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TW200930496A - Method of setting display for compensation control system of tool of machine tool - Google Patents

Method of setting display for compensation control system of tool of machine tool Download PDF

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Publication number
TW200930496A
TW200930496A TW97100240A TW97100240A TW200930496A TW 200930496 A TW200930496 A TW 200930496A TW 97100240 A TW97100240 A TW 97100240A TW 97100240 A TW97100240 A TW 97100240A TW 200930496 A TW200930496 A TW 200930496A
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Taiwan
Prior art keywords
correction
tool
setting
parameter
column
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TW97100240A
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Chinese (zh)
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TWI322741B (en
Inventor
jia-xing Chen
Zheng-Qian Yu
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Victor Taichung Machinery Works Co Ltd
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Priority to TW97100240A priority Critical patent/TW200930496A/en
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Publication of TWI322741B publication Critical patent/TWI322741B/zh

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Abstract

The present invention relates to a method of setting display for compensation control system of tool of machine tool, which enables a control interface of multi-axial compound machine tool to selectively displaying a processing compensation picture for turning and milling main shaft of an upper system and a compensation selection setting picture for processing tool of left/right main shaft of horizontal rotary turret of a lower system. The processing compensation picture for turning and milling main shaft of the upper system includes: an upper system compensation integration display frame, a compensation value setting synchronous display frame, and an upper system auxiliary description frame, wherein the compensation integration display frame displays the parameter columns of various tools. When the parameter column of a tool is selected, the compensation value setting synchronous display frame and the upper system auxiliary description frame synchronously display further setting contents and description diagram.

Description

200930496 九、發明說明: 【發明所屬之技術領域】 本發明係一種刀具補正系統的設定顯示方法,尤其是 關於一種友善、便於使用者操作且用於控制該控制複合機 之刀具補正控制系統的設定顯示方法。 L无荊技術】 ❹ ❹ 車銑複合加工機(以下簡稱複合機)為將車床和銑床 的加工功能予以整合於同一機台上而形成,其憑藉著高加 工精密度、高效率…等優勢吸引產官學界的青睞,逐漸成 為工件加工裝置的趨勢。目前的複合機之控制方面,主要 採以電腦輔助控制的方式,形成一人機控制介面予操作 2使該㈣者可Μ過人餘财面㈣行各種控制指 7兩入、加工刀具補正參數輸入、刀具選擇. 然而,前述的人機押制入而乍 駄制”面的顯示方式非常不友善。舉例 5 ’睛參考第八圖以及第六 ^ x ^ m ,, 弟九圖,其刀別為目前既有之複 :機的-上系統車銑主軸加工補正設定晝 刀塔加工補正設定畫面,其具有如y缺點: 下糸、.先 1 ·控制晝面中,為你;士、 教導機能h缺乏說明及使用教示作用的 必須熟記輸人設定㈣方^ ^形顯示說明’讓使用者 中,選擇適當的參數輸入:可以“在多種輸入設定内容 合機的操作使用更加图難。U確控制刀具動作’使複 2·目前的控制晝面,必須於不同的顯示頁面之間切 4 200930496 ^ 才彳于以兀整的輪入控制該複合機工作的參數設 疋’由於畫面間的接換過程相當繁複,會讓不太熟稔的使 用者於晝面切換間迷失步驟,導致使用複雜。 3·控制晝面同時只能顯示單主軸的加工補正設定輸入 攔位(如第九圖)’當欲個別輸入左主軸/右主軸等加工參 數設定時’常容易讓使用者混淆,造成輪入錯誤。 【發明内容】 Φ200930496 IX. Description of the Invention: [Technical Field] The present invention relates to a setting display method of a tool correction system, and more particularly to a setting of a tool correction control system that is friendly, user-friendly, and used to control the control compound machine Display method. L Wujing Technology】 ❹ 车 The turning and milling machine (hereinafter referred to as the compound machine) is formed by integrating the machining functions of the lathe and the milling machine on the same machine. It attracts the advantages of high machining precision and high efficiency. The favor of the industry and academia has gradually become the trend of workpiece processing equipment. At present, the control of the composite machine mainly adopts the computer-aided control mode to form a human-machine control interface to operate 2 so that the (four) can pass the human surplus face (four) line various control fingers 7 two-in, machining tool correction parameter input Tool selection. However, the above-mentioned display method of man-machine shackles is very unfriendly. For example, 5' eye refers to the eighth figure and the sixth ^ x ^ m, For the current complex: machine-upper system turning and milling spindle machining correction setting boring tower processing correction setting screen, which has the disadvantages of y: 糸, first 1 · control 昼 in the face, for you; Function h lack of explanation and use of teaching role must be memorized input settings (four) square ^ ^ display description 'Let the user, select the appropriate parameter input: can be used in a variety of input settings to close the operation of the machine is more difficult to use. U does control the tool action' so that the current control surface must be cut between different display pages. 200930496 ^ The parameter setting for the operation of the compound machine with the rounding control is set to 'between the screens. The exchange process is quite complicated, which will make the users who are not familiar with the lost steps in the face switch, resulting in complicated use. 3. The control surface can only display the machining correction of the single spindle. Set the input block (such as the ninth figure). 'When you want to input the machining parameters such as the left spindle/right spindle, it is often easy for the user to confuse, causing the wheel to enter. error. SUMMARY OF THE INVENTION Φ

為了解決前述複合機之控制介面顯示設計不良,導致 輸入設定過程複雜、使用不便、$易混淆錯誤…等問題, 徒增操作人員的困擾問肖。若該控制介面之顯示方法能採 用人^化的顯示方法,錢作人貞得以透過本發明之顯示 了 Γ、、:地元成刀具補正控制系統的設定,則可對於 目前的複合機之控制達到更佳的效能。 為了克服上述技術問題及達成上述目的,本發明提供 一工具機刀具補正控制系統的設定顯示方法,其於一多軸 複合工具機之-控制介面顯示-主畫面,該主晝面包含一 t下系統選單β ’該上下系統選單列包含上—系統補正選 單以及一下系統補正選單,該系統補正選單以及該下系統 補正選單分別接受選定而於該控制介面顯示一上系統車銑 主軸加工補正畫面以及一下系統水平旋轉刀塔左/右主軸加 工刀具補正選擇設定晝面,其中: °亥上糸統車銳主車由加工補正畫面,包含: 一上系統主功能列包含複數個控制選項; 5 200930496In order to solve the poor design of the control interface display of the above-mentioned multi-functional machine, the input setting process is complicated, the use is inconvenient, and the confusing error is caused, and the operator is troubled. If the display method of the control interface can adopt the display method of the humanized, the money can be controlled by the present invention to display the control system of the tool, and the control of the current composite machine can be achieved. Better performance. In order to overcome the above technical problems and achieve the above object, the present invention provides a setting display method for a tool tool correction control system, which is displayed on a multi-axis compound machine-control interface-main screen, the main surface includes a t The system menu β 'the upper and lower system menu column includes the upper-system correction menu and the next system correction menu. The system correction menu and the lower system correction menu respectively accept the selection and display a system milling and milling spindle machining correction screen on the control interface and Next, the system horizontal rotation turret left/right spindle machining tool correction selection setting surface, wherein: ° Haishang 车 车 car main car from the machining correction screen, contains: One system main function column contains a plurality of control options; 5 200930496

上系統補正整合顯示框 顯示複數種 刀具參數 於其中之一刀具參數 之複數種刀具補正參 補正值設定同步顯示框, 欄被選定後,顯示該刀具參數攔對應 數設定值;以及 一上系統輔助說明框,於复 〒之一刀具來數攔姑 選定後,顯示該刀具參數攔内對應〃 y ^ 刀具圖不及說明; 遠下糸統水平旋轉刀塔左/右主 ^ ^ ^甘+a 神加工刀具補正選擇設 定畫面,其包含: 一選擇控制列,其包含一進 <八左主軸加工補正畫 面選項以及一進入右主軸加工補正畫面選項; 一 -左主軸加工補正輸入顯示欄,顯示—左主軸刀 具加工補正參數内容;以及 一右主軸加工補正輸入顯示襴,顯示一右主軸刀 具加工補正參數内容; 其中,该進入左主軸加工補正畫面選項被選定 ©後,則於該控制介面顯示-左主軸加卫補正設定晝面;而 該進入右主軸加工補正畫面選項被選定後,則於該控制介 面顯示一右主軸加工補正設定晝面。 其中’邊左主轴加工補正設定晝面包含: 一補正數值表’其包含複數個補正設定欄,每一補正 設定襴定義該多軸複合工具機之一左主軸加工刀具之補正 參數;以及 一補正圖形說明框’係於其中之一補正設定攔被選定 6 200930496 之後’於該控制介面顯示與被選定之該補正設定欄對應的 左主軸加工刀具之操作圖示及說明訊息。 其中’忒右主軸加工補正設定晝面包含: 一補正數值表,其包含複數個補正設定欄,每一補正 设定欄定義該多軸複合工具機之一右主軸加工刀具之補正 參數;以及The upper system correction integrated display box displays a plurality of tool parameters in one of the tool parameters, and the plurality of tool corrections complement the positive value setting synchronous display frame. After the column is selected, the tool parameter block corresponding number setting value is displayed; and an upper system assists Description box, after the selection of one of the tools in the 〒 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The machining tool correction selection setting screen includes: a selection control column, which includes an enter/eight; left spindle machining correction screen option and an enter right spindle machining correction screen option; a - left spindle machining correction input display column, display - The left spindle tool processing correction parameter content; and a right spindle machining correction input display 襕, displaying a right spindle tool machining correction parameter content; wherein, after entering the left spindle machining correction screen option is selected ©, the control interface is displayed - The left spindle is added to the correction setting face; and the option to enter the right spindle machining correction screen is selected, then The control interface displays a right spindle machining correction setting face. The 'left-side spindle machining correction setting surface includes: a correction value table' which includes a plurality of correction setting columns, each correction setting 襕 defines a correction parameter of the left spindle machining tool of the multi-axis compound machine tool; and a correction The graphic description box is attached to one of the correction settings. After the 200930496, the operation icon and explanation message of the left spindle machining tool corresponding to the selected correction setting column are displayed on the control interface. The 'right-hand spindle machining correction setting surface includes: a correction value table including a plurality of correction setting columns, each correction setting column defining a correction parameter of the right spindle machining tool of the multi-axis compound machine tool;

—補正圖形說明框,係於其中之一補正設定欄被選定 之後’於該控制介面顯示與被選定之該補正設定欄對應的 右主轴加工刀具之操作圖示及說明訊息。 其中’该補正值設定同步顯示框内之其中之一刀具補 正參數设定值被選定及進行數值改變時,該上系統輔助說 明框則對應顯示該刀具補正參數設定值的圖示及說明。 因此’本發明提供之多軸複合工具機的顯示方法,其 讓原本複雜的刀具補正參數輸入設定資料,同時顯示於同 —^同辱員 •、…、旦面内,並且,設定刀具補正參數時,也可於同 一顯示書ϋήϊΡΙ it» —印丨。〗步顯示刀具說明圖示,讓使用者可以更為瞭 解設定内宏# β ' 改善使用不便以及容易混淆等問題。 L貝死方式】 三圖請ί考第一八圖、第-B圖、第二圖、第二A圖、第 及第六ΓΑ圖、第四圖、第四八圖、第五圖、第六圖以 ’、 圖,其係為本發明之工具機刀具補正押制条纪从 設定顯示方味μ # 徑制系統的 實施例。本實施例於使料,係顯示於盥 夕“复合工具機之—控制介面上’該多軸複合工具機’包 7 200930496 3上系統以及一下系統,該下系統包含一左主軸 :主轴。該控制介面包含一人機介面,該人機介 實施例之工具機刀具補正控制系統的設定顯示方法予使用 :,讓使用者得以透過該人機介面控制該多車由複合工具 本實%例之顯示方法係於該人機介面顯示—主晝面, °亥主晝面可經切換而顯示為一上系統主晝面(如第_ A圖) 以及一下系統主晝S (如第一 B圖),該主晝面、上系統 主畫面或該下系統主晝面包含一上下系統選單列。該上下 糸統選單列包含—上系統補正選單以及—下 單,其中: π k 一該上系統補正選單被選擇後,於該人機控制介面顯示 上系統車銑主軸加工補正畫面(如第二圖),該上系統 t銑主軸加工補正畫面包含-上系統主功能列二系統 ❹ 汗正整合顯不框、一補正值設定同步顯示框以及一上系 輔助說明框,其中: /、、'· 〇亥上系統主功能列包含複數個控制選項; 忒上系統補正整合顯示框顯示複數種刀具參數攔 (如第二圖a); " 、 该補正值設定同步顯示框於使用者選定該上系統 補正整合顯示框之某一個該刀具參數攔後,展開並顯示該 刀具參數攔對應的複數種刀具補正參數設定值(如 圖);以及 β亥上系統輔助說明框於使用者選定該上系統補正 8 200930496 整合顯示框之某一個該刀具參數搁後,顯示選定之刀具束 ,攔的對應圖示說明及放大圖示,讓使用者可一目了然選 定的刀具參數攔其對應的刀具以及内部設定參數内容2 第一 A圖)。另外,當該補正值設定同步顯示框内部之某 一刀具補正參數設定值被使用者選定並進行數據輸入時Ϊ 統輔助說明框則依據刀具種類及參數使用特徵顯示 〆二補正參數設定值之對應圖示說明(如第四A圖)。 該下系統補正選單被選擇後,於該人機控制介面顯示 下糸統水平旋轉刀塔左/右主軸加工刀具補正選擇設定佥 二Π五圖所示)’該下系統水平旋轉刀塔左/右主轴: U JE選擇設定畫面包含:一選擇控制列、一左主軸 =補正輸人顯示攔以及—右主轴加卫補正輸人顯示搁, ❹ 肖選擇控制列係包含複數個控制選單,該控制選 =接受使用者的選擇而進入—右主轴加工補正設定= 及一左主軸加工補正設定畫面,其中: 人.' °亥右主軸加工補正設定晝面(如第六圖)包 I值數值表以及一輔助圖形說明框,其中,該補正 對瘅刀I 3複數個補正設定欄,每一個補正設定襴係設定 設定參數,且當其中之-補正設定搁被選 "❺圖开〉說明框内則顯示與該補正設定欄相互 對應的刀具圖示及說明訊息(如第六Α圖),·以及 輪加工補正加工補正畫面之顯示方式與該右主 疋畫面配置方式相同,其不同處在於該左主 9 200930496 軸加工補正畫面顯示左主軸的對應刀具補正設定訊息;以 及 該左主軸加工補正輸入顯示欄以及該右主轴加工 • 補正輸入顯示欄則分別顯示左主軸及右主軸之對應刀具的 加工補正參數内容。 進一步地’本實施例各顯示晝面之間的切換流 程,如第七圖所示’其步驟包含: 顯示主晝面(100),於該人機介面上顯示該主 ❹ 晝面; 上系統補正模式選擇切換判斷(1 〇 1 ),判斷主 晝面之該上系統補正選單是否被選擇,若判斷結果為是, 則進行一顯示上系統車銑主軸加工補正畫面(1 02 ),若 判斷結果為否,則進行一下系統補正模式選擇切換判斷 (112); 該顯示上系統車銑主軸加工補正畫面(1 02 ), 其將f上系統車銑主軸加工補正畫面顯示於該人機控制介 面’當上系統車銑主軸加工補正畫面之上系統補正整合顯 不框内的某個刀具參數攔被選定時,其同時進行一指定特 疋刀具參數攔(1〇3)以及一顯示刀具補正參數設定值 (104); 心疋特定刀具參數攔(1 )步驟,係為該上 系統補正整合^ , t D ..,、員不框内的其中之一刀具芩數欄被指定; 3亥顯不刀具補正參數設定值(1 04 )步驟,係於 '南值°又疋同步顯示框内,顯示步驟(1 03 )中被指定 10 200930496 的刀具參數攔所對應的刀且 特定補正參數設參數設定值; 判斷該上系統主功能列中^選定料(衛)步驟,係 是否被選定,當判斷結果為β進入補正值設定同步顯示框 正參數設定值(106)°以及^是,則同時進行一指定特定補 驟,若判斷結果為否,則;同步顯示輔助資訊(術)步 ……則進行(103)步驟;- Correction of the graphic explanation frame, after one of the correction setting fields is selected, 'The operation icon and explanation message of the right spindle machining tool corresponding to the selected correction setting column are displayed on the control interface. If the tool correction parameter setting value in the correction value setting synchronization display frame is selected and the value is changed, the upper system auxiliary instruction frame correspondingly displays the icon and description of the tool correction parameter setting value. Therefore, the display method of the multi-axis compound machine tool provided by the present invention allows the original complicated tool correction parameter to be input into the setting data, and is displayed in the same--------------------, and the tool correction parameter is set. At the same time, you can also display the book ϋήϊΡΙ it»-printed. 〖Steps display the tool description icon, so that the user can understand the setting of the macro #β' to improve the inconvenience and confusion. L shell death mode] Three maps please take the first eight map, the first -B map, the second map, the second A map, the sixth and sixth map, the fourth map, the fourth eight map, the fifth map, the first The six figures are in the form of ', the figure, which is the embodiment of the tooling tool of the present invention. In the embodiment, the material is displayed on the system of the multi-axis compound machine tool package 7 200930496 3 and the system below, which comprises a left spindle: a spindle. The control interface includes a human-machine interface, and the setting display method of the machine tool correction control system of the human-machine embodiment is used: the user can control the display of the multi-vehicle by the human-machine interface through the human-machine interface. The method is displayed on the man-machine interface - the main surface, and the main surface of the screen can be displayed as an upper main surface of the system (such as the figure _A) and the main system S of the system (such as the first picture B). The main screen, the upper system main screen or the lower system main surface includes a top and bottom system menu column. The upper and lower system selection column includes an upper system correction menu and an order, wherein: π k After the menu is selected, the machining correction screen of the system turning and milling spindle is displayed on the man-machine control interface (as shown in the second figure). The upper system t-milling spindle machining correction screen contains the system main function column II system. The display box and the upper auxiliary frame are displayed, where: /,, '· The system main function column on the system contains a plurality of control options; the system correction integrated display box displays a plurality of types Tool parameter block (such as the second figure a); " , the correction value setting synchronization display frame is displayed after the user selects one of the tool parameters of the upper system correction integrated display frame, and expands and displays the tool parameter block corresponding to A plurality of tool correction parameter setting values (as shown in the figure); and the β-up system auxiliary instruction frame is displayed by the user after the user selects the upper system correction 8 200930496 integrated display frame, the selected tool beam is displayed, and the selected tool bundle is displayed. Corresponding to the illustration and enlarged illustration, the user can select the selected tool parameters at a glance and block the corresponding tool and internal setting parameter content 2 (Figure A). In addition, when the correction value is set to a tool inside the synchronous display frame When the correction parameter setting value is selected by the user and data is input, the system auxiliary explanation box is displayed according to the tool type and parameter usage characteristics〆 Correction of the corresponding parameter setting value (such as the fourth A picture). After the next system correction menu is selected, the left and right spindle machining tool correction selection setting is displayed in the man-machine control interface. Figure 2.5 shows) 'The system horizontally rotates the turret left/right spindle: U JE selects the setting screen to include: a selection control column, a left spindle = correction input display barrier, and - right spindle to defend the correction input Display, ❹ Xiao select control column contains a plurality of control menus, the control select = accept the user's choice to enter - right spindle machining correction setting = and a left spindle machining correction setting screen, where: person. ' ° Hai right The spindle machining correction setting surface (such as the sixth figure) includes an I value value table and an auxiliary graphic explanation frame, wherein the correction is for the correction setting column of the boring tool I 3 , and each correction setting system sets the setting parameter, and When the - correction setting is selected, the tool icon and description message corresponding to the correction setting column (such as the sixth drawing), and the rotation plus The correction processing correction screen is displayed in the same manner as the right main screen configuration. The difference is that the left main 9 200930496 axis machining correction screen displays the corresponding tool correction setting message of the left spindle; and the left spindle machining correction input display column and The right spindle machining • Correction input display column displays the machining correction parameters of the corresponding tool of the left spindle and the right spindle. Further, the switching process between the display surfaces of the present embodiment, as shown in the seventh figure, includes the steps of: displaying the main surface (100), displaying the main surface on the human machine interface; Correction mode selection switching judgment (1 〇 1 ), determining whether the upper system correction menu of the main surface is selected, and if the determination result is yes, performing a display on the system turning and milling spindle machining correction screen (1 02 ), if judging If the result is no, the system correction mode selection switching judgment is performed (112); the system upper milling and milling spindle machining correction screen (1 02) is displayed, and the f-system milling and milling spindle machining correction screen is displayed on the human-machine control interface. 'When a certain tool parameter block in the system correction integration screen is selected on the system turning and milling spindle correction screen, it simultaneously performs a specified special tool parameter block (1〇3) and a display tool correction parameter. Set value (104); 疋 疋 specific tool parameter block (1) step, for the upper system to correct integration ^, t D ..,, one of the tool count columns in the box is specified; 3 Hai Xian No tool compensation The positive parameter setting value (1 04 ) is in the 'South value ° and 疋 synchronous display box. The tool corresponding to the tool parameter block of the specified 10 200930496 in the step (1 03 ) is displayed and the specific correction parameter is set. ; judging whether the step of selecting the material (wei) in the main function column of the system is selected, and when the judgment result is β entering the correction value, setting the synchronous parameter display parameter setting value (106) ° and ^ is, then simultaneously performing one Specify a specific supplementary step, if the judgment result is no; then synchronously display the auxiliary information (surgery) step... then proceed to step (103);

该才日疋特定補正泉 A 示輔助資訊(1〇7)步驟^值(1Q6)及該同步顯 ΟThe special day of the sacred spring A shows the auxiliary information (1〇7) step ^ value (1Q6) and the synchronization display

^ ϋ ^ '分別為某一刀具補正參數設 疋值接受指定以及被指定 夕 ^ , ..„ Β4 之刀具補正參數設定值於指定後 於上糸、,先輔助况明框内顯示 值之說明及圖示; 破·曰-的的刀具補正參數設定 補正值更動儲 正參數設定被指定後, 否被更動並執行儲存, 儲存補正值(11 〇 ), 入步驟(109); 存判定(108),係為某一刀具補 判斷指定的刀具補正參數設定值是 若判斷結果為是’則進行一修改拉 若判斷結果為否,則進行一取消輸 該取消輸入步驟(109),係為該上系統功能列 之-取、;肖輸人選項被選擇並執行,而使先前被指定的補正 值不被更動; s玄修改並儲存補正值(1 1 〇 )步驟,係為被指定 的刀具補正參數設定值被更動後一儲存選項被選擇並執 行,使s亥刀具補正參數於更動後儲存而取代原先的參數設 定值; 該下系統補正模式選擇切換判斷(11 2 )步驟, 11 200930496 =主晝面之該下系統補正選單是否被選擇,若判 且疋’則進行-顯示下系統水平旋轉刀塔左 力結果 具補正選擇設定“(113),若騎結果為刀 —回主選單選擇判斷(111); 則進行 主功該回主選單選擇判斷(111) ’係判斷該上系统 日力月匕列之-回主選單選項是否被選擇,^判斷处果為 ',則進行該顯示主晝面(1〇〇)步驟,若判斷結果:為 則進仃忒上系統補正模式選擇切換判斷㈠〇”步驟‘: 正選示下系統水平旋轉刀塔左/右主軸加工刀具補 下系二I:面(::3)步驟’係於該人機控制介面顯示 面7 %轉刀塔左/右主軸加工刀具補正選擇設定晝 旋轉刀^ 判“〜,⑽訂系統水平 ,刀。左/右主軸加工刀具補正選擇設定畫面之選擇控制 =上’狀該選擇控制列之-左主轴選項或—右主轴選項^ ϋ ^ 'The setting value of the tool correction parameter for each tool correction parameter is specified, and the tool correction parameter setting value of the specified tool is specified. After the specified value, the value is displayed in the auxiliary condition box. And the icon; the tool correction parameter setting correction value of the break/曰- is changed, and if the parameter setting is specified, it is changed and stored, and the correction value is stored (11 〇), and the process proceeds to step (109); ), is the tool correction parameter setting value specified for a certain tool compensation judgment. If the judgment result is YES, then a modification is performed. If the determination result is negative, then a cancellation input cancellation step (109) is performed. The upper system function column - take, the Xiao input option is selected and executed, so that the previously specified correction value is not changed; s Xuan modify and save the correction value (1 1 〇) step, which is the specified tool After the correction parameter setting value is changed, a storage option is selected and executed, so that the shai tool correction parameter is stored after the change and replaces the original parameter setting value; the lower system correction mode selection switching judgment (11 2 ) step, 11 200930496=Whether the system correction menu is selected in the main page, if it is judged and 疋' then proceed - display the system horizontal rotation turret left force result correction selection setting "(113), if the ride result is knife - return to the main The menu selection judgment (111); then the main function is returned to the main menu selection judgment (111) 'determine whether the upper system daily force monthly column - back to the main menu option is selected, ^ judge the result is ', then proceed The display main surface (1〇〇) step, if the judgment result is: then the system correction mode selection switching judgment (1) 〇 "step": positive selection system horizontal rotation turret left / right spindle machining tool compensation Lower system II: face (:: 3) step 'in the man-machine control interface display surface 7% turn turret left/right spindle machining tool correction selection setting 昼 rotary knife ^ judgment "~, (10) order system level, knife . Left/Right Spindle Machining Tool Correction Selection Screen Selection Control = Up' Shape Select Control Column - Left Spindle Option or - Right Spindle Option

X否破選擇,若該左主軸選項被選擇,則依序進行顯示左 主輛加工補正設定畫面(115 )、指定特定補正設定襴 ^ 11 6 )、同步顯示輔助資訊(]彳7 )、補正值更動儲存判 定(118)、取消輸入步驟(119)以及修改並儲存補正值 (12〇 ),若右主軸選項被選擇則依序進行顯示右主軸加 補正设疋畫面(1 21 )、指定特定補正設定欄(1 1 6 )、 pTj '顯示輔助資訊(11 7 )、補正值更動儲存判定(1彳8 )、 取’肖輪入步驟(1 1 9 )以及修改並儲存補正值(」2〇 );其 δ亥步驟(11 6 )至步驟(1 2 0 )之執行判斷程序與步驟 12 200930496 (1 06 )至(11 〇 )相同,而步驟(11 5 )與(1 21 )係分 . 別方'及人機介面上顯示左主軸加工補正設定晝面以及右主 軸加工補正設定晝面。 % 【圖式簡單說明】 第—A圖為本發明實施例之一上系統主晝面示意圖。 第—B圖為本發明實施例之一下系統主晝面示意圖。 第二圖為本發明實施例之一上系統車銑主軸加工補正 © 畫面示意圖。 第—A圖為本發明實施例之該上系統車銑主軸加工補 正晝面之一上系統補正整合顯示框示意圖。 第二圖為本發明實施例之第二上系統車銑主軸加工補 正畫面示意圖。 第二A圖為本發明實施例之該第二上系統車銑主軸加 補正旦面之各種不同之捕正值設定同步顯示框示意圖。 第四圖為本發明實施例之第三上系統車銑主軸加工補 醫正畫面示意圖。 第四A圖為本發明實施例之該第三上系統車銑主軸加 -丁 才甫-g- ~ 之各種不同補正顯示内容之上系統輔助說明框 之不意圖。 第五圖為本發明實施例之一下系統水平旋轉刀塔左/右 主軸加工刀具補正選擇設定畫面示意圖。 第六圖為本發明實施例之一右主軸加工補正設定晝面 示意圖。 13 200930496 第六A圖為本發明 月·νί5* η^ή -fir φ ^j, 補正說明框之顯示内容示意圖。以万轴加工補正晝面之 示意圖 第七圖為本發明實施例之 第八圖為既有之車銳複合: &制流程圖。 工機之補正控制顯 畫 第九圖為既古 一 勹既有之車銑複合加 示畫面 圖 主要元 工機之另—補正控制顯 不 ❹ 無 件符號 說明If the left spindle option is selected, the left main machining correction setting screen (115), the specified specific correction setting 襕^ 11 6 ), the synchronous display auxiliary information (] 彳 7 ), and the correction are sequentially displayed. The value change storage decision (118), the cancel input step (119), and the modification and storage of the correction value (12〇), if the right spindle option is selected, the right spindle plus compensation correction setting screen (1 21 ) is sequentially displayed, specifying the specific Correction setting bar (1 1 6 ), pTj 'display auxiliary information (11 7 ), correction value change storage judgment (1彳8), take 'Shaft wheel entry step (1 1 9 ), and modify and store correction value ("2 〇); the execution judgment procedure of the δ Hai step (11 6 ) to the step (1 2 0 ) is the same as the steps 12 200930496 (1 06 ) to (11 〇), and the steps (11 5 ) and (1 21 ) are The left spindle machining correction setting surface and the right spindle machining correction setting surface are displayed on the other side and the man-machine interface. % [Simplified description of the drawings] The first-A diagram is a schematic diagram of the main surface of the system in one embodiment of the present invention. The first-B diagram is a schematic diagram of the main surface of the system in one embodiment of the present invention. The second figure is a machining correction of the system turning and milling spindle on one of the embodiments of the present invention. The first-A diagram is a schematic diagram of the system correction integrated display frame on one of the machining correction surfaces of the upper system turning and milling spindle according to the embodiment of the present invention. The second figure is a schematic diagram of a machining correction screen of the second upper system turning and milling spindle according to the embodiment of the present invention. The second A is a schematic diagram of a synchronous display frame of various trapping values of the second upper system turning and milling main shaft of the second upper system of the embodiment of the present invention. The fourth figure is a schematic diagram of the processing of the third upper system turning and milling spindle processing of the medical system according to the embodiment of the present invention. The fourth A is a schematic diagram of the system auxiliary explanation frame on the different correction display contents of the third upper system turning and milling spindle plus the Ding 甫-g-~ according to the embodiment of the present invention. The fifth figure is a schematic diagram of a correction setting setting screen for the left/right spindle machining tool of the system horizontal rotary turret according to one embodiment of the present invention. Fig. 6 is a schematic view showing the correcting setting of the right spindle machining in the embodiment of the present invention. 13 200930496 The sixth A picture is a schematic diagram of the display content of the correction frame in the month of the present invention, νί5* η^ή -fir φ ^j. Schematic diagram of correcting the surface of the ridge by the 10,000-axis processing. The seventh figure is an embodiment of the present invention. The eighth figure is a flowchart of the existing vehicle sharp composite: & The ninth picture of the correction control of the machine is the same as the old one. The existing turning and milling composite display picture. The main element of the machine is the other - the correction control is not displayed.

24twenty four

Claims (1)

200930496 十、申請專利範圍: •種工具機刀具補正控制年统的# + 於一客缸$人 利糸既的叹疋顯示方法,其 方、夕軸複合工具機之_控制介面顯示 面包含一上下卑 王畫面,邊主晝 上下糸統選早列,該上下系 統補正選單以及一下糸早歹仏含上一糸 爷下“" 糸、,先補正選單,該系統補正選單以及 ^ ^ ± 疋於a玄控制介面顯示一上 糸、,先車銳主車由加工補正 / ± ., —面乂及一下糸統水平旋轉刀塔左/200930496 X. The scope of application for patents: • The tooling tool correction control system # + In the one-cylinder tank, the sigh display method of the 人 , , , , 夕 夕 夕 夕 夕 夕 夕 夕 夕 夕 夕 夕 夕 夕 夕Up and down the king's picture, the main 昼 昼 选 选 选 , , , , , , , , , , , , , , 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下 上下In the a Xu control interface, a top 糸, the first car sharp car is corrected by machining / ±., - face 乂 and the next 水平 horizontal rotation turret left / 主軸加工刀具補正選擇設定畫面,其中: s玄上系統車銑主軸加工補正畫面,包含: 上系統主功能列包含複數個控制選項; 上系統補正整合顯示框顯示複數種刀具參數 補正值設定同步顯示框,於其中之一刀具參數 ]被選定後,顯不該刀具參數欄對應之複數種刀具補正參 數設定值;以及 ❺ ^ 一上系統輔助說明框,於其中之一刀具參數欄被 ^尺後’顯示該刀具參數欄内對應之一刀具圖示及說明; 該下系統水平旋轉刀塔左/右主軸加工刀具補正選擇設 定畫面,其包含: —選擇控制列’其包含一進入左主軸加工補正畫 面選項以及一進入右主軸加工補正晝面選項; 一左主軸加工補正輸入顯示欄,顯示一左主軸刀 具加工補正參數内容;以及 一右主軸加工補正輸入顯示欄,顯示一右主軸刀 15 200930496 具加工補正參數内容; 其中,該進入左主軸加工補正晝面選項被選定 後,則於該控制介面顯示一左主軸加工補正設定晝面;而 k 該進入右主軸加工補正畫面選項被選定後,則於該控制介 面顯示一右主軸加工補正設定畫面。 2. 如申請專利範圍第1項所述之工具機刀具補正控制 系統的設定顯示方法,該左主軸加工補正設定晝面包含: 一補正數值表,其包含複數個補正設定欄,每一補正 ® 設定欄定義該多軸複合工具機之一左主軸加工刀具之補正 參數;以及 一補正圖形說明框,係於其中之一補正設定欄被選定 之後,於該控制介面顯示與被選定之該補正設定欄對應的 左主轴加工刀具之操作圖示及說明訊息。 3. 如申請專利範圍第1或2項所述之工具機刀具補正 控制系統的設定顯示方法,該右主軸加工補正設定晝面包 含: 〇 一補正數值表,其包含複數個補正設定欄,每一補正 設定欄定義該多軸複合工具機之一右主軸加工刀具之補正 參數;以及 一補正圖形說明框,係於其中之一補正設定欄被選定 之後,於該控制介面顯示與被選定之該補正設定欄對應的 右主軸加工刀具之操作圖示及說明訊息。 4. 如申請專利範圍第3項所述之工具機刀具補正控制 系統的設定顯示方法,該補正值設定同步顯示框内之其中 16 200930496 之一刀具補正參數設定值被選定及進行數值改變時,該上 系統輔助說明框則對應顯示該刀具補正參數設定值的圖示 及說明。 . Η—、圖式: 如次頁。Spindle machining tool correction selection setting screen, where: s Xuan Shang system turning and milling spindle machining correction screen, including: The upper system main function column contains a plurality of control options; the upper system correction integrated display box displays a plurality of tool parameters correction value setting synchronization display After the tool parameter is selected, the tool parameter column corresponding to the tool parameter column is displayed; and ❺ ^ an upper system auxiliary explanation frame, after one of the tool parameter columns is 'Display one of the tool icons and descriptions in the tool parameter column; The lower system horizontal rotation turret left/right spindle machining tool correction selection setting screen includes: - Select control column 'which contains a left spindle processing correction Screen options and an option to enter the right spindle machining correction face; a left spindle machining correction input display column, showing the contents of a left spindle tool machining correction parameter; and a right spindle machining correction input display column, showing a right spindle cutter 15 200930496 Processing correction parameter content; where, the entry into the left spindle processing After the positive face option is selected, a left spindle machining correction setting screen is displayed on the control interface; and k the right spindle machining correction screen option is selected, and a right spindle machining correction setting screen is displayed on the control interface. . 2. For the setting display method of the machine tool correction control system described in the first paragraph of the patent application, the left spindle machining correction setting surface includes: a correction value table including a plurality of correction setting columns, each correction® The setting column defines a correction parameter of the left spindle machining tool of the multi-axis compound machine tool; and a correction graphic description frame, after one of the correction setting fields is selected, the correction interface is displayed and selected in the control interface. The operation diagram and explanation message of the left spindle machining tool corresponding to the column. 3. In the setting display method of the machine tool correction control system according to the first or second aspect of the patent application, the right spindle machining correction setting surface includes: a first correction value table, which includes a plurality of correction setting fields, each a correction setting column defines a correction parameter of the right spindle machining tool of the multi-axis compound machine tool; and a correction graphic description frame, after one of the correction setting fields is selected, the control interface is displayed and selected Correct the operation diagram and explanation message of the right spindle machining tool corresponding to the setting column. 4. In the setting display method of the machine tool correction control system according to item 3 of the patent application scope, when the correction value setting of one of the 16 200930496 in the correction value setting synchronization display frame is selected and the value is changed, The upper system auxiliary explanation box corresponds to the icon and description for displaying the tool correction parameter setting value. Η—, schema: such as the next page. 1717
TW97100240A 2008-01-03 2008-01-03 Method of setting display for compensation control system of tool of machine tool TW200930496A (en)

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