201217132 六、’發明說明： 【發明所屬之技術領域】 一2 =涉及一種沖型刀模，且其包括沖型刀模組 之結構型態與操作方法之創新設計者。 【先前技術】 按二沖〒刀模用以製造成型可摺式成品（如包裝纸盒 ^ /、刀模之刀刀通#須區分成沖斷刀部與沖壓刀部， ，、：沖斷刃部係藉以將料件加以沖斷製成邊形，沖壓刃部 貝二=沖壓出預摆输，以利於該可摺式成品之後續摺 曲作業的施作》 然而，所述沖型刀模實M k , 沖廢刀部縱使以極大力道衝；：：件型作業時，其 .._ 擎科件’右料件底部以剛性平 :;眘由於料：於受衝擊部位無可退讓空間且被剛性抵 實：上是；Γ製造出理想的預摺線型態；為此，相 關業界目則的因應解決作法，通常是 件進行沖型作業時，操作人M會先棋貫際二 .m, , N „.. 无取—疼可軟性之襯材（ 如硬厚紙板），復將該襯材置於欲沖型之料且必 須將它黏貼或夹持定位’俟沖型刀模衝擊料件時，立沖壓 刀部之壓力會透過料件而在該襯材上產生凹痕，缺後，操 作人員再依據該凹痕形狀，以人力切匈 ’、’、’ 料件受衝擊時退讓之凹溝或穿透溝部&，：=後 =凹溝ϊϊί溝之襯材就能夠被當作-沖型：襯底構 —次沖型作業時’料件均可藉由襯材 的S又置而沖壓出理想之預摺線部位型態。 惟查，前述沖型刀模之習知技術^實際 現仍存在下述問題點： 〃 ％用，.二驗中發 對於彳、規型料，基W本經濟效益 考…可能母:人沖型作業僅成型單—成品…所以心 201217132 , 〜二工双丁呢 前述習知技術中， 小規格沖型料件加工而言，往往單一組沖 十袭個甚至數十個成品刀型所排列構 镇即包括有 曰户又啊1f ,探1卞八貝Μ入刀切割方- 出凹溝或穿透溝之作法，顯然是一件二當^拉該概材切割 的工法，而切割所得結果，其精準度、工敕从而人缺效率 —ϊ® * π _u ^ ^,J ^ ^ ^ 正性均為難以掌 %，再者，當沖孓作業的加工量齡炙 — 里权多時，玆翩飪权 一…·· 操作人員以人力切割方式：：難瞭解， 法，顯然是一件知者致二μ礙材切割 一 一龙性均；^+ 此時，操作人員顯 然必須再重新切割製造出新的襯材，這顯然 、‘‘" 相當麻煩而令相關人員極其困擾之問題。 控的一環丨再者，當沖型作業的加工量輕客& ^马難以掌 -Γ此—也j· 4« 置权夕時’該襯材極 可此在尚未完工之前即相壞無法使用，此時，操作人員顯 然必須再重新切割製造出新的襯材，這顯然造成沖型作業 上相當麻煩而今相關人員極其困擾之 是以，針對上述習知沖型刀模應用上所存在之問題點 鲁，如何研發出一種能夠更具理想實用性之創新構造與操作 方法設計，實有待相關業界再加以思索突破之目標及方向 者0 有鑑於此，發明人本於多年從事相關產品之製造開發 與設計經驗，針對上述之目標，詳加設計與審慎評估後， 終得一確具實用性之本發明c 【發明内容】 本發明之主要目的，係在提供一種沖型刀模組、壓凸 痕襯板及沖型刀模組之操作方法，其所欲解決之問題點， 係針對如何研發出一種更具理想實用性之新式沖梨刀模組 結構及其操作方法為目標加以思索突破者. 本發明解決問題之技術特點，就結構面而言，所述沖 型刀模組係包括：一沖型用刀模，包括一模座以及凸設於 模座底面之沖斷刃部與沖壓刀部，且該模座並設有複數襯 板對位標記部；一壓凸痕襯板，藉以配合沖型用刀模使用 4 201217132 ’該壓凸痕觀板係為具有厚度之一板體塑態，其設有複數 裝設對位標記部，以及設定線狀型態之壓凸痕避讓部；其 中該裝設對位標記部能夠與該沖型用刀模之模座所設襯板 對位標記部相對位’該壓凸痕避讓部的位置與型態則與該 沖型用刀模之模座所設沖壓刃部相配合； 本發明之另—目的，係更提供該沖型刀模組之操作方 法’主要包括：準備該沖型用刀模以及製造成型該壓凸痕 概板’且藉由機器加工手段成型該壓凸痕襯板之壓凸痕避 讓部；復將沖型用刀模裝設於沖型設備之衝擊作動部；復 ®利用模座所設襯板對位標記部與壓凸痕襯板所設裝設對位 標記部之對位關係’將壓凸痕襯板設置定位於沖型設備之 工作平台上’以令壓凸痕襯板所設壓凸痕避讓部的位置能 夠與沖型用刀模之模座所設沖壓刃部相配合；接著將欲沖 型之料件置於該壓凸痕襯板上；然後啟動沖型設備之衝擊 作動部令沖型用刀模對料件進行沖型動作；藉此，該料件 文模座之沖壓刀部沖壓部位底側，即可形成朝壓凸痕襯板 所設壓凸痕避讓部凸出之凸形摺痕； 藉此創新獨特設計’使本發明對照先前技術而言，藉 鲁由所述壓凸痕襯板本身即具有裝設對位標記部及壓凸痕避 讓部之結構設計，於沖型作業中即可方便輕易地與沖型用 刀模配合使用，達到沖壓出凸出狀理想預摺線型態之目的 ，本發明能夠徹底解決習知技術中以人力切割方式於概材 切割出避讓部所產生的費時、欠缺效率及精準工整度難以 掌控等問題；且因本發明所述壓凸痕襯板能夠大量生產， 當其損壞無法使用時能夠快速更新，進而達到大幅提升沖 型作業效率與品質之優點與實用進步性。 【s] 201217132 【實施方式】 。月參閱第1 、2 、3 、4圖所示，係本發明沖型刀模 組、壓凸痕襯板及沖型刀模組之操作方法之較佳實施例’ 惟此等實施例僅供說明之用，在專利申請上並不受此結構 之限tpj，首先就結構面而言，本發明所述沖型刀模組A係 包括下述構成： /中型用刀模10，係包，括一模座；[1以及凸設於該模座 11底面之沖斷刃部12與沖壓刃部13，且其中，該模座Η並 設有複數個概板對位標記部14 ·， 一壓凸痕襯板20，係藉以配合該沖犁用刀模1〇使用’ 該壓凸痕襯板20係為具有厚度之一板體型態，其設有複數 裝設對位標記部21 ’以及設定線狀型態之壓凸痕避讓部22 ••其中該裝設對位標記部21能夠與該沖型用刀模1〇之模座 11所設襯板 置與型態則 配合（如第 其中， 、木板任其 其中， 板20所設裝 麼凸痕觀板 所配合構成 設呈可彈性 中空管141 係可組設一 頂撐。 其中’ 該麼凸痕避 對位標記部 與該沖型用 4圖所示） 該壓凸痕襯 中一者所構 該松座11所 設對位標記 20臨近周側 之貫施型態 伸縮凸柱型 内組設限位 彈簧143 14相對位，該壓凸痕避讓部 刀模10之模座11所設沖壓刃部13相 〇 板20可為硬紙板、塑膠板、發泡板 成者 設襯板對位標記部14以及壓&痕襯 21，可為間隔分佈於該模座η與 區域呈可彈性伸縮之凸柱與穿透孔 二此詳如第8圖所示，該模座11所 L之襯板對位標記部14 -：縮…該伸縮柱=端 以將該伸縮桎142 f態向外端彈性 讓部22之具體型態如第6圖所示， [S1 6 201217132 可設為貫穿該壓凸痕襯板20厚度方向之型態；或者如第7 圖所示之壓凸痕避讓部22B ，其係設為内凹溝槽之型態者 ;立其中，當該壓凸痕避讓部22為貫穿型態時，其線形係 為間續式型態（以避免成為環形透孔而脫落）；而當該壓 凸痕避讓部22B為内凹溝槽型態時，其線形則可為間續式 或連貫式任其中一種型態；此如第5圖所揭壓凸痕避讓部 22C ’係為接近連貫式之實施型態者’而第3圖所揭之壓 凸痕避讓部22，則為間續式之實施塑態者。 接著，就本發明所述沖型刀模組之操作方法說明如下 ，請配合參第10圖所示，係包括： • (a)準備該沖型用刀模10 ; (b) 製造成型該壓凸痕襯板20，且藉由一機器加工手段 成型該壓凸痕襯板20之壓凸痕避讓部22 ;其中所述 機器加工手段，係可採用雷射切割、刀具銑切任其 中一種加工手段來達成者； (c) 將該沖型用刀模10裝設於一沖型設備30之衝擊作動 部31 ; (d) 利用該沖型用刀模10之模座11所設襯板對位標記部 14與該壓凸痕襯板20所設裝設對位標記部21之對位 # 關係’將該壓凸痕襯板20設置定位於該沖型設備30 之工作平台32上，以令該壓凸痕襯板20所設壓凸痕 避讓部22的位置能夠與沖型用刀模10之模座11所設 沖壓刀部13相配合；有關本段所述操作方法請參第 9圖所揭，係於該壓凸痕襯板20底面先黏上（或塗 佈）一背膠23 (如箭號L1所示），然後利用其所設 穿透孔型態之裝設對位標記部21向上套組定位於該 模座11所設凸柱型態之襯板對位標記部14，接著令 該模座11向下沖壓於工作平台32上，此時該壓凸痕 襯板20得以藉由背膠23之黏性而黏附定位於工作平 [S J. 7 201217132 台32上，同時構成該壓凸痕襯板2〇所設壓凸痕 部22的位置與模座11所設沖壓刃部13精準相對 之狀態，接著移除該壓凸痕襯板2〇被沖斷之邊 (標示於第9圖）；即完成將該壓凸痕襯板20 的動作； (e)將欲沖型之料件40置於該壓凸痕襯板20上（如 L2所示）； (Ο 啟動該沖型設備30之衝擊作動部31令沖型用刀 對料件40進行沖型動作；藉此，該料件4〇受模 之沖壓刃部13沖壓部位的底側，即可形成朝壓 Φ 概板20所設壓凸痕避讓部22凸出之凸形摺痕41 述料件40之沖型成品型態可參考第u圖所揭， 、包裝紙盒展開型態’其凸形摺痕41之詳細斷 狀則可參考第12圖所示’此種凸形摺痕41於該 紙盒進行曲折作業時較能達到利於輕易折動之 本發明之優點： 本發明所揭「沖型刀模組、壓凸痕襯板及沖型刀 之操作方法」主要猎由能夠相互對位配合使用之沖型 模與壓凸痕襯板創新獨特結構型態與操作方法設計， 發明對照【先前技術】~提f知技術而言，俾可藉由 壓凸痕襯板本身即具有裝設對位標記部及壓凸痕避讓 =構β又计於沖型作業中，即可方便輕易地與沖型用 配合使用’達到沖壓出凸出狀理想預摺線型態之目的 發明能夠徹底解決習知技術中以人力切割方式於襯材 出避讓部所產生的費時、欠缺效率及精準卫整度難以 等問題’ 1因本發明所述壓凸痕襯板能夠大量生產， 避讓 配合 料23 上機 箭號 模10 座11 凸痕 :所 係為 面形 包裝 效果 模組 用刀 使本 所述 部之 刀模 ;本 切割 掌控 因ft] 8 201217132 實際應用上，生產業界可以搭配沖型用刀模之售出一併附 加多組壓凸痕襯板供客戶端使用，當其損壞無法使用時即 能夠快速更新，不必再以人力切割方式解決，進而達到大 幅提升沖型作業效率與品質之優點與實用進步性。 上述實施例所揭示者係藉以具體說明本發明，且文中 雖透過特定的術語進行說明，當不能以此限定本發明之專 利範圍；熟悉此項技術領域之人士當可在瞭解本發明之精 神與原則後對其進行變更與修改而達到等效之目的，而此 等變更與修改，皆應涵蓋於如后所述之申請專利範圍所界 _定範疇中。201217132 VI. Description of the invention: [Technical field to which the invention pertains] A 2 = an innovative designer of a punching die, and which includes the structural type and operation method of the die cutter module. [Prior Art] According to the second punching die, it is used to manufacture the molded foldable finished product (such as the packaging carton ^ /, the knife cutter of the die cutter must be divided into the punching blade and the punching blade, ,,: The blade portion is formed by punching the material into an edge shape, and the punching blade portion 2 = punching out the pre-swinging to facilitate the application of the subsequent folding operation of the foldable product. However, the punching knife M M , the smashing knife section is used for a great force;:: When the part is working, its .._ 擎科's right part is rigid and flat at the bottom: Caution due to material: no retreat at the impacted part Space is rigidly resisted: the upper is; Γ creates the ideal pre-fold line type; for this reason, the relevant industry aims to solve the problem, usually when the punching operation is performed, the operator M will play the first two .m, , N „.. No absorbing-soft lining material (such as hard cardboard), the lining material is placed in the desired material and must be pasted or clamped. When the mold impacts the material, the pressure of the vertical punching portion will cause a dent on the lining material through the material, and the operator then relies on the The shape of the mark is cut by the force of the Hungarian ', ', ' the material is retracted by the groove when the material is impacted or penetrates the groove &,: = after = the groove of the groove ϊϊ gully can be regarded as - punch type: substrate In the construction-sub-type operation, the material can be punched out by the S of the lining material to form the ideal pre-folding line type. However, the conventional technique of the above-mentioned punching die has the following Problem points: 〃% use,. The second test is for the 彳, gauge material, the base W this economic benefit test... Maybe the mother: the person punching type work only form a single-finished product... so the heart 201217132, ~ two workers double Ding In the conventional technology, in the processing of small-sized punching parts, often a single group of dozens of dozens or even dozens of finished knives are arranged in the town, including the Seto and 1f, and the 1卞8 Μ Μ The cutting method - the way of ditching or penetrating the ditch, is obviously a method of cutting the profile of the material, and the result of the cutting, the accuracy, the workmanship and the lack of efficiency - ϊ® * π _u ^ ^, J ^ ^ ^ Positive is difficult to palm, and in addition, when the processing age of the punching operation is 炙 - when the right is too long, ...·· The operator cuts the way by manpower:: Difficult to understand, the law is obviously a knower who causes the two to block the material to cut one by one; ^+ At this point, the operator obviously has to re-cut to create a new one. Lining, this is obviously, ''" quite troublesome and extremely troublesome for the relevant personnel. The control of the ring is again, when the processing volume of the punching operation is lighter & ^ horse is difficult to palm - this is also - j 4« The right time of the lining material can be used before it can be used. At this time, the operator obviously has to re-cut and create a new lining material, which obviously causes a lot of trouble in the punching operation. It is extremely troublesome for the relevant personnel to solve the problems in the application of the above-mentioned conventional punching die. How to develop an innovative structure and operation method design that can be more ideal and practical, and the relevant industry needs to think about it again. The goal and direction of the breakthrough 0 In view of this, the inventor has been engaged in the manufacturing development and design experience of related products for many years. After detailed design and careful evaluation, the above objectives are finally achieved. SUMMARY OF THE INVENTION The present invention is directed to providing a method for operating a punching knife module, a pressure embossing lining plate, and a punching knives module, and the problem to be solved is Aiming at how to develop a new type of pear knives module structure and its operation method which is more ideal and practical, the present invention solves the technical problem. In terms of structural plane, the punching knives module The utility model comprises: a punching die, comprising a die seat and a punching blade portion and a punching blade portion protruding from a bottom surface of the die holder, wherein the die holder is provided with a plurality of liner alignment marks; a pressing convex mark The lining plate is used to match the punching die. 4 201217132 'The embossing plate is a plate-shaped plastic body having a thickness, and is provided with a plurality of matching alignment marks, and a line type pressure is set. a burr avoiding portion; wherein the mounting alignment mark portion is opposite to a lining mark aligning portion of the die holder of the punching die; 'the position and shape of the embossed escaping portion and the rush The stamping blade portion of the mold base of the mold is matched; the invention In another aspect, the method for operating the punching knife module is further provided to: 'prepare: preparing the punching die and manufacturing the pressing convex profile plate' and molding the pressed convex liner by machining means The embossing relief portion of the embossing type is installed in the impact urging portion of the punching type device; the quilt is provided by the aligning mark portion of the lining plate and the embossed lining plate The alignment relationship of the marking portion 'positions the pressing embossing liner on the working platform of the punching device' so that the position of the pressing burr avoiding portion of the pressing embossing lining can be matched with the die holder of the punching die The punching blade portion is matched; then, the material of the desired punching type is placed on the pressing and embossing lining plate; then the impacting action portion of the punching device is activated, and the squeezing die is used to perform the punching action on the material member; Therefore, the bottom side of the stamping portion of the stamping knives of the material mold base can form a convex crease protruding from the pressing burr avoiding portion of the pressing embossing lining; thereby innovating and uniquely designing the invention According to the prior art, the pressure embossing liner itself has a mounting alignment mark The structural design of the portion and the embossed relief portion can be easily and easily used in combination with the punching die in the punching operation, so as to achieve the purpose of punching out the convex shape and the ideal pre-folding line shape, the invention can completely solve the problem In the technology, the problem of time-consuming, inefficient and precise workmanship caused by cutting out the avoidance part by the man-cutting method is difficult to control; and the embossed lining plate can be mass-produced according to the invention, and can not be used when it is damaged. It can be quickly updated to achieve the advantages and practical advancement of greatly improving the efficiency and quality of the punching operation. [s] 201217132 [Embodiment]. Referring to Figures 1, 2, 3, and 4, a preferred embodiment of the method of operating a punching knife module, a pressure embossing lining, and a punching knives module of the present invention is the only embodiment of the present invention. For the purpose of description, the patent application is not limited to the structure tpj. Firstly, in terms of the structural plane, the punching die module A of the present invention comprises the following components: / a medium-sized die 10, a tie, a die holder; [1] and a punching blade portion 12 and a punching blade portion 13 projecting from a bottom surface of the die holder 11, and wherein the die holder is provided with a plurality of plate alignment marks 14, The embossed lining plate 20 is used in conjunction with the knives for the plough. The embossed lining 20 is a plate body having a thickness, and is provided with a plurality of aligning marks 21'. And the pressurizing and convex escaping portion 22 for setting the linear shape; wherein the mounting alignment mark portion 21 can be matched with the lining plate and the pattern of the die holder 11 of the punching die 1 ( (for example) In the middle, the wooden board is included therein, and the plate 20 is provided with a convex viewing plate, and the elastic hollow tube 141 is configured to form a top support. The embossed escaping mark portion and the punch pattern are shown in FIG. 4). The embossed lining is formed by one of the embossed linings. The limiting spring 143 14 is disposed oppositely, and the stamping blade 13 of the die holder 11 of the pressing burr avoiding portion 10 is provided with a lining plate 20 for the cardboard, the plastic plate and the foaming plate. The position mark portion 14 and the pressure & lining 21 may be a protrusion and a penetration hole which are elastically stretchable and spaced apart from the mold base η and the region. As shown in FIG. 8 , the mold base 11 is L. The lining mark aligning portion 14 -: the squash ... the telescopic column = the end of the telescopic 桎 142 f state of the outer end elastic portion 22 as shown in Fig. 6, [S1 6 201217132 can be set a pattern extending through the thickness direction of the pressure embossing liner 20; or a embossing relief portion 22B as shown in Fig. 7, which is a type of concave groove; and when the embossing When the relief portion 22 is in the through-type, the linear shape is a continuous pattern (to avoid falling out as an annular through-hole); and when the pressure-and-concave relief portion 22B is in a concave groove pattern The linear shape may be either a continuous or a continuous type; this is as shown in Fig. 5, the embossed relief portion 22C ' is close to the coherent embodiment' and the third figure is disclosed The embossed relief portion 22 is a plasticizer that performs the continuous mode. Next, the operation method of the punching knife module according to the present invention is as follows. Please refer to FIG. 10, which includes: (a) preparing the punching die 10; (b) manufacturing the molding die The embossing lining 20 is formed by a machining means for forming the embossing relief portion 22 of the embossed lining 20; wherein the machining means can be processed by laser cutting or cutting. (c) mounting the punching die 10 to the impact actuating portion 31 of the punching device 30; (d) using the liner pair of the die holder 11 of the punching die 10 The position marking portion 14 and the alignment mark relationship of the alignment mark portion 21 are disposed on the working surface 32 of the punching device 30. The position of the pressing burr avoiding portion 22 of the pressure embossing lining 20 can be matched with the punching knives 13 provided in the die holder 11 of the squeezing die 10; for the operation method described in this paragraph, please refer to the ninth. As shown in the figure, a backing 23 (shown by arrow L1) is first adhered (or coated) on the bottom surface of the pressing and squeezing lining 20, and then the through hole is provided. The alignment mark portion 21 is positioned on the lining alignment mark portion 14 of the stud type of the die holder 11 and then the die holder 11 is pressed down onto the work platform 32. The pressure embossing lining 20 is adhered and positioned on the working level [S J. 7 201217132 table 32 by the adhesiveness of the adhesive 23, and constitutes the pressure embossing portion 22 of the pressure embossing lining 2 The position is precisely opposite to the stamping edge portion 13 provided by the die holder 11, and then the edge of the pressed embossed lining 2 〇 is broken (indicated in FIG. 9); that is, the embossed lining 20 is completed. (e) placing the desired material 40 on the pressure embossing lining 20 (as indicated by L2); (Ο activating the impacting portion 31 of the blasting device 30 to align the knives The material member 40 performs a punching operation; thereby, the material member 4 is subjected to the bottom side of the stamping portion of the stamping blade portion 13 of the mold, thereby forming a convex convex portion which is convex toward the pressing convex relief portion 22 of the pressing sheet Φ. Shape crease 41 The finished product type of the material member 40 can be referred to the figure in Fig. u, and the detailed shape of the package carton expansion type 'the convex crease 41 can be referred to the figure 12 Convex The crease 41 can achieve the advantages of the present invention in the case of the zigzag operation of the paper box, which is advantageous for easy folding. The invention mainly discloses the operation method of the punching knife module, the pressure embossing lining plate and the punching knife. The innovative unique structure and operation method design of the punching die and the pressed embossing lining which can be used in conjunction with each other, the invention is compared with the prior art, and the embossing lining can be used. It has the function of installing the alignment mark and the pressure and convexity avoidance = the structure of β is also counted in the punching operation, so that it can be easily and easily used with the punching type to achieve the purpose of punching out the convex shape and the ideal pre-folding line type. The invention can completely solve the problems of the time consuming, the lack of efficiency and the precision of the refurbishment caused by the man-cutting method in the manual cutting method, and the difficulty of the precision welcoming degree. Mixing material 23 On the machine arrow No. 10 Block 11 The embossing mark: It is a face-shaped packaging effect module with a knife to make the knife part of this part; the cutting control is controlled by ft] 8 201217132 In practical application, the production industry can match Punching type The utility model also sells a plurality of sets of pressure embossing linings for use by the client, and can be quickly updated when the damage is unusable, and no need to be solved by manual cutting, thereby achieving a substantial improvement in the efficiency and quality of the punching operation. The advantages and practical advancement. The above embodiments are intended to be illustrative of the present invention, and are not to be construed as limiting the scope of the invention. The principle is changed and modified to achieve the equivalent purpose, and such changes and modifications shall be covered in the scope of the patent application scope as described later.
m 9 201217132 【圖式簡單說明】 第1圖：本發明沖型刀模組較佳實施例之分解立體圖。 第2圖：本發明之沖型用刀模與壓凸痕襯板其中一單元部 位立體放大圖。 第3圖：本發明之沖型用刀模與壓凸痕襯板整體平面對應 示意圖。 第4圖：本發明之沖型用刀模與壓凸痕襯板其中一單元部 位相重疊狀態對照示意圖。 馨第5圖：本發明之壓凸痕避讓部型態另一實施例圖。 第6圖：本發明之壓凸痕避讓部為貫穿型態之實施例圖。 第7圖：本發明之壓凸痕避讓部為内凹溝槽型態之實施例 圖。 第8圖：本發明之模座所設襯板對位標記部結構實施型態 之剖視圖。 第9圖：本發明之壓凸痕襯板上機動作步驟示意圖。 第10圖：本發明之沖型刀模組操作方法示意圖。 第11圖：本發明之料件沖型成品型態實施例圖。 第12圖：本發明之料件具有凸形摺痕之剖視圖。 [ 主 要元件符號說明】 沖 型 刀 模 組 A 沖 型 用 刀 模 1 模 座 1 沖 斷 刃 部 1 10 201217132 [si 沖壓刃部 1 3 襯板對位標記部 1 4 中空管 1 4 1 伸縮柱 1 4 2 彈簧 1 4 3 壓凸痕襯板 2 0 裝設對位標記部 2 1 壓凸痕避讓部 2 2 、2 2 B、2 2 C 邊料 2 3 沖型設備 3 0 衝擊作動部 3 1 工作平台 3 2 料件 4 0 凸形摺痕 4 1 11m 9 201217132 [Simplified illustration of the drawings] Fig. 1 is an exploded perspective view of a preferred embodiment of the punching knife module of the present invention. Fig. 2 is a perspective enlarged view of a unit portion of the die and the stamping lining of the punching type of the present invention. Fig. 3 is a schematic view showing the overall plane of the die for punching and the embossed lining of the present invention. Fig. 4 is a schematic view showing the state in which one of the die-shaped die and the pressed-slit liner of the present invention overlap each other. Xin 5: Another embodiment of the pressure relief relief type of the present invention. Fig. 6 is a view showing an embodiment of the penetrating relief portion of the present invention in a through-type. Fig. 7 is a view showing an embodiment of the concave ridge relief portion of the present invention in a concave groove pattern. Fig. 8 is a cross-sectional view showing the configuration of the alignment mark portion of the liner provided in the mold base of the present invention. Figure 9 is a schematic view showing the steps of the action of the press-embedding liner of the present invention. Figure 10 is a schematic view showing the operation method of the punching knife module of the present invention. Figure 11 is a view showing an embodiment of the finished product of the present invention. Figure 12: A cross-sectional view of the article of the present invention having a convex crease. [ Description of main component symbols] Punching knife module A Punching die 1 Die base 1 Punching blade 1 10 201217132 [si Stamping blade 1 3 Liner alignment mark 1 4 Hollow tube 1 4 1 Expansion and contraction Column 1 4 2 Spring 1 4 3 Pressure embossed lining 2 0 Alignment marking part 2 1 Pressing burr avoiding part 2 2, 2 2 B, 2 2 C Edge material 2 3 Punching equipment 3 0 Impact actuating part 3 1 Work platform 3 2 Material 4 0 Convex crease 4 1 11