1237187 五、發明說明（1) 【發明所屬之技術領域】 ㈣ί發明係關於一種指導性文檀生成系統及方法，尤盆 機床使用之指導性…成心方Ϊ 生產二Πίΐ產作業是保證產品質量的關鍵，完整的 操作的目的員清晰、快速的掌握生產 於機床作準確性。目前生產操作大多依賴 、系統的使；：驗=產’沒有完整的 全面的。祜即使存在一些文檔也是臨時的、不 =如台灣智慧財產局於2003年6月21日公主止 為537937之專利，該專利名 二。f 裝置"。該專利係揭露-種 屬折f H力，。制金屬之回轉而把金屬板折彎亦可把曰金 的僅為如幻·子進形-°全此麗裝置之不足之處在於：該專利所揭露 ΓΪ:屬折f作業，而在進行操料，沒有完 ΐ性“低。Θ，14樣會導致操作標準的不統-及操作準 因此，需要提供一籍土、α —立 成折彎機床使用之指導性文栌丁 ^二生成系統，其能夠生 及長度尺寸資訊，以；顯示產品折彎的方向 【發明内容】 乍業貝如供完整的操作指導。 本發明之主要目的為va ji± 在如供一種成型示意圖生成系統 第頁 1237187 五、發明說明（2) 及方法，其可以生成指導折彎生產所需 型示意圖。 “的各工段之折-成 上述目的’本毛月提供一種成型示意圖生成系 統，其包括複數使用者電腦、一應用伺服器及一 每一使用者電腦為使用者提供一操作介 # —、 應用词服器相連，可調用應用伺服器中 ^猎由網路與 成折彎成型示意圖生成之相應操作。資2體功能模㈣ 尺寸、料號、工藝參數如工序、工= 包括產品 又 加工性質、播a、 模具等。應用伺服器包括複數軟體功能模組並勺=σ 一 參數設定模組’ 一參考直線生成模组，—二=· 模組，-尺寸標註模組。其中參數設定模=== 加工性質、機台、模具等。參考直線生成模：用於=生 成折f成型示意圖戶斤需的參考直線。成型示t生成 用於根據參數設定模組所接收的工藝參數及參=风棋、、且 模組生成之參考直線應用參考直線法生成各二p = f 型不意圖。尺寸標註模組用於為成型示意圖生成模組^ 之各工段折彎成型不意圖標註尺寸，顯示折I 長度及角度等資訊。 〃體位置’ 為達到上述目的，本發明還提供一種成 立 方法，其包括如下步驟··（a)選擇一個種產\?意圖生成 包括產品俯視圖、整個產品成型要 圖，其 說明；⑷接收折彎成型示意圖生成所需的表各種=項 第12頁 1237187 五、發明說明（3) 數包括：工庠、 取所要龜_ t又 口工性質、機台、模具；（C )讀 述參考直=盘4 ^成型示意圖的參考直線；（d)獲取上 長度；（彎線的交點並排序；（e )計算各折邊的 成型示意圖· Ί =卫段資訊；（S )生成此工段之折彎 註尺寸了 ， ）為上述生成之工段折彎成型示意圖標 直線t Γ之成型不意圖生成系統及方法，能夠應用參考 ίϊΐ;;!彎操作中各工段折彎成型示意圖，明確顯示 折彎二古二70成之折彎操作任務，並清晰準確的反映產品 精確性。σ及長度尺寸資訊，有效提高了折彎操作效率及 【實施方式】 硬體第一圖所示’係本發明成型示意圖生成系統之 腦ΐ用意圖生成系統包括有複數使用者電 複數軟體、一資料庫14。應用飼服器12包括 型示咅闰此模、、且，主要用於應用參考直線法生成折彎成 書二忍圖。所述參考直線法生成折彎成型示意圖，是首先 線，使該直線通過所要顯示的折彎成型示意圖中 有折，考的折彎線，並且直線的兩端點即是折彎成型示咅 圖的兩個端點，然後選擇該直線，輸入一個工段號，系、= 可根據折彎線與直線的交點計算出各個折邊長度，最後+ 成折彎成型示意圖。折彎成型示意圖是僅包含鈑金件一 切面的工件成型側視圖，用於反映產品折彎方向及長固 寸資訊。 、&尺 第13頁 ) 1237187 五、發明說明（4) 每一使用者電腦10為使用者提供一操作介面，其藉 網路11與應用祠服器1 2相連，可調用應用伺服器丨2 /中^ 體功能模組完成折彎成型示意圖生成之相應操作，使用^ 電腦10可以為桌上型電腦、膝上型電腦或筆記本電腦等。 網路11可以是企業内部網（Intranet )，也可以是網際網 路（Internet)或其他類型之通訊網路。資料庫14用於 儲折彎成型示意圖生成過程中使用及產生的各種資料，= 括產品尺寸、料號、工藝參數如工序、折序、工段、加= 性質、機台、模具等。應用伺服器12藉由連接13與資料 1 4相連。連接1 3為一資料庫連接，如開放式資料庫連接（1237187 V. Description of the invention (1) [Technical field to which the invention belongs] The invention of the invention relates to an instructional system and method for generating texts, and the instruction of the use of especially pot machine tools ... The key to complete the operation is to clearly and quickly grasp the accuracy of production on the machine tool. At present, most of the production operations depend on the use of the system ;: inspection = production 'is not complete.祜 Even if there are some documents, it is temporary and not equal to the patent of the Taiwan Intellectual Property Office on June 21, 2003. The patent is 537937, and the patent name is 2. f device ". The patent discloses-the species fold force. The turning of the metal and bending the metal plate can also turn the gold only like a magical shape. The disadvantage of the full-color device is that the patent discloses Γ 折: it is a folding operation, which is in progress. Material handling, no completeness "low. Θ, 14 samples will lead to unstandardized operating standards-and accurate operation. Therefore, it is necessary to provide a guideline for the use of soil and α-bending machine tools. Second generation system It can generate and length dimension information to display the bending direction of the product. [Summary of the content] Zhaye Beiru provides complete operating instructions. The main purpose of the present invention is va ji ±. 1237187 V. Description of the invention (2) and method, which can generate the schematic diagram required to guide the production of bending. "Folding of each section-to achieve the above purpose." This Maoyue provides a molding schematic diagram generation system, which includes a plurality of user computers An application server and an operating computer for each user provide an operation interface for the user. — The application server is connected and can be called from the application server. Operation. The two-body functional mold 工艺 size, material number, process parameters such as procedures, labor = including products and processing properties, seeding, molds, etc. The application server includes a plurality of software function modules and a spoon = σ a parameter setting module ’a reference straight line generating module, — two = · modules,-dimensioning modules. Among them, the parameter setting mold === processing property, machine, mold, etc. Reference line generation module: used to generate a reference line for folding and forming a schematic diagram. Molding t generation is used to set the parameter and the parameter received by the module according to the parameter setting mode, and the reference line generated by the module is applied to the reference line method to generate each of the two p = f types. The dimensioning module is used to generate the module ^ for each section of the forming process. Bending molding is not intended to dimension, and displays information such as the length and angle of the fold. Carcass position 'In order to achieve the above-mentioned object, the present invention also provides a method for establishing, which includes the following steps: (a) Selecting a seed product? Intent to generate a plan view including the product top view, the entire product molding plan, and its description; Tables required for the generation of curved forming schematic diagrams = Items Page 12 1237187 V. Description of the invention (3) Numbers include: work, take the desired turtle _ t and the nature of the work, machine, mold; (C) read the reference straight = Disc 4 ^ the reference straight line of the forming diagram; (d) obtaining the upper length; (the intersection of the curved lines and sorting; (e) calculating the forming diagram of each fold; Ί = information on the health section; (S) generating the fold of this section The size of the bend injection,) is the above-mentioned schematic diagram of the bending forming of the section. The forming system and method of the straight line t Γ is not intended to be used. Reference can be applied; !! 70% of Gu Er's bending operation tasks clearly and accurately reflect the accuracy of the product. σ and length dimension information effectively improve the bending operation efficiency and [Embodiment] The first figure of the hardware 'shows the intent generating system of the present invention's forming schematic drawing generating system including a plurality of users' electrical software, a Database 14. The applicator 12 includes a model showing this model, and is mainly used to generate a bending map into a book with a reference line method. The reference straight line method is used to generate a schematic diagram of bending forming. It is a line that passes the straight line through the bending forming diagram to be displayed, and the two ends of the straight line are the bending forming diagram. Both ends of the line, then select the straight line, enter a segment number, and, = can calculate the length of each hem based on the intersection of the fold line and the line, and finally + form a schematic diagram of the bend forming. The bending forming diagram is a side view of the workpiece forming which includes only one face of the sheet metal part, and it is used to reflect the bending direction and long solid information of the product. &Amp; ruler page 13) 1237187 V. Description of the invention (4) Each user computer 10 provides an operation interface for the user, which is connected to the application server 12 via the network 11 and can call the application server 丨2 / Medium ^ The body function module completes the corresponding operation of the bending forming diagram. The computer ^ can be a desktop computer, a laptop computer or a notebook computer. The network 11 may be an intranet, or the Internet or other types of communication networks. The database 14 is used to store various data used and generated during the generation of the bending forming schematic diagram, including product size, material number, and process parameters such as process, folding sequence, section, addition, nature, machine, mold, etc. The application server 12 is connected to the data 14 through a connection 13. Connection 1 3 is a database connection, such as an open database connection (
Open Database C〇nnectivity，0DBC) ，*Javaf 料庫 連接（Java Database Connectivity，JDBC )等。 凊參閱第二圖所示，係本發明成型示意圖生成系統之 應用伺服為主要軟體功能模組圖。本發明之應用飼服器工2 主要包括參數設定模組120，參考直線生成模組121，成 =不意圖生成模組1 2 2，尺寸樑註模組丨2 3。其中參數設定 f組120用於接收生成折彎成型示意圖所需的各種工藝參 ，包括工序、工段、加工性質、機台、模具等。參考直 f生成模組1 2 1用於接收生成折彎成型示意圖所需的參考 。成型示意圖生成模組122用於根據參數設定模組12() 收的工藝參數及參考直線生成模組121生成之參考直 用參考直線法生成各工段之折彎成型示意圖。尺寸標 織^組13用於為成型示意圖生成模組1 2 2生成之各工段折 号、型不思圖標註尺寸，顯示折彎具體位置，長度及角度 1237187 五、發明說明（5) 等資訊。 μ =第三圖所示，係本發明成型示意圖生成方法之 作業流私圖。首先’從資料庫14中讀取一個產之 其包括產品俯視圖、整個產品成型圖、 項說明（步驟S301 )。參數吟宕要求 β似事 意圖生成所需的各種工藝^ = 接收折彎成型示 、機台、模具等，並將其存資段、加工性質 。參考直線生成模組121讀取參w步驟s3 02 ) 該直線通過所要顯示的產品成型 所 v fS3 0 3 )， 並且直線的兩個端點即是折彎線， 該直線兩糕點要畫到產品的外輪廓型尸 模組⑵獲取參考直線與折彎線的交點，並以生成 f標按照，小到大順序為交點排序（步驟S3〇4 )。成型· 意圖生成权組1 22按上述交點順序依次計算各、 m結果存儲於資料庫14中（步驟S305 )。計算-長度的方法具體為：在側視圖中折彎線是垂直的，折=θ 水平的’計算時只考慮水平方肖’由於參考直線與折彎： 的父點是按照座標從小到大順序排列，所以在計算折邊長 度時$要按，此順序計算。先獲取第一個交點的座標，再 獲取第一個交點的座標，兩交點間的距離即為此段參考直 線的長度D，但由於參考直線並不一定是水平的，將/參 直線與水平方向的夾角設為~ 1此段折邊長度 。成型不意圖生成模組122獲取一個工段資訊（步驟S3〇6 )，再根據上述步驟中參數設定模組丨2〇接收的工藝參數 第15頁 1237187 五、發明說明（6) ---- 及成型示意圖生成模組122計算的各折邊長 之折彎成型示意圖，並將其存儲於資料庫14中（步驟s3〇7 )。尺寸標註模組123為上述生成的折彎成型示意圖標註 尺寸’為具體的折彎操作提供準確的尺寸依據（步驟 )° 綜上所述，本發明所提出之成型示意圖生成系統及方 法確實可符合發明專利要件，爰依法提出專利申請。惟， 乂上所述者僅為本發明成型示意圖生成系統及方法之較佳 K知例’舉凡熟悉本案技藝之人士，在參照本發明精神所 作之等效修飾或變化，皆應包含於以下之申請專利範圍内Open Database Connectivity (0DBC), * Javaf database connection (Java Database Connectivity, JDBC), etc.凊 Refer to the second figure, which is the main software function module diagram of the application servo of the molding schematic generation system of the present invention. The application feeder device 2 of the present invention mainly includes a parameter setting module 120, a reference line generating module 121, and an unintended generating module 1 2 2 and a size beam injection module 丨 2 3. Among them, the parameter setting f group 120 is used to receive various process parameters required for generating the bending forming diagram, including procedures, sections, processing properties, machines, molds, and the like. The reference straight generation module 1 2 1 is used to receive the reference needed to generate the bending forming diagram. The forming diagram generating module 122 is used to generate the bending forming diagram of each section according to the process parameters received by the parameter setting module 12 () and the reference straight line generated by the reference straight line generating module 121. The dimensional mark ^ group 13 is used to create the stencils and shapes of each section generated by the module 1 2 2 to indicate the size, and display the specific position, length and angle of the bend 1237187 V. Description of the invention (5) and other information . μ = as shown in the third figure, which is a private flow diagram of the method for generating a schematic diagram of the present invention. First, a product is read from the database 14 which includes a product top view, an entire product molding view, and item descriptions (step S301). Parametric requirements β β like things Intent to generate the various processes required ^ = Receive bending forming instructions, machines, molds, etc., and save the capital section, processing properties. The reference line generation module 121 reads the reference step s3 02) The line passes through the product molding site v fS3 0 3) to be displayed, and the two endpoints of the line are the bending lines, and the two cakes of the line are drawn to the product The outer contour type corpse module ⑵ obtains the intersection points of the reference straight line and the bend line, and sorts the intersection points in ascending order according to the generated f standard (step S304). The forming / intent generating weight group 1 22 calculates each and m in turn in the order of the intersections described above, and stores the results in the database 14 (step S305). The calculation of the length method is as follows: in the side view, the bend line is vertical, and the fold = θ is horizontal. 'Only consider the horizontal square when calculating.' Because of the reference line and the bend: the parent point of the order is from small to large. Permutations, so when calculating the length of the hemming, $ should be calculated in this order. First obtain the coordinates of the first intersection point, and then obtain the coordinates of the first intersection point. The distance between the two intersection points is the length D of the reference straight line for this segment. However, the reference straight line is not necessarily horizontal. The included angle in the direction is set to ~ 1 the length of this hem. The molding unintentional generation module 122 obtains a section information (step S306), and then sets the module according to the parameter in the above steps 丨 20. Process parameters received on page 15 1237187 V. Description of the invention (6) ---- and The forming schematic diagram for each folding edge length calculated by the forming schematic diagram generating module 122 is stored in the database 14 (step s307). The dimensioning module 123 dimensioning the generated bending forming schematic diagram 'provides accurate dimensional basis (steps) for specific bending operations. In summary, the forming schematic diagram generating system and method proposed by the present invention can indeed meet For patents of invention, a patent application is filed according to law. However, the above is only a good example of the system and method for forming a schematic diagram of the present invention. For example, those who are familiar with the technology of this case, and equivalent modifications or changes made with reference to the spirit of the present invention, should be included in the following Within the scope of patent application
1237187 圖式簡單說明 【圖式簡單說明】 第一圖係本發明成型示意圖生成系統之硬體架構圖-第二圖係本發明成型示意圖生成系統之應用伺服器主要軟 體功能模組圖。 第三圖係本發明成型示意圖 【主要元件符號說明】 生成方法之作業流程圖。 使用者電腦 10 網路 11 應用祠服器 12 參數設定模組 120 參考直線生成模組 121 成型示意圖生成模組 122 尺寸標註模組 123 連接 13 資料庫 141237187 Schematic illustration [Schematic description] The first diagram is the hardware architecture diagram of the molding schematic diagram generation system of the present invention-the second diagram is the main software function module diagram of the application server of the schematic diagram generation system of the present invention. The third figure is a schematic diagram of the molding of the present invention. [Description of the main component symbols] The operation flowchart of the generation method. User computer 10 Internet 11 Application server 12 Parameter setting module 120 Reference line generation module 121 Molding diagram generation module 122 Dimensioning module 123 Connection 13 Database 14
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