201028811 六、發明說明： 【發明所屬之技術領域】 • 本㈣秋—做㈣歧找，_涉及-概控成型機 顯示控制系統及方法。 【先前技術】 錄成型機工作過程中，操作者常要對數控成型機各作 業階段所耗費之時間綜合分析以調整各作業階段之 參如，當某項作業階段之時間相對於其他作業階段之時間過糾， 則需要驗其時間。然，傳統之數控成型機工作時，盆僅將各前 作業階段之時職訊顯示於人機界面上。如，數控·機開^ 業完成後’人機界面隨即顯示數控成型機開模作業階段所耗費之 時間，不顯讀控成賴_健階段之前之其他作業階段之時 間資訊。得操作者難以從整體上分概控成顯 之時間分配關係。 〃 φ 【發明内容】 寥於以上内容，有必要提供—種數控成型機顯示控制系統及 方法，便於對數控成型機作業階段時間整體分析。 一種數控成型機顯示控制系統，應用於—數控成型機，其包 括y人機界面一控制器、—驅動單^、—計時單元及—時間顯 不模塊，該控制n㈣該驅動單元_該數控成顯卫作以完 複數作業階段，該計時單元於開始每一作業階段時開始計^於 結束每-作業階段時結束計時以紀錄每—健階段之時間資訊， 該時間顯稍塊於該人機界面上顧健時_序依:均干該數 4 201028811 控成型機已完成之各作業階段之時間資訊及動態顯示該數控成型 機之當前作業階段之時間資訊。 一種數控成型機之顯示控制方法包括以下步驟：一控制器控 制該數控成型機進行作業；一計時單元開始計時；一時間顯示模 塊控制一人機界面於該數控成型機之當前作業週期内按照作業時 間順序依次顯示該數控成型機已完成之各作業階段之時間資訊及 動態顯示該數控成型機之當前作業階段之時間資訊。 該數控成型機顯示控制系統及方法透過於當前作業週期之時 間坐標軸内順序顯示該數控成型機各作業階段之時間資訊，便於 操作者從整體上分析數控成型機各作業階段之時間分配關係。 【實施方式】 請參閱圖1 ’本發明數控成型機顯示控制系統應用於一數控 成型機（圖未示）之較佳實施方式包括—人機界面u、一控制器 12、一驅動單元13、一計時單元14、一時間顯示模塊15及-作 _業顯示模塊16。該控繼12中存放-控制程式，該控制程式控 制該驅動單元13驅動錄域型缸作。雜伽式中設有一 參數η該參數n之預设值為〇。該控制程式啟動後，該計時單 元14於開始每-作業階段時開始計時及於結束每一作業階段時 結束計時以紀錄每-作業階段之時間資訊。該時間顯示模塊15 於該人機界面U上建立該數控成型機—個作業週期之時間坐標 轴’該時間坐標軸之橫坐標表科間，概控成韻之各作業階 段按照作料間之級麟依次沿_間坐縣之橫坐標正向 5 201028811 制。該健顯示馳I6於辦間坐標納齡各時間資訊對 • 應之各作業階段之資訊。該數控成型機之一個作業週期定義為其 疋成整套開模合模所需要之時間，如，該數控成型機依次完成 關模'座進、射出、保壓、前鬆、計量、後鬆、開模、頂出:頂 退之時間總和。 凊參閱圖2 ’其為該時間顯示模塊1S及作業顯示模塊Μ控 藝繼人機界面11於錄控趣機之—猶業聊之坐標轴内對 應顯示之各作業階段之資訊及各作業階段之時間資訊。該坐標轴 内還包括各作業階段間之延遲時間及該數控成型機之中子作業 階段資訊及其時間資訊。一般而言，該數控成型機之中子作業階 & ’如中子刖進作I階段及中子後退作業階段’可於該數控成型 機之作業週期内自由設置，即，該數控成型機之中子作業階段可 與任-其他作業階段結合。如，操作者若希望於該數控成型機座 驗進作業·前加人巾子前進健階m要絲徵中子前進 作業階段之時間資訊之方條移動到表徵座進作業階段之時間資 訊之方條前即可。相應地，該人機界面11將中子前進作業階段 之修改資訊傳回至該控制器12，即可對應控制該數控成型機之工 作。另，該數控成型機之作業週期内亦可不包括該數控成型機之 中子作業階段。 若該數控成型機處於當前作業週期内之保壓階段，則該人機 界面11於當前作業週期時間坐標轴内依次順序顯示關模、座進 6 201028811 及射出作業階段所耗時間值，並動態顯示保壓作業階段之時間資 訊，即保塵作業階段之時間資訊隨著該數控成型機之作業階段動 態更改直到麵作業階段完成。每一作業階段所耗時間值用一方 絲表示’方叙碰對胁咖之紐，村用魏形式來表 =時間值，如線段。該數控成賴之每—個作業週期絲後，該 時間顯示觀15㈣該人機界㈣贿作__坐標軸内 順序顯讀個健週_各賴隨之_魏，並且該來數η 自加1。此時，該控制器12判斷該參數η之值是否等於2。若該 參數η之值等於2，則表徵該人機界面u已經顯示了兩個作業週 期即上作業週期及當前作業週期内，各作業階段之時間資 訊。於該數控成型機開始下—作業週期前，該時間顯示模塊b 控制該人機界φ U料除上—作魏_各健階段之時間資 ^以準備顯示下-作業週期之各作業階段之時間資訊，並設置該 之值等於1。域，該人機界面11能同時顯示上-作業週 2内及㈣作業週期（共計兩個作業週期）内各作業階段之時間 s更於操作者崎分析不⑽業週_各作紐段之時間分 配之合理性’有利於提高卫作效率。 —~作業顯不模塊16還控制該人機界面U於該數控成型機之 ^作業階&疋成後對應顯示該已完成之作業階段之作業參數 》圖如於該數控成型機完成開模作業階段後 ，該人機界面 •. 丁該數控成型_模過程巾之速度及壓力等參數隨時間 皮形圖操作者可根據該等作業參數之波形圖觀測該數控 7 201028811 成韻是雜顧社健核紅紅作。獻祕面u於 雜制器12接收到各作業階段之作業參數修改指令後，對應彈 出-用於修改作業參數之對話方塊。如，操作者對上一作業週期 及當前作業週期内各作業階段之時間分佈資料綜合分析後，據此 輸入-修改贿控成型機座進作業階段之作業參數之修改指令 至該控制器u，則該人機界面u彈出—用於修改該數控成型機 麵健·之作業參數讀財塊。於該_方肋可修改該 鬱數控成型機座進作業階段之速度、壓力及時間等作業參數。 其中，該時間顯示模塊15可控制該人機界面1;1健只顯示 該數控成型機於當前作業週期内各作業階段之時間資訊，操作者 透過分析當前作業週期内各作業階段之時間資訊即可對應調整 該數控成型機之各作業.階段之時間分配。 本發明數控成型機顯示控制方法之較佳實施方式，包括以下 •辣 步驟S21 ’啟動該控制器12中之控制程式，該控制程式設定 該參數η之預設值為〇，該時間顯示模塊15控制該人機界面u 建立該數控成型機之整個作業週期各作業階段之時間坐標軸。 步驟S22，該時間顯示模塊15控制該人機界面u於整個作 業週期之時間坐標軸内順序顯示該數控成型機已完成之各作業 階段之時間資訊及動態顯示當前作業階段之時間資訊。 步驟S23’該控制器12判斷該數控成型機於當前作業週期内 8 201028811 之田刖作業階段是否完成；若該數控成型機於當前作業週期内之 ㈣作業階段6完成，則執行步驟S24，反之，返回至步驟s22。 步驟S24 ’該作業顯示模塊I6控制該人機界面11顯示該數 控成型機於當前作業週期内之當前作業階段之作業參數，如速度 及壓力隨時間變化之波形圖。 步驟S25 ’馳· 12辑該紐細機之當前作業週期是 ❹否完成’若絲控成賴之當前作業聊已完成，職錄η自 加1並執行步驟S26，反之，返回至步驟S22。 步驟S26’驗㈣12觸是靴職餘成賴之作業階 段之作業參數之修改指令；若收到該數控成型機之作業參數修改 才曰令，則執行步驟S27 ;反之，則執行步驟S28。 步驟S27，該人機界面11對應彈出一用於修改作業參數之對 話方塊； 步驟S28，該控制器12判斷該人機界面u是否收到中子作 業階段之健參數之更改資訊；若該人機界面U _中子作業 階段之作業參數之更改資訊，則執行步驟S29，反之，則執行步 驟 S210。 步驟S29 ’該人機界面11將中子作業階段之作業參數之更改 資訊傳送至該控制器12，以對應控制該數控成型機之工作。 步驟S210，該控制器12判斷該參數η是否等於2 ;若該參 9 201028811 數n等於2 ’則執行步驟S211，反之，則返回至步驟S22。 步驟S211，該時間顯示模塊15控制該人機界面u清除該數 控成型機之上一作業週期内各作業階段之時間資訊，另，該控制 器12設置該參數n為1。 步驟S212，該控制器12判斷該數控成型機是否已經停止工 作，若該數控成型機已經停止工作，則執行步驟S213，反之，則 返回至步驟S22。 步驟S213，該時間顯示模塊15控制該人機界面u停止顯示 各作業階段之時間資訊。 前述步驟S28及S29，當無需修改中子作業階段之作業參數 時，可省略。 該數控成型機顯示控制系統及方法透過順序顯示該數控成 型機於當前作業及上-作業職料健階段之時間資 訊，以及各已完成作業階段之健參數之波形圖，便於操作者從 整體上分析數控成型機各作業階段之時間分配關係，以對應調整 該數控成型機之工作狀態。 $ 綜上所述’本發日贿合侧翻要件，爰依法提料利申請。 惟’以上所述者僅為本㈣讀佳實财式，舉凡縣本案技藏 之人士 ’於爰依本發_神所作之等效修飾或變化，皆 以下之申請專利範圍内。 ^盍、 【圖式簡單說明】 201028811 圖1係本發明數控成型機顯示控制系統之較佳實施方式之 示意圖。 圖2係本發明數控成型機顯示控制系統之較佳實施方式中 -人機界面於數控越機個週_之顯示内容之示意圖。 圖3係本發明數控成型機顯示控制方法之較佳實施方式之 【主要元件符號說明】 人機界面 11 控制器 12 驅動單元 13 計時單元 14 時間顯示模塊 15 作業顯示模塊 16 流程圖。 Ο ❿ 11201028811 VI. Description of the invention: [Technical field to which the invention belongs] • This (four) autumn-doing (four) ambiguous search, _ related - general control molding machine display control system and method. [Prior Art] During the working process of the recording machine, the operator often needs to comprehensively analyze the time spent on each stage of the CNC forming machine to adjust the parameters of each operation stage, when the time of a certain operation phase is relative to other operation stages. When time is over, you need to check the time. However, when the traditional CNC forming machine is working, the basin only displays the time information of each pre-operational stage on the human-machine interface. For example, after the completion of the CNC machine opening, the man-machine interface immediately displays the time spent in the mold opening operation phase of the CNC molding machine, and does not display the time information of other operation stages before the control phase. It is difficult for the operator to control the overall time distribution relationship as a whole. 〃 φ [Invention] In view of the above, it is necessary to provide a numerical control molding machine display control system and method to facilitate the overall analysis of the operation time of the CNC forming machine. A numerical control molding machine display control system is applied to a numerical control molding machine, which comprises a y human machine interface controller, a driving unit, a timing unit and a time display module, and the control n (four) the driving unit _ the numerical control After the start of each of the operation phases, the timing unit starts counting at the end of each operation phase to record the time information of each of the health stages, and the time is slightly displayed in the human machine. On the interface, Gu Jianshi _ Sequence: The average number of 4 201028811 The time information of each operation stage of the controlled molding machine and the dynamic display of the time information of the current operation phase of the CNC molding machine. A display control method for a numerical control molding machine includes the following steps: a controller controls the numerical control molding machine to perform a job; a timing unit starts timing; a time display module controls a human-machine interface according to a working time in a current working cycle of the numerical control molding machine The sequence information of the various working phases of the CNC forming machine is sequentially displayed in sequence, and the time information of the current working phase of the CNC forming machine is dynamically displayed. The numerical control molding machine display control system and method sequentially display the time information of each working phase of the numerical control molding machine in the coordinate axis of the current working cycle, so that the operator can analyze the time distribution relationship of each working phase of the numerical control molding machine as a whole. [Embodiment] Please refer to FIG. 1 'The preferred embodiment of the numerical control molding machine display control system of the present invention applied to a numerical control molding machine (not shown) includes a human-machine interface u, a controller 12, a driving unit 13, A timing unit 14, a time display module 15, and a display module 16. The control 12 stores a control program that controls the drive unit 13 to drive the recording cylinder. A parameter η is provided in the hybrid gamma, and the preset value of the parameter n is 〇. After the control program is started, the timing unit 14 starts timing at the start of each-operation phase and ends timing at the end of each operation phase to record time information for each-operation phase. The time display module 15 establishes the numerical control molding machine on the man-machine interface U—the time coordinate axis of the operation cycle', and the horizontal coordinate table of the time coordinate axis, and the operation stages of the general control rhyme are in accordance with the level between the materials. The lining is in turn along the yoke of the county, and the forward direction is 5 201028811. The information shows the information of each of the operational phases of the I6 at the time of the inter-office coordinates. The working cycle of the numerical control molding machine is defined as the time required for the whole set of open mold clamping. For example, the numerical control forming machine sequentially completes the closing mold 'seat, injection, pressure holding, front loose, metering, loose, Open the mold, top out: the sum of the time of the top retreat.凊 Refer to Figure 2', which is the time display module 1S and the job display module, the control and succession of the human-machine interface 11 in the recording and control machine - the information of each operation stage corresponding to the display in the coordinate axis of the Journey to Chat and the various operation stages Time information. The coordinate axis also includes the delay time between each operation phase and the sub-operation phase information and time information of the numerical control molding machine. In general, the sub-operational stage & 'such as neutron breakthrough for I stage and neutron retreat operation stage' can be freely set in the operation cycle of the numerical control molding machine, that is, the numerical control molding machine The neutron operation phase can be combined with any other work phase. For example, if the operator wants to perform the inspection work in the CNC forming machine, the time of the neutron advancement phase is moved to the time information indicating the working phase. Just before the square. Correspondingly, the human machine interface 11 transmits the modification information of the neutron forward operation phase to the controller 12, thereby correspondingly controlling the operation of the numerical control molding machine. In addition, the neutron operation phase of the numerical control molding machine may not be included in the operation cycle of the numerical control molding machine. If the numerical control molding machine is in the pressure holding phase in the current working cycle, the human machine interface 11 sequentially displays the time values of the closing mode, the seating 6 201028811 and the shooting operation phase in the current working cycle time coordinate axis, and dynamically The time information of the pressure keeping operation phase is displayed, that is, the time information of the dust-preserving operation phase is dynamically changed with the operation phase of the numerical control molding machine until the surface operation phase is completed. The time value of each operation phase is expressed by one side. 'Fang Xuan touches the threat of the coffee, and the village uses the Wei form to indicate the time value, such as the line segment. After the NC is used for each operation cycle, the time shows that 15 (4) the human-machine boundary (four) bribe __ in the coordinate axis sequentially reads a health week _ each _ _ wei, and the number η self plus 1. At this time, the controller 12 determines whether the value of the parameter η is equal to two. If the value of the parameter η is equal to 2, it indicates that the human machine interface u has displayed the time information of each work phase in the two work cycles, that is, the upper work cycle and the current work cycle. Before the start of the CNC forming machine - before the operation cycle, the time display module b controls the man-machine boundary φ U material in addition to the time of the Wei _ each health stage to prepare for display of the next-operation cycle Time information and set the value equal to 1. In the domain, the human-machine interface 11 can simultaneously display the time s of each operation phase in the upper-working week 2 and (4) the working cycle (total two working cycles), and the operator saki analysis is not (10) business week _ each new section The rationality of time allocation' is conducive to improving the efficiency of the work. The operation display module 16 also controls the man-machine interface U to display the operation parameters of the completed operation phase after the operation step & After the operation phase, the man-machine interface • D. The numerical control molding _ mold process towel speed and pressure parameters with time pictogram operator can observe the CNC according to the waveform of the operating parameters 7 201028811 Cheng Yun is a hybrid health Nuclear red and red. The secret surface u is corresponding to the pop-up dialog box for modifying the operating parameters after the miscellaneous device 12 receives the operating parameter modification command for each operation phase. For example, after comprehensively analyzing the time distribution data of each operation phase in the previous operation cycle and the current operation cycle, the operator inputs and modifies the modification instruction of the operation parameter of the bribe control molding machine into the operation phase to the controller u, Then, the man-machine interface u pops up - used to modify the operating parameters of the CNC forming machine. The ribs can modify the operating parameters such as speed, pressure and time of the CNC forming machine into the working phase. The time display module 15 can control the man-machine interface 1; 1 Jian only displays the time information of the CNC forming machine in each working phase in the current working cycle, and the operator analyzes the time information of each working phase in the current working cycle. The time allocation of each operation and stage of the numerical control molding machine can be adjusted correspondingly. A preferred embodiment of the display control method of the numerical control molding machine of the present invention comprises the following: the spicy step S21 'starting the control program in the controller 12, the control program sets the preset value of the parameter η to 〇, the time display module 15 Controlling the man-machine interface u establishes the time coordinate axis of each operation phase of the entire working cycle of the numerical control molding machine. In step S22, the time display module 15 controls the human-machine interface u to sequentially display the time information of each working phase of the CNC forming machine and dynamically display the time information of the current working phase in the time axis of the entire working cycle. Step S23', the controller 12 determines whether the numerical control molding machine is completed in the field operation stage of the current work cycle 8 201028811; if the numerical control molding machine is completed in the (4) operation phase 6 in the current work cycle, step S24 is performed; Go back to step s22. Step S24' The job display module I6 controls the man-machine interface 11 to display the operating parameters of the digital forming machine in the current working phase of the current working cycle, such as the waveform of the speed and pressure as a function of time. In the step S25, the current operation period of the newer machine is ❹None or not. If the current job chat has been completed, the job record η is incremented by 1 and the process proceeds to step S26. Otherwise, the process returns to step S22. Step S26' (4) 12 touch is a modification instruction of the operation parameters of the operation stage of the shoe Yu Yulai; if the operation parameter modification of the numerical control molding machine is received, step S27 is performed; otherwise, step S28 is performed. Step S27, the human-machine interface 11 correspondingly pops up a dialog box for modifying the job parameters; step S28, the controller 12 determines whether the human-machine interface u receives the change information of the health parameter of the neutron operation phase; If the information of the operation parameter of the machine interface U_neutron operation phase is changed, step S29 is performed; otherwise, step S210 is performed. Step S29' The human machine interface 11 transmits the change information of the operation parameters of the neutron operation phase to the controller 12 to correspondingly control the operation of the numerical control molding machine. In step S210, the controller 12 determines whether the parameter η is equal to 2; if the parameter 9 201028811 is equal to 2 ', then step S211 is performed; otherwise, the process returns to step S22. In step S211, the time display module 15 controls the human machine interface u to clear the time information of each operation phase in a working cycle above the digital control molding machine, and the controller 12 sets the parameter n to 1. In step S212, the controller 12 determines whether the numerically controlled molding machine has stopped working. If the numerical control molding machine has stopped operating, step S213 is performed, otherwise, the process returns to step S22. In step S213, the time display module 15 controls the human machine interface u to stop displaying the time information of each work phase. The foregoing steps S28 and S29 can be omitted when it is not necessary to modify the job parameters of the neutron operation phase. The numerical control molding machine display control system and method sequentially display the time information of the numerical control molding machine in the current operation and the upper-operational material health phase, and the waveform diagram of the health parameters of each completed operation phase, so that the operator can be overall Analyze the time distribution relationship of each working phase of the CNC forming machine to adjust the working state of the CNC forming machine. In summary, the above-mentioned daily bribery and rollover requirements will be applied for in accordance with the law. However, the above is only for the purpose of reading the Jiashi Finance formula. The equivalent modification or change made by the person in the county of the county is in the scope of the following patent application. ^盍, [Simple description of the drawings] 201028811 Fig. 1 is a schematic view showing a preferred embodiment of the display control system of the numerical control molding machine of the present invention. 2 is a schematic view showing a display device of the numerical control molding machine of the present invention in a preferred embodiment of the present invention. 3 is a preferred embodiment of the display control method of the numerical control molding machine of the present invention. [Main component symbol description] Human machine interface 11 Controller 12 Drive unit 13 Timing unit 14 Time display module 15 Job display module 16 Flow chart. Ο ❿ 11