200911640 九、發明說明： 【發明所屬之技術領域】 本發明係關於-種包裝結構，更詳細地說，係關於一種供包裝 易受損傷之板狀物件的包裝結構。 【先前技術】 Γ !·\ ^般運輸過程中，常常因為包裝不夠妥善導致物品在運送途 中文損，進而增加生產成本。爲避免物品在運送途中損壞，包裝 向來為物品運送時之—重要課題，尤其是運輸具有大面積之㈣ ，件’例如玻璃基板或是平面顯示器面板等，由於其材料本身就 谷易破碎，在運送途中常因受到外力的撞擊而受損。 以玻璃基板之運送為例’爲節省 破=的撞擊易使玻璃基板之邊緣承受過多的應力而導致玻璃基板 爲解決上述之問題，傳統上係使用如第】 習知包裝社槿丨呈古^〆 丨丨 <匕褒、、，口構。 第二有一苐—緩衝材130及複數個第二緩衝材M0, 第—緩衝材13〇具有複數個卡槽u 卡合部™，卡合部™之形狀Μ朴㈣材MG具有一 mu ι^π κ D，、卡乜u〇相適配，以與第一緩 之卡槽110結合。第-緩衝材13 第-姪uj· , μ ^ 弟接觸面13卜 狀:件w 具有H觸面⑷。當包裝結構1用以承載板 狀物件】00時，板狀物件】0 戰板200911640 IX. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to a packaging structure, and more particularly to a packaging structure for a board member that is susceptible to damage. [Prior Art] Γ !· \ ^ Generally, during the transportation process, the packaging is often damaged due to insufficient packaging, which increases the production cost. In order to avoid damage to the goods during transportation, packaging has always been an important issue when transporting goods, especially for transporting large areas (4), such as glass substrates or flat panel display panels, because the material itself is easily broken, It is often damaged by the impact of external forces during transportation. Taking the transportation of the glass substrate as an example, in order to save the impact of the damage, the edge of the glass substrate is subjected to excessive stress, and the glass substrate is used to solve the above problems. Traditionally, the use of the packaging system is as follows. 〆丨丨<匕褒,,,口口. The second one has a buffer material 130 and a plurality of second buffer materials M0, and the first buffer material 13 has a plurality of card slots u engaging portions TM, and the shape of the engaging portion TM is simple (four) material MG has a mu ι^ π κ D, and 乜 〇 are adapted to be combined with the first buffer slot 110. The first cushioning material 13 is - 第uj· , μ ^ is the contact surface 13 of the shape: the member w has the H contact surface (4). When the packaging structure 1 is used to carry the board member 00, the board member] 0 battle board
Mi接艏—饰與弟-緩衝材140之第二接觸面 第—緩衝叔Μη墙 第綾衝材130受到壓縮，使得 之第一接觸面⑶與第二緩衝材刚之第二接觸 200911640 面141同時與板狀物件1〇〇相接觸。是故第一緩衝材i3〇二 緩__便可用來吸收撞擊力’避免板狀物件⑽之邊緣衫 過夕的應力而導致板狀物件1〇〇破裂。 然而使用傳統之包I结構i，需要分別製作第—緩衝材⑽ 二緩衝材M0 ’將增加材料成本；此外，第—緩衝材】3G與第I緩 衝材卡槽㈣與卡合部⑽結合，更增加了組袭成本。 料，卡槽no與卡合部12〇之匹配也考驗生產時之精密度，若The second contact surface of the splicing material - the cushioning material 140 is compressed, so that the first contact surface (3) and the second cushioning material are just in contact with the second cushion 200911640 surface 141 At the same time, it is in contact with the plate member 1〇〇. Therefore, the first cushioning material i3 can be used to absorb the impact force to avoid the stress of the edge of the plate member (10) and cause the plate member to collapse. However, using the conventional package I structure i, it is necessary to separately manufacture the first cushioning material (10), and the second cushioning material M0' will increase the material cost; in addition, the first cushioning material 3G and the first cushioning material card slot (4) are combined with the engaging portion (10), Increased the cost of the attack. Material, the matching between the card slot no and the engaging portion 12〇 also tests the precision during production, if
疋卡槽110過大，卡合部120無法固定於卡槽11〇中，則第二『 衝材140易脫落’且第一緩衝材130與第二緩衝材14〇無法：: 吸收外力之衝擊；若是卡槽11〇 士人如 右疋卞槽UG過小’卡合部12G將無法順利置 放於卡槽U0中’將造成組裝上之_。塌著使用次紗加， 卡槽U0與卡合部⑽之邊緣磨耗，亦將導致第二緩衝材_之 脫落而需汰換包裝結構丨，其使用壽命有限。 綜上所述’傳統包裝結構之製作組裝程序繁複，須考量組件之 精又S生產成本…有鑑於此種具有較佳保護力且生產成 本較低、製作簡易之包裝結構便為此#界所亟需。 【發明内容】 本發明之-目的係提供一種用於承載板狀物件並能緩衝外力之 包裝結構，其藉由具彈性之中空突起結構進行吸震緩衝，且此包 裝結構具㈣護力佳、製作過程簡易且生產成本較低等優點。。 為達上述目的，本發明揭露了一種包裝結構，用以包裝及緩衝 板狀物件。此包裝結構包含_底座以及至少二相對側壁。二相 對側壁分卿成於該底座之至少二側邊，以共同界定出—容=空 200911640 ^該等側壁之至少其中之—之一内側，形成有—中空突起結構； 以板狀物件承載於該容置空間時，該板狀物件之—側緣，適可 與4中：穴起結構抵靠。是故，在受料力之揸擊時，中空 大起結構可有效吸收撞擊力，社板狀物件之側緣承受過 力而導致破裂。 、… ，閱圖式及k後描述之實施方式後，該技術領域具有通常知 施 2者便可瞭解本發明之其他目的，以及本發明之技術手段及實When the card slot 110 is too large and the engaging portion 120 cannot be fixed in the card slot 11, the second "punching material 140 is easy to fall off" and the first cushioning material 130 and the second cushioning material 14" cannot: absorb the impact of the external force; If the card slot 11 gentleman if the right slot UG is too small 'the engagement part 12G will not be placed in the card slot U0' will cause assembly_. When the secondary yarn is used for the collapse, the edge of the card slot U0 and the engaging portion (10) is worn, which will also cause the second cushioning material to fall off and the packaging structure to be replaced, and its service life is limited. In summary, the production and assembly process of the traditional packaging structure is complicated, and it is necessary to consider the precision of the components and the production cost of the device. In view of the packaging structure with better protection and lower production cost and simple production, Needless. SUMMARY OF THE INVENTION The present invention is directed to a package structure for carrying a plate-like member and capable of buffering an external force, which is shock-absorbing and cushioned by a flexible hollow protrusion structure, and the package structure has (4) good protection and production. The process is simple and the production cost is low. . To achieve the above object, the present invention discloses a package structure for packaging and cushioning a plate member. The package structure includes a base and at least two opposing side walls. And the opposite side walls are formed on at least two sides of the base to jointly define an inner side of at least one of the sidewalls, and a hollow protrusion structure is formed; When the space is accommodated, the side edge of the plate member is adapted to abut against the hole-up structure. Therefore, when the material is hit by the force, the hollow large structure can effectively absorb the impact force, and the side edge of the social plate member is subjected to excessive force and causes cracking. After reading the drawings and the embodiments described in the following, those skilled in the art can understand the other objects of the present invention, as well as the technical means and practice of the present invention.
態樣。 【實施方式】 本發明之第-實施例係為一種包裝結構2，其剖面圖係如第Μ 圖心’此包褒結構2係用以緩衝—板狀物件刚。在本實施例 中’板狀物件HK)較佳係包含至少—玻璃基板。包㈣構2包含 一底座2】、四側壁20a、勘、施、2〇d以及—上蓋6晴參閱第 2C圖所示）。四側壁2〇a、鳥、2〇c、2〇d分別形成於底座2^之四 御m ’以共同界定出—容置空間s。於此實施例中，容置空間s 係貫質上為一矩形空間。於其他實施態樣中，習知此項技術者可 輕易推及側壁之其他數目、位置及形狀。 侧壁20a、20b、20c、20d之内側，於形4、士止 ㈣均形成有數個令空突起結構 ]〇’中空突起結構210具有複數順序分佈之中空部分咖，且這 空部分220之截面係-橢圓形。當板狀物件刚承載於容= 空^時’板狀物件之-側緣適可局部與該中空突起結構21〇 抵罪。是故，在受到外力之撞擊時，中空突起結構训可有效吸 收撞擊力，避免板狀物請之側緣承受過多的應力而導致破裂。 200911640 除上所述，中空大起結構21 〇可僅形成於此等側壁之至少其中 一，譬如形成於兩相對側壁上；此外，中空突起結構彤 量亦不限。 V、數 接著請參考第2B圖’其係為第2八圖χ部分之局部放大示竞圖。 中空部分220具有長度L以及寬度w，中空突起結構训具有— 内緣厚度D，藉由不_長度L、寬度w以及㈣厚❹即可以 決定中空突起結構210緩衝板狀物件1〇〇之能力。 中空部分创之長度L較佳係介於3_及_== 分220之寬度W較佳係介於1Q公釐及別公爱間，而中空突起於 構210之内緣厚度D較佳係介於1公釐及1〇公釐間。上述各值: 用以舉例’本發明並不限定中空部分220之長度L與寬度w之大 小，亦不限定中空突起結構之内緣厚度D，該技術領域具有通常 :識者可以根據實際使用狀況(例如板狀物件之大小或承載數 量），調整中空部分22〇之大小以及中空突起結構之内緣厚度D以 達到較佳之緩衝效果。 ί... 在裝作本發明之包裝結構2時，中空突起結構训較佳係採用 ”側i 2G冑成型之方式形成，尤其—體成型係採用射出成型之 技術為了增加包裝結構2之緩衝力，侧壁2〇可使用如發泡聚丙 烯（expanded P〇lypropylene，Epp)及有機樹脂之材料群組等雜 料製成’藉此提高包裝結構2之緩衝保護力。 接著請料第2C圖，帛2C圖為本發明之第—實施例之立體 y在本實％例中’上盍6G係可拆卸地與側壁加之上緣接合， 、、〜置工間，確保在運送過程中，板狀物件刚可安置在 Ο L· 200911640 包裝結構2内部。 —本：明：第二實施例為—種包裝結構3’其剖面圖係如第3圖所 I上^貫Γ例中’包裝結構3亦包含—底座31、四側壁30以及 不出）。側壁30之内側亦形成有數個中 =中空突起結構31。亦具有之複數順序分佈之中空J 本實施例與第—實施例之差異在於中”分⑽之Aspect. [Embodiment] A first embodiment of the present invention is a package structure 2, the cross-sectional view of which is, for example, a second embodiment of the package structure 2 for buffering the plate member. In the present embodiment, the 'plate member HK' preferably comprises at least a glass substrate. The package (four) structure 2 comprises a base 2], four side walls 20a, surveying, applying, 2〇d and - upper cover 6 clear as shown in Fig. 2C). The four side walls 2〇a, the bird, the 2〇c, and the 2〇d are respectively formed on the base 2^4′m to collectively define the accommodation space s. In this embodiment, the accommodating space s is a rectangular space. In other embodiments, those skilled in the art can easily push other numbers, positions, and shapes of the side walls. The inner side of the side walls 20a, 20b, 20c, and 20d is formed with a plurality of hollow protrusion structures in the shape 4 and the fourth (four). The hollow protrusion structure 210 has a plurality of hollow portions in a sequential arrangement, and the hollow portion 220 has a cross section. Department - oval. When the plate member is just loaded on the volume = empty space, the side edge of the plate member may be partially offset from the hollow projection structure 21 . Therefore, when subjected to external force, the hollow protrusion structure can effectively absorb the impact force, and avoid the excessive stress on the side edge of the plate to cause cracking. 200911640 In addition to the above, the hollow large structure 21 can be formed only on at least one of the side walls, for example, on the opposite side walls; moreover, the hollow protrusion structure is not limited. V, number Please refer to FIG. 2B', which is a partial enlarged view of the 2nd figure. The hollow portion 220 has a length L and a width w, and the hollow protrusion structure has an inner edge thickness D, and the ability of the hollow protrusion structure 210 to cushion the plate member can be determined by the length L, the width w, and the (iv) thickness. . The length L of the hollow portion is preferably between 3_ and _==. The width W of the portion 220 is preferably between 1Q mm and other public, and the thickness D of the hollow protrusion at the inner edge of the structure 210 is preferably Between 1 mm and 1 mm. The above various values are used to exemplify 'the present invention does not limit the length L and the width w of the hollow portion 220, and does not limit the inner edge thickness D of the hollow protrusion structure. The technical field has the usual knowledge: according to the actual use condition ( For example, the size or load of the plate member, the size of the hollow portion 22〇 and the inner edge thickness D of the hollow protrusion structure are adjusted to achieve a better cushioning effect.装 In the packaging structure 2 of the present invention, the hollow protrusion structure is preferably formed by “side i 2G胄 molding, in particular, the body molding system adopts the technique of injection molding in order to increase the cushioning of the packaging structure 2 For the force, the side wall 2 can be made of a material such as expanded polypropylene (Epp) and a group of organic resin materials, thereby increasing the cushioning protection of the packaging structure 2. Next, please refer to the 2C. Figure 2, Figure 2C is a perspective view of the first embodiment of the present invention. In the present example, the upper jaw 6G is detachably joined to the upper edge of the side wall, and the work space is ensured during transportation. The plate-like member can be placed directly inside the packaging structure 2 of Ο L· 200911640. - Ben: Ming: The second embodiment is a kind of packaging structure 3', and its sectional view is as shown in Figure 3 The structure 3 also includes a base 31 and four side walls 30. The inner side of the side wall 30 is also formed with a plurality of medium=hollow protrusion structures 31. There are also a plurality of sequentially distributed hollow J. The difference between this embodiment and the first embodiment In the middle of "minutes (10)
===形，而本實施例之其餘部分係與第-實施二^ 故於此不再贅述。 J :㈣之:三實施例亦為一種包裝結構4，其剖面圖 ==_，_構4'—座—㈣ 構，二側壁4〇之内側亦形成有數個中空突起結 •本實施 時包含橢_半圓形，其= :r 一其餘部分觸-實施例相二: 本發明之第四實施例亦為一種包裝結構5 圖所示。在本實施例中…J面圖係如弟5 結構5!〇,令空突起結構训亦具有之複 中空突起 似。本實施例與第—實施例之差異在於中空之令空部分 時包含擴圓形與扇形，而本實_之其餘部二=之=相 同，故於此不再贅述。 、”第貫施例相 200911640 本發明並不限定中空突起6士播 籌之中空部分之截面形狀，除了太 發明實施例所列舉之橢圓形、 于、了本 站> > ^ 圓形、半圓形以及扇形外，該枯种- 領域具有通常知識者亦可根摅. 技術 π 根據貫際需求混合搭喊时發明所列=== shape, and the rest of the embodiment is related to the first embodiment and therefore will not be described again. J: (4): The third embodiment is also a packaging structure 4, which has a sectional view of ==_, _4'-seat-(four) structure, and a plurality of hollow protrusions are formed on the inner side of the two side walls. Ellipse_semicircular, which = : r - the rest of the touch - Embodiment Phase 2: The fourth embodiment of the present invention is also shown in a package structure 5. In the present embodiment, the J-face diagram is such as the structure 5 of the brother 5, and the hollow protrusion structure training also has a complex hollow protrusion. The difference between this embodiment and the first embodiment is that the hollow portion of the hollow portion includes an expanded circle and a fan shape, and the remaining portions of the present embodiment are the same, and thus will not be described again. The present invention does not limit the cross-sectional shape of the hollow portion of the hollow protrusion 6 broadcast, except for the elliptical shape, the present station >> Semi-circular and fan-shaped, the dry species - the domain with the usual knowledge can also be rooted. Technology π according to the cross-synthesis needs to be screamed when the invention listed
舉貫鈀例之截面形狀，或是製作 J 乍，、他截面形狀之中空部分。 綜上所述，藉由調整本發明 之中空部分22。之大小及截面形广構之中空突起結構所具有 緣厚"，便可達果：中空突起結構之内 ± /x 衝政果，使本發明之包裝結構呈有Move the cross-sectional shape of the palladium case, or make J 乍, the hollow part of his cross-sectional shape. In summary, the hollow portion 22 of the present invention is adjusted. The hollow protrusion structure of the size and the cross-sectional shape has a margin thickness ", and the fruit can be obtained: within the hollow protrusion structure ± / x rushing fruit, so that the packaging structure of the present invention is
較it的保護力。而相較於億絲夕—壯 * 、、、'匕裝結構’本發明之包裝結構可 郎省習知包裝結構之第二緩衝 及铒何之材枓成本，且由於本發明之 空突起結構較佳係與側壁一體成 玖生之方式形成，可省略傳統之包 裝系口構組裝第一緩衝材與第_ /、 一、、、攻衝材之步驟，故可大幅降低生產 成本。 上述之實施例僅用來例舉本發明之實施態樣，以及閣釋本發明 之技術特徵’並非用來限制本發明之料。任何熟悉此技術者可 輕易完成之改變或均等性之安排均屬於本發明所主張之範圍，本 發明之權利範圍應以申請專利範圍為準。 【圖式簡單說明】 第I圖係為習知之包裝結構之示意圖； 第2A圖係為本發明之第—實施例之包裝結構剖面圖； 第2B圖係為本發明之第—實施例之包裝結構局部放大圖； 第2C圖係為本發明之第一實施例之包裝結構立體圖； 第3圖係為本發明之第二實施例之包裝結構剖面圖； 第4圖係為本發明之第三實施例之包裝結構剖面圖；以及 200911640 第5圖係為本發明之第四實施例之包裝結構剖面圖。 【主要元件符號說明】 1、2、3、4、5包裝結構 ’ 10、20、20a〜20d、30、40、50 側壁 60 上蓋 100板狀物件 110卡槽 120卡合部 130第一緩衝材 131第一接觸面 140第二緩衝材 141第二接觸面 21、31、4卜51底座 210、310、410、510中空突起結構 220、320、420、520 中空部分 L 長度 W 寬度 D 内緣厚度 S 容置空間 11More protection than it. In contrast, the packaging structure of the present invention can be compared with the second buffer of the conventional packaging structure and the cost of the material, and the hollow structure of the present invention is better than that of the present invention. The system is formed integrally with the side wall, and the steps of assembling the first cushioning material and the first _ /, one, and the punching material can be omitted, so that the production cost can be greatly reduced. The above-described embodiments are merely illustrative of the embodiments of the present invention, and the technical features of the present invention are not intended to limit the invention. Any change or singularity that can be easily accomplished by those skilled in the art is within the scope of the invention, and the scope of the invention should be determined by the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of a conventional packaging structure; FIG. 2A is a sectional view of a packaging structure according to a first embodiment of the present invention; and FIG. 2B is a packaging of a first embodiment of the present invention; FIG. 2 is a perspective view of a package structure according to a first embodiment of the present invention; FIG. 3 is a cross-sectional view of a package structure according to a second embodiment of the present invention; A sectional view of a package structure of an embodiment; and 200911640 is a cross-sectional view of a package structure of a fourth embodiment of the present invention. [Main component symbol description] 1, 2, 3, 4, 5 packaging structure '10, 20, 20a~20d, 30, 40, 50 Side wall 60 Upper cover 100 Plate member 110 Card slot 120 Engagement portion 130 First cushioning material 131 first contact surface 140 second buffer material 141 second contact surface 21, 31, 4 51 base 210, 310, 410, 510 hollow protrusion structure 220, 320, 420, 520 hollow portion L length W width D inner edge thickness S housing space 11