 is a schematic view of a vertical pull out of a hard disk array in accordance with an embodiment of the present invention. Figure 3 is an exploded view of the hard disk module of Figure 1. Figure 4 is a cross-sectional view showing the shaft of Figure 3. [Main component symbol description] 100 hard disk module 102 hard disk 102a side 102b side l〇2e electrical connector 103 screw hole 104a side rail 104b side rail 105 lock hole 105a shaft hole 106 screw 107a arch 107b arch M403727 108 shaft 109 handle member 110 strip housing 110a shaft hole 110b pivot groove 110c operation window 110d opening 112 lock member 112a elastic member 112b grip hole 112c fastener 113 hard disk slot 113a pivot rod 113b buckle groove 114 shrapnel 115 direction 116 hard disk array cabinet 116a fan 140 direction