五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種電源供應裝置，特別是指—種電 腦電源供應裝置及設有該電腦電源供應裝置的一種電腦機 殼裝置。 【先前技術】 一般電腦主機板及電腦周邊裝置是藉由一電源供應器 供應所需要的電力。目前市面上常見的桌上型電腦主機是 將電腦周邊裝置設置於電腦機殼内部鄰近前緣處，而電源 供應器則是設置於電腦機殼内部鄰近後緣處。在前述的設 置位置下’用於電連接電源供應器與電腦周邊裝置的導線 不易整理而顯得雜亂。 參閱圖1、圖2,相關業者為解決上述困擾，發明〜種 可將用於電連接電源供應器11與電腦周邊裝置12的導線 13自電源供應器U拔除的電源供應器11，使用者可視電腦 周邊裝置12的數量決定插設於電源供應器u的導線13數 量。藉此’當電腦周邊裝置12的數量較少時，導線13數 里就可相對減少而降低導線n分佈雜亂的困擾。然而當電 腦周邊裝置12的數量較多時，則上述提供導線13的做法 則仍無法解決導線13分佈雜亂的問題。 【新型内容】 因此’本新型之目的’即在提供一種可使電腦機彀内 的導線分佈較為整齊的電腦機殼裝置。 於是’本新型帶有電源供應器的電腦機殼裝置用以供 3 一電腦主機板及多數個周邊奘署^Λ要 徊周遭裝置3又置，並供應電源給該電 腦主機板及該等周邊努署。兮恶古+ 瓊裒置該▼有電源供應器的電腦機殼 裝置包含一電腦機殼、一電源供應器、—中繼器、多數第 一導線、一第二導線，及一第二遙蝻 $ —導線。该等周邊設備設置 於該電腦機殼内的一側空間中。兮雷仰* J J T 4 ^源供應器設置於該電 腦機殼内相反於該等周邊設備的另一侧空間中。該中繼器 設置於該電腦機殼内並位於該電源供應器與該等周邊裝置 間且鄰近該等周邊裝置气蓉笛 哎衣直為寻第一導線用以電連接該中繼 器及該等周邊設備。每—第—導線具有—可插拔地電連接 於該等周邊設備的第-連接n m㈣以電連接該 中繼器與該電源供應器。該第三導線用以電連接該電腦主 機板與該電源供應器。 本新型之另一目的，即在提供一種可使電腦機殼内的 導線分佈較為整齊的電腦電源供應裝置。 ^於疋，本新型電腦電源供應裝置用以設置於一電腦機 /λ内並供應電源給設於該電腦機殼内的一電腦主機板及多 數周邊裝置。該電腦電源供應裝置包含—電源供應器、一 中遣器、多數第—導線、—第二導線及一第三導線。該等 第一導線用以電連接該中繼器及該等周邊設備。每一第一 導線具有一可插拔地電連接於該等周邊設備的第一連接器 "亥第—導線用以電連接該中繼器與該電源供應器。該第 一導線用以電連接該電腦主機板與該電源供應器。 本新型之功效在於藉由該可設置於鄰近該等周邊裝置 的中繼器與該等周邊裝置電連接以縮減該等周邊裝置與 該電源供應器的距離，進而使該等第一導線的長度較先前 技術中的導線短而較為整齊。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 以下配合參考圖式之一個較佳實施例的詳細說明中，將可 清楚的呈現。 參閱圖3、圖4及圖5,本新型帶有電源供應器的電腦 機殼裝置的較佳實施例是用以供一電腦主機板21及多數個 周邊裝置22設置，並供應電源給電腦主機板21及周邊裝 置22，周邊裝置22包括硬碟、光碟機、軟碟機等。帶有電 源供應器的電腦機殼裝置包含一電腦機殼3、一電源供應器 4、一中繼器5、多數條第一導線6、一第二導線7,及一第 三導線8。 周邊S又備2 2 a又置於電腦機殼3内的一側空間中。在本 實施例中’周邊設備22是設置於電腦機殼3的前側。 電源供應器4 δ史置於電腦機殼3内相反於周邊設備22 的另一側空間中。電源供應器4具有一殼體41及一設置於 殼體41表面的電源連接器42。在本實施例中，電源供應器 4是設置於電腦機殼3的後側’並且電源連接器42為一插 槽。 中繼器5設置於電腦機殼3内並位於電源供應器4與 周邊裝置22間且鄰近周邊裝置22。中繼器5具有一殼體 51、多數設置於殼體51 —側表面的第一中繼連接器52，及 一設置於殼體51另一側表面的第二中繼連接器53。在本實 施例中 一插槽 每一第一中繼連接器V. New description: [New technical field] The present invention relates to a power supply device, and more particularly to a computer power supply device and a computer casing device provided with the computer power supply device. [Prior Art] A general computer motherboard and a computer peripheral device supply power required by a power supply. At present, the common desktop computer on the market is to install the computer peripheral device near the front edge of the computer case, and the power supply is disposed at the adjacent rear edge of the computer case. In the above-mentioned set position, the wires for electrically connecting the power supply to the peripheral device of the computer are difficult to organize and appear cluttered. Referring to FIG. 1 and FIG. 2, in order to solve the above problems, the related art can supply the power supply 11 for electrically connecting the wire 13 of the power supply 11 and the computer peripheral device 12 from the power supply U, and the user can visually The number of computer peripheral devices 12 determines the number of wires 13 that are inserted into the power supply u. By this, when the number of the computer peripheral devices 12 is small, the number of the wires 13 can be relatively reduced to reduce the trouble of the distribution of the wires n. However, when the number of the peripheral devices 12 is large, the above-described method of providing the wires 13 still does not solve the problem of the disorder of the distribution of the wires 13. [New content] Therefore, the object of the present invention is to provide a computer casing device which can make the distribution of the wires in the computer casing relatively uniform. Therefore, the new computer casing device with a power supply is provided for the three computer motherboards and a plurality of peripheral devices, and the surrounding devices 3 are placed again, and power is supplied to the computer motherboard and the peripherals. Urgent. The computer casing device with the power supply includes a computer casing, a power supply, a repeater, a plurality of first wires, a second wire, and a second cable. $ — wire. The peripheral devices are disposed in a space on one side of the computer casing. The J J T 4 ^ source supply is disposed in the other side of the computer housing opposite to the peripheral devices. The repeater is disposed in the computer casing and located between the power supply and the peripheral devices and adjacent to the peripheral devices, the first wire is directly connected to the repeater for electrically connecting the repeater and the And other peripheral equipment. Each of the -first wires has a first connection n m (four) that is pluggably electrically connected to the peripheral devices to electrically connect the repeater to the power supply. The third wire is used to electrically connect the computer main board to the power supply. Another object of the present invention is to provide a computer power supply device that allows a relatively uniform distribution of wires within a computer casing. ^于疋, The new computer power supply device is disposed in a computer/λ and supplies power to a computer motherboard and a plurality of peripheral devices disposed in the computer casing. The computer power supply device comprises a power supply, a dispatcher, a plurality of first wires, a second wire and a third wire. The first wires are used to electrically connect the repeater and the peripheral devices. Each of the first wires has a first connector that is pluggably electrically connected to the peripheral devices. The first wire is electrically connected to the repeater and the power supply. The first wire is used to electrically connect the computer motherboard to the power supply. The effect of the present invention is to reduce the distance between the peripheral devices and the power supply by electrically connecting the peripheral devices disposed adjacent to the peripheral devices to the length of the first wires. It is shorter and more tidy than the wires in the prior art. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments. Referring to FIG. 3, FIG. 4 and FIG. 5, a preferred embodiment of the computer casing device with a power supply is provided for a computer motherboard 21 and a plurality of peripheral devices 22, and supplies power to the computer host. The board 21 and the peripheral device 22 include a hard disk, a CD player, a floppy disk drive, and the like. The computer casing device with the power supply includes a computer casing 3, a power supply 4, a repeater 5, a plurality of first conductors 6, a second conductor 7, and a third conductor 8. The peripheral S is further provided with 2 2 a and placed in the space on one side of the computer casing 3. In the present embodiment, the peripheral device 22 is disposed on the front side of the computer casing 3. The power supply 4 δ is placed in the computer housing 3 opposite to the other side space of the peripheral device 22. The power supply unit 4 has a housing 41 and a power connector 42 disposed on the surface of the housing 41. In the present embodiment, the power supply unit 4 is disposed on the rear side of the computer casing 3 and the power connector 42 is a slot. The repeater 5 is disposed in the computer casing 3 and located between the power supply 4 and the peripheral device 22 and adjacent to the peripheral device 22. The repeater 5 has a casing 51, a plurality of first relay connectors 52 disposed on the side surface of the casing 51, and a second relay connector 53 disposed on the other side surface of the casing 51. In this embodiment, one slot, each first relay connector
第二中繼連接器53為 一-導線6用以電連接中繼器5及周邊設備22。每— 第Γ導線6具有—可插拔地電連接於周邊設備22的第-連 ^ 61及—對應第_中繼連接器％的第二連接器第 、導線6疋藉由第二連接器62可插拔地電連接於第一中繼 ，接器52。藉此，使用者可視周邊裝置22的數目使用相同 目的第—導線6 ’多餘沒有連接周邊裝置22❼第—導線 6可自中繼器5移除。在本實施例中，每—第—連接器q 及第二連接器62為-插頭，並且第―導線6的長度不相同 ’使用者可依中繼器5與周邊裝置22的距離選擇合適的第 一導線6 ’使第—導線6的分佈較為整齊。在本新型的另— 實施態樣中，第-導線6也可以@接於中繼器5。 第二導線7用以電連接中繼器5與電源供應器4。第二 導線7具有一對應第二甲繼連接器53的第三連接器71，及 一對應電源連接器42的第四連接器72。第二導線7 _端是 藉由第二連接器71可插拔地電連接於第二中繼連接器53， 另-端是藉由第四連制72可插拔地電連接於電源連接器 42。在本實施例中，第三連接器71及第四連接器μ為一 插頭。當然、’第二導線7也可以—端與中繼器5固定電連 接，另一端與電源供應器4可插拔地電連接，或者第二導 線7也可以一端與電源供應器4固定電連接，另—端與中 繼器5可插拔地電連接，或者第二導線7也可以與中繼器$ 及電源供應器4固定電連接。 ’° M396566 第一導線8用以電連接電腦主機板2!與電源供應器* • 。在本實施例中，第三導線S -端固接在電源供應器4上 ，另一端可插拔地電連接於電腦主機板21。當然，第三導 線8也可設計成兩端具有分別肖電源供應_ $上的一連接 器及與電腦主機板21上的-連接^相配合的連接器，使第 三導線8可插拔地電連接於電源供應器4及電腦主機板幻 〇 • 综上所述，本實施例的帶有電源供應器的電腦機殼裝 • 置藉由與電源供應器4分離的中繼器5供電源供應器4與 周邊裝置22電連接，j_中繼器5可以設置在電腦機殼3内 較接近周邊裝置22之處，使連接周邊裝置22的第—導線6 可較為整齊地分佈於電腦機殼3内部，並且藉由中繼器$ 的第-中繼連接器52及可自第—中繼連接器52拔除分離 的導線6的第-連接器61，使沒有連接周邊裝置。的多餘 導線6可自第一中繼連接器52拔除分離以減少第一導 線6數目，進而使第一導線6可更整齊地分佈，故確實能 •達成本新型之目的。 ^惟以上所述者，僅為本新型之較佳實施例而已，當不 吨以此限定纟新型實施之範圍，即大凡依本新型申請專利 範圍及新型說明内容所作之簡單的等效變化與修飾，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一一般電源供應器的一立體圖； 圖2是一一般電腦機殼的一内部示意圖，說明連接一 電源供應器與多數個電腦周邊裝置的多數條導線不易整齊 地分佈於該電腦機殼的内部； 圖3是一本新型帶有電源供應器的電腦機殼裝置的内 部示意圖，說明藉由一鄰近多數個周邊裝置的中繼器，多 數條連接該等周邊裝置的第一導線可較為整齊地分佈； 圖4是一本新型帶有電源供應器的電腦機殼裝置的較 佳實施例的局部立體圖；及 圖5是一架構方塊圖，說明該帶有電源供應器的電腦 機殼裝置的硬體架構。 M396566 5 【主要元件符號說明】 11.........電源供應器 12 .........電腦周邊裝置 13 .........'導線 21 .........電腦主機板 22 .........周邊裝置 3 ..........電腦機殼 4 ..........電源供應器 41 .........殼體 42 .........電源連接器 中繼器 51 ····. •…殼體 52…·. ……第一中繼連接器 53 ……第二中繼連接器 6…… •…第一導線 61 •…第一連接器 62.··· •…第二連接器 7…… •…第-導線 71 ....第三連接器 72..… ....第四連接器 第三導線 8The second relay connector 53 is a wire 6 for electrically connecting the repeater 5 and the peripheral device 22. Each of the first lead wires 6 has a first connector that is pluggably electrically connected to the peripheral device 22 and a second connector that corresponds to the % of the first connector, and the wire 6 is connected by the second connector 62 is pluggably connected to the first relay, connector 52. Thereby, the user can use the same purpose as the number of peripheral devices 22, the first wire 6' is redundantly connected to the peripheral device 22, and the wire 6 can be removed from the repeater 5. In this embodiment, each of the first connector q and the second connector 62 are -plugs, and the length of the first wire 6 is different. The user can select an appropriate distance according to the distance between the repeater 5 and the peripheral device 22. The first wire 6' makes the distribution of the first wire 6 relatively uniform. In another embodiment of the present invention, the first conductor 6 can also be connected to the repeater 5. The second wire 7 is for electrically connecting the repeater 5 and the power supply 4. The second wire 7 has a third connector 71 corresponding to the second connector connector 53, and a fourth connector 72 corresponding to the power connector 42. The second wire 7 _ end is electrically connected to the second relay connector 53 by the second connector 71, and the other end is electrically connected to the power connector by the fourth connection 72 42. In this embodiment, the third connector 71 and the fourth connector μ are a plug. Of course, the 'second wire 7 can also be fixedly electrically connected to the repeater 5, the other end can be electrically connected to the power supply 4, or the second wire 7 can be electrically connected to the power supply 4 at one end. The other end is electrically connected to the repeater 5 in a pluggable manner, or the second wire 7 can also be electrically connected to the repeater $ and the power supply 4. ’° M396566 The first wire 8 is used to electrically connect the computer motherboard 2! with the power supply*. In this embodiment, the third wire S-terminal is fixed to the power supply 4, and the other end is electrically connected to the computer motherboard 21 in a pluggable manner. Of course, the third wire 8 can also be designed with a connector on each of the two sides of the power supply _ $ and a connector that cooperates with the connection on the computer motherboard 21 to make the third wire 8 pluggable. Electrically connected to the power supply 4 and the computer motherboard. In summary, the computer casing with the power supply of the present embodiment is powered by the repeater 5 separated from the power supply 4. The feeder 4 is electrically connected to the peripheral device 22, and the j_repeater 5 can be disposed in the computer casing 3 closer to the peripheral device 22, so that the first wire 6 connecting the peripheral device 22 can be relatively neatly distributed on the computer machine. Inside the casing 3, and by the first relay connector 52 of the repeater $ and the first connector 61 which can detach the separated wire 6 from the first relay connector 52, the peripheral device is not connected. The excess conductors 6 can be detached from the first relay connector 52 to reduce the number of first conductors 6, thereby allowing the first conductors 6 to be more evenly distributed, so that the purpose of the present invention can be achieved. However, the above is only a preferred embodiment of the present invention, and when it is not limited to the scope of the new implementation, that is, the simple equivalent change of the scope of the patent application and the new description of the present invention is Modifications are still within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a general power supply; FIG. 2 is an internal schematic view of a general computer casing, illustrating that a plurality of wires connecting a power supply to a plurality of computer peripheral devices are not easily aligned Distributed inside the computer casing; FIG. 3 is an internal schematic view of a new computer casing device with a power supply, illustrating that a plurality of bars are connected to the peripheral devices by a repeater adjacent to a plurality of peripheral devices Figure 1 is a partial perspective view of a preferred embodiment of a novel computer housing unit with a power supply; and Figure 5 is a block diagram showing the power supply The hardware architecture of the computer case device. M396566 5 [Description of main component symbols] 11.........Power supply 12 .........Computer peripheral device 13 .........'Wire 21 ... ......computer motherboard 22 ......... peripheral device 3 .......... computer case 4 .......... power supply 41 ......... housing 42 .... power connector repeater 51 ····..... housing 52...·.......first relay connector 53 ...the second relay connector 6...•...the first wire 61•...the first connector 62.···•...the second connector 7...•...the first wire 71 ....the third connection 72..... .... fourth connector third wire 8