M428036 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（二），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】M428036 V. New description: [New technical field] This creation involves the technical field of cutting a hard plate, especially the cutting device for soft edge of a hard plate (2), especially the application The knife automatically cuts the soft edge of the hard plate. [Prior Art]
山本創作涉及具有軟質贅邊之硬質板件，是指由四周多 =端邊圍繞而成的板件，且該板件外圍包覆或複合形成有 二材〔該軟材是延伸至該端邊外圍形成軟質贅邊。所述硬 貝疋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。 封誓^述具有軟質贅邊之硬質板件，在現階段技術可見於 乙^衣私中的太陽能面板，其雙端面至少會分別複合一層 用的自曰駄乙烯共聚物（Ethylene Vinyl Acetate, EVA)作為保護 合時軟材’以及一層保護用的軟材背板(Back sheet)。在複 把认為確保上述軟材能充分的分別貼合於整個太陽能面 面才鲕囟’一般都會使該軟材的貼合面積超出該太陽能 邊=的雙端表面的面域，導致該太陽能面板的至少一個端 贅覆而形成軟質贅邊，該至少一個端邊是指該軟質 的外i刀佈形成於該太陽能面板的一個或四周的多個端邊 板件由於上述已複合有軟材的太陽能面板（或稱硬質 大多日厂^邊外圍已被軟質贅邊包覆’在現階段技'術中， 準確，以j工作業的方式來裁切該軟質贅邊，浪費人力且 &不向’也無法整合在線上(In Line)使用，使得生產力 3 M428036 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 (二）。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第一線性滑軌上，該第 一線性滑軌滑組在一第一方向的第二線性滑執上，該臂件 配置在該滑座上； •一硬質板件，至少一端邊具有軟質贅邊； 一第一驅動器，設在一第一線性滑軌上，驅動該裁刀 在一第一方向相對接近該硬質板件，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，設在該第二線性滑軌上，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： 4 M428036 ，一第二驅動器’該臂件經由該第三驅動器而配置於該 ’月座上，該第三驅動器驅動該臂件上的裁刀旋轉一特定轉 角。 其中該第一方向與該硬質板件的端邊相互垂直，該第 :方向與該第二方向相互垂直。該臂件經由-氣壓缸而以 氣壓驅動的方式樞接配置於該滑座上該臂件提供該裁刀 以上斜角切入該軟質贅邊内，該斜角是坐落於該第一方向 ，忒，質板件的端邊之間。該臂件是一斜向擺臂，該斜角 鲁是由5亥斜向擺臂構成或者是由該裁刀的刀刃角度構成。該 特疋轉角包含提供該裁刀以一斜角切入該軟質贅邊内，該 斜角疋坐落於該第一方向與該硬質板件的端邊之間。而 且’在驅動該裁刀旋轉該特定轉角之後，令該裁刀再次牴 觸該硬質板件的端邊而停止。 ^然而，為能明確且充分揭露本創作，併予列舉較佳實 知之圖例，以詳細說明其實施方式如後述： 【實施方式】 籲β 1監於實施本創作’請合併參閱圖1至圖4,其中，圖工 是硬質板件的示意圖，目2是裁刀及硬f板件的示意圖， 圖3a至圖3ι分別揭示本創作的動作解說圖，圖4是裁刀的 示意圖。 如圖1及圖2所示，本創作必須具備一裁刀工及一硬 貝板件2’ 4裁刀端具有—刀刃該硬質板件2的 ，端面分別包覆有-軟材21a、21b，該軟材213、21匕在硬 fn板Λ 2至少一端邊2◦形成一軟質贅邊21，使該端邊 2〇被包覆藏置在該軟質贅邊21内。該裁刀i的刀刀硬 5 度必須大於該軟質贅邊21 ’使該刀刀l〇可用於裁切該軟質 賛邊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1〇於裁切該軟質贅邊21時不至於傷及該硬質板 件2的端邊20。該裁刀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 板〆般大多录採用玻璃製成，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、21b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 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20會被包覆形成該 軟質贅邊21，該至少一個端邊20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20 上。其中’ EVA是指乙烯醋酸乙烯共聚物（Ethy|ene νίηγ| 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丨所示)加以實施： 步驟一：驅動該裁刀1以垂直於該硬質板件2的端邊 20之一第一方向相對接近該硬質板件2;或是驅動該硬質 板件2以垂直於該硬質板件2的端邊2〇之一第一方向相對 接近該裁刀1(如圖3a所示）。 由於該裁刀1以垂直於該第一方向相對接近該硬質板 件2 ’易使該裁刀的刀37 1Q在牴觸該硬f板件2的端邊 M428036 2〇時受損，因此在更具體的實施上， 一特定轉角02,使該裁刀1以一斜角 硬質板件2(如圖3 b所示}。 該斜角01的方式接__ 該斜角Θ1疋指該裁刀i相對於該第—方向的=j Θ1坐落於該第—方向與該硬質板件 X ’該斜角Yamamoto's creation involves a hard plate with a soft edge, which refers to a plate that is surrounded by more than four sides, and the plate is coated or composited with two materials (the soft material extends to the end) The periphery forms a soft edge. The hard shell refers to the fact that the hardness of the sheet member is significantly harder than that of the soft material or the soft side, but does not mean that the sheet has a hardness similar to that of a rigid body. The swearing of a hard plate with a soft edge, at the present stage technology can be seen in the solar panel of the private clothing, the double end of the double-end will be at least a layer of self-tanning ethylene copolymer (Ethylene Vinyl Acetate, EVA) ) as a protective soft material 'and a protective back sheet. It is considered that the above-mentioned soft materials can be sufficiently adhered to the entire solar surface, respectively, which generally causes the bonding area of the soft material to exceed the surface area of the double-end surface of the solar energy side, resulting in the solar energy. At least one end of the panel is covered to form a soft edge, and the at least one end is a plurality of end plates formed by the soft outer blade formed on one or four sides of the solar panel. The solar panel (or the hard surface of most of the factory's side has been covered by the soft edge of the 'in the current stage of technology', accurate, in the way of j work to cut the soft side, waste manpower and & The use of 'In Line' is not enough to make the productivity 3 M428036 greatly reduced. Therefore, how to solve the above-mentioned shortcomings is an important topic for those who are familiar with the technology. [New content] The purpose of this creation The aim is to solve the problem that the solar panel with soft edge can cut the soft edge by manual operation, which leads to the problem that the productivity cannot be improved, and thus provides a soft board. Cutting device (2). This device can reduce labor cost and increase productivity. "This device does not. ● Because the hard plate is limited to solar panels, the end of the hard plate has been soft. The object that is coated to form a soft edging can apply the device technology of the present invention to automatically cut the soft edge of the hard plate. The technical means of the creation include: a cutter, positioned on an arm member a sliding seat, the sliding group is disposed on a first linear sliding rail in a second direction, the first linear sliding rail sliding group is disposed on a second linear sliding in a first direction, and the arm member is disposed on the sliding a rigid plate member having at least one end having a soft rim; a first actuator disposed on a first linear slide to drive the cutter relatively close to the rigid plate member in a first direction, The cutter is contacted and implanted into the soft rim, and continues to touch the end of the hard plate member to stop; and a second driver is disposed on the second linear slide to drive the cutting on the slide The knife is removed in the second direction along the end edge of the hard plate member In a further implementation, the device further comprises: 4 M428036, a second driver 'the arm member is disposed on the lunar seat via the third driver, the third driver driving the cutting on the arm member The knife rotates by a specific rotation angle, wherein the first direction is perpendicular to the end edge of the hard plate member, and the first direction is perpendicular to the second direction. The arm member is pivotally arranged in an air pressure manner via a pneumatic cylinder. The arm member provides the cutter to cut into the soft bead at an oblique angle, and the bevel is located in the first direction, between the end edges of the plate member. The arm member is a diagonal To the swing arm, the oblique angle is composed of a 5 slanting swing arm or a blade angle of the cutter. The special corner includes providing the cutter to cut into the soft rim at an oblique angle, the slant The corner is located between the first direction and the end edge of the hard plate member. And, after the cutter is driven to rotate the specific corner, the cutter is stopped by touching the end of the hard plate member again. However, in order to clarify and fully disclose the creation, and to give a better example, a detailed description of the embodiment will be described in detail as follows: [Embodiment] ββ1 Supervised in the implementation of the creation 'Please refer to Figure 1 to Figure 4, wherein the drawing is a schematic view of the hard plate, the object 2 is a schematic view of the cutting knife and the hard f plate, FIG. 3a to FIG. 3I respectively disclose the action explanation diagram of the creation, and FIG. 4 is a schematic view of the cutting knife. As shown in Fig. 1 and Fig. 2, the creation must have a cutter cutter and a hard shell member. The 2' 4 cutter end has a blade edge of the hard plate member 2, and the end faces are respectively covered with - soft materials 21a, 21b. The soft materials 213, 21 ◦ form a soft rim 21 at least one end of the hard fn plate Λ 2, and the end rim 2 is wrapped and placed in the soft rim 21 . The cutter of the cutter i must be harder than 5 degrees of the soft edge 21' so that the cutter can be used to cut the soft edge 21 · The hardness of the blade 10 of the cutter 1 is preferably smaller than the hardness of the rigid plate 2. When the blade 1 is cut to cut the soft edge 21, the end edge 20 of the hard plate 2 is not damaged. The 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, and the solar panel is mostly made of glass, but the hard plate member 2 is not excluded from using a material other than glass. 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 and 21b can be sufficiently adhered to the double end faces of the entire hard plate member 2, the bonding area of the soft materials 21a and 21b is generally made to exceed the double end faces of the hard plate member 2. The surface area causes at least one end edge 20 of the hard plate member 2 to be covered to form the soft edge 21, and the at least one end edge 20 means that the soft edge 21 also includes a distribution formed on the rigid plate member. One or four of the ends of the two sides. Wherein 'EVA means ethylene vinyl acetate copolymer (Ethy|ene νίηγ| Acetate)' back sheet is a back sheet. Based on the above, the present invention can be implemented by the following steps 1 to 2 (as shown in FIG. 3a to FIG. 3B): Step 1: driving the cutter 1 to be perpendicular to one of the end edges 20 of the hard plate member 2 The direction is relatively close to the rigid plate member 2; or the hard plate member 2 is driven to be relatively close to the cutting blade 1 in a first direction perpendicular to the end edge 2 of the hard plate member 2 (as shown in Fig. 3a). Since the cutter 1 is relatively close to the rigid plate member 2' perpendicular to the first direction, the cutter 37 1Q of the cutter is damaged when the end face M428036 of the hard f-plate member 2 is touched, so In a more specific implementation, a specific corner 02 causes the cutter 1 to be an angled hard plate member 2 (as shown in FIG. 3b). The oblique angle 01 is connected to the __ the angle Θ1疋 refers to the cutting angle The knife i is located in the first direction with respect to the first direction = j Θ 1 and the oblique angle of the hard plate member X '
來說，該斜角打的最佳角度為45度的 裁刀1的刀刃10接著會劃破該軟質贅邊n，令該裁刀工植 ^該硬質板件2的軟質贅邊n内，賴刀,續二觸該硬 質板件2的端邊20而停止(如圖Μ所示）。其中該斜角可以 是由該裁刀1的刀刀角度構成(如圖4所示），該裁刀1可利 用氣壓驅動的方式接觸該硬質板件2。In other words, the blade 10 of the cutter 1 having the optimum angle of 45 degrees is then cut through the soft edge n, so that the cutter is implanted in the soft edge of the rigid plate 2, The knife continues to touch the end edge 20 of the hard plate member 2 and stops (as shown in FIG. The bevel may be formed by the angle of the blade of the cutter 1 (as shown in Fig. 4), and the cutter 1 may contact the rigid plate member 2 by means of pneumatic driving.
是驅動該裁刀1旋轉 θΐ的方式相對接近該 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2〇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02，使該裁刀1的刀刃1〇 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％所示）。當5亥裁刀1抵觸該硬 質板件2的端邊2〇後，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i的刀刃10切除及剝 離s亥端邊2〇的軟質贅邊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 ，因此需驅動該硬質板件2旋轉一換邊角度03，使其他 7 M428036 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）。 為利於說明本發明之裁切裝置，請合併參閱圖5至圖 8,其中，圖5是本發明裁切裝置第二實施例之立體示意圖， 圖6是圖5的部分示意圖，圖7及圖8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 5、一第一驅動器61、一第二驅動器62、一第三驅動器63 及一第四驅動器64。其中： φ 該硬質板件2是擺放於一機台65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是定位在一臂件12上，該臂件12可以經由一氣壓 缸14樞接配置在該滑座5上，該滑座5是滑組在該第二方 向的一第一線性滑軌51上，該第一線性滑軌31滑組在該 第一方向的一第二線性滑軌52上，該臂件12配置在該滑 座5上（如圖5及圖6所示）。 該第一驅動器61是設在該第一線性滑軌51上，驅動 φ 該裁刀1在該第一方向相對接近該硬質板件2，令該裁刀1 接觸並植入該軟質贅邊21内，續而牴觸該硬質板件2的端 邊20而停止。 該第二驅動器62是設在該第二線性滑軌52上，驅動 該滑座5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可以是一擺臂或是一多連 桿機構，以便於該第三驅動器63驅動該擺臂或多連桿機 構，進而帶動該裁刀1以該斜角Θ1接觸及植入該軟質贅邊The manner of driving the cutter 1 to rotate θ 相对 is relatively close to the second step: 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 The cutting edge 10 of the cutting blade 1 is cut and peeled off by the soft edge 21 of the end edge 20 (as shown in Fig. 3e). This completes the cutting to cut the soft side 21 of the hard plate member 2. Since the end edge 2 has an uncut soft edge 21, the cutter 1 is required to rotate a specific corner 02 so that the blade 1 of the cutter 1 faces the uncut soft edge 21, The cutter 1 again touches the end edge 20 of the hard plate member 2 and stops (as shown in Fig. %). When the 5th cutting blade 1 is in contact with the end edge 2 of the hard plate member 2, the cutter 1 is driven to be displaced along the end edge 20 of the hard plate member 2 in the second direction, so that the cutting edge 10 of the cutting blade i is cut off. And peel off the soft edge 21 of the s-side edge (as shown in Figure 3h). Since more than one end edge 20 of the hard plate member 2 has the soft edge, it is necessary to drive the rigid plate member 2 to rotate a change edge angle 03 so that the other soft edge 21 of the 7 M428036 side is adjacent to the cutter 1, and then sequentially Perform steps 1 through 2 above to cut the soft rim 21 of the other side edge 20 (as shown in Figure 3i). 5 is a perspective view of a second embodiment of the cutting device of the present invention, and FIG. 6 is a partial schematic view of FIG. 5, FIG. 7 and FIG. 8 is a schematic diagram of the state of use of FIG. 5. The cutting device comprises the above-mentioned hard plate member 2, a cutter 1, a carriage 5, a first driver 61, a second driver 62, a third driver 63 and a fourth driver 64. Wherein: φ The hard plate member 2 is placed on a machine table 65 such that a side edge 20 of the hard plate member 2 and the cutting blade 1 have a spacing (as shown in FIG. 5). The cutter 1 is positioned on an arm member 12, and the arm member 12 is pivotally disposed on the carriage 5 via a pneumatic cylinder 14. The carriage 5 is a first line of the sliding group in the second direction. The first linear slide rail 31 is slidably disposed on a second linear slide rail 52 in the first direction, and the arm member 12 is disposed on the slide rail 5 (as shown in FIG. 5 and FIG. 6 ). Show). The first driver 61 is disposed on the first linear slide 51, and drives the cutter 1 to be relatively close to the hard plate member 2 in the first direction, so that the cutter 1 contacts and implants the soft edge In 21, the end edge 20 of the hard plate member 2 is continuously stopped and stopped. The second driver 62 is disposed on the second linear slide 52, and the cutter 1 driving the carriage 5 is displaced along the end edge 20 of the hard plate member 2 in the second direction to cut off the soft side. twenty one. In a further implementation, the arm member 12 can be a swing arm or a multi-link mechanism, so that the third driver 63 drives the swing arm or the multi-link mechanism, thereby driving the cutter 1 to the bevel angle 1 Contact and implant the soft side
S M428036 21内。該斜角Θ1是由該斜向擺臂構成或是由該裁刀1的刀 刃角度所構成。該斜角Θ1是由該斜向擺臂構成或是由該裁 刀1的刀刃角度所構成。 該臂件12經由該第三驅動器63而配置於該滑座5上， 該第三驅動器63驅動該臂件12上的裁刀1旋轉一特定轉 角Θ2,該特定轉角包含使該裁刀1以該斜角Θ1.接觸及植入 該軟質贅邊21内，該斜角Θ1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及圖8所示）。 φ 當該臂件12是一個多連桿機構時，該多連桿機構包含 多支擺臂12a、12b、12c、12d，所述擺臂的雙端分別樞接 於一定位端4與一平台40之間而構成一連動體；該裁刀1 是定位於該平台40上；該第三驅動器63連結於該定位端4 與擺臂12a、12b之間。如此配置，驅使第三驅動器63能 驅動所述擺臂12a、12b、12c、12d同步擺動，以便於帶動 該平台40跟隨所述擺臂的擺動運作而產生該斜角Θ1。 藉此，該裁刀1可在該第二驅動器61的驅動下在該第一方 • 向相對接近該硬質板件2，並在該第三驅動器43的驅動下 帶動該裁刀1旋轉該特定轉角Θ2，使該裁刀1以該斜角Θ1 接觸及植入該軟質贅邊21内，且在該第二驅動器62的驅 動下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。 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20之硬質板件2，本創 作利用上述裁切裝置而執行所述裁切方法，確實提供出一 9 M428036 套能夠自動化裁切該硬質板件2之軟質贅邊21的有效技術 方案，且不因該硬質板件2是否為太陽能面板而受限。因 此，舉凡該硬質板件2之端邊20已存在有軟質贅邊21的 物件，皆能應用本創作而自動裁切該硬質板件2的軟質贅 邊21。 由上述可知本創作的裝置技術及利用該裝置硬質板件 之軟質贅邊的裁切方法，皆是可被據以實施的，然而，以 上實施例僅為表達了本創作的幾種實施方式，但並不能因 φ 此而理解為對本創作專利範圍的限制。應當指出的是，對 於本創作所屬技術領域中具有通常知識者而言，在不脫離 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及圖8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 10 M428036S M428036 21 inside. The bevel Θ 1 is constituted by the oblique swing arm or by the blade angle of the cutter 1. The bevel Θ 1 is constituted by the oblique swing arm or by the blade angle of the cutter 1. The arm member 12 is disposed on the carriage 5 via the third driver 63, and the third driver 63 drives the cutter 1 on the arm member 12 to rotate by a specific rotation angle Θ2, the specific rotation angle including the cutter 1 The bevel Θ1 is contacted and implanted in the soft rim 21, and the bevel Θ1 is located between the first direction and the end edge 20 of the hard plate member 2 (as shown in FIGS. 7 and 8). When the arm member 12 is a multi-link mechanism, the multi-link mechanism includes a plurality of swing arms 12a, 12b, 12c, and 12d, and the two ends of the swing arm are respectively pivotally connected to a positioning end 4 and a platform. A linkage is formed between 40; the cutter 1 is positioned on the platform 40; the third actuator 63 is coupled between the positioning end 4 and the swing arms 12a, 12b. The configuration is such that the third actuator 63 is driven to drive the swing arms 12a, 12b, 12c, 12d to swing synchronously, so as to drive the platform 40 to follow the swinging operation of the swing arm to generate the oblique angle Θ1. Thereby, the cutter 1 can be driven by the second driver 61 in the first direction to be relatively close to the hard plate member 2, and driven by the third driver 43 to drive the cutter 1 to rotate the specific The corner Θ 2 is such that the cutter 1 contacts and is implanted in the soft rim 21 with the oblique Θ 1 and is driven along the end 20 of the hard plate member 2 in the second direction under the driving of the second driver 62 The soft crotch edge 21 is removed by displacement. Through the detailed description of the above cutting device, it will be easy to understand that the cutting method described above can be embodied. Overall, for the hard plate member 2 having the soft hem 20, the present invention performs the cutting method by using the above-described cutting device, and indeed provides a 9 M428036 set of soft rafts capable of automatically cutting the hard plate member 2. An effective technical solution for the edge 21 is not limited by whether or not the hard plate member 2 is a solar panel. Therefore, the object having the soft side 21 existing on the end edge 20 of the hard plate member 2 can automatically cut the soft edge 21 of the hard plate member 2 by applying the present invention. It can be seen from the above that the device technology of the present invention and the cutting method of the soft edge of the hard plate member of the device can be implemented. However, the above embodiments are only for expressing several embodiments of the present invention. However, it cannot be construed as a limitation on the scope of this patent. It should be noted that for those having ordinary knowledge in the technical field of the present invention, various modifications and improvements can be made without departing from the inventive concept, which are all within the scope of the present invention. Therefore, this creation shall be subject to the content of the request as defined in the scope of application for patents. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of a hard plate member; FIG. 2 is a schematic view of a cutter plate and a hard plate member; FIG. 3a to FIG. 3i are respectively an action explanatory diagram of the present creation; FIG. 4 is a schematic view of the cutter; Figure 5 is a perspective view of the cutting device of the present invention; Figure 6 is a partial schematic view of Figure 5; Figure 7 and Figure 8 are schematic views of the use state of Figure 5. [Main component symbol description] 1 Cutter 10 blade 10 M428036
12 臂件 12a 、 12b 、 12c、12d 擺臂 14 氣壓缸 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 Θ2 換邊角度 4 定位端 40 平台 5 滑座 51 第一線性滑軌 52 第二線性滑轨 61 第一驅動器 62 第二驅動器 63 第三驅動器 65 機台 1112 Arms 12a, 12b, 12c, 12d Swing arm 14 Pneumatic cylinder 2 Hard plate 20 End edge 21 Soft edge 21a, 21b Soft material Θ 1 Angle Θ 2 Specific angle Θ 2 Edge angle 4 Positioning end 40 Platform 5 Slide 51 First linear slide 52 second linear slide 61 first drive 62 second drive 63 third drive 65 machine 11