98年6月16日修正替換頁 1313422 九、發明說明： 【發明所屬之技術領域】 本發明係關於-種人機介面（腿）設計系統及 -=，更詳而言之，係關於一種應用於一電子設備中以統— S理該電子設備之人機介面（用戶介面）控制項與控制 數據之人機介面設計系統及其方法。 、 【先前技術】 癱 f知的人機介面（Machine Interface;MMI)係 •由介面控制項與各介面控制項對應的數據組成，亦可稱為 用戶介面或使用者介面’舉例說明一人機介面之顯示晝 面，例如第5圖所示之手機鬧鈐設定晝面3,其中，介面 控制項30如圖所示包括有鬧龄啟動、 聲以及提醒方式等鬧鈴控制項，而與各介面控制項對 應的數據31如圖所示分別為鬧鈴開啟、13點犯分、鬧 鈴鈐聲第二類以及鬧鈐提醒方式設定為每周四及每周五市。 目前，開發人員在進行人機介面軟體設計時，係將介 面控制項與其對應的數據分離開設計，當要獲取整個介面 的用戶數據時，需要分別從每個介面控制項獲取數據，然 後載入至所設計的數據中。然，組成人機介面的介面控制 項數量很大’因此人機介面開發人員設計人機介面之功能 時需增加报多冗餘代碼，從而導致人機介面開發人員所^ 理之工作量及所設計的程式代碼量增加，而影響開發人員 的程式設計效率。 、 為此’如何提出一種人機介面設計系統及方法以避免 19598(修正版） 5 1313422 ——___ _ 98年6⑽日修正替換頁 用於各介面㈣項相讀取數據而使程~~' :貝所處理之工作量及所設計的程式代碼量增加，影響程式 设计效率等缺失，實已成為目前業界亟待解決之問題。 【發明内容】 一鑒於上述習知技術之缺失，本發明之主要目的在於提 供一種人機介面（Man_MachineInterface，mmi)設計系 統及方法，以對人機介面上各控制項數據進行統一讀寫， 龜藉以減少人機介面開發人員所處理之工作量及所設計的 程式代碼量，提高工作效率。 本發明之另一目的在於提供一種人機介面設計系統 及其方法，以對人機介面上各控制項數據進行統一讀寫， 藉此提升人機介面開發人員之設計彈性，提升工作效率。 為達上述所有目的及其他目的，本發明提供一種人機 介面設計系統及其方法。本發明之人機介面設計系統係應 用於一電子設備中，其係包括：資料庫，該資料庫係至少 _包括用以儲存該電子設備之人機介面之各控制項之顯示 格式訊息及數據格式訊息之第一儲存區域，以及用以儲存 與各控制項之數據格式訊息對應之控制項數據之第二儲 存區域；介面生成模組，係用以擷取該第一儲存區域之各 控制項之顯示格式訊息，並解析所擷取的各控制項之顯示 格式訊息以產生一人機介面顯示於該電子設備；偵測模 組’係用以於偵測到該電子設備接收到控制項數據顯示指 令時產生一觸發訊號輸出；以及數據處理模組，係用以於 接收到該偵測模組之觸發訊號時，讀取該第一儲存區域之 6 19598(修正版) 1313422 I——- I 98年6月16日修正替換頁 ,·各控制項之數據格式訊息及該第：儲存區域之各控制項 ，數據’並依據所讀取的各控制項之數據格式訊息將各控制 項數據進行格式轉換處理，以供該介面生成模組依據該數 --據處理模組轉換後之各控制項數據分別顯示於與其對應 之人機介面的控制項之控制項數據攔位。 一 於本發明中’該偵測模組復用以於偵測到該電子設備 接收到控制項數據保存指令時產生一觸發訊號，以令該數 •據處理模組依據該電子設備所接收到的人機介面的各控 攀制項之數據，並依據該資料庫第—館存區域之各控制項之 數據格式訊息將所讀取的數據儲存至該資料庫之第二儲 存區域。 上述該控制項之顯示格式訊息係包括空間座標、風 格、屬性等顯示用訊息。該控制項之數據格式訊息係包括 控制項數據之類型、長度等訊息。 透過本發明之人機介面設計系統執行本發明之人機 _”設計方法係包括以下步驟：建立一資料庫，該資料庫 係至少包括肖以儲存該電子設備《人機介面各控制項之 顯示格式訊息及數據格式訊息之第一儲存區域，以及用以 儲存與各控制項之數據格式訊息對應之各控制項數據之 第二儲存區域；擷取該第一儲存區域之各控制項之顯示格 式訊息，並解析所榻取的各控制項之顯示格式訊息以產生 一人機介面並將其顯示於該電子設備上；以及於偵測到該 電子設備接收到控制項數據顯示指令時產生一觸發訊 號’以讀取該第-儲存區域之各控制項之數據格式訊息及 19598(修正版) 7 1313422 -— 98年6月16日修正替換頁 、該第二儲存區域之各控制項數據，並依據所讀取的各控制 ；項之數據格式訊息將各控制項數據進行格式轉換處理，且 依據轉換後之各控制項數據分別顯示於與其對應之人機 介面之控制項的控制項數據攔位。 本發明之方法復包括於偵測到該電子設備接收到控 制項數據保存指令時’依據該電子設備所接收到的人機介 面的各控制項之數據’並依據該資料庫第一儲存區域之各 龜控制項之數據格式訊息將所讀取的數據儲存至該資料庫 之弟一儲存區域。 、、相較於習知技術，本發明之人機介面設計系統及方 、' 要係透過偵測模組偵測該電子設備是否接收到控制 項數據顯示或保存指令，且於偵測到接收到該控制項數據 顯不或保存指令時產生觸發訊號，以觸發數據處理模組依 據資料庫所儲存的人機介面之各控制項之數據格式於該 f料庫進行控制項數據之統一讀取作業，俾可降低研發人 _貝所處理之工作量及所設計的程式代碼量，以及可提升程 式編撰效率。此外’研發人員復可透過修改資料庫中各控 制項顯不格式訊息、數據格式訊息，即可達到調整人機介 面之目的’俾可增加設計人員之設計彈性，提升工作效率。 【實施方式】 、以下藉由特定的具體實施例說明本發明之實施方 ::熟悉此技藝之人士可由本說明書所揭示之内容：易地 == 之其他優點及功效。本發明亦可藉由其他不同 勺八體實％例加以施行或應用，本說明書中的各項細節亦 19598(修正版) 8 1313422 ’可基於不同的觀點與應用，在不_本之^^ 各種修飾與變更。 心顶开卜進订 之美二？所示，係為本發明之人機介面設計系統1 一;21?:意圖。？，機介面設計系統1係應用於 介面二呀季：Η及顯不早70 21之電子設備2中。該人機 侧模組12及數據處理漁Τ 面生成模組U、 入而#組13 ’町即對本發明之人機 ;丨面汉计糸統1進行詳細説明。 人Μ係至少包括用以儲存該電子設備2之人機 ==制項之顯示格式訊息及數據格式訊息之第-.二以及用以儲存與各控制項之數據格式訊息 制項數據之第二儲存區域⑽。於本實施例中， 資格式訊息及數據格式訊息係以一數據 l〇a L笛9儲存於該資料庫10之第一儲存區域 •干气自姻圖所示，該數據資源描述表103係包括-顯 攔：=位广及數據訊息欄位1〇2。其中，該顯示訊息 纟用以儲存構成人機介面之各控制項之顯示格 數據:自!1如為控制項類型、座標、風格等訊息），而該 之數位1〇2係用以儲存構成人機介面之各控制項 入式訊息（例如為數據類型、長度等訊息）。 各控t生成模組^係用以祿取該第一儲存區域⑽之 示：之顯不格式訊息，並解析所擷取的各控制項之顯 顯Γ1訊息以產生一人機介面並顯示於該電子設備2之 *、、兵不早元21。 19598(修正版） 9 1313422 偵測模組12 2之輸入單元20 一觸發訊號輸出。 98年6月16日修正替換頁 係用以偵測使用者是否透過該電子設備 輪入控制項數據顯示指令，若有則產生 的緬ΐ據處理模組13係用以於接收到該偵測模組12輸出 ^觸發訊號時，讀取該第—儲存區域IGa之各控制項之數 格式訊息及該第二儲存區域1〇b之各控制項數據，並依 —所項取的各控制項之數據格式訊息將各控制項數據進 鲁仃格式轉換處理，以供該介面生成模組依據該數據處理模 組轉換後之各控制項數據分別顯示於與其對應之人機介 面之控制項的控制項數據欄位。即該數據處理模組U將 該第二儲存區域10b之各控制項數據以第2圖所示之資源 描述表103之數據訊息欄位1〇2中定義的數據類型、長度 進行解析，且將解析後之控制項數據轉換成該人機介面各 控制項所需之數據類型，並顯示於該人機介面之各控制項 端（即與控制項對應的控制項數據欄位 鲁 於本發明中’上述偵測模組12復用以偵測使用者是 否有透過該電子設備2之輸入單元20輸入控制項數據保 存指令’若有則產生一觸發訊號’以令數據處理模組U 依據該電子設備2所接收到的人機介面的各控制項之數 據’並依據該資料庫10第一儲存區域l〇a之各控制項之 數據格式訊息將所讀取的數據儲存至該資料庫10之第二 儲存區域l〇b。即該數據處瑝模組13將使用者所設置而 輸入於該電子設備的人機介面的各控制項之數據以第2 圖所示之資源描述表103數據訊息攔位102中定義的數據 10 19598(修正版） 1313422 厂-- 98年6月16日修正替換頁 '類型、長度存放於該第二儲存區域10b中。L~ -- 透過本發明之人機介面設計系統1執行本發明之人 機’丨面叹计方法之流程係如第3圖所示，該方法係包括以 -下實施步驟：於步驟S30 t，建立資料庫1〇，該資料庫 10係至少包括用以儲存該電子設備之人機介面之各控制 項之顯示格式訊息及數據格式訊息之第一儲存區域 .H以及用以儲存與各控制項之數據格式訊息對應之控 修制項數據之第二儲存區域1〇b。接著，進至步驟S31。 口於步驟S31巾，藉由介面生成模組u擷取該第一儲 存=域10a之各控制項之顯示格式訊息（即控制項類型、 :風格、屬性等訊息），並解析所擷取的各控制項之 顯不格式訊息以產生一人機介面並顯示於該電子設備2 之顯不單元21。接著，進至步驟S32。Modified on June 16, 1998, Replacement Page 1313422 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to a man-machine interface (leg) design system and -=, more specifically, to an application The human-machine interface design system and method for controlling the data and the human-machine interface (user interface) of the electronic device in an electronic device. [Prior Art] The Human Interface (MMI) system is composed of data corresponding to each interface control item, and may also be referred to as a user interface or a user interface to exemplify a human machine interface. The display surface, for example, the mobile phone alarm setting page 3 shown in FIG. 5, wherein the interface control item 30 includes an alarm control item such as an alarm start, an alarm, and a reminder mode as shown in the figure, and each interface The data corresponding to the control item 31 is as shown in the figure: alarm opening, 13 o'clock, alarm second, and noisy reminding mode set to every Thursday and every Friday. At present, when developers are designing human-machine interface software, they separate the interface control items from their corresponding data. When acquiring user data of the entire interface, it is necessary to obtain data from each interface control item separately, and then load. In the data designed. However, the number of interface controls that make up the human-machine interface is large. Therefore, the human-machine interface developer needs to increase the number of redundant codes when designing the human-machine interface function, which leads to the workload and the management of the human-machine interface developers. The amount of code designed increases, which affects the programmer's programming efficiency. For this reason, 'how to propose a human-machine interface design system and method to avoid 19598 (revision) 5 1313422 ____ _ 98 years 6 (10) day correction replacement page for each interface (four) item phase reading data to make the process ~~' The increase in the workload and the amount of code designed, which affects the efficiency of programming, has become an urgent problem in the industry. SUMMARY OF THE INVENTION In view of the above-mentioned shortcomings of the prior art, the main object of the present invention is to provide a human-machine interface (Man_Machine Interface, mmi) design system and method for uniformly reading and writing data of various control items on a human-machine interface, In order to reduce the workload of the human-machine interface developers and the amount of code designed, improve work efficiency. Another object of the present invention is to provide a human-machine interface design system and a method thereof for uniformly reading and writing data of various control items on a human-machine interface, thereby improving the design flexibility of the human-machine interface developer and improving work efficiency. To achieve all of the above and other objects, the present invention provides a human interface design system and method therefor. The human-machine interface design system of the present invention is applied to an electronic device, which includes: a database, at least _including display format information and data for storing control items of the human-machine interface of the electronic device a first storage area of the format message, and a second storage area for storing control item data corresponding to the data format message of each control item; the interface generation module is configured to retrieve each control item of the first storage area Displaying the format message and parsing the display format information of each control item to generate a human-machine interface for display on the electronic device; the detection module is configured to detect that the electronic device receives the control item data display The command output generates a trigger signal output; and the data processing module is configured to read the first storage area when the trigger signal of the detection module is received. 6 19598 (Revised Edition) 1313422 I——- I On June 16, 1998, the replacement page was modified, the data format message of each control item and the control items of the first: storage area, the data 'and according to the data format of each control item read. Formatting and converting each control item data for the interface generation module to display the control item data of the control item corresponding to the corresponding human machine interface according to the number--the data of each control item converted by the processing module Block. In the present invention, the detection module is multiplexed to generate a trigger signal when the electronic device receives the control item data save command, so that the data processing module receives the data according to the electronic device. The data of the man-machine interface of the man-machine interface, and the data read by the data format message of each control item in the database-store area is stored in the second storage area of the database. The display format message of the above control item includes a display message such as a space coordinate, a style, an attribute, and the like. The data format message of the control item includes information such as the type and length of the control item data. The human-machine design method of the present invention is implemented by the human-machine interface design system of the present invention. The design method includes the following steps: establishing a database, the database includes at least a storage for storing the display of each control item of the electronic device. a first storage area of the format message and the data format message, and a second storage area for storing each control item data corresponding to the data format message of each control item; capturing the display format of each control item of the first storage area a message, and parsing a display format message of each control item to generate a human machine interface and displaying the same on the electronic device; and generating a trigger signal when detecting that the electronic device receives the control item data display instruction 'To read the data format message of each control item of the first storage area and 19598 (revised version) 7 1313422 - the revised replacement page of the second storage area on June 16, 1998, and based on The data format information of each control item read is formatted and processed by each control item data, and is separately displayed according to the converted control item data. The control item data block of the control item corresponding to the corresponding human machine interface. The method of the present invention is further included when detecting that the electronic device receives the control item data saving instruction, 'according to the human machine received by the electronic device The data of each control item of the interface is stored in the data storage area of the database according to the data format information of each turtle control item in the first storage area of the database, to the storage area of the database. The technology, the human-machine interface design system and the method of the present invention are configured to detect whether the electronic device receives the control item data display or save instruction through the detection module, and detects that the control item data is received. Or when the instruction is saved, a trigger signal is generated to trigger the data processing module to perform a unified reading operation of the control item data in the data library according to the data format of each control item stored in the database, thereby reducing the developer. The amount of work handled by _Bei and the amount of code designed, and the efficiency of programming can be improved. In addition, 'R&D personnel can modify the various controls in the database. The unformatted message and the data format message can achieve the purpose of adjusting the human interface. The design flexibility of the designer can be increased, and the work efficiency can be improved. [Embodiment] Hereinafter, the embodiment of the present invention will be described by a specific specific embodiment. :: Those skilled in the art may disclose other advantages and effects of the content disclosed in this specification: the present invention may also be applied or applied by other different methods. The details are also 19598 (revised edition) 8 1313422 'can be based on different viewpoints and applications, in the various ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ Design system 1; 21?: Intent. Machine interface design system 1 is used in the interface 2: Η and the electronic device 2 which is not early 70 21 . The human-machine side module 12 and data processing fishery The face generation module U, the entry and the # group 13 'the town will be described in detail for the human machine of the present invention; The Μ Μ 至少 至少 = = = = = = = = = = = = = = = = = = = = = = = 储存 储存 储存 储存 储存 储存 储存 该 该 该 该 该 该 该 该 该 该 该 该Storage area (10). In this embodiment, the qualification information and the data format message are stored in the first storage area of the database 10 by a data l〇a L flute 9 . The data resource description table 103 is shown in the figure. Including - display: = wide and data message field 1〇2. The display message is used to store display grid data of each control item constituting the human-machine interface: from !1 as control item type, coordinate, style, etc., and the digit 1〇2 is used to store the composition. The control information of the man-machine interface (for example, data type, length, etc.). Each control t generation module is configured to capture the display information of the first storage area (10): and parse the displayed display information of each control item to generate a human machine interface and display the same * of the electronic device 2, the soldier is not early 21 . 19598 (Revised) 9 1313422 The input unit 20 of the detection module 12 2 is a trigger signal output. The revised replacement page is used to detect whether the user has entered the control item data display command through the electronic device on June 16, 1998. If so, the generated data processing module 13 is used to receive the detection. When the module 12 outputs the trigger signal, the number format information of each control item of the first storage area IGa and the control item data of the second storage area 1b are read, and each control item is selected according to the item The data format message converts each control item data into a reckless format conversion process, so that the interface generation module displays the control items of the corresponding human-machine interface according to the control item data converted by the data processing module respectively. Item data field. That is, the data processing module U parses the control item data of the second storage area 10b by the data type and length defined in the data message field 1〇2 of the resource description table 103 shown in FIG. 2, and The data type required for the parsed control item data to be converted into the control items of the human machine interface, and displayed on each control item end of the human machine interface (ie, the control item data field corresponding to the control item is in the present invention) The detection module 12 is multiplexed to detect whether the user inputs a control item data saving command through the input unit 20 of the electronic device 2, if present, a trigger signal is generated to cause the data processing module U to The data of each control item of the human machine interface received by the device 2 is stored in the data bank 10 according to the data format message of each control item of the first storage area l〇a of the database 10. The second storage area l〇b, that is, the data processing module 13 sets the data of each control item set by the user and input to the human machine interface of the electronic device to the resource description table 103 data message shown in FIG. Block 102 Data 10 19598 (Revised Edition) 1313422 Factory -- June 16th, 1998 revised replacement page 'type, length stored in the second storage area 10b. L~ -- through the human-machine interface design system 1 of the present invention The flow of the human-machine's face-to-face method of performing the present invention is as shown in FIG. 3, and the method includes the following steps: in step S30t, a database 1 is established, the database 10 includes at least a first storage area for storing display format information and data format information of each control item of the human interface of the electronic device, and a data for storing control data corresponding to the data format information of each control item The storage area is 1b. Then, the process proceeds to step S31. In step S31, the display format message of each control item of the first storage=domain 10a is captured by the interface generation module u (ie, the control item type, : a message such as a style, an attribute, etc., and parsing the formatted message of each of the retrieved control items to generate a human interface and display it on the display unit 21 of the electronic device 2. Then, the process proceeds to step S32.
於步驟S32中，藉由债測模組1〇侦測使用者是否有 人過子設備2之輸入單元2。輸入控制項數據顯示指 :右是，則產生一觸發訊號並進至步驟S33，若否， 複執行步驟S32。 ^步驟S33中，藉由數據處理模組13讀取資料庫ι〇 類型2存區们Ga之各控制項之數據格式訊息（即數據 長度訊息）。接著，進至步驟S34。 數據似中，數據處理模組13依據所讀取控制項 /1|、自該第二儲存區域1Qb讀取與其對應之各 控制項數據。接著，進至步驟S35。 於步驟S35中，數據處理模組13將所讀取的各控制 19598(修正版) 11 98年6月16日修正替換頁 1313422 據進行格式轉換處理，以形成該人機介面之^^ :·⑥類i之控制項數據’並顯示於該人機介面之各控制 J§ 〇 ^ 此外’如第4圖所示’本發明之人機介面設計方法 包括以下實施步驟··於步 朴丄上、 測使用者是否透過該電子設H 組12偵 數據保存指令，若是= 制項In step S32, the debt testing module 1 detects whether the user has passed the input unit 2 of the child device 2. The input control item data display means: right, a trigger signal is generated and proceeds to step S33, and if not, step S32 is executed again. In step S33, the data processing module 13 reads the data format information (i.e., the data length message) of each control item of the type 2 storage area Ga. Next, the process proceeds to step S34. In the data, the data processing module 13 reads the control data corresponding thereto from the second storage area 1Qb according to the read control item /1|. Next, the process proceeds to step S35. In step S35, the data processing module 13 performs a format conversion process on each of the read control 19598 (corrected version) 11 June 16th revision replacement page 1313422 to form the human-machine interface ^^: The control data of class 6 i is displayed in the control of the human-machine interface J § 〇 ^ In addition, as shown in Fig. 4, the human-machine interface design method of the present invention includes the following implementation steps. And measure whether the user sets the data storage instruction through the electronic set H group 12, if it is = system
Qy(1 — 則產生一觸發訊號並進至步驟 41，右否，則重複執行該步驟S40。 於步驟S4i中’藉由數據處理模組13讀取使用 所設置的該人機介面之各控制項之數據。 接者，進至步驟S42 〇 l〇a中於所步中，數據處理模組13以該第一儲存區域 度）將所靖&、㈣項之數據格式（數據類型及數據長 :。:上述人機介面設計方法中的步 二一!ί!變更設計人機介面所顯示晝面，而不須依據 曰〃面功能（亦即新增控制項）而編撰 法，主要㈣，本㈣之人機介面料純及方 入控制項數 ^!組偵測使用者是否透過電子設傷輸 示:佯存户人=或保存指令，且於偵測到控制項數據顯 丁1保存扣令時產生觸發訊號，以 資料庫所儲存的人機介面之各控制項之 料庫進行控制項數據之統-讀取作業，=:=: 所處理之工作量及张ρ耒伴了降低研發人貝 "又什的程式代碼量，以及可提升程式 19598(修正版) 12 1313422 設計效率。此外， [^6月〗6日修正替換頁 項顯示袼& I f復可透過修改資料庫 之目的，俾可增加_人〜即可達到調整人機介面 【圖式簡單㈣】十人狀設計彈性，提h作效率。 架構ί塊1示圖/圖示係為本發明之人機介面設計系統之基本 源描ΐ表2/構所示係為本發明之人機介面設計系統中的資 •本流麵林發日狀人齡面設計方法之基 第_4圖所示者係為本發明之人機介面設計方法之基 本流程示意圖；以及 土 第5圖所示者係為人機介面顯示晝面之一舉例說明。 I主要元件鉻躲劲ra Ί 1 人機介面設計系統 10 資料庫 1 〇a 第一儲存區域 l〇b 第二儲存區域 1〇0 顯示訊息攔位 1〇2 數據訊息欄位 103 數據貝源描述表 11 介面生成模組 12 偵測模組 13 數據處理模組 19598(修正版) 13 1313422 98年6月16日修正替換頁 20 輸入單元 21 顯示單元 3 人機介面之顯示晝面 30 介面控制項 31 介面控制項數據 S30〜S35、S40〜S42 步驟 14 19598(修正版)Qy (1) generates a trigger signal and proceeds to step 41, and if not, repeats step S40. In step S4i, 'the data processing module 13 reads the respective control items of the human-machine interface that are set. The data is forwarded to the step S42 〇l〇a in the step, the data processing module 13 uses the first storage area to read the data format of the Jing & (4) item (data type and data length) ::: Step 2 in the above-mentioned human-machine interface design method! ί! Change the design of the human-machine interface to display the picture, without having to compile the method according to the function of the face (that is, adding a new control item), mainly (4), This (4) of the human machine fabric pure and square control items ^! Group to detect whether the user through the electronic injury display: save the household = or save the order, and the control data is detected 1 save button The trigger signal is generated in time, and the control item data is read and read by the data warehouse of each control item stored in the database. =:=: The workload and the amount of processing are reduced. People's shell " and the amount of program code, and can improve the program 19598 (corrected 12 1313422 Design efficiency. In addition, [^June] 6th revised replacement page item display 袼& I f can be modified by the purpose of modifying the database, 俾 can increase _ people ~ can reach the adjustment man-machine interface [pattern Simple (4)] Ten-person design flexibility, improve efficiency. Architecture 1 diagram / diagram is the basic source of the human-machine interface design system of the present invention Table 2 / structure is the person of the present invention In the machine interface design system, the basic method of the design method of the human-machine interface of the invention is the basic flow chart of the human-machine interface design method of the present invention; An example of a human-machine interface display. I main component chrome dodge ra Ί 1 human-machine interface design system 10 database 1 〇a first storage area l〇b second storage area 1〇0 display message Block 1〇2 Data Message Field 103 Data Source Description Table 11 Interface Generation Module 12 Detection Module 13 Data Processing Module 19598 (Revised Edition) 13 1313422 Modified on June 16, 1998 Replacement Page 20 Input Unit 21 Display unit 3 display screen of human machine interface 30 31 controls the interface control plane data item S30~S35, S40~S42 step 1,419,598 (amended)