M352557 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種切割或切斷用器具，例如 割、打孔、衝孔、衝裁的機械之通用零件，特別係有 於一種沖切塑膠地板之砧板。 【先前技術】 按，塑膠地板於建築業中， 〜禾呆甲，使用業已久矣，其形 其色彩及利用性也以非常豐富 虽及廣泛。通常塑膠地板 由塑膠混合物經過執壓忐相二 、麈成形而得，並依據所需的尺寸 行沖切，以得到一尺+ 士 , 、Α上 尺寸大小適當而呈磚片狀之塑膠 板。一般對於塑膠地板的沖 々万法疋先將大尺寸的塑 地板母片放置在一 ρρ塑料 2针石占板上，再利用刀模直接 該塑膠地板母月進杆油厥 片進仃沖壓裁切，以形成MxN(M，N為 整數）矩陣數量的塑膠地板。然π,在反覆的沖切下 該ΡΡ塑料站板之表面容易產生損傷或是嚴重凹痕， 該ΡΡ塑料砧板老舊指 舊知裒時，則必須吾棄整個ρρ塑料 板而導致成本增加。 明參閱第1及2圖所示，一砧板】〇〇係在沖切過 中用以承載-塑膠地板母片2〇,以供_刀模1〇之複 個縱向刀板11與橫向刀板12將該塑膠地板母片2〇 成多個適田尺寸的塑膠地板，如s1及2圖所示為 個塑膠地板母片可、;φ h 士、而加确戚_ α Λ 乃宁切成四個塑膠地板。該砧板1〇〇 具有一表面101，用以供該塑膠地板母片20之放置 該表面1〇1孫_ , 係私該砧板100與該些刀板丨丨與12接觸 切 關 式 係 進 地 膠 對 正 9 當 石占 程 數 沖 係 J 的 M352557 表面101°該砧板整片係由聚丙烯（PP，Polypropylene) Μ膠原料直接壓出或射出成型之平板，故一旦該砧板 1 〇〇發生損壞或凹痕之情形，便無法修復，故為一種製 程耗材。請參閱第1及2圖所示，在沖切之過程中，該 刀模10會下壓至該砧板100，使該些刀板11與12切 穿該塑膠地板母片20。當該些刀板11與12在切穿該 塑膠地板母片20時，該些刀板11與12會切入該砧板 100°然而’在反覆的沖切下，在該砧板1〇〇之該表面 1 0 1上形成的切割凹痕會越來越明顯，甚至造成該砧板 100表面不平整’而必須更換另一整片砧板，進而導致 成本增加。 【新型内容】 有鑒於此，本創作之主要目的係在於提供一種沖切 塑勝地板之砧板，僅需要更換受損之切墊條，該砧板具 有重覆使用的耐用性，藉以降低砧板消耗成本。 本創作的目的及解決其技術問題是採用以下技術方 案來實現的。依據本創作之一種沖切塑膠地板之砧板， 包含一沖切載板以及複數個切墊條。該沖切載板之一表 面上係形成有複數個溝槽以及複數個螺孔，該些螺孔係 設於該些溝槽之側緣。該些切墊條係嵌埋於該些溝槽。 本創作的目的及解決其技術問題還可採用以下技術 措施進一步實現。 在前述砧板中，可另包含複數個螺栓，係旋入該些 螺孔’用以固定該些切塾條。 M352557 在前述砧板中，該些螺栓係可具有複數個覆蓋到該 些溝槽之帽頭。 在前述站板中，該些螺栓之帽頭係可壓觸固定該些 切墊條。 在前述砧板中’可另包含複數個墊圈，其係局部覆 蓋到該些溝槽，並且該些螺栓之螺桿係穿接該些墊圈。 在前述石占板中’該些塾圈係可壓觸固定該些切墊條。 在前述砧板中，該些螺孔係可連通至該些溝槽，以 使該些螺孔之内螺紋為非連續。 在前述砧板中’該沖切載板係可為具有剛性之金屬 板。 在前述站板中，’該些溝槽係可延伸至該沖切載板之 複數個側邊。 在前述砧板中’該些溝槽的排列係可呈複數個井字 形的組合。 在前述砧板中，該些螺孔係可交錯排列在每一溝槽 之兩侧緣。 在前述砧板中，該些切墊條之材質係可為聚丙婦（pp， Polypropylene) 〇 在前述站板中，該些切墊條的厚度係可為接近但不 大於該些溝槽的深度。 在前述砧板中，該些帽頭之底部係可為椎狀。 在前述砧板中，該些帽頭之底部係可為平面。 由以上技術方案可以看出’本創作之沖切塑膠地板 6 M352557 之砧板，有以下優點與功效： 一、藉由沖切載板之溝槽以及嵌埋在溝槽之切塾條，在 連續的沖切過程’僅需要局部更換該些切塾條，無 須更換整個砧板，故使站板不作為製程耗材，藉以 降低製造成本。此外，沖切載板不與刀板直接接 , 觸，無損傷之虞’故沖切載板能選用剛性材料，使 該砧板具有重覆使用的耐用性。 _ 二、利用螺栓旋入或旋出螺孔’以固定或鬆脫切墊條， 使該砧板能易於更換切墊條。 三、由於沖切載板之溝槽係依據刀模之刀板的排列方 式，對應形成於沖切載板上，故該砧板係可供特定 類型刀模之對位參考。 【實施方式】 以下將配合所附圖示詳細說明本創作之實施例，然 應注意的是，該些圖示均為產品之示意圖，所顯示者為 • 實際實施之形狀及尺寸比例，僅作為一種選置性之具體 6X汁，以提供更清楚的描述。在不同應用的等效性實施 例中’ 7G件的形狀、尺寸與可沖切數量皆可進行縮小、 放大或是簡化。 依據本創作之第一具體實施例，一種沖切塑膠地板 之站板舉例說明於第3圖之元件分解立體示意圖以及 第4圖之立體不意圖。該砧板2〇〇係包含一沖切載板 21〇以及複數個切墊條22()。請參閱第5圖所示，通常 該石占板2GG係作為—塑膠地板母片2G在進行沖切時的 7 M352557 承載件，並且該砧板200能提供該塑膠地板喝 整的支樓面，以使該塑膠地板母片2 〇在沖切 佳的平整度。 請參閱第3圖所示，該沖切載板210之一 上係形成有複數個溝槽212與213以及複 214，其中溝槽212與溝槽213互為垂直。並 螺孔2 1 4係設於該些溝槽2 1 2與2 1 3之側緣， 2 1 4之内螺紋係可顯露於該些溝槽2 1 2與2 1 3 載板2 1 0係可為具有剛性之金屬板。在此所指 係為硬度大於該些切墊條220的材質，較佳 板。請參閱第4圖所示’該沖切載板210係可 體。請參閱第5圖所示’該沖切載板210尺寸 塑膠地板母片20之尺寸，該塑膠地板母片2〇 於該沖切載板210之該表面211。該些切墊條 埋於該些溝槽212與213内。 清參閱第3圖所示，該些溝槽212與213 步區分為縱向溝槽212與橫向溝槽213。在 中該些縱向溝槽2 1 2係可延伸至該沖切載板 數個侧邊215。具體而言，該些橫向溝槽213 伸出該冲切載板21〇。可先安裝部分之該些切 於該些橫向溝槽213,再安裝其餘之該些切墊 在忒些縱向溝槽212内，具有組裝上與更換 性’並且該些切墊條22〇不易鬆脫。或者，該 槽212與該些橫向溝槽213係可依據使用者汽 :片20平 時能有較 表面211 數個螺孔 且，該些 該些螺孔 。該沖切 i「剛性」 為金屬鋼 為一平板 係大於該 係可平置 220係嵌 係可進一 本實施例 210之複 係可不延 墊條220 條220於 時的方便 些縱向溝 f需，而設 8 M352557 計成延伸出該沖切載板或不超出該沖切載板2 1 0之溝 槽。請參閱第3圖所示，該些縱向溝槽212與該些橫向 溝槽2 1 3的排列係可呈複數個井字形的組合。請參閱第 5圖所示，該些縱向溝槽2 1 2的形成位置係對應於一刀 模10之複數個縱向平行刀板11的位置。並且如第4圖 所示，該些橫向溝槽2 1 3的形成位置係對應到該刀模 1 〇之複數個橫向平行刀板1 2的設置位置。此外，該些 縱向溝槽212與該些橫向溝槽213的寬度係大於該些刀 板11與1 2的厚度，以避免在沖切時，造成該沖切載板 2 1 0之損傷。 請再參閱第3圖所示，在本實施例中，該些螺孔2 1 4 係可連通至該些溝槽2 1 2與2 1 3，以使該些螺孔2 1 4之 内螺紋為非連續。在此所指「非連續」係指内螺紋具有 斷缺部區段而無法連續。換言之，該些螺孔2 1 4的孔位 置係與該些溝槽2 1 2與2 1 3部分重疊。故能選用較小的 螺栓發揮固定該些切墊條220之較佳效果。通常，該些 螺孔2 1 4係可交錯排列在每一縱向溝槽2 1 2或/與每一 橫向溝槽2 13之兩側緣。如第4圖所示，該些螺孔2 14 係具有沿著在每一溝槽2 12與2 1 3兩側並呈「之」字型 的排列方式。 請參閱第3及4圖所示，在本實施例中，該砧板200 中可另包含複數個螺栓23 0，其係旋入該些螺孔2 1 4， 用以固定該些切墊條220。該些螺栓230係可具有複數 個覆蓋到該些縱向溝槽2 1 2與該些橫向溝槽2 1 3之帽頭 9 M352557 23 1。在一實施例中，該些螺栓230之帽, 觸固定該些切墊條220，以防止該些切墊 更具體地，該些帽頭231之底部係可為椎 頭231之底部能嵌埋入該些切墊條220, 板200支撲面的平整度。當要更換該些切 - 僅須將該些螺栓230旋出，便可將該些十 . 出。因此’藉由該些螺栓230能固定該些 φ 且使該站板200具有易於更換該些切墊條 此外，由於該些螺栓2 3 0係以交錯排列固 230，故能同時固定該些切墊條230之兩 固定效果。 請參閱第3及5圖所示，在沖切時，u 1 2係切入該些切墊條2 2 0，而不會對該沖 成損傷。該些切墊條220係具有對應該4 213之適當的長度與寬度，故可替換該些 ® 以降低站板消耗成本。在本實施例中，該 之材質係可為聚丙晞（pp，p〇lypr〇pylene) 22〇的長度係可不大於該些縱向溝槽212 槽213的長度。該些切墊條22〇的寬度係 向溝槽212與該些橫向溝槽213的寬度， 切墊條220嵌埋於該些縱向溝槽212與 213。請參閱第4及5圖所示，該些切墊 係可為接近但不大於該些縱向溝槽212 槽213的深度’使該砧板2〇〇具有平整的 頭231係可塵 條2 20滑出。 狀，使該些帽 故能維持該站 墊條2 2 0時， β墊條220取 切墊條220， 220之功效。 定該些'切墊條 側邊，以提并 矣些刀板11與 切載板2 1 0造 έ溝槽2 1 2與 切墊條220， 些切墊條220 。該些切墊條 與該些橫向溝 稍小於該些縱 以便於將該些 該些橫向溝槽 條220的厚度 與該些橫向溝 支撐面，俾使 10 M352557 在多次裁切過裎中，塑勝地板母片20仍可平置於 板200上，不會有翹曲的問題，故能準確裁切該塑 板母片20。 請參閱第3及5圖所示，在沖切之過程中，該 地板母片20係先放置於該砧板200上’再下壓該 10至該砧板200，並利用該些刀板11與12將該塑 板母片20沖切成複數個適當尺寸大小的塑膠地板 g 體而言，該些刀板11與12係先切穿該塑膠地板 20再稍切入該些切墊條220。在反覆沖切的情況下 些刀板11與1 2會在該些切墊條220上形成切割痛 而本創作無須更換另一砧板，僅須更換受損之切 2 2 0即可’故能降低砧板消耗成本。因此，該砧柄 能局部更換受損之切墊條，並能維持平整的支撐3 此外，由於該沖切載板210之溝槽212與213 據該刀模10之刀板11與12的排列方式，對應形 # 該沖切載板2 1 0上，故該砧板200係可供特定類型 1 〇之對位參考。 依據本創作之第二具體實施例，另一種沖切塑 板之砧板舉例說明於第6圖之立體示意圖。該砧相 係包含一沖切載板2 1 0以及複數個切墊條220。其 第一實施例相同的主要元件將以相同符號標示，並 相同或類似的作用與功效，在此不再予以贅述。M352557 VIII. New description: [New technical field] This creation is a general-purpose part of a machine for cutting or cutting, such as cutting, punching, punching, punching, especially for a die cutting. The cutting board of the plastic floor. [Prior Art] According to the plastic floor in the construction industry, ~ Heshang A, has been used for a long time, its color and usability are also very rich, although extensive. Usually, the plastic floor is formed by pressing the 忐 phase and 麈 of the plastic mixture, and punching according to the required size, so as to obtain a plastic plate with a suitable size and a tile shape on the one foot + s. Generally, for the plastic floor, the large-size plastic floor mother piece is first placed on a ρρ plastic 2-pin stone plate, and then the plastic floor is directly used to feed the plastic floor. Cut to form a plastic floor with a number of MxN (M, N is an integer) matrix. However, under the repeated punching, the surface of the plastic station board is prone to damage or serious dents. When the plastic cutting board is old, it must be discarded by the entire ρρ plastic sheet, resulting in an increase in cost. As shown in Figures 1 and 2, a chopping board is used to carry the plastic floor master 2 冲 in the die-cutting, for the longitudinal blade 11 and the transverse blade of the _ die 1 12 The plastic floor mother sheet 2 is smashed into a plurality of plastic floor materials of suitable size, as shown in s1 and 2, a plastic floor mother sheet can be; φ h 士, and 戚 戚 _ α Λ 乃宁切Four plastic floors. The cutting board 1 has a surface 101 for the surface of the plastic floor mother board 20 to be placed, and the cutting board 100 is in contact with the knife boards 12 and 12 Glue alignment 9 When the stone is occupied by the number of M352557, the surface of the M352557 is 101°. The whole piece of the chopping board is directly extruded or shot out from the polypropylene (PP, Polypropylene) rubber raw material, so once the chopping block 1 is damaged or In the case of dents, it cannot be repaired, so it is a process consumable. Referring to Figures 1 and 2, during the blanking process, the die 10 is pressed down to the cutting block 100 so that the blades 11 and 12 cut through the plastic floor master 20. When the blades 11 and 12 are cut through the plastic floor mother substrate 20, the blades 11 and 12 will cut into the cutting plate 100. However, under the repeated die cutting, the surface of the cutting plate 1 is The cutting indentations formed on the 1 0 1 will become more and more obvious, and even the surface of the anvil 100 may be uneven, and another whole cutting board must be replaced, resulting in an increase in cost. [New content] In view of this, the main purpose of this creation is to provide a cutting board for die-cutting plastic plate, which only needs to replace the damaged cutting strip, which has the durability of repeated use, thereby reducing the cost of the cutting board. . The purpose of this creation and solving its technical problems are achieved by the following technical solutions. According to the present invention, a cutting board for punching a plastic floor comprises a punching carrier and a plurality of cutting strips. One surface of the punching carrier is formed with a plurality of grooves and a plurality of screw holes, and the screw holes are disposed on side edges of the grooves. The dicing strips are embedded in the grooves. The purpose of this creation and solving its technical problems can be further realized by the following technical measures. In the foregoing cutting block, a plurality of bolts may be further included and screwed into the screw holes ' to fix the cutting bars. M352557 In the foregoing cutting block, the bolts may have a plurality of caps covering the grooves. In the aforementioned station plate, the caps of the bolts can press and fix the shims. In the foregoing cutting block, a plurality of washers may be additionally included, which partially cover the grooves, and the screws of the bolts are threaded through the washers. In the aforementioned stone slabs, the loops can be pressed to fix the kerf strips. In the foregoing cutting block, the screw holes are connected to the grooves such that the internal threads of the screw holes are discontinuous. In the foregoing anvil, the punching carrier can be a rigid metal plate. In the aforementioned station plate, the grooves may extend to a plurality of sides of the punching carrier. The arrangement of the grooves in the aforementioned anvil may be a combination of a plurality of wells. In the foregoing cutting block, the screw holes may be staggered on both side edges of each groove. In the foregoing cutting board, the material of the cutting strips may be pp (polypropylene) 〇 in the station board, and the thickness of the strips may be close to but not greater than the depth of the grooves. In the aforementioned cutting board, the bottoms of the caps may be vertebral. In the foregoing cutting board, the bottoms of the caps may be flat. It can be seen from the above technical scheme that the cutting board of the 6 M352557 punched plastic floor of the present invention has the following advantages and effects: 1. By continuously cutting the groove of the carrier and the cutting strip embedded in the groove, in continuous The punching process only requires partial replacement of the cutting strips, and it is not necessary to replace the entire cutting board, so that the station board is not used as a process consumable, thereby reducing the manufacturing cost. In addition, the punching carrier plate is not directly connected to the blade, and is not damaged. Therefore, the punching carrier plate can be made of a rigid material, so that the cutting plate has durability for repeated use. _ Second, use a bolt to screw in or out the screw hole ' to fix or loosen the cutting mat, so that the cutting board can easily replace the cutting strip. 3. Since the groove for punching the carrier plate is formed according to the arrangement of the blade of the die, correspondingly formed on the punching carrier plate, the cutting plate is available for the reference of the specific type of die. [Embodiment] Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings, and it should be noted that these drawings are schematic views of the products, and are shown as: • Actually implemented shapes and size ratios, only as An optional specific 6X juice to provide a clearer description. In the equivalent embodiment of the different applications, the shape, size and punchable number of the '7G piece can be reduced, enlarged or simplified. According to a first embodiment of the present invention, a station board for punching a plastic floor is exemplified by an exploded perspective view of the element in Fig. 3 and a perspective view of Fig. 4. The chopping block 2 includes a punching carrier 21 〇 and a plurality of dicing strips 22 (). Referring to FIG. 5, the stone slab 2GG is generally used as a 7 M352557 carrier for the plastic floor master 2G when punching, and the cutting board 200 can provide the plastic floor to the full floor. The plastic floor mother substrate 2 is placed on the flatness of the punching. Referring to FIG. 3, one of the punching carriers 210 is formed with a plurality of trenches 212 and 213 and a plurality of trenches 214, wherein the trenches 212 and the trenches 213 are perpendicular to each other. The screw holes 2 14 are disposed on the side edges of the grooves 2 1 2 and 2 1 3 , and the internal threads of the 2 1 4 are exposed to the grooves 2 1 2 and 2 1 3 carrier plates 2 1 0 It can be a rigid metal plate. Here, the reference is made of a material having a hardness greater than that of the plurality of dicing strips 220, preferably a plate. Referring to Fig. 4, the punching carrier 210 is a body. Referring to Fig. 5, the size of the plastic substrate master 20 of the punching carrier 210 is sized on the surface 211 of the punching carrier 210. The shims are buried in the grooves 212 and 213. As shown in FIG. 3, the trenches 212 and 213 are divided into a longitudinal trench 212 and a lateral trench 213. The longitudinal grooves 2 1 2 can extend to the side edges 215 of the punching carrier. Specifically, the lateral grooves 213 extend out of the punching carrier 21〇. The portion of the lateral groove 213 may be first mounted, and the remaining of the plurality of cutting pads may be installed in the longitudinal grooves 212 to be assembled and replaceable and the cutting strips 22 are not easily loosened. Take off. Alternatively, the slot 212 and the lateral grooves 213 can be based on the user's vapor: the sheet 20 can have a plurality of screw holes and 190 holes. The punching i "rigid" is that the metal steel is a flat plate system larger than the system can be flat 220 series embedded system can be inserted into a 210 embodiment of the present invention without the need for the strip 220 220 at the time of the convenience of the longitudinal groove f, The 8 M352557 is designed to extend out of the punching carrier or not beyond the groove of the punching carrier 210. Referring to Figure 3, the longitudinal grooves 212 and the lateral grooves 2 1 3 may be arranged in a plurality of well-shaped combinations. Referring to Fig. 5, the longitudinal grooves 2 1 2 are formed at positions corresponding to the plurality of longitudinal parallel blades 11 of a die 10. And as shown in Fig. 4, the lateral grooves 2 1 3 are formed at positions corresponding to the positions of the plurality of transverse parallel blades 12 of the die 1 . In addition, the widths of the longitudinal grooves 212 and the lateral grooves 213 are greater than the thicknesses of the blades 11 and 12 to avoid damage to the punching carrier 210 during punching. Referring to FIG. 3 again, in the embodiment, the screw holes 2 14 are connected to the grooves 2 1 2 and 2 1 3 so that the screw holes 2 1 4 are internally threaded. It is non-continuous. As used herein, "discontinuous" means that the internal thread has a broken section and cannot be continuous. In other words, the hole positions of the screw holes 2 14 are partially overlapped with the grooves 2 1 2 and 2 1 3 . Therefore, a smaller bolt can be used to exert the better effect of fixing the strips 220. Typically, the tapped holes 2 14 are staggered at each of the longitudinal grooves 2 1 2 or/and the side edges of each of the lateral grooves 2 13 . As shown in Fig. 4, the screw holes 2 14 are arranged in a zigzag pattern along the sides of each of the grooves 2 12 and 2 1 3 . As shown in FIG. 3 and FIG. 4 , in the embodiment, the cutting block 200 can further include a plurality of bolts 23 0 that are screwed into the screw holes 2 1 4 for fixing the cutting strips 220 . . The bolts 230 can have a plurality of caps 9 M352557 23 1 covering the longitudinal grooves 2 1 2 and the lateral grooves 2 1 3 . In an embodiment, the caps of the bolts 230 are fixed to the cutting pads 220 to prevent the cutting pads from being more specifically. The bottoms of the caps 231 can be embedded in the bottom of the vertebral head 231. Into the cusps strips 220, the flatness of the slabs of the slabs 200. When the cuts are to be replaced - only the bolts 230 need to be unscrewed, and the ten pieces can be removed. Therefore, the φ can be fixed by the bolts 230 and the station board 200 can be easily replaced with the shims. Further, since the bolts 203 are arranged in a staggered arrangement 230, the cuts can be fixed at the same time. The two fixing effects of the spacer 230. Referring to Figures 3 and 5, during the blanking, u 1 2 cuts into the cusps 2 2 0 without damaging the damage. The strips 220 have the appropriate length and width corresponding to 4 213, so the ® can be replaced to reduce the cost of the station board. In this embodiment, the material may be polypropylene (pp, p〇lypr〇pylene) 22〇 and the length may be no more than the length of the longitudinal grooves 212. The width of the shims 22 系 is the width of the groove 212 and the lateral grooves 213, and the shims 220 are embedded in the longitudinal grooves 212 and 213. Referring to Figures 4 and 5, the cutting pads may be close to but not larger than the depth of the grooves 213 of the longitudinal grooves 212. The cutting plate 2 has a flat head 231 and the dust bar 2 20 is slippery. Out. In the shape, when the caps can maintain the station mat 2 2 0, the β mat 220 takes the effect of cutting the mats 220, 220. The sides of the 'cutting strips' are fixed to pick up the cutting plates 11 and the cutting plates 2 10 to form the grooves 2 1 2 and the cutting strips 220, and the cutting strips 220. The cutting strips and the lateral grooves are slightly smaller than the longitudinal direction to facilitate the thickness of the lateral grooved strips 220 and the lateral groove supporting surfaces, so that the 10 M352557 is cut in a plurality of times. The resort panel 20 can still be placed flat on the panel 200 without the problem of warping, so that the panel 20 can be accurately cut. Referring to Figures 3 and 5, during the blanking process, the floor master 20 is placed on the cutting board 200 first, and then the 10 is pressed down to the cutting board 200, and the blades 11 and 12 are utilized. When the plastic sheet mother sheet 20 is die-cut into a plurality of plastic floor g bodies of appropriate size, the blades 11 and 12 are cut through the plastic floor 20 and then cut into the cutting strips 220. In the case of repeated die cutting, some of the blades 11 and 1 2 will form a cutting pain on the cutting strips 220, and the creation does not need to replace another cutting board, and only needs to replace the damaged cutting 2 2 0. Reduce the cost of cutting board consumption. Therefore, the anvil shank can partially replace the damaged shimming strip and maintain the flat support 3. Furthermore, since the grooves 212 and 213 of the dicing carrier 210 are arranged according to the dies 11 and 12 of the die 10 The mode, the corresponding shape # is punched on the carrier 2 1 0, so the cutting board 200 is available for the specific type 1 〇 alignment reference. According to a second embodiment of the present invention, another chopping block of a die-cut plastic panel is illustrated in a perspective view of Fig. 6. The anvil phase comprises a die cut carrier plate 210 and a plurality of pad strips 220. The same main elements in the first embodiment will be denoted by the same reference numerals, and the same or similar functions and effects will not be described herein.
請參閱第6圖所示，該沖切載板210係形成有 個溝槽2 1 2與2 1 3以及複數個螺孔2 1 4，該些螺？I 該砧 膠地 塑膠 刀模 膠地 。具 母片 ，該 L跡0 墊條 ‘200 Q 0 係依 成於 刀模 膠地 I 300 中與 具有 複數 』214 M352557 係設於該些溝槽2 1 2與2 1 3之側緣。該些切墊條220係 嵌埋於該些溝槽212與213。該砧板200可另包含複數 個螺栓23 0，其係旋入該些螺孔2 1 4，用以固定該些切 墊條220。該些螺栓230係可具有複數個非必然覆蓋到 該些溝槽212與213之帽頭331。請再參閱第6圖所示， 在本實施例中，該砧板200可另包含複數個墊圈34〇， 其係局部覆蓋到該些溝槽212與213,並且該些螺栓23〇 之螺桿係穿接該些墊圈340,以該些帽頭331緊迫對應 之墊圈340。故該些墊圈34〇係可壓觸固定該些切墊條 220’以進一步避免該些切塾條22〇滑出。在本實施例 中’該些帽頭331之底部係可為平 ~ 丁卸。而該些墊圈340 係可具有彈性或柔軟特性。 以上所述，僅是本創作的較 太名丨a ^ 乂佳實施例而已，並非對 作作任何形式上的限制，雖 例揭霞‘ p 躍w本創作已以較佳實施 J揭露如上，然而並非用以限定 技術去 丨作’任何熟悉本項 筏街者，在不脫離本創作之申請 何飭st 寻矛J範•圍内’所作的任 早t改、等效性變化與修飾， 術範圍内。 白涵蓋於本創作的技 【圖式簡單說明】 第1圖：習知沖切塑膠地板之 做，、刀模之立體透視 固 。 :2圖：習知站板與刀模在沖切 第3 HI .分a , F砰之截面不意圖c 圖.依據本創作之第一具體實 包例的一種沖切塑耀 地板之站板與刀模之元件分解立體圖。 12 M352557 第4圖：依據本創作之第一具體實施例的一種沖切塑膠 地板之砧板之立體圖及局部放大圖。 第5圖：依據本創作之第一具體實施例的砧板與刀模在 沖切動作時之截面示意圖。 第6圖：依據本創作之第二具體實施例的另一種沖切塑 膠地板之砧板的立體示意圖及局部放大圖。 【主要元件符號說明】 10 I 刀模 11 縱向刀板 12 橫向刀板 20 塑膠地板母片 100 砧板 101表面 200 沖切塑膠地板之砧板 210 沖切載板 211表面 212 縱向溝槽 側邊 213 橫向溝槽 214螺孔 215 220 切墊條 230螺栓 231 帽碩 300 沖切塑膠地板之站板 j 340 墊圈 3 3 1帽頭 13Referring to Fig. 6, the punching carrier 210 is formed with grooves 2 1 2 and 2 1 3 and a plurality of screw holes 2 1 4, the screws. I The plastic material of the anvil is glued to the ground. With the master piece, the L-track 0 pad ‘200 Q 0 is formed in the die-bonding ground I 300 and has a complex number 214 M352557 is disposed on the side edges of the grooves 2 1 2 and 2 1 3 . The dicing strips 220 are embedded in the grooves 212 and 213. The chopping block 200 can further include a plurality of bolts 230, which are screwed into the screw holes 2114 for fixing the shims. The bolts 230 can have a plurality of caps 331 that do not necessarily cover the grooves 212 and 213. Referring to FIG. 6 again, in the embodiment, the cutting block 200 may further include a plurality of washers 34 局部 partially covering the grooves 212 and 213 , and the screws of the bolts 23 系 are threaded through. The washers 340 are connected to the corresponding washers 340 by the caps 331. Therefore, the washers 34 can press and hold the strips 220' to further prevent the cutting strips 22 from slipping out. In the present embodiment, the bottoms of the caps 331 can be flat. The gaskets 340 can have elastic or soft properties. The above is only the preferred embodiment of the present invention, and is not intended to be any form of limitation. Although the example of the invention is disclosed in the preferred embodiment J, However, it is not used to limit the technology to make any early t-changes, equivalence changes and modifications made by any person who is familiar with this item, and who does not deviate from the application of this creation. Within the scope of surgery. White covers the technology of this creation [Simple description of the drawing] Figure 1: The practice of punching and cutting the plastic floor, the solid perspective of the die. : 2 Picture: The conventional station board and the die are punched in the 3rd HI. The a, F砰 section is not intended to be c. According to the first concrete package example of this creation, a punching and polishing floor station board An exploded perspective view of the component with the die. 12 M352557 Fig. 4 is a perspective view and a partial enlarged view of a cutting board of a die-cut plastic floor according to a first embodiment of the present invention. Fig. 5 is a cross-sectional view showing the cutting block and the die according to the first embodiment of the present invention in a punching action. Fig. 6 is a perspective view and a partial enlarged view of another chopping block of a die-cut plastic floor according to a second embodiment of the present invention. [Main component symbol description] 10 I Die 11 Vertical blade 12 Transverse blade 20 Plastic floor master 100 Cutting board 101 Surface 200 Punching plastic floor cutting board 210 Punching carrier 211 surface 212 Longitudinal groove side 213 Horizontal groove Slot 214 screw hole 215 220 shimming strip 230 bolt 231 cap shu 300 punching plastic floor station board j 340 washer 3 3 1 hat head 13