TWM254435U - Improved buffering material structure of packaging articles - Google Patents

Improved buffering material structure of packaging articles Download PDF

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Publication number
TWM254435U
TWM254435U TW92222391U TW92222391U TWM254435U TW M254435 U TWM254435 U TW M254435U TW 92222391 U TW92222391 U TW 92222391U TW 92222391 U TW92222391 U TW 92222391U TW M254435 U TWM254435 U TW M254435U
Authority
TW
Taiwan
Prior art keywords
frame
box
creation
cushioning
material structure
Prior art date
Application number
TW92222391U
Other languages
Chinese (zh)
Inventor
Bau-Shiang Lin
Wen-Kai Lin
Wen-Bin Lin
Original Assignee
Bau-Shiang Lin
Wen-Kai Lin
Wen-Bin Lin
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Bau-Shiang Lin, Wen-Kai Lin, Wen-Bin Lin filed Critical Bau-Shiang Lin
Priority to TW92222391U priority Critical patent/TWM254435U/en
Publication of TWM254435U publication Critical patent/TWM254435U/en

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Description

M254435M254435

包裝物品之缓衝材構造改良,尤指 (盒)與物品間,以確保物品安全之 四、創作說明(1) 【新型所屬之技術領域 本創作係有關一種 一種用以配置於包裝箱 緩衝材構造。 【先前技術】 目前各種電器產品如電 品、螢幕、背光板等物品, 於包裝箱(盒)與物品間置放 ,不會受到外界撞擊或壓掣 損壞,以達到有效保護包裝 已知’目前所使用的緩 膠發泡材(EPE、EVA)、紙、 而這些緩衝材都是在保護包 保麗龍、塑膠發泡材(EPE、 成長條塊狀、盒體或盤體等 些緩衝材是直接配置於物品 方與下方,或者直接將物品 ,再封於包裝箱(盒)内。 雖然,此種的緩衝材在 (盖)内部物品安全。但是, 、盒體或盤體形態時,這些 以緩衝材也必須製作體型較 型物品搬運上之安全。如此 在搬運給業者使用時,將導 腦、電子產品、電子高科技產 在這些物品打包封裝時,都會 一些緩衝材,讓物品在搬運時 ,而導致包裝箱(盒)内部物品 箱(盒)内部物品之安全。 衝材種類包括有:保麗龍、塑 泡棉,氣泡式塑膠片(套)等, 裝箱(盒)内部的物品。就像以 EVA)為主的緩衝材通常都是製 各種形狀,在物品包裝時,這 四個邊角上,或者是物品的上 先包裝於緩衝材盒體或盤體内 物品搬運時,可以確保包裝箱 在這些緩衝材製作成長條塊狀 緩衝材常因包裝物品過大,所 大的緩衝材,才可以保護較大 一來,這些緩衝材製造業者, 致緩衝材過於占空間,造成搬 M254435 四、創作說明(2) 運上的不方便, ,而且也不便於 【新型内容】 本創作之主 在,本創作利用 緩衝材構造,此 載運量也較多, 為達上述之 良,該緩衝材構 結而成,每一邊 形成一接合面, 端面之接合面間 結部内侧與外側 成可供置放或包 【實施方式】 有關本創作 如下 : 請參閱「第 衝材變形外觀立 之緩衝材構造改 以確保包裝箱( 上述所提之 EPE、EVA)之任一 形成^一可變形之 而且一趟所搬運的緩衝材數量也相對減少 使用業者堆放於倉庫或工廠内。 夕 要目的,在於解決上述缺失,避免缺失存 軟性塑料一體射出成型具有可變形框體之 缓衝材構造便於運送者搬運,而且每一趟 更便於使用業者堆放倉庫或工廠内部。° 目的,本創作之包裝物品之缓衝材構造改 造係呈一框體,該框體係以複數邊框相連 框相連結處設有一連結部,以及邊框端面 藉此邊框之連結部及接合面,與另一邊框 形成一變形區間,該變形區間設於前述連 ,藉此變形區間提供框體在變形後内部形 覆物品之空間。 之详細說明及技術内容,現配合圖式說明 1 : 2圖所示」,係本創作之緩衝材及緩 體示意圖。如圖所示:本創作之包裝物品 良,用以配置於包裝箱(盒)與物品間, 盒)内部物品搬運上之安全。 緩衝材構造係利用保麗龍、塑膠發泡材( -種材料一體射出成型,在射出成型後, 框體1 ,此框體1係以複數邊框i丄相連 M254435 四、創作說明(3) 結而成’而每一邊框1 ;[相連結處設有一連結部1 2 ,以 及邊框1 1端面上形成一接合面1 3 ,藉此邊框1 1之連 結部i 2及接合面1 3 ,與另一邊框2 -端面之接合面 1 3 /間形成一可供框體1變形之變形區間1 4 ,此變形 區間1 4可設於前述連結部i 2内側與外側,藉此變形區 間1 4提供框體1在變形後内部形成可供置放或包覆物品 之空間2 。 明參閱第1 、2、3圖所示」,係本創作之緩衝材 及緩衝材變形與緩衝材未變形外觀立體示意圖。如圖所示 :當緩衝材構造尚未變形展開時,該框體1之邊框1 1重 疊呈束狀收合’在收合後體積縮小,除了便於搬運者搬運 外,還可以提昇運送量。 在緩衝材構造使用時,包裝者利用框體1内與外的變 形區間1 4移動邊框1 1 ,致使每一框體1上之變形區間 1 4内徑縮小,讓每一邊框1 1端面之接合面1 3接合在 一起後’即形成一可置放或包覆物品之框架1 。 請參閱「第4圖所示」,係本創作之使用狀態示意圖 。如圖所示:當販售者在包裝物品3時,先將緩衝材構造 之框體1展開,讓框體1内部形成一可置放或包覆物品3 之空間2 ,此時販售者即可將物品3置放或包覆於此空間 2裡,再將框體1與物品3 —併放入於包裝箱(盒)4内 部。讓使用者可以輕鬆、容易的將物品3包裝於包裝箱( 盒)4内部。 請參閱「第5、6圖所示」,係本創作之另一實施例 M254435 四、創作說明(4) 示意圖。如圖所矛· ^ 材構造大致相同,、赂此緩衝材構,之實施例與上述之緩衝 成有一凹陷部1 ^ ,不同處在於每一邊框1 1内側壁上形 圍成一置放區2 a此每一邊框1 1内側壁之凹陷部1 5 該邊框1 1可以將、’在物品3在置放此置放區2 a裡時, 3與地面接觸,或:物品3撐起(墊起),可以防止物品 上下包覆後,陝考利用兩種相同的緩衝材構造將物品3 縮汰 四 牙、了可以防止物品3受兩側撞擊及與地面接 觸外:…防止上方下壓到物品3。 曰$步’在於該邊框11的高度、厚度以及長度,乃 ^ ^予以包裝之物品3大小來決定射出成型緩衝材構造 ®積大小。 上述僅,本創作之較佳實施例而已,並非用來限定本 作實施之範圍。即凡依本創作申請專利範圍所做的均等 欠化與修飾,皆為本創作專利範圍所涵蓋。 M254435 圖式簡單說明 。圖 圖 圖意 意 。意示 示 圖示體 視 意體立 。剖 示立觀。圖面 體觀外圖意斷 立外形意示置 觀形變示例位 外變未態施A 材材材狀實 I 衝衝衝用 一 A 緩緩緩使另在 之之之之之圖 1作圖作作作5 明 1± 說本第本本本為 單係係係係係係 吹^^^ r\ , rv , , 5 式圖圖圖圖圖圖 圖 rH 〇〇 00 LO CO 丨第第第第第第 邊框...............1 1 、1 1 / 連結部..................12 接合面..............13、13' 變形區間.................14 凹陷部..................15 ^ fA....................2 物口$....................3 置放區..................2aImprove the structure of the cushioning material of packaging articles, especially between the box and the article to ensure the safety of the article. Fourth, the creation instructions (1) [Technical field to which the novel belongs belongs to a kind of cushioning material that is arranged in a packaging box. structure. [Previous technology] At present, various electrical products such as electrical products, screens, backlights and other items are placed between the packaging box (box) and the items, and will not be damaged by external impact or pressure to achieve effective protection of packaging. Used slow foaming materials (EPE, EVA), paper, and these cushioning materials are in the protection of polystyrene foam, plastic foaming materials (EPE, growing bars, boxes or trays, etc.) It is placed directly under and under the item, or it is directly sealed in the packing box (box). Although this kind of cushioning material is safe in the (lid) inside, but in the form of a box or tray, These cushioning materials must also be made safe for handling of relatively small items. Therefore, when transporting to the industry for use, when packaging products such as brain guides, electronic products, and electronic high-tech products, some cushioning materials will be used to allow the items to be stored in When transporting, the internal contents of the box (box) are safe. The types of punching materials include: Polystyrene, plastic foam, bubble-type plastic sheets (sets), etc. ) Internal items. Just like EVA), buffer materials are usually made in various shapes. When the items are packaged, the four corners, or the top of the items, are first packed in the buffer material box or tray. When carrying goods, you can ensure that the packaging box is made of these cushioning materials. The cushioning material is often too large, and the larger cushioning material can protect the larger one. These cushioning material manufacturers cause the cushioning material to occupy too much. Space, causing M254435 to move. 4. Creation instructions (2) Inconvenient in transportation, and also inconvenient. [New content] The main point of this creation is that this creation uses a buffer material structure. This carrying capacity is also large. Good, the cushioning material is structured, each side forms a joint surface, and the inner and outer sides of the junction between the joint surfaces of the end faces can be placed or packaged. [Embodiment] For this creation, please refer to the "Punch material" The structure of the buffer material with a deformed appearance is changed to ensure that any one of the packaging boxes (the EPE and EVA mentioned above) is formed. A deformable and relatively reduced number of buffer materials to be transported in one trip Operators are stacked in warehouses or factories. The main purpose is to solve the above-mentioned defects and avoid the lack of soft plastics. One-shot injection molding of a buffer material with a deformable frame structure is convenient for the carrier to transport, and each trip is more convenient for the operator to stack Inside the warehouse or factory. ° Purpose, the structure of the cushioning material of the packaging items created by this creation is a frame, the frame system is provided with a connecting portion where the frame is connected by a plurality of frames, and the end portion of the frame is connected by the frame. And the joint surface, forming a deformation section with another frame, and the deformation section is set in the aforementioned connection, so that the deformation section provides a space for the frame to cover the articles inside after the deformation. For detailed description and technical content, now with drawings Note 1: as shown in Figure 2 "is a schematic diagram of the buffer material and the slow body of this creation. As shown in the figure: The packaging items of this creation are good and are used to arrange the safety of the transportation of the items inside the packaging box (box) and the articles (boxes). The structure of the buffer material is made of Polyurethane and plastic foam material (a kind of material is integrally injection-molded. After injection molding, the frame 1 is connected by a plurality of frames i 丄 M254435. 4. Creation instructions (3) And each frame 1; [A connection portion 1 2 is provided at the junction, and a joint surface 1 3 is formed on the end surface of the frame 1 1, whereby the connection portion i 2 and the joint surface 1 3 of the frame 1 1, and The other frame 2-the joint surface 1 3 of the end face forms a deformation section 1 4 that can be deformed by the frame 1, and this deformation section 14 can be provided on the inside and outside of the aforementioned connecting portion i 2, thereby deforming the section 1 4 Provide the frame 1 with a space 2 inside that can be placed or covered after deformation. Refer to Figures 1, 2, and 3 for details. "This is the original deformation of the cushioning material and the deformation of the cushioning material and the appearance of the cushioning material without deformation. Three-dimensional schematic diagram. As shown in the figure: When the structure of the buffer material has not been deformed and unfolded, the frame 11 of the frame 1 overlaps and collapses in a bundle shape. After the collapse, the volume is reduced. When using the buffer material structure, the packer uses the inside and outside of the frame 1 Deformation section 1 4 Move the frame 1 1 to cause the inner diameter of the deformation section 14 on each frame 1 to shrink, so that the joint surfaces 1 3 of the end faces of each frame 11 are joined together to form a placeable or package. The frame 1 covering the article. Please refer to "shown in Figure 4", which is a schematic diagram of the use of this creation. As shown in the figure: When the seller packs the article 3, the frame 1 of the cushioning material structure is unfolded. Let the inside of the frame 1 form a space 2 in which the item 3 can be placed or covered. At this time, the seller can place or cover the item 3 in the space 2 and then combine the frame 1 and the item 3- Put in the packing box (box) 4. Allows the user to easily and easily pack the article 3 into the packing box (box) 4. Please refer to "shown in Figures 5 and 6", which is another part of this creation. Example M254435 4. Schematic illustration of creation (4). As shown in the figure, the material structure of the spear is roughly the same. The structure of the buffer material is similar to that of the buffer described above. The difference is in each frame. 1 1 A placement area is formed on the inner side wall 2 a Each frame 1 1 A depression on the inner side wall 1 5 The frame 1 1 can be, 'when the item 3 is placed in this placement area 2 a, 3 is in contact with the ground, or: the item 3 is held up (padded), which can prevent the item from being covered up and down. The same cushioning material structure trims the four teeth of the article 3, which can prevent the article 3 from being impacted on both sides and contacting the ground: ... to prevent it from being pressed down to the article 3. The "step" is the height, thickness and thickness of the frame 11. The length is the size of the 3 items to be packaged to determine the size of the injection molding buffer material structure. The above is only a preferred embodiment of this creation, and is not intended to limit the scope of this implementation. That is, all applications based on this creation The equalization and modification of the patent scope are covered by the scope of the creation patent. M254435 Schematic description. Tutu Tuyi. Indications Indicate the stereotypes of the stereotypes. Cutaway perspective. Figure surface view, external view, intentional appearance, external observation, deformation, example, external change, not applied, material A, material, material, material, I, material, material, material, material, material, material, material, material, material, material, material, material, material, material, material, material, material, material Work 5 Ming 1 ± Say that this book is a single line system line system line ^^^ r \, rv,, 5 Formula chart chart chart chart chart chart rH 〇0000 LO CO 丨 第 第 第 第 第1st frame ......... 1 1 、 1 1 / connecting part .................................................... 12 ......... 13, 13 'Deformation interval ... 14 Depression ............... .... 15 ^ fA ... .3 placement area ... 2a

Claims (1)

M254435M254435
TW92222391U 2003-12-22 2003-12-22 Improved buffering material structure of packaging articles TWM254435U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TW92222391U TWM254435U (en) 2003-12-22 2003-12-22 Improved buffering material structure of packaging articles

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Application Number Priority Date Filing Date Title
TW92222391U TWM254435U (en) 2003-12-22 2003-12-22 Improved buffering material structure of packaging articles

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TWM254435U true TWM254435U (en) 2005-01-01

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TW92222391U TWM254435U (en) 2003-12-22 2003-12-22 Improved buffering material structure of packaging articles

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