M295115 八、新型說明： 【新型所屬之技術領域】 緩衝結 本新型係有關緩衝結構，尤其是有關以瓦楞紙板彎摺成的 構’供包裝電子產品時做為支撐緩衝者。 【先前技術】 利用紙箱包裝產品時’大都使職衝紐產品固定於紙箱内，以 避免產品在運送過程中，賊較到震動或碰撞他物或地板而造成損 壞。大部分的緩難係由發泡材料製成，由於環保關題，有些環保 先進國家禁歧用發·料做為緩衝墊，因此以必須制紙製的 墊。 j 有許多包細緩衝結構’例如台灣專鄕_i4號揭示的包 結構、第1236449號揭示的緩衝_材、第咖8號 揭不的包裝__及台灣翻公告第_95鶴稀㈣式萬用 =__冓。其中台灣專利公告第_號揭示的包裂緩 此一般以瓦崎赚彡蝴衝的效果。因 襄利公告第 ^295115 【新型内容】 為了使以片狀材料_成管狀的緩衝結構具有較佳的彈性， 出本新型。 管狀緩的供-種緩衝結構，使由片狀材料摺成的 佳的緩衝，果。目的在提供一種緩衝結構，方便f摺，且具有較 者，包括依序相】接被J裝=品J包:容J之間的緩衝材料 第六板及第七板亀成的?錐板四板、第五板、 的一端相接觸形成較短的下庇遠 其中，該第一板及該第六板 的對面，形成較長的上底邊：2拓於該第二板及該第六板 該第一板與該第七板分別分=成兩斜邊； 裝容器跌落或受撞擊底部ί，五板之間；當包 邊的中間部分向上方突起，而ί到吸主内位移使下底 裝容本新型緩衝結構，係供作為被包裝物品與包 =:Γ 本新型緩衝結構10的實施例，係由於-片 第==而成者’包括依序相連接的第-板U、第二板12、 錐狀管體;其第六板16及第七板17顯^ 邊，第四板14位於第二板12=板16的一端相接觸形成較短的下底 第三板13及化 板16的對面，形成較長的上底邊； 六板16如人反_5分別形成相等寬度的兩斜邊，使第二板12及第 、^與第三板13、第四板14及第五板15構成錐狀管體； M295115 第-板ii及第七板π的底端相抵靠，第一板^及第七板i7介於第 -板13及第五板15 m ;第—板u與第七板W分別由第二板U 及第，、板16的端向第四板14的―端延伸，但其上端與第四板μ 之間有一段間隙；第—11及第七板Π分別具有相對應的扣孔18、 卡勾19等扣合構件；卡勾19可扣人扣孔Μ内，使第—板η與第七 板Π相結合。第-板u被切割成形具有至少一扣孔18，第七板 被切割成形具有與扣孔18相對應的卡勾19;扣孔18的一邊接觸第一 板U及第二板12的連接處；卡勾19的—邊接觸第六板16及第七板 17的連接處。 2〇 21Τ 1〇 ^ ^ 置別結合兩緩衝結構iG，再於兩隔㈣之間放 P=雜3G，使__ 3Q騎__構㈣支樓。 Μ參閱圖4、5所示。本新型的兩 別支物電路板3G。當因碰撞_=1{)的細反14上端分 ::端往中間位移’使—*六板‘ 凸起，同時分別使第一板η及第七板17的 心向上方 邊；此時藉由卡㈣扣合扣孔18，使純祕知板14的下 觸不分離，如圖5所示之狀態。當第四板及第六板16仍相接 藉由第二板12及第六板16的拉力又的頟外壓力消失時， 圖4所示者 本創作利用-般瓦愣紙彎摺成錐狀 Β篮狀的緩衝結構， 圖4所示者。 ，、來呈錐狀管體的狀態，如 進而達成 7 ^295115 知/&果且組裝時易於讓線上人員組合快速使用，不但能夠節省習 才製作緩衝結構進料時之安置存放空間，也節省了以發“ 作緩衝結構之開模費用。 ，創作_、_結構呈錐狀#體_態，當包裝mi或受产 &部時’會使錐狀管體的兩斜邊往内位移使下底邊的中間部八2 =起’而達到吸收衝擊力之效果；當力量釋放後受到底邊材； 力恢心原來鶴、’且_結構於結合纽計 衝結構於承受力量與釋放力量時造成潰散。 防场 本創作的軸結構除應在包肚她底職 箱的側邊緩衝等包裝應用上。 作為紙 以上所錢’僅為利用本新型技術内容之實施例，任何熟 新型所為之修飾、變化’皆屬本新型主張之專利範圍， 而不限於實^例所揭示者。 M295115 【圖式簡單說明】 圖1為本新型緩衝結構的立體示意圖。 圖2為本新型緩衝結構的未彎折時示意圖。 圖3為本新型緩衝結構使用時的示意圖。 圖4為本新型緩衝結構受力時的示意圖。 圖5為本新型緩衝結構受力變形時的示意圖。 【主要元件符號說明】 10緩衝結構 11第一板 12第二板 13第三板 14第四板 15第五板 16第六板 17第七板 18扣孔 19卡勾 20隔板 30印刷電路板 21結合槽M295115 VIII. New description: [New technical field] Buffer junction This new type is related to the buffer structure, especially when it is used to package electronic products with corrugated cardboard. [Prior Art] When packaging products in cartons, most of the service products are fixed in the carton to prevent the thief from being damaged by vibration or collision with other objects or floors during transportation. Most of the mitigations are made of foamed materials. Due to environmental protection issues, some environmentally-friendly countries use the materials as cushions. Therefore, it is necessary to make paper-made mats. j has a number of fine buffer structure 'for example, the package structure disclosed in Taiwan's special _i4, the buffer _ material disclosed in No. 1236449, the packaging of No. 8 of the No. 8 __ and the Taiwanese _95 crane (four) Universal =__冓. Among them, the Taiwan Patent Notice No. _ reveals the effect of the cracking of the package. Because of the profit announcement No. ^295115 [New content] In order to make the cushion structure of the sheet material _ tubular has better elasticity, the present invention is novel. The tubular slow-feeding cushioning structure provides a good cushioning of the sheet material. The purpose is to provide a buffer structure, which is convenient for f-folding, and has a comparative, including sequential phase, which is connected with J. = J package: the sixth and seventh plates of the cushioning material between the J and the seventh plate are formed. The four plates and the fifth plate are in contact with each other to form a shorter lower shield. The first plate and the sixth plate are opposite to each other to form a longer upper bottom edge: 2 extends to the second plate and the first The first plate and the seventh plate of the six plates are respectively divided into two oblique sides; the container is dropped or hit by the bottom ί, between the five plates; when the middle portion of the edging protrudes upward, and ί is absorbed into the main displacement The lower bottom is filled with the new buffer structure, and is provided as a packaged article and package =: 实施 The embodiment of the novel buffer structure 10 is based on - the piece == the original 'including the first plate connected in sequence U, the second plate 12, the tapered pipe body; the sixth plate 16 and the seventh plate 17 are displayed, and the fourth plate 14 is located at the end of the second plate 12=the plate 16 to form a short lower bottom third The opposite sides of the plate 13 and the forming plate 16 form a long upper bottom edge; the six plates 16 respectively form two oblique sides of equal width, such that the second plate 12 and the third and third plates 13 The fourth plate 14 and the fifth plate 15 constitute a tapered pipe body; the bottom ends of the M295115 first plate ii and the seventh plate π abut, the first plate and the seventh plate i7 are interposed between the first plate 13 and the fifth plate The plate 15 m; the first plate u and the seventh plate W are respectively extended from the ends of the second plate U and the second plate 14 to the end of the fourth plate 14, but there is a gap between the upper end and the fourth plate μ The 11th and 7th plates respectively have corresponding fastening members such as the buttonhole 18 and the hook 19; the hook 19 can be buckled into the buttonhole to make the first plate η and the seventh plate 结合. The first plate u is cut and formed to have at least one button hole 18, and the seventh plate is cut and formed to have a hook 19 corresponding to the button hole 18; one side of the button hole 18 contacts the joint of the first plate U and the second plate 12 The edge of the hook 19 contacts the junction of the sixth plate 16 and the seventh plate 17. 2〇 21Τ 1〇 ^ ^ Set the two buffer structures iG, then put P= miscellaneous 3G between the two partitions (four), so that __ 3Q rides the __ structure (four) branch. Μ See Figures 4 and 5. The two different support circuit boards 3G of the present invention. When the upper end of the fine reverse 14 of the collision _=1{) is divided: the end is displaced toward the middle to make the -* six-plate's convex, and the hearts of the first plate η and the seventh plate 17 are respectively upwardly directed; By engaging the button hole 18 with the card (4), the lower touch of the pure secret board 14 is not separated, as shown in FIG. When the fourth plate and the sixth plate 16 are still connected by the tension of the second plate 12 and the sixth plate 16 and the external pressure disappears, the figure shown in FIG. 4 is bent into a cone by using the corrugated paper. The buffer structure of the basket shape, as shown in Figure 4. , in the state of a cone-shaped pipe, such as 7 ^ 295115 knowledge / & / and easy to use the online personnel to quickly use the assembly, not only can save the storage space when the buffer structure is fed, also Saves the cost of opening the mold as a buffer structure. The creation _, _ structure is tapered # body _ state, when packaging mi or the production & part will make the two oblique sides of the tapered tube The displacement makes the middle part of the lower bottom edge 8 2 = 'to achieve the effect of absorbing the impact force; when the force is released, the bottom edge material is received; the force restores the original crane, 'and the structure is combined with the new gauge structure to withstand the force and When the force is released, it will cause collapse. The shaft structure of the game should be packaged in the side buffer of the bottom box of the bottom of the box. As the paper, the money is only used in the embodiment of the new technology, any cooked The novel modifications and variations are the scope of patents claimed in the present invention, and are not limited to those disclosed in the examples. M295115 [Simplified Schematic] Figure 1 is a perspective view of the buffer structure of the present invention. Unbent structure Fig. 3 is a schematic view of the buffer structure of the present invention. Fig. 4 is a schematic view of the buffer structure according to the present invention. Fig. 5 is a schematic view of the buffer structure according to the force deformation. Structure 11 first board 12 second board 13 third board 14 fourth board 15 fifth board 16 sixth board 17 seventh board 18 button hole 19 card hook 20 partition 30 printed circuit board 21 combined slot