1298959 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種模組化電性連接裝置，特別係 關一種可抽換式之模組化電性連接裝置。 μ 【先前技術】 在電腦機殼組裝過程中，常常需要於電腦機殼内加裝 貧料存取裝置（如：硬碟機、軟碟機、光碟機等），習知 •電腦用t資料存取裝置容置區係以固⑦式之機殼框；來、 容納資料存取裝置，資料存取裝置裝設於機殼框架後，透 過排線與主機板上之連接埠電性連接，再以螺絲鎖固的= 式將資料存取裝置固定於機殼框架上。然而，該機殼框架 係固定於該電腦機殼上，且該機殼框架内之資料存取裝置 容置區係為固定的尺寸，相對地，使用者並無法更換不同 尺寸之資料存取裝置，因此，該種機殼框架之設計係缺乏 彈性。 參 而且當欲裝設資料存取裝置時，使用者係必需將電腦 •之機殼拆開後，再將資料存取裝置裝設於機殼框架，且以 螺絲將育料存取裝置固定於機殼框架上，同時必需針對每 一資料存取裝置接設排線，並將排線之另一端接置於主機 板上，因此，實造成工時之浪費。 職是，如何開發一種可同時形成複數個資料存取裝置 與主機板之電性連接關係，以節省工時，且可抽換之模組 化電性連接裝置，以解決上述習知技術之缺點，實為當今 亟待解決之問題。 5 19955 1298959 【發明内容】 一 ^ ; X上自知技術之缺點，本發明之主要目的在於提 連時形成複數個f料存取裝置與主機板之電性 妾關係，以節省工時之模組化電性連接裝置。 性連另-目的在於提供-種可抽換之模組化電 模述目的及其他相關之目的，本發明係提供一種 ►機殼上。，連難置，歸將複數個諸存取|置固定於 該模組化電性連接裝置係包括：固 並於至少一側設有複數個用以二 木糟由推壓方式設置於該機殼内之定位 元，係設置於該固定芊上，用以命連接早 一、查姑…；㈣Λ及弟一連接早凡，係對應該第 早凡设置於該機殼内，用以與該資料處理 叫且於該固定架藉由該等定位件設置於該 枝敢内％’與該第-連接單元電性連接，俾相應地令該望 貝科存取裝置與該資料處理裝置内之主機板電性連接。 、，其中，該固^架係於容納該等資料存取裝置後， 過鎖固件將該等資料存取裝置鎖固於該固定架上，， 該鎖固件係為螺絲；該第一連接單元係藉由排線盘該等資 性連接;該第一連接單元係為轉接電路板、; δ亥弟一連接早元係為對應該轉接電路板上的金手指之插 槽；該資料存取裝置為硬碟機、軟碟機及光碟機之1中一 19955 6 1298959 者；該資料處理裝置係為電腦。 本發明之模組化電性連接I置係可 裝置後，藉由推壓方式設置於機殼内，且藉由固Μ存取 具有的第一連接星开盥田—加 口疋木上所 性連接後，再與設置於機存，置電 時形成複數個資料存取褒一置與主二 接關係，以節省工時，更可依 ^連 .化電性遠接壯¥ ώ ^ "^迫仃柚換成不同之模組 匕u生連接衣置，以適應料同尺寸 改善習知技術之缺失。 铸取衣置，俾 【實施方式】 以下藉由具體實例說明本發明之實施孰 蟄之人士可由太^昍蚩私担- …u比技 纟斤揭不之内容輕易地瞭解本發明 之其他優點與功效。 " /請參閱第丨圖及第2圖，本發明之模組化電性連 置係用以將複數個資料存取裝置設置於資料處理事置之 圖示）内，並令複數個資料存取裝置與資料處理 衣置（未予圖示）内之主機板（未予圖示）電性連接，於笑一 貫施例中，複數個資料存取裝置係為硬碟機3()。如圖所 不，本發明之模組化電性連接裝置包括·· 固定架10，係用以容納複數個資料存取裝置，且一 側係具有用以令固定架10可藉由推屋方式設置於機殼内 之，數個定位件，於本實施例中定位件係為彈片u ;且 固定架10内係配合欲容置的資料存取裝置而設置有隔板 1 4以將ϋ定架i 〇内部分成兩分別用以裝設資料存取裝 19955 7 129^959 置與第-連接單元21之區域，此外，圖中所示之複數個 固定孔12係分別設置於固定架1〇 一側及隔板“上，固 定架10係於容納硬碟機30後，復可透過如螺絲13等鎖 固件穿過固定孔12且進行賴後，將硬錢3()鎖固於該 固定架10上。 、 第一連接單元21 ’係設置於固定架10上，並具有複 數個連接埠210 ’以藉由排線31與容納於固定架1〇内: 硬碟機30電性連接，於本實施例中，第一連接單元 •係為轉接電路板。 第二連接單元22，係對應第一連接單元21設置於機 殼内，用以與資料處理裝置内之主機板電性連接，且於固 定架^藉由該等定位件u設置於該機殼内時，與該第一 21電性連接，俾相應地令硬碟機30與該資料處 理衣置内之主機板電性連接，於本實施例中，第二 元22係為對應轉接電路板上（ 鲁之插槽。 极上、弟連接早兀21)的金手指 ，：二參閱第3a圖，固定架1〇在完成硬碟機3。及 St21組裝後，第一連接單元21之金手指係突 定Γ，而機殼40係具有用以容置固定架】〇固 疋条插槽4 0 0，且笫-磕姑留一 η Λ Α弟一連接早兀22係設置於機殼40上相 對應於第一連接單元21之位 41 μ ^ 'ή ^ ^ 置亚精由排線42與主機板 電性遠f —連接埠㈣作示意） 电f生連接’再請答蘭 40之固定加杆二圖所示，當固定㈣置入機殼 口疋木插槽彻後，第二連接單元U可與第-連接 19955 8 Ι29β95,9 單tc 21相互電性連接，即相應地令硬碟機3 理裝置内之主機板41電性連接，反之，依據上述之^處 耘序，反向操作即可抽離本發明之模組化電性連接裝置、。 /請參閱第4圖及第5圖，本發明之模組化電性連接裝 用以將複數個資料存取裝置設置於資料處理裝置之衣 、=殼（未予圖示）内’並令複數個資料存取裝置與資料處理 衣置（未予圖示）内之主機板（未予圖示）電性連接，於第二 貝鉍例中，複數個資料存取裝置係為軟碟機、硬碟 ♦30及光碟機3Gb。如圖所示，本發明之模組化電接 置包括： 衣 固定架10，係用以容納複數個資料存取裝置，且一 側具有用以令固定架10可藉由推壓方式設置於機殼内之 複數個定位件，於本實施例中定位件係為彈片丨1 ;且固 定架10内配合欲容置的資料存取裝置而設置有隔板 14a’當固定架1〇需設置不同型式之資料存取裝置時，如 籲本實施例中係同時設置軟碟機3〇a、硬碟機3〇及光碟機 3〇b，則第一實施例中固定架1〇之隔板14需配合資料存 取衣置之型式更換成固定架14a，以將固定架内部分 成兩分別用以裝設資料存取裝置與第一連接單元21區 戈此外圖中所示之複數個固定孔12係分別設置於固 定架10 —側及隔板14a上，固定架10係於容納軟碟機 3〇a、硬碟機3〇及光碟機3〇b後，復可透過如螺絲13& 等鎖固件穿過固定孔12且進行鎖固後，將軟碟機3〇a、 硬碟機30及光碟機30b鎖固於該固定架1〇上。 19955 9 1298959 ' Λ 第-連接單元21，係設置於固定架1〇上，並 數，連接埠210、21〇a、210b，此實施例中，第一連接單 1上除第-實施例中之連接琿2ig外，亦需配 型式之資料存取裝置（如軟碟機、光碟幻或不同的 式妾蜂21〇a、21〇b，於本實施例中第 一連接早70 21係分別藉由排線31a、3卜31b與容納於該 =定架ίο内之軟碟機•、硬碟機3G及光碟機咖電性 連接:_於本實施例中，第—連接單U係為轉接電路板。 弟-連接早π 22,係對應第—連接單元21設置 用以與資料處縣置内之主機板電性連接，且於固 疋架口1口〇藉由該等定位件u設置於該機殼内時，與該第一 連接早7L 21電性連接，俾相應地令軟碟機咖、硬碟機 3〇及光碟機鳥與該資料處縣置内之主機板電性連 本實施财1二連接單元22㈣制轉接電路 板上（弟一連接單元21)的金手指之插槽。 ,如上所述，相較於習知組裝方式，本 性連接裝置係可於容納資料存取裝置後，藉由推廢方= ΐΓ機殼内，且藉由固定架上所具有的第-連接單元與固 所有的^料存取裝置電性連接後，再與設置於機殼 連接早70電性連接，不僅可同時形成複數個資料 存取衣置與主機板之電性連接關係，以節省工時，更可依 =求進行2換成不同之模域電性連純置，以適應於不 5尺寸之^料存取裳置，俾改善習知技術之缺失。 上述實施例僅為例示性說明本發明之原理及其功 19955 10 129㈣ 二=於限制本發明。任何熟習此項技藝之人士均可 盥變化=發明之精神及範嘴下，對上述實施例進行修飾 專利範圍為依據。 ㈤應、以後述之申凊 【圖式簡單說明】 、施圖係顯示本發明之模組化電性連接裝置於第— 貝鈿例中組合時之立體圖； 第2圖係顯示本發明之模組化電 貫施例中拆卸之立體圖； ^ ^ 弟3 a圖係顯示本發明槿έ γ Μ ^ ^ L , 3衩、、且化电性連接裝置於置入機 芳又刖之上視圖； 啊 弟3b圖係顯示本發明槿έ 命 殼後之上視@ ; ϋ化讀連接裝置於置入機 第:圖係顯示本發明之模組化電性連接裝置於第二 貝軛例中組合時之立體圖；以及 •第：圖係顯示本發明之模組化電性連接裝置於第二 貝也例拆卸後之立體圖。 【主要元件符號說明】 10 固定架 11 彈片 12 固定孔 、13a螺絲 14、14a隔板 21 第一連接單元 19955 11 1298959 22 第二連接單元 30 硬碟機 30a 軟碟機 30b 光碟機 31、31a、31b、42 排線 40 機殼 41 主機板 ‘ 210、210a、210b 連接埠 •400 固定架插槽 410 主機板連接埠 12 199551298959 IX. Description of the Invention: [Technical Field] The present invention relates to a modular electrical connection device, and more particularly to a replaceable modular electrical connection device. μ [Prior Art] In the process of assembling the computer case, it is often necessary to install a poor material access device (such as a hard disk drive, a floppy disk drive, a CD player, etc.) in the computer case, and the conventional computer uses t data. The access device accommodating area is a solid-type casing frame; the data access device is accommodated, and the data access device is installed in the casing frame, and is electrically connected to the motherboard through the cable. Then fix the data access device to the frame of the case with the screw lock type. However, the casing frame is fixed on the computer casing, and the data access device accommodating area in the casing frame is fixed in size, and the user cannot replace the data access device of different sizes. Therefore, the design of the casing frame is inelastic. When the data access device is to be installed, the user must disassemble the computer case, install the data access device in the casing frame, and fix the feed access device with screws. On the casing frame, it is necessary to connect the cable for each data access device and connect the other end of the cable to the motherboard, thus causing waste of working hours. The job is to develop a modular electrical connection device that can simultaneously form a plurality of data access devices and a motherboard to save time and replace the modular electrical connection device to solve the above-mentioned shortcomings of the prior art. It is really an urgent problem to be solved today. 5 19955 1298959 [Summary of the Invention] A disadvantage of the self-knowledge technology on X; the main purpose of the present invention is to form an electrical 妾 relationship between a plurality of f-material access devices and a motherboard when the connection is made to save time. The group is electrically connected. The purpose of the invention is to provide a modular modular model for exchange and other related purposes. The present invention provides a housing. , even if it is difficult to set up, the plurality of accesses are fixed to the modular electrical connection device, including: a plurality of solids are disposed on at least one side for the two wooden blocks to be placed on the machine by pushing The positioning element in the shell is set on the fixed raft, and is used to connect the early one, the check gu... (4) Λ 弟 弟 弟 连接 连接 连接 连接 连接 连接 连接 连接 连接 连接 连接 连接 连接 连接 连接 连接 连接 连接 连接 连接 连接 连接 连接 连接 连接The data processing is electrically connected to the first connection unit by the positioning member disposed in the branch and the corresponding connection unit, and correspondingly, the hopeful access device and the data processing device are The motherboard is electrically connected. After the fixing frame is used to receive the data access devices, the locking device locks the data access device to the fixing frame, and the locking device is a screw; the first connecting unit The first connection unit is a transit circuit board; the first connection unit is a slot corresponding to the gold finger on the circuit board; the data is connected; The access device is a hard disk drive, a floppy disk drive, and an optical disk drive. The data processing device is a computer. After the modular electrical connection device of the present invention is installed, the device can be installed in the casing by pressing, and the first connecting star having the solid connection can be opened in the field. After the sexual connection, and then set up in the machine, when the power is turned on, a plurality of data accesses are formed, and the main two connection relationship is saved, so as to save working hours, and more can be connected. The power is far from strong. ώ ^ " ; ^ forced 仃 pomelo into a different module 匕 u raw connection clothing, to adapt to the same size to improve the lack of conventional technology. Casting clothes, 俾 [Embodiment] The following examples illustrating the implementation of the present invention by way of specific examples can easily understand other advantages of the present invention from the contents of the technology. And efficacy. " / Please refer to the second and second figures. The modular electrical connection of the present invention is used to set a plurality of data access devices in the graphic processing object and to make a plurality of data. The access device is electrically connected to a motherboard (not shown) in the data processing device (not shown). In the consistent example, the plurality of data access devices are hard disk drives 3 (). As shown in the figure, the modular electrical connecting device of the present invention comprises: a fixing frame 10 for accommodating a plurality of data access devices, and one side has a structure for making the fixing frame 10 movable by pushing the house. The positioning member is a spring piece u disposed in the casing, and the positioning member is a spring piece u in the embodiment; and the fixing frame 10 is provided with a material access device to be accommodated, and a partition plate 14 is disposed to be fixed. The inside of the frame i is divided into two parts for mounting the data access device 19955 7 129^959 and the first connecting unit 21, and the plurality of fixing holes 12 shown in the figure are respectively disposed on the fixed frame 1〇. On one side and the partition plate, the fixing frame 10 is attached to the hard disk drive 30, and can be fixed to the fixed hole through the fixing hole 12 through a fastener such as a screw 13 and then fastened. The first connecting unit 21' is disposed on the fixing frame 10 and has a plurality of connecting ports 210' for being electrically connected to the hard disk drive 30 by the cable 31 and the inside of the fixed frame 1 In this embodiment, the first connection unit is a transit circuit board. The second connection unit 22 is corresponding to the first connection. The unit 21 is disposed in the casing for electrically connecting to the motherboard in the data processing device, and is electrically connected to the first 21 when the fixing frame is disposed in the casing. Correspondingly, the hard disk drive 30 is electrically connected to the motherboard in the data processing device. In this embodiment, the second element 22 is corresponding to the transfer circuit board (the socket of the Lu. The younger brother connects the golden finger of the early 21), the second reference to the figure 3a, the fixing frame 1 is completed after the hard disk machine 3 is completed, and after the St21 assembly, the golden finger system of the first connecting unit 21 is fixed, and the casing 40 The utility model has a fixing bracket 〇 疋 疋 4 4 4 4 , , , , , , 留 留 η η 一 一 一 一 一 一 一 兀 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系 系The position of 41 μ ^ 'ή ^ ^ is set by the cable 42 and the motherboard is far from the power board f - connection 埠 (four) for the purpose) electric f-connection "replenish the blue 40 fixed rod 2, when After the fixing (4) is placed in the casing slot of the casing, the second connecting unit U can be electrically connected to the first connection 19955 8 Ι 29β95, 9 single tc 21, that is, correspondingly hard The motherboard 41 in the device 3 is electrically connected, and vice versa, according to the above-mentioned steps, the reverse operation can extract the modular electrical connection device of the present invention. / Please refer to FIG. 4 and 5, the modular electrical connection device of the present invention is used to set a plurality of data access devices in a clothing, a casing (not shown) of a data processing device, and to make a plurality of data access devices and materials. The main board (not shown) in the clothing (not shown) is electrically connected. In the second example, the plurality of data access devices are a floppy disk drive, a hard disk ♦30 and an optical disk drive. 3Gb. As shown in the figure, the modular electrical connection of the present invention comprises: a clothing holder 10 for accommodating a plurality of data access devices, and one side having a mounting means 10 for pushing the mounting frame 10 The plurality of positioning members are disposed in the casing. In the embodiment, the positioning member is a spring piece 丨1; and the fixing frame 10 is provided with a material access device to be accommodated and a partition plate 14a' is provided as the fixing frame 1 When different types of data access devices need to be set, for example, in this embodiment, the floppy disk drive 3 is simultaneously set. a, the hard disk drive 3 〇 and the optical disk drive 3 〇 b, in the first embodiment, the spacer 14 of the fixed frame 1 需 is required to be replaced with the fixed access frame 14a in accordance with the data access clothing type to divide the inside of the fixed frame into two The plurality of fixing holes 12 respectively shown in the figure are respectively disposed on the side of the fixing frame 10 and the partition plate 14a, and the fixing frame 10 is fastened to accommodate the softening of the data access device and the first connecting unit 21, respectively. After the disc drive 3〇a, the hard drive 3〇 and the disc drive 3〇b, the lock can pass through the fixing hole 12 such as the screw 13& and the lock is completed, then the floppy disk drive 3〇a, hard disk The machine 30 and the optical disk drive 30b are locked to the fixed frame 1 。. 19955 9 1298959 ' Λ The first connection unit 21 is disposed on the fixed frame 1 , and is connected to the 埠 210 , 21 〇 a , 210 b . In this embodiment, the first connection unit 1 is divided by the first embodiment. In addition to the connection of 珲2ig, it is also necessary to use a type of data access device (such as a floppy disk player, a CD player or a different type of bee 21 〇a, 21 〇 b, in this embodiment the first connection is early 70 21 series Each of the floppy disk drives, the hard disk drive 3G, and the optical disk drive contained in the fixed frame ίο is electrically connected by the cable 31a, 3b, 31b, respectively: In the present embodiment, the first connection is a U-system For the transfer circuit board, the younger-connected early π 22, corresponding to the first-connecting unit 21 is arranged to be electrically connected to the motherboard in the county, and is located at the port of the solid shelf. When the device u is disposed in the casing, it is electrically connected to the first connection 7L 21, and correspondingly, the floppy disk machine, the hard disk machine 3 and the optical disk bird and the motherboard in the data county The socket of the gold finger of the transfer circuit board (the first connection unit 21) of the connection unit 22 (4) is electrically connected to the present invention. As described above, compared with the conventional assembly method. The intrinsic connecting device can be electrically connected to the fixed access device after the data access device is accommodated by the pusher side in the casing and by the first connecting unit provided on the fixing frame. And then electrically connected to the chassis, 70, not only can form a plurality of data access clothing and the motherboard electrical connection relationship at the same time, in order to save man-hours, can also be changed according to = 2 The mode field is electrically connected to the pure position to adapt to the non-size of the material to access the skirt, and to improve the lack of the prior art. The above embodiment is merely illustrative of the principle of the invention and its work 19955 10 129 (four) two = In order to limit the present invention, anyone skilled in the art can change the scope of the above-mentioned embodiments according to the spirit of the invention and the scope of the invention. (5) The application should be described later [Simple description of the schema] , FIG. 2 is a perspective view showing the modular electrical connection device of the present invention in a combination of the first embodiment; FIG. 2 is a perspective view showing the disassembly of the modular electrical embodiment of the present invention; ^ ^ 3 a shows the invention 槿έ γ Μ ^ ^ L, 3衩, and the electrical connection device is placed on the top of the machine and the top view; the 3B picture shows the top view of the invention after the shell; @ϋ化阅读连接装置在置机BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing a modular electrical connection device of the present invention in a second bead yoke example; and a first embodiment showing a modular electrical connection device of the present invention in a second embodiment. Stereo view after disassembly. [Main component symbol description] 10 Fixing frame 11 Shrapnel 12 Fixing hole, 13a Screw 14, 14a Separator 21 First connecting unit 19955 11 1298959 22 Second connecting unit 30 Hard disk drive 30a Soft disk drive 30b Optical disc Machines 31, 31a, 31b, 42 Cables 40 Chassis 41 Motherboard '210, 210a, 210b Connections 埠•400 Mounting Slots 410 Motherboard Connections埠12 19955