201141355 六、發明說明： 【發明所屬之技術領域】 特別是有關於一種電 本發明是有關於一種凸包結構 子裝置背板上的凸包結構。 【先前技術】 # 習知電子震置背板上的凸包，如第1A圖所示，係透 匕加裝-早獨的凸包元件！於電子裝置背板2丨，如以螺 絲12穿過凸包元件！兩側的定位孔13，用以將凸包元件！ 鎖合於背板2上，以組裝成電子裝置背板2上的凸包結構。 =凸包元件1的㈣部分上設有螺孔u，以料外Ό部構 件。但此種設計除了要在背板2上另外加裝凸包元件^卜， 還必須另外設計專門製作凸包元件丨的模具。 另「習知電子裝置背板上的凸包，如第1β圖所示，係 I接財壓方式，將背板4財壓機具沖壓丨突出於背板 表面的凸包3 ’再於凸包3的凸起部分上穿設螺孔31， 用來固定外部構件。但此種對背板4沖壓的製作過程，會 '因沖壓力道或沖壓位置而造成背板4變形的問題。 因此，$知的電子裝置背板上的凸包元件的設計尚須 改良。 【發明内容】 有鑑於此，本發明主要提出一種直接形成於電子裝置 的者板上的凸包結構。本發明凸包結構之一實施例，係直 201141355 接形成於底板上，其包括由彎折片、扣合件以及扣合孔所 組成。其中，彎折片為在底板特定位置處切割出的一塊以 連接端接於底板的長條板。彎折片從此連接端彎折出底 板，而底板在彎折片彎折出底板的區域會形成一破孔。彎 折出底板的彎折片朝向與破孔相反的方向向底板之上表面 反折，而依續彎折出第一折彎部、第二折彎部及第三折彎 部。彎折片在第一折彎部及第二折彎部之間為鎖孔部，係 突出於底板之上表面且平行於底板。而彎折片在第三折彎 部及彎折片的裁切端之間為抵扣部，其平貼抵頂於底板之 上表面。扣合件可凸設於底板的上表面，而扣合孔穿設於 抵扣部面向底板之表面相對扣合件設置的位置；或者，扣 合件可凸設於抵扣部面向底板之表面，而扣合孔穿設於底 板的上表面相對扣合件設置的位置，扣合孔的大小恰能扣 入扣合件，以將彎折片之抵扣部扣合固定於底板上。 本發明凸包結構之另一實施例，係直接形成於底板 上’其包括由第一彎折片、第二彎折片、扣合件以及扣合 孔所組成。其中，第一彎折片為在底板特定位置處切割出 的一塊以第一連接端接於底板的長條板，且第一彎折片從 第一連接端彎折出底板。而底板在第一彎折片彎折出底板 的區域會形成第一破孔。第一彎折片朝向與第一破孔相反 的方向向底板之上表面反折，並彎折出第一鎖孔部，係突 出於底板之上表面且平行於底板。第二彎折片為在底板上 對應於第一彎折片的特定位置處切割出的以第二連接端接 於底板的另一長條板，且第二彎折片從第二連接端彎折出 201141355 底板。而底板在第二彎折片彎折出底板的區域會形成第二 破孔。第二彎折片朝向與第二破孔相反的方向向底板之上 表面反折，並再彎折出第二鎖孔部，係突出於底板之上表 面且平行於底板，同時第二鎖孔部能與第一鎖孔部相互疊 合抵頂。扣合件可凸設於第一鎖孔部面向第二鎖孔部之表 面，而扣合孔穿設於第二鎖孔部且相對扣合件設置的位 置；或者，扣合件可凸設於第二鎖孔部面向第一鎖孔部之 ® 表面，而扣合孔穿設於第一鎖孔部且相對扣合件設置的位 置。扣合孔的大小恰能扣入扣合件，以將第一彎折片及第 二彎折片相互扣合固定。 綜上所述，藉由本發明之凸包結構的設計，利用底板 及從底板裁切並反折出的彎折片之間的相互抵頂，並利用 扣合件與扣合孔的設計拘束其平移滑動，因此能以最少的 構件即可達到固定凸包結構於底板上的目的，而不會使凸 包結構在鎖合外部元件時因受力產生滑動，甚至產生變形。 • 以下配合圖示說明本發明之較佳實施例，詳細說明 本發明之技術特徵。 【實施方式】 配合參照第2圖，係繪示本發明凸包結構之設置位置 示意圖。本發明提出之凸包結構100，係設於電子裝置的 背板10上，對應於外部元件20的鎖合螺絲30的位置，而 可供鎖合外部元件20於電子裝置的背板10上。 配合參照第3A、3B圖，係繪示本發明之凸包結構實 201141355 施例一的示意圖。本發明之凸包結構1〇()，至少由一底板 110、一彎折片120、一扣合件130、以及一扣合孔14〇所 組成。 如第3A圖所示，底板110具有上表面111。彎折片120 為在底板110特定位置處切割出的以連接端121接於底板 110之一長條板。彎折片12〇從連接端121彎折出底板110， 而在彎折片120彎折出底板11〇的區域會形成一破孔112。 彎折片120朝向與破孔η〗相反的方向向底板11〇的上表 面ill反折。再將彎折片120依續彎折出第一折彎部122、 第二折彎部124及第三折彎部125。彎折片120在第一折 f部122及第二折彎部124之間為鎖孔部123，係突出於 底板110之上表面111且平行於底板11〇。而彎折片12〇 在第三折彎部125及裁切端127之間為抵扣部126，係平 貼抵頂於底板110之上表面丨1丨。上述之鎖孔部更至少 包含一鎖合孔1231，供鎖合外部元件2〇(未圖示）。 如第3B圖所示，扣合件13〇係為凸設於上表面ui 之一凸扣。而抵扣部126面向底板11〇的表面128上形成 有扣合孔140，且扣合孔14〇與扣合件13〇設置的位置相 對，藉此扣合孔140與扣合件13〇可相對扣合，使抵扣部 126受到平移及垂直位移的拘束，以將彎折片12〇之抵扣 部126扣合固定於底板11()上。 如此，藉由彎折片12〇的一端接於底板n〇的連接端 121及另一知受平移及垂直位移拘束的抵扣部126,而可固 定凸包結構1 〇〇於底板110上的位置，而不會使凸包結構 m 6 201141355 100在鎖合外部元件20時，因受外力而產生側向滑動或垂 直方向的變形’而造成在利用凸包結構鎖合外部元件 20時的位置不精確。 請配合參照第4圖’係繪示本發明之凸包結構實施例 二的示意圖。如圖所示’本發明凸包結構200之底板210 及彎折片220的構造均如前述實施例及對應圖示所述，但 並非以此為限。唯不同之處僅在於，本發明實施例二之凸 包結構200的扣合件230，係為凸設於抵扣部226面向底 板210之表面228上之一凸扣。而扣合孔240係穿設於底 板210且相對扣合件230設置的位置，並且扣合件230能 扣入扣合孔240，以將彎折片220之抵扣部226扣合固定 於底板210上。 如此，藉由彎折片220接於底板210的連接端221及 受平移拘束的抵扣部226，而可固定凸包結構200於底板 210上的位置，而不會使凸包結構200因受力產生滑動而 甚至產生變形。 請配合參照第5圖，係繪示本發明之凸包結構實施例 三的示意圖。如圖所示’本發明凸包結構30〇之底板310 及彎折片320的構造均如前述實施例及對應圖示所述，但 並非以此為限。唯不同之處僅在於’本發明實施例三之凸 包結構300的扣合件330，係為凸設於底板310之上表面 311上之二凸扣331、332。而二扣合孔34丨、342係穿設於 彎折片320之抵扣部326且相對凸扣33丨、332設置的位 m 7 201141355 置，並且一扣合孔341、342能分別扣入凸扣331、332， 以將彎折片320之抵扣部326扣合固定於底板;上。 如此，藉由彎折片320的一端接於底板31〇的連接端 321及另一端抵扣部326透過二凸扣331、332及二扣合孔 341、342的設計，更能增加抵扣部326平移及垂直位移的 拘束力，而可固定凸包結構300於底板31〇上的位置，而 不會使凸包結構300在鎖合外部元件2〇(未圖示）時，因受 外力而產生側向滑動或垂直方向的變形，而造成在利用凸 包結構300鎖合外部元件20時的位置不精確。 請配合參照第6圖，係繪示本發明之凸包結構實施例 四的示意圖。本發明凸包結構400，至少由一底板41 〇、一 第一彎折片420、一第二彎折片430、一扣合件440、以及 一扣合孔450所組成。 如第6圖所示，底板410具有上表面411，並形成有 經切割之一第一破孔412及一第二破孔413。 第一彎折片420為在底板410特定位置處切割出的以 第一連接端421接於底板410之一長條板，且第一.彎折片 420從第一連接端421彎折出底板410。而在第一彎折片 420彎折出底板410的區域會形成第一破孔412。第一擎折 片420朝向與第一破孔412相反的方向向底板41〇之上表 面411反折。然後將第一彎折片420再彎折出一第一鎖孔 部423,係突出於底板410之上表面411且平行於底板41〇。 第二彎折片430為在底板410上對應於第一彎折片420 的位置處切割出的以第二連接端431接於底板410之另一 201141355 長條板，且第二彎折片430從第二連接端431彎折出底板 410。而在第二彎折片430彎折出底板41〇的區域會形成第 二破孔413。第二彎折片430朝向與第二破孔413相反的 方向向底板410之上表面411反折。然後將第二彎折片430 再彎折出一第二鎖孔部433 ’係突出於底板410之上表面 411且平行於底板410’同時第二鎖孔部433能與第一鎖孔 部423相互疊合抵頂。此外’第一鎖孔部423更包含一鎖 • 合孔4231，而第二鎖孔部433更包含一鎖合孔4331，且鎖 合孔4231與鎖合孔4331的孔位相互對齊，以供鎖扣一外 部元件20(未圖示）。 扣合件440係為凸設於第一鎖孔部433面向第一鎖孔 部423的一凸扣。而扣合孔450係穿設於第一鎖孔部423 且相對扣合件440設置的位置’並且扣合孔450能扣入扣 合件440，以將第一彎折片420及第二彎折片430相互扣 合並固定’而形成凸出於底板410之凸包結構4〇〇。 • 然而，本實施例之扣合件440與扣合孔450，亦可替 代為將扣合件440凸設於第一鎖孔部423面向第二鎖孔部 433’而將扣合孔450穿設於第二鎖孔部433且相對扣合件 440設置的位置’以將第一彎折片420及第二f折片43〇 相互扣合並固定，而形成凸出於底板41〇之凸包結構4〇〇。 如此，藉由第一彎折片420接於底板410的第一連接 端421 ’第一彎折片430接於底板41〇的第二連接端431， 及相互抵頂且受到扣合件440與扣合孔450之間平移拘束 的第一鎖孔部423與第二鎖孔部433，而可固定凸包結構 201141355 400於底板410上的位置，而不會使凸包結構400因受力 產生滑動而甚至產生變形。 請配合參照第7A、7B、8A、8B及8C圖，係繪示本 發明凸包結構之扣合件與扣合孔的實施例示意圖。由於本 發明凸包結構之彎折片與底板之相對位置與結構均為相同 概念’因此以下均以第3A圖所代表的實施例一，來說明 本發明之扣合件與扣合孔的實施例，但並非以此為限。 如第7A圖所示，本發明實施例一中凸設於底板ι1〇 上表面111的扣合件130’係為透過裁切底板而反折突 出底板11〇上表面111的複數個折片131〜133(參見第7B 圖），其中折片131〜133能穿過彎折片no的扣合孔14〇並 扣壓於扣合孔140周緣。再者，扣合孔14〇之周緣更包含 複數個嵌合槽141〜143，對應於折片丨31〜133，以供嵌合扣 壓於彎折片120的扣合孔140周緣的折片ι31〜ΐ33。 如第8A圖所示，本發明實施例一中凸設於底板11〇 上表面111的扣合件130,係為透過裁切底板11〇而反折突 出底板11〇上表面111的二折片134、135(參見第8B圖）， 其中二折片134、135能穿過彎折片12〇的扣合孔14〇並扣 壓於扣合孔140兩侧周緣。再者，如第8C圖所示，扣合孔 140之兩側周緣更可再包含二嵌合槽144、145，對應於二 折片134、135，以供嵌合扣壓於彎折片12〇的扣合孔14〇 兩側周緣的二折片134、135。 同理，若以第4圖所代表的實施例二為例，則扣合件 230即為透過裁切彎折片220之抵扣部226而反折突出彎 201141355 折片220之抵扣部226的複數個折片， 433 扣合孔240並扣壓於扣合孔240周緣。〜這些折片能穿 的實施例四為例，則扣合件440即為透過裁，6圖所代表 430之抵扣部433而反折突出第二彎折片 的複數個折片，且這些折片能穿過第—驚折片42〇之扣合 孔450並扣壓於扣合孔450周緣。201141355 VI. Description of the Invention: [Technical Field of the Invention] In particular, the present invention relates to a convex hull structure on a back plate of a convex hull structure sub-device. [Prior Art] # 知知电子震 The convex hull on the back plate, as shown in Figure 1A, is a sturdy 匕 - - 早 早 早 早 早 早! On the back panel 2 of the electronic device, for example, the screw 12 passes through the convex hull component! Positioning holes 13 on both sides for the convex hull element! The cover is locked to the backboard 2 to be assembled into a convex hull structure on the back panel 2 of the electronic device. = The screw hole u is provided on the (four) portion of the convex hull element 1 to the outer dam member. However, in addition to the addition of the convex hull component to the backing plate 2, such a design must additionally design a mold for specifically forming the convex hull component 丨. In addition, the convex hull on the back panel of the electronic device, as shown in the first β-graph, is a financial method of pressing the financial device, and the convex plate 3 of the back plate 4 is pressed and protruded from the convex hull 3 ' on the surface of the back plate. The boss portion of the bag 3 is provided with a screw hole 31 for fixing the external member. However, the manufacturing process of the stamping of the back plate 4 causes a problem that the back plate 4 is deformed due to the pressure or the punching position. The design of the convex hull component on the back panel of the electronic device needs to be improved. SUMMARY OF THE INVENTION In view of the above, the present invention mainly proposes a convex hull structure directly formed on a panel of an electronic device. In one embodiment, the straight 201141355 is formed on the bottom plate, and comprises a bent piece, a fastening component and a fastening hole, wherein the bending piece is a piece cut at a specific position of the bottom plate to be connected and terminated. The long plate of the bottom plate, the bent piece is bent out from the connecting end, and the bottom plate forms a hole in the area where the bent piece is bent out of the bottom plate. The bent piece bent out of the bottom plate faces the opposite of the broken hole The direction is reversed to the upper surface of the bottom plate, and the bending is continued a first bent portion, a second bent portion and a third bent portion. The bent piece is a keyhole portion between the first bent portion and the second bent portion, protrudes from the upper surface of the bottom plate and is parallel to The bottom plate is a buckle portion between the third bent portion and the cut end of the bent piece, and is flat against the upper surface of the bottom plate. The fastening member can protrude from the upper surface of the bottom plate, and The fastening hole is disposed at a position where the surface of the buckle portion facing the bottom plate is disposed relative to the fastening component; or the fastening component is protruded from the surface of the buckle portion facing the bottom plate, and the fastening hole is disposed on the upper surface of the bottom plate The position of the fastening component is such that the size of the fastening hole can be buckled into the fastening component to fasten and fasten the buckle portion of the bending piece to the bottom plate. Another embodiment of the convex hull structure of the present invention is directly formed. On the bottom plate, which comprises a first bending piece, a second bending piece, a fastening piece and a fastening hole, wherein the first bending piece is a piece cut at a specific position on the bottom plate with a first connection Terminating the long strip of the bottom plate, and the first bent piece is bent out from the first connecting end, and the bottom plate is at the first The first bent hole is formed in a region where the folded piece is bent out of the bottom plate. The first bent piece is folded back toward the upper surface of the bottom plate in a direction opposite to the first broken hole, and the first locking hole portion is bent to protrude from a top surface of the bottom plate and parallel to the bottom plate. The second bent piece is another long plate cut at a specific position corresponding to the first bent piece on the bottom plate and connected to the bottom plate by the second connection, and the second The bending piece bends out the 201141355 bottom plate from the second connecting end, and the bottom plate forms a second broken hole in the area where the second bending piece is bent out of the bottom plate. The second bending piece faces in the opposite direction to the second broken hole The upper surface of the bottom plate is folded back, and the second locking hole portion is bent again to protrude from the upper surface of the bottom plate and parallel to the bottom plate, and the second locking hole portion can overlap with the first locking hole portion to abut the top. The engaging member can be protruded from the surface of the first locking hole portion facing the second locking hole portion, and the fastening hole is disposed at the position of the second locking hole portion and opposite to the fastening member; or the fastening member can be protruded from The second locking hole portion faces the surface of the first locking hole portion, and the fastening hole is bored in the first locking hole portion and opposite The position where the fasteners are set. The size of the fastening hole can be buckled into the fastening member to fasten the first bending piece and the second bending piece to each other. In summary, with the design of the convex hull structure of the present invention, the bottom plate and the bent pieces which are cut from the bottom plate and are folded back are mutually abutted, and the design of the fastening member and the fastening hole is restrained. The sliding sliding can achieve the purpose of fixing the convex hull structure on the bottom plate with a minimum of components, without causing the convex hull structure to slip or even deform due to the force when the external components are locked. The preferred embodiments of the present invention will be described in conjunction with the drawings, and the technical features of the present invention will be described in detail. [Embodiment] Referring to Fig. 2, there is shown a schematic view of the installation position of the convex hull structure of the present invention. The convex hull structure 100 of the present invention is disposed on the back plate 10 of the electronic device, corresponding to the position of the locking screw 30 of the external component 20, and can be used to lock the external component 20 on the backboard 10 of the electronic device. Referring to Figures 3A and 3B, a schematic view of a convex hull structure of the present invention 201141355 is shown. The convex hull structure 1() of the present invention comprises at least a bottom plate 110, a bent piece 120, a fastening member 130, and a fastening hole 14〇. As shown in FIG. 3A, the bottom plate 110 has an upper surface 111. The bent piece 120 is a long strip which is cut at a specific position of the bottom plate 110 and connected to the bottom plate 110 by the connecting end 121. The bent piece 12〇 is bent from the connecting end 121 to the bottom plate 110, and a broken hole 112 is formed in a region where the bent piece 120 is bent out of the bottom plate 11〇. The bent piece 120 is folded toward the upper surface ill of the bottom plate 11〇 in a direction opposite to the broken hole η. Then, the bent piece 120 is continuously bent out of the first bent portion 122, the second bent portion 124, and the third bent portion 125. The bent piece 120 is a keyhole portion 123 between the first fold portion 122 and the second bent portion 124, and protrudes from the upper surface 111 of the bottom plate 110 and is parallel to the bottom plate 11A. The bent piece 12〇 is a buckle portion 126 between the third bent portion 125 and the cutting end 127, and is flat against the upper surface of the bottom plate 110. The above-mentioned keyhole portion further includes at least one locking hole 1231 for locking the external component 2 (not shown). As shown in FIG. 3B, the fastening member 13 is a convex buckle that is convexly disposed on the upper surface ui. A fastening hole 140 is formed on the surface 128 of the buckle portion 126 facing the bottom plate 11 , and the fastening hole 14 相对 is opposite to the position where the fastening member 13 is disposed, whereby the fastening hole 140 and the fastening component 13 can be The buckle portion 126 is restrained by the translation and the vertical displacement, so that the buckle portion 126 of the bent piece 12 is fastened and fixed to the bottom plate 11 (). Thus, the convex hull structure 1 can be fixed on the bottom plate 110 by the end of the bent piece 12 接 being connected to the connecting end 121 of the bottom plate n 及 and the other engaging portion 126 which is restricted by the translational and vertical displacement. Position, without causing the convex hull structure m 6 201141355 100 to cause lateral sliding or vertical deformation due to an external force when the external component 20 is locked, resulting in a position when the external component 20 is locked by the convex hull structure Not precise. Referring to Fig. 4, a schematic view of a second embodiment of the convex hull structure of the present invention is shown. As shown in the figure, the configurations of the bottom plate 210 and the bent piece 220 of the convex hull structure 200 of the present invention are as described in the foregoing embodiments and corresponding drawings, but are not limited thereto. The only difference is that the fastening component 230 of the convex structure 200 of the second embodiment of the present invention is a protruding buckle protruding from the surface 228 of the buckle portion 226 facing the bottom plate 210. The fastening hole 240 is disposed at a position of the bottom plate 210 and opposite to the fastening component 230, and the fastening component 230 can be fastened into the fastening hole 240 to fasten the fastening portion 226 of the bending piece 220 to the bottom plate. 210 on. In this manner, the bending piece 220 is connected to the connecting end 221 of the bottom plate 210 and the blocking portion 226 of the translational restraint, so that the position of the convex hull structure 200 on the bottom plate 210 can be fixed without causing the convex hull structure 200 to be affected by The force produces a slip and even a deformation. Referring to Fig. 5, a schematic view of a third embodiment of the convex hull structure of the present invention is shown. As shown in the figure, the configurations of the bottom plate 310 and the bent piece 320 of the convex hull structure 30 of the present invention are as described in the foregoing embodiments and corresponding drawings, but are not limited thereto. The only difference is that the fastening member 330 of the convex structure 300 of the third embodiment of the present invention is the two convex buckles 331 and 332 protruding from the upper surface 311 of the bottom plate 310. The two fastening holes 34 丨, 342 are disposed on the buckle portion 326 of the bending piece 320 and are disposed at positions m 7 201141355 of the protruding buckles 33 丨 332, and a fastening hole 341, 342 can be respectively engaged. The buckles 331 and 332 are fastened to the bottom plate of the bent piece 320. Thus, the design of the connecting end 321 and the other end fastening portion 326 of the bending piece 320 connected to the bottom plate 31〇 through the two convex buckles 331 and 332 and the two fastening holes 341 and 342 can further increase the buckle portion. 326 the restraining force of the translational and vertical displacement, and the position of the convex hull structure 300 on the bottom plate 31〇 can be fixed, without the convex hull structure 300 being locked by the external component 2 (not shown) due to external force. The lateral sliding or vertical deformation occurs, resulting in inaccurate position when the outer member 20 is locked by the convex hull structure 300. Referring to Fig. 6, a schematic view of a fourth embodiment of the convex hull structure of the present invention is shown. The convex hull structure 400 of the present invention comprises at least a bottom plate 41 〇, a first bending piece 420, a second bending piece 430, a fastening member 440, and a fastening hole 450. As shown in Fig. 6, the bottom plate 410 has an upper surface 411 and is formed with a first through hole 412 and a second broken hole 413 which are cut. The first bending piece 420 is a long strip that is cut at a specific position of the bottom plate 410 and is connected to the bottom plate 410 by the first connecting end 421, and the first bending piece 420 is bent out from the first connecting end 421. 410. The first break hole 412 is formed in a region where the first bent piece 420 is bent out of the bottom plate 410. The first yoke 420 is folded toward the upper surface 411 of the bottom plate 41 in a direction opposite to the first hole 412. Then, the first bending piece 420 is bent out of a first locking hole portion 423 to protrude from the upper surface 411 of the bottom plate 410 and parallel to the bottom plate 41〇. The second bent piece 430 is another 201141355 strip which is cut at a position corresponding to the first bent piece 420 on the bottom plate 410 and is connected to the bottom plate 410 by the second connecting end 431, and the second bent piece 430 is cut. The bottom plate 410 is bent out from the second connection end 431. On the other hand, the second broken hole 413 is formed in a region where the second bent piece 430 is bent out of the bottom plate 41A. The second bent piece 430 is folded toward the upper surface 411 of the bottom plate 410 in a direction opposite to the second hole 413. Then, the second bending piece 430 is bent out and a second locking hole portion 433 ′ protrudes from the upper surface 411 of the bottom plate 410 and is parallel to the bottom plate 410 ′ while the second locking hole portion 433 can be coupled with the first locking hole portion 423 . Stacked against each other. In addition, the first locking hole portion 423 further includes a locking hole 4231, and the second locking hole portion 433 further includes a locking hole 4331, and the locking holes 4231 and the locking hole 4331 are aligned with each other for An external component 20 (not shown) is locked. The fastening member 440 is a protruding button that protrudes from the first locking hole portion 433 facing the first locking hole portion 423. The fastening hole 450 is disposed at the position of the first locking hole portion 423 and opposite to the fastening member 440, and the fastening hole 450 can be buckled into the fastening member 440 to fold the first bending piece 420 and the second bending piece. The flaps 430 are snapped together and fixed to form a convex hull structure 4 凸 protruding from the bottom plate 410. However, the fastening member 440 and the fastening hole 450 of the embodiment may be replaced by the fastening member 440 protruding from the first locking hole portion 423 facing the second locking hole portion 433'. The second locking hole portion 433 is disposed at a position ' relative to the fastening member 440 to buckle and fix the first bending piece 420 and the second f-fold piece 43 , to form a convex bulge protruding from the bottom plate 41 〇 Structure 4〇〇. Thus, the first bending piece 430 is connected to the first connecting end 421 ′ of the bottom plate 410 by the first bending piece 420, and the first bending piece 430 is connected to the second connecting end 431 of the bottom plate 41〇, and abuts against each other and is engaged by the fastening member 440. The first locking hole portion 423 and the second locking hole portion 433 are interposed between the engaging holes 450, and the position of the convex hull structure 201141355 400 on the bottom plate 410 can be fixed without causing the convex hull structure 400 to be generated by force. Sliding and even deforming. Referring to Figures 7A, 7B, 8A, 8B and 8C, a schematic view of an embodiment of the fastening member and the fastening hole of the convex hull structure of the present invention is shown. Since the relative position and structure of the bent piece of the convex hull structure of the present invention are the same as the structure of the bottom plate, the implementation of the fastening member and the fastening hole of the present invention will be described below with reference to the first embodiment represented by FIG. 3A. For example, but not limited to this. As shown in FIG. 7A, the fastening member 130' protruding from the upper surface 111 of the bottom plate ι1 in the first embodiment of the present invention is a plurality of flaps 131 which are folded over the upper surface 111 of the bottom plate 11 by cutting the bottom plate. ～133 (see FIG. 7B), wherein the flaps 131-133 can pass through the fastening holes 14 of the bending piece no and are pressed against the periphery of the fastening hole 140. Furthermore, the periphery of the fastening hole 14〇 further includes a plurality of fitting grooves 141 143 143 corresponding to the flaps 31 133 133 for fitting the flaps 139 which are pressed against the periphery of the fastening holes 140 of the bending piece 120 . ~ΐ33. As shown in FIG. 8A, the fastening member 130 protruding from the upper surface 111 of the bottom plate 11 in the first embodiment of the present invention is a two-fold piece that folds the upper surface 111 of the bottom plate 11 by cutting the bottom plate 11〇. 134, 135 (see FIG. 8B), wherein the two flaps 134, 135 can pass through the fastening holes 14 of the bending piece 12 〇 and are pressed against the peripheral edges of the fastening holes 140. Furthermore, as shown in FIG. 8C, the peripheral edges of the two sides of the fastening hole 140 can further include two fitting grooves 144 and 145 corresponding to the two flaps 134 and 135 for engaging and pressing the bending piece 12〇. The fastening holes 14 are two folds 134, 135 on both sides of the circumference. Similarly, if the second embodiment represented by FIG. 4 is taken as an example, the fastening member 230 is folded and bent by the buckle portion 226 of the cutting and bending piece 220. The buckle portion 226 of the flap 220 is folded. The plurality of flaps 433 are fastened to the periphery of the snap hole 240. For example, in the fourth embodiment in which the flaps can be worn, the fastening member 440 is a plurality of flaps that are folded back and protruded from the second bent sheet by the buckle portion 433 represented by the figure 430. The flap can pass through the fastening hole 450 of the first flap 42 and be pressed against the periphery of the fastening hole 450.
藉此，利用本發明之凸包結構的設計，藉由底板及從 底板裁切並反折出的彎折片之間的相互抵頂，並利用扣合 件與扣合孔的設計拘束其平移滑動，因此能以最少的構件 即可達到固定凸包結構於底板上的目的，而不會使凸包結 構在鎖合外部元件時因受力產生滑動，甚至產生變形。 雖然本發明已以實施方式揭露如上，然其並非用以限 定本發明’任何熟習此技藝者，在不脫離本發明之精神和 範圍内’當可作各種之更動與潤飾，因此本發明之保護範 圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 為讓本發明之上述和其他目的、特徵、優點與實施 例能更明顯易懂’所附圖式之詳細說明如下： 第ΙΑ、1B圖，係繪示習知電子裝置背板上的凸包的 不意圖； 第2圖’係繪示本發明凸包結構之設置位置示意圖； 第3A、3B圖’係繪示本發明之凸包結構實施例一的 201141355 不意圖， 第4圖，係繪示本發明之凸包結構實施例二的示意圖； 第5圖，係繪示本發明之凸包結構實施例三的示意圖； 第6圖，係繪示本發明之凸包結構實施例四的示意 圖；以及 第7A、7B、8A、8B、8C圖，係繪示本發明凸包結構 之扣合件與扣合孔的實施例示意圖。 240 :扣合孔 300 :凸包結構 310 :底板 311 :上表面 320 :彎折片 321 :連接端 326 :抵扣部 330 :扣合件 331、332 :凸扣 341、342 :扣合孔 400 :凸包結構 410 :底板 411 :上表面 412 :第一破孔 413 :第二破孔 【主要元件符號說明】 100 :凸包結構 110 :底板 111 :上表面 112 :破孔 120 :彎折片 121 :連接端 122 :第一折彎部 123 :鎖孔部 1231 :鎖合孔 124 :第二折彎部 125 :第三折彎部 126 :抵扣部 127 :裁切端 128 :表面 130 :扣合件 ί Si 12 201141355 131〜135 :折片 420 ： 第一彎折片 140 :扣合孔 430 ： 第二彎折片 141〜145 :嵌合槽 421 ： 連接端 200 ： 凸包結構 423 ： 第一鎖孔部 210 ： 底板 4231 :鎖合孔 220 ： 彎折片 431 ： 連接端 221 ： 連接端 433 ： 第二鎖孔部 226 ： 抵扣部 4331 :鎖合孔 228 ： 表面 440 :扣合件 230 ： 扣合件 450 :扣合孔 m 13Thereby, with the design of the convex hull structure of the present invention, the bottom plate and the bent piece which is cut from the bottom plate and folded back are mutually abutted, and the design of the fastening member and the fastening hole is used to restrict the translation thereof. Sliding, so that the purpose of fixing the convex hull structure on the bottom plate can be achieved with a minimum of components, without causing the convex hull structure to slide or even deform due to the force when the external components are locked. Although the present invention has been disclosed in the above embodiments, it is not intended to limit the invention, and the invention may be practiced without departing from the spirit and scope of the invention. The scope is subject to the definition of the scope of the patent application attached. BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features, advantages and embodiments of the present invention will become more <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; FIG. 2 is a schematic view showing the arrangement position of the convex hull structure of the present invention; FIGS. 3A and 3B are views showing the 201141355 of the convex hull structure of the present invention. 4 is a schematic view showing a second embodiment of the convex hull structure of the present invention; FIG. 5 is a schematic view showing a third embodiment of the convex hull structure of the present invention; and FIG. 6 is a convex hull of the present invention. FIG. 7A, 7B, 8A, 8B, and 8C are schematic views showing an embodiment of a fastening member and a fastening hole of the convex hull structure of the present invention. 240 : fastening hole 300 : convex hull structure 310 : bottom plate 311 : upper surface 320 : bending piece 321 : connecting end 326 : buckle portion 330 : fastening piece 331 , 332 : convex buckle 341 , 342 : fastening hole 400 : convex hull structure 410 : bottom plate 411 : upper surface 412 : first broken hole 413 : second broken hole [ main component symbol description ] 100 : convex hull structure 110 : bottom plate 111 : upper surface 112 : broken hole 120 : bent piece 121: connecting end 122: first bent portion 123: locking hole portion 1231: locking hole 124: second bent portion 125: third bent portion 126: buckle portion 127: cutting end 128: surface 130: buckle Fittings ί Si 12 201141355 131~135 : Folding 420 : First bending piece 140 : fastening hole 430 : second bending piece 141 145 145 : fitting groove 421 : connecting end 200 : convex hull structure 423 : A locking hole portion 210: bottom plate 4231: locking hole 220: bent piece 431: connecting end 221: connecting end 433: second locking hole portion 226: abutting portion 4331: locking hole 228: surface 440: fastening piece 230 : fastening member 450 : fastening hole m 13