201020706 九、發明說明： 【發明所屬之技術領域】 t本發日縣有關於-猶端控嶋統及其方法特别是 種透過細設置控她令群的可奴翻控制系統 及其方法。 、’ 【先前技術】 〜近年來，隨著半導體相關產業及網路的蓬勃發展，使 _ =自動蝴的技術趨於成熟且應用範圍更為廣泛，舉例來 說’作業人貝可透過網際網路軸控制千里之外的設傷， 而不需親自在設備面前進行操作即可得到_的結果，如 ^二來，不但能夠達到精簡人力與降低成本的目標’，更可 提尚控制設備的便利性，另外，當設備位於惡劣的工作環 3兄時’因為作業人員不需與設備同樣處於惡劣的工作環境 下，故可大幅提高作業人員的安全性。然而，雖然自動控 制具有便利性及安全性，但是當需要控制的設備增加時， 參 便需要有一個觸發端來扮演中央控制的角色，用以統一對 所有的設備進行控制，以減少管線配置上的不便及系統開 發的成本》 、 有鑑於此，便有廠商設計可程式邏輯控制器作為觸發 端，用以接收/發送觸發訊號來控制外部的輸出/輸入設 備’一般而言’為了控制外部的輸出/輸入設備，必須於 觸發端中預設一些控制指令，以便觸發端能夠根據這些預 設的控制指令及觸發訊號的狀態進行相應的控制處理。然 而，控制指令的設定方式繁雜且必須透過控制語言來進行 5 201020706 :又疋’因此，若是對㈣語言殘纽無經 在往無法直接快速地透過控制語言來設么 =藉由參考使用手冊來學_語言，故 =^耗= 置時間成本學習控制語言的問題。 而耗費大 =上所述’可知絲技射長期峰 =;rr制語言的·因此實有必= 進的技術手段，來解決此一問題。 【發明内容】 式遠題，本發，揭露-種可程 控裝程式遠端控㈣統’_於具有監 鲁 指令模組、觸發模組、處理模組及傳送模組:知 二半端r w輸入並傳送控制指令群，其控制指令群由判斷 =、、立條件及未成立條件組成；觸發端用以與監控裝 令群結觸t發端包含：指令模組用以接收並儲存控制指 ' 、_畴收紐裝置所傳送喃發訊號；處 、g^且用叫行控織令群，錄據觸條件及觸發訊號 么、執行成立條件或未成立條件以產生處理訊號；傳送模 =用Μ根據㈣指令群將處職賴送至相應的監控裝 置0 至於本發明之可程式遠端控制方法，應用於具有監控 裝網路環境中，其步驟包括：於控制端輸人並傳送控 制才a 7群’其控制指令群由判斷條件、成立條件及未成立 6 201020706 條件組成；將觸發端與監控裝置連結；觸發端接收並儲存 控制指令群；觸發端接收監控裝置所傳送的觸發訊號；於 觸發端執行控制指令群’並根據判斷條件及觸發訊號選擇 執行成立條件或未成立條件以產生處理訊號；觸發端根據 控制指令群將處理訊號傳送至相應的監控裝置。 本發明所揭露之系統與方法如上，與先前技術之間的 差異在於本發明透過遠端設置控制指令群，並且將控制指 ©令群儲存於觸發端以進行正反邏輯判斷及控制。 透過上述的技術手段，本發明可以達到提高控制指令 群的設置便利性以進行主動傳送訊息之技術功效。 【實施方式】 以下將配合圖式及實施例來詳細說明本發明之實施 方式，藉此對本發明如何應用技術手段來解決技術問題並 達成技術功效的實現過程能充分理解並據以實施。 在說明本發明所揭露之可程式遠端控制系統及其方 〇 法之前，先對本發明所自行定義的名詞作如下解釋，在本 發明中所提到的控制指令群是由判斷條件、成立條件及未 成立條件所組成，在實際實施上，其控制指令群是以IF、 THEN及ELSE的格式分別代表判斷條件、成立條件及未 成立條件，且為具有正反邏輯判斷的單層指令結構，舉例 來說，控制指令群為「IF (DI_1 ON) THEN (Send Active201020706 IX. Description of invention: [Technical field to which the invention belongs] t This is a county-related control system and its method, especially a kind of control system and method for controlling her group through fine setting. , '[Previous technology] ~ In recent years, with the vigorous development of semiconductor-related industries and networks, the technology of _ = automatic butterfly has matured and the application range is more extensive. For example, the operator can access the Internet through the Internet. The road axis controls the damages thousands of miles away, without the need to operate in front of the equipment to get the results of _, such as ^ two, not only can achieve the goal of streamlining manpower and reducing costs', but also the control equipment Convenience, in addition, when the equipment is located in the bad working ring 3 brothers 'Because the workers do not need to work in the same harsh environment as the equipment, it can greatly improve the safety of the workers. However, although the automatic control is convenient and safe, when the equipment to be controlled increases, the participant needs to have a trigger to play the role of central control to uniformly control all the devices to reduce the pipeline configuration. Inconvenience and cost of system development, in view of this, there are manufacturers designing programmable logic controllers as triggers for receiving/transmitting trigger signals to control external output/input devices 'generally' in order to control external The output/input device must preset some control commands in the trigger terminal, so that the trigger terminal can perform corresponding control processing according to the preset control commands and the state of the trigger signal. However, the setting of the control command is complicated and must be carried out through the control language. 5 201020706 : 疋 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 因此 语言 语言 语言 语言 语言 语言 语言 = = = = = = = = Learning _ language, so = ^ consumption = set time cost learning control language problems. And the cost is large = the above mentioned can be known as the long-term peak of the silk technique =; rr language language is therefore necessary to enter the technical means to solve this problem. [Summary of the Invention] The far-end problem, the present disclosure, the disclosure of a programmable program remote control (four) system '_ with the supervision command module, trigger module, processing module and transmission module: know the second half rw input And transmitting a control instruction group, wherein the control instruction group is composed of a judgment=, a standing condition and an unestablished condition; the trigger end is used to contact the monitoring device group, and the sending end includes: the command module is configured to receive and store the control finger', _ domain receiving device transmits the whistling signal; where, g^ and using the control woven order group, recording the condition and trigger signal, executing the establishment condition or not establishing the condition to generate the processing signal; transmission mode = use Μ According to the (4) instruction group, the task is sent to the corresponding monitoring device. The programmable remote control method of the present invention is applied to a network with a monitoring installation, and the steps include: inputting and transmitting control at the control end. The 7-group's control command group consists of the judgment condition, the establishment condition and the unestablished 6 201020706 condition; the trigger end is connected with the monitoring device; the trigger terminal receives and stores the control command group; the trigger terminal receives the touch transmitted by the monitoring device The command signal group is executed at the trigger end, and the set condition or the unestablished condition is selected according to the judgment condition and the trigger signal to generate a processing signal; the trigger terminal transmits the processing signal to the corresponding monitoring device according to the control command group. The system and method disclosed in the present invention are as above, and the difference from the prior art is that the present invention sets the control instruction group through the remote end, and stores the control finger command group on the trigger terminal for positive and negative logic judgment and control. Through the above technical means, the present invention can achieve the technical effect of improving the convenience of setting the control instruction group for actively transmitting messages. [Embodiment] Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings and embodiments, so that the application of the technical means to solve the technical problems and the realization of the technical effects can be fully understood and implemented. Before explaining the programmable remote control system and the method thereof disclosed in the present invention, the nouns defined by the present invention are explained as follows. The control instruction group mentioned in the present invention is judged by conditions and established conditions. And the unestablished conditions are composed. In actual implementation, the control instruction group represents the judgment condition, the establishment condition and the unestablished condition in the format of IF, THEN and ELSE, and is a single-layer instruction structure with positive and negative logic judgment. For example, the control instruction group is "IF (DI_1 ON) THEN (Send Active
Message) ELSE (Send E-mail)」’則其判斷條件為「(DH 〇N)」、成立條件為「(send Active Message)」及未成立條 件為「（Send E-mail)」，此控制指令群是指當判斷條件 7 201020706 (DI-1 〇N)」成立時，執行成立條件「（Send Active Message)」，反之則執行未成立條件「㈣E—)」，其 中’判斷條件「(DI-1 ON)」代表輸入埠(DI_1K貞測到開啟； 成立條件「(Send Active Message)」代表傳送訊息，例如·· 主動傳送訊息封包；未成立條件「(SendE-mail)」代表傳 送電子郵件，而所單層指令制細是指㈣指令群令 不會再包含另-控制指令群。另外，不同的控制指令群之 φ 間更可透獅令奴崎暫相断連結，也就是說，可 在控制端建立不同控制指令群的關聯性，以便觸發端同時 執行多個具有關聯性的控織令群，所勒部暫存器可為 電子運算平台的儲存空間，如：快取記憶體、硬碟 ....... 以下配合賦縣發明可程式翻控織統及其方 法作進一步的說明，請參閱「第1圖」，「第1圖」為本發 明可程式遠端控制系統之方塊圖，包含：監控裝置⑽、 ❹ 控制端110、觸發端120及網路130，且觸發端12〇更可 包含·指令模組12卜觸發模組122、處理模組123、傳 送模組m及訊息模組12s。其中，監控裝置1〇〇為具有 監控功能的輸出/輸入袈置，例如：網路攝影機、紅外線 感測褒置’並且可制轉13G與麟端12G進行觸發訊 號的傳送及接收。 ° 控制端110肖以輪人並傳送控制指令群，其控制指令 群是由判斷條件、成立條件及未成立條件所組成，且控制 拐令群更可包含時間判斷、計數判斷及行程判斷至少其中 8 201020706 之一的判斷條件，舉例來說，當判斷條件為「（T1 TIMEOUT)」時，代表用以判斷計時(Τ1)是否逾時。另外， 控制指令群可包含網址及網站程式的路徑位置，以便根據 網址及網站程式的路徑位址來傳送提示訊息，由於控制指 令群已於前面自行定義的名詞中作說明，故在此不再作贅 述。 而在觸發端120的部分，其觸發端12〇用以與監控裝 . 置100連結以進行觸發訊號的傳送及接收，其中，指令模 組121用以接收並儲存控制端11〇透過網路13〇所傳送的 控制指令群，在實際實施上，控制端11〇可為個人電腦、 個人數位助理…等計算機裝置。另外，此觸發端12〇更 可搭配圖中未示的計時器(Timer)用以於處理模組123中 實現執行時間的判斷，舉例來說，當控制指令群為「正 (DI-1 ON) THEN (DO-1 ON Is) ELSE (DO-1 ON 8s)」時， 代表輸入埠(DM)為啟動時，其輸出埠(Da>1)啟動i秒， Φ 反之則輸出埠(DO-1)啟動8秒。Message) ELSE (Send E-mail)"', the judgment condition is "(DH 〇N)", the establishment condition is "(send Active Message)", and the unestablished condition is "(Send E-mail)", this control The command group means that when the judgment condition 7 201020706 (DI-1 〇N) is established, the condition "(Send Active Message)" is executed, and if not, the condition "(4) E-)" is executed, and the "judgment condition" (DI) -1 ON)" means input 埠 (DI_1K 贞 贞 ; ; ; ; ; ; ; 成立 成立 成立 成立 成立 成立 成立 成立 成立 成立 成立 成立 成立 成立 成立 成立 成立 成立 DI DI DI DI DI DI DI DI DI DI DI DI DI DI DI DI DI DI DI DI DI DI DI The single-layer instruction system means that (4) the command group command will not include another control command group. In addition, the φ between different control command groups can be temporarily connected by the lion-slave, that is, The association of different control instruction groups can be established on the control end, so that the trigger end simultaneously executes a plurality of controllable control group groups, and the storage unit can be a storage space of the electronic operation platform, such as: cache memory. Hard disk....... For further explanation of the programmable control system and its method, please refer to "FIG. 1", which is a block diagram of the programmable remote control system of the present invention, comprising: monitoring device (10), ❹ control terminal 110 The triggering terminal 120 and the network 130, and the triggering terminal 12 can further include an instruction module 12, a triggering module 122, a processing module 123, a transmitting module m, and a message module 12s. For the output/input device with monitoring function, for example: network camera, infrared sensing device' and can transmit 13G and lining 12G for trigger signal transmission and reception. ° Control terminal 110 The control instruction group is composed of a judgment condition, a set condition and an unestablished condition, and the control call group may further include a judgment condition of at least one of 201020706, such as time judgment, count judgment and stroke judgment, for example. Say, when the judgment condition is "(T1 TIMEOUT)", it is used to judge whether the timing (Τ1) is overdue. In addition, the control instruction group may include the URL and the path location of the website program, so as to be based on the URL and The path address of the station program is used to transmit the prompt message. Since the control instruction group has been described in the previously defined nouns, it will not be described here. In the part of the trigger terminal 120, the trigger terminal 12 is used to The monitoring module 100 is configured to transmit and receive the trigger signal. The command module 121 is configured to receive and store the control command group transmitted by the control terminal 11 through the network 13 . In actual implementation, the control terminal 11 It can be a computer device such as a personal computer or a personal digital assistant. In addition, the trigger terminal 12 can be used with a timer (not shown) for determining the execution time in the processing module 123. For example, when the control instruction group is "positive (DI-1 ON) When THEN (DO-1 ON Is) ELSE (DO-1 ON 8s)", when the input 埠 (DM) is activated, its output 埠 (Da> 1) starts for i seconds, Φ, otherwise, outputs 埠 (DO- 1) Start for 8 seconds.
觸發模組122用以接收監控裝置1〇〇所傳送的觸發訊 號，舉例來說，當監控裝置100為網路攝影機時，可設定 為當攝影晝面改變時進行錄影，並且發出觸發訊號至觸發 端120’如此一來’觸發模組122即可接收監控裝置1〇〇(例 % :娜攝賴)觸送_發訊號，顧據猶訊號得 知監控裝置100處於攝影的狀態。在實際實施上，觸發模 組122可具有複數個輸入埠(Digital Input，D 入痒的痒號定義祕0、„，_η = 201020706 整數表示的埠號。 處理模組123用以執行控制指令群，並根據判斷條件 及觸發訊_擇執行成域件或未成立條件以產生處理 號舉例來說，當處理模組⑵所執行的控制指令群為 IF (DI-1 on) THEN (Send Active Message) ELSE (SendThe triggering module 122 is configured to receive the trigger signal transmitted by the monitoring device 1 . For example, when the monitoring device 100 is a network camera, the triggering device may be configured to perform recording when the camera face changes, and issue a trigger signal to trigger. In this way, the triggering module 122 can receive the monitoring device 1 (example %: Na Lai) to touch the _ signal, and the monitoring device 100 is informed that the monitoring device 100 is in the state of photography. In practical implementation, the trigger module 122 can have a plurality of input 埠 (Digital Input, D itch itch number secret 0, „, _η = 201020706 integer nickname. The processing module 123 is used to execute the control instruction group And according to the judgment condition and the trigger signal, the execution of the domain member or the unestablished condition to generate the processing number, for example, when the processing module (2) executes the control instruction group as IF (DI-1 on) THEN (Send Active Message ) ELSE (Send
E mai1)」’此時，根據判斷條件「(DI-1 ON)」及觸發訊號 選f執行成立條件「(Send Aetive Message)」或未成立條 件（SendE-mail}」，也就是說，當接收到使輸入埠叫υ 的狀態改變為啟動(0N)的觸發訊號時，執行成立條件以產 生傳送訊息的處理訊號’反之則產生傳送電子郵件的處理 訊號。 傳送杈組m用以根據控制指令群將處理訊號傳送 至相應的監控農置励，舉例來說，當控制指令群為「正 (DI-1 ΟΝ) ΤΗΕΝ (ιχΜ 0N)乩犯(D〇1 〇FF)」時觸發 端120的處理模組123將根據執行結果產生處理訊號，^ 且透過傳送模組124將所產生的處理訊號藉由輸出蜂 (D_l 〇mpUt，DO)傳送至相應的監控裝置1〇〇，在實際 實施上，傳送模、組m可具有複數個輸出璋，並根據輸 琿的璋蚊義為刪、D(M、...、D〇_n，其_ n為以正 整數表示的埠號。 另外，觸發端U0更可包含訊息模組m用以根據處 理訊號產生提示訊息，並透過傳送模組124傳送至其他 出裝置(®中未示)進行輸出，所述提示訊息可岐電子郵 件、簡短訊息及警示訊息至少其中之_，用以提供使用者 201020706 迅速了解監控裝置100的狀態，舉例來說，當提示祝 電子郵件時，可透過電腦_稀置進行顯示，·當提:訊 息為驗訊息時’可_行_話騎幕顯示此簡短 _ 喊；缺示訊息騎示訊树’可根據此料訊息觸發 揚聲器或發光二極體進行輸出。 如厂第2圖」所示’ Γ第2圖」為本發明可程式遠端 控制方法之錄圖，包含下列_ :於㈣端⑽輸入並 ❹ 傳送控制指令群，其控制指令群由判斷條件、成立條件及 未成立條件組成(步驟201);將觸發端12〇與監控裝置· 連結(步驟202);觸發端12〇接收並儲存控制指令群(步驟 )’觸發h 120接收監控裝置所傳送的觸發訊號(步驟 2〇4)，於觸發端12〇執行控制指令群，並根據騎條件及 觸發訊號選擇執行成立條件絲成立條件以產生處理訊 號(步驟2〇5) ’觸發端〗2〇根據控制指令群將處理訊號傳 送至相應的赌裝置戦辣夠。透過上述各步驟， 瘳 即可透過遠私设置控制指令群，並且將控制指令群儲存於 觸發端以進行正反邏輯判斷及控制，用以提高控制指令群 的叹置便利性以進行主動傳送訊息。除此之外，可在步驟 2〇5中，於產生處理訊號後’根據此處理訊號產生提示訊 息，並透過傳送模組124傳送至輸出震置進行輸出，以及 在觸發端120中計算執行時間。 以下配合「第3圖」至「第5圖」以實施例的方式進 行如下說明’睛先參閱「第3圖」，「第3圖」為應用本發 明设定控制指令群之示意圖，包含：指令視窗3〇〇、判斷 11 201020706 條件輸入區塊310、判斷條件自定區塊311、成立條件輸 入區塊320、成立條件自定區塊32卜未成立條件輸入區 塊330、未成立條件自定區塊33卜控制指令群顯示區塊 340、確定元件351及取消元件352。使用者可透過控制 端110的指令視窗300設定具有判斷條件、成立條件及未 成立條件的控制指令群。 當使用者要設定門禁系統時，可於控制端11〇先透過 指令視窗300中的判斷條件輸入區塊31〇輸入判斷條件， 其輸入方式可透過下拉式選單的方式進行選取，亦可透過 點選判斷條件自定區塊祀來產生輸入視窗(圖中未示）， 以提供使用者自行鍵入判斷條件，例如：透過鍵盤鍵入判 斷條件為「(DR) ON)」’接著再關樣的方式分別透過成 立條件輸入區塊320及未成立條件輸入區塊33〇來輸入成 立條件(例如·「(TMG Start)」)及核立條件⑽如：「(TM〇 心呦」），並產生控制指令群為「正(Di 〇 _E mai1)"' At this time, according to the judgment condition "(DI-1 ON)" and the trigger signal selection f, the establishment condition "(Send Aetive Message)" or the unestablished condition (SendE-mail}" is executed, that is, when When receiving the trigger signal for changing the input squeak 为 to the start (0N), the set condition is executed to generate the processing signal for transmitting the message. Otherwise, the processing signal for transmitting the email is generated. The transmission group m is used according to the control command. The group transmits the processing signal to the corresponding monitoring farmer. For example, when the control command group is "Positive (DI-1 ΟΝ) ΤΗΕΝ (ιχΜ 0N) 乩 (D〇1 〇 FF)", the trigger terminal 120 The processing module 123 generates a processing signal according to the execution result, and transmits the generated processing signal to the corresponding monitoring device 1 through the output bee (D_l 〇mpUt, DO) through the transmission module 124, in actual implementation. The transmission mode and the group m may have a plurality of output ports, and are deleted according to the 璋 mosquito sense of the input, D(M, ..., D〇_n, where _ n is an apostrophe represented by a positive integer. The trigger terminal U0 can further include a message module m for generating according to the processing signal. The message is transmitted to the other device (not shown) through the transmission module 124 for outputting, and the prompt message can be at least one of the email, the short message and the warning message to provide the user 201020706 with a quick understanding. The status of the monitoring device 100, for example, when prompted to send an e-mail, can be displayed through the computer _ thin, and when the message is a message, the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The message riding tree can be used to trigger the output of the speaker or the light-emitting diode according to the material message. As shown in the second figure of the factory, Γ Figure 2 is a record of the programmable remote control method of the present invention, including The following _: input and transmit a control command group at (4) end (10), the control command group is composed of a judgment condition, a set condition and an unestablished condition (step 201); and the trigger terminal 12 is connected to the monitoring device (step 202); The trigger terminal 12 receives and stores the control command group (step) 'trigger h 120 receives the trigger signal transmitted by the monitoring device (step 2〇4), executes the control command group at the trigger terminal 12, and according to the riding condition and the trigger signal Selecting the conditions for the establishment of the conditional condition to generate the processing signal (step 2〇5) 'Trigger> 2) transmitting the processing signal to the corresponding betting device according to the control command group. Through the above steps, the 瘳 can pass through the far The control command group is privately set, and the control instruction group is stored on the trigger end for positive and negative logic judgment and control, so as to improve the sigh convenience of the control instruction group to actively transmit the message. In addition, in step 2 In FIG. 5, after the processing signal is generated, a prompt message is generated according to the processing signal, and is transmitted to the output oscillator through the transmission module 124 for output, and the execution time is calculated in the trigger terminal 120. The following description will be made by way of example with reference to "3rd" to "figure 5". "See Figure 3 for the first time." Figure 3 is a schematic diagram of setting the control command group to which the present invention is applied, including: The instruction window 3〇〇, the judgment 11 201020706 condition input block 310, the judgment condition custom block 311, the establishment condition input block 320, the establishment condition custom block 32, the condition input block 330 is not established, and the condition is not established. The fixed block 33 controls the command group display block 340, the determining element 351, and the canceling element 352. The user can set a control command group having a judgment condition, a set condition, and an unestablished condition through the command window 300 of the control terminal 110. When the user wants to set the access control system, the control terminal 11 can first input the judgment condition through the judgment condition input block 31 in the command window 300, and the input mode can be selected by means of a pull-down menu, or can be transmitted through the point. Select the conditional custom block to generate an input window (not shown) to provide the user to enter the judgment condition, for example, by typing on the keyboard, the judgment condition is "(DR) ON)" and then close the sample. The establishment condition (for example, "(TMG Start)") and the verification condition (10) such as "(TM)" are generated through the establishment of the condition input block 320 and the unconditional input block 33, respectively, and control is generated. The command group is "Positive (Di 〇 _
Start) ELSE (Τ_ Reset)」。_要_岐，控制指令群 件件或未成立條件若無設定’職表執行成立條 二辆個條件必須 至少设定一個。 制於述使用者亦可以上述相同的方式設定多個控 新增另—控制指令群為％ _ Ti_t) 將所^=Tage & stGp TMG)」’ #設_後，可 將所μ的控難令觸祿 —使用者進行•並透過心 12 201020706 由網路130傳送至觸發端’或是透過點選取消元件352取 消控制指令群的設定。特別要說明的是，在傳送控制指令 ' 群的過程中，可將控制指令群編碼成可執行的位元組碼 (Byte Code)，並透過觸發端解碼後執行，由於編碼成位元 組碼及其執行的方3^為胃知技術，故在此*乡作資述。 接下來，與監控裝置100(例如：門禁系統)連結的觸 發端120透過指令模組121接收並儲存由控制端11〇所傳 參 送的控制指令群，並且透過觸發模組122接收監控裝置 1〇〇所傳送的觸發訊號，此時，處理模組123執行指令模 組121所儲存的控制指令群，如：「正（DI_〇 〇N) (ΤΜΟ Start) ELSE (ΤΜΟ Reset)」及「正〇^0丁— THEN (Send Message & StGp TMo)」’並根據觸條件及 觸發訊號選擇執行成立條件或未成立條件以產生處理訊 號，以此例而言，假設輸入埠(DI_〇)連結電動門的狀態訊 说(例如：開啟或關閉）’當電動門的狀態為開啟時，則監 ® 控裝置100傳送開啟的狀態訊號至觸發端12〇，此時，處 理模組123根據判斷條件及觸發模组122所接收的觸發訊 號，得知控制指令群rIF (DI_〇 〇N) THEN (TM〇 s㈣ ELSE (ΤΜ0 Reset) j t r (DI-0 ON) j)^ » 故處賴組123麵執行紅條仲卩「(TM()細)」）， 其中，“ΤΜ0”代表編號為“〇”的計時器，* “start” • 則代表此料_鱗續計數，而未成立條件内的 “Reset”代表重置計時器’例如：將計時器先前所計數 的數值進行歸零後重新計數，另外，亦可使用“st〇p”代 13 201020706 表計時器歸零並且停止計數。 承上所述’當計時器持續計數至逾時後，處理模組 123將得知另一控制指令群「IF (TM〇 TimeQut> then (Send Message & Stop TMO)」的判斷條件成立（「(TM〇 Timeout)」）’因為編號為“〇”的計時器已經持續計數至 逾時(Timeout)，滿足判斷條件的設定，此時，處理模組 123選擇執行成立條件「(Send Message & Stop ΤΜ0)」以 產生關門的處理訊號，其中’ “Send Message”代表傳送 訊息；“&”代表布林(Boolean)運算子為“and”，亦可 直接使用“AND”來表示；“Stop”及“ΤΜ0”已於前面 進行說明，故在此不再作贅述，因此，將透過傳送模組 124傳送關門的訊號，以及預設的訊息(例如：文字為“電 動門關閉”）至相應的監控裝置10〇，並且使編號為“〇” 的計時器停止計數，而所述預設的訊息可透過訊息模組 125根據此關門的訊號產生相應的提示訊息。除此之外， φ 傳送提示訊息的方式可透過網路130傳送至動態網站(例 如：具有CGI、PHP或ASP等網站程式的網站），其詳細 的傳送方式將在稍後作說明。 如「第4圖」所示，「第4圖」為應用本發明對控制 指令群進行進階設定之示意圖。前面提到，傳送提示訊息 可透過網路130傳送至動態網站，而其傳送的方式可根據 ’ 控制指令群中所記錄的網址及網站程式的路徑位置來進 行傳送，舉例來說’當成立條件為「Send CGI command」 #，代表要將提示訊息傳送至動態網站，此時，可透過進 201020706 階指令視窗400進行進階的參數設定，例如：分別透過網 址輸入區塊、路徑輸入區塊、蜂號輸入區塊4〇3 - 綠定，_及_料鱗徑位置(例如：在網址輸入區 塊4〇1輸入網址為“ 192撒u”，以及在路径輸入區塊 402輸入網站程式“ abc cgi，，的路徑位置 ji-bin/abcxgi?㈣6” ’其中“啦術，為目錄名稱； ‘V’為參數名稱“ 16”為參數值)與埠號(例如：璋號為 ❹ “8〇”或“8080’’）’並且顯示於指令顯示區塊4〇4提供 使用者進行確認，在確認之後，使用者可點選確定元件 405健存此設定，或是點選取消元件_料設定，如此 便可將提示訊息傳送至指定的網站，並透過路徑位置所存 在的網站程式進行處理。 *最，，請參閱「第5圖」，「第5圖」為本發明設定視 窗之不意圖。前面提到，控制指令群可為複數個，在實際 實施上’當使用者要設定控制指令群時，可透過設定視窗 ❹ ’中的控制心令群顯示區塊训顯示目前所有的控制指 令群(例如··「IF (DR) ON) THEN (TMO Start) ELSE (ΤΜ0Start) ELSE (Τ_Reset)". _ _ _ 岐, control instruction group or unconditional if not set ‘ the implementation of the establishment of the two conditions must be set at least one. The user can also set multiple controls in the same way as above to add another control command group to % _ Ti_t). After ^=Tage & stGp TMG)"' It is difficult for the user to make a contact with the user and transmit the signal to the trigger terminal through the heart 12 201020706 or cancel the setting of the control command group by clicking the cancel component 352. In particular, in the process of transmitting the control instruction 'group, the control instruction group can be encoded into an executable byte code (Byte Code) and decoded by the trigger end, since it is encoded into a byte code. The party 3^ and its implementation are the technology of the stomach, so it is used in this township. Next, the trigger terminal 120 connected to the monitoring device 100 (for example, the access control system) receives and stores the control command group transmitted by the control terminal 11 through the command module 121, and receives the monitoring device 1 through the trigger module 122. The trigger signal transmitted by the processing module 123 executes the control command group stored in the command module 121, such as: "DI_〇〇N" (ΤΜΟStart) ELSE (ΤΜΟ Reset)" and " N 〇 ^0丁 — THEN (Send Message & StGp TMo)"' and according to the condition of the touch and the trigger signal to choose to perform the establishment condition or the unestablished condition to generate the processing signal, for example, assume the input 埠 (DI_〇 The status message of the electric door is connected (for example, open or closed). When the state of the electric door is on, the monitoring device 100 transmits the open state signal to the trigger terminal 12, at which time the processing module 123 is Judging the condition and the trigger signal received by the trigger module 122, and knowing that the control command group rIF (DI_〇〇N) THEN (TM〇s(4) ELSE (ΤΜ0 Reset) jtr (DI-0 ON) j)^ » Group 123 faces execute the red bar" "(TM() fine)"), In the middle, "ΤΜ0" represents the timer numbered "〇", * "start" • represents the material _ scale continues to count, and the "Reset" in the unestablished condition represents the reset timer 'example: the timer is previously The counted value is zeroed and then re-counted. Alternatively, you can use the "st〇p" generation 13 201020706 table timer to zero and stop counting. According to the above description, when the timer continues to count until the timeout, the processing module 123 will know that the judgment condition of another control command group "IF (TM〇TimeQut> then (Send Message & Stop TMO)" is established (" (TM〇Timeout)") 'Because the timer numbered "〇" has been continuously counted to Timeout, the setting of the judgment condition is satisfied. At this time, the processing module 123 selects the execution establishment condition "(Send Message & Stop ΤΜ0)" to generate the closing signal, where 'Send Message' represents the transmission of the message; "&" means the Boolean operator is "and", or directly "AND" is used; "Stop "" and "ΤΜ0" have been described above, and therefore will not be described again here. Therefore, the signal for closing the door and the preset message (for example, the text is "power door closed") will be transmitted to the corresponding through the transmission module 124. The monitoring device 10〇, and the timer numbered “〇” is stopped, and the preset message can be generated by the message module 125 according to the signal of the door closing. In addition, the φ transmission The way to prompt the message can be transmitted to the dynamic website via the network 130 (for example, a website with a website program such as CGI, PHP or ASP), and the detailed transmission method will be described later. As shown in "Fig. 4", "Fig. 4" is a schematic diagram of the advanced setting of the control command group by applying the present invention. As mentioned above, the transmission prompt message can be transmitted to the dynamic website through the network 130, and the transmission method can be based on the 'control instruction group The recorded URL and the path location of the website program are transmitted. For example, 'When the condition is set to "Send CGI command" #, the prompt message is sent to the dynamic website. At this time, the order can be entered through the 201020706 order window 400. Advanced parameter settings, for example: through the URL input block, path input block, bee number input block 4〇3 - green, _ and _ material scale position (for example: in the URL input block 4〇1 The input URL is "192 Sa", and in the path input block 402, enter the website program "abc cgi,, the path location ji-bin/abcxgi? (4) 6" 'where" is the name of the directory; V' is the parameter name "16" as the parameter value) and the apostrophe (for example, the apostrophe is ❹ "8〇" or "8080'')' and is displayed in the command display block 4〇4 to provide the user for confirmation. After confirmation, the user can click the determination component 405 to save the setting, or click to cancel the component_material setting, so that the prompt message can be transmitted to the designated website and processed through the website program in which the path location exists. *Most, please refer to "5th" and "5th" is the intention of setting the window of the present invention. As mentioned above, the control command group can be plural. In actual implementation, when the user wants to set the control command group, all the control command groups can be displayed through the control heart group display block in the setting window ❹ ' (eg · "IF (DR) ON) THEN (TMO Start) ELSE (ΤΜ0
Reset) j A rIF (TMO Timeout) THEN (Send Message & Stop TMO)」）’並且選擇欲設定的控制指令群，經由點選設定 碰52〇對所選擇的控制指令群進行設定，其設定方式與 前述透過指令視窗3〇〇的設定方式相同，故在此不再作贅 ，另外’亦可透過點選冊!除元件53〇冊條所選擇的控制 指令群，歧剌闕新增元件54()新增另—控制指令 群。特別要說明的是，上述元件皆為方便說明之用本發 15 201020706 明並未限定用以設定的元件之種類及其方式。 综上所述，可知本發明與先前技術之間的差異在於透 過遠端設置_齡群，並且馳制齡龍存於觸_ 以進行正反邏輯判斷及控制以達到主動式回應，藉由此一 技術手段可以有效節省學習控制語言的時間成本，而且使Reset) j A rIF (TMO Timeout) THEN (Send Message & Stop TMO)")' and select the control command group to be set, and set the selected control command group by clicking the setting button 52〇, and setting the mode. It is the same as the setting method of the above-mentioned command window 3〇〇, so it will not be used here. In addition, it can also be used to select the control command group selected by the component 53, and the new component 54() is added. Add another - control instruction group. In particular, the above components are used for convenience of description. The type of the components and the manner of the components are not limited. In summary, it can be seen that the difference between the present invention and the prior art is that the _ age group is set through the remote end, and the aging age is stored in the touch _ to perform positive and negative logic judgment and control to achieve an active response. A technical means can effectively save the time cost of learning to control the language, and
用者可以贱設歧應絲的歧方式，來解決先前技術 所存在的問題，進而達成提高控制指令群 進行主_魏息之觥掀。 雖然本發明赠述之實酬揭露如上，财並非用以 限疋本發明’任何熟習湖技藝者，在不脫離本發明之精 神和範圍内’當可作些許之更動與潤飾，因此本發明之專 利保護範_視本制書_之申請專·贿界定者 為準。 【圖式簡單說明】 第1圖為本發明可程式遠端鋪系統之方塊圖。 第2圖為本發明可程式遠端㈣方法之流程圖。 第3圖為應用本發明設定控制指令群之示意圖。 第4圖為應用本發明對控制指令群進行進階設定之 6意圖。 第5圖為本發縣定視窗之示意圖。 【主要元件符號說明】 1〇〇監控裝置 110控制端 120觸發端 16 201020706 121指令模組 122觸發模組 123處理模組 124傳送模組 125訊息模組 130網路 300指令視窗 310判斷條件輸入區塊 311判斷條件自定區塊 320成立條件輸入區塊 321成立條件自定區塊 330未成立條件輸入區塊 331未成立條件自定區塊 340控制指令群顯示區塊 351確定元件 352取消元件 400進階指令視窗 401網址輸入區塊 402路徑輸入區塊 403埠號輸入區塊 404指令顯不區塊 405確定元件 406取消元件 500設定視窗 17 201020706 510控制指令群顯示區塊 52〇設定元件 • 530刪除元件 540新增元件 步f 2〇1於一控制端輸入並傳送一控制指令群，其 中該控制指令群由一判斷條件、一成立條 件及一未成立條件組成 . 轉202將一觸發端與該些監控裝置連結 步驟203該觸發端接收並儲存該控制指令群 步驟204該觸發端接收該些監控裝置所傳送的至少 一觸發訊號 步驟205於該觸發端執行該控制指令群，並根據該 判斷條件及該些觸發訊號選擇執行該成立 條件或該未成立條件以產生一處理訊號 步驟206該觸發端根據該控制指令群將該處理訊號 φ 傳送至相應的該監控裝置The user can set the method of disambiguation to solve the problems existing in the prior art, and then achieve the improvement of the control instruction group to carry out the main weiwei. The present invention is not limited to the present invention, and is not intended to limit the invention to any skilled practitioner, and may make some modifications and refinements without departing from the spirit and scope of the invention. The patent protection model is based on the application of the book and the definition of the bribe. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a block diagram of a programmable remote webbing system of the present invention. Figure 2 is a flow chart of the programmable remote (four) method of the present invention. Figure 3 is a schematic diagram of setting a control command group using the present invention. Fig. 4 is a view showing the purpose of advanced setting of the control command group by applying the present invention. Figure 5 is a schematic diagram of the window of the county. [Main component symbol description] 1〇〇Monitoring device 110 control terminal 120 trigger terminal 16 201020706 121 command module 122 trigger module 123 processing module 124 transmission module 125 message module 130 network 300 command window 310 determination condition input area Block 311 determines conditional custom block 320 to establish conditional input block 321 establishment condition custom block 330 not established condition input block 331 not established condition custom block 340 control instruction group display block 351 determination component 352 cancel component 400 Advanced command window 401 URL input block 402 path input block 403 输入 input block 404 command display block 405 determination component 406 cancel component 500 setting window 17 201020706 510 control instruction group display block 52 〇 setting component • 530 The deleting component 540 adds a component step f 〇1 to a control terminal to input and transmit a control command group, wherein the control command group is composed of a determining condition, a forming condition and an unestablished condition. The monitoring device connection step 203, the trigger terminal receives and stores the control command group, step 204, the trigger terminal receives the transmission by the monitoring device The at least one triggering signal step 205 executes the control command group at the triggering end, and selects to perform the forming condition or the unestablished condition according to the determining condition and the triggering signals to generate a processing signal. The step 206 is based on the control. The command group transmits the processing signal φ to the corresponding monitoring device