九、發明說明： 【發明所屬之技術領域】 本發明係揭露-種遠端系制步操作方法與—種本地端觸控 =幕同步㈣方法，尤指—種在不同系關執行之遠端系統同步 严、方法與種在同一系統内執行之本地端觸控營幕同步操作方 法。 L先前技術】 θ在市面上以觸控螢幕與使用者互動的消費性電子產品，大多都 ^单-_配對單-螢幕的方式與使財進行互動。在個 =私的需求上’此類消費性電子產品相當的受歡迎；.然而，此 :早1統配料-觸控躲㈣·電子產品也因此無法滿足 用者之間的絲需求。即便如任天堂公^讀造之刪遊戲 機’雖然包含了兩_幕，但是财其巾之—第 : 幕，而另外之一第二螢幕僅能用來 == 指令以進行對應之營幕操作指令；換言之，皮=的觸控 二營幕與位於同，遊戲機_ 亥第 此所能軸的互料求亦雜。 轉進仃互動，因 【發明内容】 本發明係揭露-種遠端系統同步操作方 數個系統触含之方法包含於複 之複數種職，在m—系統 。動㈣應表所記錄 之名—觸控f幕上，谓例 戶:出現之m在該第—觸㈣幕上，減該第 ==艾特徵對應之—第—物件；撿查該第—系統是否 :二：==:_連結於該第二系統時. 一系统係儲存有-觸控操作對應表，且統。該第 該手部動作對應表與該接收端對應表/ "Μ對應表係包含 數個==:π=同步操作方法。該方法包含於複 -觸_作對應表所=:::該:口 _存之-第 一第1娜上，齡=2崎包含之 幕上，根據哕g 寺铽，在泫弟一觸控螢 係為該1= 結於一第二系統，其中該第二系統 二系统時，傳二;當該第—系統已同步連結於該第 統之1二觸控操作對應表至：=:=树 螢幕上，彳^ 仕糾—錢所包含之-第二觸控 據該第-特^所f現之—第二特徵；及在該第二觸控躲上，根 含本地端觸控縣同步操作方法。該方法包 之—第―觸斤螢幕據該複數個觸控鸯幕令 料/ ^幕轉之—觸絲贿應摘_之複數祕 觸控縣上，_所出現之—第―特徵 鲁細第一特徵所對應之一 據:弟 之一第*4 = 接收端職輕該複_觸控營幕中 心ΠΤ第二觸控螢幕上，根據該接收端對應表， 特徵來操作該第一物件。 很《弟— 實施方式】 的 為了解決先前技術中包含有觸控螢幕之不同系統間或是同 系統内包含林關控螢幕時，無法滿足使时在互 缺點，本發日膽揭露二種遠•關步操作方法與地 控螢幕畔錢。 ^ /睛參閱第1圖’其為—觸控系統網路14G之示意圖，其中觸 控系統網路14G係適用於本發賴揭露之遠端系統同步操作方 έ 士第1圖所示，觸控系統網路⑽係包含複數個系統，其十 该複數個系統之每-系統係各自包含—觸控螢幕，域數個觸控 螢幕之間彼此亦相互連結。為了讀說明本發明所揭露之遠端系 統同步操作方法’在第1圖中僅圖示觸控系統網路刚所包含之 系統150、IK、1M與各自所包含之觸控螢幕i6〇、i62、164。在 1364699 以下之敘述中，係假設系統15〇 請參閱第2圖，A為第丨觸控操作對應表170。 示意圖。如第2圖所示，觸控操作對應表170二=之一概略 作對應表接收端對應表19G。手部 2手部動 辨識使用者以手對觸控螢幕做出的特定動作子應表⑽係用來 作。接收端對應表190係用來作A 表現出對應之操 統卿送接崎應表19〇至其他^統^冓通的媒介，當系 統152可以根據接收端對應表190執行對庫^統=時’系 應表中所_來辨識手部特定動作‘動作對 螢幕上劃出之轨跡、二根以上手指在 ::手在觸控 觸控勞幕上所施之勤大小、手在觸控營幕在 小、手在單次接觸觸控營幕中接觸時間的長短之面積大 對同-物件的處理時間差、手在觸 間 以及手在觸控勞幕上移動物件時是否拉離觸控 _ = 崎㈣姆作_係_ 螢 螢幕 幕上之圖像物件之軌跡的例子包含當手對觸控 上縮放該圖像物件 Μ可代表使用者希望在該觸控 可代表 使用者希望點選該物杜 7 包含當使用者輕點或重點幕上戶猶之動 望對該物件進柄同I之物m，可代表使用者希 门之知作。手在觸錢幕上所接觸之面積大小 包含當使用者=在觸控營幕上之觸摸點的例子 二钟日同時轉觸控螢幕上之物件時， 大小的例子 8 1364699 :::包=用者希望對觸_上之物件 ::在，觸控勞㈣觸時間 = 者以較短日__觸控螢幕上之物件時 田使用 當使用者時間接觸該物件時，：= 圖扼突錄件。在二相異__ 吏用者4 包含有當使用者麵㈣幕上㈣物件至差的例子 時:需要根據本地端系統與該遠端系統對於的^區' 是Γ交由該遠端系統處理;舉例來說，當使用二’ί 何回庫過^秒’但該遠端系統卻沒有對該物件做出任 物件的==:端:=，_端_於該 速度:==寺的速度的例子包含當使用者以較快的 幕係一式表爾 上移動物件 =====麟。手在觸聰 至觸控螢幕上之财㈣含#使时將物件拖矣 者試圖將該物件交岐觸控·之邊料，可代表使用 H钱處理，亦即雜定區域係為-系統 代表一 ★ 帛綦右會觸發是否將使用者所拖突之物 =由㈣系統來處理的機制。由以上手部動作之特徵所衍生出 2 _ f所示’ &含有㈣之娜與傳輸、播 案4式的轉換、或是圖片的縮放等。 1364699 發明參閱第1圖、第2圖、與第3圖，其中第3圖係為本 x斤揭路之-第-遠端系統同步操作方法的示意圖。如第3圖 所不，該第-遠端系統同步操作方法係包含如下步鄉： 步驟H)2 :於複數個系統所包含之—第—系統^根據該第— 糸統所儲存之-觸控操作對應表包含之一手部動Nine, the invention: [Technical field of the invention] The present invention discloses a remote end step operation method and a local end touch = screen synchronization (four) method, especially the remote end of the different system execution The system is synchronized, the method and the local end touch screen synchronous operation method executed in the same system. L Prior Art θ Most of the consumer electronic products that interact with users on the touch screen in the market are interacting with each other in a single-to-single-screen manner. In a private demand, such consumer electronics products are quite popular; however, this: early 1st ingredients - touch hide (four) · electronic products can not meet the silk demand between users. Even if the game machine of Nintendo is read, it contains two curtains, but the one of the curtains, and the other second screen can only be used for the == command to perform the corresponding camp operation. In other words, the touch screen of the touch screen is the same as that of the game. The invention is disclosed in the present invention. The invention discloses a remote system synchronous operation method. The method of the system touch is included in the complex plurality of jobs, in the m-system. (4) The name recorded in the table - on the screen of the touch f, the example of the household: the m appearing on the first - touch (four) screen, minus the first == Ai characteristics corresponding to the - the first object; check the first - Whether the system: 2: ==: _ is connected to the second system. A system is stored with a touch operation correspondence table, and is unified. The first hand action correspondence table and the receiver correspondence table / "Μ correspondence table include several ==:π=sync operation methods. The method is included in the complex-touch _ for the correspondence table =::: the: mouth _ deposit - the first 1st na, the age = 2 akisaki contains the curtain, according to 哕g temple 铽, in the touch of a brother The control system is the same as the second system, wherein the second system and the second system are transmitted; when the first system has been synchronously linked to the first two touch operation correspondence table to: =: = tree screen, 彳 ^ Shi Jie - money included - the second touch according to the first - special ^ now f - the second feature; and in the second touch hide, the root contains local touch County synchronous operation method. The method package - the first touch screen according to the plurality of touch curtain orders / ^ curtain turn - touch the bribe should pick _ the plural secret touch the county, _ appears - the characteristics - the fine One of the first features corresponds to: one of the brothers *4 = the receiving end of the light 该 _ touch camp center ΠΤ on the second touch screen, according to the receiving end correspondence table, the feature to operate the first object . Very "different - the implementation method" in order to solve the previous system including the touch screen of different systems or the same system contains the forest control screen, can not meet the time in the shortcomings, the hair is exposed two kinds of far • Close the operation method and the ground control screen money. ^ / Eyes refer to Figure 1 'which is a schematic diagram of the touch system network 14G, wherein the touch system network 14G is suitable for the remote system synchronization operation disclosed in this disclosure, as shown in Figure 1, touch The control system network (10) includes a plurality of systems, and each of the plurality of systems includes a touch screen, and a plurality of touch screens are connected to each other. In order to explain the remote system synchronization operation method disclosed in the present invention, only the systems 150, IK, 1M included in the touch system network and the touch screens i6〇 and i62 included in the touch system network are illustrated in FIG. 164. In the following description of 1364699, it is assumed that the system 15 is referred to in FIG. 2, and A is the second touch operation correspondence table 170. schematic diagram. As shown in Fig. 2, the touch operation correspondence table 170=the one is roughly shown as the correspondence table reception end correspondence table 19G. Hand 2 Hand Movement Identify the specific action sub-table (10) that the user makes with the hand on the touch screen. The receiving end correspondence table 190 is used for the medium in which the corresponding commander sends the corresponding commander to the other hand, and the system 152 can execute the library according to the receiving end corresponding table 190. When the system is used to identify the specific movements of the hand, the trajectory drawn on the screen, more than two fingers:: the size of the hand on the touch screen, the hand in the touch camp The length of the contact between the screen and the hand in a single touch touch screen is large, the difference between the processing time of the same object, the hand touch, and whether the hand moves away from the touch when moving the object on the touch screen _ = Saki (4) _ _ _ _ The example of the trajectory of the image object on the screen contains the image object zoomed on by the hand, which means that the user wishes to click The object Du 7 contains the object m when the user taps or focuses on the screen and the user is eager to enter the handle with the object I, which can represent the user's knowledge. The size of the area touched by the hand on the touch screen includes the example of the size of the user when the user touches the touch point on the touch screen for two hours. The size of the example 8 1364699 ::: package = The user wants to touch the object on the _::, touch (4) touch time = the shorter time __ touch the object on the screen when the user touches the object when the user touches the object: Pieces. In the case of a divergent __ user 4, there is an example of when the user plane (4) is on the screen (4) object to the difference: the area corresponding to the remote system and the remote system is required to be handed over by the remote system. Handling; for example, when using the second 'return to the library for ^ seconds' but the remote system does not make any object for the object ==: end: =, _ end _ at the speed: == temple An example of the speed of the movement involves moving the object on the table with a faster screen. ===== Lin. When the hand touches the Cong Cong to the touch screen, the money (4) contains the # 使 将 将 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图 试图Representing a ★ 帛綦 right will trigger the mechanism of whether the user is dragged = by the (four) system. Derived from the characteristics of the above hand movements, 2 _ f shows that & contains (4) Na Na and transmission, broadcast 4 type conversion, or image scaling. 1364699 The invention refers to FIG. 1, FIG. 2, and FIG. 3, wherein FIG. 3 is a schematic diagram of a synchronous operation method of the first-distal system. As shown in FIG. 3, the first-distal system synchronization operation method includes the following steps: Step H) 2: The system-based system is included in the plurality of systems. Control operation correspondence table contains one hand movement
作對應表所靖之複數_徵，找第一线所包 含之-第一觸控勞幕上偵測所出現之一第一特 步驟104 徵，並根據該第—特徵_該第-特徵對應之-第 —物件，及執行步驟104 ; 檢查該第-系統是否㈤步連結於—第二系統一 步驟106 该弟-系統未同步連結於該第二系鱗，執行^ 106，否則’執行步驟1〇8 ; 進行該第-系統與H統之_同步連結 之亥弟-系統已同步連結該第二系統為 步驟104 ; 執仃 步驟108 : 步驟110 : 傳送該第-物件與該接收端對應表至該第 統’並執行步驟110; ^ 在該第二系統内，根據該接收端對應表，於 糸、·先包含之—第二觸控螢幕上偵測-第二特微，Τ' 根據該第二特徵操作該第-物件。 ·Λ ’並 以下關於第 一二先以系統152為該第二系、^ 一觸控螢幕、並以觸扒毯莖 犯為該第 並假設-使崎在私162祕第二觸㈣轉條件為基礎， 行拖螢幕腳上對系統150所儲存之一權宰進 即為該第-物件。4、± i ⑸’其中該槽案 應用於第3圖所干^^當第2圖所示之觸控操作對應表170 種手部手部動作對應表⑽中所儲存之各 且接收端對應對應表190所儲存之手部動作特徵為多， 端系_二：==徵係_被傳送至遠 作。 #卩制响錢之制麵行其他之操 在^驟102中，系統150會隨時根據觸控摔作對廊# n 上所/ 觸發之_操作。此時，使用者在觸控螢幕刷 上之:：疋手部動作包含使用者以手指重壓該檔案、以二根以 著該===案超過i定時間、以手指與較快之速度拖幾 螢幕^0之幕160上進行Μ、將該槽案拖复至拉離觸控 等，it Γ嶋統152是否軸讀進行操作的程序 對庫ί ㈣測n並記載於手部動作 2⑽巾。為了清楚說處拖域案_作， =中圖示觸娜160之使用者以二根手指觸碰觸控榮幕湖 的案触至觸發區域以準備傳送至觸控螢幕162 的不思圖，針該觸發區域即為上述之系統切換區域。 1364699 之功能類 上述之其他特徵與一般微軟視窗作業系統所提供 似，故此處不再多加贅述。 八 …在上述的財巾，由於f要賴_交付細 進打其他操作，JU此還需另外在 … 步連_152。當在—，二=二 該财進行操作之各種手部動作特徵的接收端 對應表190會在步驟1〇8中跟著 而，當在步_中，系統15()仍二二 要在步驟106中先行建立起^ κ 〜、、先152時’需 m 建起錢15G與152之_同步連結，直 麵牛結於系統152為^ ’並繼續進行步驟104，以 禮保v驟108與11G可以觀行。在步驟⑽ =各種用來#作該槽案之手部動作特徵，在觸 =ί進行其他類型的操作’例如該槽案之儲存或重新命名 ^如弟4圖所示。請注意，上述步驟ι〇2至ιι〇的各步驟係以 :、150之—第—使用者試圖與遠端之系統152之—第二使用 檔案或物件進行各種觸控操作為前提來敘述，缺而當 端之/統152試圖將其所儲存之其他槽案傳送至系統 進仃類似之轉時，步驟i仍然可 步驟的對象正好相反而已。換言之，對步驟102至二二疋貝施 :的對象進行更替並不構成脫離本發明之範蜂的事實。:步 在觸控系統網路140之内的任二系統之間，皆可執行步驟皿 1364699 至110以實現系統之間物件的遠端觸控操作。 第3圖所示之第—遠端系簡步操作方法的 =根據操作齡對應表17G…部動作對應表=先 作之特徵以操作-物件，並接著將該物 _手销 f由該遠端系統根據接收端對應表所儲存之手彻 作该物件。然而，在本發明之另 祕來# 揭露之一第二遠端系統同步操作方發明所 特徵傳送至遠端之另-系統，以實現系統====的 請先行參閱第5圖，苴為將筮]闽 應用於本發明之第二遠端系統同步操作方 =ΠΓ每—_儲存有-觸控二應: 應表 存之手部邊作對應表17G、m、174各自所儲 丨Z==：!：r _ ^峨對應表 種手部動作特徵，故在此㈣徵可直接應用第2圖所示之各 —心::：觸控操作對應㈣，、 請參閱第6圖，复仫去丄 操作方法的示意圖。;=;明所揭露之-第二遠端系統同步 圖所不，本發明之第二遠端系統同步 13 1364699 操作方法係包含如下步驟： 步驟搬：於複數個系統所包含之 系、_諸存之一第一觸丄·先内，根據該第- 上，佔 弟一糸統所包含之—第一觸控榮幕 ⑽付ΓΓ之一第—特徵’並根據該第—特徵 204知—特徵所對應之—第—物件，及執行麵 步驟204 第:系統是否已同步連結於-第二系統，其 二第—糸統係為該第一系統之—遠端系統卜 步驟206 糸統未同步連結於該第二系統時執行步驟 06 ’否則執行步驟208 ; 系統與第二系統之間的同步連結，直至 統已同步連結該第二系統為止，並執行步 步驟208 步驟210 傳送該第一物件至該第二系統； :據:存:該第二系統之-第二觸控操作對應 表，在该第二系統所包含— 測所出現之-第二特徵，—觸控$幕上，偵 第-物件。 ”根據該第二特徵操作該 步驟202、204、206各自與第3円所-^ 連結於系統152時，與步驟1〇8 糸、、允50已冋步 〃、有4第一物件會在步驟 14 1364699 而並未傳送其他針對該第—物件所成立 令對解πΓί 驟21G中，系統152會根據觸控操作指 L表2 ’偵測任何在觸控螢幕162上所發生之 徵’並根據該手部動作特徵來對該第-物件進行操作。。， 經。所述之方法亦同樣的在此以上述㈣樓案的例子來解 Α烈2中，系統⑼會隨時根據觸控操 控螢幕160上—= ^蝴作。然而她系統15〇已同步連結 ==只有在觸控榮幕152上被拖_案 =，21〇中’系_之使用者可根據由系統150 案，與觸控操作對應表Μ中記载與各種用來操 作糾案之手。_作特徵，在觸控勞幕162上對該楷 =1。例峨案之儲存或重新命名等。同樣的，上述步 =2的各步驟係以系統15〇之—第一 弟二使用者分別對同—播案或物件進行各種觸控摔作 為^來敘述，然而當狀況變成遠端之系統⑸試圖將豆所儲存 之，、他槽案傳送至系統150進行類似之操作時，步驟撕至⑽ 仍然可以適用，只是實施步驟的對象正好相反而已。針之 步驟中實施步驟的對象進行更替並不構成脫離本發明， 之犯奇的事貫。除此以外，在觸控系統網路】40之内的任二系統 =皆可執行步驟搬至·以實現系統之間物件的遠端觸控 第 口此在觸控系統網路140之内的任 圖所示之方法，以實現线之間的遠 系統之間，皆可執行 端觸控操作。 第3圖與第6 ®崎料在同—娜 行遠端觸鱗 錢間彼此進 控營幕同步：Γ，Γ 外揭露一種本地端觸 〗為作方法，以使得同—系_之複數個_ '、可進仃本地端觸控操作。請參㈣7圖，其為八 含福私 4 的示意圖。如第7圖所示，系統450係包 广觸控螢幕’且每—驗螢幕之間彼此係相互連結。為了 圖=明本發明所揭露之本地端觸控螢幕同步操作方法，在第7 罄圖不觸控系統450所包含之觸控螢幕460、462、464。觸# =幕^^另儲存有—觸控操作對應表携，且觸控螢幕係直 由參照觸控操作對應表獨的方式來偵測使用者所做出之特 二:嶋作。觸控操作指令表47〇係與第2圖中所示之觸控操作 、170以相同之方式實施’故所記載之手部動作特徵不在此 多加贅述。 4閱第8圖’其為本發明所揭露之本地端觸控螢幕同步操 去之不思ϋ。雜意，第8圖所示之本地端觸控螢幕同步操 係可應用於第7圖所示之系統彻。故之後對於第8圖所示 ^驟係以第7圖所示之系統為基礎來說明。如第8圖所示， 所揭路之本地端觸控螢幕同步操作方法係包含如下步驟： … 於包含複數侧控螢幕之―纽内，根據該複數個 16 之—第—觸控螢幕所儲存之-觸控择 ί應表所記錄之複數種特徵，在該第—觸 上，偵測所出現之—筮^ 耸幕 細該第-特徵所對應之峨一待徵 步驟304 步驟306 傳送該第-物件_觸控 Z第一觸，螢幕上’根據該接收端對應表，偵測 第=一第二特徵’並根據該第二特徵來操作該 弟一物件。 在步驟3〇2中，系統45〇會 記錄之魏種特徵在觸控營幕4 、虞觸U呆作對應表所 幕·上被觸控螢幕之你用去仃_ ’以掏取在觸控瑩 一第一特徵。接她4 作特徵，亦即 該第一特徵所操作之+物用者以 送至觸控==Γ該第一物件 内，換螢幕柳與462位於同—系統柳 此不需I螢幕460與462係相互為本地端之觸控螢幕，因 否已同上T"之遠端觸控營幕同步操作方法—般，考慮是 控摔作ίίΓ 在步驟3G6中，系統45G會同樣的根據觸 對應表中所記錄之複數種手部動作特徵來_觸控榮 1364699 幕462之使用者在觸控螢幕462上觸發的手部動作特徵，其中該 手部動作特徵係為觸控螢幕462之使用者操作該第—物件時所產 生。凊〉主意，在系統450欲另外由觸控螢幕462傳送一第二物件 至觸控螢幕45G的狀況下，第8騎述之方法仍然可以適用。因 此’在系統450之内的任二觸控榮幕之間，皆可執行第8 _示 之方法，以實現單—系統内本地端觸控螢幕之間的觸控操作。 •—以之前曾舉例過之拖«案為例’觸控榮幕460之使用者可 稭由以至少二根手指觸碰一棺案、接觸觸控§幕46〇超過—特定 面積的方式、以及將該樓案拖矣至觸控螢幕之邊緣的方式來 提示觸控錄4__罐鼓難錄批其巾 據觸控操侧絲侧上述使时所作料部動作特徵， 觸控螢幕46G上執行上述的㈣或移動操作，並將這些手部動作 ^徵所操作之It槽案連同觸控操作對應表物—起傳送至觸控勞 • =2。該㈣與觸控操作對應表被傳送至觸控螢幕偏後， 系、、細會根據觸控操作對應表·所記載 測觸控勞幕462之使用者在觸控 _特徵來偵 , 料462上以至少二根手指觸碰 據 何手部動作特徵。接著系統物在觸控螢幕462上根 動作認定使用者欲對該標_亍選取或拖_作， •U進仃對應之操作。 8 圖所㈣ 18 方、共盘ί加以運用’故第3 81或第681所示之遠端祕同步操作 =弟8 _枕本地端觸控螢幕同步操作方法所產生之任何 間早與合理組合之實施例仍應視為本發明之範嘴。 本t明鋪路—種遠端系賴步操作方法與—種本地端觸控 同步知作方法’以改善先前技術巾遠端系統之陳無法建立 ^動的缺點’並可大幅擴大配備有觸控螢幕之相異遠端系統或是 早一系統内之相詞控f幕之_互動應用範圍。 以上所述僅為本發明之較佳實施例，凡依本發财請專利範 圍所做之均等變化與修飾，皆應屬本發明之涵蓋範圍。 【圖式簡單說明】 第1圖為一觸控系統網路之示意圖。 第2圖為第1圖所示之觸控操作對應表之—概略示意圖。 第3圖係為本剌所财之—第—遠端彡關步操作方法的示意 圖。 第4圖中係圖示第丨圖中—第—觸控螢幕之使用者以二根手指觸 碰s玄第一觸控螢幕的動作’將所指的檔案拖曳至觸發區域以 準備傳送至一第二觸控螢幕的示意圖。 第5圖為將第1圖所示之觸控系統網路應用於本發明之第二遠端 系統同步操作方法時的示意圖’其中觸控系統網路所包含之 每一系統皆儲存有一觸控操作對應表。 19 1364699 第6圖係為本發明所揭露之ϋ端系統同步操作方法的示意 圖。 第7圖為一包含複數個觸控螢幕之系統的示意圖。 第8圖為本發明所揭露之本地端觸控螢幕同步操作方法<示立囷 【主要元件符號說明】 少驟 觸控系統網路 系統 觸控螢幕Corresponding to the plural _ sign of the table, looking for the first line included - the first touch screen is detected on the first special step 104 sign, and according to the first feature _ the first feature corresponding to - the first object, and the performing step 104; checking whether the first system is connected to the second system - the second system is a step 106. The younger system is not synchronously connected to the second scaly, and executes ^ 106, otherwise 'execution step 1 〇8; performing the first system and the H system _ synchronous connection of the Haidi-system has been synchronously linked to the second system as step 104; performing step 108: Step 110: transmitting the first object and the receiving end correspondence table Go to the system and perform step 110; ^ In the second system, according to the receiving end correspondence table, 糸, · include first - second touch screen detection - second special micro, Τ ' according to The second feature operates the first object. · Λ 'And the following about the first two first with the system 152 for the second system, ^ a touch screen, and with the touch of the carpet stems for the first hypothesis - to make the second refusal of the 162 secret (four) Based on this, one of the items stored in the system 150 is dragged into the screen to be the first object. 4, ± i (5) 'where the slot case is applied to the third figure ^ ^ when the touch operation corresponding to the table shown in Figure 2 170 hand hand action correspondence table (10) stored and corresponding to the receiving end The hand movement characteristics stored in the correspondence table 190 are many, and the end system _ 2: == levy _ is transmitted to the remote operation. #卩制响的之面行行的操作。 In step 102, the system 150 will be triggered according to the touch on the gallery #n/trigger _ operation. At this time, the user touches the screen brush:: The hand movement includes the user pressing the file with a finger, taking the two with the === case for more than one set time, with the finger and the faster speed Drag a few screens on the screen of the ^0 screen to perform the Μ, drag the slot to the pull-off touch, etc., whether it is the program that the Γ嶋 system 152 reads the axis and the operation is performed on the library ί (4) and is recorded in the hand movement 2 (10) towel. In order to make it clear that the user of the touch map _ is in the middle of the touch screen 162, the user touches the touch screen to touch the touch area to prepare for transmission to the touch screen 162. The trigger area of the needle is the system switching area described above. Functional Classes of 1364699 The other features described above are similar to those provided by the general Microsoft Windows operating system, so they are not described here. Eight ... In the above-mentioned financial towel, because the f is to rely on _ delivery to make other operations, the JU needs to be connected to _152. The receiving end correspondence table 190 of the various hand motion features operating at -, two = two will follow in step 1 〇 8, while in step _, the system 15 () is still in step 106. In the first line, set up κ 〜, first 152 hrs, 'm need to build money 15G and 152 _ synchronous link, face the cow knot in system 152 is ^ ' and continue to step 104, to protect the v and 108 and 11G You can watch it. In step (10) = various hand movement features used to make the slot, perform other types of operations at touch = ί, for example, the storage or renaming of the slot ^ as shown in Figure 4. Please note that the steps of the above steps ι〇2 to ιι〇 are described as follows: 150, the first user attempts to perform various touch operations with the remote system 152, the second use file or object, In the absence of the end of the system 152 attempts to transfer the other slots it stores to the system for similar rotation, step i can still be the opposite of the object of the step. In other words, the replacement of the objects of steps 102 to 22 does not constitute a departure from the fact that the present is. Steps between the two systems within the touch system network 140, steps 1364699 through 110 can be performed to enable remote touch operations of objects between the systems. The first-distal step-by-step operation method shown in Fig. 3 is based on the operation age correspondence table 17G... the action correspondence table = the first feature to operate the object, and then the object _ hand pin f is from the far The end system makes the object according to the hand stored in the corresponding table of the receiving end. However, in the second aspect of the present invention, the second remote system synchronization operator invents the feature to the remote system to implement the system ====, please refer to FIG. 5 first. Applying 筮]闽 to the second remote system of the present invention, the synchronous operation side = ΠΓ every - _ storage has - touch two should: the hand side of the table should be the corresponding table 17G, m, 174 each stored 丨 Z ==:!:r _ ^峨 corresponds to the hand movement characteristics of the table, so in this (4) sign can directly apply the heart-shaped::: touch operation corresponding to the second picture (4), please refer to Figure 6, A schematic diagram of the operation method of reclamation. The second remote system synchronization method of the present invention is not disclosed. The second remote system synchronization 13 1364699 operating method of the present invention comprises the following steps: Step moving: the system included in the plurality of systems, One of the first touches, the first, according to the first, the possession of the first brother, the first touch of the glory (10), one of the features - and according to the first feature 204 Corresponding - the first object, and the execution surface step 204: whether the system has been synchronously connected to the second system, the second system is the first system - the remote system step 206 is not synchronized When the second system is connected, step 06 is performed. Otherwise, step 208 is performed; the synchronization link between the system and the second system is performed until the second system is synchronously connected, and step 208 is performed to perform the first object. To the second system;: according to: the second system - the second touch operation correspondence table, included in the second system - the second feature that appears - the touch screen, the detect The first object. According to the second feature, when the steps 202, 204, and 206 are respectively connected to the system 152, the steps 1〇8, 允50 have been performed, and 4 first objects are Step 14 1364699 does not transmit another set of instructions for the first object. In the 21G, the system 152 detects any sign on the touch screen 162 according to the touch operation finger L 2 ' The first object is operated according to the hand motion feature. The method is also similarly solved by the above (4) case example, and the system (9) is controlled according to the touch at any time. On the screen 160 -= ^ butterfly. However, her system 15 〇 has been synchronized == only on the touch rong 152 is dragged _ case =, 21 〇 in the 'system _ user can be based on the system 150 case, with The touch operation corresponds to the various forms used to operate the correction case. The feature is displayed on the touch screen 162. The storage or renaming of the case is the same. Steps of step = 2 are performed by the system 15 - the first brother and the second user respectively perform the same - broadcast or object Controlling the fall is described as ^, but when the situation becomes the remote system (5) trying to store the bean, and the case is transferred to the system 150 for similar operations, the step to tear (10) can still be applied, but the object of the implementation step The opposite is true. The replacement of the object in the step of implementing the steps does not constitute a singularity from the present invention. In addition, any two systems within the touch system network 40 can be executed. The steps are moved to achieve a remote touch of the object between the systems. The method shown in any of the touch system networks 140 is implemented between the remote systems between the lines. Touch operation. Figure 3 and the 6th yakisaki are in the same place - the far-end touches of the Nana line touch the screen to synchronize with each other: Γ, Γ expose a local end-touch as a method to make the same system _ of the multiple _ ', can enter the local touch operation. Please refer to (4) 7 map, which is a schematic diagram of eight inclusive private 4. As shown in Figure 7, the system 450 is a wide-screen touch screen 'and each- The screens are connected to each other. In order to illustrate the invention The local touch screen synchronization operation method disclosed in the seventh embodiment does not include the touch screens 460, 462, and 464 included in the touch system 450. The touch #=幕^^ is additionally stored-touch operation corresponding table, The touch screen is directly detected by the user in accordance with the method of the touch control operation. The touch operation command table 47 and the touch operation shown in FIG. 2 are directly detected. 170 is implemented in the same way. The characteristics of the hand movements described in the above description are not described here. 4 Read the 8th figure, which is the same as the local touch screen synchronized operation disclosed in the present invention. The local-end touch screen synchronization system shown in Fig. 8 can be applied to the system shown in Fig. 7. Therefore, the system shown in Fig. 8 will be described based on the system shown in Fig. 7. As shown in FIG. 8, the local touch screen synchronization operation method of the road includes the following steps: ... in the "new button" including the plurality of side control screens, according to the plurality of 16-first touch screens - a plurality of features recorded by the touch selection sheet, on the first touch, detecting the occurrence of the - 筮 ^ 耸 细 该 第 第 第 第 第 第 304 304 304 304 304 The first object-touch Z first touch, on the screen 'detects the second=second feature' according to the receiving end correspondence table and operates the young object according to the second feature. In step 3〇2, the system will record the characteristics of the Wei species in the touch screen 4, and touch the U on the screen of the corresponding table. You are used by the touch screen _ _ to capture Controlling a first feature. Selecting her 4 features, that is, the + user operated by the first feature is sent to the touch==Γ in the first object, and the screen is placed in the same same as the 462. The system does not need the I screen 460 and 462 series of local touch screens, because it has been the same as T" remote touch screen synchronization operation method - consider the control is ίίΓ In step 3G6, system 45G will be the same according to the touch table The hand movement features of the touch screen 462 are touched by the user of the touch screen 462 by the user of the touch screen 462. The hand motion feature is the user operation of the touch screen 462. The first object is produced. In other words, in the case where the system 450 wants to transmit a second object from the touch screen 462 to the touch screen 45G, the eighth riding method can still be applied. Therefore, between the two touch screens within the system 450, the method of the eighth method can be performed to realize the touch operation between the local touch screens in the single system. • The user who touched the sequel to the previous example can use a method in which at least two fingers touch a case, touch the touch screen 46 〇 over a certain area, And dragging the building to the edge of the touch screen to prompt the touch recording 4__Canister drum difficult to record the towel according to the touch operation side of the side of the above-mentioned material movement characteristics, touch screen 46G Perform the above (4) or moving operation, and transfer the It slot case operated by these hand motions to the touch operation corresponding to the touch operation. The (4) and touch operation correspondence table is transmitted to the touch screen, and the user touches the touch screen 462 according to the touch operation corresponding table. Touch the hand movement feature with at least two fingers. Then, the system object on the touch screen 462 determines that the user wants to select or drag the target, and the U corresponds to the operation. 8 Figure (4) 18-party, total disk ί to use 'the third remote 81. Embodiments of the invention should still be considered as the mouthpiece of the present invention. This t-bumping method—the remote system and the local touch control method are used to improve the shortcomings of the remote technology of the prior art towel, and can be greatly expanded with touch. The different remote systems of the screen or the interactive application range of the phase words in the system. The above is only the preferred embodiment of the present invention, and all changes and modifications made in accordance with the scope of the present invention are intended to be within the scope of the present invention. [Simple description of the figure] Figure 1 is a schematic diagram of a touch system network. FIG. 2 is a schematic diagram of the touch operation correspondence table shown in FIG. 1 . Figure 3 is a schematic diagram of the operation method of the first-end remote control. In the fourth figure, the user of the touch screen is touched by two fingers with the two fingers. The dragged file is dragged to the trigger area to prepare for transmission to the first screen. A schematic diagram of the second touch screen. FIG. 5 is a schematic diagram of the touch system network shown in FIG. 1 applied to the second remote system synchronous operation method of the present invention. [Each system included in the touch system network stores a touch. Operation correspondence table. 19 1364699 Fig. 6 is a schematic diagram of a synchronous operation method of the terminal system disclosed in the present invention. Figure 7 is a schematic diagram of a system including a plurality of touch screens. FIG. 8 is a schematic diagram of a local touch screen synchronization operation method according to the present invention. FIG. 8 is a schematic diagram of a main touch symbol network system.
102-128 ^ 202-232 > 302-316 140 150 > 152 ' 154 > 450 160、162、164、460、462、 464 170、470 觸控操作指令表102-128 ^ 202-232 > 302-316 140 150 > 152 ' 154 > 450 160, 162, 164, 460, 462, 464 170, 470 touch operation instruction list
2020