九、發明說明： 【發明所屬之技術領域】 本發明係有關於-種電 應系統中各電源供應器所裝;系二種電源供 (backplane)供電者。 又 扇係藉由背板 【先前技術】 界供5ί 7二業用電腦主機或飼服器上皆插接有數二電 =發運作時，若-= 或伺服器即自動地切換至另腦主機 源供應器供電，以免工辈用Φ原供應益上’由該台電 而造成損壞。或者，由數台器停止作業， 口電源供應器故障或損壞時 ”中 器繼續正常供電。# 了由另外正吊之電源供應 時供應器在插接於工業用電腦主機或饲服器 座%由=的接腳會插接到背板（電路板)上之連接 腦主機器所輸出的電力傳輸至工業用電 1服。。内邛的各級電路所使用。 簡稱:源=供、電使用狀態時，其内部的風扇(以下 央處4 ;右電源供應器與系統中其他元件（例如：中 統中其他=件^^位置適當’電源風扇亦可同時抽出系 果。 斤產生的熱空氣’達到同時解系、統的熱的效 白知技蟄中，電源風扇係直接與電源供應器中之電力 1374354 « · 101年4月5日修正替換w 、=Γ70相連接’也就是說，電源風扇的電力係、直接由電 t應，健。若㈣供絲有任何故障發生，例如：電 扮早7^失效時，電源風扇即無法運作，此稱為「電源 故Ρ早等於風扇故障」（P()wer failure results in fan fa餘）。 7 :若電源風扇損壞而停止運轉，為避免電源供應器過 熱而受到損壞，該台電源供應器也需隨即停止運作，此稱 為「風扇故障等於電源失效」（fan failure職加in p〇德 failure ) ° 緣是本發明人有感上祕失之可改善，如何突破既 # 有的窠臼，乃特潛心、研究並§&合學理之運用，終於提出一 種設計合理衫效改善上述缺失並加以解決之本發明。 【發明内容】 本發明之目的係提供-種電源供應系統，藉由一種間 接供應風扇電力的方法，使得電源供絲輯時，可以維 持其内的電源風扇仍能正常運作。 本發明之另一目的係提供一種電源供應系統，藉由一 種間接供應風扇電力的方法以及特殊的風扇排列方式，使 癱 得一電源風扇故障時，仍有其他的電源風扇可以正常抽出 熱空氣，而讓電源供應器可以正常運作。 本發明之又一目的係提供一種電子產品，該電子產品 中之電源供應系統可以間接供應風扇電力、且風扇具有= ' 殊的排列方式，使得電源供應器故障時，可以維持其内的 - 電源風扇仍能正常運作；或是電源風扇故障時，仍有其他 - 的電源風扇可以正$抽出熱空氣，而讓電源供虞哭可以正 常運作。 6 JOi年4月5日修正替換頁 .依據本發明之-特色，提出―種電源供應系統，包 括.連結裝置’用於提供電力連結；以及複數個電源供 應器，與該連結裝置連接_錢性連結，鋪數個電源 供應器中之每—包含有：―電力處理單it，負責將外部輸 入之電力進行轉換後，輸出給該連結裝置；一風扇模組， 包含有至少一風扇，用於解除該電力處理單元所產生的 熱^以及-承載物，提供-承載空間，用於承載該電力處 理單凡與該風扇模組；其中，該至少一風扇係透過該連結 裝置而獲得電力。 依據本發明之另一特色，提出一種電子產品，包含·· 一電子產品機殼；以及一電源供應系統，設置於該電子產 品機殼之m —連結裝置，祕提供電力連結； 乂及複數個電源供應α，與該連結裝置連接而達成電性連 結，該複數個電源供應器中之每—包含有：—電力處理單 兀’負責料部輸人之電力進行轉換後，輸出給該連結裝 一風扇模組，包含有至少—風扇，用於解除該電力處 理早凡所產生的熱；以及一㈣物，提供—承載空間用 於承載該電力處理單元與紐扇模組；其巾，該至少一風 扇係透過該連結裝置而獲得電力。 為了能更進-步瞭解本發明為達纽定目的所採取 盘糾ί、方法及功效’請參閱以下有關本發明之詳細說明 :附圖’相信本發明之目的、特徵與特點，當可由此得一 ==體之瞭解’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。 1374354 ιοί年4月5日修正替換百 【實施方式】 ~~~— 閱第1圖，繪示本發明之電源供應系統之一實施 、/、 3虿二個冗餘(redundancy)配置之電源供應器2 =及-連結裝置，於本實施例中，該連結裝置係為一連接· 、1，且電源供應器2與連接板1間有電性連結，此電性 ·-連結包括由電源供應器2將電力傳輸至連接板丄、以及電 -源供應11 2内部的風扇與連接板1間之電性連結。 在本發明之實施例中，由於電源供應器2之部份元 件^如外部電源插座、電源開關等係為發展成熟之技術，鲁 為1知此技藝人士所熟知，因此其詳細内容本發明將不再 加以贅述。本發明之電源供應器2可活動地插接於連接板 1上，以達到與連接板1間之電性連結。以第1圖之實施 例為例’電源供應器2透過向外突出之輸出端3 3插接於 連接板1上之連接座11，而將電源供應器2所輸出的電 力傳送至連接板1 ’再藉由連接板1傳輸至系統（例如： 儲存裝置、磁碟陣列（Redundant Array of Independent Disk ’ RAID)、工業用電腦主機或伺服器）内部的各級電 馨 路（例如：中央處理單元等）供其使用；同時電源供應器 2亦凸設與内部風扇相連之插接頭4 2 2，可插接於連接 . 板1上之插接座1 2，而藉此供應風扇之電力。本發明之 電源供應系統不僅可適用於儲存設備、磁碟陣列、工業用 電腦主機或伺服器上’甚至也可應用在桌上型電腦或其它 - 電子產品或設備等；本發明之電源供應系統係置放於該等 · 電子產品機殼之中。 上述之連接板1係為一種電路板（Printed Circuit 8 一 101年4月5曰修正替換頁IX. Description of the Invention: [Technical Field to Which the Invention Is Applicable] The present invention relates to a power supply system for a power supply system; two types of power supply for backplane power supply. And the fan system is backed by the backplane [previous technology] for the 5ί 7 2 industry computer host or the feeding device is connected with a number of electricity = hair operation, if -= or the server automatically switches to another brain The main source supply is supplied with power, so as to avoid damage caused by the power supply of the original Φ. Or, when several machines stop working, when the port power supply is faulty or damaged, the middle device continues to supply power normally. # The supplier is plugged into the industrial computer host or the feeding device when the power supply is being suspended. The power output from the connected brain main unit plugged into the backplane (circuit board) by the pin is transferred to the industrial power 1 service. The internal circuit is used by all levels of circuits. Abbreviation: source = supply, electricity When using the state, the internal fan (the following central office 4; right power supply and other components in the system (for example: the other in the middle of the system = the appropriate location ^ ^ power supply fan can also extract the results at the same time. In the air's ability to achieve the simultaneous solution, the power supply fan is directly connected to the power supply in the power supply 1374354 « · April 5, 2011 correction replacement w, = Γ 70 connection 'that is The power system of the power supply fan is directly powered by electricity. If there is any fault in the supply wire, for example, the power supply fan will not operate when the battery fails. This is called "the power supply is equal to the fan." Failure(P()wer failure results in fa n fa余). 7: If the power supply fan is damaged and stops running, in order to avoid damage to the power supply supply, the power supply should also stop working immediately. This is called "fan failure equals power failure" (fan failure job) Plus in p〇de failure) ° The edge is that the inventor has the feeling that the secret can be improved, how to break through the two, the special enthusiasm, research and § & the use of the theory, finally proposed a design reasonable shirt SUMMARY OF THE INVENTION The present invention is directed to a power supply system in which a power supply system can be used to maintain a power supply by a method of indirectly supplying fan power. The fan can still operate normally. Another object of the present invention is to provide a power supply system, by means of an indirect supply of fan power and a special fan arrangement, so that when a power supply fan fails, there are still other power supply fans. The hot air can be normally extracted, and the power supply can be operated normally. Another object of the present invention is to provide an electronic product. The power supply system in the electronic product can indirectly supply fan power, and the fan has a 'special arrangement, so that when the power supply fails, the power supply fan can still operate normally; or the power supply fan fails. There are still other - power supply fans that can draw hot air for a while, and let the power supply cry for normal operation. 6 JOi April 5th revised replacement page. According to the characteristics of the present invention, a power supply system is proposed. Including: the connecting device 'for providing a power connection; and a plurality of power supplies connected to the connecting device _ money link, each of the plurality of power supplies - including: - power processing single it, responsible for external The input power is converted and output to the connecting device; a fan module includes at least one fan for releasing the heat and the carrier generated by the power processing unit, and providing a bearing space for carrying the The power processing unit is connected to the fan module; wherein the at least one fan receives power through the connecting device. According to another feature of the present invention, an electronic product is provided, comprising: an electronic product casing; and a power supply system, the m-connection device disposed on the electronic product casing, providing a power connection; The power supply α is connected to the connecting device to achieve electrical connection, and each of the plurality of power supplies includes: a power processing unit, which is responsible for converting the power input to the material, and outputting the power to the connecting device. a fan module comprising at least a fan for releasing heat generated by the power processing; and a (four) object providing a bearing space for carrying the power processing unit and the fan module; At least one of the fans receives power through the connecting device. In order to further understand the advantages, methods, and functions of the present invention for the purpose of dynasty, please refer to the following detailed description of the present invention: the drawings 'believe the purpose, features and characteristics of the present invention. It is to be understood that the invention is not to be construed as limited. 1374354 ιοί 4 4 4 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 In the present embodiment, the connecting device is a connection, and the power supply 2 is electrically connected to the connecting plate 1. The electrical connection includes power supply. The device 2 transmits power to the connection board and the electrical connection between the fan inside the electric-source supply 11 2 and the connection board 1. In the embodiment of the present invention, since some components of the power supply 2, such as an external power socket, a power switch, etc., are well-developed technologies, as is well known to those skilled in the art, the details of the present invention will be I will not repeat them. The power supply 2 of the present invention is movably inserted into the connecting plate 1 to achieve electrical connection with the connecting plate 1. Taking the embodiment of FIG. 1 as an example, the power supply 2 transmits the power output from the power supply 2 to the connection board 1 through the connection terminal 11 on the connection board 3 through the outwardly protruding output terminal 3 3 . 'After the connection board 1 is transmitted to the system (for example: Redundant Array of Independent Disk 'RAID), industrial computer host or server) (for example: central processing unit) For the purpose of use; at the same time, the power supply 2 also has a plug connector 42 2 connected to the internal fan, which can be plugged into the plug socket 12 on the board 1. The power of the fan is supplied thereby. The power supply system of the present invention can be applied not only to storage devices, disk arrays, industrial computer hosts or servers, but also to desktop computers or other electronic products or devices; the power supply system of the present invention The system is placed in the casing of these electronic products. The above connecting board 1 is a circuit board (Printed Circuit 8 - April 5, 2011)
Board，PCB) ’根據其在系㈣部與電源供應器2間之相 對位置，而在適當位置處突設一或複數個連接座丄丄及插 接座1 2，連接座1 1和插接座丄2間之相對位置可上下 相鄰，如第1圖所例示，並與另一組連接座i i、插接座 1 2左右相鄰。無論連接座χ 2及插接座1 2是以何種方 式排列，其相對位置應與輸出端3 3及插接頭4 2 2相對 應而讓電源供應器2與連接板1可以順利互相連接。連 接板1之實施態樣可以是背板（backplane)、主機板、或 其他此類可以提供電力連結之電路板。 一 时值得注意的是，本發明中插接於連接板i上之電源供 ，器2的數量不以兩個為限，可能是一或多個，第工圖只 疋例示有兩個冗餘設置之電源供應器2之實施例。 °月參閱第2 A圖’於本發明之一實施例中，電源供應 器2包含有一承載物2 〇、一電力處理單元3 〇及一風扇 拉級4 0，其中承載物2 0可為一以金屬材料製成的^ ，、中空殼體或架體’其外型大致呈長方形狀，其上或$ 部形成一承載空間2 1。在本發明中並不加以限制承載物 2 0之外型與材質，如承載物2 〇也可設計成四方型等之 形狀’或以非金屬材質製成，以符合不同設計之需求。若 承栽物2 0是圍有一或複數個側面之中空殼體，其—或複 數個側面之適當處可進一步分別設有複數個開孔2 2，以 利空氣之流通。 上述電力處理單元3 0可配設於承載物2 〇的承載 空間2 1中之前側，電力處理單元3 〇可由一對電路板3 1、3 2上分別設置有電阻、電容及線圈等之電子元件所 101年4月5日修正替·換頁Board, PCB) 'According to the relative position between the system (4) and the power supply 2, one or more connection sockets and sockets 1 2 are protruded at appropriate positions, and the connection seat 1 1 and the socket The relative positions of the seats 2 can be adjacent to each other, as illustrated in FIG. 1 , and adjacent to the other group of connectors ii and the sockets 1 2 . Regardless of the arrangement of the connection base 2 and the socket 1 2, the relative positions thereof should correspond to the output terminal 3 3 and the plug connector 42 2 to allow the power supply 2 and the connection plate 1 to be smoothly connected to each other. Embodiments of the patch panel 1 can be a backplane, a motherboard, or other such circuit board that can provide electrical connections. It should be noted that in the present invention, the number of the power supply 2 plugged into the connection board i is not limited to two, and may be one or more, and the first drawing only illustrates two redundant settings. An embodiment of the power supply 2 is shown. Referring to FIG. 2A, in an embodiment of the present invention, the power supply 2 includes a carrier 2 , a power processing unit 3 , and a fan pull stage 40 , wherein the carrier 20 can be a The hollow body or the frame body made of a metal material has a substantially rectangular outer shape, and a load bearing space 21 is formed on the upper portion or the portion. In the present invention, the shape and material of the carrier 20 are not limited. For example, the carrier 2 can also be designed in the shape of a square or the like or made of a non-metal material to meet the needs of different designs. If the substrate 20 is a hollow casing that encloses one or more sides, it may be further provided with a plurality of openings 2 2, respectively, for appropriate passage of air. The power processing unit 30 can be disposed on the front side of the carrying space 2 1 of the carrier 2 , and the power processing unit 3 can be provided with an electric resistor, a capacitor, a coil, and the like respectively on the pair of circuit boards 3 1 and 3 2 . The component was revised on April 5, 101.
組成，並分力丨L 上、下相鄰以螺絲鎖固於承載物2 0的承載 二間2 1中。 法電力處理單元3 0可將外部輸入之電力進行變壓、整 ^ 1力轉換處理後’藉由電力處理單it 3 ◦的電路板3 所具有之輸出端3 3輸出電力，輸出端3 3可採用金手 -- 曰的方式，或是，於本發明之另一實施例，採用連接頭或 接線的方式亦可，只是如此一來’連接板1上相對應之連 接座11亦須更改為相對適用之實施態樣，以達成互相連 接之功能。電源供應器2組裝完成時，輸出端3 3會突出 · 於承載物2 0外’做為與連接板工的連接座工工電性連接 之介面。 風扇模組4 0可安裝於承載物2 〇的承載空間2工 中之後側，面對電力處理單元3 〇，以幫助電力處理單元 3 0散熱。風扇模組4 〇包含有一或複數個風扇4 2 ;於 本實施例中，風扇4 2的數目係以兩個風扇4 2為例說 明。 第2 A圖之電源供應器2之實施例，其組裝後之態樣春 如第3 A圖所示。 π請參閱第2 B圖’於本發明之另一實施例，電源供應 器2之承裁物2 0之上更可覆蓋一上蓋2 5，並且風扇模 0更可增加-外殼41 ’以便將-或複數個風扇4 2 安裝於其中。上盍2 5與承載物2 〇之外型係呈相對應之 組合’可聯合形成-封閉空間，而保護電源供應器2内之 凡件’並可幫助形成—流場，方便風扇4 2抽取熱空氣。 外殼4 1彻數個固定元件4 3駭風扇4 2。外殼4工 可以是一金屬材料製成的中空殼體，其外型呈方^一 與風扇4 2大致相對應的形狀，而便於將風扇4 = 外殼41内。 < “置於 上述風扇模組4 0的外殼4 1之其中一側面（ 個側面）P，1設有賴個透孔（圖示沒麵示），以利於空$ 的胤通。而外殼41的纟中一側面之外緣分別向外 = 伸形成-凸緣4 1 1，各凸緣4丄丄上分別設有 個第一固定孔4!2。另於上蓋25設有與第—固^= 1 2相對應的第二固定孔2 3。上述之固定元件 螺絲等固定件，固定元件43分別貫穿凸緣4 i i上的第 一固定孔41 2，進一步螺鎖於上蓋2 5的第二固定孔2 3中，如此，藉由外殼4 1，風扇模組4〇即可固定於 載物2 0内之後側。 ' 第2 B圖之電源供應器2之實施例’其組裝後之態樣 如第3B圖所示；其中，電路板3丄在上蓋2 5與承&物 2 0之内的部分，未以虛線表示之。 風扇模組4。中的風扇4 2可為轴流式風扇或其它 型式的風扇’於第2A圖、第3A1、以及第”圖第 3 B圖之實施例中，其於承載物2 ◦上或內部係以串列 外）之方式排列，即前、後間隔設置。於第2 B圖與第3 且圖=實施例中，風扇4 2更可與外殼4 χ成為一模組， 對I安排各風扇4 2的位置與外殼4 1的透孔的位置相 由於各風扇4 2位於電力處理單元3 〇的後側，且朝 。電力處理單元30,因此熱空氣便可被抽取送出承載物 1374354 _^年4月5日修^ 2 0之外。無論是以上哪一種實施例，風扇模組4 〇、承 载物2 0及電力處理單元3 〇係模組化為一獨立的電 供應器2。 ' 當風扇4 2被驅動時，可抽送電力處理單元3〇所產 - 生之熱空氣，甚至可以同時抽取系統内其他元件（例如： 中央處理單元）所產生的熱空氣向外排送。於本發明之另 一實施例，風扇4 2亦可抽取外部的冷空氣將之向内吹 送，以協助驅散承載物2 〇内之熱空氣（甚或系統内之熱 空氣）’使之向承載物2 〇之外流通，或是經由承載物2 0之開孔2 2向外流通。 另外，於本發明之一實施例中，承载物2 〇後側更可 樞設一手把2 4，手把2 4可位於風扇模組4 〇的外部， 以便於由外部利用手把2 4直接抽拔承載物2 〇。 至於風扇4 2與連接板1達成電性連接的方式，在本 發明之一實施例中，請參考第3 A圖與第3 B圖，各風扇 4 2的電源線4 2 1可經由承載物2 0内部而連接於— 插接頭4 2 2。插接頭4 2 2係突設於承载物2 0—側之 馨 外，且與輸出端3 3位於同一側，以使電源供應器2插接 於連接板1上時，.插接頭4 2 2與輸出端3 3可以同時插 接於連接板1上之插接座1 2與連接座1 1，以達到電源 供應器2與連接板1之電性連結，而藉由連接板丄提供風 扇42所需之電力。 - 於本發明之另一實施例，如第4圖所示，相對於第3 . B圖’電源線4 2 1及插接頭4 2 2亦可經由顯露於承裁 物2 〇外部與連接板1之插接座1 2插接；如此亦可以達The composition and the force component 丨L are adjacent to the upper and lower sides and are screwed to the load bearing room 2 of the carrier 20. The power processing unit 30 can transform the externally input power and perform the power conversion process, and then output the power through the output terminal 3 of the circuit board 3 of the power processing unit 3, and the output terminal 3 3 The method of using the gold hand--曰, or in another embodiment of the present invention, the connection head or the wiring may be used, but the corresponding connector 11 on the connecting board 1 also needs to be changed. For the relatively applicable implementation, to achieve the function of interconnection. When the power supply 2 is assembled, the output end 3 3 protrudes from the outer side of the carrier 20 as an interface for electrical connection with the connector of the connector board. The fan module 40 can be mounted on the rear side of the load carrying space 2 of the carrier 2, facing the power processing unit 3 以 to help the power processing unit 30 to dissipate heat. The fan module 4 includes one or a plurality of fans 4 2; in the present embodiment, the number of the fans 42 is exemplified by two fans 4 2 . In the embodiment of the power supply 2 of Fig. 2A, the assembled state is shown in Fig. 3A. π, please refer to FIG. 2B. In another embodiment of the present invention, the upper cover 2 5 can be covered on the receiving material 20 of the power supply 2, and the fan module 0 can be further increased - the outer casing 41' - or a plurality of fans 4 2 are installed therein. The combination of the upper jaw 25 and the carrier 2 〇 is a combination of 'can form a closed space, and protects the inside of the power supply 2' and can help form a flow field for the fan to extract hot air. The outer casing 4 1 has a plurality of fixing elements 4 3 and a fan 4 2 . The outer casing 4 may be a hollow casing made of a metal material, and its outer shape is substantially corresponding to the shape of the fan 42 to facilitate the fan 4 = inside the casing 41. < "One of the side faces (sides) P, 1 of the outer casing 4 1 of the fan module 40 is provided with a through hole (not shown) to facilitate the venting of the empty space. The outer edges of one of the sides of the cymbal are respectively outwardly formed and formed into a flange 4 1 1 , and each of the flanges 4 丄丄 is provided with a first fixing hole 4! 2, and the upper cover 25 is provided with a first solid ^= 1 2 corresponding second fixing hole 23. The above fixing member such as a fixing member screw, the fixing member 43 respectively penetrates the first fixing hole 41 2 on the flange 4 ii, and is further screwed to the upper cover 25 In the second fixing hole 23, the fan module 4 can be fixed to the rear side of the load 20 by the outer casing 4, and the embodiment of the power supply 2 of the second drawing is assembled. The state is as shown in FIG. 3B; wherein the portion of the circuit board 3 that is inside the upper cover 25 and the bearing 20 is not indicated by a broken line. The fan 4 in the fan module 4 can be an axis. A flow fan or other type of fan is arranged in the embodiment of FIG. 2A, FIG. 3A1, and FIG. 3B, which is arranged on the carrier 2 or in series. , that is, the front and back interval settings. In FIG. 2B and FIG. 3 and FIG. 2, the fan 42 can be formed into a module with the outer casing 4, and the position of each fan 42 is arranged for I and the position of the through hole of the outer casing 41 is different. The fan 42 is located on the rear side of the power processing unit 3, and faces. The power processing unit 30, so that the hot air can be extracted and sent out of the carrier 1374354 _ ^ April 5 repair ^ 2 0. In either of the above embodiments, the fan module 4, the carrier 20, and the power processing unit 3 are modularized into a single electrical supply 2. When the fan 42 is driven, the hot air produced by the power processing unit 3 can be pumped, and even the hot air generated by other components in the system (for example, the central processing unit) can be simultaneously discharged. In another embodiment of the present invention, the fan 42 can also draw external cold air to blow it inwardly to assist in dissipating the hot air (or even the hot air in the system) in the carrier 2 to make it to the carrier. 2 Circulate outside, or circulate outward through the opening 2 2 of the carrier 20 . In addition, in an embodiment of the present invention, a handlebar 2 4 can be pivoted on the rear side of the carrier 2, and the handlebar 24 can be located outside the fan module 4, so that the handlebar 2 4 can be directly used by the outside. Pull the carrier 2 〇. As for the manner in which the fan 42 and the connecting plate 1 are electrically connected, in an embodiment of the present invention, please refer to FIGS. 3A and 3B, and the power line 4 2 1 of each fan 42 can pass through the carrier. 2 0 is internally connected to the - plug connector 4 2 2 . The plug connector 4 2 2 is protruded from the side of the carrier 20 - and is located on the same side as the output end 3 3 , so that when the power supply 2 is plugged onto the connecting plate 1 , the plug connector 4 2 2 And the output terminal 3 3 can be simultaneously inserted into the socket 1 2 and the connector 1 1 on the connecting board 1 to achieve electrical connection between the power supply 2 and the connecting board 1 , and the fan 42 is provided by the connecting board 42 The power required. - In another embodiment of the present invention, as shown in FIG. 4, the power supply line 4 2 1 and the plug connector 42 2 can be exposed to the outside of the receiving member 2 连接 and the connecting plate with respect to the third drawing. 1 plug socket 1 2 plug; so can also reach
到與第3B圖之實施例相同的功效。 由上述說明可知，在一 0裝設於承载物2〇内，朝‘ 二扇模M4 個風扇42間係以1 處理早兀30，且複數 疋的距離串列設置，其軸線一致。 風扇4 2運轉時’風扇模組4 0中之複數個争列 作動運轉，抽取熱空氣。當其中-風2 扇”間係以串列的方式設置，其:： :繼择抽逆=作動而不會產生空氣迴流的現象，所以可 載物2〇。在此實施例中，風扇 謓段轉速之多段式風扇4 2，如此可 二待有I:二2在正常時以較低的轉速運轉，而降低噪 :速障時，再讓其他的風扇42以較高的 轉速運轉，响供與正常情況時類同的散熱效率。 此=卜電;祕應II 2運轉時，若以風扇模組Μ中有 :個風扇42為例，亦可設計讓—風扇42做為主風扇， 風扇41作為備援風扇。當主風扇損壞時，備援風扇 ^即啟動繼續抽送熱空氣離開承載物2 0 ;藉此設計，當 主風扇4 2失效時’不僅仍可藉依_好的備援風扇4 2 排熱’且可達到類同的散熱效率，使電力處理單元3 〇仍 能維持在一許可溫度下繼續運作。若風扇模組4 〇中有二 個以上的風扇4 2時’則可設計讓其中—部分為主風扇、 另一部分為備援風扇，亦可達到與上例同樣的效果。此 外，在這種没汁之下，風扇4 2亦可採用支援至少二段轉 速之多段式風扇4 2。 由以上之實施例可知，本發明之電源供應系統具有兩 1374354 101年4月5日修正替換百 個或兩個以上冗餘設置之電源供應器2，其與一連接板i 間建立有電性連結，包括將電力傳送至連接板i、以及風 扇4 2與連接板1間之電性連結；因此，當有一電源供應 器2失效時，失效電源供應器2中之風扇4 2仍可藉由連 接板1獲得其他電源供應器2的電力，而繼續正常運轉抽 ·· 送熱空氣，解決了習知「電源故障等於風扇故障」（p〇wer failure results in fan failure)的問題。此外，由於每一電源 供應器2中具有串列配置之複數個風扇4 2，當一風扇4 2故障而無法運轉時，由於串列配置不會導致迴流效應，鲁 因此，其他的風扇4 2可以繼續運轉且提供相同的散熱效 率，如此可解決習知「風扇故障等於電源故障」（fanfailure results in power failure)的問題。 請參閱第5圖，係為本發明電源供應系統中電源供應 器2之另一實施例。其與前述之實施例不同之處只在於： 電源供應器2中之複數個風扇4 2係以並列（聯）之方式 排列，即左、右相鄰排列設置，並如前例所述，朝向電力 處理單疋3 0且設置於承載物2 〇之内。圖中雖繪示二並 馨 列風扇4 2於一電源供應器2之中，且風扇4 2之電源線 4 2 1係由承載物2 〇内部連接於一突設於承載物2 〇 t插接頭4 2 2 ;但於本發明之其他實施例，並列風扇 之數目不限定為兩個，可以是兩個以上，電源線4 2 1與其連接的插接頭4 2 2亦可提供於承載物2◦之外。· •於第5圖之實施例，若有任一電源供應器2失效時， 他器2之風扇4 2亦能藉由連接板1得到其 "、，、應益2供應之電源，而使得失效電源供應器2之 14 101年4月5日修正#埴可 風扇42能繼續正常運轉’沒有習知「電源故障等於風扇 故障」（power failure _lts in fan袖㈣的問題。但是， 因為風扇42並列設置的關係’若有二風扇4 2且盆中任 -風扇42故障而不運轉’則會產生迴流效應使得散敎效 率較差；若有三風扇4 2且其中任一風扇4 2不運轉Γ則 因為迴流效應的關係，可能會抵銷部份風扇42運轉的效 果，亦使得風扇4 2的散熱效率變差；其餘複數個風扇4 2的狀況以此類推。因此’此種並列設置風扇4 2的設 計’當有風扇4 2故障時’為避免電源供應器2中之電力 處理單元30過熱損壞，還是會自動停止該台電源供應器 2運作’而導致「風扇故障等於電源故障」伽驗㈣ results in power failure)之狀況 〇 π請參考第6圖’係為本發明電源供應系統中電源供應 益2組合之另-實施例。若系統訴諸的重點是解決「電源 故障等於風扇故障」（power failurein如⑽㈣的 =題、且有成本上的考量，縣發日㈣練㈣統中每一 、源供應器2内的風扇模組4 〇，亦可選擇各自只裝設一 風扇4 2。同樣地，各電源供應器2内之風扇4 2之電源 糸丄由連接板1提供。藉此，若一電源供應器2之電力處 =單元3 失效時，失效電源供應器2之風扇4 2仍可藉 击接板1彳于到其他電源供應器2的電源而繼續正常運 ，。惟，若其中一台電源供應器2的風扇4 2失效，則因 為沒有風扇42運轉幫助散熱，為避免電力處理單元3 0 ，熱損壞，將自動停止該台電源供應器2運作，藉由另一 〇電源供應為2輸出電源至連接板1。 1374354 101年4月5日修正替換頁 ί ---丨 】U d \r^jl 本發明電源供應系統中之複數台電源供應 選擇具有不同排列型式之風電源供應 而成。例如第7圖所不：-具有兩串列配置風扇4 :供應器2與-具有-風扇42的電源 成，並插接於連接板！之上（圖中沒 :，擇，兩並列配置風扇42的電源供應器2盘士 具有-風扇4 2的電源供應器2組合而成。盆 樣亦可能是，複數個具有兩串列/並列 = 源供應器2與-具有-風扇4 2 置几扇4 2的電 成;或者是，-個具有兩42並:⑽ 供應器2與複數個具有一風扇4己風扇4 2的電源 而成；i者I的電源供應器2組合 電源供應n 2與複數個具有m舰置風扇4 2的 組合而成；或者是…或複數個2的電源供應器2 的電源供應器2與-或複數個且、有兩串则己置風扇4 2 源供應器2組合而成。 、兩並列風扇42的電 無論是以上哪一種實施離 4 2的電源線4 2 ^與插接源供應器2内之風扇 應器2内部或提供於電源供 （不論是經由電源供 板1，並藉由連接板！獲得各電2 都是連接至連接 因此，連接tel上的連接電，供應器2提供的電力。 對位置，也須配合不同的 、插接座1 2的數目與相 稍做調整。 、“應器2組合的實施態樣而 不同组式之電源供應卷 說明，若具有一風扇4 ^的^ a的效果，以第7圖為例 电溽供應器2的風扇4 2失 效’該台電源供庳 上 --^ -台電源供應器2提供以避免過熱，而由另 的電源供應器2的其中—風/乂有二個串列式風扇4 2 正常運輟，ία + 風扇4 2失效，另一風扇4 2能 吊運轉，該台電源供應器2 羽& 台電源供應器2。 乙仍了運作，而不需影響另一 、Ϊ:=然而’設於電源供應器2中風扇模組4 〇V了 供應器2中之電力處理單元3〇散熱，若電源 —2，、電⑹系統或飼服器系統中其他元件的 ^ 置排列合適，電源供應器2中 、 系統或伺服器祕内部其它元件的;4。2亦可用來解電腦 上述各實施例中之連接板i (即：連結裝置之一實施 I、樣）’於本發明之另—實施财，亦可以其他連結裝置 予以取代，只要可以達成複數個電源供應器2間之二種電 性連結即可；此二種電性連結包括：電源供應器2之間之 電力連結、以及風扇模組4 〇與各電源供應器2間之電力 連結。其他連結裝置之實施態樣可以是利用連接頭 (connector)達成，或者是直接以電線（caWe)焊接於電 源供應器2之間、以及風扇模組4 〇與各電源供應考2之 間而達成。只是如此一來，前述實施例中電源供應器2上 之輸出端3 3與插接頭4 2 2，也須相對應地更改為適合 之連接頭（connector)或/與電線（cab〗e)之實施態樣。 此外，對於第3A圖與第3 B圖所繪示之串列風扇， 1374354 101年4月5日修正替換w 在本發明另一實施例中，風扇4 2的電源供應方式，亦可 利用電力處理單元3 0之電路板3 1、3 2達成，其上可 進一步設置另一插接座（圖中沒有繪示），各風扇4 2的插 接頭4 2 2直接插設於電力處理單元3 〇的插接座上，而 * 由電力處理單元3 0提供風扇4 2所需之電力。藉此，如 - 之前所述’若任一風扇4 2失效時，能因風扇4 2之串列 設計，其他風扇4 2仍可繼續正常運轉，以達成「風扇故 障不等於電源故障」之效果。 惟，上述所揭露之圖式、說明，僅為本發明之實施例 馨 而已，凡精於此項技藝者當可依據上述之說明作其他種種 之改良’而這些改變仍屬於本發明之發明精神及以下界定 之專利範圍中。 【圖式簡單說明】 第1圖、係為本發明連接板與電源供應器之組裝示意圖。 =f A圖與第2 B圖、係為本發明電源供應系統中電源供 應器之二實施例的立體分解圖。 f3 =圖與第3㈣、係為第2a圖與第2 b圖電源供應 态組合後的示意圖。 1圖係為本發明顯示風扇模組電源連結設置的另-示 思、圖。 ::示=本發明電源供應系統中電源供應器之另-* Γ干f係為本發明電源供應系統中電源供應H組合之S . 不圖。 "圖係為本毛a月電源供應系統令電源供應器組合之又 1374354 101年4月5日修正替換頁 承載空間 2 1 第二固定孔 2 3 上蓋 2 5 電力處理單元 3 0 電路板 3 1 > 3 2 一示意圖。 【主要元件符號說明】 連接板 1 連接座 11 電源供應器 2 承載物 2 0 輸出端 3 3 風扇模組 40 外殼 4 1 凸緣 4 11 風扇 4 2 • 電源線 421 固定元件 4 3 插接座 12 開孔 22 手把 2 4 第一固定孔 412 插接頭 422 19The same effect as the embodiment of Fig. 3B is obtained. As can be seen from the above description, a 0 is mounted in the carrier 2, and the first fan 30 is processed by 1 between the two fan Ms 42 and the distances of the plurality of turns are arranged in series, and the axes thereof are identical. When the fan 4 2 is in operation, a plurality of the plurality of fans in the fan module 40 are operated to extract hot air. When the -wind 2 fan is arranged in a series, the following::: After the selection is reversed = the operation does not generate air backflow, so the load can be loaded. In this embodiment, the fan 謓The multi-stage fan 4 2 of the segment speed can be used to wait for I: 2 and 2 to operate at a lower speed in normal time, and to reduce noise: when the speed barrier is disabled, the other fans 42 are operated at a higher speed, It can be used for the same heat dissipation efficiency as in the normal situation. This is the same as the fan module. If there is a fan 42 in the fan module, the fan 42 can be designed as the main fan. The fan 41 acts as a backup fan. When the main fan is damaged, the backup fan ^ starts to continue to pump hot air away from the carrier 20; thereby, when the main fan 42 fails, it can not only be used. The fan 4 4 heats up and can achieve the same heat dissipation efficiency, so that the power processing unit 3 can still maintain the operation at a permit temperature. If there are more than two fans in the fan module 4 4' It can be designed to have one part as the main fan and the other part as the backup fan, which can also be achieved with the above example. In addition, under this no juice, the fan 42 can also adopt a multi-stage fan 4 2 supporting at least two-stage rotation speed. As can be seen from the above embodiments, the power supply system of the present invention has two 1374354 101 years. On April 5, the power supply 2 replacing 100 or more redundant settings is modified, and an electrical connection is established between a connection board i, including transmitting power to the connection board i, and the fan 42 and the connection board. 1 is electrically connected; therefore, when a power supply 2 fails, the fan 42 in the failed power supply 2 can still obtain power from the other power supply 2 through the connection board 1, and continue to operate normally. · Sending hot air solves the problem of the conventional "p〇wer failure results in fan failure". In addition, since each of the power supplies 2 has a plurality of fans 4 2 arranged in series, when a fan 42 fails and cannot operate, since the serial configuration does not cause a backflow effect, the other fans 4 2 It can continue to operate and provide the same heat dissipation efficiency, thus solving the problem of the conventional "fanfailure results in power failure". Referring to Figure 5, there is shown another embodiment of the power supply 2 in the power supply system of the present invention. It differs from the foregoing embodiment only in that: a plurality of fans 42 in the power supply 2 are arranged in a side-by-side manner, that is, left and right adjacently arranged, and as described in the foregoing example, facing the power The unit 疋 30 is processed and placed within the carrier 2 〇. Although the figure shows that the fan and the fan 42 are in a power supply 2, and the power line 4 2 1 of the fan 42 is connected internally by the carrier 2 于 in a carrier 2 〇t The joint 4 2 2; however, in other embodiments of the present invention, the number of the parallel fans is not limited to two, and may be two or more, and the plug connector 42 2 to which the power cord 4 2 1 is connected may also be provided on the carrier 2 Beyond ◦. · In the embodiment of Fig. 5, if any of the power supply 2 fails, the fan 42 of the other device 2 can also obtain the power supply of the ",,, and 2 benefits by the connection board 1 The failure power supply 2 is corrected on April 5, 2011. The fan 42 can continue to operate normally. [There is no known problem of "power failure _lts in fan sleeve" (four). However, because of the fan The relationship of 42 juxtaposed is 'if there are two fans 4 2 and the tank is in any - the fan 42 fails to operate", the recirculation effect is generated to make the divergence efficiency worse; if there are three fans 4 2 and any of the fans 4 2 are not working Γ Because of the recirculation effect, the effect of the operation of some of the fans 42 may be offset, and the heat dissipation efficiency of the fan 42 may be deteriorated; the situation of the remaining plurality of fans 42 is similar. Therefore, the fan 4 is arranged in parallel. The design of 2 'When there is a fan 4 2 failure', in order to avoid overheating damage of the power processing unit 30 in the power supply 2, the power supply 2 is automatically stopped and the "fan failure equals the power failure" is detected. (four) results The condition of in power failure 〇 π, please refer to Fig. 6' is another embodiment of the power supply benefit combination in the power supply system of the present invention. If the focus of the system appeal is to solve the problem that "power failure is equal to fan failure" (power failurein such as (10) (4), and there are cost considerations, the fan model in each source and source 2 in the county (four) training (four) Group 4 〇, you can also choose to install only one fan 4 2. Similarly, the power supply of the fan 4 2 in each power supply 2 is provided by the connection board 1. Thereby, if the power of a power supply 2 When the unit 3 fails, the fan 4 2 of the failed power supply 2 can continue to operate normally by the power supply to the other power supply 2, but if one of the power supplies 2 If the fan 42 fails, since there is no fan 42 running to help dissipate heat, in order to avoid the heat treatment unit 30, thermal damage, the power supply 2 will be automatically stopped, and the other power supply is supplied to the output board. 1. 1374354 April 5, 2011 Revision Replacement Page ί ---丨] U d \r^jl The plurality of power supplies in the power supply system of the present invention are selected to have different arrangement types of wind power supply. For example, the seventh Figure does not: - has two columns of configuration fan 4 The power supply 2 is connected to the power supply with the fan 42 and is plugged into the connection board! (No: in the figure, the two power supplies of the fan 42 are arranged side by side - the power supply of the fan 4 2 The supply 2 is combined. The basin may also be a plurality of electrics having two series/parallel = source supply 2 and - having - fan 4 2 set a few 4 2; or, - one having two 42 And: (10) the supplier 2 and a plurality of power supplies having a fan 4 and a fan 4 2; the power supply 2 of the I is combined with a power supply n 2 and a plurality of m ship-mounted fans 42; Or ... or a plurality of power supplies 2 of the power supply 2 and / or a plurality of strings of the fan 4 2 source 2 are combined. The power of the two parallel fans 42 is Which of the above is implemented from the power cable 4 2 ^ of the connector 2 and the inside of the fan charger 2 in the plug-in source supply 2 or is supplied to the power supply (whether via the power supply board 1 and obtained by the connection board!) 2 are connected to the connection. Therefore, the connection power on the tel is connected to the power supplied by the supplier 2. The position must also match the different The number of the sockets 1 and the phase are slightly adjusted. "The implementation of the combination of the two types of the device 2 and the different types of power supply volume description, if there is a fan 4 ^ ^ a effect, to Figure 7 For example, the fan 4 2 of the electric power supply 2 fails. The power supply is supplied to the power supply 2 to avoid overheating, and the other power supply 2 has two winds/乂The tandem fan 4 2 is operating normally, ία + fan 4 2 fails, the other fan 4 2 can be hoisted, the power supply 2 feather & power supply 2. B is still operating without affecting Another, Ϊ:= However, the power module 3 in the power supply 2 of the fan module 4 〇V is supplied to the power processing unit 3 in the power supply 2, if the power supply-2, the electric (6) system or the other system in the feeder system The components are arranged in a proper arrangement, in the power supply 2, in the system or other components inside the server; 4. 2 can also be used to solve the connection board i in the above embodiments of the computer (ie, one of the connecting devices implements I, (in the case of another invention of the invention), it can also be replaced by other connecting devices, as long as it can be achieved Two kinds of electrical connections can be electrically connected to each other; the two electrical connections include: power connection between the power supply 2, and power connection between the fan module 4 and each power supply 2 . The implementation of other connecting devices may be achieved by using a connector, or directly between the power supply 2 by wire (caWe), and between the fan module 4 and each power supply test 2 . In this case, the output terminal 3 3 and the plug connector 42 2 on the power supply 2 in the foregoing embodiment must also be correspondingly changed to a suitable connector or/and a wire (cab e). Implementation. In addition, for the tandem fan illustrated in FIGS. 3A and 3B, 1374354, April 5, 2011, the correction replacement w, in another embodiment of the present invention, the power supply mode of the fan 42 can also utilize electric power. The circuit board 3 1 , 3 2 of the processing unit 30 is realized, and another plug socket (not shown) can be further disposed thereon, and the plug connector 42 2 of each fan 4 2 is directly inserted into the power processing unit 3 The power of the fan 4 2 is supplied by the power processing unit 30. Therefore, as before - if any of the fans 4 2 fails, the fan 4 2 can be designed in series, and the other fans 4 2 can continue to operate normally, so as to achieve the effect that "fan failure is not equal to power failure" . However, the drawings and descriptions disclosed above are merely exemplary embodiments of the present invention, and those skilled in the art can make various other modifications according to the above descriptions. These changes still belong to the inventive spirit of the present invention. And in the scope of patents defined below. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing the assembly of the connecting plate and the power supply of the present invention. Fig. 2A and Fig. 2B are perspective exploded views of the second embodiment of the power supply in the power supply system of the present invention. F3 = diagram and 3 (d), which are schematic diagrams of the power supply states of the 2a and 2b diagrams. 1 is a diagram showing the power supply connection setting of the fan module of the present invention. :: Show = Another power supply in the power supply system of the present invention - * Γ dry f is the power supply H combination S in the power supply system of the present invention. "The system is a month of power supply system, the power supply combination is again 1374354 April 5, 101 revised replacement page bearing space 2 1 second fixing hole 2 3 upper cover 2 5 power processing unit 3 0 circuit board 3 1 > 3 2 A schematic diagram. [Main component symbol description] Connection plate 1 Connector 11 Power supply 2 Carrier 2 0 Output 3 3 Fan module 40 Housing 4 1 Flange 4 11 Fan 4 2 • Power cord 421 Fixing component 4 3 Plug-in socket 12 Opening 22 handle 2 4 first fixing hole 412 plug connector 422 19