201245946 、發明說明： 【發明所層之技術領域】 本發明涉及一種雷+、 透過遙控方式控制電^麵1系統，尤其涉及-種 情況的監m統。、開機或關機，以及顯示電腦用電 【先前技術】 電源供應器是供應電 設備。以目前的個人〜工作電源不可或缺的必要 出狀況，在BIOS中^以^為例’有關電源供應器的電力輪 或12伏特)的輸出數值，^各種^同規格電壓(如3.3、5 訊息無法作為使用者掌? 5考。但’ BIOS提供的 又，新的主機板已多嶋^ 内部溫度、輸入電力壯 ι控機制以配合應用程式將 呈現。惟該應用程式传;!^扇轉速等訊息在作業系統中 開啟，否則減無^中，除非使用者主動 因此芒卜奸田，、 握電源供應器的工作狀況。 ，當電乂提供監控功能的應用程式未被開啟時 使用者無法立即得知目轉速發生異常時， 腦持續操作及使用二，應器的1作狀況，而在電 V .L 之下了此導致電腦内部元件過熱燒毀。 祕應器提供之輸人·及輸人電流有過高或 :人况W ’也會因此影響電腦内部元件及周邊裝置 的使用舞命，造歧件_成本的增加。 _由可知’電源供應器對於電腦系統的重要性是絕 ::巨依賴BIOS或隱藏的應用程式並無法提供有效的指 I 1不功㉟’故有待進一步檢討，並.謀求可行的解決方 架0 3/23 1 201245946 【發明内容】 有鑑於此，本發明實施例 統。監控系統可以用來檢測電腦在 = 關機，進而達到監控電腦之目的。 、㈣知開機或 依據一貫她例’本發明之雷聰兩、、jg AA SA ^ / 控模組、電源供應n及互_干#= 1錢包括壤 腦主機板，並且供電給電 號=:電:開關機控制單元、電力顯示切換單:及第s 二單無線:_器、電腦 處理電腦開關機控制單;^來^；^其中第一微處理器 發射器輸出一第一遙控二 =後二:透過無線信號 顯干加 m $—微處理器處理電力 =麵信賴，係透過鱗信紐射器輸出 一弟二遙控信號。 别山 雁=讀、錢接於電腦主機板、遙控模組及電源供 ΐ動顯示模組從遙控模組接收第-遙控信號， :據第-遙控信號控制電腦的開機或關機，以及互動顯 且攸電源供應器接收電力資料封包，並且根據第二遙 控k號切換呈現對應的電力狀態。 综上所述，本發明實施例之電腦電源的監控系統提供 使用者透過互軸示模組以方便監看電腦工作巾的電力使 ，狀况，進而避免電力過高或不穩定所造成電腦損壞的問 題。同時’使用者更能夠透過遙控方式經由互動顯示模組 控制電腦開機或關機，進而達到監控電腦之目的。 為使能更進一步瞭解本發明之特徵及技術内容，請參201245946, invention description: [Technical field of the invention layer] The present invention relates to a system for controlling the electric surface 1 by means of a remote control, and particularly relates to a system of conditions. , power on or off, and display computer power [Prior Art] The power supply is the supply of electrical equipment. In the current personal ~ work power is indispensable for the necessary situation, in the BIOS ^ ^ for example 'electric power supply power wheel or 12 volts" output value, ^ various specifications of the same voltage (such as 3.3, 5 The message can't be used as a user's 5 test. But 'the BIOS provides, the new motherboard has more than ^ internal temperature, input power and control mechanism to match the application will be presented. Only the application passed;! The message is turned on in the operating system, otherwise it is reduced, unless the user takes the initiative to attack the field and hold the power supply. When the application that provides the monitoring function is not enabled, the user cannot Immediately know that the abnormal speed of the eye occurs, the brain continues to operate and use the second, the condition of the device, and under the electric V.L, this causes the internal components of the computer to overheat and burn. The input and the loss provided by the secret device The current of the person is too high or: the human condition W 'will also affect the use of the internal components of the computer and the peripheral devices, and the cost of the disparate parts will increase. _ It is known that the power supply is absolutely important for the computer system: : Relying on BIOS or hidden applications does not provide a valid reference to I1. It is subject to further review and seeks a feasible solution. 0 3/23 1 201245946 [Invention] In view of this, embodiments of the present invention The monitoring system can be used to detect the computer at the shutdown, and then achieve the purpose of monitoring the computer. (4) Know the boot or according to the consistent example of the invention, the invention of the Lecong two, jg AA SA ^ / control module, power supply n And mutual _ dry #= 1 money including the soil brain motherboard, and the power supply number =: electricity: power on/off control unit, power display switch list: and s two single wireless: _ device, computer processing computer switch machine control list; ^来^; ^ where the first microprocessor transmitter outputs a first remote control two = the second two: through the wireless signal to dry and add m $ - microprocessor processing power = face trust, through the squadron booster output one Brother 2 remote control signal. Bieshanyan = read, money connected to the computer motherboard, remote control module and power supply for the display module to receive the first - remote control signal from the remote control module: according to the first - remote control signal to control the computer's boot or Shutdown, and interactive display The source provider receives the power data packet and displays the corresponding power state according to the second remote control k. In summary, the computer power supply monitoring system of the embodiment of the present invention provides a user through the mutual axis display module to facilitate monitoring. The power of the computer work towel makes the situation, and thus avoids the problem of computer damage caused by excessive or unstable power. At the same time, the user can remotely control the computer to turn on or off via the interactive display module, thereby achieving the monitoring of the computer. Purpose: To enable a better understanding of the features and technical contents of the present invention, please refer to
4/23 201245946 閱以下有關本發明之$ 附圖式僅係用來說明本：；=圖，但是此等說明與所 任何的限制。 非對本發明的權利範圍作 【實施方式】 參照圖卜圖！為本發明第一^ 系統之外觀示意圖。的扣 例之電腦電源的監控 電狀況，並且還可“;對^用來監看電腦卫作時之用 復參考圖1。監控1^進仃開機或關機的控制。 示模組12及遙控攝包括電源供應器、11、互動顯 2，並且供應電腦㉔=供應器η連接電腦主機板 與遙控模幻3及_供應㈣電。互軸示模組12 互動顯示模組12從 热線連接。更具體來說， 且根據遙控信號Sl以:制二i3恶線接收遙控信號S1，並 如電腦主機板2即可從對電腦供電，例 電源。電祕應Ρ11 : — 11取得工作所需的各種 機内部，且互枝置於電腦主 主機外部。 ，2美么'的顯不功能是顯示於電腦 電二=:=2還::從電源供應器η接收 狀態。前述中的電力；^貝料封包兑予以呈現電力 可以用來^! _。換句話說，絲難模組ι2 :給=:源供應器11供應到電腦主機板2的電力資 方便!^ m统1提供使用者透過互動顯示模級12以 方便皿看工作中電腦的電力使用狀況，進而避免電力過高盖 201245946 或不穩定所造成電腦損 過遙控方心由互⑽ 料叫’使用者更能夠透 控制，進而達到監控電腦之目的。了開機成關機的 έ愈配^圖^請參考圖2。圖2為本發明實施例之遙控模 模組之電路方塊示意圖。遙控模組13二 、—發m第-微處理器132、電糊示切換= :f、電腦開關機控制單元134、電腦設定單元136、、戶 轉速設定單元ns B北，，、 又平凡1北、風扇 哭132糕接於命合月光源控制單元137。其中第一微處理 ；,信號發射1⑽、電腦開__元 134電力顯响換單元133 = 設定單元戰背辆控制單元137。早7^36風扇轉速 號收與圖2 °互動顯示模組12包括第一無線信 ί 接於第—無線信號收/發射_及顯 益卜無線信號收/發射器120無線連接於 …線情130與電源供麵u，其中第— 且Λ二 應器11接收電力資料封包兕，並 …、線t號發射器13〇接收遙控信號S1。 腦來說，遙控模組13的第—微處理器132處理電 關機㈣Μ 134送來的信號後，係控齡線传= 射盗咖發射開機或關機的遙控信號s ^ 控:幻至互動顯示模組12的第—無線信號 120 ^ ^。賴，係將此電源遙控信號轉送至電源供應器^進 丁哎理，以使電源供應器u可以對電腦開關或關機。 另外’遙控模組13的第-微處理器132還可以處理電 6/23 201245946 力顯示切拖g0 n 130於射4 $來的錢’並控制無線信號發射器 遙控=ΓΓ的遙控信號S1 (以下簡稱電力顯示 號收/發射哭二=缘信號收/發射器120。當第-無線信 112進行纽# 4電力顯4控錢轉送至電源供應器 ㈣互動===源=^可傳回電力資料封包 單元12㈣+ 動驗12中的信號處理 理的方^⑨源供應器11送來的電力資料封包S2進行處 主機板124顯示電源供應器11供應到電腦 的電力-貝料，以供使用者查看。換 =力顯示切換單元133的操作，即可以切換電J用 S上;:功=，源效率等不同的電力資料：器 的=可以是例如是具有背光單元 J1XD頭不态，但本發明並不以此為限。 復參考圖1與圖2。遙控模組 處理背光卿料137物 射背光調整的遙控信號W稱;= 工七唬）至苐一然線信號收/發射器120，杏 ==收到此背光遙控信號時是;至信號= 進订處理。例如此時信號處理單 遙酬控制顯示器124之背光單元1240的開啟:關:光 進-步來說’使用者透過f光源控制單元 :才 啟或關閉顯示請的背光單元二 1不萬查看顯示⑽的纽下，使用者可料過遙 關閉顯不器m中的背光單元_，以達到省電1式 另外，使用者透過遙控控制顯示器單二。 的手段也^町方式達成。第4/23 201245946 The following drawings relating to the present invention are only used to illustrate this:; = diagram, but such description and any limitations. The scope of the invention is not limited to the scope of the invention. It is a schematic diagram of the appearance of the first system of the present invention. The deduction of the computer power supply monitoring status, and can also be used to monitor the computer security. Refer to Figure 1. Monitoring 1^ into the boot or shutdown control. Display module 12 and remote control The camera includes a power supply, 11, an interactive display 2, and a supply computer 24 = a supply η connected to the computer motherboard and a remote control phantom 3 and _ supply (four) power. The mutual axis display module 12 interactive display module 12 from the hot wire connection More specifically, according to the remote control signal S1, the remote control signal S1 is received by the two i3 evil lines, and the computer power supply can be supplied from the computer motherboard 2, for example, the power supply is required. The internals of the various machines, and the mutual branches are placed outside the main host of the computer. The display function of the 2 Mei's is displayed on the computer power ===2 also:: Receive status from the power supply η. The power in the foregoing; ^Bei material package can be used to present power can be used ^! _. In other words, silk hard module ι2: give =: source supply 11 supply power to the computer motherboard 2 convenient! ^ m unified 1 provides users Through the interactive display mode level 12, it is convenient to look at the power usage of the computer during work, and then avoid Excessive power over-cover 201245946 or unstable computer damage caused by the remote control center by the mutual (10) material called 'users are more able to control, and then achieve the purpose of monitoring the computer. The boot into the shutdown of the recovery ^ map ^ Please refer to 2 is a block diagram of a remote control module of the embodiment of the present invention. The remote control module 13 is connected to the microprocessor 132, and the electronic switch is switched: :f, the computer power on/off control unit 134 , computer setting unit 136, household speed setting unit ns B north,, and ordinary 1 north, fan crying 132 cake connected to the life light source control unit 137. The first micro-processing; signal emission 1 (10), computer open _ _ yuan 134 power display unit 133 = set unit battle back unit control unit 137. Early 7^36 fan speed number collection and Figure 2 ° interactive display module 12 includes the first wireless signal 接 connected to the first wireless signal / The transmitting_and the sensible wireless signal receiving/transmitting device 120 are wirelessly connected to the line 106 and the power supply surface u, wherein the first and the second multiplexer 11 receive the power data packet 兕, and the line t transmitter 13 〇 Receive remote control signal S1. For the brain, remote control module 13 The first microprocessor 132 processes the electrical shutdown (four) 134 134 sent signal, the control of the age line transmission = shooting the robber coffee to start or shut down the remote control signal s ^ control: magic to the interactive display module 12 of the first - wireless signal 120 ^ ^. Lai, the power remote control signal is forwarded to the power supply, so that the power supply u can switch or shut down the computer. In addition, the first microprocessor 132 of the remote control module 13 can also Processing power 6/23 201245946 Force display cut drag g0 n 130 to shoot 4 $ money 'and control wireless signal transmitter remote control = ΓΓ remote control signal S1 (hereinafter referred to as power display number collection / launch cry 2 = edge signal / Transmitter 120. When the first-wireless letter 112 carries the New #4 power display 4 control money transfer to the power supply (4) interaction === source = ^ can be returned to the power data packet unit 12 (four) + the signal processing in the test 12 ^9 source The power data packet S2 sent from the supplier 11 is performed by the motherboard 124 to display the power-bean material supplied to the computer by the power supply 11 for the user to view. Change = force display switching unit 133 operation, that is, can switch electrical J with S;: work =, source efficiency, etc. different power data: the device = can be, for example, has a backlight unit J1XD head not state, but the present invention Not limited to this. Refer to Figure 1 and Figure 2 for details. The remote control module handles the remote control signal of the backlight 137 material shooting backlight adjustment; = gong 唬) to 苐 然 线 signal receiving / transmitter 120, apricot == when receiving this backlight remote control signal; to signal = Order processing. For example, at this time, the backlight unit 1240 of the signal processing single remote control display 124 is turned on: off: the light enters the step to say 'the user passes through the f light source control unit: the backlight unit that turns on or off the display is required to display the display (10) Under the circumstance, the user can expect to turn off the backlight unit _ in the display device m to achieve the power saving mode. In addition, the user controls the display unit 2 through the remote control. It is the way of the way of the town. First
S 7/23 201245946 送來的錢後，餘雛__彻 么射月先遙控信號至互動顯示模組12 12轉送背光遙控作轳5雪篇糾成。。 立動顯不杈組 11停止供岸電、二 應益11以控制電源供應器 省電的效Γ源至顯不器124之背光單元咖，進而達到 配合圖2,請參考圖3。圖 應器之電路方塊示意圖 =^例之電源供 ⑴、制模組η。、信號轉換電二;：括=轉換電路 、開關機控制電路116 1錯電 —㈣理器115 發射器119。 及弟二热線信號收/ 电源轉換電路⑴連接電腦主 12，並供應電腦主贴 〃互_貞示模組 ，換電路⑴可以是將輸^^所需用電。電 電路⑴不侷限於上述電腦主騎直^=。另外電源轉換 可以包括電腦中的其他硬體裝置。/、互動顯示模組12亦 偵測模組Π0耦接於電源 路113，係偵測電源轉換電路〗路與信號轉換電 :二，幻至信號轉換電路川並且輪出類 ，、b電力信號S3轉換成數位ψ 、 L唬轉換電路ι13 ^叫接於信號轉換電路1]3^力“ S3,。第二微處理 =、之間’其中第二微處理器】 無線信號收/發射器 m成為電力資料封包S2,並且控制叫立電力信號S3,壓 119將電力資料封包S2發射至二無線信號收/發射器 命進—步來說，偵測模組则^確”。 电流伯娜電路1104、 風扇轉速測電路1102、 8/23 與溫度偵測電 201245946 J Q O j ㊉路0。如圖3所示，電壓偵測電路1102耦接於電源轉換 宅I11與信號轉換電路113之間，電壓偵測電路1102用 電源轉換電路111輸出的類比電壓信號，並將類比 宅^、§號送至信號轉換電路113。電流偵測電路1104耦接 轉換電路111與信號轉換電路113之間，電流偵測 ，、104用以偵測電源轉換電路輸出的類比電流信號 並將類比電流信號送至信號轉換電路113。 風扇轉速偵測電路11〇6耦接於信號轉換電路113，風 =:速偵測電路11〇6用來偵測風扇117的轉速，並輸出轉 唬S5至信號轉換電路113。溫度偵測電路11〇8耦接於 =轉換電路113，溫度侧電路1108用來備測電源供應 為二中的溫度，並且輸出溫度信號S6至信號轉換電路113 中’信號轉換電路113將轉速信號S5及溫度信號S6 f成轉速數位信號S5’及溫度數位信號S6，。 !# 弟二f處理器115將轉速數位信號S5,及溫度數位信 ^連同數位電力信號S3，壓縮成為電力資料封包兕 無線信號收7發射器119將電力資料封包％ 顯干不模組12。如此，互動顯示模組12不僅可以 狀上=況’也可以顯示風扇轉速與環境溫度的 狀況。田…、^力倉料封包⑵亦可以僅包括電腦的用電 120、第二無線信號收/ 係依據相同的無線通訊 月1j述的第一無線信號收/發射器 發射器119及無線信號發射器13〇 協定彼此無線連接。 復參考圖2與圖3。遙控模組13 里私壓。又疋單元136送來的信號後 的第一微處理器132處 ’係控制無線信號發射 s 9/23 201245946 器130發射電壓調整 號）至互動顯示模組12，^传號以（_以下簡稱電壓遙控訊 控訊號至電源供廄„ 一中互動顯示模組12轉送電壓遙 。 ^ 1中的第二無線信號收/發射器 匕日夺，>y^ 的電壓調整中的第二微處理器m根據送來 信號轉換電路113進行信號轉換。 並且將類比信號別成類比信號S4,， 制電路112連接於信號轉換 ==鐘其中_ 之間。此時，電壓控、电路113與笔源轉換電路111 源轉換電路Ul的^^ 112根據類比信號S4’以對電 以透過遙財式自^ =進行㈣。如此，使用者即可 從互動顯示模供應㈣的翻顧，並且 復參考圖2與圖3 U的輸出雜。 元138送來的作號德..工杈、、且13處理風扇轉速設定單 速調整的遙齡f/TS7i㈣錢錢仙11⑽發射風 示模組12，其^動^下簡稱風速遙控信號）至互動顯 應器η中的第組12轉送風速控信號至電源供‘ 町弟一热線k號收/發射器119。 此時，電源供應器u中的第二 風速遙控信號以控制信號轉換電路=送來 號轉換電路_風速遙控信號轉換成二^換:： 且將類比WS7送至風扇驅動單元114， 单元H4連接於信號軸電路113與風扇m == ’風扇驅動單幻14根據類比信號S7, α控制風^ 117叫 轉速。上述風扇驅動單元 工制風扇117的 扇驅動控制電馳成，本Ή 個或—個以上的風 本貝她例係以一個風扇驅動電路動 10/23 201245946 驅動一個風扇117,#太 量並不以此為限，電路及風扇的設置數 扇。如此，使用者即可以自 風^驅動電路驅動多個風 117之轉速，並且從:二:仃调控電源供應器11中的風屬 。^ 1且处互動顯示模組12查看風扇m之轉^ 另外’當第二微處理哭n c；读、a rβ 遙控模組13中電腦門關^透過互動顯示模組12接收 彖k术的佗唬以控制信 轉換（如數純號轉成類比〜^路113進仃仏號 路116 ’以使開關機控制電路;:後輸1至開關機控制電 轉換電路m輸出電源供庫认電：以:據此信號控制電源 電腦主機板以使電腦關機。另外電 ==1是透過持續輸出電源給互動顯示模組12 使互動_示模組12可以維持正常操作。 縫ί外’電源供應器U中的_電路118是轉接於仲 轉換電路113盥第二料卢,田。。，卜 ^ 換電路113盘第二微:二5之間，藉以判斷信號轉 。舉例來說，當信號 給第二微處理器115日夺，亦同時輸: 電路m接收到的器115, 】】s 唬輸出至偵測電路118。偵測電路 :軸雜換電路113與第二微處理器爪回傳的信號 =^，若相關代表信號轉換電路113與第二微處理 二雷1 訊號傳輪為正常，反之則是異常。另外當偵 以提醒相關人員。 m以輸出“也息精 11/23 201245946 另外’上述實施例之監控系統丨 互動顯示模組12及遙控模 相/门/、應器！卜 進行資料傳輪，i + ^ 抹用相同的通訊協定 應器nH 動顯示模組12不僅用來呈現電源供 以作為遙電力貧料、溫度資料及7或轉速資料，更可 <、、、、拴杈、、且13遙控電源供應器u 換句話說，遙批七、10_ 孔就傳达橋梁。 制電源供應哭透過互動顯示模組12得以控 ^您》。11的輸出電壓及風扇轉速。 〔弟一貫施例〕 上述第—貫施例是透過安裝於電腦 杈組顯示電腦的 隻相中的互動顯不 式。 ㈣狀悲，接下來繼續說明其他的實施方 參知圖4 ’圖4為本發明第二每祐 系統之外觀示意圖。監嫩電Γ監控 線傳輸信號。例如遙控以相互無 以接收電:^制^腦的開機或關機，且遙控模組版可 上顧：ΐ:=，傳的信號’並直接在遙控模組版 而電電狀況 '溫度狀況及/或風扇轉速狀況。 :=la,r設置於外面的第二無線接收/發射器 :圖5,圖5為本發明第二實施例 方塊不意圖。此遙控模植13 、购、、且之電路 器—、第—微處理哭\ 無:信號接收，發射 開關機控制單元m133、電腦 元⑽及顯示器139。此遙控模組⑶相較於 遙控模組13是可以透過第-無線信號接收/發射= 12/23 201245946 接與電源供應器lla雙向 施例之互動顯示模組12的訊實 更具備顯示器139顯示電源供應器lla回中 的其餘技術特點均與前述實施例“ 方塊ΐ;Γ，本發明第二實施例之遙控模組之電路 方塊不思圖。電源供應器lla相較於前述第:路 1:;面除了 f如圖4所示將第二無線接收/發射ί 之外，其餘技術特點均與前述實施：; 故在第二實施例中，使用者可以直接透過 中的顯示器139觀看電源供應器回傳的嫌自▲且13a 時使用者並無在電_近，只要錢控胸Ϊ3Γ1^此即 應器11a可以相互傳輸訊號的範圍内均 :广源供 式以即時掌握電腦最新的用電狀態。 您而監控方 另外上述實施例所述的遙控模 用的遙控H，妓遙控觀切 專=、遙控使 功能的電子裝置，如平板電腦、智錢型手機不筆；線傳輸 以是I響藍芽、行動通訊使:=== 傳輸技術，但本發明並不以此為限。… 、成寻热線 ^上所述，上述實施例之電腦電源的監控系 模便監看電_ 腦損壞的問題。，使次::== 13/23 946 =開機或關機，進而達到監控電腦之目的。 知目騎者從本發明實施例之監控系統立即可以得 it 制1作狀況，進而避免 定，所2 及避免輸入電壓及輸入電流過高或不穩 本續力；ΓΤΓ周邊裝置的使用年限縮短與維修成 敕發' 9問碭。同時，使用者更能夠透過監控系統亩接烟 ί降==中風扇的轉速，以強制達到電源供應器散熱 皿的目的，以及直接調整電源供應器的輸出電壓，以 強制補償輸4電壓的不^，達聰定輸出魏的目的。 明之僅為本㈣之實施例，其並相㈣限本發 【圖式簡單說明】 圖1為本發明第一實施例之電腦電源的監控系統之 觀示意圖； 圖2為本發明第一實施例之遙控模組與互動顯示模組 之電路方塊示意圖； 圖3為本發明第一實施例之電源供應器之電路方塊示 意圖； > 圖4為本發明第二實施例之電腦電源的監控系統之外 觀示意圖； 圖5為本發明第二實施例之遙控模組之電路方塊示意 圖；以及 圖6為本發明第二實施例之電源供應器之電路方塊示 意圖。 14/23 201245946 【主要元件符號說明】 本發明： 監控系統1、la 電源供應器11、11a 互動顯示模組12 遙控模組13、13a 遙控信號S1 電力資料封包S2 電腦主機板2 無線信號發射器130 第一微處理器132 電力顯示切換單元133 電腦開關機控制單元134 電壓設定單元136 背光源控制單元137 風扇轉速設定單元138 顯示器139 第一無線信號收/發射器120 信號處理單元122 顯示器124 背光單元1240 電源轉換電路111 電壓控制電路112 信號轉換電路113 風扇驅動單元114 第二微處理器115 15/23 201245946 開關機控制電路116 風扇117 偵錯電路118 第二無線信號收/發射器119、119a 偵測模組110 電壓偵測電路1102 電流偵測電路110 4 風扇轉速偵測電路1106 溫度"(貞測電路110 8 類比電力信號S3 數位電力信號S3 轉速信號S5 轉速數位信號S5’ 溫度信號S6 溫度數位信號S6’ 遙控信號S4、S7 類比信號S4’ 、S7’ 16/23S 7/23 201245946 After the money is sent, the rest of the __ 彻 射 射 先 先 先 先 先 先 先 先 先 先 先 先 先 先 先 先 先 先 先 先 先 先 遥控 遥控 遥控 遥控 遥控 遥控 遥控 遥控 遥控. Stand-up display group 11 Stop the shore power supply, the second should benefit 11 to control the power supply to save power from the power source to the backlight unit of the display unit 124, and then to achieve Figure 2, please refer to Figure 3. Schematic diagram of the circuit diagram of the diagram =^ Example power supply (1), system module η. , signal conversion electric two;: including = conversion circuit, switch machine control circuit 116 1 wrong power - (four) processor 115 transmitter 119. And the second hotline signal receiving / power conversion circuit (1) connected to the computer main 12, and supply the computer main stickers 〃 mutual _ display module, change circuit (1) can be used to convert ^ ^ power. The electric circuit (1) is not limited to the above-mentioned computer main riding straight ^=. In addition, power conversion can include other hardware devices in the computer. /, the interactive display module 12 also detects that the module Π0 is coupled to the power supply path 113, and detects the power conversion circuit 〗 〖Road and signal conversion power: Second, the magic to signal conversion circuit Chuan and round-out class, b power signal S3 is converted into digital ψ, L唬 conversion circuit ι13 ^ is connected to the signal conversion circuit 1] 3 ^ force " S3, the second micro-processing =, between the second microprocessor" wireless signal receiver / transmitter m It becomes the power data packet S2, and controls the power signal S3, and the voltage 119 transmits the power data packet S2 to the second wireless signal receiver/transmitter for the step-by-step, and the detection module is "true". Current Berna circuit 1104, fan speed measuring circuit 1102, 8/23 and temperature detection electricity 201245946 J Q O j Ten way 0. As shown in FIG. 3, the voltage detecting circuit 1102 is coupled between the power conversion house I11 and the signal conversion circuit 113, and the voltage detecting circuit 1102 uses the analog voltage signal output by the power conversion circuit 111, and the analog home and the § number are It is sent to the signal conversion circuit 113. The current detecting circuit 1104 is coupled between the converting circuit 111 and the signal converting circuit 113. The current detecting circuit 104 is configured to detect an analog current signal output by the power converting circuit and send the analog current signal to the signal converting circuit 113. The fan speed detecting circuit 11〇6 is coupled to the signal converting circuit 113. The wind=: speed detecting circuit 11〇6 is used to detect the rotation speed of the fan 117, and outputs the switch S5 to the signal converting circuit 113. The temperature detecting circuit 11〇8 is coupled to the=conversion circuit 113. The temperature side circuit 1108 is configured to prepare the temperature of the power supply to two, and outputs the temperature signal S6 to the signal conversion circuit 113. The signal conversion circuit 113 sets the speed signal. S5 and the temperature signal S6f are the speed digital signal S5' and the temperature digital signal S6. The #二二f processor 115 compresses the rotational speed digital signal S5, and the temperature digital signal ^ together with the digital power signal S3 into a power data packet. The wireless signal receiver 7 transmits the power data packet % to the module 12. Thus, the interactive display module 12 can display not only the condition of the fan but also the ambient temperature. Tian..., ^力仓料包(2) may also include only the computer's power consumption 120, the second wireless signal receiving/receiving according to the same wireless communication receiving/transmitter transmitter 119 and wireless signal transmission according to the same wireless communication month 1j The routers 13 are wirelessly connected to each other. Refer to Figure 2 and Figure 3 for details. The remote control module 13 is privately pressed. The first microprocessor 132 after the signal sent by the unit 136 'controls the wireless signal transmission s 9/23 201245946 130 to transmit the voltage adjustment number) to the interactive display module 12, the ^ mark is (hereinafter referred to as The voltage remote control signal to the power supply 廄 „ one interactive display module 12 forwards the voltage remote. ^ The second wireless signal receiver/transmitter in 1 is the second micro-processing in the voltage adjustment of >y^ The device m performs signal conversion according to the sent signal conversion circuit 113. The analog signal is further divided into an analog signal S4, and the circuit 112 is connected between the signal conversion == clock and _. At this time, the voltage control circuit 113 and the pen source The conversion circuit 111 converts the source conversion circuit U1 according to the analog signal S4' to perform power transmission through the remote control mode (4). Thus, the user can refer to the interactive display mode supply (4), and the reference picture 2 and the output of Figure 3 U. The number 138 sent by the 138 is the work, and 13 processing fan speed setting single speed adjustment of the age of f / TS7i (four) Qian Qianxian 11 (10) launch wind display module 12, ^动^refers to the wind speed remote control signal) to the interactive dynamometer η The first group 12 transfers the wind speed control signal to the power supply for the 'chocho-hotline k-receiver/transmitter 119. At this time, the second wind speed remote control signal in the power supply u is controlled by the signal conversion circuit=send-number conversion circuit_ The wind speed remote control signal is converted into two:: and the analog WS7 is sent to the fan drive unit 114, the unit H4 is connected to the signal axis circuit 113 and the fan m == 'fan drive single magic 14 according to the analog signal S7, α control wind ^ 117 Called the speed. The fan drive control of the fan drive unit manufacturing fan 117 is electrically controlled, and one or more of the winds are used by a fan drive circuit to drive a fan 117, #太太The amount is not limited to this, and the circuit and the fan are arranged in a plurality of fans. Thus, the user can drive the plurality of winds 117 from the wind driving circuit, and control the wind in the power supply 11 from: ^ 1 and the interactive display module 12 to view the fan m turn ^ additionally 'when the second micro-processing cry nc; read, a rβ remote control module 13 computer door close ^ through the interactive display module 12 receive 彖 k surgery佗唬 to control the conversion of the letter (such as the number of pure number into Analog ~^路113 into the 仃仏路路 116' to make the switch machine control circuit;: After the input 1 to the switch machine control the electric conversion circuit m output power supply for the library to recognize the electricity: to: according to this signal control power supply computer motherboard to make The computer is turned off. In addition, the electric ==1 is through the continuous output power to the interactive display module 12 so that the interactive module 12 can maintain normal operation. The external circuit of the power supply U is switched to the secondary conversion. Circuit 113 盥 second material, Tian.., Bu ^ change circuit 113 disk second micro: two between 5, by which to judge the signal turn. For example, when the signal is given to the second microprocessor 115, it is also simultaneously input: the device 115 received by the circuit m, s 唬 唬 is output to the detecting circuit 118. The detection circuit: the signal returned by the shaft mismatch circuit 113 and the second microprocessor claw = ^, if the correlation representative signal conversion circuit 113 and the second micro processing two Ray 1 signal transmission wheel are normal, otherwise the abnormality is abnormal. In addition, when the detective reminds the relevant personnel. m to output "also fine 11/23 201245946 in addition to the above-mentioned embodiment of the monitoring system 丨 interactive display module 12 and remote control mode / door /, the device! Bu data transmission, i + ^ use the same communication The nH dynamic display module 12 is not only used to present power supply for remote power shortage, temperature data and 7 or speed data, but also to control the remote control power supply u. In other words, the remote approval of the seven, 10_ hole will convey the bridge. The power supply supply is crying through the interactive display module 12 to control the output voltage and fan speed of the 11th. [The consistent application of the brother] The above-mentioned first example It is through the installation of the computer group to display the interactive display of the computer only. (4) Sorrow, and then continue to explain other implementations. FIG. 4 is a schematic diagram of the appearance of the second per-system of the present invention. The transmission signal is monitored by the monitoring line of the electrician. For example, the remote control can not receive electricity from each other: ^The system is turned on or off, and the remote control module can be used for: ΐ:=, the transmitted signal' and directly in the remote control module Version and electric condition 'temperature condition and / or fan turn Condition: ==1, r is set to the outside of the second wireless receiver/transmitter: Fig. 5, Fig. 5 is a block diagram of the second embodiment of the present invention. The remote control module 13, the purchase, and the circuit device - The first-micro-processing crying\None: signal receiving, transmitting and controlling machine m133, computer unit (10) and display 139. The remote control module (3) can receive/transmit through the first-wireless signal compared with the remote control module 13 = 12/ 23 201245946 The interactive display module 12 of the two-way embodiment of the power supply lla is further provided with a display 139. The remaining technical features of the power supply lla are all in the same manner as the foregoing embodiment. The circuit block of the remote control module of the embodiment is not considered. The power supply 11a is compared with the foregoing first path 1: face except for the second wireless receiving/transmitting ί as shown in FIG. 4, and the other technical features are the same as the foregoing: The user can directly view the power supply back through the display 139 in the display 139 and the user is not in the power _ near, as long as the money control chest 3 Γ 1 ^ that the device 11a can transmit signals within the range : Guangyuan is equipped to instantly grasp the latest power consumption status of the computer. In addition, the remote control H for the remote control mode described in the above embodiments, the remote control and the electronic device for remote control, such as a tablet computer and a smart money mobile phone; the line transmission is I blue. Bud, mobile communication makes: === transmission technology, but the invention is not limited thereto. ..., looking for hotline ^ As mentioned above, the monitoring system of the computer power supply of the above embodiment monitors the problem of electric brain damage. , make the following::== 13/23 946 = power on or off, and then achieve the purpose of monitoring the computer. From the monitoring system of the embodiment of the present invention, the interested rider can immediately obtain the status of the system, thereby avoiding the limitation, and avoiding the input voltage and the input current being too high or unstable, and the service life of the peripheral device is shortened. With the repair into a hairpin '9 question 砀. At the same time, the user can more accurately control the speed of the power supply through the monitoring system, and then directly adjust the output voltage of the power supply to force compensation of the output voltage. ^, Da Congding exports Wei's purpose. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing a monitoring system of a computer power supply according to a first embodiment of the present invention; FIG. 2 is a first embodiment of the present invention; FIG. FIG. 3 is a circuit block diagram of a power supply according to a first embodiment of the present invention; FIG. 4 is a second embodiment of a computer power supply monitoring system according to a second embodiment of the present invention; FIG. 5 is a circuit block diagram of a remote control module according to a second embodiment of the present invention; and FIG. 6 is a circuit block diagram of a power supply device according to a second embodiment of the present invention. 14/23 201245946 [Main component symbol description] The present invention: Monitoring system 1, la power supply 11, 11a interactive display module 12 remote control module 13, 13a remote control signal S1 power data packet S2 computer motherboard 2 wireless signal transmitter 130 First Microprocessor 132 Power Display Switching Unit 133 Computer Power On/Off Control Unit 134 Voltage Setting Unit 136 Backlight Control Unit 137 Fan Speed Setting Unit 138 Display 139 First Wireless Signal Receiver/Transmitter 120 Signal Processing Unit 122 Display 124 Backlight Unit 1240 Power Conversion Circuit 111 Voltage Control Circuit 112 Signal Conversion Circuit 113 Fan Drive Unit 114 Second Microprocessor 115 15/23 201245946 Power On/Off Control Circuit 116 Fan 117 Debug Circuit 118 Second Wireless Signal Receiver/Transmitter 119, 119a Detection module 110 voltage detection circuit 1102 current detection circuit 110 4 fan rotation speed detection circuit 1106 temperature " (measurement circuit 110 8 analog power signal S3 digital power signal S3 speed signal S5 speed digital signal S5' temperature signal S6 Temperature digital signal S6' Remote control signal S4, S7 analog signal S4', S7' 16/23