201111600 ，六、發明說明： 【發明所屬之技術領域】 本發明疋有關於一種浪板總成及其浪板與浪板的組裝 方法特別疋指一種應用於組裝成屋頂之浪板總成及其浪板 與浪板的組裝方法。 【先前技術】 . 1及圖2所示，-般用於組裝成屋頂的浪板1通常 包含一板體11，板體u界定出一下端lu及一位於下端m 鲁 相反側的上端112 ’板體11的下端ill處朝板體11底面並 朝上端112彎折形成一鉤狀的卡扣部113，而板體u頂面 鄰近上端112處形成有一朝向下端lu彎折的彎折部114, 彎折部114界定有一開口朝下的卡槽115，板體u還具有 一位於彎折部114與上端112之間的定位部116,定位部116 用以供螺絲2穿設定位。 如圖2及圖3所示，當浪板1用於組裝成屋頂時，首先， 組裝人員需將螺絲2〇穿設於浪板丨的定位部丨丨6並螺鎖於 籲 基材21(如鋼標或木板）上’以先將-片浪板1鎖固在基材 21。接著，將另一片浪板1，的卡扣部113,置於已組裝好的 浪板1的板體11上，並對準卡槽115的位置，組裝人員沿 箭頭所示方向施力將浪板Γ往上拉，使浪板丨，的卡扣部113, 卡扣於浪板1的卡槽115内，再透過螺絲2〇將浪板丨，鎖固 在基材21後，即完成浪板1’的組裝。 由於大部份的屋頂都是呈傾斜的形狀，因此，在組裝過 程中’組裝人員需透過由下往上拉的方式，才能將浪板i， 201111600 的卡扣部113’卡扣於浪板1的切出内。«人員在施 力將浪板1’上拉的過程中，若浪板1，尺寸較大，且隨著组 裝人員施加的拉力不同，則上拉的力量不易均句地傳遞至卡 扣部113,上，易造成卡扣部113,與料部ιΐ4之間的密合 程度有所差異，導致雨水會由卡扣部113，與彎折部之 間的縫隙滲入而造成螺絲20銹蝕的可能性，故組裝上較為 不易且較耗費組裝的工時。因此，如何構思出—種便於快速 組裝且密合程度佳的浪板’遂成為本發明要進一步改進的主 題。 【發明内容】 本發明之主要目的，在於提供一種便於組裝且能節省組 裝工時之浪板。 本發明之另一目的，在於提供一種便於組裝且能節省組 裝工時之浪板總成。 本發明之又一目的，在於提供一種便於組裝且能節省組 裝工時之浪板的組裝方法。 本發明的目的及解決先前技術問題是採用以下技術手 段來實現的’依據本發明所揭露的浪板，包含一板本體，及 一延伸板體。 板本體界定有一下端，及一位於下端相反側的上端，板 本體包括一凸設於頂面且鄰近上端的卡扣部，及一位於卡扣 部與上端之間的定位部，延伸板體包括一由下端朝遠離板本 體底面凸伸的遮蓋部，及一由遮蓋部朝上延伸的彎折部，彎 折部界定有一位於板本體底面並與遮蓋部相間隔且開口朝 201111600 向遮蓋部的卡槽。 _本發明的目的及解決先前技術問題還可以採用以下技 術手段進一步實現。 前述之浪板，卡扣部是由板本體傾斜朝上並朝遠離板本 體頂面方向凸伸’藉此’在組裝過程中另一浪板的卡槽能 快速地與一浪板的卡扣部相扣接。 前述之浪板’板本體還包括—凸設於頂面且位於卡扣部 與下端之間的抵接凸部’抵接凸部與卡扣部相連接，藉此， 在組裝過程中’另一浪板的遮蓋部内表面能與一浪板的抵接 凸部相抵接。 刖述之浪板，卡扣部呈一開口朝向下端的鉤狀。 前述之浪板，還包含一組裝於板本體的上端與彎折部之 間的背板體，及一設於板本體與背板體之間的發泡材料，藉 此，使得浪板組裝後所形成之屋頂能達到良好的隔熱效果。 依據本發明所揭露的浪板總成，包括至少二浪板，各浪 板包含一板本體，及一延伸板體。 板本體界定有一下端，及一位於下端相反側的上端，板 本體包括一凸設於頂面且鄰近上端的卡扣部，及一位於卡扣 部與上端之間的定位部，延伸板體包括一由下端朝遠離板本 體底面凸伸的遮蓋部，及一由遮蓋部朝上延伸的彎折部，彎 折部界定有一位於板本體底面並與遮蓋部相間隔且開口朝 向遮蓋部的卡槽。二浪板其中之一浪板是以卡扣部卡扣於另 一浪板的卡槽内，且另一浪板的遮蓋部抵接於浪板的板本體 頂面並位於卡扣部下側。 201111600 依據本發明所揭露的浪板的組裝方法，適於將一具有一 板本體的浪板組裝在一基材上，板本體界定有一下端與一上 端並包括一凸設於頂面且鄰近於上端的卡扣部，浪板包含一 形成於下端的遮蓋部，及一與遮蓋部相間隔且位於板本體底 面的卡槽’該方法包含下述步驟： (A) 置放另一浪板於一組裝在基材的浪板上，使另一浪 板的卡槽及遮蓋部分別位於浪板的卡扣部的上、下兩側；及 (B) 推動另一浪板相對於浪板移動，使另一浪板的卡槽 與浪板的卡扣部相扣接。 前述之浪板的組裝方法，還包含一位於步驟（B)之後的 步驟（C) ’鎖固另一浪板於基材上。 本發明之浪板總成，浪板藉由凸伸出板本體之頂面且鄰 近上端的卡扣部設計，以及位於板本體之底面且鄰近下端之 卡槽設計，使得組裝人員在組裝過程中，只要輕推浪板使其 因重力沿基材的斜面上之分力帶動而下滑，即可使另一浪板 的卡槽快速且緊密地與一浪板的卡扣部相扣接，使得兩浪板 之間密合程度佳，藉此，能提昇組裝上的便利性並節省組裝 的工時。再者，透過另一浪板的遮蓋部抵於浪板的板本體的 頂面，能避免雨水由卡扣部與卡槽之間的縫隙滲入而造成螺 絲的錄触。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在以 下配合參考圖式之五個較佳實施例的詳細說明中，將可清楚 的呈現。透過具體實施方式的說明，當可對本發明為達成預 201111600 定目的所採取的技術手段及功效得以更加深入且具體的了 解，然而所附圖式只是提供參考與說明之用，並非用來對本 發明加以限制。 在本發明被詳細描述之前，要注意的是，在以下的說明 内容中，類似的元件是以相同的編號來表示。 如圖4及圖6所示，是本發明浪板總成之第—較佳實施 例’該浪板總成300包括複數片浪板3、3,，浪板3、3，是 由金屬材質之鋼材經彎折及裁切加工後所製成，透過複數片 浪板3、3’相互組裝後可形成一屋頂。 浪板3包含一板本體31，板本體31界定有一下端311， 及一位於下端311相反側的上端312,板本體31的下端3ιι 形成有一延伸板體32,延伸板體32包括一由板本體31的 下端311朝遠離板本體31的底面313方向凸伸的遮蓋部 321，及一與遮蓋部321相連接的彎折部322，彎折部 是由遮蓋部32丨底端朝板本體31方向彎折並朝上端312方 向彎折延伸一段距離後’再傾斜朝向遮蓋部321方向彎折而 成，彎折部322界定有一位於板本體31的底面313並與遮 蓋部321㈣隔且開口朝向遮蓋部321时槽奶。板本體 31彎折形成有-凸伸出頂面314且鄰近上端312的卡扣部 315,卡扣部315是由板本體31傾斜朝向上端312並朝遠離 頂面314的方向凸伸，板本體31的頂面314還形成有一位 於卡扣部315與上端312之間的定位部316 ,定位部⑽用 以供螺絲40穿設。 以下將針對浪板3的組裝方法進行詳細說明，如圖5、 201111600 圖6及圖7所示，圖5為浪板3的組裝方法流程圖，其主要 包含下述步驟： 如步驟51，組裝人員先置放一浪板3於一基材41(如鋼 樑或木板）上，透過螺絲40穿過浪板3的定位部316並螺鎖 於基材41 ’使得浪板3鎖固於基材41上。在本實施例中， 基材41是呈圖6所示的傾斜狀。 如步驟52,再置放另一浪板3,於一組裝在基材41的浪 板3上，使另一浪板3’的卡槽323,及遮蓋部321，分別位於 浪板3的卡扣部315的上、下兩側，此時，卡扣部315對應 於卡槽323’的開口。 如步驟53,由於基材41是呈傾斜狀並具有一斜面411， 故組裝人員只需輕輕推動另一浪板3’沿箭頭I所示方向相 對於浪板3移動，藉由重力沿著基材41之斜面411上的分 力可帶動浪板3’向下滑移，當浪板3的卡扣部315卡扣於 浪板3’的卡槽323’時，浪板3,不會再向下移動，此時，即 元成兩浪板3、3之間的扣接。由於卡扣部315是呈傾斜地 凸設於板本體31的頂面314，故另一浪板3,向下滑移的過 程中，卡槽323’能快速且確實地與卡扣部315相扣接，能 避免卡槽323’越過卡扣部315而無法與卡扣部315扣接的 情形產生。 如步驟54’透過螺絲4〇穿過另一浪板3，的定位部316, 並螺鎖於基材41，使得另一浪板3’鎖固於基材41上此時， 即完成兩浪板3、3’與基材41之間的組裝。 之後，可視所需組裝之屋頂的面積大小，重複上述組裝 201111600 步驟52〜54，以進行其他片浪板的組裝。201111600, VI, invention description: [Technical field of invention] The invention relates to a wave board assembly and a method for assembling the wave board and the wave board, in particular to a wave board assembly assembled into a roof and its wave board and wave board Assembly method. [Prior Art] 1 and 2, the wave plate 1 generally used for assembling into a roof generally includes a plate body 11 defining a lower end lu and an upper end 112' plate on the opposite side of the lower end m The lower end ill of the body 11 is bent toward the bottom surface of the plate body 11 and is bent toward the upper end 112 to form a hook-shaped buckle portion 113. The top surface of the plate body u is formed adjacent to the upper end 112 with a bent portion 114 bent toward the lower end lu. The bent portion 114 defines a slot 115 having an opening downwardly. The plate body u further has a positioning portion 116 between the bent portion 114 and the upper end 112. The positioning portion 116 is for the screw 2 to be set. As shown in FIG. 2 and FIG. 3, when the wave board 1 is used for assembling into a roof, first, the assembler needs to pass the screw 2 to the positioning portion 丨丨6 of the wave board and screw it to the base material 21 (such as steel). On the label or the board), the sheet wave 1 is first locked to the substrate 21. Next, the buckle portion 113 of the other wave plate 1 is placed on the plate body 11 of the assembled wave plate 1 and aligned with the position of the card slot 115, and the assembler applies a force in the direction indicated by the arrow to push the wave board toward Pulling up, the buckle portion 113 of the corrugated board is buckled in the slot 115 of the wave board 1, and then the corrugated board is twisted by the screw 2, and locked to the base material 21, and the assembly of the wave board 1' is completed. Since most of the roofs are in a sloping shape, the assembly personnel need to pull the buckle portion 113' of the wave board i, 201111600 to the wave board 1 during the assembly process. Cut out inside. «In the process of pulling up the wave board 1', if the wave board 1 is large in size and the tension applied by the assembler is different, the pull-up force is not easily transmitted to the buckle portion 113 uniformly. In the above, the degree of adhesion between the buckle portion 113 and the material portion ι 4 is different, and the rainwater may be infiltrated by the gap between the buckle portion 113 and the bent portion, thereby causing the possibility of the screw 20 being rusted. Therefore, the assembly time is relatively difficult and the assembly time is relatively expensive. Therefore, how to conceive a wave plate which is easy to assemble quickly and has a good degree of adhesion is the subject of further improvement of the present invention. SUMMARY OF THE INVENTION A primary object of the present invention is to provide a wave board that is easy to assemble and saves assembly time. Another object of the present invention is to provide a wave board assembly that is easy to assemble and that saves assembly time. It is still another object of the present invention to provide an assembly method which is easy to assemble and which can save the assembly time. SUMMARY OF THE INVENTION The object of the present invention is to solve the prior art problem by using the following technical means. The wave plate according to the present invention comprises a plate body and an extension plate body. The board body defines a lower end and an upper end on the opposite side of the lower end. The board body includes a buckle portion protruding from the top surface and adjacent to the upper end, and a positioning portion between the buckle portion and the upper end, the extension board body includes a cover portion protruding from the lower end toward the bottom surface of the plate body, and a bent portion extending upward from the cover portion, the bent portion defining a bottom portion of the plate body and spaced apart from the cover portion and opening toward the cover portion of the 201111600 Card slot. The object of the present invention and solving the prior art problems can be further achieved by the following technical means. In the foregoing wave plate, the buckle portion is inclined upward by the plate body and protrudes away from the top surface of the plate body. Thus, the card slot of the other wave plate can be quickly interlocked with the buckle portion of the wave plate during the assembly process. Pick up. The board body of the foregoing wave plate further includes: an abutting protrusion formed on the top surface and located between the buckle portion and the lower end, the abutting protrusion is connected with the buckle portion, thereby, during the assembly process, another The inner surface of the cover portion of the wave plate can abut against the abutting convex portion of a wave plate. In the wave board described above, the buckle portion has a hook shape with an opening facing the lower end. The wave plate further includes a back plate body assembled between the upper end of the plate body and the bent portion, and a foaming material disposed between the plate body and the back plate body, thereby forming the wave plate after assembly The roof can achieve good insulation. The wave board assembly according to the present invention comprises at least two wave plates, each wave plate comprising a plate body and an extension plate body. The board body defines a lower end and an upper end on the opposite side of the lower end. The board body includes a buckle portion protruding from the top surface and adjacent to the upper end, and a positioning portion between the buckle portion and the upper end, the extension board body includes a cover portion protruding from the lower end toward the bottom surface of the plate body, and a bent portion extending upward from the cover portion, the bent portion defining a card slot located at a bottom surface of the plate body and spaced apart from the cover portion and opening toward the cover portion . One of the two wave plates is fastened in the card slot of the other wave plate by the buckle portion, and the cover portion of the other wave plate abuts against the top surface of the plate body of the wave plate and is located at the lower side of the buckle portion. 201111600 The method for assembling a wave board according to the present invention is suitable for assembling a wave board having a body of a board, the board body defining a lower end and an upper end and including a protruding top surface adjacent to the upper end The buckle portion includes a cover portion formed at the lower end, and a card slot spaced from the cover portion and located on the bottom surface of the plate body. The method comprises the following steps: (A) placing another wave plate in an assembly base The wave plate of the material, the card slot and the cover portion of the other wave plate are respectively located on the upper and lower sides of the buckle portion of the wave plate; and (B) pushing the other wave plate to move relative to the wave plate, so that the card slot of the other wave plate is The buckles of the wave plates are interlocked. The method for assembling the foregoing wave plate further comprises the step (C) of the step (B) of locking the other wave plate on the substrate. In the wave board assembly of the present invention, the wave board is designed by a buckle portion protruding from the top surface of the board body and adjacent to the upper end, and a card slot design located on the bottom surface of the board body and adjacent to the lower end, so that the assembler can The light wave plate is driven to slide down by the component force of the gravity along the inclined surface of the substrate, so that the card slot of the other wave plate can be fastened and tightly fastened to the buckle portion of the wave plate, so that the two waves are densely connected. The degree of integration is good, thereby improving assembly convenience and saving assembly time. Further, the cover portion of the other wave plate is in contact with the top surface of the plate body of the wave plate, so that the rain can be prevented from being infiltrated by the gap between the buckle portion and the card slot, thereby causing the recording of the screw. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments of the accompanying drawings. Through the description of the specific embodiments, the technical means and functions of the present invention for achieving the pre-201111600 purpose can be more deeply and specifically understood. However, the drawings are only for reference and explanation, and are not intended to be used for the present invention. Limit it. Before the present invention is described in detail, it is noted that in the following description, similar elements are denoted by the same reference numerals. As shown in FIG. 4 and FIG. 6 , it is a first preferred embodiment of the wave plate assembly of the present invention. The wave plate assembly 300 includes a plurality of wave plates 3 and 3, and the wave plates 3 and 3 are bent by a metal material. After being folded and cut, it can be formed by assembling a plurality of wave plates 3, 3' to form a roof. The slab 3 includes a plate body 31 defining a lower end 311 and an upper end 312 on the opposite side of the lower end 311. The lower end of the plate body 31 is formed with an extension plate 32. The extension plate 32 includes a plate body 31. The lower end 311 is a cover portion 321 protruding away from the bottom surface 313 of the plate body 31, and a bent portion 322 connected to the cover portion 321 . The bent portion is bent from the bottom end of the cover portion 32 toward the plate body 31. The bending portion is bent and extended in the direction of the upper end 312 and then bent to be inclined toward the covering portion 321 . The bent portion 322 defines a bottom surface 313 of the plate body 31 and is spaced apart from the covering portion 321 (four) and opens toward the covering portion 321 . Time slot milk. The plate body 31 is bent and formed with a locking portion 315 protruding from the top surface 314 and adjacent to the upper end 312. The locking portion 315 is inclined by the plate body 31 toward the upper end 312 and protrudes away from the top surface 314. The top surface 314 of the 31 is further formed with a positioning portion 316 between the buckle portion 315 and the upper end 312. The positioning portion (10) is used for the screw 40 to pass through. The assembly method of the wave plate 3 will be described in detail below, as shown in FIG. 5, 201111600, FIG. 6 and FIG. 7. FIG. 5 is a flow chart of the assembly method of the wave plate 3, which mainly includes the following steps: A wave plate 3 is placed on a substrate 41 (such as a steel beam or a wood board), passed through the positioning portion 316 of the wave plate 3 through the screw 40, and screwed to the base material 41' so that the wave plate 3 is locked to the substrate 41. In the present embodiment, the base material 41 is inclined as shown in Fig. 6. In step 52, another wave plate 3 is placed on the wave plate 3 of the substrate 41, and the card slot 323 of the other wave plate 3' and the cover portion 321 are respectively located at the buckle portion 315 of the wave plate 3. The upper and lower sides, at this time, the buckle portion 315 corresponds to the opening of the card slot 323'. As in step 53, since the substrate 41 is inclined and has a slope 411, the assembler only needs to gently push the other wave plate 3' to move relative to the wave plate 3 in the direction indicated by the arrow I, by gravity along the substrate. The component force on the inclined surface 411 of the 41 can drive the wave plate 3' to slide downward. When the buckle portion 315 of the wave plate 3 is buckled to the slot 323' of the wave plate 3', the wave plate 3 will not move downward again. At that time, the element is buckled between the two waves 3 and 3. Since the locking portion 315 is obliquely protruded from the top surface 314 of the plate body 31, the card slot 323' can be quickly and surely fastened to the buckle portion 315 during the downward movement of the other wave plate 3. It is possible to prevent the card slot 323' from passing over the latching portion 315 and being unable to be engaged with the latching portion 315. If the step 54' is passed through the screw 4, the positioning portion 316 of the other wave plate 3 is screwed to the substrate 41, so that the other wave plate 3' is locked on the substrate 41, that is, the two waves 3 are completed. Assembly between 3' and substrate 41. Thereafter, the above assembly 201111600 steps 52 to 54 may be repeated depending on the size of the roof to be assembled, for assembly of other wave plates.
由於浪板3’因重力沿斜面411上之分力帶動而下滑， 故組裝人員不需花費太大的推力即可使浪板3,的卡槽323, 洪速且緊密地與浪板3的卡扣部315相扣接，使得兩浪板 3、3’之間密合程度較佳，藉此，能提昇組裝上的便利性並 即省組裝的工時。再者，透過浪板3,的遮蓋部321，抵於浪 板3的板本體31的頂面314’能防止雨水滲透至卡扣部315 與卡槽323的扣接處，避免雨水由卡扣部315與卡槽 之間的縫隙滲入而造成螺絲4〇的銹蝕。 如圖8所示，是本發明浪板總成之第二較佳實施例，該 浪板總成310之浪板3的組裝方式與第一較佳實施例相同， 但浪板3整體結構略有不同。浪板3還包含—組裝於板本體 31的上端312與彎折部322的卡鉤324之間的背板體33， 及一設於板本體31與背板體33之間的發泡材料34，在組 裝時，螺絲40會穿過板本體31的定位部316、發泡材料％ 及背板體33而螺鎖於基材41上’藉由發泡材料34的設置， 使得組裝後之屋頂能達到良好的隔熱效果。 如圖9所示，是本發明浪板總成之第三較佳實施例，該 浪板總成320之浪板3的組裝方式與第一較佳實施例相同， 但浪板3整體結構與第二較佳實施例略有不同。 浪板3之板本體31還包括—凸設於頂面314且位於卡 扣部315與下端311之間的抵接凸部317，抵接巴部317盘 卡扣部315相連接，當浪板3的卡扣部315卡扣於另一浪板 3’的卡槽323,時，另-浪板3,的遮蓋部321，内表面會同時 201111600 抵接於浪板3的抵接凸部317上，藉此，能增加與遮蓋部 321’的接觸面積，以防止雨水滲透至卡扣部315與卡槽323, 的扣接處。 如圖10所示，是本發明浪板總成之第四較佳實施例， 該浪板總成330之浪板3的組裝方式與第一較佳實施例相 同’但浪板3整體結構與第二較佳實施例略有不同。 浪板3的卡扣部318呈一開口朝向下端311的鉤狀結 構，當浪板3的卡扣部318卡扣於另一浪板3，的卡槽323， 時，卡扣部318的開口會朝向另一浪板3,的遮蓋部321，， 且卡扣部318會緊密地卡扣於卡槽323,内，藉此能達到防 止雨水滲透的功效。 如圖11所示，是本發明浪板總成之第五較佳實施例， 該浪板總成340之浪板3的組裝方式與整體結構大致與第三 較佳實施例相同’但卡扣部318的結構有所不同。 浪板3的卡扣部318呈一開口朝向下端311的鉤狀結 構，當浪板3的卡扣部318卡扣於另一浪板3,的卡槽323, 時，卡扣部318的開口會朝向另一浪板3’的遮蓋部321，， 且卡扣部318會緊密地卡扣於卡槽323’内，藉此能達到防 止雨水/參透的功效’以提供另一道防止雨水滲透的結構設 計。 歸納上述’兩實施例之浪板3，藉由凸伸出板本體31 之頂面314且鄰近上端312的卡扣部315設計，以及位於板 本體31之底面313且鄰近下端311之卡槽323設計，使得 •组裝人員在組裝過程中，只要輕推浪板3，使其因重力沿基 10 201111600 材41的斜面411上之分力帶動而下滑，即可使浪板3，的卡 槽323’快速且緊密地與浪板3的卡扣部315相扣接，使得 兩/良板3、3之間密合程度佳，藉此，能提昇組裝上的便利 性並節省組裝的工時。再者，透過浪板3,的遮蓋部321，抵 於浪板3的板本體31的頂面314，能避免雨水由卡扣部315 與卡槽323之間的縫隙渗入而造成螺絲4〇的錄#，故確實 能達到本發明所訴求之目的。 淮以上所述者，僅為本發明之較佳實施例而已，當不能 以此限定本發明實施之範圍，即大凡依本發明巾請專利範圍 及發明說明内容所作之簡單的等效變化與修飾，皆仍屬本發 明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是習知浪板的立體圖； 圖2是習知浪板與基材的側視剖視圖； 圖3是習知浪板與基材的側視剖視圖，說明浪板的卡扣 部卡扣於另一浪板的卡槽； 圖4疋本發明浪板總成之第一較佳實施例之浪板的立 體圖； 圖5疋本發明浪板總成之第一較佳實施例之浪板組裝 方法的流程圖； 圖6疋本發明浪板總成之第一較佳實施例與基材的側 ，剖視圖’說明另—浪板的卡槽及遮蓋部分別位於浪板的卡 扣部的上、下兩侧； 圖7是本發明浪板總成之第-較佳實施例與基材的側 201111600 視剖視圖，，明另-浪板的卡槽與浪板的卡扣部相扣接； 圖8是本發明浪板總成之第二較佳實施例與基材的側 視剖視圖； 圖9疋本發明浪板總成之第三較佳實施例與基材的侧 視剖視圖’說明另-浪板的卡槽與浪板的卡扣部相扣接，且 另一浪板的遮蓋部與浪板的抵接凸部抵接； 圖10是本發明浪板總成之第四較佳實施例與基材的側 視剖視圖’說明卡扣部呈鉤狀；及 圖11是本發明浪板總成之第五較佳實施例與基材的侧 視剖視圖’說明卡扣部呈鉤狀。 12 201111600 【主要元件符號說明】 300、310·浪板總成 321、321’·遮蓋部 3、3’ ····浪板 322、322’·彎折部 3 1、3 Γ ·板本體 323、323’·卡槽 31卜311’·下端 324 .......卡鉤 312、312’·上端 33.........背板體 313.......底面 34.........發泡材料 314.......頂面 40.........螺絲 315、315’·卡扣部 41.........基材 316、316’·定位部 411 .......斜面 317.......抵接凸部 5 1〜5 4 —步驟 32、32’·延伸板體 I...........箭頭Since the wave plate 3' is driven to slide down by the component force on the inclined surface 411, the assembler does not need to take too much thrust to make the slot 3 of the wave plate 3, the speed and the tightness of the buckle portion of the wave plate 3 The 315 is fastened to make the adhesion between the two waves 3, 3' better, thereby improving the convenience of assembly and saving the man-hour of assembly. Furthermore, the cover portion 321 of the wave plate 3 can prevent the rainwater from penetrating into the fastening portion of the buckle portion 315 and the card slot 323 against the top surface 314' of the plate body 31 of the wave plate 3, thereby preventing rainwater from being caught by the buckle portion 315. The gap between the slot and the card slot penetrates to cause rust of the screw 4〇. As shown in Fig. 8, which is a second preferred embodiment of the wave board assembly of the present invention, the wave board 3 of the wave board assembly 310 is assembled in the same manner as the first preferred embodiment, but the overall structure of the wave board 3 is slightly different. The wave plate 3 further includes a back plate body 33 assembled between the upper end 312 of the plate body 31 and the hook 324 of the bent portion 322, and a foaming material 34 disposed between the plate body 31 and the back plate body 33, When assembled, the screw 40 can be screwed onto the substrate 41 through the positioning portion 316 of the plate body 31, the foaming material %, and the back plate body 33. By the arrangement of the foaming material 34, the assembled roof can be Achieve good insulation. As shown in FIG. 9, which is a third preferred embodiment of the wave board assembly of the present invention, the wave board 3 of the wave board assembly 320 is assembled in the same manner as the first preferred embodiment, but the overall structure of the wave board 3 and the second preferred embodiment. The examples are slightly different. The board body 31 of the wave board 3 further includes an abutting protrusion 317 protruding from the top surface 314 and located between the buckle portion 315 and the lower end 311, and the abutting portion 317 is fastened by the buckle portion 315. When the latching portion 315 is fastened to the latching groove 323 of the other wave plate 3', the inner surface of the covering portion 321 of the other wave plate 3 abuts against the abutting convex portion 317 of the wave plate 3 at the same time 201111600, whereby The contact area with the cover portion 321' can be increased to prevent rainwater from penetrating into the fastening portion of the buckle portion 315 and the card slot 323. As shown in FIG. 10, which is a fourth preferred embodiment of the wave board assembly of the present invention, the wave board 3 of the wave board assembly 330 is assembled in the same manner as the first preferred embodiment. The examples are slightly different. The latching portion 318 of the wave plate 3 has a hook-like structure with an opening facing the lower end 311. When the latching portion 318 of the wave plate 3 is fastened to the slot 323 of the other wave plate 3, the opening of the latching portion 318 faces the other The cover portion 321 of the wave plate 3, and the buckle portion 318 are tightly snapped into the card slot 323, thereby achieving the effect of preventing rainwater from penetrating. As shown in FIG. 11, which is a fifth preferred embodiment of the wave board assembly of the present invention, the assembly and overall structure of the wave board 3 of the wave board assembly 340 are substantially the same as those of the third preferred embodiment, but the buckle portion 318 is The structure is different. The latching portion 318 of the wave plate 3 has a hook-like structure with an opening facing the lower end 311. When the latching portion 318 of the wave plate 3 is fastened to the slot 323 of the other wave plate 3, the opening of the latching portion 318 faces the other A cover portion 321 of the wave plate 3', and the buckle portion 318 is tightly snapped into the card slot 323', thereby achieving the effect of preventing rain/penetration" to provide another structural design for preventing rainwater from penetrating. The wave plate 3 of the above two embodiments is designed by a snap portion 315 protruding from the top surface 314 of the plate body 31 and adjacent to the upper end 312, and a card slot 323 located at the bottom surface 313 of the plate body 31 adjacent to the lower end 311. In the assembly process, the assembly personnel can simply push the wave plate 3 to slide down the force component along the inclined surface 411 of the base 11 201111600 material 41, so that the wave plate 3, the card slot 323' can be quickly The fastening portion 315 is fastened to the buckle portion 315 of the wave plate 3 so that the adhesion between the two/good boards 3 and 3 is good, thereby improving assembly convenience and saving assembly man-hours. Further, the cover portion 321 of the wave plate 3 is in contact with the top surface 314 of the plate body 31 of the wave plate 3, so that the rainwater can be prevented from infiltrating by the gap between the buckle portion 315 and the card groove 323, thereby causing the screw 4〇# Therefore, it is indeed possible to achieve the object of the present invention. The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent change and modification of the patent scope and the description of the invention according to the invention. All remain within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a conventional wave plate; FIG. 2 is a side cross-sectional view of a conventional wave plate and a substrate; FIG. 3 is a side cross-sectional view of a conventional wave plate and a substrate, illustrating a buckle portion of the wave plate Figure 4 is a perspective view of a wave plate of a first preferred embodiment of the wave board assembly of the present invention; Figure 5 is a flow chart of a wave board assembly method of the first preferred embodiment of the wave board assembly of the present invention Figure 6 is a side view of the first preferred embodiment of the wave board assembly of the present invention and the substrate, and the cross-sectional view illustrates that the card slot and the cover portion of the wave board are respectively located on the upper and lower sides of the buckle portion of the wave board; 7 is a cross-sectional view of the first preferred embodiment of the wave plate assembly of the present invention and the side of the substrate 201111600, wherein the card slot of the wave plate is interlocked with the buckle portion of the wave plate; FIG. 8 is a wave plate assembly of the present invention. 2 is a side cross-sectional view of a substrate and a substrate; FIG. 9 is a side cross-sectional view of a third preferred embodiment of the wave board assembly of the present invention and a substrate; The fastening portion of the other wave plate abuts against the abutting convex portion of the wave plate; 10 is a side cross-sectional view of the fourth preferred embodiment of the wave board assembly of the present invention and the substrate, illustrating that the buckle portion is hook-shaped; and FIG. 11 is a fifth preferred embodiment of the wave board assembly of the present invention and a substrate. A side cross-sectional view 'describes that the buckle portion is hook-shaped. 12 201111600 [Description of main component symbols] 300, 310·Wave plate assembly 321, 321'· Covering parts 3, 3' ···· Wave plates 322, 322'·Bending parts 3 1 and 3 Γ · Board bodies 323, 323 '·卡槽31卜311'·lower end 324 . . . hook 312, 312'· upper end 33......back plate body 313....... bottom surface 34. ........foaming material 314.......top surface 40.........screws 315,315'·fastening portion 41......... Substrate 316, 316'·positioning portion 411 . . . inclined surface 317....... abutting convex portion 5 1 to 5 4 - step 32, 32'· extending plate body I.... .......arrow
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