571221 玫、發明說明： 本發明關於電統，特別關於電腦系統間之無線通信，以 轉移資料於電腦之間。 背景 電如系統自小型手持電子裝置至中型行動及桌上系統， 至大型服務咨及工作站已日漸在社會中擴大。電腦系統包 括或夕處理咨。一處理器以執行指令，以處理及控制電 腦中資料之流動。571221 Description of the invention: The present invention relates to electrical systems, and particularly to wireless communication between computer systems, to transfer data between computers. Background Electric power systems have expanded from small handheld electronic devices to medium-sized mobile and desktop systems to large-scale service and workstations. The computer system includes a computer system. A processor executes instructions to process and control the flow of data in the computer.
…w μ ι个Μ尘氕腦乐統，可 此通L，以達成快速之資料交流。電腦系統間，此種型 《通^可大舉提高效率。不幸的是，建立通信鏈路及交 資料於電腦系統之間，可能甚為複雜#時及非直覺工作 因此’當下載資料時，特別是内容資料如姓名，住址及 =碼自-電腦系統至另_系統時，人們仰賴手傳輸此 貝料。此可降低工作效率。 本發明可解決習知技藝之此類問題。… W μ μ 氕 dust brain music system, you can communicate with L to achieve rapid data exchange. Between computer systems, this type of communication can greatly improve efficiency. Unfortunately, establishing communication links and transferring information between computer systems can be very complicated #times and non-intuitive work so 'when downloading information, especially content information such as name, address and = code In another system, people rely on hand to transfer this shellfish. This can reduce work efficiency. The present invention can solve such problems of conventional techniques.
凰^簡岭說明 本發明以舉例，但不構成 參考代表相同元件。 "'】，以下列圖式說明，相 圖1為本發明例之一實、 圖2為流程圖顯示本發明之::、線:路轉合各電腦系統 圖3a及3b顯示本發明一余、α 心例之二電腦系統之顯示幕 根據本發明之—實施例〜電_可為二作業模式之 非通道模式或一通道模。 統之—七々 式 通埂，，利用第一電腦系 或多個輸入裝置，即時以4 電腦系 乂典、、泉万式進入資料於第二 卞、，死。當罘一電腦系統為非 第〜兩^ < 為非通運挺式，用戶經耦合至 電腦系進入炙輻入資料被認為供第一 “、、、先〈輪〗入資料。當第一兩 經_ λ # 私細系、、死為通道模式，用戶 則 裝置進入之資料被初、Α枇笛一& 料。 W為供罘二電腦系統之輸入資 通：：：電腦系統為通道模式，用戶進入之資料根據短程 人疋以無線經耦合至第—電腦系統發射。此資料由 :、第二電腦系統之短程接收機接收，並用為第二電腦系 A人貝料。換g〈’自用戶觀點言，當第-電腦系統 2運板式’第一電腦系統之一或多個輸入裝置，以第二 電腦系統之一或多個代理輸入裝置作業。 x此方式，用戶可利用膝上或行動電腦之滑鼠，以控制 手持裝置如個人資料處理器（PDA)之顯示幕上之游標運 另例用戶可利用桌上電腦或行動電腦之鍵盤，即 時進入資料至PDA。注意PDA可為一筆基礎之資料進入裝 置’或為一埠，其中，吾人可直接插入一電合至滑鼠或鍵 盤0 本發明較詳細之說明，包括各種構型及實施如下所述。 圖1為本發明實施例之無線網路各電腦系統1 00-1 03。每 一電腦系統包括處理器15〇a_15〇d，合至一記憶體 151a-151d，一顯示幕 155a-155d，及一輸入裝置 154a-154d。 每一電腦系統額外包括無線通信收發機，耦合至處理器， 571221 收1機包含播線通信發射機i52a_i52d 機153a-153d。 ，…泉通#接收 、根據本發明之—實施例’一處理器可為一通用處理器， 或’、他型貝料處理器如微控制器或數位信號處理器 (DSP)。電腦系統之記憶體可含-或多個易失及/或非易： ㈣存裝置。根據本發明之—實施例，軟體错存於記憶體 區’當電腦系統執行時，使電腦㈣實施本發明之方.去 或者，軟體可儲存在其它處，再經載波媒體轉移至電腦 圖1心電腦系統100_103可為任何型式之電腦系統，如行 動電腦系統（即筆記或膝上電腦系統），-手持裝置（PDA)， 桌上電腦’細胞電話或任何其他型式電子裝置。注意，電 腦系統不必為相同型式系、统，或包括同型處理器，記憶體" 輸入裝置’或任何其它組件。例如，電腦系統1〇〇可為一行 動系統，有一滑鼠之輸入裝置15乜，電腦系統ι〇ι為一 pda，具有一觸敏筆基輸入系統之輸入裝置15讣。同理， 系統102可為一服務器，系統1〇3則為一細胞電話。 圖1中之每一電腦系100_103經無線網路11〇合至另一電 腦系統。無線網路110可為任何型式之無線通信協定。雖2 如圖1所不之無線網路110支援四個電腦系統，根據本發明 之另一實施例，可支援任何數目之電腦系統。 本發明之一實施例，無線網路11〇實施之無線協定，為一 短程無線通信協定。短程通信協定為一協定，其設計係供 分隔約50公尺或更少之電子裝置間之通信。由下可知，根 據本發明一實施例，本發明由一單一用戶實施，其可同時 221 才呆作第一 # ^ Λ> , …站 叙一或多個輸入裝置，並觀察第二電腦 示統又顯示幕。μ余、 ^1nyvp. 此a她例足短程無線通信協定可操作於小 % 10公尺<距離。 例如，本發明乏一奋、 作6 ㈢她歹’中，典線網路110實施之無線通 之齡斗1 匕為’由1999’7,24公佈之藍芽規格1·〇Α節中所述 八二牙:疋。另—實施例中，無線通信協定可能為1999，1，5 二吏：二气線存取協定(SWA·^ 商標與牌子為各所有人之財產）。 =為-流程圖’顯示本發明之一方法。步驟争，第 1 =系統之好操作合至第—電腦系統之滑鼠，以選擇 弟1腦系統之顯示幕上之第一文件内容之一部份。内容 《選擇邵份為用戶想轉移至另一電腦系統之内容。此文件 文字處理器文件’其可在第-電腦之文字處理器 應用中《電腦«上觀看到。利用滑鼠或其他指示裝置， 將理想邵份增亮以選擇内容部份。本發明之另—實施例 中又件《任何部份，包括圖畫或聲音資料，可由用戶選 擇以轉移至另一電腦系統。 圖3a顯示本發明一實施例之第—電腦系統斯，顯示幕 302上&選擇内容3〇4之勞幕鏡頭。用以選擇内容州之滑磨 3〇3亦顯示輕合至電腦系統3()1。根據本發明另一實施例队 利用一輸入裝置可供内容之選擇。例如，可利用鍵盤或筆 式裝置，或-麥克風與軟體程式共用，該程式可將語言 換為控制指令。 其次，圖2之步驟215中，用戶將圖3a之選擇内容3〇4拖至 571221 圖像305。圖像305代表I合 例口芏to Μ操線網路之笛__雨 統，電腦系統301亦耦人$ .， h 足弟一 ％如系 T耦合至茲網路。圖33所 ㊉ 統為電腦系統3U。本發明μ *、α 細系 絲、… 另一貫施例中，代表在電腦系 二=中’另—電腦系統之額外圖像，可出現在 心幕302上。此實施例可使用戶^電腦系統，選擇之内 客，利^選擇之内容拖至對應圖像之方式送至該系統。 或者’電Μ統’選擇之内容可選自顯示在電腦系統训之 顯不幕3〇2上之内容選擇，再送至該電腦系統。 其久’圖2中步驟22〇時，圖3a之圖像313出現在電腦系統 31=顯示幕312上1像313以圖像代表之電腦系統如之 顯示幕302之選擇内容3〇4。 在圖2之步驟225,電腦系統3〇1被置於通道模式。此模式 時，用戶經滑鼠303(滑鼠運動）收到之進一步資料，經二電 腦間〈短程無線連接’即時通道至圖3b之電腦系統3ιι。本 發明之一實施例，電腦系統3〇1在用和將選擇之内容拖 至圖像3〇5後，即被置於通道模式。在本發明另—實施例 中，⑨腦系統3 01被置於通道模式，以響應用戶壓下或釋放 耦合至電腦系統30丨或311之一或多個輸入裝置之一或多個 按紅或鍵。 圖2中之步驟230時，圖3b之用戶操作滑鼠3〇3將電腦系統 311之顯示器312上之圖像313拖至一理想位置。 根據本發明另一實施例，步驟2 1 〇_22〇可省略。此實施例 中’步驟225時，第一電腦系統被置於通道模式，步驟23〇 時’資料由用戶經耦合至第一電腦之輸入裝置，通道至第 571221 -電腦系統。資料可能包含游標控制資料，其輸 以，觸感筆式環境入系統或鍵盤上方向性按叙。或；為 讀包含數字文字資料，其輸人裝置騎盤或麥克風。與 她例中《入裝置為麥克風時，麥克風耗 3 道電腦，在資料被無線傳輸至第二電腦手统Γ例中之通 麥克風接收之語言資料轉換為内容。或者：：料=經 頻:视頻資料。例如，一照勵合之通道電 讀傳輸資料至第二電腦系統前，將視頻資料壓^在 通實施例，第一電腦系統之顯示幕電腦系統為 .隹’我法提供經耦合至第-電腦系統之輪入裝置 進^料之視細輸。此實施例，其視頻賴 二電腦系統顯示幕即時提供至 Λ 乃另她例中，笛一 2系統^顯示幕可在為第一電腦系統為通道模式時，將 ::二二之二料提供有限之視頻回輸。此實施例 私回系統乏顯示幕供之視頻回輸， 明游標或一指示哭，、 此為牛透 之資料。m因…例所通道之資料為游標控制 /匕處使用之”即時”，係自好觀點度量，而根據第一兩 月“統通迢至罘二電腦系統之用戶進入資料之型式，而有 大幅變化。例如，本發明之—實施例中，用戶 模式電腦之料料標㈣料。以此實_言， 即時傳輸二電腦系統足夠快，故可提供用戶在第二+ =顯示幕之合理游標控制。以本發明另-實施例^ 入為通料式電腦系統之資料為數字文字資料（對 -10- 571221 麥克風說出或鍵入)。以此實施例言 、” 第二電腦系統可能稍慢而有一 〇〜 < 即時，，傳輸至 用所經驗者。 有—延後時間’如由語言識別應 圖2:之步驟235時’圖3a之選擇内容3〇4無線自電腦系统 01傳輸至電腦系統3U，並利用滑鼠3〇3將：:： 拖至選擇之位置。其次，步 _像313 ☆ 项〇時罘-電腦系統被置於 非通這模式。此可消除圖像後自動完成，以響應用戶之按 下或釋放耦合至電腦系統301或311之一或多個鍵。 本發明已以參考一特殊實施例予以說明。對於瞭解本發 明之優點之人士而言，可對實施例作不同之修改，而不至1 有悖本發明之精神與範疇。說明書與圖式應被視為例示 性，而非限制性。 圖式元件符號說明 100-103 電腦系統 110 無線網路 150a-150d 處理器 151a-151d 記憶體 152a-152d 無線通信發射機 153a-153d 無線通信接收機 154a-154d 輸入裝置 155a-155d 顯示幕 301 第一電腦系統 302 顯示幕 303 滑鼠 -11- 571221 ί 304 選擇 内 容 305 圖 像 311 電 腦 系 統 312 顯 示 幕 313 圖 像The present invention is described by way of example, but does not constitute a reference to represent the same element. " ', with the following diagram description, phase diagram 1 is an example of the present invention, and FIG. 2 is a flowchart showing the present invention ::, line: road transfer computer system Figures 3a and 3b show the first invention The display screen of the computer system of the second and the second example according to the present invention—embodiment ~ electricity—can be a non-channel mode or a channel mode of two-operation mode. Tongzhi—Seven-style style, using the first computer system or multiple input devices, use the 4 computer system code, Quanwan style to enter the data in the second mode, and die. When the first computer system is non-second to second ^ < is non-transport forward, the user enters the radiation information through the coupling to the computer system is considered to be the first ",,, and first <round> data. When the first two Jing _ λ # Private system, and death are in the channel mode, and the user enters the data entered by the device, which is the first and the second. W is the input information for the second computer system: :: The computer system is in the channel mode The data entered by the user is transmitted wirelessly to the first computer system according to the short-range human connection. This data is received by: the short-range receiver of the second computer system, and used as the second computer system A material. Change g <' From the user's point of view, when the first-computer system 2 operates one or more input devices of the first computer system, it operates with one or more proxy input devices of the second computer system. X In this way, the user can use the laptop Or the mouse of a mobile computer to control the cursor movement on the display of a handheld device such as a personal data processor (PDA). Alternatively, the user can use the keyboard of a desktop or mobile computer to access data to the PDA in real time. Note that the PDA can be The basis of a sum The material enters the device 'or is a port, in which we can directly insert an electric connection to a mouse or keyboard. A more detailed description of the present invention includes various configurations and implementations as described below. Fig. 1 is a wireless embodiment of the present invention. Each computer system on the network 100-1 03. Each computer system includes a processor 150a-150d, a memory 151a-151d, a display screen 155a-155d, and an input device 154a-154d. The computer system additionally includes a wireless communication transceiver, coupled to the processor, and the 571221 receiver includes a broadcast communication transmitter i52a_i52d and 153a-153d. .... Quantong # Receiving, according to the embodiment of the present invention-a processor may be A general-purpose processor, or an external shell processor such as a microcontroller or digital signal processor (DSP). The memory of a computer system may contain-or more volatile and / or non-volatile: storage devices. According to the embodiment of the present invention, the software is stored in the memory area by mistake. When the computer system is executed, the computer can implement the method of the present invention. Alternatively, the software can be stored elsewhere and then transferred to the computer via the carrier medium. Figure 1 Heart computer system 100_103 可Any type of computer system, such as a mobile computer system (ie, a notebook or laptop computer system), a handheld device (PDA), a desktop computer, a cell phone, or any other type of electronic device. Note that the computer systems need not be the same type, System, or includes a homogeneous processor, memory " input device 'or any other component. For example, the computer system 100 may be a mobile system, a mouse input device 15 滑, and the computer system is a pda. An input device with a touch-sensitive pen-based input system 15 讣. Similarly, the system 102 may be a server, and the system 103 is a cell phone. Each computer in FIG. 1 is 100_103 via a wireless network 11〇 To another computer system. The wireless network 110 may be any type of wireless communication protocol. Although the wireless network 110 shown in FIG. 1 supports four computer systems, according to another embodiment of the present invention, any number of computer systems can be supported. According to an embodiment of the present invention, the wireless protocol implemented by the wireless network 110 is a short-range wireless communication protocol. A short-range communication protocol is a protocol designed for communication between electronic devices separated by about 50 meters or less. As can be seen from the following, according to an embodiment of the present invention, the present invention is implemented by a single user, which can stay as the first 221 at the same time # ^ Λ >, ... stand to describe one or more input devices, and observe the second computer display system Show the screen again. Yu Yu, ^ 1nyvp. This example shows that short-range wireless communication protocols can operate at a distance of less than 10 meters <. For example, in the present invention, in the 6th effort, the age of the wireless communication 1 implemented by the code line network 110 is as described in the Bluetooth specification 1. · OA published by 1999'7,24. Eighty-two teeth: 疋. In another embodiment, the wireless communication protocol may be 1999, 1, 5 Second Official: Second Gas Line Access Agreement (SWA · ^ trademarks and brands are the property of each owner). = Is-flowchart 'shows one method of the present invention. Step by step, the first = good operation of the system to the first-the mouse of the computer system, to select a part of the first file content on the display screen of the brain system. Content "Select Shaofen as the content that the user wants to transfer to another computer system. This file is a word processor file, which can be viewed on the computer «Computer« in the word processor application of PC. Use your mouse or other pointing device to highlight the ideal content to select the content part. In another embodiment of the present invention, "any part, including pictures or sound data, can be selected by the user to be transferred to another computer system. Fig. 3a shows a computer screen of a computer system according to an embodiment of the present invention. The screen of & The slide mill 3 used to select the content state also displays the light-on to the computer system 3 () 1. According to another embodiment of the present invention, an input device is used to select content. For example, you can use a keyboard or pen device, or-the microphone is shared with a software program that changes the language to control commands. Next, in step 215 of FIG. 2, the user drags the selection content 304 of FIG. 3 a to 571221 image 305. The image 305 represents the flute __ rain system of the I-line communication network, and the computer system 301 is also coupled to the person $. H. If the system is coupled to the network. The system shown in Figure 33 is the computer system 3U. In the present invention, the μ *, α filaments, ... In another embodiment, the additional image representing the computer system 2 = medium'other—the additional image of the computer system may appear on the heart screen 302. In this embodiment, the user can use the computer system to select the guests, and the selected content can be dragged to the corresponding image and sent to the system. Alternatively, the content selected by the 'electricity system' may be selected from the content selection displayed on the computer system training display 302, and then sent to the computer system. For a long time, at step 22o in FIG. 2, the image 313 of FIG. 3a appears on the computer system 31 = the display screen 312 is an image 313. The computer system represented by the image is the selection content of the screen 302. At step 225 of FIG. 2, the computer system 301 is placed in the channel mode. In this mode, further information received by the user via mouse 303 (mouse movement) is transmitted via the "short-range wireless connection" between the two computers to the computer system 3m in Fig. 3b. According to an embodiment of the present invention, the computer system 301 is placed in the channel mode after using and dragging the selected content to the image 305. In another embodiment of the present invention, the brain system 301 is placed in a channel mode in response to a user pressing or releasing one or more input devices coupled to one or more input devices of the computer system 30 or 311. key. At step 230 in FIG. 2, the user of FIG. 3b operates the mouse 303 to drag the image 313 on the display 312 of the computer system 311 to an ideal position. According to another embodiment of the present invention, steps 2 10-22 can be omitted. In this embodiment, at step 225, the first computer system is placed in channel mode, and at step 2330, the data is coupled by the user to the input device of the first computer through channel 571221-computer system. The data may include cursor control data, whose input is the stylus environment into the system or the directionality of the keyboard. Or; To read data that contains numeric text, enter the device ’s riding disk or microphone. With her example, when the device is a microphone, the microphone consumes 3 computers, and the language data received by the microphone is converted into content when the data is wirelessly transmitted to the second computer. Or :: material = warp frequency: video data. For example, one channel of the electronic computer reads the video data before transmitting it to the second computer system, and the video data is compressed in the embodiment. The computer system of the display screen of the first computer system is provided. The input of the computer system's turn-in device depends on the details. In this embodiment, the video display screen of the second computer system is provided to Λ in real time. In another example, the flute 2 system ^ display screen can provide :: two two two materials when the first computer system is in the channel mode. Limited video returns. In this embodiment, the private loopback system lacks a display screen for video input, a cursor or an instruction to cry, and this is Niutuo's information. The reason is that the data of the channel is "real-time" used by the cursor control / dagger. It is measured from a good point of view. According to the type of data entered by users of the Tongtong-Twenty-two computer system in the first two months, there are Large changes. For example, in the embodiment of the present invention, the material of the user-mode computer is marked. Based on this fact, the instant transmission of the two computer systems is fast enough, so it can provide the user with a reasonable second + = display Cursor control. Taking the other embodiment of the present invention as a feed-through computer system, the data is digital text data (speak or type into the microphone of -10- 571221). In this example, “the second computer system may be slightly Slow and there is 10 ~ < Immediately, transfer to those who experience it. Yes—delay time should be identified by the language. Figure 2: Step 235. Figure 3a. The selected content is wirelessly transmitted from computer system 01 to computer system 3U, and the mouse is used to drag the ::: To the selected location. Second, step _ like 313 ☆ item 0 o'clock-the computer system is placed in non-pass mode. This can be done automatically after eliminating the image in response to a user's press or release of one or more keys coupled to the computer system 301 or 311. The invention has been described with reference to a particular embodiment. For those who understand the advantages of the present invention, different modifications can be made to the embodiments without departing from the spirit and scope of the present invention. The description and drawings are to be regarded as illustrative rather than restrictive. Symbol description of graphic components 100-103 Computer system 110 Wireless network 150a-150d Processor 151a-151d Memory 152a-152d Wireless communication transmitter 153a-153d Wireless communication receiver 154a-154d Input device 155a-155d Display screen 301 A computer system 302 display 303 mouse-11- 571221 ί 304 select content 305 images 311 computer system 312 display 313 images
-12--12-