201007399 九、發明說明： 【發明所屬之技術領域】 本發明涉及一種系統及其參數設定方法，尤其涉及一 種射出機系統及其參數設定方法。 【先前技術】 隨著時代的進步，3C產業對於許多大型機台及機器 (例如.射出機等）的功能要求亦越來越高，意即除了要 ⑩求生產的生命週期短及少量多樣外，同時在品質上的要 求亦非常高，因此，唯有藉由生產自動化以降低成本、 提高機器的稼動率及射出成品的品質，才有機會在競爭 激烈的市場中脫穎而出。 就射出機的系統而 ，、“ ^丨/供姐，如開關機 模組1出模組”盈度模組、波型顯示模組及生產管理 模組等。且每一模組則依據不同的產品或模具需設定不 同參數的值。以溫度模組為例，針對不同產品，=不同 的參數需求，可歧溫度控制段數，各溫度:要求到達 的設定溫度會因產品不同而改變，而其控制到達設定溫 度的參數也會因為產品不同，而需要重新設定。=嗖$ 後 要 定 存 參數的方式，-為初始設^，即當射出機在出機或出又= 被首次使㈣，操作者對於射出機的“泉數ρ 一分別做建立的動作，並且全部的參數皆需要: 另一為當使用者於首次將所有參數設定完成並ς 以於下次進入系統時，直接讀取這些參數的資料。 然而，因各參數需--設定，&需花費許多時間。， 7 201007399 且於射出機的使用介面中，夂锸 -八别署於同模組的操作介面， 刀 ；。、面中，倘若要將所有參數皆設定完成 m頁進行切換，不僅需重複相同且繁=動 作，其介面的操作亦無人性化。 、、動 此外，當射出機的模具改變時，相 相對應的修改，倘若僅修改單一模組的 做 ❹ 參數做整體性的存檔。此種方式，不僅需再將：個：： 費記憶趙空：重複’更因佔用大量記憶體，而浪 之μ ’如何提供—種操作容易，枝修改參數 ——* 〇 射出機系統及其參數設定方法，已成為重要課題之 【發明内容】 蓉於以上内容，有必要接供一 改參數的射出機系統及其參數設定方法。谷易、方便修 數設的，依據本發明之一種射出機系統的參 機；：：=步驟：顯示一系統參數設定功能於-開 ::面上，：中系統參數設定功能具有一上回系統狀態 ::::一組合常用模組功能及-建立新模設定功能，選 统狀態功能、該組合常用模組功能及該 定功能其當選擇設定該上回系統狀 :、’自動載入一前次關機時的系統參數值的檔 選擇設m组合常用模組功能時，顯示—常用的 系統參數值的權案，以供修改檔案中㈣、統參數值；當 8 201007399 選擇建立新模設定功能時，創涂 •的系統參數值；以及當的權案以供設定新 -檔幸德關機0寺的系、统參數值的 的产牵參數值的槽案完成後或設定新 1中的系統參數值完成後則顯示-操作主介面。 -資料庫、一模式單元以及—二系統包括 若干個俨安-m ^ &里模組。資料庫存儲有 右十個檔案，母一檔案存儲有— 模式單元用於顯示可選擇的【統參數值。 :組單元用於根據選擇的系統參數設定功能二 十的相應檔案或創建一的新槽案。 ”帛貝枓庫 定方術相較，本發明的射出機系統及其參數， 疋方法整&系統參數設定功能於開 同模組分類，此種方式，不但操作介面’並依據不 模組間配對亦具多樣化，自 ^易且人性化， 及槽案，若要進行變更，則僅需數值 系統參數值，即可完成參數設定工作，、^子應的 統本身内建常用的播案，故方便使用者鬥射出機系 初始設定，于存檔時僅需 同需求進行 不需做整體性的存檔，動 =參數值，而 作間早且又不浪費儲存空間。 【實施方式】 睛參照圖1，本於明私山3 包含一模式單元2 及一資料庫5 管理模組單元3 -模式單元2、一 機I统1的較佳實施方式， 示單元4以 9 201007399 料庫5具有複數個檔案11。而各檔案η儲存有一 個或多個系統參數值12。 模式單7L 2接收-第-點選輪人指令，管理模組 3接收-第二點選輸入指令D2、一第三點選輸入指 ^ = 一第四點選輸入指令D4、一第五點選輸入指令 選擇參數指令D6。本實施方式的各點選輸入指令 D5及選，參數指令D6皆由射出機系統1的外部輸 ❹入，^如：。藉由一使用者以點選輸入（圖未示）。 模式單元2用於顯示可選擇的系統參數設定功能， :、匕括认定上回系統狀態功能、組合常用功能及建立 斤模設定功能（圖未示），並分別顯示為—上回系統狀態鍵 組合常用模組鍵22及一建立新模設定鍵23。模式 皁兀2依據第-點選輸入指令〇1以選擇上回系統狀態鍵 .21、組合常用模組鍵22或建立新模設定鍵23(如圖丄與 圖2所示）。 ® t理模組單元3與資料庫5及模式單元2輕接，其 包括複數模組分類鍵31、一參數設定鍵32及一檔名設定 鍵+33。而管理模組單元3依據第二點選輸入指令D2以點 選模組分類鍵31’或依據第三點選輪入指令〇3及選擇參 數指令D6以點選檔案n中的系統參數值12進行修改^ 或依據第四點選輸入指令D4以通過參數設定鍵32建立 一新的系統參數值14，或依據第五點選輸入指令D5以通 過檔名設定鍵33建立一新的檔案13，並將新的系統參數 值14及新的檔案13儲存至資料庫$中。 201007399 波型顯示模組及 模模：：：=;二數個模組分類鍵31包括有-開關機 ^耵出模組、一溫度模組、 一生產官理模組等按鍵。 新读摇4）常用模組介面42(如圖3所示）、一 所示）、/幻,面43(如圖4所示）及一操作主介面44(如圖5 袓人：t、、、圖2 ’開機介面41顯示上回系統狀態鍵21、 、'且曰吊用模組鍵22及建立新模設定鍵23。 請參照圖3，當用Μ知人二μ ^ , ⑦用模組介面42顯示各模組分類鍵 3一檔案U的槽名、系統參數值12、一存樓鍵似、 =存新槽鍵423及一設定完成鍵似。存檔鍵422將變 更後的系統參數值12儲存在原檔名的㈣U十，而另 :新檔鍵423以一新檔名將新設定的各種系統參數值“ 參 子儲在新的檔案13中。設定完成鍵421用以關閉常用模 組"面42並開啟操作主介面44(如圖5所示）。 、 請繼續參照圖4,新建模組介面43顯示各模組分類 鍵31、參數設定鍵32、檔名設定鍵33及一新建完成鍵 1新建元成鍵431用以關閉新建模組介面43並開 操作主介面44(如圖5所示）。 請參照圖ό及圖7,對本發明較佳實施方式的射出 系統進行參數設定的方法包含以下步驟： 機 S01:啟動系統。 S02:顯示一系統參數設定功能於一開機介面上， 爲中 11 201007399 系統參數設定功能具有一上回系統狀態功能、一組合常 •用模組功能及一建立新模設定功能，選擇設定上回系統 -狀態功能、組合常用模組功能及建立新模設定功能其中 之一。執行步驟S03、S04或S05。 S03:當選擇設定該上回系統狀態功能時，自動載入 一前次關機時的系統參數值的檔案。 S04:當選擇設定該組合常用模組功能時，顯示一常 @ 用的系統參數值的檔案，以供修改檔案中的系統參數值。 S05:當選擇建立新模設定功能時，創建一新的檔案 以供設定新的系統參數值。 S06:當載入前次關機時的系統參數值的檔案後、設 定常用的系統參數值的檔案完成後或設定新的檔案中的 系統參數值完成後則顯示一操作主介面。 S07 :判斷是否更改各系統參數值，如果是，執行步 驟S08，如果否，執行步驟S09。 _ S08 :點選檔案中的系統參數值之一以進行修改。 5081 :判斷是否存檔，如果是，執行步驟S082，如 果否，執行步驟S09。 5082 :儲存修改後的檔案，執行步驟S09。 509 :結束操作主介面。 當射出機要更換產品生產時，則需更換系統參數 值，故執行步驟S10。 510 :判斷是否更換產品生產，如果是，執行步驟 S11，如果否，執行步驟S12。 12 201007399 sil:判斷是否更換各系統參數值，如 -S02,如果否，執行步驟S12。 果疋’返回步釋 ‘ S12 ··離開（關閉或結束）系統。 為了更好的理解本發明，以下將列舉— 出機系統1的參數設定方法進行介紹。 ，以.射 請繼續參照圖1與圖2’使用者 後’顯示單元4顯示開機介面41，使用1 ❹ 擇口系、洗狀態鍵21、組合常用模組鍵 設定鍵23之-。若使用者不想更動前次關機 二 儲存資，則選擇切純狀態 ^儲存的 -點選輸入指令01，使射出機系统接收第 時的系統參數值12的檔宰進 載入前次關機 5所示）。 料案U並進入操作^介面44(如圖 明再同時參照圖1盘圖3裕士 某-模組的系統參數/' /、’㈣使用者欲修改 ❹ 叫如圖2所示），此時顯示單元 \且口兩用模組鍵 圖3所示），而使用者 ，、吊用模組介面42(如 理模电星選模組分類鍵31之一，同時管 、、早凡3接收第二點選 組，例如：「生產營理— 7 D2以選擇射出模 n，而告# 、、且」，且同時顯示複數個檔案 良品可容忍個數= — 動生產」的系統參數 二：時間、週期時間及自 二戥、$私12 ’同時管理模組單元3接收第 -…入指令D3及選擇參數指令加以分別選擇檔案 13 201007399 -1中1之:=7/广M1」及欲修改的系統參數值12其 中之的參數名稱，例如：「射㈣間」。 • 另外，使用者可點選參數名稱以直接更改並奉餅來 數值14，例如：「射出時間」改 / 422直接存檔，或點選另存新檔鍵423 :另广=存播鍵 13,例如：「07/07/21·Μ2」（如圖3所示）。子，的槽案 欲結束系統參數值12的設定時，則可點選 參 ❿ 面mi1；——作主介 全部照圖^圖2與圖4所示’偽若使用者欲 -鍵23Γ如：的系統參數值12’則點選建立新模設 疋鍵（如圖2所示)，此時顯示單 …則使用者點選模組分類鍵31之一，例如建模生且 =組」，而同時顯示其參數名稱，例如：「不良品； 谷1:數、射出時間、計量時間、週期時間及自動生產」， =二Γ先一一設定各參數名稱… 選參數設定鍵32而—m 訊號m以點 於入π跋疋糸統參數值12,再接收第五點選 選槽名設定鍵33來設定新的槽案⑽ 田使用者將全部模組的系統參數值12設定完成時， 建完成鍵431以關閉新建模組介面二 才呆作主介面44。 此外’睛再參照圖5所示，當使用者進人操作主介 201007399 面44後，更可以依據不同需求而再對已 數值12做微調，例如：對「生產& 、、各糸統參 「謂/2刚」的「計量類」的槽名 里吁間」的糸統參數值12調整 2,並於更改後選擇是否需要存槽，如果需要存檔則儲 存修改後的系統參數值12，如果不需要更改系統來 12或不需要儲存已更改的系統參數值12， / 定工作，意、即射出機系統1可開始執行產品：生產;人设 ❹ 參 而當產品生產完成後，此時，若使用者欲生產另一 產品時，則制者更可自行決定是否需 統參數值12,若需要更換’則射出機系統i進入開= 面〇中，使使用者重新選擇功能，若不需要更換，則表 不生產結束，故離開（關閉或退出）射出機系統卜 數出機系統1及其參數設定方法整合系統參 數W功H上回系統狀態功能、組合常用模組功能 及建立新模設定功能於開機介面中，並依據不同模組分 類而分成複數模組分類鍵，不但操作介面容易且人性 ^模組間配對亦具多樣化’且各自具有專屬的系統參 數值及檔案，若要進行變更，則僅需更換㈣或其 應的系統參數值，即可完成參數設定工作。此外，射 機系統i本身内建常用的檔案’故方便使用者依 求進打初始設定，於存檔時僅f儲存有更改㈣統參數 值’而不需做整體性的存檔，動作簡單且又不浪費儲存 空間。 本發明符合發明專利要件，爰依法提出專利申請。 15 201007399 所述者僅為本發明之較佳實施方式，舉凡熟悉 本案技费之人士’在爰依本發明精神所作之等效修飾或 •變化，皆應涵蓋於以下之申請專利範圍内。 【圖式簡單說明】 圖1為本發明射出機系統的較佳實施方式的示意圖。 圖2為本心明射出機系統的較佳實施方式的開機介 面的示意圖。 ® 3為本發明射出機系統的較佳實施方式的常用模 —組介面的示意圖。 圖4為本發明射出機系統的較佳實施方式的新建模 組的示意圖。 圖5為本發明射出機系統的較佳實施方式的操作主 介面的示意圖。 圖6為本發明射出機系統的參數設定方法的較佳實 施方式的流程圖之一。 圖7為本發明射出機系統的參數設定方法的較佳實 ® 施方式的流程圖之二。 【主要元件符號說明】 11 '13 ' 15 2 射出機系統 1 棺案 系統參數值 U、14模式單元 上回系統狀態 Μ 21 組合常用模組鍵 16 22 201007399 建立新模設定 鍵 23 管理模組單元 3 模組分類鍵 31 參數設定鍵 32 檔名設定鍵 33 顯示單元 4 開機介面 41 常用模組介面 42 設定完成鍵 421 存槽鍵 422 另存新標鍵 423 新建模組介面 43 新建完成鍵 資料庫 431 5 操作主介面 44 第一點選輸入 指令 D1 第二點選輸入指令 D2 第三點選輸入 指令 D3 第四點選輸入指令 D4 第五點選輸入 指令 D5 選擇參數指令 D6 參 17201007399 IX. Description of the Invention: [Technical Field] The present invention relates to a system and a parameter setting method thereof, and more particularly to an injector system and a parameter setting method thereof. [Prior Art] With the advancement of the times, the 3C industry has higher and higher functional requirements for many large-scale machines and machines (such as injection machines, etc.), meaning that in addition to the short life cycle and a small variety of production requirements. At the same time, the quality requirements are also very high. Therefore, only by means of production automation to reduce costs, increase the productivity of the machine and the quality of the finished product, can we stand out in a highly competitive market. In the system of the injection machine, " ^ 丨 / for the sister, such as the switch module 1 out of the module" profit module, wave display module and production management module. And each module needs to set different values according to different products or molds. Take the temperature module as an example, for different products, = different parameter requirements, the number of temperature control segments can be different, each temperature: the set temperature required to be changed will vary from product to product, and the parameter whose control reaches the set temperature will also be The product is different and needs to be reset. =嗖$ After the parameter is to be stored, - the initial setting ^, that is, when the injection machine is in the exit or out = is first made (four), the operator makes the action for the "spring number ρ of the injection machine" And all the parameters need: The other is to read the parameters of the parameters directly when the user sets all the parameters for the first time and then enters the system next time. However, because each parameter needs to be set, & It takes a lot of time., 7 201007399 and in the use interface of the injection machine, the 夂锸-八别署 in the same module operation interface, 刀, in the face, if all parameters are set to complete m page to switch In addition, it is necessary to repeat the same and complex operation, and the operation of the interface is also unmanned. In addition, when the mold of the injection machine changes, the corresponding modification is made, if only the modification of the single module is performed, the parameter is made as a whole. Sexual archiving. This way, not only need to be: a:: fee memory Zhao Kong: repeat 'more due to the large amount of memory, and the wave μ 'how to provide - easy to operate, branch modification parameters - * 〇 shot Machine system The parameter setting method has become an important subject. [Summary of the invention] In the above content, it is necessary to provide an injection machine system and a parameter setting method thereof, which are modified by a parameter, and a simple setting according to the present invention. The machine of the injection machine system:::=Step: Display a system parameter setting function on the -on:: face,: the system parameter setting function has a system status up to:::: a combination of common module functions and - Establish a new mode setting function, select the system status function, the common module function of the combination, and the setting function. When selecting and setting the last system shape: 'Automatically load the file parameter value of the previous shutdown. When the common module function is combined, the weight of the commonly used system parameter value is displayed for modifying the (four) and system parameter values in the file; when 8 201007399 selects the new mode setting function, the system parameter value of the application is created; After the completion of the slot case for setting the parameter value of the system parameter of the new system, or after setting the system parameter value in the new 1 is completed, the main interface is displayed. The material library, a mode unit and the second system include several modules in the 俨安-m ^ & the data library stores the right ten files, and the parent file stores - the mode unit is used to display the selectable parameters. Value: The group unit is used to set the corresponding file of function twenty or create a new slot according to the selected system parameters. "The injection machine system of the present invention and its parameters, the method of the invention" The whole & system parameter setting function is classified in the same module. In this way, not only the operation interface' but also the diversification between modules is also diversified, and it is easy to user-friendly, and the slot case, if changes are to be made, Only the value of the system parameter is needed, and the parameter setting work can be completed. The system itself is built in the common broadcast case, so it is convenient for the user to shoot out the initial setting of the machine, and only need to do the same with the need for archiving. Do a holistic archive, move = parameter values, and do not waste storage space early. [Embodiment] Referring to Fig. 1, a preferred embodiment of a mode unit 2 and a database 5 management module unit 3 - mode unit 2 and a unit 1 is included in the Mingshan 3, and the unit 4 is shown. 9 201007399 Library 5 has a plurality of files 11. Each file η stores one or more system parameter values of 12. Mode single 7L 2 receiving - first-clicking round man command, management module 3 receiving - second point selecting input command D2, a third point selecting input finger ^ = a fourth point selecting input command D4, a fifth point Select the input command to select the parameter command D6. Each of the selection input command D5 and the selection parameter command D6 of the present embodiment are input by the external input of the injection machine system 1, such as: The input is selected by a user (not shown). The mode unit 2 is used to display the selectable system parameter setting function, including: determining the last system status function, combining the common functions and setting the function setting function (not shown), and respectively displaying them as the last system status key. The common module key 22 and a new mode setting key 23 are combined. Mode Sapon 2 is based on the first-click input command 〇1 to select the last system status key .21, combine the common module key 22 or create a new mode set key 23 (as shown in Figure 丄 and Figure 2). The ® module module 3 is lightly connected to the database 5 and the mode unit 2, and includes a plurality of module classification keys 31, a parameter setting key 32, and a file name setting key +33. The management module unit 3 selects the module classification key 31' according to the second selection input command D2 or selects the parameter input command D3 according to the third selection wheel selection command 63 and selects the parameter parameter D6 to select the system parameter value 12 in the file n. Modifying ^ or according to the fourth point selection input command D4 to establish a new system parameter value 14 by the parameter setting key 32, or according to the fifth point selection input command D5 to create a new file 13 by the file name setting key 33, The new system parameter value 14 and the new file 13 are stored in the database $. 201007399 Wave-type display module and module:::=; Two-numbered module classification keys 31 include buttons with a - switch machine, a module, a temperature module, and a production module. New read 4) Common module interface 42 (shown in Figure 3), one shown), / phantom, face 43 (shown in Figure 4) and an operation main interface 44 (Figure 5 袓人: t, 2, the boot interface 41 displays the last system state key 21, , 'and the module key 22 is lifted and the new mode set key 23 is established. Please refer to FIG. 3, when using the Μ知人二 μ ^ , 7 modulo The group interface 42 displays the slot name of each module classification key 3, the file name of the file U, the system parameter value 12, a deposit key, the new slot key 423, and a set completion key. The archive key 422 will change the system parameters. The value 12 is stored in the (4) U ten of the original file name, and the other: the new file key 423 stores the newly set various system parameter values in a new file name. The parameter is stored in the new file 13. The setting completion button 421 is used to close the common module. " face 42 and open the operation main interface 44 (as shown in Fig. 5). Please continue to refer to FIG. 4, the new module interface 43 displays each module classification key 31, parameter setting key 32, file name setting key 33 and one. New completion key 1 New element key 431 is used to close the new module interface 43 and open the main interface 44 (as shown in Fig. 5). Referring to Figure ό and Figure 7, the present invention is compared. The method for parameter setting of the injection system of the preferred embodiment includes the following steps: Machine S01: Start the system. S02: Display a system parameter setting function on a boot interface, for the medium 11 201007399 system parameter setting function has a return system status function A combination of the module function and a new mode setting function, select one of the system-state function, the common module function and the new mode setting function. Perform step S03, S04 or S05. : When the setting of the last system status function is selected, the file of the system parameter value at the previous shutdown is automatically loaded. S04: When the common module function of the combination is selected, the system parameter value of a constant @ is displayed. File for modifying the system parameter value in the file. S05: When selecting the new mode setting function, create a new file for setting the new system parameter value. S06: When loading the previous system parameter value After the file is archived, after setting the file of the commonly used system parameter value or after setting the system parameter value in the new file, an operation main interface is displayed. S07: Determine whether to change the parameter values of each system, if yes, go to step S08, if no, go to step S09. _ S08: Click one of the system parameter values in the file to modify. 5081: Determine whether to archive, if yes, Step S082 is executed, if no, step S09 is executed. 5082: The modified file is stored, and step S09 is performed. 509: The main interface is closed. When the injection machine is to be replaced, the system parameter value needs to be replaced, so step S10 is performed. 510: Determine whether to replace the product production, if yes, execute step S11, and if no, perform step S12. 12 201007399 sil: Determine whether to replace each system parameter value, such as -S02, if no, go to step S12. If you return to the step ‘S12 ·· Leave (close or end) the system. In order to better understand the present invention, the parameter setting method of the outlet system 1 will be described below. Please continue to refer to FIG. 1 and FIG. 2'. The user's display unit 4 displays the boot interface 41, and uses the 1 择 select system, the wash status button 21, and the combination of the common module key set button 23. If the user does not want to change the previous shutdown of the second storage, select the pure state ^ stored - click the input command 01, so that the injection system receives the first system parameter value of 12, the load is loaded into the previous shutdown 5 Show). The material U enters the operation interface 44 (as shown in Fig. 1 and also refers to the system parameter of the Yushimou-module of Fig. 1/'/, '(4) the user wants to modify the ❹ call as shown in Fig. 2) The display unit \ and the dual-use module key shown in FIG. 3), and the user, the hanging module interface 42 (such as one of the analog model electric star selection module classification key 31, while the tube, the early 3 receive The second point is selected, for example, "production management - 7 D2 to select the injection mode n, and sue #,, and", and simultaneously display the number of files that can tolerate the number of files = - dynamic production" : time, cycle time, and from the second, private 12' simultaneous management module unit 3 receives the first ... into the command D3 and select the parameter command to select the file 13 201007399 -1 respectively: = 7 / wide M1" and The name of the parameter of the system parameter value 12 to be modified, for example: "shooting (four)". • In addition, the user can click the parameter name to directly change and press the value of the pie 14, for example: "shot time" change / 422 Directly archive, or click the Save New File button 423: Another wide = Save button 13, for example: "07/07/21·Μ2" (eg Figure 3). Sub-, slot case To end the setting of the system parameter value 12, you can click on the face mi1; - as the main media picture ^ Figure 2 and Figure 4 'false if used If the system parameter value is 12', the system parameter value is 12', then click to create a new mode setting button (as shown in Fig. 2). At this time, the display list...the user clicks on one of the module classification keys 31, for example, Model and = group, and display its parameter name at the same time, for example: "defective product; valley 1: number, injection time, metering time, cycle time and automatic production", = 2 Γ first set the parameter name... The parameter setting key 32 and the -m signal m point to the π system parameter value 12, and then receive the fifth point selection slot name setting key 33 to set a new slot case (10) the field user will all the module system When the parameter value 12 setting is completed, the completion key 431 is closed to close the new module interface 2 to stay as the main interface 44. In addition, as shown in FIG. 5, when the user enters the main operation 201007399, the user can enter the user. According to different needs, we will fine-tune the value of 12, for example, for "production & 2 """"""""""""""""""""""""""""""""""""" Change the system to 12 or do not need to store the changed system parameter value 12, / work, meaning, that is, the injection machine system 1 can start to execute the product: production; people set 参 and when the production of the product is completed, at this time, if used If one wants to produce another product, the manufacturer can decide whether or not the parameter value of 12 is required. If it needs to be replaced, then the injection system i enters the open=face, so that the user can re-select the function. Then the table is not finished, so leave (close or exit) the injection machine system, the number of the machine system 1 and its parameter setting method, integrate the system parameters, W function, the system status function, combine the common module functions, and establish the new mode setting function. In the boot interface, and divided into multiple module classification keys according to different module classifications, not only the operation interface is easy, but also the humanity ^ module pairing is also diversified' and each has its own system parameter value. File, to make changes, you only need to replace the system parameter values (iv) or should be, you can complete the parameter setting work. In addition, the launcher system i itself has built-in common files', so it is convenient for the user to enter the initial setting. Only the f (the) parameter value is stored in the archive when it is archived, and the overall archive is not required, and the action is simple and Do not waste storage space. The invention complies with the requirements of the invention patent, and proposes a patent application according to law. 15 201007399 The present invention is only a preferred embodiment of the present invention, and equivalent modifications or variations made by those skilled in the art to the present invention are included in the following claims. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic illustration of a preferred embodiment of an injection machine system of the present invention. Figure 2 is a schematic illustration of the booting interface of the preferred embodiment of the present invention. ® 3 is a schematic illustration of a common mode-to-group interface of a preferred embodiment of the injector system of the present invention. 4 is a schematic illustration of a new modeling set of a preferred embodiment of the injector system of the present invention. Figure 5 is a schematic illustration of the operational interface of the preferred embodiment of the injector system of the present invention. Fig. 6 is a flow chart showing a preferred embodiment of the parameter setting method of the injector system of the present invention. Fig. 7 is a second flowchart of a preferred embodiment of the parameter setting method of the injector system of the present invention. [Main component symbol description] 11 '13 ' 15 2 Injection system 1 File system parameter value U, 14 mode unit back system status Μ 21 Combination common module key 16 22 201007399 Create new mode setting button 23 Management module unit 3 Module classification key 31 Parameter setting key 32 File name setting key 33 Display unit 4 Boot interface 41 Common module interface 42 Setting completion key 421 Storage key 422 Save new key 423 New module interface 43 New completion key database 431 5 Operation main interface 44 First selection input command D1 Second selection input command D2 Third selection input command D3 Fourth selection input command D4 Fifth selection input command D5 Selection parameter command D6 Reference 17