M430353 五、新型說明： 【新型所屬之技術領域】 本創作涉及裁切一種硬質板件的技術領域，特別是有 關於一種硬質板件之軟質贅邊的裁切裝置（一），尤其是應 用裁刀自動裁切硬質板件之軟質贅邊的裝置。 【先前技術】 . 本創作涉及具有軟質贅邊之硬質板件，是指由四周多 個端邊圍繞而成的板件，且該板件外圍包覆或複合形成有 軟材j該軟材是延伸至該端邊外圍形成軟質贅邊。所述硬 質，是指該板件相較於該軟材或軟質贅邊的硬度是明顯較 硬的，但非指該板件的硬度如同剛體一般。 上述具有軟質贅邊之硬質板件，在現階段技術可見於 封^衣&中的太陽能面板，其雙端面至少會分別複合一層 乙烯酉曰酉夂乙婦共聚物(Ethy|ene A如從，EVA)作為保護 :的軟材’以及—層保護用的軟材背板(Back Sheet)。在複 σ $ ^確保上述軟材能充分的分別貼合於整個太陽能面 板的又:面’一般都會使該軟材的貼合面積超出該太陽能 = = 端表面的面域，導致該太陽能面板的至少一個端 二#匕覆而形成軟質贅邊，該至少一個端邊是指該軟質 头會刀佈形成於該太陽能面板的一個或四周的多個端邊 的外圍。 然而’由於上述已複合有軟材的太陽能面板（或稱硬質 板，)β厂端邊外園已被軟質贅邊包覆，在現階段技術中， 大^疋以j工作業的方式來裁切該軟質贅邊，浪費人力且 準確度不回，也無法整合在線上(In Line)使用，使得生產力 3 M430353 大打折扣。 因此，如何解決上述缺失，以成為熟悉該項技藝之人 士的一項重要的議題。 【新型内容】 本創作之目的，旨在解決具有軟質贅邊的太陽能面板 以人工作業的方式來裁切該軟質贅邊，導致產能無法提升 的問題，進而提供一種硬質板件之軟質贅邊的裁切裝置 (一）。此裝置可減少人力成本支出，提高產能。此裝置不 因該硬質板件是否為太陽能面板而受限，舉凡該硬質板件 之端邊已被軟材包覆而形成有軟質贅邊的物件，皆能應用 本創作之裝置技術，自動裁切該硬質板件之軟質贅邊。 本創作的技術手段，包括： 一裁刀，定位於一臂件上； 一滑座，滑組在一第二方向的線性滑軌上，該臂件配 置在該滑座上； 一硬質板件，至少一端邊具有一軟質贅邊； 一第一驅動器，設在一機台上，驅動該硬質板件在一 第一方向相對接近該裁刀，令該裁刀接觸並植入該軟質贅 邊内，續而牴觸該硬質板件的端邊而停止；及 一第二驅動器，設在該線性滑軌上，驅動該滑座上的 裁刀在該第二方向沿著該硬質板件的端邊位移而切除該軟 質贅邊。 在進一步實施上，該裝置還包括： 一第三驅動器，該臂件經由該第三驅動器而配置於該 4 M430353 滑座上，該第三驅動器驅動該臂件上的裁刀旋轉一特定轉 角；及 一第四驅動器，驅動該硬質板件旋轉一換邊角度。 其中該第一方向與該硬質板件的端邊相互垂直，該第 一方向與該第二方向相互垂直。該臂件經由一彈簣樞接配 置在該滑座上，.該臂件提供該裁刀以一斜角接觸及植入該 軟質贅邊内，該斜角是坐落於該第一方向與該硬質板件的 端邊之間。該臂件是一斜向擺臂，該斜角是由該斜向擺臂 Φ 或是該裁刀的刀刃角度構成。該特定轉角包含提供該裁刀 以一斜角接觸及植入該軟質贅邊内。 然而，為能明確且充分揭露本創作，併予列舉較佳實 施之圖例，以詳細說明其實施方式如後述： 【實施方式】 鑑於實施本創作，請合併參閱圖1至圖5,其中，圖1 是硬質板件的示意圖，圖2是裁刀及硬質板件的示意圖， 圖3a至圖3i分別揭示本創作的動作解說圖，圖4是裁刀的 鲁 示意圖。 . 如圖1及圖2所示，本創作必須具備一裁刀1及一硬 質板件2,該裁刀1 一端具有一刀刃10;該硬質板件2的 雙端面分別包覆有一軟材21a、21b，該軟材21a、21b在硬 質板件2的至少一端邊20形成一軟質贅邊21，使該端邊 20被包覆藏置在該軟質贅邊21内。該裁刀1的刀刃10硬 度必須大於該軟質贅邊21，使該刀刃10可用於裁切該軟質 贅邊21;該裁刀1的刀刃10硬度最好小於該硬質板件2， 使該刀刃10於裁切該軟質贅邊21時不至於傷及該硬質板 5 M430353 件2的端邊2〇。δ亥裁刀1可採用金屬合金、非鐵合金或非 金屬製成。該硬質板件2可以是太陽能面板，該太陽能面 板一般大多是採用玻璃製成’但也不排除使用玻璃以外材 質製成該硬質板件2。 當該硬質板件2為太陽能面板時，其雙端面至少會分 別複合一保護用的EVA軟材21a、21ba及一層back sheet 軟材21a、21b。在複合時，為確保上述軟材21a、2lb能充 分的分別貼合於整個硬質板件2的雙端面，一般都會使該M430353 V. New description: [New technical field] This creation involves the technical field of cutting a hard plate, especially the cutting device (1) for a soft edge of a hard plate, especially the application The knife automatically cuts the soft edge of the hard plate. [Prior Art] The present invention relates to a hard plate member having a soft edge, which is a plate member surrounded by a plurality of end edges, and the plate member is covered or composited with a soft material. Extending to the periphery of the end edge forms a soft rim. The hard material means that the hardness of the plate member is significantly harder than that of the soft material or the soft side, but it does not mean that the hardness of the plate member is similar to that of a rigid body. The above-mentioned hard plate member with soft edged edge can be seen in the solar panel of the sealing machine at the current stage, and at least the double end faces are respectively combined with a layer of vinyl oxime copolymer (Ethy|ene A as , EVA) as a soft material for protection: and a back sheet for layer protection. In the complex σ $ ^ to ensure that the above soft material can be fully adhered to the entire solar panel separately: the surface will generally make the bonding area of the soft material beyond the solar energy = = the surface of the end surface, resulting in the solar panel At least one end of the second surface is formed to form a soft side, and the at least one end side means that the soft head is formed on the periphery of the plurality of end sides of one or four sides of the solar panel. However, due to the above-mentioned solar panels (or hard boards) that have been compounded with soft materials, the β-factory side outer garden has been covered with a soft edge. In the current stage of technology, the large-scale 裁 is cut by j work. This soft side is wasteful of manpower and accuracy, and it cannot be integrated into In Line, which makes the productivity 3 M430353 greatly reduced. Therefore, how to solve the above-mentioned shortcomings is an important issue for those who are familiar with the art. [New content] The purpose of this creation is to solve the problem that the soft panel has a soft edge and cuts the soft edge by manual operation, which leads to the problem that the productivity cannot be improved, and thus provides a soft edge of the hard plate. Cutting device (1). This device can reduce labor costs and increase production capacity. The device is not limited by whether the hard plate member is a solar panel. If the end edge of the hard plate member has been covered with a soft material to form a soft edged object, the device technology of the present invention can be applied to automatically cut the device. Cut the soft edge of the hard plate. The technical means of the creation comprises: a cutting knife positioned on an arm member; a sliding seat, sliding group on a linear sliding rail in a second direction, the arm member is disposed on the sliding seat; a hard plate member At least one end has a soft side; a first driver is disposed on a machine table, and the hard plate member is driven to be relatively close to the cutter in a first direction, so that the cutter contacts and implants the soft edge Stopping and stopping the end of the hard plate member; and a second driver disposed on the linear slide rail driving the cutter on the slide along the hard plate member in the second direction The edge is displaced to remove the soft edge. In a further implementation, the device further includes: a third driver, the arm member is disposed on the 4 M430353 sliding seat via the third driver, the third driver driving the cutter on the arm member to rotate a specific rotation angle; And a fourth driver, driving the hard plate member to rotate a change angle. The first direction is perpendicular to an end edge of the hard plate member, and the first direction and the second direction are perpendicular to each other. The arm member is pivotally disposed on the sliding seat via a magazine, the arm member provides the cutting blade to be contacted at an oblique angle and implanted in the soft bead edge, the bevel angle is located in the first direction and the Between the end edges of the hard plate. The arm member is an oblique swing arm which is formed by the oblique swing arm Φ or the cutting edge angle of the cutter. The particular corner includes providing the cutter with an oblique contact and implantation into the soft rim. However, in order to clearly and fully disclose the present invention, and to illustrate the preferred embodiment, the detailed description of the embodiments will be described as follows: [Embodiment] In view of the implementation of the present invention, please refer to FIG. 1 to FIG. 1 is a schematic view of a hard plate, FIG. 2 is a schematic view of a cutter and a hard plate, FIG. 3a to FIG. 3i respectively disclose an action diagram of the creation, and FIG. 4 is a schematic diagram of the cutter. As shown in FIG. 1 and FIG. 2, the creation must have a cutter 1 and a rigid plate member 2 having a blade 10 at one end; the double end faces of the rigid plate member 2 are respectively covered with a soft material 21a. 21b, the soft materials 21a, 21b form a soft bead edge 21 on at least one end 20 of the hard plate member 2, and the end edge 20 is wrapped and stored in the soft crotch edge 21. The blade 10 of the cutter 1 must have a hardness greater than the soft edge 21, so that the blade 10 can be used to cut the soft edge 21; the blade 10 has a hardness of preferably less than the rigid plate 2, so that the blade 10 When the soft side 21 is cut, the end edge 2 of the hard plate 5 M430353 2 is not damaged. The δ hai cutter 1 can be made of a metal alloy, a non-ferrous alloy or a non-metal. The hard plate member 2 may be a solar panel, which is generally made of glass 'but does not exclude the use of a material other than glass to make the hard plate member 2. When the hard plate member 2 is a solar panel, the double end faces thereof are at least combined with the EVA soft materials 21a and 21ba for protection and the back sheet soft materials 21a and 21b. In the case of recombination, in order to ensure that the above-mentioned soft materials 21a, 2bb can be sufficiently adhered to the double end faces of the entire hard plate member 2, it is generally
軟材21a、21b的貼合面積超出該硬質板件2的雙端面的面 域，導致該硬質板件2的至少一個端邊2〇會被包覆形成該 軟質贅邊21，該至少一個端邊2〇是指該軟質贅邊21也包 含會分佈形成於該硬質板件2的一個或四周的多個端邊2〇 上。其中，EVA是指乙烯醋酸乙烯共聚物阳卜❿阳Vjny丨 Acetate) ’ back sheet 是背板。 基於上述，本創作可採用下列步驟一至步驟二(如圖3a 至圖3 i所示)加以實施：The bonding area of the soft materials 21a, 21b exceeds the area of the double end faces of the hard plate member 2, so that at least one end edge 2 of the hard plate member 2 is covered to form the soft bead edge 21, the at least one end The side edge 2 means that the soft side edge 21 also includes a plurality of end edges 2 that are distributed over one or four sides of the hard plate member 2. Among them, EVA refers to ethylene vinyl acetate copolymer, and the back sheet is the back sheet. Based on the above, the creation can be implemented by the following steps 1 to 2 (as shown in Figures 3a to 3i):
步驟一：驅動該裁刀1以垂直於該硬質板件2的端邊 20之-第-方向相對接近該硬質板件2;或是驅動該硬質 板件^以垂直於該硬質板件2的端邊2。之—第—方向相對 接近該裁刀1(如圖3a所示）。 、以。直於該第一方向相對接近該硬質板 20 1使4刀1的刀刀1Q在牴觸該硬質板件2的端邊 20時受損，因此在更具體的银# μ θ ffr. . ^ 妁錢轭上，疋驅動該裁刀1旋轉 一特定轉角Θ2’使該裁刀1 从七』、 /iL M 一斜角Θ1的方式相對接近該 硬質板件2(如圖3 b所示）。 6 M430353 該裁刀1以該斜角θΐ的方式接觸該軟質贅邊21，其中 該斜角θΐ是指該裁刀1相對於該第一方向的角度，該斜角 Θ1坐落於該第一方向與該硬質板件2的端邊20之間。一般 來說，該斜角Θ1的最佳角度為45度。（如圖3c所示），該 裁刀1的刀刃10接著會劃破該軟質贅邊21，令該裁刀1植 入該硬質板件2的軟質贅邊21内，該裁刀1續而牴觸該硬 質板件2的端邊20而停止(如圖3d所示）。其中該斜角可以 是由該裁刀1的刀刃角度構成（如圖4所示），該裁刀1可利 用負載簧壓的方式接觸該硬質板件2。 步驟二：驅動該裁刀1以垂直於該第一方向之一第二 方向沿著該硬質板件2的端邊20位移（如圖3f所示），使該 裁刀1的刀刃10切除及剝離該端邊20的軟質贅邊21(如圖 3e所示）。此即完成一次裁切，以裁切該硬質板件2的軟質 贅邊21。由於該端邊20尚有未裁切的軟質贅邊21，因此 需驅動該裁刀1旋轉一特定轉角Θ2，使該裁刀1的刀刃10 朝向未裁切的軟質贅邊21，令該裁刀1再次牴觸該硬質板 件2的端邊20而停止(如圖3g所示）。當該裁刀1牴觸該硬 質板件2的端邊20後，驅動該裁刀1在第二方向沿著該硬 質板件2的端邊20位移，使該裁刀1的刀刃10切除及剝 離該端邊20的軟質贅邊21 (如圖3h所示）。 由於該硬質板件2不止一個端邊20具有該軟質贅邊 21，因此需驅動該硬質板件2旋轉一換邊角度Θ3，使其他 側的軟質贅邊21鄰近該裁刀1，再循序實施上述步驟一至 步驟二以裁切其他側端邊20的軟質贅邊21 (如圖3i所示）。 為利於說明本創作之感測裝置，請合併參閱圖5至圖 7 M430353 7，其中，圖5是本創作裁切裝置的立體示意圖，圖6是圖 5的部分示意圖，圖7是圖5的使用狀態示意圖。該裁切裝 置包含上述硬質板件2、裁刀1、一滑座3、一第一驅動器 41、一第二驅動器42、一第三驅動器43及一第四驅動器 44。其中： 該硬質板件2是擺放於一機台45上，使該.硬質板件2 的一側端邊20與該裁刀1之間具有間距(如圖5所示）。該 裁刀1可以是定位在一臂件11上，該臂件11可以經由一 彈簧13樞接配置在該滑座3上，使該裁刀1鄰近一側軟質 贅邊21，該臂件11提供該裁刀1以一斜角Θ1的方式接觸 及植入該軟質贅邊21内，該斜角Θ1是坐落於一第一方向 與該硬質板件2的端邊20之間（如圖6及圖7所示）。該滑 座3是滑組在一第二方向的線性滑軌31上，使該臂件11 上的裁刀1可在該第二方向位移。其中，該第一方向與該 硬質板件2的端邊20相互垂直，該第二方向與該第一方向 相互垂直。 該第一驅動器41是設在該機台45上以驅動該硬質板 件2在該第一方向相對接近該裁刀1，該裁刀1接觸並植入 該軟質贅邊21内，該裁刀1牴觸該硬質板件2的端邊20 而停止。 該第二驅動器42是設在該線性滑執31上，以驅動該 滑座3上的裁刀1在該第二方向沿著該硬質板件2的端邊 20位移而切除該軟質贅邊21。 在進一步實施上，該臂件12可以是一斜向擺臂，以便 於該第三驅動器43驅動該斜向擺臂，進而帶動該裁刀1以 8 M430353 該斜角θΐ接觸及植入該軟質贅邊21内。該斜角01是由該 斜向擺臂構成或是由該裁刀1的刀刃角度所構成（如圖4所 示}。 該臂件11經·由該第三驅動器43而配置於該滑座3上， s亥第二驅動器43驅動該臂件u上的裁刀丄旋轉一特定轉 角Θ2,該特定轉角包含使該裁刀1以該斜角01接觸及植入 該軟質贅邊21内，該斜角01是坐落於該第一方向與該硬 質板件2的端邊20之間（如圖7所示）。 忒第四驅動器44是設在該機台π上，以驅動該機台 45上的該硬質板件2旋轉—換邊角度θ3(如圖7所示》，使 該裁刀1鄰近其他側的軟質贅邊U而予以裁切。 透過上述裁切裝置的詳實說明，將不難瞭解本創作上 述裁切方法是可以被具體實現的。 整體而言，針對具有軟質贅邊2〇之硬質板件2 ,本創 用上述裁切裝置而執行所述裁切方法，確實提供出一 套能夠自動域切該硬質板件2之軟f贅邊21的有效技術 案且不因5亥硬質板件2是否為太陽能面板而受限。因 :’舉凡該硬質板件2之端邊2〇已存在有軟質贅邊21的 邊=，皆能應用本創作而自動裁切該硬質板件2的軟質贅 由上述可知本創作的裝置技術及利用該裝置硬質板件 之，質贅邊的裁切方法’皆是可被據以實施的，然而，以 上貧施例僅為表達了本創作的幾種實施方式，但並不能因 此而理解為對本創作專利範圍的限制。應當指出的是，對 於本創作所;|技術領域巾具有通常知識者而言，在不脫離 9 M430353 本創作構思的前提下，還可以做出複數變形和改進，這些 都屬於本創作的保護範圍。因此，本創作應以申請專利範 圍中限定的請求項内容為準。 【圖式簡單說明】 圖1是硬質板件的示意圖； 圖2是裁刀及硬質板件的示意圖； 圖3a至圖3i分別是本創作的動作解說圖； 圖4是裁刀的示意圖； 圖5是本創作裁切裝置的立體示意圖； 圖6是圖5的部分示意圖； 圖7是圖5的使用狀態示意圖。 【主要元件符號說明】 1 裁刀 10 刀刃 11 臂件 13 彈簧 2 硬質板件 20 端邊 21 軟質贅邊 21a 、 21b 軟材 Θ1 斜角 Θ2 特定轉角 Θ3 換邊角度 M430353 3 滑座 31 線性滑執 41 第一驅動器 42 第二驅動器 43 第三驅動器 44 第四驅動器 45 機台Step 1: driving the cutter 1 to be relatively close to the hard plate member 2 in a direction perpendicular to the end edge 20 of the hard plate member 2; or driving the hard plate member to be perpendicular to the hard plate member 2 End edge 2. The -first direction is relatively close to the cutter 1 (as shown in Figure 3a). And. Straight to the first direction relatively close to the hard plate 20 1 so that the knife 1Q of the 4-knife 1 is damaged when the end edge 20 of the hard plate member 2 is touched, so in the more specific silver # μ θ ffr. On the yoke yoke, the cymbal drives the cutter 1 to rotate a specific corner Θ 2' so that the cutter 1 is relatively close to the rigid plate member 2 from the manner of the slanting angle 七1 of the ii, (as shown in Fig. 3b) . 6 M430353 The cutter 1 contacts the soft crotch edge 21 by the oblique angle θ ,, wherein the oblique angle θ ΐ refers to the angle of the cutter blade 1 with respect to the first direction, and the oblique angle Θ 1 is located in the first direction Between the end edge 20 of the hard plate member 2. In general, the optimum angle of the bevel Θ 1 is 45 degrees. (as shown in Fig. 3c), the cutting edge 10 of the cutting blade 1 then cuts the soft bead 21 so that the cutting blade 1 is implanted in the soft cuff 21 of the hard plate member 2, and the cutting blade 1 continues The end edge 20 of the hard plate member 2 is stopped and stopped (as shown in Fig. 3d). The bevel may be formed by the blade angle of the cutter 1 (as shown in Fig. 4), and the cutter 1 may contact the rigid plate member 2 by means of a load spring. Step 2: driving the cutter 1 to be displaced along the end edge 20 of the hard plate member 2 in a second direction perpendicular to the first direction (as shown in FIG. 3f), and cutting the blade 10 of the cutter 1 and The soft rim 21 of the end edge 20 is stripped (as shown in Figure 3e). This completes the cutting to cut the soft side 21 of the hard plate member 2. Since the end edge 20 still has an uncut soft edge 21, the cutter 1 is required to rotate a specific corner Θ2 so that the blade 10 of the cutter 1 faces the uncut soft edge 21, so that the cutting edge The knife 1 again touches the end edge 20 of the hard plate member 2 and stops (as shown in Fig. 3g). After the cutter 1 touches the end edge 20 of the hard plate member 2, the cutter blade 1 is driven to be displaced along the end edge 20 of the hard plate member 2 in the second direction, so that the blade edge 10 of the cutter blade 1 is cut off and The soft rim 21 of the end edge 20 is stripped (as shown in Figure 3h). Since more than one end edge 20 of the hard plate member 2 has the soft edge 21, it is necessary to drive the rigid plate member 2 to rotate a change edge angle Θ3, so that the other side of the soft edge 21 is adjacent to the cutter 1, and then sequentially Steps 1 through 2 above are used to cut the soft edges 21 of the other side edges 20 (as shown in Figure 3i). In order to facilitate the description of the sensing device of the present invention, please refer to FIG. 5 to FIG. 7 M430353 7, wherein FIG. 5 is a perspective view of the cutting device of the present invention, FIG. 6 is a partial schematic view of FIG. 5, and FIG. 7 is a partial view of FIG. Use the state diagram. The cutting device comprises the above-mentioned hard plate member 2, a cutter 1, a carriage 3, a first driver 41, a second driver 42, a third driver 43, and a fourth driver 44. Wherein: the hard plate member 2 is placed on a machine table 45 such that a side edge 20 of the hard plate member 2 is spaced from the cutting blade 1 (as shown in FIG. 5). The cutter 1 can be positioned on an arm member 11, and the arm member 11 can be pivotally disposed on the carriage 3 via a spring 13, so that the cutter 1 is adjacent to one side of the soft side 21, and the arm member 11 The cutting blade 1 is provided in contact with and implanted in the soft bead 21 by a bevel angle 1 which is located between a first direction and the end edge 20 of the hard plate member 2 (Fig. 6 And Figure 7). The carriage 3 is a slide group on a linear slide 31 in a second direction such that the cutter 1 on the arm member 11 is displaceable in the second direction. The first direction is perpendicular to the end edge 20 of the hard plate member 2, and the second direction is perpendicular to the first direction. The first driver 41 is disposed on the machine table 45 to drive the rigid plate member 2 relatively close to the cutting blade 1 in the first direction, and the cutting blade 1 contacts and is implanted into the soft edge 21, the cutting blade 1牴 Stops the end edge 20 of the hard plate member 2 and stops. The second driver 42 is disposed on the linear slider 31 to drive the cutter 1 on the carriage 3 to be displaced along the end edge 20 of the hard plate member 2 in the second direction to cut the soft edge 21 . In a further implementation, the arm member 12 can be an oblique swing arm, so that the third driver 43 drives the oblique swing arm, thereby driving the cutter 1 to contact and implant the soft body at 8 M430353. Inside the edge of the 21st. The oblique angle 01 is constituted by the oblique swing arm or by the blade angle of the cutter 1 (as shown in FIG. 4). The arm member 11 is disposed on the slide by the third actuator 43. 3, the second driver 43 drives the cutter 上 on the arm member u to rotate a specific corner Θ2, the specific corner includes contacting the cutter 1 at the oblique angle 01 and implanting the soft rim 21 The oblique angle 01 is located between the first direction and the end edge 20 of the hard plate member 2 (as shown in FIG. 7). The fourth driver 44 is disposed on the machine π to drive the machine. The hard plate member 2 on the 45 is rotated - the edge changing angle θ3 (as shown in Fig. 7), so that the cutting blade 1 is cut adjacent to the soft side U of the other side. Through the detailed description of the cutting device, It is not difficult to understand that the above-described cutting method of the present invention can be embodied. In general, for the hard plate member 2 having a soft edge 2, the cutting method is performed by the above-described cutting device, and it is indeed provided. An effective technical solution capable of automatically cutting the soft f-edge 21 of the hard plate member 2 and not because the 5H hard plate member 2 is the sun The panel is limited. Because: 'When the edge of the hard plate 2 is 2〇, the edge of the soft edge 21 is already present, the softness of the hard plate 2 can be automatically cut by applying the creation. The device technology of the present invention and the cutting method using the hard plate of the device can be implemented according to the method. However, the above poor embodiment is only a few embodiments expressing the creation, but Therefore, it should not be construed as limiting the scope of the patent application. It should be noted that for the present invention; the technical field towel has the usual knowledge, and can be made without departing from the 9 M430353 creative concept. Complex deformation and improvement, these are the scope of protection of this creation. Therefore, this creation should be based on the content of the request defined in the scope of patent application. [Simplified illustration] Figure 1 is a schematic diagram of a hard plate; Figure 3a to Figure 3i are schematic views of the action of the present invention; Figure 4 is a schematic view of the cutting blade; Figure 5 is a perspective view of the cutting device of the present invention; Figure 6 is a portion of Figure 5 Show Fig. 7 is a schematic view of the state of use of Fig. 5. [Main component symbol description] 1 cutter 10 blade 11 arm member 13 spring 2 hard plate member 20 end edge 21 soft edge 21a, 21b soft material Θ 1 bevel angle Θ 2 specific corner Θ3 Changing angle M430353 3 Slide 31 Linear slip 41 First drive 42 Second drive 43 Third drive 44 Fourth drive 45 Machine
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