Γ320152 九、發明說明： u 【發明所屬之技術領域】 ' 核明涉及-㈣序系統及方法，尤其涉及—種圖框 自動整理排序系統及方法。 【先前技術】 在模具設計過程中，設計工程師在設計完模具圖後， 要將每一個模板零件及每一塊模板都分別放在一個圖框 •.中，例如.上模模板及上模零件放在相應的上模模板及上 松零件圖框中’下模模板及下模零件放在相應的下模模板 及下模零件圖框中，脫料板模板及脫料板零件放在相應的 脫料板模板及脫料板零件圖框中，此過程稱爲拆圖。在每 一塊模板及其模板零件都分別放在相應的圖框中後，對該 圖框加編號，並且在圖檔移交前，將所有的圖框以一定的 順序排列。 其中，對圖框的整理排序操作都係設計工程師手工完 籲成的，沒有-個統-的標準，工程師在找需要的零件的時 候通常要花費很多的時間，效率很低，並且每個工程師提 交的圖檔格式不統一，給相關工作人員帶來很多不便。 【發明内容】 馨於以上内谷，有必要提供一種圖框自動整理排序系 統，可將圖框快速整理及排序，統一圖檔格式。 此外，還有必要提供一種圖框自動整理排序方法，可 將圖框快速整理及排序，統一圖檔格式。 種圖框自動整理排序系統，包括電腦主機，該電腦 5 Γ320152 主機包括·提取模組’用於從所選取的模具圖檔中提取所 ·:有圖框的編號及提取主體結構組立圖圖框的長和宽；存储 •模組’用於存健所有提取出的圖框的編號；計算模組，用 於根據所^：取出的主體結構組立圖圖框的長和寬計算所有 圖框的左右間距及行距；排序模组，用於根據圖框編號大 ’J將所有圖框排序並按所述間距及行距碎定位置。 進一步地，所述根據圖框編號大小將所有圖框排序包 擎括·將組立圖圖框、上模模板及上模零件圖框、下模模板 及下模零件圖框、脫料板模板及脫料板零件圖框，分別根 據其圖框編號大小排序。 進一步地，所述圖框的左右間距包括：組立圖圖框之 門的距離、上模模板及上模零件圖框之間的距離、下模模 板及下模零件圖框之間的距離、脫料板模板及脫料板零件 圖框之間的距離；所述圖框的行距包括組立圖圖框和上模 杈板及上模零件圖框之間的距離、上模模板及上模零件圖 •框和下模模板及下模零件圖框之間的距離、下模模板及下 拉零件圖框和脫料板模板及脫料板零件圖框之間的距離。 進一步地，該系統還包括判斷模組，用於判斷所述模 具圖檔是否存在主體結構組立圖圖框。 進一步地，該系統還包括提示模組，用於判斷模組判 斷模具圖檔中不存在主體結構組立圖圖框時，提示用戶該 模具圖檔未拆圖。 進一步地，該系統還包括處理模組，用於判斷模組判 斷要拆圖時對模具圖擋進行拆圖操作及當所有圖框排序完 6 1320152 成後在圖框上方顯示圖框編號。 進一步地’所有圖框的左右間距及行距係根據主體結 誇且立圖圖框的長和寬，乘以-定比例係數來確定的。 種圖框自動整理排序的方法’該方法包括如下步 •(A)從所選取的模具圖檔中提取所有圖框的編號；（b) =儲所有提取出的圖框的編號；（C)從該圖檔中提取主體 °構組立圖圖框的長和寬；（D)根據主體結構組立圖圖框 的長和寬’計算所有圖框的左右間距和行距；（E)根據圖 忙、、扁號大小將所有圖框排序並按所述間距及行距確定位 置。 進一步地’所述根據圖框編號大小將所有圖框排序包 •將組立圖圖框、上模模板及上模零件圖框、下模模板 下模零件圖框、脫料板模板及脫料板零件圖框，分別根 據其圖框編號大小排序。Γ320152 IX. Description of invention: u [Technical field to which the invention belongs] 'Certification-related to (4) sequence system and method, especially related to the automatic sorting system and method. [Prior Art] In the mold design process, after designing the mold drawing, the design engineer should place each template part and each template in a frame, for example, the upper mold template and the upper mold part. In the corresponding upper mold template and the upper loose part frame, the lower mold template and the lower mold part are placed in the corresponding lower mold template and lower mold part frame, and the stripping plate template and the stripping plate parts are placed in the corresponding stripping materials. In the plate template and the stripper part frame, this process is called disassembly. After each template and its template parts are placed in the corresponding frame, the frame is numbered, and all the frames are arranged in a certain order before the image is handed over. Among them, the sorting and sorting operation of the frame is manually completed by the design engineer. Without the standard of the system, the engineer usually spends a lot of time when looking for the required parts, the efficiency is very low, and each engineer The format of the submitted images is not uniform, which brings a lot of inconvenience to the relevant staff. [Summary of the Invention] In the above inner valley, it is necessary to provide a frame automatic sorting system, which can quickly sort and sort the frames, and unify the image format. In addition, it is also necessary to provide a method for automatically sorting frames, which can quickly sort and sort the frames and unify the image format. A frame automatic sorting system, including a computer host, the computer 5 Γ 320152 host includes an extraction module 'for extracting from the selected mold image file: a frame number and an extraction body structure group picture frame The length and width of the storage module are used to store the number of all extracted frames; the calculation module is used to calculate all the frames according to the length and width of the frame of the main structure Left and right spacing and line spacing; a sorting module for sorting all the frames according to the frame number 'J' and crushing the positions according to the spacing and the line spacing. Further, according to the frame number size, all the frames are sorted and packaged, and the assembled picture frame, the upper mold template and the upper mold part frame, the lower mold template and the lower mold part frame, the stripping plate template and The stripper part frame is sorted according to its frame number. Further, the left and right spacing of the frame includes: a distance between the door of the group picture frame, a distance between the upper mold template and the upper mold part frame, a distance between the lower mold template and the lower mold part frame, The distance between the template of the material plate and the frame of the stripping plate; the line spacing of the frame includes the distance between the assembled picture frame and the upper mold plate and the upper mold part frame, the upper mold template and the upper mold part drawing • The distance between the frame and the lower die template and the lower die part frame, the distance between the lower die template and the drop-down part frame and the stripper template and the stripper part frame. Further, the system further includes a judging module, configured to determine whether the template file has a main structure group diagram frame. Further, the system further includes a prompting module, configured to determine, when the module determines that there is no main structure group vertical image frame in the mold image file, prompting the user that the mold image file is not disassembled. Further, the system further comprises a processing module, configured to determine, when the module determines that the drawing is to be disassembled, to disassemble the mold, and when all the frames are sorted, the frame number is displayed at the top of the frame. Further, the left and right pitches and line spacings of all the frames are determined by multiplying the length and width of the frame and multiplying the scale factor by the body. A method for automatically sorting frames. The method includes the following steps: (A) extracting the number of all the frames from the selected mold image; (b) = storing the number of all extracted frames; (C) Extracting the length and width of the main frame of the main frame from the image file; (D) calculating the left and right spacing and line spacing of all the frames according to the length and width of the main frame of the main structure; (E) busy according to the figure, The flat size sorts all the frames and determines the position by the spacing and the line spacing. Further, according to the frame number size, all the frames are sorted and packaged. • The set picture frame, the upper mold template and the upper mold part frame, the lower mold template lower mold part frame, the stripping plate template and the stripper plate Part frames are sorted according to their frame number size.
進步地’所述圖框的左右間距包括組立圖圖框之丨 的距，、上模模板及上模零件圖框之間的距離、下模模d ，下拉零件圖框之間的距離、脫料板模板及脫料板零件$ ]的距離，所述_的行距包括組 板及上模零件圖框之間的距離、増: 和下模模板及下模零件圖框之間的心及上模零件圖* 零件:枢和脫料板模板及脱科板零件圖框:=下， 進-步地，在步驟（A)之 曰1的距離。 圓检中不存在主體結構組立㈣框崎是否要= 模具圖擋中是否存在主體結 圖㈣.（A1)判駿 圖稽中不在一—圖圖框；（A2)若模具 具 7 1320152 檔進行拆圖；（A3)若要對模具圖檔進行拆圖，則進行拆 • 圖操作。 ^ 進一步地，該方法還包括步驟：當所有圖框排序完成 後在圖框上方顯示圖框編號。 進一步地，所有圖框的左右間距及行距係根據主體結 構組立圖圖框的長和寬，乘以一定比例係數來確定的。 相較于習知技術，所述圖框自動整理排序系統及方 法，可將圖框快速整理及排序，統一圖檔格式，便於以後 ® '零件或模板的查找，在很大程度上減少了工程師的工作量。 【實施方式】 如圖1所示，係本發明圖框自動整理排序系統較佳實 施例的硬體架構圖。該系統包括電腦主機1、顯示螢幕2、 鍵盤3、滑鼠4及記憶體5。其中，電腦主機1用於圖框整 理排序的相關操作，其可以係IBM的電腦、Apple公司的 Mac PC、個人電腦、網路伺服器，還可以係任意其他適用 φ 的電腦。顯示螢幕2可爲任意顯示裝置，其爲操作人員提 供圖形化用戶介面，用戶藉由鍵盤3或滑鼠4輸入要執行 的操作命令。記憶體5用於存儲圖框整理排序操作過程中 産生的各種資料，如完整的模具設計圖檔及圖框的屬性 等，記憶體5可以内置於電腦主機1，也可以外置於電腦 主機1。 如圖2所示，係圖1中電腦主機1的功能模組圖。所 述電腦主機1包括判斷模組10、提示模組12、提取模組 14、存儲模組16、計算模組18、排序模組20及處理模組 8 1320152 22 〇 判斷模組10,用於判斷模具圖檔中 組立圖圖框及判斷是否拆圖。在本/主體結構 个平乂佳貫施例中， Α01Α的圖框爲主體結構組立圖圖框，若不存4姽爲 Α01Α的圖框，則說明該模具圖檔還未拆圖。子在編號爲 提示模組i 2，用於當判斷模組i Q判斷不 構組立圖圖框時提示用戶還未拆圖。 體… 提取模組U，用於從所述模具圖槽中提取所有 編號及用於S取主體結餘立圖圖框的長和寬、 的編號係識別圖框的唯一標識，不同類型的圖框用 字母來表示。在本較佳實施例中，所述圖框 的 框、上模模板及上模零件圖框、下模模板及下模零件圖框圖 脫料板模板及脫料板零件圖框。其中，组立圖__以 字母A開頭表示，上模模板及上模零件圖__字^ 開頭表不，下模模板及下模零件圖框編號以字母D開頭表 示，脫料板模板及脫料板零件圖框編號以字母s開頭表 示。例如編號爲A01A的圖框，第一個字母A表示該圖框 爲組立圖圖框，01代表序號，最後一個字母A代表流水 號，編號爲D05C的圖框，第一個字母d表示該圖框爲下 模模板及下模零件圖框’ 05代表序號，c代表流水號所 述主體結構組立圖圖框係其他圖框的基準。 存儲模組16 ’用於存儲所有提取出的圖框的編號。其 中，所述圖框的編號以字元陣列的形式存儲，例如：編號 爲A01A、A02A、A03A、A04A的圖框存儲爲一個車列。 9 1320152 計算模組18，用於計算圖框的左右間距及行距。所述 ；圖框的左右間距包括組立圖圖框之間的距離、上模模板及 •上模零件圖框之間的距離、下模模板及下模零件圖框之間 的距離、脫料板模板及脫料板零件圖框之間的距離；所述 圖框的行距包括組立圖圖框和上模模板及上模零件圖框之 間的距離、上模模板及上模零件圖框和下模模板及下模零 件圖框之間的距離、下模模板及下模零件圖框和脫料板模 板及脫料板零件圖框之間的距離。其中，所述計算的方法 •係指以所提取的主體結構組立圖圖框的長和寬，乘以一定 的比例係數來確定圖框排序後圖框左右間距及行距，例 如：若提取的組立圖框A01A的長和寬分別係1〇〇mm和 80mm，若要圖框的左右間距和行距分別爲1〇mm* 8mm， 則將該組立圖的長和寬乘以比例係數〇· 1，即可實現。 排序模組20 ’用於根據圖框編號的大小將各圖框排序 並按所述間距及行距確定位置。其中包括將組立圖的圖框 • 排序並按所述間距及行距確定位置、將上模模板及上模零 件圖框排序並按所述間距及行距確定位置、將下模模板及 下模零件圖框排序並按所述間距及行距確定位置、將脫料 板模板及脫料板零件圖框排序並按所述間距及行距確定位 置。其中，所述排序規則按照圖框的編號大小進行排序，Progressively the left and right spacing of the frame includes the distance between the frame of the group, the distance between the upper die and the upper part frame, the lower die d, the distance between the lower part frames, and The distance between the panel template and the stripper member $], the row spacing of the _ includes the distance between the panel and the upper mold part frame, 増: and the heart and upper between the lower die template and the lower mold part frame Mold part drawing * Parts: pivot and stripper template and off-board part frame: = lower, step-by-step, the distance of step 1 of step (A). There is no main structure in the round inspection. (4) Does the framer have to = whether there is a main body diagram in the mold image (4). (A1) The sentence is not in the first picture frame; (A2) if the mold has 7 1320152 file Disassemble the map; (A3) If you want to disassemble the mold image, perform the disassembly and drawing operations. ^ Further, the method further includes the step of: displaying the frame number above the frame when all the frames are sorted. Further, the left and right spacing and the line spacing of all the frames are determined by multiplying the length and width of the frame of the main structure by a certain proportional coefficient. Compared with the prior art, the frame automatic sorting system and method can quickly sort and sort the frame, and unify the image format, so that the later 'parts or templates can be searched, which greatly reduces the engineer. The amount of work. [Embodiment] As shown in Fig. 1, a hardware architecture diagram of a preferred embodiment of the frame automatic sorting system of the present invention is shown. The system includes a computer host 1, a display screen 2, a keyboard 3, a mouse 4, and a memory 5. Among them, the computer host 1 is used for the operation of the frame sorting, which can be an IBM computer, an Apple Mac PC, a personal computer, a web server, or any other computer suitable for φ. The display screen 2 can be any display device that provides a graphical user interface for the operator, and the user inputs an operation command to be executed by the keyboard 3 or the mouse 4. The memory 5 is used for storing various materials generated during the sorting operation of the frame, such as the complete mold design file and the attributes of the frame, etc. The memory 5 can be built in the computer host 1 or externally placed on the computer host 1 . As shown in FIG. 2, it is a functional module diagram of the computer host 1 in FIG. The computer host 1 includes a determining module 10, a prompting module 12, an extracting module 14, a storage module 16, a computing module 18, a sorting module 20, and a processing module 8 1320152 22 Determine the picture frame in the mold image file and judge whether to remove the picture. In the case of this/main structure, the frame of Α01Α is the main structure group picture frame. If there is no frame of Α01Α, it means that the mold file has not been disassembled. The sub-number is the prompting module i 2, which is used to prompt the user that the user has not yet disassembled the picture when judging that the module i Q determines that the vertical picture frame is not constructed. The extraction module U is used for extracting all the numbers from the mold drawing slot and the unique identification of the number and the identification frame for the length and width of the frame of the main balance, and different types of frames. Expressed by letters. In the preferred embodiment, the frame of the frame, the upper die template, the upper die part frame, the lower die form, and the lower die part block diagram are the stripper template and the stripper part frame. Among them, the group diagram __ is indicated by the letter A, the upper mold template and the upper mold part drawing __ word ^ the beginning of the table, the lower mold template and the lower mold part frame number are indicated by the letter D, the stripping plate template and The stripper part frame number is indicated by the letter s. For example, the frame numbered A01A, the first letter A indicates that the frame is a group picture frame, 01 represents the serial number, the last letter A represents the serial number, the frame numbered D05C, and the first letter d represents the picture. The frame is the lower die template and the lower die part frame '05 represents the serial number, and c represents the reference number of the main structure of the main structure of the serial number frame. The storage module 16' is used to store the number of all extracted frames. The number of the frame is stored in the form of a character array. For example, the frames numbered A01A, A02A, A03A, and A04A are stored as one train. 9 1320152 The calculation module 18 is used to calculate the left and right spacing and the line spacing of the frame. The left and right spacing of the frame includes the distance between the assembled picture frames, the distance between the upper mold template and the upper mold part frame, the distance between the lower mold template and the lower mold part frame, and the stripping plate The distance between the template and the stripper part frame; the line spacing of the frame includes the distance between the group picture frame and the upper mold template and the upper mold part frame, the upper mold template and the upper mold part frame and the lower The distance between the die template and the lower die part frame, the distance between the lower die template and the lower die part frame, and the stripper template and the stripper part frame. Wherein, the method of calculating refers to the length and width of the frame of the extracted main body group, multiplied by a certain proportional coefficient to determine the left and right spacing and the line spacing of the frame after sorting, for example: if the extracted group is assembled The length and width of frame A01A are 1〇〇mm and 80mm respectively. If the left and right spacing and the line spacing of the frame are 1〇mm* 8mm, respectively, multiply the length and width of the group by the proportional coefficient 〇·1 , can be achieved. The sorting module 20' is for sorting the frames according to the size of the frame number and determining the position by the pitch and the line spacing. The method comprises: sorting the frames of the group diagrams and determining the positions according to the spacing and the line spacing, sorting the upper mold template and the upper mold part frame, determining the position according to the spacing and the line spacing, and forming the lower mold template and the lower mold part drawing. The frames are sorted and the position is determined according to the spacing and the line spacing, the stripper template and the stripper part frame are sorted and the position is determined according to the spacing and the line spacing. The sorting rule is sorted according to the number of the frame.
例如：若有編號爲A05A、A03A、A01A、A02A及A04A 的圖框’則排序後依次爲A〇1A、a〇2a、A03A、A04A及 A05A。 處理模組22 ’用於判斷模組確定要對模具圖檔進 •1320152For example, if there are frames numbered A05A, A03A, A01A, A02A, and A04A, the order is A〇1A, a〇2a, A03A, A04A, and A05A. The processing module 22' is used to determine that the module is determined to enter the mold image file.
，u 丄八_柩，則提 從所述模具圖檔中提取所有圖框的編號（步驟 S18)°存儲模組16存儲所提取的所有圖框的編號（步驟 S2〇 )。提取模組14提取編號爲A01A目框的長和寬（步驟 S2=计算模組2〇計算所有圖框左右間距及行距，所述 計算的方法係以所提取的主體結構組立圖圖框的長和寬， 乘以一定的比例係數來確定圖框排序後左右間距及行距。 (v驟S24 )。排序模組22將組立圖圖框排序並按所述間 •距及行距確定位置（步驟S26)。排序模組22將上模模板 及上模零件圖框排序並按所述圖框左右間距及行距减定位 置（步驟S28)。排序模組22將下模模板及下模零件圖框 排序並按照所述間距及行距確定位置（步驟S3〇)。排序模 組22將脫料板模板及脫料板零件圖框排序並按照所述間 距及行距確定位置（步驟S32)。在所有排序後的圖框上方 顯示圖框編號（步驟S34)。 其中於步驟S10中，進一步包括：判斷模組判斷 不存在編號爲A01A的圖框時’提示模組12提示該模具圖 11 1320152 檔還未拆圖（步驟S12)。判斷模組10判斷是否對該圖檔 進行拆圖（步驟S14)。判斷模組10判斷要拆圖時，處理 模組22進行拆圖操作（步驟S16)。 其中於步驟S14中，進一步包括：若判斷模組10判 斷不要對所述模具圖檔進行拆圖，則結束本流程。 【圖式簡單說明】 圖1係本發明圖框自動整理排序系統較佳實施例的硬 體架構圖。 圖2係圖1中電腦主機的功能模組圖。 圖3係本發明圖框自動整理排序方法較佳實施例的作 業流程圖。 【主要元件符號說明】 電腦主機 1 顯示螢幕 2 鍵盤 3 氣標 4 記憶體 5 判斷模組 10 提示模組 12 提取模組 14 存儲模組 16 計算模組 18 排序模組 20 處理模組 22 12, u 丄 _ 柩 则, then extract the number of all the frames from the mold image (step S18). The storage module 16 stores the number of all the extracted frames (step S2 〇 ) The extraction module 14 extracts the length and width of the frame numbered A01A (step S2=the calculation module 2〇 calculates the left and right spacing and the line spacing of all the frames, and the calculation method is based on the length of the extracted main structure group picture frame And width, multiplied by a certain scale factor to determine the left and right spacing and the line spacing after the frame is sorted (v. S24). The sorting module 22 sorts the grouped picture frames and determines the position according to the interval, the distance and the line spacing (step S26). The sorting module 22 sorts the upper mold template and the upper mold part frame and reduces the position according to the left and right pitch and the line spacing of the frame (step S28). The sorting module 22 sorts the lower mold template and the lower mold part frame. And determining the position according to the pitch and the line spacing (step S3〇). The sorting module 22 sorts the stripper template and the stripper part frame and determines the position according to the pitch and the line spacing (step S32). After all sorting The frame number is displayed above the frame (step S34). In the step S10, the method further includes: when the determining module determines that there is no frame numbered A01A, the prompting module 12 prompts the mold figure 11 1320152 file has not been removed yet. Figure (step S12) The breaking module 10 determines whether the image file is to be disassembled (step S14). When the determining module 10 determines that the image is to be disassembled, the processing module 22 performs a disassembling operation (step S16). In the step S14, the method further includes: If the judging module 10 judges that the mold image file is not to be disassembled, the process ends. [Simplified Schematic Description] Fig. 1 is a hardware structural diagram of a preferred embodiment of the frame finishing sorting system of the present invention. 2 is a functional module diagram of the computer host in Fig. 1. Fig. 3 is a flow chart of the operation of the preferred embodiment of the frame finishing sorting method of the present invention. [Description of main component symbols] Computer host 1 display screen 2 keyboard 3 gas standard 4 Memory 5 Judgment Module 10 Prompt Module 12 Extraction Module 14 Storage Module 16 Calculation Module 18 Sequencing Module 20 Processing Module 22 12