200836612 九、發明說明： 【發明所屬之技術領域】 …… 本發縣有關於-㈣贿 容置二種不同尺寸硬碟的資 ^ η種可用以 【先前技術】 、增存錢。 磁碟陣列工作站為一種資 同時裝設有多個硬碟，而可供大量儲子存糸統取^在機殼内部 習> 磁碟陣列工作站的機殼内； 碟，-般皆容置2. 5英忖的硬碑，置相同足才的硬 如㈣找 360，Β1=ί^^η5&^«。 揭露有資料儲存系统。 ’ ，71，Β1等杲國專利即 然而’在實際使用時’常因價格 而需使用不同尺寸的硬碟或是 靶一乂口口貝寺因京， 資料儲存系統大都只能插置相碟。但現有的 Η英叶的硬碟’就是全部! .尺寸的選用缺少彈性變化，益法 W更碟，使付Μ 混插，而造成使用上極大的=口應只際使用的需求進行 緣是，本發明人有感上述缺失之 計合理且有效改善上述缺失之本發’提L又 【發明内容】 ^明之主要目的’在於可提供—種容 尺 =硬碟❹料儲存祕，其能因應實際使 ^行滿 插，以便利於使用。 而 本發明之另一目的，在於可提供一種可以容置不同尺 的資料儲存系統’其構造簡化，組裝簡單容易，成 200836612 為了達成上述之目的，本發明係提供一種可以 =尺寸㈣的資料儲存系統，包括：匕機 部^ 有至少一硬碟容置空問， 铽成〜内邰形成 置放第-硬碟裝置及第一；磾二;置：，用以選擇性的 二祕rm* _置，該®—硬雜置及第 該機殼内部’該介面板設有複數师—連=，能用又= 該寺硬碟f:置達成電性連接；至少-電源供應模組，其設 以及至少:儲存控制器’其設置於該機 接 制器與該介面制電源賴組達成 提之目的’依據本發明之另-實施例，係 _ \種7谷置不同尺寸硬碟的資料儲存系統，包括： 門开2有至少一磁碟機容置空間，該磁碟機 二硬碟裝置，該第—硬置及第二硬碟裝 不同尺寸的第-硬碟及第二硬碟；—介面板，其 機殼内部’該介面板設有複數個第，連接器，能ς以鱼= 等硬碟裝置達成·連接；至少—電源供應輪，^晉 於該機殼内部；以及至少—儲存控制器，其設置於該^ 内部’該儲存控制H無介面板、該電源供應模組達成電 14連接，其中’當該磁碟機容置空間中所容置者支 -硬碟裝置時，該等第—硬碟裝置係容置於—個=於該 磁碟機容置空間中之容置匣中。 ^ 本發明具有以下益效果：本發明係於機殼内部設有至 少-硬碟^置空間，該硬碟容置空間能用以選擇性的置放 具有不同尺寸硬碟的第一硬碟裝置及第二硬碟骏置，使得 硬碟尺寸的選用較具彈性變化，能因應實際使用的需求= 200836612 . .行混插，以便利於戽用。· ， 為使能更進一1步暸解本發明之特徵及技術内容，請參 閱以下有關本發明之詳細說明與附圖，然而所附圖式僅提 供參考與說明用，並非用來對本發明加以限制者。 【實施方式】 有關本發明之第一實施例，請參閱第一圖至第五圖， 第一圖係本發明第一實施例資料儲存系統之立體圖，第二 圖係本發a覆第一實埯例資料儲存系統之前視圖，第三圖替 ► 本發明第一實施例第一、二硬％裝置與介面板之侧視圖y 第四圖係本發明第一實施例資料儲存系統插接第一、二硬 碟裝置之立體圖，第五圖係本發明第一實施例資料儲存系 統插接第一、二硬碟裝置之前視圖。本發明之資料儲存系 統包括有一機殼1、一介面板2、一或多個電源供應模組 3、一或多俩儲存控制器4及複數個第一、二硬碟裝置5、 6，在本實施例中，該機殼1為2u (1U為1· 75英吋） 南度的規格，該機殼1係具有一底板i丄及二由該底板工 ， ^相對二侧向土延伸形成的侧梭12，籍以構成一頂部及 前端呈開口狀的中空殼體。該二侧板i 2頂部之間連接一 上蓋1 3，該上蓋1 3係以螺接或鉚接等方式連接於二側 板1 2，用以封閉機殼1的頂部。在本實施例中，該上蓋 1 3包含有一第一上蓋3 i、一第二上蓋丄3 2及一第 _ 三上蓋1 3 3。 該介面板2係橫設於機殼1内部中段位置，用以將該 • 機，1内部區分為前、後二個空間，該介面板2前側面設 ^ 有複數個第一連接器21，該等第一連接器21係為串列 附接小型電腦系統介面（Serial Attached SCSI，S AS) 規格的電連接器，該等第一連接器2 i係排列成複數排， 200836612 在本實施例中，係設有四排第一連接器2 1，每一神包含 ，有五個等間隔設置的第一連接器2 1，可對應於第一、二 硬碟裝置5、6。 :該介面板2前方的機殼1内部進一步間隔的設置有複 數個中隔板14，用以承載該第一硬碟5之承載架5 1， 該等中隔板14係可以導熱性良好的鋁材製成，以具有較 佳的導熱及散熱功能。該等中隔板14係以直立方式設置 於底板1 1、二侧板12及介面板2之間，將機殼1内前 部區分成複數個硬碟容置空間15，該等硬碟容置空間1 5可用以收容硬碟裝置5、6，該等硬碟容置空間1 5及 硬碟裝置5、6係設置於該介面板2前方的機殼1内部。 在本實施例中，係設置有三個中隔板14，可將機殼1内 區分成四個硬碟容置空間1 5，分別對應於四排第一連接 器21。該等中隔板14二侧面分別設有複數個沿水平方 向延伸的滑槽141及滑執14 2，並於二側板1 2内側 面分別設有複數個沿水平方向延伸的滑槽121及滑執1 2 2，可利甩該尊滑槽12 1、141及滑執1 2 2、1 ,4 2導入硬碟裝置5、6。 該電源供應模組3及儲存控制器4係設置於該介面板 2後方的機殼1内部，在本實施例中，係設置有二個電源 供應模組3·，該二電源供應模組3係設置於該儲存控制器 4的一側可用以供應資料儲存系統所需的電源。該儲存 控制器4並舆介面板2、電源供應模組3達成電性連接， 可作貝料存取之控制。另於該機殼1及電源供應模組3内 部，可設有適當的散熱模組，用以協助散熱士上述之第一 亡蓋1三1、第二上3 2及第三上蓋1 3 3，係分別 孤置於第一、二硬碟裝置5、6、介面板2及電源供應模 200836612 組3、儲存控制器4的上方。 f ; 如第六圖濟示，該第一硬碟裝堇5包含有一承戴架:5 1、一面板5 2及一硬碟5 3，該承載架5 1係可以導熱 性良好的鋁材製成，具有較佳的導熱及散熱功能，該承载 采5 1係為框體。在本實施例中，該硬碟5 3係為2· 5英 吋尺寸的硬碟，該硬碟5 3外形尺寸分別約為寬^ 70· 1mm、長度1〇〇· 2mm及高度15· Omm，該硬碟5 3係固 定於承載架51上。在一種實施樣態中，該硬碟5 3可為 2· 5奂对的S A S硬碟。談面板5 2係連接於承载架5 I 前端，用以協助該第一硬碟裝置5之抽取。該第一硬碟敢 置5係以平放方式置放於硬碟容置空間^ 5中，該第_ = 碟裝置5以承載架5 1二侧的滑執5 1 1滑接於滑槽工2 1、141，且該第一硬碟裝置5能以承載架5 χ二侧底 緣滑接於滑執1 2 2、· 1 4 2，將該第一硬碟裝置5導入 硬碟容置空間1 5中的既定位置。' 如第七圖所示，該第二硬碟裝置6包含有一承载架6 1、一面板6 2及一硬碟6 3，該承載架6丄為一底部及 後编呈開口狀的中空殼體，該承載架6 1係可以導熱性良 好的鋁材製成，以具有較佳的導熱及散熱功能。在^實^ 例中，該硬碟6 3係為3.5英吋尺寸的硬碟，該硬碟63 外形尺寸分別約為寬度101· 6腿、長度146 〇5麵及高度 25· 4丽，該硬碟6 3係固定於承載架6 1内部。在一種實 施樣態中，該硬碟6 3可為3· 5英吋的串列先進技術接取 (Serial Advanced Technology Attachment, SATA) 硬碟。在另一種實施樣態中，該硬碟6 3可為3· 5英吋的 SAS硬碟。該面板6 2係連接於承載架6 i前端，用以 協助該第二硬碟裝置6之抽取。該f二硬碟裝置6係以+ 200836612 於硬碟容置空間1 5中，該第二硬碟裝置6以 ^木U W緣的滑執6 11滑接於滑槽121、1 二硬碟裝置6能以承載架6 1二側底緣滑接 詈^1 ς由、14 2 ’將該第二硬碟裳置6導入硬碟容 置工間1 5中的既定位置。 亩技碟裝置5不需透過轉接板7而與介面板2 2盥二連接’該等第一硬碟裴置5係透過該介面板 2兵儲存控4器4達成電性連接。 m 置6設有—轉接板7 (請同時參閱第七 圖）’桃接板7前端係設有—第二連接 接器71係可為UTA規格的電連接I該硬碟:^後 f亚設有與第二連接器71相對接的sATA規格的連接 盜6 Ο使該硬碟6 3可與轉接板7達成電性連接。 …該轉接板7後端係設有一第三連接器了 2，該第三連 接2係為SAS規格的電連接器。該等轉接板7後端 的第，連接器7 2與介面板2之第-連接器21相對接， ，該等第二硬縣置6可與介面板2達成電性連接，該等 第二硬碟裝置6並可透過該介面板2與儲存控制 電性連接。 ° 上述轉接板7的設置，除了可用以電性連接硬碟6 3 舆介面板2之外’也能用以隔開硬碟6 3舆介面板2， 以避免硬碟6 3後端與介面板2上未使用且相對應的第二 連接器21產生干涉。 如第四圖及第五圖所示，在本實施例中，該機殼 設有四個硬碟’容置空間丄5，該等硬碟容置空間1 =中^ 混合插接不同尺寸的第一硬碟裝置5及第二硬碟裴置6: 11 200836612 請參閱第八圖至第十一圖，在本實施例中Λ韓笋中隔 板1 4二侧面分別設有複數個沿水平方向延伸的滑槽1 4 1，並於二侧板1 2内側面分別設有複數個沿水平方向延 伸的滑槽1 2 1，以利用該等滑槽1 21、14 1導入第 一硬碟裝置。該機殼1内設有四個硬碟容置空間1 5，該 等硬碟容置空間1 5中全部插接相同尺寸的第一硬碟裝置 5 ° 請參閱第十二圖及第十三圖，在本實施例中，該機殼 1内僅設有單一傭硬碟容置空間15，該硬碟容置空間1 5中可混合插接不同尺寸的第一硬碟裝置5及第二硬碟裝 置6 (如第十二圖所示），該硬碟容置空間1 5中也可全部 插接相同尺寸的第一硬碟裝置5 (如第十三圖所示）。 . 請參閱第十四圖及第十五圖，在本實施例中，該機殼 1為3 U高度的規格，該硬碟容置空間1 5中可混合插接 不同尺寸的第一硬碟裝置5及第二硬碟裝置6 (圖略），該 硬碟容置空間1 5中也可全部插接相同尺寸的第一硬碟裝 置5 (如第十四圖所示）或第二硬碟裝置6 (如第十五圖 所示）。請注意：第九圖至第十五圖的實施例中，任意2個 上下連續設置之第一硬碟裝置5可置換成1傭第二硬碟裝 置6。故在一機殼高度為2U的硬碟容置空間1 5中（第 九圖至第十三圖），可以置放5個第一硬碟裝置5、或是置 放3個第一硬碟裝置5及1個第二硬碟裝置6、或是置放 1個第一硬碟裝置5及2個第二硬碟裝置6。又，在一機 殼高度為3 U的硬碟容置空間1 5中（第十四圖至第十五 -,圖），最多可以置放8個第一硬碟裝置5，或.是最多可以置 放4個第二硬碟裝置6，或是任意混插。 在另一種實施例中，不論機殼高度是2U、3U或其他的 12 200836612 高度，若該硬碟容置空間1 5’的7部分空間係被限定為僅 提供該第二硬碟裝置6插接使用，且其他部分的空間可供 第一、第二硬碟裝置混合插接使用，則可視情況將部分的 第一連接器21移除，以節省第一連接器21的成本。請參 考第九圖，第九圖最左方之一硬碟容置空間1 5中，若該 硬碟容置空間15之最上方空間係被限定為僅提供該第二 硬碟裝置6使用，則該硬碟容置空間1 5中自上而下之第 一順序之第一連接器係可被移除；若該硬碟容置空間15 之最下方空間係被限定為僅提供該第二硬碟裝置6使用… 則該硬碟容置空間1 5中自上而下之第四順序之第一連接. 器係可被移除。 在又一種實施例中，不論機殼高度是2U、3U或其他的 高度，若該硬碟容置空間1 5的一部分空間係被限定為僅 提供該第一硬碟裝置5插接使用，且其他部分的空間可供 第一、第二硬碟裝置混合插接使用，則可視情況將部分的 第一連接器21移除，以節省第一連接器21的成本。請參 考第十八圖與第二十一圖，第十八圖最左方之一硬碟容置 空間1 5中，若該硬碟容置空間1 5之最上方空間係被限 定為僅提供連續兩個第一硬碟裝置5使用，則該硬碟容置 空間1 5中自上而下之第二順序之第一連接器係可被移 徐；若該硬碟容置空間1 5之最下方,空間係被限定為僅提 供連續兩個第一硬碟裝置5使用，則該硬碟容置空間1 5 中自上而下之第五順序之第一連接器係可被移除。 在又一種實施例中，不論機殼高度是2U、3U或其他的 高度，若該硬碟容置空間5的一部分空間係被限定為僅 提供該第一硬碟裝置5且該硬碟容置空間1 5的另一部分 空間係被限定為僅提供第二硬碟裝置6插接使用，而其他 13 200836612 的空間則可—、第二硬碟裝·置混合插接使用，則可视 情況將部分的第—連接器21移除，以節省成本。請參考第 十E9圖與第十五圖，第十四圖最左方之一硬碟容置空間1 ^中命若該硬碟容置空間1 5的最下方連續兩個第一硬碟 裝置空間被限定為兩個第一硬碟裝置5使用，以及其上接 鄰之一個第二硬碟裝置空間被限定一個第二硬碟裝置6來 使用時，可將該硬碟容置空間1 5中部分的第一連接器21 移除（圖略）。200836612 IX. Description of invention: [Technical field to which the invention belongs] ...... The county has a - (4) bribe to accommodate two different sizes of hard disk. η kinds can be used to [previous technology], increase deposits. The disk array workstation is equipped with a plurality of hard disks at the same time, and is available for a large number of storage devices to be taken in the casing of the internal disk array of the casing; the dishes are generally accommodated. 5 miles of hard monuments, set the same foot as hard as (four) find 360, Β 1 = ί ^ ^ η5 & ^ «. A data storage system is disclosed. ', 71, Β1 and other foreign patents, however, 'in actual use' often need to use different sizes of hard disk or target for the price of a mouth of the mouth of the temple, Beijing, the data storage system can only be inserted into the disk . However, the existing hard disk of the Η英叶 is all! The selection of the size lacks the elastic change, and the benefit of the method is to make the disc more mixed, which results in the use of the extremely large = mouth should be used only for the demand. The present inventors have felt that the above-mentioned missing measures are reasonable and effective in improving the above-mentioned defects. The main purpose of the invention is to provide a kind of capacity ruler=hard disk storage secret, which can respond The line is actually fully inserted to facilitate use. Another object of the present invention is to provide a data storage system that can accommodate different sizes. The structure is simplified, and the assembly is simple and easy. In order to achieve the above object, the present invention provides a data storage that can be size (4). The system includes: the machine part ^ has at least one hard disk accommodating space, the 铽 〜 邰 邰 邰 邰 第 第 第 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 硬 选择性 选择性 选择性 选择性_ set, the ® - hard miscellaneous and the inside of the chassis 'the panel has a plurality of divisions - even =, can use = the temple hard disk f: set to achieve electrical connection; at least - power supply module, And at least: the storage controller is disposed on the machine connector and the interface power supply group. According to another embodiment of the present invention, the system has a different size hard disk. The data storage system comprises: the door opening 2 has at least one disk drive housing space, the disk drive has two hard disk devices, the first hard disk and the second hard disk device are equipped with different sizes of the first hard disk and the second hard disk. Dishes; - the panel, the inside of the cabinet - the panel has a plurality of The connector can be connected and connected by a hard disk device such as a fish=; at least a power supply wheel is provided inside the casing; and at least a storage controller is disposed in the interior of the storage control H without interface The power supply module of the board and the power supply module are connected to each other, wherein 'when the drive unit supports the hard disk device in the space of the disk drive, the first hard disk device is placed in the The contents of the disk drive housing are in the middle. The present invention has the following beneficial effects: the present invention is provided with at least a hard disk space inside the casing, and the hard disk receiving space can be used for selectively placing the first hard disk device having different sizes of hard disks. And the second hard disk Jun, so that the choice of hard disk size is more flexible, can be used in response to the actual needs = 200836612. Line mixing to facilitate the use. The detailed description of the present invention and the accompanying drawings are to be understood by the accompanying drawings, By. [Embodiment] Referring to the first embodiment to the fifth embodiment, the first figure is a perspective view of the data storage system of the first embodiment of the present invention, and the second figure is the first embodiment of the present invention. The front view of the first embodiment of the present invention The perspective view of the two hard disk devices, and the fifth figure is a front view of the first and second hard disk devices of the data storage system of the first embodiment of the present invention. The data storage system of the present invention comprises a casing 1, a panel 2, one or more power supply modules 3, one or more storage controllers 4, and a plurality of first and second hard disk devices 5, 6, In the embodiment, the casing 1 is a 2u (1U is 1.75 inches) south specification, and the casing 1 has a bottom plate i and two holes formed by the bottom plate. The side shuttle 12 is configured to form a hollow housing having an open top and a front end. An upper cover 13 is connected between the tops of the two side plates i 2 , and the upper cover 13 is connected to the two side plates 12 by screwing or riveting to close the top of the casing 1 . In this embodiment, the upper cover 13 includes a first upper cover 3i, a second upper cover 323, and a third upper cover 133. The interface panel 2 is disposed transversely to the inner portion of the casing 1 for dividing the interior of the machine 1 into the front and rear spaces. The front panel of the panel 2 is provided with a plurality of first connectors 21, The first connector 21 is an electrical connector of a Serial Attached SCSI (S AS) specification, and the first connectors 2 i are arranged in a plurality of rows, 200836612 in this embodiment. In the middle, there are four rows of first connectors 2 1, and each of the gods includes five first connectors 2 1 disposed at equal intervals to correspond to the first and second hard disk devices 5, 6. The inside of the casing 1 in front of the interface panel 2 is further provided with a plurality of intermediate partitions 14 for carrying the carrier 5 1 of the first hard disk 5, wherein the partitions 14 are thermally conductive. Made of aluminum for better thermal and heat dissipation. The intermediate partitions 14 are disposed in an upright manner between the bottom plate 1 1 , the two side plates 12 and the intermediate panel 2 , and divide the front portion of the casing 1 into a plurality of hard disk receiving spaces 15 for the hard disk contents. The space 1 5 can be used to receive the hard disk devices 5 and 6. The hard disk housing space 15 and the hard disk devices 5 and 6 are disposed inside the casing 1 in front of the media panel 2. In the present embodiment, three intermediate partitions 14 are provided, which can divide the inner portion of the casing 1 into four hard disk receiving spaces 15 corresponding to the four rows of first connectors 21, respectively. The two sides of the two partitions 14 are respectively provided with a plurality of sliding grooves 141 and sliding handles 14 2 extending in the horizontal direction, and a plurality of sliding grooves 121 extending in the horizontal direction and sliding are respectively disposed on the inner side surfaces of the two side plates 12 The 1 2 2 can be introduced into the hard disk device 5, 6 by the Zircon 12 1 and 141 and the slider 1 2 2, 1 and 4 2 . The power supply module 3 and the storage controller 4 are disposed inside the casing 1 behind the interface panel 2. In this embodiment, two power supply modules 3· are disposed, and the two power supply modules 3 are provided. It is provided on one side of the storage controller 4 to supply the power required by the data storage system. The storage controller 4 is electrically connected to the interface panel 2 and the power supply module 3, and can be controlled by the material access. In addition, inside the casing 1 and the power supply module 3, an appropriate heat dissipation module may be provided to assist the heat dissipation of the first dead cover 1 301, the second upper 3 2 and the third upper cover 1 3 3 , are placed separately above the first and second hard disk devices 5, 6, the interface panel 2 and the power supply module 200836612 group 3, above the storage controller 4. f; as shown in the sixth figure, the first hard disk cartridge 5 includes a wearing frame: 5 1 , a panel 5 2 and a hard disk 53 , and the carrier 51 is an aluminum material with good thermal conductivity. It has a better heat conduction and heat dissipation function, and the bearing is adopted as a frame. In this embodiment, the hard disk 53 is a 2.5-inch hard disk, and the hard disk 53 has an outer dimension of about 10,000 mm, a length of 1 〇〇 2 mm, and a height of 15 mm. The hard disk 53 is fixed to the carrier 51. In one embodiment, the hard disk 53 may be a 2.5 A pair of S A S hard disks. The panel 5 2 is connected to the front end of the carrier 5 I for assisting the extraction of the first hard disk device 5. The first hard disk is placed in the hard disk accommodating space ^ 5 in a flat manner, and the _ = disk device 5 is slidably connected to the chute by the sliding handle 5 1 1 on both sides of the carrier 5 1 2, 141, and the first hard disk device 5 can be slid to the sliding handle 1 2 2, · 1 4 2 with the bottom edge of the carrier 5 and the two sides, and the first hard disk device 5 is introduced into the hard disk capacity. Set the given position in space 15. As shown in the seventh figure, the second hard disk device 6 includes a carrier 6 1 , a panel 6 2 and a hard disk 63 . The carrier 6 is a bottom and a rear hollow. The housing, the carrier 61 is made of aluminum material with good thermal conductivity to have better heat conduction and heat dissipation functions. In the example, the hard disk 63 is a 3.5-inch hard disk, and the hard disk 63 has an outer dimension of about 101·6 legs, a length of 146 〇5 faces, and a height of 25·4, respectively. The hard disk 6 3 is fixed inside the carrier 61. In one implementation, the hard disk 63 can be a 3.5 inch Serial Advanced Technology Attachment (SATA) hard disk. In another embodiment, the hard disk 63 can be a 3.5 inch SAS hard disk. The panel 62 is connected to the front end of the carrier 6 i for assisting the extraction of the second hard disk device 6. The f-two hard disk device 6 is connected to the hard disk accommodating space 15 by + 200836612, and the second hard disk device 6 is slidably connected to the chute 121, 1 and the second hard disk device by the sliding handle 6 11 of the UW edge of the UW 6 The second hard disk skirt 6 can be guided into the predetermined position in the hard disk receiving work room 15 by sliding the two bottom side edges of the carrier 6 1 and the first hard disk. The aram device 5 does not need to be connected to the interface panel 2 through the adapter plate 7. The first hard disk devices 5 are electrically connected through the interface panel 2. m set 6 is provided - adapter plate 7 (please refer to the seventh figure at the same time) 'Peach connector 7 front end is provided - the second connector 71 can be UTA specification electrical connection I. The hard disk: ^ after f The sATA-type connection thief 6 is provided adjacent to the second connector 71 so that the hard disk 63 can be electrically connected to the adapter board 7. ...the rear end of the adapter plate 7 is provided with a third connector 2, which is a SAS-sized electrical connector. The connector 7 is opposite to the first connector 21 of the interface panel 2, and the second hard county 6 can be electrically connected to the interface panel 2, and the second The hard disk device 6 can be electrically connected to the storage control through the interface panel 2. ° The above arrangement of the adapter plate 7 can be used to separate the hard disk 6 3 舆 interface panel 2 in addition to electrically connecting the hard disk 6 3 舆 interface panel 2 to avoid the rear end of the hard disk 63 3 The second connector 21, which is not used and corresponds to the interface panel 2, interferes. As shown in the fourth and fifth figures, in the embodiment, the casing is provided with four hard disk accommodating spaces 丄5, and the hard disk accommodating spaces 1=medium-mixed and inserted into different sizes. The first hard disk device 5 and the second hard disk device 6: 11 200836612 Please refer to the eighth to eleventh figures. In this embodiment, the two sides of the baffle plate of the Han bamboo shoots are respectively provided with a plurality of horizontal levels. a slot 14 1 1 extending in the direction, and a plurality of slots 1 2 1 extending in the horizontal direction are respectively disposed on the inner sides of the two side plates 1 2 to be used to introduce the first hard disk by using the slots 1 21 and 14 1 Device. There are four hard disk accommodating spaces 15 in the casing 1. All of the hard disk accommodating spaces 15 are connected to the first hard disk device of the same size. 5 ° See the twelfth and thirteenth In the embodiment, only one single hard disk accommodating space 15 is disposed in the casing 1. The hard disk accommodating space 15 can be mixed and inserted into the first hard disk device 5 and the second of different sizes. The hard disk device 6 (as shown in FIG. 12) can also be fully inserted into the first hard disk device 5 of the same size in the hard disk housing space 15 (as shown in FIG. 13). Referring to FIG. 14 and FIG. 15 , in the embodiment, the casing 1 is a 3 U height specification, and the hard disk accommodation space 15 can be mixed and inserted into different sizes of the first hard disk. The device 5 and the second hard disk device 6 (not shown), the hard disk housing space 15 can also be fully inserted into the first hard disk device 5 of the same size (as shown in FIG. 14) or the second hard Disc device 6 (as shown in Figure 15). Please note that in the embodiment of the ninth to fifteenth embodiments, any two of the first hard disk devices 5 arranged one above the other can be replaced with the first hard disk device 6. Therefore, in a hard disk accommodating space of 1U with a height of 2U (the ninth to thirteenth drawings), five first hard disk devices 5 or three first hard disks can be placed. The device 5 and the one second hard disk device 6 or one first hard disk device 5 and two second hard disk devices 6 are placed. Moreover, in a hard disk accommodating space 15 with a cabinet height of 3 U (fourteenth to fifteenth-th, the figure), up to eight first hard disk devices 5 can be placed, or Four second hard disk devices 6 can be placed, or any mixed insertion. In another embodiment, whether the height of the cabinet is 2U, 3U or other 12 200836612 height, if the 7-part space of the hard disk accommodation space 15' is limited to provide only the second hard disk device 6 When the other parts of the space are available for the first and second hard disk devices to be mixed and inserted, part of the first connectors 21 may be removed as needed to save the cost of the first connector 21. Please refer to the ninth figure. In the hard disk accommodating space 15 of the leftmost one of the ninth figure, if the space of the uppermost space of the hard disk accommodating space 15 is limited to be provided only by the second hard disk device 6, The first connector of the first order in the top of the hard disk receiving space 15 can be removed; if the lower space of the hard disk receiving space 15 is limited to provide only the second The hard disk device 6 uses... The first connection of the fourth order from top to bottom in the hard disk accommodation space 15 can be removed. In another embodiment, if the height of the casing is 2U, 3U or other height, if a part of the space of the hard disk accommodating space 15 is limited to provide only the first hard disk device 5 for plugging, and The other portion of the space can be used for the first and second hard disk devices to be plugged in, and part of the first connector 21 can be removed as appropriate to save the cost of the first connector 21. Please refer to the eighteenth and twenty-first figures. In the leftmost one of the hard disk accommodating space 15 of the eighteenth figure, if the space of the hard disk accommodating space 15 is limited to only provide When the two first hard disk devices 5 are used in succession, the first connector in the second order from top to bottom in the hard disk receiving space 15 can be moved; if the hard disk housing space is 15 At the bottom, the space is defined to provide only two consecutive first hard disk devices 5, and the first connector in the fifth order from top to bottom in the hard disk housing space 15 can be removed. In another embodiment, if the height of the casing is 2U, 3U or other height, if a part of the space of the hard disk receiving space 5 is limited to provide only the first hard disk device 5 and the hard disk is accommodated The other part of the space of the space 15 is limited to provide only the second hard disk device 6 for plug-in use, while the other 13 200836612 space can be used, and the second hard disk device can be used for hybrid plug-in, as the case may be. Part of the first connector 21 is removed to save cost. Please refer to the tenth E9 figure and the fifteenth figure. The leftmost one of the hard disk accommodating space 1 ^ in the fourteenth figure is the last two consecutive first hard disk devices in the lowest position of the hard disk accommodating space 1 5 The space is defined as the use of the two first hard disk devices 5, and when the second hard disk device space adjacent thereto is defined by a second hard disk device 6, the hard disk can be accommodated in the space 1 5 The first connector 21 of the middle portion is removed (not shown).
喷芩閱第十六〜圖及第十七圖，本實施例之資料儲存系 統包括有一機殼1、一介面板2、一或多個電源供應模組 3、一或多個儲存控制器4及複數個第一、二硬碟裝置$、 6，該機殼1之二侧板12頂部之間連接一上蓋]3，用 以封閉機殼1的了頁部。在本實施例中，該介面2 2前例面 2複數個第-連接器2 i (請同時參閱第十八圖），該等 昂—連接器2 1係為SΛS規格的電連接器，該等第」i 接，2 1係㈣成複數排，在本實施❹，係設有^ 200836612 應的第一或第二硬碑奘 接器2 1連接^因而^ 、皆是以相同方向與該等連 向來與該等連接器非需要以翻請度方 之部分硬碟fit7 准在另—實施例中，本發明 置。碟衣置亦可以視實際需要而翻轉⑽度方向^ 尺寸==雖然有2. 5英忖尺寸硬碟與3. 5英时 对尺寸=的=SATA"碟則為“ 連接嶋v故舆二义電 以為SAS*磕拉〜’、嶸渠名接的i (，端）可 碟硬碟奸iί接""或S A T A電連接器來與s A T A硬 英吋:t : St用S A S電連接器來與2. 5英吋及3. 5 接。故$# =及與3.5英奴寸以1^硬碟連 8Αδ::Γ連接器213、21卜21。均可以用 接。〜^即可與該等S A S硬碟以及S A TA硬碟連 =實施例中，係設置有三個中隔板丄4，可將機殼 遠四個硬碟容置空間1 5 ’分別對應於四排第一 士:21。談等中隔板i 4二側面分別設有複數個沿水 右、伸的滑槽1 4 1 ’並於二侧板1 2内侧面分別設 f ^偏水平方向延伸的滑槽1 2 1，可該等滑槽 1 2 1及141導入硬碟裝置5、6。The data storage system of the present embodiment includes a casing 1, a panel 2, one or more power supply modules 3, one or more storage controllers 4, and A plurality of first and second hard disk devices $6, 6 are connected between the tops of the two side plates 12 of the casing 1 to close the page portion of the casing 1. In this embodiment, the interface 2 2 is preceded by a plurality of first connector 2 i (please refer to FIG. 18 at the same time), and the connector 2 1 is an electrical connector of the SΛS specification, and the like The first "i", the 2 1 series (four) into a plurality of rows, in this embodiment, is provided with ^ 200836612 should be the first or second hard-stack splicer 2 1 connection ^ thus ^, are in the same direction and these In the other embodiments, the present invention is directed to a portion of the hard disk fit7 that is not required to be used in the connector. The dish can also be flipped according to the actual needs (10) direction ^ size == although there are 2. 5 inches of hard disk and 3. 5 inches to size = = SATA" disc is "connected 嶋 v 舆 舆Yidian thinks that SAS*磕拉~', the name of the channel is connected to the i (, end) can be a hard disk, and the SATA electrical connector comes with s ATA hard English: t: St with SAS The connector is connected with 2. 5 inches and 3.5. Therefore, $# = and 3.5 inches of the inch with 1 ^ hard disk connected 8 Α δ:: Γ connector 213, 21 卜 21. Can be used. ~ ^ It can be connected with these SAS hard disks and SA TA hard disk. In the embodiment, there are three middle partitions 丄4, which can cover the four hard disk accommodating spaces 1 5 ' respectively corresponding to the four rows. One person: 21. In the middle of the partition i 4 , there are a plurality of sliding grooves 1 4 1 ' along the right side of the water, and a sliding surface extending in the horizontal direction on the inner side of the two side plates 1 2 respectively. The slots 1 2 1 can be introduced into the hard disk devices 5, 6 by the chutes 1 2 1 and 141.
該第-硬碟裝置5及第二硬碟裝置6各設有一轉接板 7 (請。同時參閱第十九圖），該轉接板7前端係設有一第二 ，接=71’該第二連接器η係可為sa規格的電 、接^硬碟6 3後端並設有與第二連接器71相對接 的S A T X規格的連接器（圖略），使該硬碟6 3可與轉接-板7達成電性連接；或是該第二連接器7 i係可為SAS 200836612 規格的電連接器。該硬碟.5:3後端並設有盥第 1相對接的SAS規格的,連接 使 與轉接板7達成電性連接。 j使该硬碟53可 接第三連接器7 2 ’該第三連 的第=接器7 2輿介；板連=轉接板7後端 使该等第一、二硬磲 接為21相對接， 接，該等第-、二硬带 I與介面板2達成電性連 儲存控制器4達成電6並可透過該介面板2與 3、=心士: 了可—性連接硬碑5 與介面板2,齡碟53、6、 未使用且相對應的第一連接器 ^ 3使端與介面板2上 如第二十圖及第二十二^ —生干涉。 殼1内設有四個石更磲詈办二斤T在本實施例中，該機 容置空間1 5中分別全部左側的二個硬碟 5、 第二硬碟裝置 ▲ 刁尺寸的第一硬碟裝置 中皆混合插接不同尺寸的第一:m親空間15 6。 更茱衣置5及第二硬碟裝置 請參閱第二十— 四個硬碟容置空間=，在本實施例中，該機殼1内設有 接相同尺寸的第㈣容置一 ί 5中全部插 實施例中，該機置5。請參閱第二十三圖，在本 硬碟容置空間1 5 有四個硬碟容置空間1 5，該等 6。請注意：第十王部^接相同尺寸的第二硬碟裝置 殼高度為2 U的石更磲：置：了：，的葸施例中’在-機 硬碟裝置6、或是蓄二θ 1 5中，可以置放3個第二 置放5個6第—硬縣45、或是置幻 200836612 ，第硬碟I置5及2個第二硬碟裝 苐二硬碟裝置6。卜 ° 4疋置放3.個； 續設置之第二卜，在本實施例中，任意2個上下連 本發明部分或全部的硬碟裝置5、6可以罢 =硬碟容置空間15中。請參閱第二十四=置 例中，該機殼高度為21] =在本貫施 方式置放於硬碟容置空 、衣5係以直立 第-硬碟裝置5係安袈二” Π以直立方式置放的 二十六圖至第二十八二二5 4中（請同時參閱第 利用隔板5 4 1區隔；成5 4内部設有複數個 5，該_54後端設有-子ΐ: 板b 5 ’奸電路板55前㈣設有 ^ = 3=551，該等第一硬碟裝置5後端 ^係與該第四連料551相對接達成電性連接 寻乐-硬碟裝置5與該子電雜5 5達成電 = 電路板5 5後侧設有至少-第五連接哭5 … 2前侧設有至少一第六連接器22，；第五“： 及第六連接器2 2係為相對應的板對板連接哭，ς = = 552及第六連接器22係相對接達成電心接^ 该寻弟一硬碟裝置5及子電路板5 5與該介 使 性連接，該等第一硬碟裝置5透過該介 盥^成電 益4達成電性連接。雖然在上述實施例中，該等容 J 4内部設有複數個利用隔板5 4 1區隔形成的直立^^ =5 4 2，但是依據本發明之另_實施例，該等容 Μ内部亦可不設置隔扳5 41，而剎田甘从I 7 1 # =定機構將第一硬碟裝置5支承及人销定工等+J 置Μ 5 4内部即可。例如，該等容置£ 5 4内部上、下御 200836612 板上可設置滑槽及/或滑軌等機構 /或固定的目的’。又例如，笨典° 丨】支承及 或滑槽i 4 1，而料Μ讀槽可類似於滑槽1 2 1 42。 轨可類似於滑軌12 2或滑執丄 署^參閱第二十五圖，在本實施例中，該等第二輝鮮 板方式置放於硬碟容置空間1 5中，該等“ί 板7月㈣的弟二連接器7丄係 4和接 接器相互對接（請㈣參_ 端的連 轉接板7後端的第三姑哭7 ®^二十圖）。該等 哭9 1如血Μ 咬侵的f Ζ係與介面板2之第—逵接 口口 2 1相對接，使該等第二 連接 存控制器4達成電性連接。㈣衣置6可與，|面板2及儲 %請參閱第三十一圖所示，在本實施例 扠有四個硬碟容置空間丄 11内 立方式晉访认, 該寻罘一硬碟裝置5係以直 万式置放於二個硬碟容置空間15 直 置6係以平放方4晉访私£如 °哀寺罘—硬碟裝 夫t式 另二個硬碟容置空間1 5中。铁 =2_十—圖，在本實_巾，該餘1喊有四個廊 =間！ 5’該等硬碟容置空間i 5中全部 尺寸的弟二硬碟裝置6。 门 鈔ί發鶴於機殼1崎設有硬碟容置空間1 5，該辟 二硬;ί，1 5能用以選擇性的置放具有不同尺寸硬碟的 弟更碟衣置5及第二硬碟裝置6，使得硬碟尺寸的 較，、彈性變化’能因應實際使用的需求進行混插，以便利 =使用。再者，本發明構造簡化，組裝簡單容易，成本較 —由以上各實施例可知，依據本發明之資料儲存系統， 八中在谷置不同尺寸的硬碟時，可視需要而 的 接板7,以利硬碟齡面气2之電性麵 200836612 -' 面板2可直接連接時'則不需配置轉接板7於其間，。另， •"當與相同或不同的硬碟連接時，其所配置之轉接板7可以 是栢同的，也可以是不同的，端視實際配置需求而定。The first hard disk device 5 and the second hard disk device 6 are respectively provided with an adapter plate 7 (please refer to the nineteenth figure at the same time), and the front end of the adapter plate 7 is provided with a second, connected = 71' The two connector η can be a sa-type electric, a hard disk 63 rear end and a SATX-type connector (not shown) that is opposite to the second connector 71, so that the hard disk 63 can be The adapter-board 7 is electrically connected; or the second connector 7i is an electrical connector of the SAS 200836612 specification. The hard disk.5:3 rear end is provided with the first parallel SAS specification, and the connection is electrically connected to the adapter board 7. j, the hard disk 53 can be connected to the third connector 7 2 'the third connector of the third connector 7 2; the board = the rear end of the adapter plate 7 makes the first and second hard connectors 21 In contrast, the first and second hardbands I and the interface panel 2 are electrically connected to the storage controller 4 to reach the power 6 and can pass through the interface panel 2 and 3, = heart: a connectable hard monument 5 Interfacing with the panel 2, the age discs 53, 6 and the unused first connector 3 causes the end to interfere with the panel 2 as shown in the twentieth and twenty-second. In the present embodiment, there are four stone slabs in the casing 1 in the second embodiment. In the present embodiment, the two accommodating spaces of the left side of the machine accommodating space 1 and the second hard disk device ▲ The hard disk device is mixed with the first of different sizes: m pro-space 15 6 . For the second device and the second hard disk device, please refer to the twentieth - four hard disk accommodation spaces =, in this embodiment, the casing 1 is provided with the same size of the fourth (four) housing a ί 5 In all the inserted embodiments, the machine is set to 5. Please refer to the twenty-third figure. There are four hard disk accommodating spaces 1 5 in the hard disk accommodating space 1 5 , and these 6 . Please note: The Tenth King Department is connected to the same size of the second hard disk device. The height of the shell is 2 U. The stone is more than the same: the:::, in the case of the 'in-machine hard disk device 6, or two In θ 1 5, three second placements, six 6th-hard counties 45, or illusion 200836612, the first hard disk I, and two second hard disk mounted two hard disk devices 6 can be placed. 4° 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 . Please refer to the twenty-fourth=example, the height of the case is 21] = placed in the hard disk to accommodate the empty space, the clothing 5 series to the upright first-hard disk device 5 series ampoule ”" In the twenty-sixth to twenty-eighth two-two five-fourths placed in an upright position (please also refer to the use of partitions 5 4 1 compartment; into the interior of 5 4 with a plurality of 5, the _54 rear end There is a sub-ΐ: board b 5 ' rape circuit board 55 front (four) with ^ = 3 = 551, the first hard disk device 5 rear end ^ system is connected with the fourth material 551 to achieve electrical connection for fun - the hard disk device 5 is electrically connected to the sub-electricity 5 5 = the rear side of the circuit board 5 5 is provided with at least a fifth connection crying 5 ... 2 the front side is provided with at least a sixth connector 22; the fifth ": and The sixth connector 2 2 is a corresponding board-to-board connection crying, ς == 552 and the sixth connector 22 is connected to the core to connect the hard disk device 5 and the sub-board 5 5 The first hard disk device 5 is electrically connected to the first hard disk device 5 through the dielectric device 4. Although in the above embodiment, the equal volume J 4 is internally provided with a plurality of utilization spacers 5 4 . The erect formed by the 1 division is ^^ = 5 4 2, but According to another embodiment of the present invention, the spacers 5 41 may not be disposed inside the capacitors, and the brakes are supported by the I 7 1 #= fixed mechanism for the first hard disk device 5 and the human sales are completed. J can be placed inside 5 4 . For example, the accommodation can be set up on the inner and lower 200836612 boards, such as chutes and / or rails can be set / or fixed purposes. For example, stupid °支承] support and or chute i 4 1, and the material reading groove can be similar to the chute 1 2 1 42. The rail can be similar to the sliding rail 12 2 or the sliding door ^ see the twenty-fifth figure, in this embodiment In the example, the second slabs are placed in the hard disk accommodating space 15 , and the slabs of the slabs 7 and 4 are connected to each other (please refer to (4) _ The end of the connection plate 7 at the back of the third aunt cry 7 ® ^ twenty map). The crying 9 1 such as bloody bite intrusion f Ζ 与 介 介 介 介 介 介 介 相对 相对 相对 相对 , , , , , , , The second connection memory controller 4 is electrically connected. (4) The clothing unit 6 and the | panel 2 and the storage % are shown in the 31st figure. In the embodiment, the fork has four hard disk accommodations. Space 丄 11 internal way to visit The search for a hard disk device 5 is placed in a two-disc space in a straight-line format. 15 Straight-line 6 series to flatten the party 4 to visit the private £ such as the mourning temple 罘 - hard disk attire t-style The other two hard disk accommodation spaces 1 5 . Iron = 2_ 十 - map, in this real _ towel, the remaining 1 shout has four corridors = between! 5' these hard disk accommodation space i 5 all Dimensions of the second hard disk device 6. The banknote ίFei crane in the chassis 1 has a hard disk accommodating space 1 5, the two hard; ί, 1 5 can be used for selective placement of different sizes of hard The disc's disc is equipped with a 5 and a second hard disc device 6, so that the size and the elastic change of the hard disc size can be mixed and inserted according to the actual use requirements for convenience = use. Furthermore, the structure of the present invention is simplified, the assembly is simple and easy, and the cost is relatively high. As can be seen from the above embodiments, according to the data storage system of the present invention, when the hard disk of different sizes is placed in the valley, the board 7 can be used as needed. Eli hard disk age face 2 electrical surface 200836612 - 'When panel 2 can be directly connected' then no need to configure the adapter plate 7 in between. In addition, • " When connected to the same or different hard disk, the adapter board 7 configured by it can be different or different, depending on the actual configuration requirements.
—此外，由於S A S硬碟與s AT A硬碟的市場定位不 . 同，一般而言，SAS硬碟的品質較佳但價格較高，sA ΤΑ硬碟的品質較差但價格較低，sAS硬 統與s™碟軸存系統係分別具有 隔。然而依據本發明之資料儲存系統，因為單一系統中可 • 以依據使用者之需求不同而於其中插置不同的硬碟.，對於 製造商而言，可以單—機體設計提供不同之市場區隔之產 品，可降低倉儲及管理的成本。另外，對於使用者而言了 亦可在購置單-系統後，因應需求之不同而後改變其中所 插置之硬碟’例如由s A τ A硬碟昇級為s A S硬碟，故 亦提供了使用上的彈性。 又，故在同一貧料儲存系統中混用兩種不同的硬碟， 可依據需求而將不同的資料存放於不同的硬碟中，可兼據 • 巧降低與效能提昇的目的。例如，將重要資料（例如工 作貝料）存放於品質較佳的SA S硬碟中，並將次要資 (例如備彳〃資料）SAT A硬碟巾，則於重要資料有所保 障且於次要資料之儲存成本降低。另，若將―個3 5英时 的硬碟置換以兩個2· 5英时的硬碟時，則因.硬碟量 加，可提高每秒之輸出入交易a/0tmnsactic)n^1 U輸出人父易為主要效能指標的資料儲存系統中，可提高 • 錢效能；故而使財可依據其需求_整純中之硬碟 麵與數量之祕，A幅增加舰的使㈣性。 ^ 惟=上所述僅為本發明之較佳食施例，非意欲偈限本 鲞之專利保護範圍，故舉凡運用本發明說明書及圖式内 200836612 r 化’均同理皆包含於本發明之權利保護範 【圖式簡單說明】 第-圖係本發明第-實施例資料儲存系統之立體圖。 第二圖係本發明第-實施例資料儲存系統之前視圖。 第二圖係本發明第一實施例第一、二 侧視圖。U與介面板之 第四圖係本發明第—實關資_存系統插 一^二 碟裝置之立體圖。 第五圖係本發明第_實施㈣料儲存系統插接 碟裝置之前視圖。 第六圖係本發明第一實施例第一硬碟襞置之立體圖。 第七圖係本發明第一實施例第二硬碟裴置之立2圖。 第八圖係本發明第二實施例資料儲存系統之立=圖。 第九圖係本發明第二實施例資料儲.存系統之前視圖。 =十圖係本發明第二實施例資料儲存系統插接第一硬碟弟 置之立體圖。 ' 第十-圖係本發明第二實施例資料儲存系統插接第- 裝置之前視圖。 第十二_本發明第三實_資料儲存系統插 硬碟裝置之前視圖。 第十三_本發明第三實施例資料鍺存系統插 裳置之前視圖。 第十四圖係本發明第四實施例資料儲存系統插接第_ 20 200836612 裝置之前視圖。 第十五圖本發明第四實施例資_存祕插接第二瘦碟 裝置之前視圖。 第十六圖係本發明第五實施例資料儲存系統插接單一第一 硬碟裝置之立體圖。 第十七圖係本發明第五實施例資料儲存系統插接單一第二 硬碟裝置之立體圖。- In addition, due to the market positioning of SAS hard disk and s AT A hard disk, in general, SAS hard disk quality is better but the price is higher, sA ΤΑ hard disk quality is poor but the price is lower, sAS hard The system is separated from the sTM disc axis system. However, according to the data storage system of the present invention, since a single system can insert different hard disks in accordance with the needs of the user, the manufacturer can provide different market segments for the single body design. The product can reduce the cost of storage and management. In addition, it is also possible for the user to change the hard disk inserted therein after the purchase of the single-system, for example, from the s A τ A hard disk to the s AS hard disk. Use the elasticity. Moreover, in the same poor storage system, two different hard disks are mixed, and different data can be stored on different hard disks according to requirements, which can be combined with the purpose of improving performance and improving performance. For example, storing important information (such as work beakers) on a better-quality SA S hard disk, and secondary resources (such as preparing materials) SAT A hard disk towel, is guaranteed in important information and The storage cost of secondary information is reduced. In addition, if a hard disk of "3" is replaced by two hard disks of 2.5", the output of the hard disk can be increased by a/0tmnsactic)n^1 U output parent is easy to be the main performance indicator in the data storage system, which can improve the money efficiency; therefore, the money can be based on its demand _ pure solid hard disk surface and quantity secret, A increase the ship's (four) nature. However, the above description is only a preferred embodiment of the present invention, and it is not intended to limit the scope of patent protection of the present invention. Therefore, the use of the present specification and the drawings in the drawings are all included in the present invention. RIGHT PROTECTION MODE [Simplified illustration of the drawings] The first figure is a perspective view of the data storage system of the first embodiment of the present invention. The second drawing is a front view of the data storage system of the first embodiment of the present invention. The second drawing is a first and second side view of the first embodiment of the present invention. The fourth figure of U and the interface panel is a perspective view of the first-two-disc device of the present invention. The fifth drawing is a front view of the first embodiment of the present invention. Figure 6 is a perspective view of the first hard disk device of the first embodiment of the present invention. The seventh drawing is a vertical view of the second hard disk device of the first embodiment of the present invention. Figure 8 is a diagram of a data storage system of a second embodiment of the present invention. The ninth drawing is a front view of the data storage system of the second embodiment of the present invention. = Ten is a perspective view of the first embodiment of the data storage system of the second embodiment of the present invention. 'Tenth-picture is a front view of the second embodiment of the present invention in which the data storage system is plugged into the first device. Twelfth_The third real_data storage system of the present invention is inserted into the front view of the hard disk device. Thirteenth - The data storage system of the third embodiment of the present invention is inserted into a front view. Figure 14 is a front view of the device storage system of the fourth embodiment of the present invention plugged into the _ 20 200836612 device. Fifteenth Diagram The fourth embodiment of the present invention is a front view of the second thin disk device. Figure 16 is a perspective view showing the data storage system of the fifth embodiment of the present invention inserted into a single first hard disk device. Figure 17 is a perspective view showing the data storage system of the fifth embodiment of the present invention inserted into a single second hard disk device.
第十八圖係本發明第五實施例介面板之前視圖。 第十九圖係本發明第五實施例轉接板之立體圖。 f二十圖係本發明第五實施例資料儲存系統之立體圖。 ，二十一圖係本發明第五實施例資料儲存系統之前視圖。 第二十二圖係本發明第五實施例資料儲存系統另一使用狀 態之立體圖。 第二十三圖係本發明第五實施例資料儲存系統又一使用狀 態之立體圖。 第二十四圖係本發明第六實施例資料儲存系統插接第一硬 碟裝置之立體圖。 第二十五圖係本發明第六實施例資料儲存系統插接第二硬 碟裝置之立體圖。 第一十六圖係本發明第六實施例第一硬碟装置與介面板之 侧視圖。 第一十七圖係本發明第六實施例第一硬碟裝置盥介面板之 立體圖。 八 第一十八圖係本發明第六實施例第—硬碟裝置與介面板之 立體分解圖。 - 第二十九圖係本發明第六實施例第二硬碟裝置與介面板之 200836612 侧視圖。 .、 - 第三十圖係本發明第六實施例介面板之侧視圖。 第三十一圖係本發明第六實施例資料儲存系統之立體圖。 第三十二圖係本發明第六實施例資料儲存系統另一使用狀 態之立體圖。 【主要元件符號說明】 1 一機殼…一'Fig. 18 is a front view of the interface panel of the fifth embodiment of the present invention. Figure 19 is a perspective view of an adapter plate according to a fifth embodiment of the present invention. Figure 20 is a perspective view of a data storage system of a fifth embodiment of the present invention. 21 is a front view of a data storage system of a fifth embodiment of the present invention. Fig. 22 is a perspective view showing another use state of the data storage system of the fifth embodiment of the present invention. Figure 23 is a perspective view showing still another state of use of the data storage system of the fifth embodiment of the present invention. Figure 24 is a perspective view showing the data storage system of the sixth embodiment of the present invention inserted into the first hard disk device. Fig. 25 is a perspective view showing the data storage system of the sixth embodiment of the present invention inserted into the second hard disk device. The sixteenth embodiment is a side view of the first hard disk device and the intermediate panel of the sixth embodiment of the present invention. The seventeenth embodiment is a perspective view of a first hard disk device panel of a sixth embodiment of the present invention. Eighty-eighthth embodiment is an exploded perspective view of a hard disk device and a media panel according to a sixth embodiment of the present invention. - Figure 29 is a side view of a second hard disk device and a media panel of the sixth embodiment of the present invention. - Thirty-fifth is a side view of a panel of a sixth embodiment of the present invention. A thirty-first drawing is a perspective view of a data storage system of a sixth embodiment of the present invention. Figure 32 is a perspective view showing another use state of the data storage system of the sixth embodiment of the present invention. [Main component symbol description] 1 A case...a'
1 底板 2 侧板 12 1 滑槽 12 2 滑執 3 上蓋 13 1 第一上蓋 1 3 2 第二上蓋 1 33 第三上蓋 4 中隔板 14 1 滑槽 14 2 滑軌 15 硬碟容置空間 2 介面板 21 第一連接器 2 2 第六連接器 3 電源供應模組 4 儲存控制器 200836612 5 第一硬碟裝置 5 1 承載架 5 1 1滑執 5 2 面板 5 3 硬碟 5 4 容置匣 5 4 1 隔板 542 容納空間 5 5 子電路板 5 51第四連接器 5 5 2第五連接器 6 第二硬碟裝置 6 1 承載架 6 1 1滑軌 6 2 面板 6 3 硬碟 6 4 連接器 7 轉接板 71 第二連接器 7 2 第三連接器 231 Base plate 2 Side plate 12 1 Chute 12 2 Slipper 3 Upper cover 13 1 First upper cover 1 3 2 Second upper cover 1 33 Third upper cover 4 Middle partition 14 1 Chute 14 2 Slide rail 15 Hard disk accommodation space 2 Interface panel 21 first connector 2 2 sixth connector 3 power supply module 4 storage controller 200836612 5 first hard disk device 5 1 carrier 5 1 1 slip 5 2 panel 5 3 hard disk 5 4 housing 匣5 4 1 partition 542 accommodation space 5 5 sub-circuit board 5 51 fourth connector 5 5 2 fifth connector 6 second hard disk device 6 1 carrier 6 1 1 slide rail 6 2 panel 6 3 hard disk 6 4 Connector 7 adapter plate 71 second connector 7 2 third connector 23