M268303 八、新型說明： 【新型所屬之技術領域】 一本f作係有關於一種包裝材結構，尤其是利用平面紙 材、、二摺$之後’具有強化結構，可供置放物品。 【先前技術】 由於電子科技業愈來愈發達，常有國外客戶向國内電鲁 子業者訂購貨物，因此，對於電子業者而言，其品質保證 在；電子產品本身的品質’運送時的防護措施亦很重 要。此外，一般說來，各式電子產品的價格不斐，如何能 利用有限的空間運送最大量的產品，而且能安全地運送產 品，一直是包裝業者所欲解決之課題。 而且，目前一般市面上常使用的包裝材料，通常是寶 麗月I或泡棉作成的，將其包覆於產品之四個角邊，然後再 放入紙箱内。若是顧及防震效果，通常必須製作較厚的寶馨 麗龍包裝材，因此較佔空間，而且組裝過程較耗時。此外， 傳統之包裝材係無法摺疊，所以作業員要包裝產品時，其: 包裝過程較為不方便。況且，寶麗龍或泡棉尚有^保問題·’ 之疑慮。因此，如何能創作出兼顧環保、節省包|時門、 並可達到避震效果之包裝材料，是包裝業者所欲&決二二 大課題。 M268303 【新型内容】 有鑒於上述的考量點，本創作提供一種包裝材結構， 包含：一置物結構，係由大致呈長方形的一平面紙材沿著 數條彎折線彎折，形成截面為「凹」形的置物結構，該長 方形的平面紙材上具有數個長條形開口與數個長條形割 口，且每兩個長條形割口之間具有一支撐面，藉此彎折該 長方形的平面紙材時，並將該些支撐面以相反向彎折，以 強化結構，而且使該些長條形開口形成數個嵌入凹槽；以 及複數個支撐隔板，略呈倒「山」形，突出部位係與該些 嵌入凹槽相對應，藉此嵌入該置物結構，並固定該置物結 構，以形成一容置空間。 尤其是本創作係可摺疊、容易組裝的特性。因此，使 得本創作之優點包括： 1. 可輕易地組裝/拆卸的包裝材料，以供包裝物品； 2. 提供具有環保概念之包裝材料；及 3. 可用價格低廉的紙材，以降低售價。 為使審查委員清楚了解本創作之詳細流程及技術内 容，本創作人將配合以下之圖式及詳細之解說，以求審查 委員清楚了解本創作之精神所在。 【實施方式】 請參考第一圖，係本創作「包裝材結構」之構成要件 M268303 展開立體圖，包含一置物結構之平面紙材1與支撐隔板之 平面紙材2。 其中，置物結構之平面紙材1係大致呈長方形，具有 數個長條形開口 11、12及13與數個長條形割口 14、15、 16及17，每兩個長條形割口 14、15、16及17之間具有一 支撐面 140、150、160 及 170。 將置物結構之平面紙材1依照彎折線a3、a4沿著Z軸 向上彎折，並且將支撐面150及160依照彎折線b3沿著-Υ φ 軸彎折，以及支撐面160依照彎折線b4沿著Y軸方向彎折， 使得彎折線b31、b32、b41及b42彎折之後成垂直角邊， 形成強化結構，如第二圖所示。 接著如第二圖所示，再依照彎折線alO、all沿著-Y 與-Z軸向右並向下彎折，則形成如第三圖所示。而且同時 依照彎折線al、a2沿著-Y軸與-Z軸方向彎折，以及支撐 面140依照彎折線bl及b2沿著-Y軸方向彎折，使得彎折 線bll與bl2彎折之後成垂直角邊，如第三圖所示，以強* 化結構。 接下來，依照彎折線a7、a8繼續沿著-Y與-Z軸向右 並向下彎折，則形成如第四圖所示。最後，依照彎折線a5 與a6沿著Y轴與-Z軸向下彎折，並且將支撐面170依照彎 折線b5、b6沿著Y轴方向彎折，使得彎折線b51與b61彎 折之後成垂直角邊，形成強化結構，如第五圖所示。 更近一步而言，該些彎折線ahan、bl〜b6、bll、b2卜 M268303 b3卜b32、b4卜b42、c：l〜c3之軸向與該些長條形開口 1Γ、 12與13以及長條形割口 14、15、16、17之軸向，係彼此 垂直，而且，該些長條形開口 11、12與13係分別鄰近長 方形的平面紙材1之長邊兩側，兩兩對齊排列，藉此，使 得該些長條形開口 11、12與13形成數個嵌入凹槽100，其 整體結構為截面成「凹」形的置物結構10。而且，該些長 條形割口 14、15、16及17與支撐面140、150、160及170 經由彎折之後形成強化結構，如第五圖所示，係分別位於 該置物結構10兩侧凸出部位之相對内侧，以及位於該置物 結構10底部之兩側邊緣。 以及，請先參考第五圖，本創作係利用兩個支撐隔板 20，略呈倒「山」形，突出部位23a、23b、23c係與該些 嵌入凹槽100相對應，藉此嵌入該置物結構10，並固定該 置物結構10,以形成一容置空間R，如第六圖所示。 請再次依序參考第一圖〜第五圖，該些支撐隔板20可 以係由大致呈長方形的一平面紙材2依據彎折線cl、c2與 c3摺疊而成。如第一圖所示，該平面紙材2之一侧邊係裁 剪成具有數個凹部21的倒「山」形，且中間適當處亦具有 略呈「工」形的開口 22，使其沿著彎折線cl、c2、c3彎折 之後，整體亦呈倒「山」形的支撐隔板20，如第五圖所示。 第七圖所顯示的即為使用狀態參考，也就是使用者可 將物品P放置於容置空間R。如有必要，可以利用上、下兩 個一樣的包裝材結構，使其容置空間R相對應，將物品P 固定在其中，然後再放到大紙箱内，以利運送。 M268303 的包裝 料、以 因此，本創作之優點包括：可輕易地組裝/拆卸 材料，以供包裝物品、提供具有環保概念之包裝材 及可用價格低廉的紙材，以降低售價。 、’、不上所述雖然本創作已以一較佳實施例揭露如上， =並非用以限ί本創作，任何熟習此技藝者，在不脫離 作之精神和，當可作各種之更動與 J創作之保護爾視後附之申請專利範圍所界定者為M268303 VIII. Description of the new type: [Technical field to which the new type belongs] A book about the structure of a packaging material, especially the use of flat paper, has a reinforced structure, which can be used to store items. [Previous technology] As the electronic technology industry is becoming more and more developed, foreign customers often order goods from domestic electricity suppliers. Therefore, for the electronics industry, its quality is guaranteed; Protective measures are also important. In addition, in general, the price of various electronic products is high. How to use the limited space to transport the largest number of products and to transport the products safely has always been a problem that the packaging industry wants to solve. Moreover, the packaging materials commonly used in the market today are usually made of Polyester I or foam, which are wrapped around the four corners of the product, and then placed in a carton. If the effect of earthquake resistance is taken into consideration, thicker Baoxin Lilong packaging materials must usually be made, so it takes up more space and the assembly process takes more time. In addition, traditional packaging materials cannot be folded, so when an operator wants to pack a product, the packaging process is inconvenient. Moreover, Polaroid or foam still have concerns about the warranty issue. Therefore, how to create packaging materials that take into account environmental protection, save bags and time, and achieve shock absorption effects is the second major issue that packaging industry wants. M268303 [New content] In view of the above considerations, this creation provides a packaging material structure, including: a storage structure, which is bent from a generally rectangular flat paper material along several bending lines to form a "concave" cross section The rectangular plane paper material has a plurality of strip-shaped openings and a plurality of strip-shaped cutouts, and a support surface is provided between each two strip-shaped cutouts, thereby bending the rectangle. When flat paper is used, the supporting surfaces are bent in opposite directions to strengthen the structure, and the elongated openings form a plurality of embedded grooves; and a plurality of supporting partitions are slightly inverted "mountains" Shape, the protruding parts are corresponding to the embedded grooves, thereby being embedded in the storage structure, and fixing the storage structure to form an accommodation space. In particular, this creation is foldable and easy to assemble. Therefore, the advantages of this creation include: 1. Packaging materials that can be easily assembled / disassembled for packaging items; 2. Packaging materials with environmental protection concepts; and 3. Low-cost paper materials available to reduce sales prices . In order for the review members to understand the detailed process and technical content of this creation clearly, the creator will cooperate with the following diagrams and detailed explanations, so that the review members can clearly understand the spirit of this creation. [Embodiment] Please refer to the first figure, which is a constituent element of the "packaging material structure" M268303 developed perspective view, which includes a flat paper material 1 with a structure and a flat paper material 2 supporting a partition. Among them, the flat paper material 1 of the storage structure is generally rectangular, having a plurality of elongated openings 11, 12, and 13 and a plurality of elongated slits 14, 15, 16, and 17, each two elongated slits There is a supporting surface 140, 150, 160 and 170 between 14, 15, 16 and 17. Bend the flat paper material 1 of the storage structure along the Z axis according to the bending lines a3 and a4, and bend the supporting surfaces 150 and 160 along the -Υ φ axis according to the bending line b3, and the supporting surface 160 according to the bending line b4 Bend along the Y-axis direction so that the bending lines b31, b32, b41, and b42 are bent into vertical corners after bending, forming a reinforced structure, as shown in the second figure. Then, as shown in the second figure, and then bent along the -Y and -Z axes to the right and downward according to the bending lines alO, all, as shown in the third figure. And at the same time, bend along the -Y axis and -Z axis according to the bending lines al and a2, and bend along the -Y axis direction according to the bending lines bl and b2, so that the bending lines bll and bl2 are bent. The vertical corner edges, as shown in the third figure, are reinforced by the structure. Next, according to the bending lines a7 and a8, continue to bend along the -Y and -Z axes to the right and downward, so as to form as shown in the fourth figure. Finally, according to the bending lines a5 and a6, bend down along the Y-axis and the -Z axis, and bend the support surface 170 along the bending lines b5, b6 along the Y-axis direction, so that the bending lines b51 and b61 are bent. Vertical corners form a reinforced structure, as shown in Figure 5. To take this one step further, the bend lines ahan, bl ~ b6, bll, b2, M268303, b3, b32, b4, b42, c: l ~ c3 and the long openings 1Γ, 12 and 13 and The axial directions of the long slits 14, 15, 16, 17 are perpendicular to each other, and the long slits 11, 12, and 13 are adjacent to the two sides of the long side of the rectangular flat paper material 1, respectively. They are aligned and aligned, so that the elongated openings 11, 12 and 13 form a plurality of embedded grooves 100, and the overall structure thereof is a storage structure 10 with a “concave” cross-section. In addition, the long slits 14, 15, 16 and 17 and the supporting surfaces 140, 150, 160 and 170 are bent to form a reinforced structure. As shown in the fifth figure, they are located on both sides of the storage structure 10, respectively. The protruding parts are opposite to the inner side, and are located at both sides of the bottom of the storage structure 10. And, please refer to the fifth figure first. This creative system uses two support partitions 20, which are slightly inverted "mountain" shapes. The protruding portions 23a, 23b, 23c correspond to the embedded grooves 100, thereby embedding the The structure 10 is fixed, and the structure 10 is fixed to form an accommodating space R, as shown in the sixth figure. Please refer to the first to fifth figures in sequence again. The supporting partitions 20 may be folded from a substantially rectangular flat paper 2 according to the bending lines cl, c2, and c3. As shown in the first figure, one side of the flat paper 2 is cut into an inverted "mountain" shape with a plurality of recesses 21, and a slightly "work" -shaped opening 22 is also provided at an appropriate middle portion, so that After bending along the bending lines cl, c2, and c3, the support plate 20 also has an inverted "mountain" shape as shown in the fifth figure. The seventh figure shows the use status reference, that is, the user can place the item P in the accommodation space R. If necessary, the same packaging material structure can be used to make the storage space R correspond to each other, and the item P is fixed in it, and then placed in a large cardboard box to facilitate transportation. The packaging materials of M268303, therefore, the advantages of this creation include: easy assembly / disassembly of materials for packaging items, provision of environmentally friendly packaging materials, and low-cost paper materials to reduce prices. , ', Not mentioned above Although this creation has been disclosed as above with a preferred embodiment, = is not intended to limit this creation. Anyone who is familiar with this skill can make various changes without departing from the spirit of the work. The protection created by J is determined by the scope of the patent application attached as follows:
【圖式簡單說明】 第一圖係本創作「包裝材处 、°傅」之構成要件展開立體圖 第二圖〜第六圖係本創作 圖 序組裝的立體 第七圖係本創作之使用狀態 ^及體不意圖< m 【主要元件符號說明】 1、置物結構之平面紙材 10、置物結構 2、支樓隔板之平面紙材 20、支撐隔板 M268303 11〜13、長條形開口 14〜17、長條形割口 140、150、160、170、支撐面 21、220、212、山形凹部 23a、23b、23c、山形突部 100、嵌入凹槽 a卜an、bl〜b6、bl 卜 b2卜 b3卜 b32、b4卜 b42、。卜。3、 彎折線 R、容置空間 P、容置物品 10[Simplified illustration of the drawing] The first drawing is a three-dimensional view of the components of the packaging material, ° Fu. The second to sixth drawings are three-dimensional drawings assembled from the drawing sequence. The seventh drawing is the use status of this creation. The intention of the body < m [Explanation of the symbols of the main components] 1. Planar paper 10 for the storage structure 10, the structure 2 ~ 17, long slits 140, 150, 160, 170, support surfaces 21, 220, 212, mountain-shaped recesses 23a, 23b, 23c, mountain-shaped protrusions 100, embedded grooves a, an, bl ~ b6, bl b2, b3, b32, b4, and b42. Bu. 3.Bending line R, containing space P, containing items 10