201131365 六、發明說明： 【發明所屬之技術領域】 及ιίίΓ係關於—縣理多台電_操作介面、摔作太达 ^目，的技術而言’多電腦管理裝置(例如鍵盤 °.use ’KVM)切換器)對各連接埠(即 • 連的各台電腦)二㈡ 惟^些代碼輸 訊心，亦即，使用者須先熟記這些代碼或顏色所代表大』/ =快速得知各台電腦目前的狀況。而此種傳統別 方式’不但須益㈣間熟悉’更料因―日林察而造賴 再者’由於此種傳統的多電腦識別方式，將必 體設備介面呈現，故較難持續擴充對應多電腦管理裝置^ 的，。舉例而言，請參閱第丄圖，其為傳統的多電腦g曰 置暨其硬體設備介面示意圖。在第丨圖中，多電腦管理^ 鲁 10具有硬體設備介面11，硬體設備介面u具有燈號組^、 13、14及15，而各燈號組12、13、Μ及15更具有複數個ρ 示燈號16。另外’多電腦管理裝置10更分別與週邊裝置〗^ 喇叭、麥克風、滑鼠或鍵盤等）、顯示裝置18及多台^腦ι〇ι、 102、103及104電性連接，並透過週邊裝置17控°制或使用多 台電細101、102、103及104之任一。惟多電腦管理裝置1〇 的硬體設備介面11，通常是透過各指示燈號16的恆亮二恆陴 或閃爍等信號組合，來呈現各連接埠(即各電腦1〇1、1〇2、1〇θ3 及104)的狀態。此時，使用者須熟記各信號組合的對應狀態來 操作多電腦管理裝置10,故硬體設備介面η將對使用^_而 言，並非友善易上手之介面。此外，當多電腦管理裝置的功能 更為擴充時，硬體設備介面11並無相對應之擴充彈性/空間、b 201131365 或將使得操作更為複雜。 置配使，製造商隨著科技演進，對多電腦管理裝 間缺乏適當的介面溝通，這些功能必將大打折扣。用者 【發明内容】 * 人為求提供多電腦管理打的友善介面及操作方 提出面的魏齡可紐，祕反覆思考後 :;用以顯示與-多電腦管理裝置電性連ί:多二= 其H彳介面下’操作該多電腦管理裝ί及與 播’ tt使用者触錢崎理裝置財良好的H )達上述目的’本發明又提供 該顯示裝置顯示該多台電腦之畫面;以二: 台，電:各自之畫面，其中該顯示裝= 之-，一 程式電腦程式產品，該電腦 —第二像及—第二電腦之 境π場景顯示該第 :=更以擬操= -監控列顯示-及處實;= 201131365 該第—外部指令操作該第—電腦。 像；以及一顯+驻® 接11。第衫像及該第二影 裝置顯示-虛擬電置電性連接，該顯示 像。其申，該虛擬景電】顯^第二影 裝置之—所產生’使得該顯示裝模組顯示^ 竇输^讓之上勒容缺鴨祕，下謂舉一較佳 貫施例’並配合所附圖式，作詳細說明如下： 季佳 【實施方式】 晋之、圖’其為本發明之—實施例之多電腦管理f /、拣作糙裝置21及多台電腦22、23、24及25 為2:3切換器，而多電腦管理裝置2。 州t電知22、23、24及2更分別與與週邊裝置2〇1、221、 及251電性連接。另外，操作端裝置21具有—顯示 裝置211，多電腦管理設備20則用以接受多台電腦22、23、 25各自的即時影像或晝面’再將所述影像或晝面傳輪至 麵作端裝置21並透過顯示裝置211呈現，操作端裝置21 以接收-外部指令，使得操作端裝置21透過多電腦管 2〇控:台電腦22、23、24及25之任一、或控制週邊|置 f卜231、241及251之任一，猶如操作端裝置21直接 控制多台》22、23、24及25之任一、或控制週邊 裝置22卜23卜241及251之任一。第2圖將多電腦管理裝 20以及操作端裝置21分開，但其實也可以是在同一個b〇x 面，例如是 LCD KVM Switch。 201131365 請參’ 3圖，其為本發明之一實施例之具有 ^操作場景之操作介面之*賴。在第3圖中，操作3貝 =顯不裝置211呈現，操作介面3〇並具有一近景31及 近顯示—虛擬操作端裝置33，虛擬操作端 電腦中電腦22的一第—影像Α，並顯示電 細22之名稱CPU [22]」222，近景31亦顯示週邊 U擬圖像2211、2212及2213 ;遠景32則顯示一待“ ，叩列34更顯示電腦23、24及25分別的第二、三及四】 、C及D，第二、三及四影像B、c及D g 咖各自之名稱232、242讀(即如第^^^ H Μ」及「CPU [25]」）。此外 1 ^圆所不的刼作”面3〇中’電腦22為 即使用者可藉由操作端裝置21輸入一外部被= 腦管理裝置20操作電腦22。另外，第二、/及=過夕電c i二1 分別ί謹預設晝面’而此預設畫面可為面-暫態，面、-關機前一刻畫面、一待機前一刻畫面或二切 ° n虛擬實境操作場景本身，則可視 需衣而以2D场景、一 2D半場景、—3〇場 呈現，且該虛擬實境操作場景更可透過、一 琢= (Picture-In-Pictoe，PIP)呈現。亦可透過一多 =旦 and Picture, PAP, P&P； Pictllre by Ρί^ ρβρ) ®(PlCtoe 的操作介面％可知，操作介面30透過 虛擬贯蜓刼作％景，顯示電腦22、23、24及a --λ/皮# 故使用者可以-時然地知道電腦22、23、2別、'^ 33 ： 31 Ϊ 33再以虛擬彳木作鈿裝置33顯示電腦22的旦 讓使用者直觀地了解，目前所操作的電腦 &，並彳 四影像B、C及D，監㈣腦23、24及/二及 久u目前的狀離。 另外在第3财，模擬圖像加、如及22!Γ於近景 201131365 ::分騎 4A至4D圖，其為透過第3圖所示之操作介而 腦須由電呆腦m方法示意圖。請先參閱第仏圖，當操作電 拖良至第ΐϊϊ ΐ月2閱第犯圖’此時第一影像A被 的i作:二旁。請續參閱第4C圖，透過第4C圖所ΐ =列34中的顯示位置 於待 4C圖所示的操秦222 (即咖闻；另外，第 %。請續參閱第4D圖，在第2忒J 皮移出待命列 1 ·33中原本顯*電腦2 木作&裝 腦23的名稱议（即^的位置’此時改為顯示電 理裝置20及第代表著透過多電腦管 電腦，已由_ 22被切換為電腦23乍動’使用者目前所操作的 的拖可知，本發明藉由簡單 換，亦可替換為分別點選第-^ A=電腦，惟此電腦之切 或是於第-影像A上執/—/jd及第二影像B來完成， 行一貼上動作而完成。 曰々再於第二影像B上及 請再參閱第4D圖。在第4n_ 雖然操作電腦已從電腦22被切換斤^操作介面30中， =電腦管理裝置20，繼續使用'與用者仍可透 置22〗，故模擬圖像22〗〗、22】2及f電性連接的週邊裝 中(虛擬操作端裝置33旁），表示掘名^等，仍顯示於近景3】 z、％透裝置221仍被使用者使 201131365 用中。 30切換摔作電腦圖’其為透過第3 ®所示之操作介面 參閱第t 邊設備的方法示意圖。請先 出裝置與該音源輸入穿置)^HH221 (例如該音源輸 腦切換為電腦24時可態、並將操作電 再執行如第4A及4B 麵擬圖像2211及加， 圖像22U及2212將如斤^拖^作’則第—影像A及模擬 移至第三影像C旁第5A圖所不，被一併移出近景31而 知透過第5B圖所示賴作介面30可 位置模原本第三影像⑽待命列34卡的顯示 方而及2212則被移至目前第一影像Α的下 擬摔作端ί ΐ t / 6被移至虛擬操作端裝置33顯示，而虛 二20，使用者目前所操作的電 裝置虫換為電腦24 ’而電腦22及該音源輸出 :、这日源輸^置’則被娜為待命狀態。201131365 VI. Description of the invention: [Technical field of invention] and ι ί Γ 关于 县 县 县 县 县 县 县 县 县 县 操作 操作 ' ' ' ' ' 多 多 多 多 多 多 多 多 多 多 多 多 多 ° ° ° ° ° ° ° ° ° ° ) switcher) for each port (ie, each connected computer) two (two) only some code messages, that is, users must memorize these codes or colors to represent the big / / = quickly know each The current status of the computer. And this kind of traditional way 'not only needs to benefit (4) is familiar with the 'better cause' - the Japanese forest and the reliance on the other's. Because of this traditional multi-computer identification method, the device interface will be presented, so it is difficult to continue to expand the corresponding Multi-computer management device ^,. For example, please refer to the figure, which is a schematic diagram of a traditional multi-computer device and its hardware device interface. In the figure, the multi-computer management ^ Lu 10 has a hardware device interface 11, the hardware device interface u has a light group ^, 13, 14, and 15, and each of the light groups 12, 13, Μ and 15 have A plurality of ρ lights 16 are indicated. In addition, the 'multi-computer management device 10 is separately connected to the peripheral device> speaker, microphone, mouse or keyboard, etc.), the display device 18, and the plurality of brains, 102, 103, and 104, and through the peripheral device. 17 control system or use any of the plurality of electric wires 101, 102, 103 and 104. However, the hardware device interface 11 of the multi-computer management device usually displays the respective ports through a combination of signals such as constant brightness or constant blinking of each indicator number 16 (ie, each computer 1〇1, 1〇2) The state of 1〇θ3 and 104). At this time, the user must memorize the corresponding state of each signal combination to operate the multi-computer management device 10. Therefore, the hardware device interface η will be used for the use of ^_, and is not a friendly and easy to use interface. In addition, when the functions of the multi-computer management device are further expanded, the hardware device interface 11 does not have a corresponding expansion flexibility/space, b 201131365 or will make the operation more complicated. As the technology evolves, manufacturers lack the proper interface communication for multi-computer management equipment, and these functions will be greatly reduced. User [Invention] * Man-made to provide multi-computer management to play a friendly interface and the operator's face to face Wei Lingke, after the secret to think about:; to display and - multi-computer management device electrical connection ί: more than two = In the H彳 interface, the operation of the multi-computer management device and the broadcast user's contact with the Kawasaki device is good for the above purpose. The present invention further provides the display device for displaying the plurality of computers; Take two: Taiwan, electricity: their respective pictures, where the display device = -, a program computer program product, the computer - the second image and - the second computer environment π scene shows the first: = more to fuck = - Monitor column display - and actual; = 201131365 The first - external command operates the first - computer. Like; and a display + resident® connected to 11. The first shirt image and the second shadow device display - a virtual electrical connection, the display image. The application, the virtual scene power] display ^ the second shadow device - generated 'the display module display ^ sinus transmission ^ let the above lack of duck secret, the next is a better example 'and With reference to the drawings, a detailed description is as follows: 季佳 [Embodiment] Jinzhi, Fig. 2 is a multi-computer management f /, a roughing device 21 and a plurality of computers 22, 23 of the present invention. 24 and 25 are 2:3 switches, and multi-computer management unit 2. The state t-electronics 22, 23, 24, and 2 are electrically connected to the peripheral devices 2, 1, 221, and 251, respectively. In addition, the operating device 21 has a display device 211, and the multi-computer management device 20 is configured to accept an instant image or a face of each of the plurality of computers 22, 23, 25 and then transfer the image or face to the surface. The end device 21 is presented through the display device 211, and the operating device 21 receives the external command, so that the operating device 21 controls the computer 22, 23, 24, and 25, or controls the periphery. Either the operation device 21 directly controls one of the plurality of "22, 23, 24, and 25, or controls any of the peripheral devices 22, 23, 241, and 251. Figure 2 separates the multi-computer management unit 20 and the operator unit 21, but in fact it can be on the same b〇x side, such as the LCD KVM Switch. 201131365 Please refer to FIG. 3, which is an operation interface with an operation scenario according to an embodiment of the present invention. In FIG. 3, the operation 3B=display device 211 is presented, the operation interface 3〇 has a close-up 31 and a near display-virtual operation device 33, and a virtual image of the computer 22 in the virtual operation computer, and Display the name of the CPU 22 [22]" 222, the close-up 31 also displays the surrounding U-images 2211, 2212 and 2213; the perspective 32 shows a waiting, the 叩 34 shows the computers 23, 24 and 25 respectively 2, 3 and 4], C and D, 2, 3 and 4 images B, c and D g coffee names 232, 242 read (ie as ^^^ H Μ" and "CPU [25]") . In addition, the computer 22 is the user 22, that is, the user can input an externally controlled brain management device 20 to operate the computer 22 by the operation terminal device 21. In addition, the second, / and = Xidian ci 2 1 respectively, the preset screen can be face-transient, face, - before the shutdown screen, before the standby screen or two cuts n virtual reality operation scene itself, Then, the 2D scene, a 2D half scene, and the 3rd field are presented, and the virtual reality operation scene is more transparent, and the Picture-In-Pictoe (PIP) is presented. = Dan, Picture, PAP, P&P; Pictllre by Ρί^ ρβρ) ® (The operating interface % of PlCtoe shows that the operation interface 30 displays the computer 22, 23, 24 and a - λ through the virtual cross-section /皮# So the user can know the computer 22, 23, 2, '^ 33 : 31 Ϊ 33 and then use the virtual raft as the device 33 to display the computer 22 so that the user can intuitively understand that the current Operation of the computer &, and the four images B, C and D, the supervision (four) brain 23, 24 and / two and long u current status. In addition to the third fiscal , analog image plus, such as and 22! 近 in close shot 201131365 :: points to ride 4A to 4D map, which is the operation of the brain shown in Figure 3 and the brain must be schematic diagram of the brain. Please refer to the first Figure, when the operation is dragged to the second ΐ 2 2 2 第 第 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' The display position is shown in Figure 4C. (ie, the coffee is heard; in addition, the first %. Please continue to refer to the 4D figure, in the second 忒J skin removed from the standby column 1 · 33 in the original display * computer 2 wooden work & The name of the brain 23 (ie, the location of ^) is changed to display the electrical device 20 and the representative of the computer through the multi-computer tube has been switched from _ 22 to computer 23 ' 'user currently operating It can be seen that the present invention can be replaced by simply selecting the first -^ A= computer, but the cutting of the computer or the execution of the -_/jd and the second image B on the first image A is completed. The line is completed by attaching the action. 曰々 Then on the second image B and please refer to the 4D picture. In the 4th_th, the operating computer has been switched from the computer 22 to the operation interface 30. = The computer management device 20 continues to use 'and the user can still pass through 22〗, so the analog image 22〗, 22] 2 and the peripheral connection of the f electrical connection (next to the virtual operation device 33), indicating that the excavation The name ^, etc., is still displayed in close-up view 3] z, the %-transparent device 221 is still in use by the user for 201131365. 30 is switched to the computer diagram', which is the method for referring to the t-side device through the operation interface shown in the third ® schematic diagram. Please use the first device and the audio input to be placed. ^HH221 (For example, when the source is switched to the computer 24, the operation can be performed, and the operation image is executed as shown in Figures 4A and 4B, and the image 22U and 2212 will drag the image and then move to the third image C, which is next to the fifth image, and is removed from the close-up view 31, and the positional mode can be obtained through the interface 30 shown in Figure 5B. The original third image (10) is displayed on the display side of the 34 card and 2212 is moved to the current first image, and the next drop target ί ΐ t / 6 is moved to the virtual operating device 33 display, and the virtual second 20, The electric device worm currently operated by the user is changed to the computer 24' and the computer 22 and the audio source output: the day source is set to be set to be on standby.
I 知，第5C圖。透過第5C圖所示的操作介面30可 蚌欲繼續使用該音源輸出裝置及該音源輸入f置 透過直接將模擬圖像2211及2212移回近景3又 ί 2乍2端雷 1Λ33) ’即可於操作電腦23的同時，仍繼續使‘ΐ 細22紐連接_音源輸出裝置及該音雜人裝置。。電 川舌Ϊί閱* 6Α&6Β圖，其為透過第3圖所示之摔作介 ί /A圖所示之空白棚位狀態。請續參閱第6B圖。 中於入呆作介面3〇所示，透過於名稱252之空白攔位 ^稱(例如「PH〇T〇SH〇p」），使用者即可將電腦乃 重新叩名，以利後續之監控及辨識。 201131365 3〇 ‘或3騎示之操作介面 在第7A ®所干ήΓϋ ί 不意®。請先參閱第7A圖。 相應於電腦25U^V^425i處於—關機狀態，故 253表示。請續來—閱第7B^P^34上係以一「OPEN」指令 253 „ , ^ 相應於電腦25之書面，在辟入。裝置開啟電細25，而使 D顯示。而在另—―實^ ^ f 3 4上即以開機後之第四畫面 列34上亦可直接以一里書應於電腦25之畫面，在待命 黑晝透過電腦管理裝置二則可直接點選該 面D U顧第7C圖所示的實施例中，第四晝 254後，使財即可透過=顧機快捷鍵 作介面30進行開關機。 圖所述之方法，直接透過操 睛參閱第8A至sp m +l j,. 3〇於多台電腦間傳輸檔幸的；;t透過第3圖所示之操作介面 圖。在第8A圖所示的^施存^法之不意圖。請先參閱第8A 能選單糾，^選；i 待命列34更具有一常用功 (Auto scl)51用功月匕諸如：槽案傳輸、檔案總管或自動掃描 請續參閱第8B圖，j：aiu淫丄处 傳輸」指令後之摔作點f吊用功能選單341 *「稽案 式，如第8B圖之操作介面了透過拖戈或剪下貼上等方 二影像B移至傳輪播案電腦欄位Γ5内分別將第—影像A及第 201131365 請續參閱第8C圖，其為 至傳輸檔案電腦攔位35後之彳》^衫像A及第二影像β移 圖所示的操作介面30中，由於面30的示意圖。在第8C 至傳輸檔案電腦樹立35，故傕像八及第二影像Β已移 現電腦22的一第一資料結構35將轉換成呈 結構圖像352,而第一資料結 及電取23的-第二資料 352分別呈現電腦22及幻 象51及第二資料結構圖像 料結構圖像351及第二資料槽案。是以，藉由第-資 曳或剪下貼上等方式352，使用者即可透過拖 任二影像移至傳輸檔案電腦搁位％第一至第3像A至D令 對應的電腦間傳輸檔案。 中用以於该任二影像所 請參閱第9A及9B圖，i兔士欢 多電腦管理裝置管理多台電^ 之—應用程式透過- 腦管理裝置管理與-顯示«，其中該多電 示裝置上顯示如第三圖所示 用，式則於該顯 面。應用程式透過-多電腦管理裝場景之操作介 但不侷限於圖9A和9B。 s理夕。電腦的功能包含 -電圖’當該多電腦管理裝置偵測到有 用程式(步驟9G2)。接^步1Λ於該電腦上aUtGmn該應 顯示該電腦的畫面，顯示裝置上’持續 _用者“電(步驟）。隨後，該應用程式債 應之指令(步驟不9$)。之點選貢訊’以準備執行點選資訊所對 關機程式侧使用者的轉事件是祕於開機/ 理梦，’若是’ _應驗式將告知該多電腦管 晉Li1,或關閉該電腦(步驟9〇51)。接著，該多電腦管理裝 ==電腦是否開機(步驟9052);若是，則該多電腦管理 、置將。知該電腦關機(步驟9G53) ’且該制程式結束此次點 201131365 選事件的處理(步驟9G9);若^，獅乡電辭 Λΐϋ者的闕事件並於_關區域(即步驟 、、-« :、、)’則該應用程式偵測使用者的點選事件是否落 區?(步驟906) ’若是，則該應用程式偵測並紀 Ϊ3ί 訊(步驟9061)。接著，該應用程式_㈣ ^否鍵入確_”(步驟9〇62)，而此“確認鍵，，可以是脑r， Hotkey或以滑鼠點擊虛擬實境操作場景中之其他地方等丨若 ^ J該應f程式回到步驟觸繼續_並紀錄使用者的輸 ^貝，；右疋，則該應用程式告知該錢腦管理裝置所修改的 名稱屬於，台電腦以及新名稱(即鍵入“顧、鍵，，後之輸入資 並於°玄顯示裝置上該電腦的名稱區域顯示該新名稱(步驟 9063) ’且該應用程式進入步驟卿結束此次點選事件的處理。 右7C使用者的點選事件並非落於電腦的名稱區域(即步驟 906之結果絲），則該應職式侧朗者的闕事件是否落 於-電腦晝面或-週邊裝置模擬圖像上(步驟9Q7);若是，則 ，應用程式進一步偵測使用者的點選事件(步驟9〇71)。首先、， «玄應用私式偵測該點選事件是否落於該電腦晝面上（步驟 Π;若該闕事件落於該電腦晝面上，_應用程式會將 電細旦面加入切換資訊中(步驟9073)，而若該點選事件並非落 於該電f晝面，則該應用程式不會將電腦晝面加人切換資訊 接著，該制程式進步確認該闕事件是聽於該週邊 裝置模擬®像上(麵9074);若該闕事件級觸邊裝置模 擬圖像上’則該應用程式亦會將該週邊裝置模擬圖像加入切換 資訊中(步驟9G75)，而若該點選事件並非落於該週邊裝置模擬 圖像(即麵9074之結果為否），則該應用程式不會將該週邊 裝置模擬圖像加入切換資訊中。 ，接著，在執行完步驟9074及9075後，該應用程式持續 偵測使用者的點選資訊(步驟9〇76)，用以偵測該使用者是否將 201131365 於步驟9072及9074中所點選的該雷 移 )，疋則該應用程式根據於步驟9〇72及術 m訊，告知該多電腦管理裝置進行電腦及/或週以 ^的處理。右步驟9077所得之結果為否，則該應用程式同 樣進入步驟909結束此次點選事件的處理。、μ工冋 週邊=圖者傻牛並非落於電腦㈣ 用功能選單上(步驟规）； 式。進一步價測使用者的點選事件（步驟 的功能列上(牛測該點選事件是否落於播案傳輸 !目:ί台電腦(步驟9〇83)。若步驟之結果為 雜*H輸路彳f，以使得該兩台電腦各自的該應用程式 贿理裝置及該傳輸路徑傳輸該特定槽案(步驟 理。）’接者該應用程式進入步驟909結束此次點選事件的處 步驟ίίΐιΐ，選事件並非級槽案傳輸的功能列上(即 選拿株曰^，°果為否）’則該應用程式進一步偵測使用者的點 、士疋否洛於自動掃描的功能列上(步驟9085)。若步驟9085 亥應用程式將告知該多電腦管理裝置執行自動 9_) ’·若步驟9085之結果為否，則該應用程式同 樣進入步驟909結束此次點選事件的處理。 接作圖所述㈣'程方綱_，該具有虛擬實境 呆乍¥景之刼作卩丨面是由電腦執行該應用程式後產生。惟在本 201131365 似^第九圖所述的流程方塊圖，執行對4電腦開=透= 電腦名稱、切換電腦及/或週邊設備及自動掃描等功能^ 透過上述實施例可知，縱使多電 不斷更新，透過本發明之具有虛擬實境操作場 所述更新的硬體功能亦可域地於該操 ’ ^ 1 以減少模具開發之成本。 。備的更新周期’ 再者，本發明之具有虛擬實境操作 於多電腦管理裝置各埠的翻，是 像 換」、「取代」等簡單的操作行為操作多m用理^用以「父 此外’本發明之操作介面，亦藉 =使r二=鬆者= 電腦管理裝置的負擔。 、、^•。己隐子1使用多 其並關揭露如上，然 r在不脫離本發明之精= 内技=== :為因準此，本發明之保護範圍當視後；== 【圖式簡單說明】 圖。第1 _傳_多電腦管理裝置暨其硬體設備介面示意 係示ί圖2。圖為本發明之—實施例之多電腦管理裝置之連接關 201131365 之操作第介卜細㈣彳—趣觸作場景 作透過第3贿示之操作介面3〇切換操 電腦及 作介㈣切換操作 電腦名第^ 雜3圖所示之操作介面3G重新命名 閉監控第電7^miftI。3騎紅_啟或關 第8A至8C圖為透過第3圖所示之操作介夕二 腦間傳輸檔案的方法之示意圖。 ；夕〇電 第9A及9B圖’其為本發明一應 管理裝置管理多台電腦之執彳f流i方塊圖用私透過一多電腦 【主要元件符號說明】 10、20 :多電腦管理裝置Π:硬體設備介面 101 102 103、104、22、23、24、25 :電腦 12 13 14、15 .燈號組16 :指示燈號 17、2(Π、22卜 23卜 241、251 :週邊裝置 21 :操作端裝置 222、232、242、252 :名稱 30 :操作介面 32 :遠景 34 ·待命列 351 :第一資料結構圖像 18、211 :顯示裝置 2211、2212、2213 :模擬圖像 253 :「OPEN」指令 31 :近景 33 :虛擬操作端裝置 341 :常用功能選單 201131365 " 352 ··第二資料結構圖像 901、902…〜909 :步驟 A〜D:第一〜四影像I know, Figure 5C. Through the operation interface 30 shown in FIG. 5C, it is possible to continue to use the sound source output device and the sound source input f to directly move the analog images 2211 and 2212 back to the close view 3 and ί 2乍2 end Lei 1Λ33) ' While operating the computer 23, it continues to make the 'ΐ 22 22 纽 _ _ sound source output device and the MIDI device. . The 川 Ϊ Ϊ Ϊ Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Please continue to see Figure 6B. The user can re-name the computer for subsequent monitoring by means of a blank block name (for example, "PH〇T〇SH〇p") in the name 252. And identification. 201131365 3〇 ‘Or 3 rider's operation interface Dry at 7A® ί 不 不®. Please refer to Figure 7A first. Corresponding to the computer 25U^V^425i is in the - off state, so 253 is indicated. Please continue - read the 7B^P^34 with an "OPEN" command 253 „, ^ corresponding to the writing of the computer 25, in the opening. The device turns on the electric 25, so that D is displayed. On the ^^ f 3 4, the fourth screen column 34 after booting can also directly use the picture of the computer in the computer 25, and the black box can be directly selected by the computer management device. In the embodiment shown in Fig. 7C, after the fourth 昼254, the money can be turned on and off via the interface shortcut 30. The method described in the figure can be directly seen through the eyes 8A to sp m + Lj,. 3 传输 传输 〇 多 多 多 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; 传输 ; Menu correction, ^ selection; i standby column 34 has a common work (Auto scl) 51 work months such as: slot transmission, file manager or automatic scanning please continue to refer to Figure 8B, j: aiu obscene transmission" command After the fall point f hanging function menu 341 * "Judget type, such as the operation interface of Figure 8B through the drag or cut and paste the second image B to move to the carousel In the case of the computer field Γ5, the first image A and the 201131365 will continue to refer to Figure 8C, which is the operation shown in the file A and the second image β shift after the transfer file is blocked. In the interface 30, due to the schematic diagram of the face 30. At the 8th to the transmission file computer 35, a first data structure 35 of the computer 22 has been converted into a structural image 352. The first data link and the second data 352 of the power take-off 23 present the computer 22 and the phantom 51 and the second data structure image material structure image 351 and the second data slot case respectively. Or cut and paste 352, the user can transfer the file to the transfer file by using the drag image. The first to third images A to D will transfer the files between the corresponding computers. For the image, please refer to Figures 9A and 9B. The rabbit management system manages multiple computers. The application program manages and displays the brain through the brain management device. The multi-electric display device is displayed as shown in the third figure. The display is in the form of the display. The application manages the scene through the multi-computer management However, it is not limited to Figures 9A and 9B. The function of the computer includes - the electrogram "when the multi-computer management device detects a useful program (step 9G2). The step 1 is displayed on the computer aUtGmn should be displayed The screen of the computer displays the 'continuous_user' power on the device (step). Subsequently, the application debts the instructions (steps are not 9$). Clicking on Gongxun's request to perform the click-through information on the shutdown program side user's transfer event is the secret to boot/dream, 'if yes' _ the test will inform the multi-computer to promote Li1, or shut down the computer ( Step 9〇51). Then, the multi-computer management device == whether the computer is turned on (step 9052); if so, the multi-computer management, set. Know that the computer is turned off (step 9G53) 'and the program ends the processing of this event 201131365 (step 9G9); if ^, the squad of the singer's resignation is in the _ off area (ie, step, - « : , , ) ' The application detects if the user's click event is dropped (step 906) 'If yes, the application detects and records 3 (step 9061). Then, the application _ (four) ^ no type _ _" (step 9 〇 62), and this "confirmation key, can be brain r, Hotkey or click on the virtual reality to operate the rest of the scene, etc. ^J should return to the step to continue to _ and record the user's input, and right, then the application informs the money management device that the modified name belongs to the computer and the new name (ie type " Gu, key, and then input and display the new name in the name area of the computer on the display device (step 9063) 'and the application enters the step to end the processing of the click event. Right 7C user The click event does not fall within the name area of the computer (ie, the result of step 906), and whether the embarrassing event of the applicant side falls on the computer image or the peripheral device analog image (step 9Q7). If yes, the application further detects the user's click event (step 9: 71). First, «Xuan application privately detects whether the click event falls on the computer surface (step Π; The embarrassing incident falls on the computer surface, _ application will electricity The finetened surface is added to the switching information (step 9073), and if the clicking event does not fall on the power, the application does not add information to the computer, and the program progress confirms the The event is to listen to the peripheral device analog image (surface 9074); if the event level edge device is on the analog image, the application will also add the peripheral device analog image to the switching information (step 9G75) If the click event does not fall on the peripheral device analog image (ie, the result of face 9074 is no), the application does not add the peripheral device analog image to the switching information. Then, after the execution is completed After steps 9074 and 9075, the application continuously detects the user's click information (steps 9 and 76) to detect whether the user has selected the radar that was selected in steps 3072 and 9074 by 201131365. The application then informs the multi-computer management device to perform the processing of the computer and/or the week according to steps 9〇72 and the m message. If the result of the right step 9077 is no, the application also proceeds to step 909. End the selection event 。.,μ工冋 periphery=图者傻牛 is not on the computer (4) on the function menu (step rule); type. Further price test user's click event (step function column (the cow measured the point event) Whether it is in the transmission of the broadcast! Objective: 台 Taiwan computer (step 9〇83). If the result of the step is a miscellaneous *H transmission 彳f, so that the two computers each of the application bribe device and the transmission path Transfer the specific slot case (step.) 'The application enters step 909 to end the point of the click event ίίΐιΐ, the selected event is not the function of the level slot transmission (ie, select the strain 曰 ^, ° If no) then the application further detects the user's point, the gentry is not on the function column of the automatic scanning (step 9085). If the step 9085 application informs the multi-computer management device to execute the automatic 9_) '. If the result of the step 9085 is NO, the application also proceeds to step 909 to end the processing of the click event. As shown in the figure (4) 'Cheng Fang Gang _, the virtual reality of the 乍 乍 景 景 景 景 是 是 是 是 是 是 景 景 景 景 景 景 景 景 景 景 景 景 景 景 景 景However, in the process block diagram described in this 201131365, like the ninth figure, the functions of the computer, the computer name, the switching computer and/or the peripheral device, and the automatic scanning are performed. ^ Through the above embodiments, even if the power is continuously It is updated that the hardware function of the update with the virtual reality field of the present invention can also be used to reduce the cost of mold development. . In addition, the virtual reality operation of the present invention is performed on the various computer management devices, and the simple operation behaviors such as "replacement" and "replacement" are used for "mother addition". 'The operation interface of the present invention also borrows = makes r two = looser = the burden of the computer management device., ^^. The use of the hidden one 1 and the disclosure of the above, but r does not leave the essence of the invention = Internal technology === : For this reason, the scope of protection of the present invention is regarded as the rear view; == [Simple description of the drawing] Figure 1. The first _ _ _ multi-computer management device and its hardware device interface diagram 2. The figure is the operation of the multi-computer management device of the present invention - the operation of the 201131365. The fourth part of the operation is as follows: (4) 趣 趣 趣 趣 趣 趣 趣 趣 趣 趣 趣 趣 趣 趣 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第Switching operation computer name No. 3 Operation interface 3G renaming closed monitoring electric 7^miftI. 3 riding red _ Kai or Guan 8A to 8C is the operation shown in Figure 3 Schematic diagram of the method of transferring files between files; 夕〇电第9A and 9B图' The device manages the execution of multiple computers. The block diagram is privately transmitted through a multi-computer [main component symbol description] 10, 20: multi-computer management device: hardware device interface 101 102 103, 104, 22, 23, 24 25: Computer 12 13 14、15. Light group 16: indicator number 17, 2 (Π, 22, 23, 241, 251: peripheral device 21: operating device 222, 232, 242, 252: name 30: Operation interface 32: Vision 34 • Standby column 351: First data structure image 18, 211: Display devices 2211, 2212, 2213: Analog image 253: "OPEN" command 31: Close-up 33: Virtual operating device 341: Common Function menu 201131365 " 352 ··Second data structure image 901, 902...~909: Steps A~D: First to fourth images
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