200819938 九/發明說明： 【發明所屬之技術領域】 本發明涉及一種壓毛邊系統及方法。 【先前技術】 在曰常生活中，人們用到的金屬産品大多是光滑的， 如若金屬産品上面有毛刺，使用時就容易刺手，會對使用 者的身體構成威脅，使用者的安全就得不到保障。通常， 人們所使用的沒有毛刺的産品都是透過澆灌而成，或者經 過手工打磨消除毛刺。但是，在衝壓産品的生産過程中， 諸多沖頭衝壓，切邊倒料等工藝中都不可避免地會産生毛 刺。這些毛刺難以打磨，而且在生産打磨過程中，通常會 刺傷生産人員，不符合安全生産的規定。因此，這種人工 打磨的方法不僅浪費大量的生産時間及成本，而且會造成 生産安全性低下。 因此，如何在模具生産中提供一種節省時間及成本， Φ 並且能夠提高生産安全性的系統及方法，係目前企業亟待 解決的問題。 【發明内容】 鑒於以上内容，有必要提供一種壓毛邊系統及方法， 其可將產品的毛邊壓入料帶，節省了打磨工藝，並且提高 了生産的安全性。 一種壓毛邊系統，該系統包括電腦及資料庫，該電腦 包括：圖元選取模組，用於從資料庫中選取模具設計圖中 需要壓毛邊的圖元；沖頭形式選擇模組，用於根據所選取 6 200819938 的圖元選擇壓塊的沖頭形式；工作參數設定模組，用於根 據需要設定毛邊要壓的形狀；固定方式設定模組，用於根 據所選擇的壓塊的沖頭形式設定壓塊的固定方式；合理性 檢查模組，用於檢查所設定的壓塊固定方式是否合理；及 結構繪製模組，用於當所設定的壓塊固定方式合理時，根 據所選擇的壓塊的沖頭形式及所設定的固定方式繪製壓毛 邊的結構圖。 一種壓毛邊方法，該方法包括如下步驟：（a)選取模 * 具設計圖中需要壓毛邊的圖元；（b)根據所選取的圖元選 擇壓塊的沖頭形式；（c)根據需要設定毛邊要壓的形狀；（d ) 根據所選擇的壓塊的沖頭形式設定壓塊的固定方式；（e) 檢查所設定的壓塊固定方式是否合理；及（f)當所設定的 壓塊固定方式合理時，根據所選擇的壓塊的沖頭形式及所 設定的固定方式繪製壓毛邊的結構圖。 相較於習知技術，所述的壓毛邊系統及方法，其在模 φ 具中會産生毛刺的部位生成一個壓毛邊的結構圖，以此在 衝壓時可將毛刺壓入料帶中，節省了打磨工藝，並且節省 時間及生産成本，同時提高了生産的安全性。 【實施方式】 參閱圖1所示，係本發明壓毛邊系統的較佳實施例的 系統架構圖。本較佳實施例的系統架構主要包括電腦1， 資料庫2 ’輸入設備3，及輸出設備4。 所述的資料庫可以獨立於電腦1，也可以位於電腦1之 内（比如電腦硬碟），用於存儲模具設計圖及壓毛邊圖元的 200819938 屬生。所述的輸入設備3 ’如鏠盤及/或滑鼠，用於提供操 作者輸入相關資訊。所述的輪出設備4，如顯示器，用於 顯示操作者輸入的相關資訊及繪製結果資訊等。 所述的電腦1可以係IBM架構的個人電腦（IBM Personal Computer，IBM PC)，也可以係 Apple 公司的 Mac pc，還可以係任意其他適用的電腦。該電腦工包括有圖元 k取模組110 ’沖頭形式選擇模組120，工作參數設定模組 13〇 ’固定方式设定模組140，合理性檢查模組15〇，及結 構綠製模組160。 所述的圖元選取模組110,用於選取模具設計圖中需 ^毛邊的圖7L。—般來說，模具^計圖巾所選取的圖天 ^有内孔I狀及外形形狀。所述的内孔形狀係指該所運 =元所，毛邊均位於模具設計圖中模板的内部， 5 果板的―、緣相乂。如圖3所示，曲線形狀的第一圖另200819938 Nine/Invention Description: TECHNICAL FIELD OF THE INVENTION The present invention relates to a burring system and method. [Prior Art] In ordinary life, most of the metal products used by people are smooth. If there are burrs on the metal products, they are easy to stab when used, posing a threat to the user's body, and the user's safety is Not guaranteed. Usually, the burr-free products used by people are made by watering or by hand grinding to eliminate burrs. However, in the production process of stamping products, burrs are inevitably generated in many punch punching, trimming and other processes. These burrs are difficult to sand and often stab the production staff during production and polishing, and do not meet safety production regulations. Therefore, this method of manual grinding not only wastes a lot of production time and cost, but also causes low production safety. Therefore, how to provide a system and method that saves time and cost, and can improve production safety in mold production is a problem that enterprises need to solve urgently. SUMMARY OF THE INVENTION In view of the above, it is necessary to provide a burr system and method which can press the burr of a product into a belt, which saves the grinding process and improves the safety of production. A burring system, the system comprising a computer and a database, the computer comprising: a primitive selection module, configured to select a primitive in the mold design drawing that needs to be embossed from the database; the punch form selection module is used for Selecting the punch form of the compact according to the selected element of 6200819938; the working parameter setting module is configured to set the shape of the burr to be pressed according to the need; the fixed mode setting module is used for the punch according to the selected compact Form setting the fixing method of the pressing block; the plausibility checking module is used for checking whether the set pressing method of the pressing block is reasonable; and the structure drawing module is used for selecting the pressing block to be fixed according to the selected The structure of the bristle is drawn by the punch form of the compact and the set fixing method. A method of burring, the method comprising the steps of: (a) selecting a primitive having a burr in the design; (b) selecting a punch of the compact according to the selected primitive; (c) as needed Setting the shape to be pressed by the burr; (d) setting the fixing method of the pressing block according to the punch form of the selected pressing block; (e) checking whether the set fixing method of the pressing block is reasonable; and (f) when the set pressure is set When the block fixing method is reasonable, the structural drawing of the bristle edge is drawn according to the punch form of the selected compact and the fixed manner set. Compared with the prior art, the burr system and method have a burr-forming structure in a portion where burrs are generated in the φ φ tool, so that the burr can be pressed into the belt during the punching, thereby saving The grinding process saves time and production costs while increasing production safety. [Embodiment] Referring to Figure 1, there is shown a system architecture diagram of a preferred embodiment of the burr system of the present invention. The system architecture of the preferred embodiment mainly includes a computer 1, a database 2' input device 3, and an output device 4. The database may be independent of the computer 1, or may be located within the computer 1 (such as a computer hard disk), and is used to store the mold design drawings and the embossed primitives of 200819938. The input device 3', such as a disk and/or a mouse, is used to provide operator input information. The wheel-out device 4, such as a display, is used to display related information input by the operator and to draw result information. The computer 1 can be an IBM Personal Computer (IBM PC), an Apple Mac PC, or any other suitable computer. The computer worker includes a primitive k taking module 110 'punch form selection module 120, a working parameter setting module 13 〇 'fixed mode setting module 140, a rationality checking module 15 〇, and a structural green model Group 160. The primitive selection module 110 is configured to select FIG. 7L in the mold design drawing that requires a burr. In general, the pattern selected by the mold tube has an inner hole shape and an outer shape. The shape of the inner hole refers to the inside of the template, and the burrs are located inside the template in the mold design drawing, and the “edge” of the fruit board is opposite to each other. As shown in Figure 3, the first figure of the curve shape is another
壯兀於权，5内部’不與模板的邊緣相交，屬於内孔穴 於浐：述二：形狀係指該所選取的圖元所對應的毛邊七 的的邊緣部分。如圖4所示，_ -圖兀1L騎模板6的邊緣部分，屬於外形形狀 所述的沖頭形式γ 4 H -^ '、擇拉組12〇，用於根據所選取的Ε =:I頭形式。其中’所述的壓塊的沖_ %内孔、仿形外形及矩形外形等。若該; =圖=形狀，則選取仿形内孔或矩形内孔的: η:選取的圖元爲外形形狀，則選取仿形外 或矩形外形的沖頭形式。其中，仿形内孔的沖頭形式係 8 200819938 其所對應的壓塊形狀與該内孔形狀的圖元類似，並且該壓 霉 塊包圍該内孔形狀的圖元。如圖5所示，係仿形内孔的沖 頭形式示意圖，圖中陰影部分的爲仿形内孔沖頭形式的第 一壓塊71，該第一壓塊71的外形係仿照内孔形狀的第一 圖元51而形成的，並且該第一壓塊71包圍著該第一圖元 51。矩形内孔的沖頭形式係指其所對應的壓塊係以合適大 小的矩形來包圍該内孔圖元而形成的。如圖6所示，係矩 形内孔的沖頭形式示意圖，圖中陰影部分的爲矩形内孔沖 ® 頭形式的第二壓塊72，該第二壓塊72的外形係一個可以 包圍該第一圖元51的矩形。仿形外形的沖頭形式係指其所 對應的壓塊形狀與該外形形狀的圖元類似，並且該壓塊包 圍該外形形狀的圖元。如圖7所示，係仿形外形的沖頭形 式示意圖，圖中陰影部分的爲仿形外形沖頭形式的第三壓 塊73，該第三壓塊73的外形係仿照外形形狀的第二圖元 61而形成的，並且該第三壓塊73包圍著該第二圖元61。 φ 矩形外形的沖頭形式係指其所對應的壓塊係以合適大小的 矩形來包圍該外形圖元而形成的。如圖8所示，係矩形外 形的沖頭形式示意圖，圖中陰影部分的爲矩形外形沖頭形 式的第四壓塊74，該第四壓塊74的外形係一個可以包圍 該第二圖元61的矩形。 所述的工作參數設定模組130,用於根據需要設定毛 邊要壓的形狀，並將該所設定形狀做爲該毛邊屬性存儲於 資料庫中。在本較佳實施例中，可以將要壓的毛邊設定成 斜面形狀或圓弧形狀。若選擇將毛邊壓成斜面，則還需設 9 200819938 鲁 定要壓的斜面角度；若選擇將毛邊壓成圓弧形，則還需設 m 定要壓的圓弧的半徑。其中，所述的斜面角度在大於0°並 且小於90°之間。 所述的固定方式設定模組140,用於根據所選擇的壓 塊的沖頭形式設定壓塊的固定方式。所述的壓塊的固定方 式包括靠肩式、螺絲壓靠式、鎖螺絲式及壓塊式。其中， 若壓塊的沖頭形式爲仿形内孔，則壓塊的固定方式可以選 擇靠肩式或鎖螺絲式；若壓塊的沖頭形式爲矩形内孔、仿 ® 形外形或矩形外形，則壓塊的固定方式可以選擇靠肩式、 螺絲壓靠式、鎖螺絲式、及壓塊式中的任何一種。其中， 所述的靠肩式爲用一個靠肩塊壓靠著所述的壓塊，若選擇 靠肩式，還需設置靠肩塊的長、寬、高。如圖9所示，係 靠肩式固定方式示意圖，第一靠肩塊81緊靠著矩形内孔形 狀的第二壓塊72的下邊AB來固定該第二壓塊72,其中， 邊CD及邊FE為第一靠肩塊81的長，邊FC及邊ED為第 φ 一靠肩塊81的寬。所述的螺絲壓靠式爲用一個螺絲壓靠著 所述的壓塊，並且該螺絲的一部分嵌入所述的壓塊中，若 選擇螺絲壓靠式，還需設置螺絲的規格（如M5，M6，M8 等）。如圖10所示，係螺絲壓靠式固定方式示意圖，第一 螺絲82部分嵌入到第二壓塊72内，其他部分壓入到模板 5上，以此來固定該第二壓塊72。所述的鎖螺絲式爲用一 個螺絲壓入所述的壓塊中，若選擇鎖螺絲式，還需設置螺 絲的規格。如圖11所示，係鎖螺絲式固定方式示意圖，第 二螺絲83全部壓入到第二壓塊72内來固定該第二壓塊 200819938 72。所述的壓塊式爲用一個正方體的靠肩塊壓靠著所述的 m 壓塊，並且該正方體的靠肩塊的一部分嵌入所述的壓塊 中，若選擇壓塊式，還需設置所述的正方體的靠肩塊的邊 長。如圖12所示，係壓塊式固定方式示意圖，正方形的第 二靠肩塊84部分嵌入到第二壓塊72内，其他部分壓入到 模板5上，以此來固定該第二壓塊72。於完成本實施例中， 也可以用其他類似的固定方式，以能夠將該壓塊固定於模 板上爲宜。 ® 所述的合理性檢查模組150，用於檢查壓塊固定方式 是否合理。其中，若壓塊的固定方式爲靠肩式，則檢查靠 肩的長度是否大於所壓靠的壓塊邊緣部分長度，若是，則 表明該固定方式不合理；若不是，則表明該固定方式合理。 也即，圖9中第一靠肩塊81的邊FE的長度不能大於第二 壓塊72下邊AB的長度。若壓塊的固定方式爲螺絲壓靠 式，則檢查該螺絲嵌入壓塊的部分是否包含了整個壓塊， φ 即該壓塊包含於該螺絲内，若是，則表明該固定方式不合 理；若不是，則表明該固定方式合理。也即，圖10中第一 螺絲82與第二壓塊72的重疊部分不能大到包括整個第二 壓塊72。若壓塊的固定方式爲鎖螺絲式，則檢查該螺絲是 否超出了該壓塊的範圍，若是，則表明該固定方式不合理； 若不是，則表明該固定方式合理。也即，圖11中第二螺絲 83不能超出第二壓塊72的矩形所表示的範圍。若壓塊的 固定方式爲壓塊式，則檢查該正方形的靠肩塊嵌入壓塊的 邊是否超出了該壓塊的範圍，若是，則表明該固定方式不 11 200819938 m 合理；若不是，則表明該固定方式合理。也即，圖12中正 爾 方形的靠肩塊84的邊GH不能超出第二壓塊72的矩形所 表示的範圍。 所述的結構繪製模組160,用於根據沖頭形式選擇模組 120所選取的壓塊沖頭形式及固定方式設定模組140所設 定的固定方式繪製壓毛邊的結構圖，藉由此結構圖透過衝 壓可以直接將毛邊壓入料帶。如圖9所式，係壓塊的沖頭 形式爲矩形内孔形狀，固定方式爲靠肩式的結構圖。如圖 ® 10所式，係壓塊的沖頭形式爲矩形内孔形狀，固定方式爲 螺絲壓靠式的結構圖。如圖11所式，係壓塊的沖頭形式爲 矩形内孔形狀，固定方式爲鎖螺絲式的結構圖。如圖12 所式，係壓塊的沖頭形式爲矩形内孔形狀，固定方式爲壓 塊式的結構圖。 參閱圖2所示，係壓毛邊方法的較佳實施例的流程圖。 首先，步驟S11，圖元選取模組110選取模具設計圖中需 φ 要壓毛邊的圖元。一般來說，模具設計圖中所選取的圖元 包括有内孔形狀及外形形狀。其中，所述的内孔形狀係指 該所選取的圖元所對應的毛邊均位於模具設計圖中模板的 内部，不與模板的邊緣相交。所述的外形形狀係指該所選 取的圖元所對應的毛邊位於模具設計圖中模板的邊緣部 分。 步驟S12,沖頭形式選擇模組120根據所選取的圖元選 擇壓塊的沖頭形式。其中，所述的壓塊的沖頭形式包括仿 形内孔、矩形内孔、仿形外形及矩形外形。若該所選取的 12 200819938 圖元爲内孔形狀，則可以選取仿形内孔或矩形内孔的沖頭Strong in the right, 5 internal 'does not intersect the edge of the template, belongs to the inner hole. 浐: Description 2: The shape refers to the edge portion of the burr 7 corresponding to the selected element. As shown in FIG. 4, the edge portion of the y-picture 1L ride template 6 belongs to the punch form γ 4 H -^ ' and the selected pull group 12 所述 according to the shape of the shape, and is used according to the selected Ε =: I Head form. Among them, the punch has a punching hole, a contour shape, a rectangular shape, and the like. If the ==Fig=shape, select the inner hole of the contour or the inner hole of the rectangle: η: If the selected element is an outer shape, the punch form of the outer shape of the contour or the shape of the rectangle is selected. Wherein, the punch form of the contoured inner hole is 8 200819938, and the corresponding block shape is similar to the shape of the inner hole shape, and the pressure block surrounds the primitive of the inner hole shape. As shown in FIG. 5, it is a schematic view of a punching form of a contoured inner hole. The shaded portion in the figure is a first pressing block 71 in the form of a contoured inner hole punch, and the shape of the first pressing block 71 is modeled after the shape of the inner hole. The first primitive 51 is formed, and the first pressing block 71 surrounds the first primitive 51. The punch form of the rectangular inner bore means that the corresponding briquettes are formed by enclosing the inner bore primitive with a suitably large rectangle. As shown in FIG. 6 , it is a schematic view of a punch in the shape of a rectangular inner hole, and the shaded portion in the figure is a second pressing block 72 in the form of a rectangular inner hole punching head, and the shape of the second pressing block 72 can surround the first A rectangle of a primitive 51. The form of the punch of the contoured shape means that the corresponding shape of the compact is similar to the element of the shape, and the compact surrounds the element of the shape. As shown in FIG. 7 , it is a schematic view of a punched form of a contoured shape. The shaded portion of the figure is a third pressing block 73 in the form of a contoured punch, and the shape of the third pressing block 73 is a second shape of the outer shape. The primitive 61 is formed, and the third compact 73 surrounds the second primitive 61. The punch form of the φ rectangular shape means that the corresponding briquettes are formed by enclosing the outline elements with a rectangle of a suitable size. As shown in FIG. 8, a schematic view of a rectangular shape of a punch is shown. The shaded portion of the figure is a fourth pressing block 74 in the form of a rectangular shaped punch. The fourth pressing block 74 has a shape that surrounds the second graphic element. The rectangle of 61. The working parameter setting module 130 is configured to set a shape to be pressed by the burr according to the need, and store the set shape as the burr attribute in the database. In the preferred embodiment, the burr to be pressed can be set to a beveled shape or an arcuate shape. If you choose to press the burr into a bevel, you need to set the angle of the bevel to be pressed in 200819988. If you choose to press the burr into a circular arc, you need to set the radius of the arc to be pressed. Wherein the angle of the bevel is between more than 0° and less than 90°. The fixed mode setting module 140 is configured to set a fixing manner of the pressing block according to the punch form of the selected pressing block. The fixing method of the pressing block includes a shoulder type, a screw pressing type, a lock screw type and a pressing block type. Wherein, if the punch of the pressing block is in the form of a contoured inner hole, the fixing manner of the pressing block can be selected as a shoulder type or a locking screw type; if the punching part of the pressing piece is in the form of a rectangular inner hole, a pseudo-shaped shape or a rectangular shape The fixing method of the pressing block can be any one of a shoulder type, a screw pressing type, a lock screw type, and a pressing block type. Wherein, the shoulder type is pressed against the pressing block by a shoulder block, and if the shoulder type is selected, the length, width and height of the shoulder block are also required. As shown in FIG. 9, the shoulder block 81 is fixed to the lower side of the second inner block 72 of the rectangular inner hole shape to fix the second pressure block 72, wherein the side CD and The side FE is the length of the first shoulder block 81, and the side FC and the side ED are the width of the first φ one shoulder block 81. The screw pressing type is pressed against the pressing block by a screw, and a part of the screw is embedded in the pressing block. If the screw pressing type is selected, the screw specification (such as M5, M6, M8, etc.). As shown in Fig. 10, a schematic view of the screw pressing type is adopted. The first screw 82 is partially embedded in the second pressing block 72, and the other portions are pressed into the template 5 to fix the second pressing block 72. The lock screw type is pressed into the pressure block by a screw, and if the lock screw type is selected, the specification of the screw is also required. As shown in Fig. 11, a schematic diagram of a screw-type fixing manner is adopted, and the second screw 83 is all pressed into the second pressing block 72 to fix the second pressing block 200819938 72. The pressing block type is pressed against the m pressing block by a shoulder block of a square body, and a part of the shoulder block of the square body is embedded in the pressing block, and if the pressing block type is selected, it is also required to be set. The side of the shoulder block of the cube is long. As shown in FIG. 12, a schematic diagram of a fixed block type, a square second shoulder block 84 is partially embedded in the second pressing block 72, and other portions are pressed into the template 5 to fix the second pressing block. 72. In the practice of this embodiment, other similar fixing means may be used to facilitate the fixing of the compact to the template. The plausibility check module 150 described in the ® is used to check whether the clamp block fixing method is reasonable. Wherein, if the fixing method of the pressing block is a shoulder type, it is checked whether the length of the shoulder is greater than the length of the edge portion of the pressed pressing block, and if so, it indicates that the fixing manner is unreasonable; if not, it indicates that the fixing manner is reasonable . That is, the length of the side FE of the first shoulder block 81 in Fig. 9 cannot be greater than the length of the lower side AB of the second press block 72. If the fixing method of the pressing block is the screw pressing type, it is checked whether the part of the screw embedded in the pressing block contains the entire pressing piece, φ that the pressing piece is included in the screw, and if so, the fixing manner is unreasonable; No, it means that the fixing method is reasonable. That is, the overlapping portion of the first screw 82 and the second pressing block 72 in Fig. 10 cannot be so large as to include the entire second pressing block 72. If the clamp is fixed in the form of a lock screw, check whether the screw is beyond the range of the clamp. If it is, it indicates that the fixing method is unreasonable; if not, it indicates that the fixing method is reasonable. That is, the second screw 83 in Fig. 11 cannot exceed the range indicated by the rectangle of the second press block 72. If the fixing method of the pressing block is a briquetting type, it is checked whether the side of the square shoulder block embedded in the pressing block exceeds the range of the pressing block, and if so, it indicates that the fixing manner is not reasonable; if not, then It shows that the fixing method is reasonable. That is, the side GH of the shoulder block 84 of the square in Fig. 12 cannot exceed the range indicated by the rectangle of the second press block 72. The structure drawing module 160 is configured to draw a structure diagram of the bristle edge according to the punch punch form selected by the punch form selection module 120 and the fixed mode set by the fixed mode setting module 140. The figure can be pressed directly into the strip by stamping. As shown in Fig. 9, the punch of the pressing block is in the form of a rectangular inner hole, and the fixing manner is a shoulder-like structural drawing. As shown in Fig. ® 10, the punch of the pressing block is in the shape of a rectangular inner hole, and the fixing method is a screw pressing structure. As shown in Fig. 11, the punch of the pressing block is in the shape of a rectangular inner hole, and the fixing method is a lock screw type structural drawing. As shown in Fig. 12, the punch of the pressing block is in the shape of a rectangular inner hole, and the fixing method is a block type structural drawing. Referring to Figure 2, a flow chart of a preferred embodiment of the method of crimping burrs. First, in step S11, the primitive selection module 110 selects a primitive in the mold design drawing that requires φ to be embossed. In general, the elements selected in the mold design include the shape of the inner hole and the shape of the shape. Wherein, the shape of the inner hole means that the burrs corresponding to the selected primitive are located inside the template in the mold design, and do not intersect the edge of the template. The outer shape means that the burr corresponding to the selected element is located at the edge portion of the template in the mold design drawing. In step S12, the punch form selection module 120 selects the punch form of the compact according to the selected primitive. Wherein, the punch form of the compact comprises a contoured inner hole, a rectangular inner hole, a contoured shape and a rectangular outer shape. If the selected 12 200819938 primitive is an inner hole shape, the punch of the contour inner hole or the rectangular inner hole may be selected.
V 形式；若該所選取的圖元爲外形形狀，則可以選取仿形外 形或矩形外形的沖頭形式。 步驟S13,工作參數設定模組130用於根據需要設定毛 邊要壓的形狀，並將該所設定形狀做爲該毛邊屬性存儲於 資料庫中。在本較佳實施例中，可以將要壓的毛邊設定成 斜面形狀或圓弧形狀。若選擇將毛邊壓成斜面，則還需設 定要壓的斜面角度；若選擇將毛邊壓成圓弧形，則還需設 ® 定要壓的圓弧的半徑。其中，所述的斜面角度在大於0°並 且小於90°之間。 步驟S14,固定方式設定模組140根據所選擇的壓塊的 沖頭形式設定壓塊的固定方式。所述的壓塊的固定方式包 括靠肩式、螺絲壓靠式、鎖螺絲式及壓塊式。其中，若壓 塊的沖頭形式爲仿形内孔，則壓塊的固定方式可以選擇靠 肩式或鎖螺絲式；若壓塊的沖頭形式爲矩形内孔、仿形外 φ 形或矩形外形，則壓塊的固定方式可以選擇靠肩式、螺絲 壓靠式、鎖螺絲式及壓塊式中的任何一種。 步驟S15,合理性檢查模組150檢查壓塊固定方式是否 合理。其中，若壓塊的固定方式爲靠肩式，則檢查靠肩的 長度是否大於所壓靠的壓塊邊緣部分長度，若是，則表明 該固定方式不合理；若不是，則表明該固定方式合理。若 壓塊的固定方式爲螺絲壓靠式，則檢查該螺絲嵌入壓塊的 部分是否包含了整個壓塊，即該壓塊包含於該螺絲内，若 是，則表明該固定方式不合理；若不是，則表明該固定方 13 200819938 式會理。若壓塊的固定方式爲鎖螺絲式，則檢查該螺絲是 否超出了該壓塊的範圍，若是，則表明該固定方式不合理； 若不是，則表明該固定方式合理。若壓塊的固定方式爲壓 塊式，則檢查該正方形的靠肩塊嵌入壓塊的邊是否超出了 該壓塊的範圍，若是，則表明該固定方式不合理，·若不是， 則表明該固定方式合理。 步驟S16,若所述的壓塊固定方式合理，則結構繪製模 組160根據步驟S12中所選取的壓塊沖頭形式及步驟si4 中所設定的固定方錢製壓毛邊的結構圖，藉由此結構圖 透過衝壓可以直接將毛邊壓入料帶。 在步驟S15中，若所述的壓塊固定方式合理不合理， 則返回步驟S14重新選擇固定方式。 【圖式簡單說明】 圖圖1係本發明壓毛邊系統的較佳實施例的系統架構 圖2係本發明壓毛邊方法的較佳實施例的流程圖。 圖3係内孔式毛邊示意圖。 圖4係外形式毛邊示意圖。 圖5係仿形内孔的沖頭形式示意圖。 圖6係矩形内孔的沖頭形式示意圖。 圖7係仿形外形的沖頭形式示意圖。 圖8係矩形外形的沖頭形式示意圖。 圖9係靠肩式固定方式示意圖。 圖1〇係螺絲壓靠式固^方式示意圖。 200819938 _圖11係鎖螺絲式固定方式示意圖。 圖12係壓塊式固定方式示意圖。 【主要元件符號說明】 電腦 1 資料庫 2 輸入設備 3 輸出設備 4 圖元選取模組 110 沖頭形式選擇模組 120 工作參數設定模組 130 固定方式設定模組 140 合理性檢查模組 150 結構繪製模組 160 15V form; if the selected element is an outer shape, a punch form of a contoured or rectangular shape may be selected. In step S13, the working parameter setting module 130 is configured to set the shape of the burr to be pressed as needed, and store the set shape as the burr attribute in the database. In the preferred embodiment, the burr to be pressed can be set to a beveled shape or an arcuate shape. If you choose to press the burr into a bevel, you also need to set the angle of the bevel to be pressed. If you choose to press the burr into a circular arc, you also need to set the radius of the arc to be pressed. Wherein the angle of the bevel is between more than 0° and less than 90°. In step S14, the fixed mode setting module 140 sets the fixing mode of the compact according to the punch form of the selected compact. The fixing method of the pressing block includes a shoulder type, a screw pressing type, a lock screw type and a pressing block type. Wherein, if the punch of the pressing block is in the form of a contoured inner hole, the fixing manner of the pressing block can be selected by a shoulder type or a locking screw type; if the punching form of the pressing piece is a rectangular inner hole, a contoured outer φ shape or a rectangular shape In terms of shape, the fixing method of the pressing block can be any one of a shoulder type, a screw pressing type, a lock screw type and a pressing block type. In step S15, the plausibility check module 150 checks whether the clamp fixing method is reasonable. Wherein, if the fixing method of the pressing block is a shoulder type, it is checked whether the length of the shoulder is greater than the length of the edge portion of the pressed pressing block, and if so, it indicates that the fixing manner is unreasonable; if not, it indicates that the fixing manner is reasonable . If the fixing method of the pressing block is a screw pressing type, it is checked whether the portion of the screw embedded in the pressing block contains the entire pressing block, that is, the pressing block is included in the screw, and if so, the fixing manner is unreasonable; if not , which indicates that the fixed party 13 200819938 will meet. If the clamp is fixed in the form of a lock screw, check whether the screw is beyond the range of the clamp. If it is, it indicates that the fixing method is unreasonable; if not, it indicates that the fixing method is reasonable. If the fixing method of the pressing block is a briquetting type, it is checked whether the side of the square shoulder block embedded in the pressing block exceeds the range of the pressing block, and if so, it indicates that the fixing manner is unreasonable, and if not, it indicates that The fixing method is reasonable. In step S16, if the clamping block is fixed in a reasonable manner, the structure drawing module 160 is configured according to the shape of the pressing block selected in step S12 and the structural drawing of the fixed burr in the step si4. This structural drawing can directly press the burrs into the strip by stamping. In step S15, if the briquetting fixing method is reasonably unreasonable, returning to step S14 to reselect the fixing mode. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a system architecture of a preferred embodiment of the burring system of the present invention. Figure 2 is a flow diagram of a preferred embodiment of the burring method of the present invention. Figure 3 is a schematic view of the inner hole type burr. Figure 4 is a schematic view of the outer form of the burr. Figure 5 is a schematic view of the punch form of the contoured inner bore. Figure 6 is a schematic view of a punched form of a rectangular inner bore. Figure 7 is a schematic view of a punched form of a contoured shape. Figure 8 is a schematic view of a punch form of a rectangular shape. Figure 9 is a schematic view of the shoulder-mounted manner. Fig. 1 is a schematic view of the system of the screw pressing type. 200819938 _ Figure 11 is a schematic diagram of the locking screw type fixing method. Figure 12 is a schematic view of a clamp type fixing method. [Main component symbol description] Computer 1 Database 2 Input device 3 Output device 4 Primitive selection module 110 Punch form selection module 120 Operating parameter setting module 130 Fixed mode setting module 140 Rationality checking module 150 Structure drawing Module 160 15