M359529 八、新型說明： 【新型所屬之技術領域】 包材 本新型涉及包裝領域，尤其涉及—種具有減震功能 的 【先前技術】 產品在製造完成後大都需要進行包裝。而且很多的電 子產品在包裝時都需要採取減震措施，以避免產品在搬運 •和運輸=財，由於外力擠麗或者碰撞導致產品損壞。 ^目蝻夕採用的減震材料為EPS(又名保麗龍，中文全 稱可發性聚苯乙烯）’而Eps在自然條件下難以分解， 造成白色污染。 【新型内容】 鑒於此，有必要提供一種具有減震功能且環保的包材^ 兩Μ包材’其為敞開包裝體結構’該包材自外向内由 、曰’外層材f為牛皮紙’内層材質為蜂窩紙板。 材’包括矩形第—板材，第-板材上設有井字 t Μ痕線，該懕癖始ΰ玄结 -板材的材質為牛分為九個矩形塊’該第 =2去掉四個角上四個矩形快後剩餘區域的形 :::同’且第二板材的材質為蜂高紙板。 環境==用的材料均較容易分解，從而減少了對 牛皮紙起.x能基於蜂离紙板起到減震作用，基於 牛皮紙起到牢目的包裝作用 5 M359529 ψ 【實施方式】 請參閱圖1〜圖3 ’其分別為一較佳實施方式的形成該 -包材的三個板材的結構示意圖，該包材包括第一板材1〇、 第二板材20和第三板材30。第一板材1〇呈矩形，其上設 有井字形壓痕線10 2 ’壓痕線！ 〇 2將第一板材i 〇割分成九 個矩形塊1〇4。第一板材1〇的相對兩個側邊上的三個矩形 塊1〇4之間的壓痕線1〇2被切割形成有切缝106，用於第 鲁一板材10的折疊。第一板材10的材質為牛皮紙。 第二板材20呈十字形，其形狀以及大小與第一板材 10去掉四個角上四個矩形快104後剩餘區域的形狀和大小 相同。第二板材20的材質為蜂窩紙板。 第三板材30呈矩形，其形狀以及大小與第一板材1〇 的侧邊上中間的一個矩形塊104相同。第三板材3〇的材質 為EPE (珍珠棉）。 請參閱圖4,其為圖1〜圖3所示的三個板材構成的包 鲁材100的立體圖，形成方法為：先將第二板材2〇粘貼到第 板材10上，並與第一板材10去掉四個角上四個矩形快 104後剩餘區域重合；然後將第一板材沿其上的壓痕線 -102折疊，形成敞開包裝體結構；最後將第三板材30粘貼 到該長方體的一個内侧壁上，得到圖4所示包材1〇〇。 °月參閱圖5，其為圖4所示的包材1〇〇包裝產品5〇時 的狀態示意圖。兩個包材100的開口相對設置，將被包裝 產品50包裹在兩個包材1〇〇之間。請同時參閱圖6，其為 圖5所示產品50被包材100包裝後的狀態示意圖，產品M359529 VIII. New description: [New technical field] Packaging material The new type relates to the field of packaging, especially to a kind of shock-absorbing function. [Prior Art] Most products need to be packaged after manufacturing. Moreover, many electronic products need to be shock-absorbing during packaging to avoid the product being transported and transported, and the product is damaged due to external force or collision. The shock absorbing material used in Meguro is EPS (also known as styrofoam, Chinese full-length expandable polystyrene), and Eps is difficult to decompose under natural conditions, causing white pollution. [New content] In view of this, it is necessary to provide a packaging material with shock absorption function and environmental protection, which is an open package structure. The package is made from the outside to the inside, and the outer layer f is the inner layer of kraft paper. Made of honeycomb paperboard. The material 'includes a rectangular first plate, and the first plate is provided with a T-trace line. The material of the ΰ ΰ - - - plate is divided into nine rectangular blocks. The second = 2 removed from the corner The shape of the remaining area of the four rectangles is fast::: the same 'and the material of the second plate is bee high cardboard. Environment == The materials used are easier to decompose, which reduces the impact on kraft paper. x can be used to cushion the paper from the bee. It is based on kraft paper. 5 M359529 ψ [Embodiment] Please refer to Figure 1~ 3 is a schematic view showing the structure of three sheets forming the package according to a preferred embodiment, the package comprising a first sheet 1 , a second sheet 20 and a third sheet 30 . The first plate 1 has a rectangular shape with a well-shaped indentation line 10 2 'indentation line! 〇 2 Cut the first sheet i into nine rectangular blocks 1〇4. The indentation line 1〇2 between the three rectangular blocks 1〇4 on the opposite side edges of the first sheet 1 is cut to form a slit 106 for the folding of the first sheet 10 . The material of the first plate 10 is kraft paper. The second sheet 20 has a cross shape which is the same shape and size as the remaining area of the first sheet 10 after removing the four rectangles at the four corners. The material of the second plate 20 is honeycomb paperboard. The third plate 30 has a rectangular shape and the same shape and size as a rectangular block 104 intermediate the sides of the first plate 1''. The material of the third plate 3〇 is EPE (EPE). Please refer to FIG. 4 , which is a perspective view of a bag material 100 composed of three plates shown in FIG. 1 to FIG. 3 , which is formed by first bonding the second plate 2 to the first plate 10 and the first plate. 10 remove the four corners of the four rectangles and the remaining areas overlap after the four rectangles; then fold the first sheet along the indentation line -102 thereon to form an open package structure; finally paste the third sheet 30 to one of the cuboids On the inner side wall, the packing material shown in Fig. 4 was obtained. Fig. 5 is a schematic view showing a state in which the packaging material shown in Fig. 4 is packaged at 5 。. The openings of the two packaging materials 100 are oppositely disposed, and the packaged product 50 is wrapped between two packaging materials. Please also refer to FIG. 6 , which is a schematic diagram of the state of the product 50 shown in FIG. 5 after being packaged by the packaging material 100 .