1298132 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種界面卡 不斷電(OFF-LINE UPS)界面卡。刎係一種具備電源之離線 【先前技術】 ° 電力中斷或電壓供應不正常當合、生 關機而導致資料的毀損或是系不正常 ㈣供應不正常，因此便需要簡mi止電力中斷或 含電池並可直接安裝於電腦㈣由間f的界面卡’此界面卡内 接後便能侧電源供應情形:且根 與主機平台連 統作適當的處理，例如當電腦系“^^月开^空制，系 電源直接提供給電職，並可補充此界面卡二， 電時，此界面卡能夠立刻將界面卡.亩、电源，但停 經過一個轉換器轉換為雷艢系絲包池的直流電源(DC)， 電源使電腦有足齡咖 【發明内容】 辦嗎作及關機。 根據上述的需求，本發明之目的為提供一 線不斷電(OFF-LINE _界面卡及其供電離 =巧斷電(⑽;聰界面卡魏腦台 李统失去祕時提供電_猶源，且_ 糸 '、先自動進灯貝料儲存的動作後再進行關機，並且 再開機時能恢複至關機前狀態。 依據本發明之目的，本發明提ώ的—種提供備份電源的方 法，應用於包含具備電源之離線不斷電(〇FF_LINE顶界 卡的電腦系統，該方法包含有下列步驟：偵測到該離線不^電 (OFF-LINE UPS)界面卡狀態異常及電源不足時，發出警告訊 息至電腦_並自電腦祕之電源供應模組補絲線^電 (0FF_L1XE UPS)界面卡電源，偵測到電腦系統電源供應里常 時，自離線不斷電(OFF-LINE UPS)界面卡補充電源£^電腦 1298132 系統，並控制該電腦系統主動儲存資料及儲存該電腦系統 態，及確認資料儲存完成後，關閉該電腦系統。 依據本發明之目的，本發明提出的一種具備電源的界面 卡，其特徵包含··-電源模組；-直流/交流轉換模址，用以 收該電源模組的電流，轉換為交流電供應至該主機平台，·及一 電源補充連接模組，其中該主機電源異常時，將提供電源至該 主巧平台之供電來源切換至該直流/交流轉換模組，而當該： 源模組電源不足時，係自該主機之f源供應模組經該電^ 模組補充該電源模組的電源。 充 •有關本發明具體可行之實施方式，兹就配合圖式說明如 【實施方式】 如第1圖所示’為本發明之一較佳實施例，顯示一種具 備份電源之電齡統i及其組成。其巾電_統i包含具備電 源之界面卡2、與此雜不斷f(QFF_L腿肥)界面卡2插 之主機平台24、硬碟14及電源供應模組22。此界面卡2中 ί含ίΪ連接模組8、直流/交流轉換模組6、控制模組 ^源Ϊ溫4、硬碟連接模組10、主機平台電源連接模組 义、訊號傳，模、组I8及插接模組'以下將配合圖示，對本 查明中電腦綠1的組成作更詳細的綱。其中界面卡2係妹 =補充，接模組8與主機平台24的魏供應模組22連接， ϊΐΐίίϊ模組18與主機平台24互相傳輸控制訊號，並且 ί ^ ^平二電源連接模組2〇提供主機平台24備用的電源，另 用組1〇用以與硬碟14連接，及控制模組12 庫模模組22的狀態。在這個系統中，電源供 應拉，、且22 ^用以將外部電源提供至 電源不足時，會控制直流電源經過電源補 連接核、、、，補充此界面卡2的電源模組4的電源，而監測 1298132 到，源供應漁22魏不足時，會湖 主枝+台24的電源供應模組22以提供主機平台24 H’另外訊號傳輪模組18係與主機平台24連接以傳^ ί 台/4係、可藉著訊號傳輸模組18得知目前“ 押制模ΓπϊνΛ主機平台24的電源供賴組22的狀態， 或週邊界娜)之嶋結構 以下再配合第1圖的較佳實施例，依 、^ 辑呈，射電腦系= # 峨獅12去確^1298132 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to an interface card OFF-LINE UPS interface card.刎A kind of offline with power supply 【Previous technology】 ° Power interruption or voltage supply is abnormal. When the power is turned off, the data is damaged or abnormal. (4) The supply is abnormal. Therefore, it is necessary to stop the power interruption or contain the battery. It can be directly installed on the computer (4) Interface card from the interface f. After the interface card is connected, the power supply situation can be side-by-side: and the root and the host platform are connected together for proper processing, for example, when the computer system is "^^月开开空System, the power supply is directly provided to the electric service, and can supplement this interface card 2, when the electricity, the interface card can immediately transfer the interface card. Mu, power, but stop through a converter to convert the DC power supply of the Thunder system (DC), the power supply makes the computer have a full-age coffee [invention content] Do and shut down. According to the above requirements, the object of the present invention is to provide a line of uninterrupted power (OFF-LINE _ interface card and its power supply = smart Electric ((10); Cong interface card Wei dynasty Li Tong lost the secret time to provide electricity _ _ _ source, and _ 糸 、, first automatically enter the light beaker storage action and then shut down, and can be restored to the state before shutdown According to the invention The invention provides a method for providing a backup power source, which is applied to a computer system including an off-line power supply with a power supply (a FF_LINE top-end card, the method includes the following steps: detecting the offline power failure (OFF-LINE UPS) When the status of the interface card is abnormal and the power supply is insufficient, a warning message is sent to the computer _ and the power supply module of the computer is supplied with the power supply module (0FF_L1XE UPS) interface card power supply, and the power supply of the computer system is detected. Always, the OFF-LINE UPS interface card is supplemented with the power supply computer 1298132 system, and the computer system is controlled to actively store data and store the computer system state, and after confirming that the data storage is completed, the computer system is shut down. According to the purpose of the present invention, an interface card with a power supply according to the present invention includes: a power module; a DC/AC conversion module address for receiving current of the power module and converting it to an AC power supply to The host platform, and a power supply supplemental connection module, wherein when the host power is abnormal, the power source to the power supply platform is switched to the DC/AC a conversion module, and when the power supply of the source module is insufficient, the source supply module of the host is supplemented with the power of the power module via the power module. [Embodiment] As shown in Fig. 1, a preferred embodiment of the present invention shows an electric age system i with a backup power supply and a component thereof. The power interface card 2, and the miscellaneous f (QFF_L leg fat) interface card 2 plugged into the host platform 24, the hard disk 14 and the power supply module 22. This interface card 2 contains ί connection module 8, DC / AC conversion module 6, control module ^ source temperature 4, hard disk connection module 10, host platform power connection module meaning, signal transmission, mode, group I8 and plug-in module 'below Find out the composition of the computer green 1 for a more detailed outline. The interface card 2 is sister-supplemented, and the connection module 8 is connected to the Wei supply module 22 of the host platform 24, and the module 18 and the host platform 24 transmit control signals to each other, and the ί ^ ^ Ping 2 power connection module 2〇 The standby power of the host platform 24 is provided, and the group 1 is connected to the hard disk 14 and the state of the module module 22 of the control module 12 is controlled. In this system, when the power supply is pulled, and 22 ^ is used to supply the external power source to the power shortage, the DC power source is controlled to pass through the power supply connection core, and the power supply of the power module 4 of the interface card 2 is supplemented. When monitoring 1298132, when the source supply fish 22 is insufficient, the power supply module 22 of the lake main branch + station 24 is provided to provide the host platform 24 H', and the additional signal transmission module 18 is connected with the host platform 24 for transmission. The station/4 system can be informed by the signal transmission module 18 that the current structure of the "power supply group 22 of the host platform 24, or the perimeter of the host board 24" is the same as that of the first figure. In the embodiment, according to the series, the computer system = # 峨狮12 to confirm ^
Iff 2卡ί及魏模組4的狀態，確認界面卡2及電源 拉組4是否可正常運作，若確認界面卡2可及^、 ’例如是否能提供J伏 形，例如斷ί，即是否有供電異常的情 作時，此控制模组12田合工透^^直:知界面卡2無法正常運 24-個警訊鉍提g^m=fR18告知主機平台 作，若此電源模組4的電壓不足f f 平台24的運 U傳遞至主機平台24以提此訊息也會透，制模組 收到此訊息後便會控制主機平△ ’且備份電源=理程式接 接線提供電源至界面卡2的❿電源供應模組22經連 切都正當祕π Λ田 _組4作充電的動作，假設一 正常及+芦;,面卡2的狀態及電源模組4的狀離 i二减賴始持續ΐ 應衩、、且22的電源狀態，假設有電源供 1298132 應不正發生時，備份電源管理 的控制模組12,使控制模組12控制 知界面卡、 至主機平台24端，且會通知主源ϊ =開始供應電源 錄電腦_及記 源管理程式會控制主機24正常關二^上；，份J ，機電源管雜式會根據 狀悲’使電腦錢1恢複為關機前的使用狀能。mi 如第2圖所示，係依據第旧中的第: 本發明中-種提供備份電源的方法流程圖。 開機時(步驟_，電腦系統！的 管、中田 10；) 至電腦系/ι通知使^==)=1職出警告訊息 著確認界面卡2中的電源模組4的電:狀。能、f吊 接 102)，例如是否能Π：赍妲处c 包反狀恶疋否正常（步驟 壓考如H έύ 1 A ,、 #寸、3·3伏特或是12伏特的電 [叙如的不㈣程式確 ：电 的電(师1G5b)顧知主機平台 卡2的狀f t甘Ϊ界面卡2的電源(步驟廳)，若界面 份電源==源，组也賴正常，則觸 斷的監測主機平台24的電源供應模 ^丨!飾(步驟释若發财電祕應不正常的 告訊声、、焉知則電滕系統1的傷份電源管ίΐ程式會發出警 4並=主動控制_系統1進行資料儲存的動 關機(步驟108)。 ㈡钺礼^使电月自系統1 所逑者，僅為本發明其中的較佳實施例而已，並非用來限 1298132 疋本I明的實施範圍；即凡依本發明申請專利範圍所作的均等 變化與修飾，皆為本發明專利範圍所涵蓋。 【圖式簡單說明】 ^ 示一種具備備份電源之電 第1圖為本發明之一較佳實施例，顯 腦系統1及其組成；及 ”、 實施例，顯示本發明中一種 第2圖係依據第〗圖中的第一較佳 提供備份電源的方法流程圖。 【主要元件符號說明】 1 電腦系統 2具備電源之離線不斷電(0FF_LINEUP面 4 電源模組 6 直流/交流轉換模組 8 電源補充連接模組 10 硬碟連接模組 12 控制模組 14 硬碟 16 插接模組 18 訊號傳輸模組 20 主機平台電源連接模組 22 電源供應模組 24 主機平台 步驟100 電腦系統開機 步驟1.01界面卡是否正常? 步驟102 步驟103 步驟104 步驟105a 步驟105b 步驟106 界面卡之電源模組電壓是否正常？ 主機平台之供應電源是否正常？ f ^麟齡並雜電腦系統狀態 毛出言告矾息至電腦系統 發出警告訊息至電腦系統 補充界面卡之電源 1298132 步驟107 電腦系統正常運作 步驟108 電腦系統正常關機 10If the status of Iff 2 card and Wei module 4, confirm whether interface card 2 and power supply group 4 can work normally. If it is confirmed that interface card 2 can be used, for example, whether it can provide J-shaped shape, for example, break ί, that is, whether When there is abnormal power supply, the control module 12 Tianhe works through the ^^ straight: know that the interface card 2 can not be properly transported 24 - alert, mention g^m = fR18 to inform the host platform, if this power module The voltage of 4 is insufficient. ff The U of the platform 24 is transmitted to the host platform 24 to mention that the message will also be transmitted. After receiving the message, the module will control the host to flat △ ' and the backup power supply = the connection of the program to provide power to the interface. The power supply module 22 of the card 2 is connected to the π Λ _ _ group 4 for charging operation, assuming normal and + reed; the state of the face card 2 and the shape of the power module 4 are reduced by i The control module 12 of the power management is backed up by the control module 12, and the control module 12 controls the interface card to the host platform 24, and the power supply state of the power supply is assumed to be unsuccessful. Will inform the main source ϊ = start to supply power to record the computer _ and the source management program will control the host 24 normally closed Two ^;;, J, the machine power tube miscellaneous will make the computer money 1 back to the use of the state before shutdown according to the sorrow. Mi, as shown in Fig. 2, is based on the first method of the present invention: a flow chart of a method for providing backup power in the present invention. At the time of power-on (step _, computer system! tube, Nakata 10;) to the computer system / ι notification to make ^==) = 1 job warning message to confirm the power module 4 in the interface card 2: shape. Can, f hang 102), for example, can you Π: c c c packet is not normal (steps such as H έύ 1 A, # inch, 3 volts or 12 volts If not (four) program is correct: electric power (teacher 1G5b) Guzhi host platform card 2 ft Ganzi interface card 2 power (step hall), if the interface power == source, the group also depends on normal, then touch The monitoring of the host computer platform 24 power supply module ^ 丨 饰 饰 步骤 步骤 步骤 步骤 步骤 步骤 步骤 步骤 步骤 步骤 步骤 步骤 步骤 步骤 步骤 步骤 步骤 饰 饰 饰 饰 饰 饰 饰 饰 饰 饰 饰 饰 饰 饰 饰 饰 饰 饰 饰 饰 饰 饰 饰 饰 饰 主机 主机Active Control_System 1 performs dynamic shutdown of data storage (step 108). (2) 钺 ^ ^ 电 电 使 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统 系统The scope of implementation of the invention; that is, the equivalent changes and modifications made by the scope of the patent application of the present invention are covered by the scope of the invention. [Simplified description of the drawing] ^ Shows an electric power with a backup power supply. a preferred embodiment, the brain-forming system 1 and its components; and, the embodiment, showing a second aspect of the invention The figure is based on the first preferred method of providing backup power supply according to the first drawing. [Main component symbol description] 1 Computer system 2 has power supply offline uninterrupted power (0FF_LINEUP surface 4 power module 6 DC/AC conversion mode) Group 8 power supply supplementary connection module 10 hard disk connection module 12 control module 14 hard disk 16 plug-in module 18 signal transmission module 20 host platform power connection module 22 power supply module 24 host platform step 100 computer system boot Step 1.01 Is the interface card normal? Step 102 Step 103 Step 104 Step 105a Step 105b Step 106 Is the voltage of the power module of the interface card normal? Is the power supply of the host platform normal? f ^Linling and miscellaneous computer system status Send a warning message to the computer system to the computer system to supplement the interface card power 1298132 Step 107 Computer system normal operation steps 108 Computer system shutdown 10