M341682 八、新型說明： 【新型所屬之技術領域】 本新型是有關於一種包裝箱，特別是指一種玻璃基板 的包裝箱。 【先前技術】 液晶玻璃基板、背光板、偏光板、電阻式觸控基板、 衫色渡光板等以玻璃為基材的板體，可通稱為玻璃基板。 由於玻璃材質具有易碎的性質，運送玻璃基板的過程須使 用包裝箱將其包覆以降低受損的機率。 參閱圖1，為一種以往玻璃基板丨的包裝箱2，主要是 包括有一箱體21、一能用以封蓋箱體21的蓋體22，及多 數緩衝片23，箱體21内壁面間隔凸設有多數凸條211。包 裝箱1使用時，是採水平放置，玻璃基板丨上、下疊置擺 放其中，且每二相鄰玻璃基板丨之間墊設一緩衝片23。利 用箱體21㈣面的該等凸條211頂抵著該等玻璃基板i侧 邊，以確保玻璃基板1的運送安全。 然而因各式玻璃基板丨會隨著所應用的電子產品的差 異而有不同尺寸規格變化，以致廠商必須因應不同尺寸規 格的玻璃基板1而備置多種不同的包裝箱如此不但包裝 箱2之模具的開模成本增加，且多樣化的包裝箱1還會增 加庫存管理的困擾，也因為無法歸納以疊置收藏，因此相 當佔空間，庫存成本提高。 【新型内容】 因此，本新型之目的， 即在提供一種箱體及蓋體的統 M341682 一規格化，只要更換不同的内墊體，即可用於容納不同尺 寸規格的玻璃基板，因而能有效降低包裝箱的模具製作成 本’及包裝箱的庫存成本的玻璃基板之包裝箱。 於是，本新型玻璃基板之包裝箱，是用以供包裝多數 片玻璃基板。該包裝箱包含一箱體、一内墊體及一蓋體。 该箱體具有一底壁、多數個延伸自該底壁周缘的圍繞 壁’及一由該底壁與該等圍繞壁共同界定而成的容置空間 9 該内墊體單元，設置於該容置空間内，且該内墊體單 元並界定出一可供容納該等玻璃基板的承置區域；及 "亥蓋體，具有一頂壁及多數個延伸自該頂壁周緣的環 繞壁，该頂壁與該等環繞壁相配合封閉該箱體。 基板之間的緩衝片。 本新型可進一步包含有多數個供夾設在每二相鄰玻璃 另外，較佳的是該内墊體具有多數個彼此相連接的緩M341682 VIII. New description: [New technical field] The present invention relates to a packaging box, in particular to a packaging box for a glass substrate. [Prior Art] A glass substrate as a substrate such as a liquid crystal glass substrate, a backlight plate, a polarizing plate, a resistive touch substrate, or a shirt color plate can be generally referred to as a glass substrate. Due to the fragile nature of the glass material, the process of transporting the glass substrate must be wrapped in a box to reduce the chance of damage. Referring to FIG. 1 , a packaging box 2 for a conventional glass substrate is mainly composed of a casing 21 , a cover 22 capable of covering the casing 21 , and a plurality of cushioning sheets 23 . The inner wall of the casing 21 is spaced apart from each other. A plurality of ribs 211 are provided. When the package 1 is used, it is placed horizontally, and the glass substrate is placed up and down, and a buffer sheet 23 is placed between each two adjacent glass substrates. These ribs 211 on the surface of the casing 21 (four) are placed against the side of the glass substrate i to ensure the safety of the transportation of the glass substrate 1. However, various types of glass substrates vary in size and size depending on the electronic products to be applied, so that manufacturers must prepare a variety of different packaging boxes according to different size specifications of the glass substrate 1 so that not only the mold of the package 2 The cost of mold opening has increased, and the diversified package 1 will also increase the trouble of inventory management, and because it cannot be summarized to stack collections, it is quite space-consuming and the inventory cost is increased. [New content] Therefore, the purpose of the present invention is to provide a housing and a cover body M341682, which can be used to accommodate glass substrates of different sizes by replacing different inner cushion bodies, thereby effectively reducing The packaging cost of the packaging box 'and the cost of the packaging box of the glass substrate. Thus, the package of the novel glass substrate is used to package a plurality of glass substrates. The package comprises a box body, an inner cushion body and a cover body. The housing has a bottom wall, a plurality of surrounding walls extending from the periphery of the bottom wall, and an accommodating space 9 defined by the bottom wall and the surrounding walls. The inner cushion body unit is disposed in the housing. a space in which the inner body unit defines a receiving area for accommodating the glass substrates; and a hood having a top wall and a plurality of surrounding walls extending from the periphery of the top wall. The top wall cooperates with the surrounding walls to enclose the case. A buffer sheet between the substrates. The present invention may further comprise a plurality of clips for sandwiching each of the two adjacent glasses. Further, it is preferred that the inner cushion body has a plurality of slow connections to each other.
衝凸塊。 與該箱體接觸的該表面 4内墊體的各該緩衝壁於遠離 上還設有一個以上的緩衝槽。 另一方面， ，該等緩衝壁可以是各自獨立的Punching the bumps. Each of the buffer walls of the inner surface of the surface 4 in contact with the casing is further provided with more than one buffer tank. On the other hand, the buffer walls can be independent
繞壁上則相對設有可供相 ’且各該緩 長度短，各該緩衝壁用與該 一定位凸塊，而該箱體的各 對應的定位凸塊伸置的定位 M341682 槽’使付各该緩衝壁可以雜施& 人 J以釋離地結合於各該圍繞壁上，以 調整改變該容置空間的大小。 幸乂仫的疋"亥疋位凸塊與該定位槽的形狀相對應，均 是呈鳩尾狀。 本新型較佳的選用材料為發泡聚丙烯（Ερρ )、發 苯乙烯（EPS)其中之一。 Λ 本新型還包含有-用以包覆於該等玻璃基板及該等緩 衝片外之包覆材。 本新型所能達成之功效在於箱體及蓋體的統一規格化 ，因應不同尺寸的玻璃基板，只要更換不同的内墊體即可 ，不但能有效降低包裝箱的模具製作成本，及包裝箱的庫 存成本，且藉由包裝箱組成構件的統一規格化，還可提供 運送之便利性。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 以下配合參考圖式之二個較佳實施例的詳細說明中，將可 清楚的呈現。 在本新型被詳細描述之前，要注意的是，在以下的說 明内容中，類似的元件是以相同的編號來表示。 參閱圖2,本新型玻璃基板之包裝箱3的第一較佳實施 例供包裝複數片玻璃基板4，本圖中是以包裝三片玻璃基板 4舉例說明。包裝箱3包含有一個箱體31、一個内塾體32 、一個蓋體33，及多數緩衝片34。箱體31具有一底壁311 、一由底壁311周緣向上延伸的圍繞壁312,及一由底壁 M341682 311與圍繞壁312共同界定而成的容置空間313，箱體的圍 繞壁312外表面間隔設有兩第一凹槽314。而内墊體32具 有多數個彼此相連接的緩衝壁321，該等緩衝壁321並共同 界定出一承置區域322，緩衝壁321定義有一用與該箱體接 觸的外表面及一相反於外表面的内表面，該内表面並凸設 有一個以上的緩衝凸塊3 2 3，以及一個以上的緩衝槽3 2 4。 另外，蓋體33具有一頂壁331及一自頂壁331周緣向下延 伸的環繞壁332 ’盍體33的頂壁331對應於箱體31的各第 一凹槽314處也分別形成有一第二凹槽333。本實施例包裝 相1的較佳材料為發泡聚丙烯（EPP)或發泡聚苯乙烯（ EPS)。The surrounding wall is oppositely provided with a phase for each, and each of the slow lengths is short, and each of the buffer walls is associated with the positioning protrusion, and the corresponding positioning protrusions of the box are extended by the positioning M341682 slot Each of the buffer walls may be detachably coupled to each of the surrounding walls to adjust the size of the accommodating space. Fortunately, the 疋 quot 凸 凸 凸 疋 疋 疋 疋 疋 疋 疋 凸 凸 凸 凸 凸 凸 凸 凸 凸 凸 凸 凸 凸 凸The preferred material of the present invention is one of expanded polypropylene (Ερρ) and styrene (EPS). Λ The present invention also includes a cladding material for coating the glass substrates and the buffer sheets. The effect achieved by the novel is that the box body and the cover body are uniformly standardized. According to the different size of the glass substrate, only the different inner cushion body can be replaced, which can not only effectively reduce the mold manufacturing cost of the packaging box, but also the packaging box. The cost of inventory, and the uniform specification of the components of the package, can also provide the convenience of transportation. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments. Before the present invention is described in detail, it is noted that in the following description, similar elements are denoted by the same reference numerals. Referring to Fig. 2, a first preferred embodiment of the package 3 for a glass substrate of the present invention is used to package a plurality of glass substrates 4, which are illustrated by the packaging of three glass substrates 4. The package 3 includes a case 31, an inner body 32, a cover 33, and a plurality of cushion sheets 34. The box body 31 has a bottom wall 311, a surrounding wall 312 extending upward from the periphery of the bottom wall 311, and an accommodating space 313 defined by the bottom wall M341682 311 and the surrounding wall 312. The box body is surrounded by the wall 312. The surface is provided with two first grooves 314. The inner cushion body 32 has a plurality of buffer walls 321 connected to each other. The buffer walls 321 collectively define a receiving area 322. The buffer wall 321 defines an outer surface for contacting the box and an outer surface opposite thereto. An inner surface of the surface, the inner surface is convexly provided with more than one buffer bump 3 2 3 , and one or more buffer grooves 3 24 . In addition, the cover body 33 has a top wall 331 and a surrounding wall 332 extending from the periphery of the top wall 331. The top wall 331 of the body 33 is also formed corresponding to each of the first grooves 314 of the box 31. Two grooves 333. Preferred materials for the packaging phase 1 of this embodiment are expanded polypropylene (EPP) or expanded polystyrene (EPS).
要特別說明的是，箱體31的圍繞壁312内表面形狀與 内墊體32的緩衝壁321外表面形狀相對應，在本實施例/中 ，箱體的圍繞壁312内表面是呈光滑面狀，内墊體犯 的緩衝壁321外表面也相對形成光滑面狀。當然箱體31的 圍繞壁312内表面若形成有凸出部或凹陷部，㈣體犯的 緩衝壁321外表面則相對形成有可凹陷部或凸出部，以使 箱體31上的凸出部可伸置於内墊體32的凹陷部中，或^ 内墊體32的凸出部伸置於箱體31的凹陷部内。 疋 玻璃基板4及緩衝片34形成-體性，避免面積較小的緩衝 片34於料過㈣發纽移現象，同時枝將來卫作人!1 拿取玻璃基板4,所財_之包裝箱3還包財—用以= 覆於该等玻璃基板4及該等緩衝片34外的包覆材％，此勺匕 M341682 覆材35可以是由聚烯烴類或氣化乙烯等材料製成。也就是 先將玻璃基板4上、下疊置於包覆材35上，且每二相鄰玻 璃基板4之間塾设一緩衝片34，利用包覆材35收合並以黏 著劑貼附固定後，再一起置入位於箱體31容置空間313内 的内墊體32的承置區域322中，蓋上所述蓋體33，由蓋體 33頂壁331與環繞壁332相配合封閉箱體31，如圖5所示 。最後可再以兩繫帶（圖未示）束固於相對應的第一凹槽314 與第二凹槽333處，玻璃基板4即可被穩固地安置於包裝 箱3内。 當然包覆材35也可省略不用，而將玻璃基板4及緩衝 片34直接疊置於内墊體32的承置區域322中。如此仍然 不會影響玻璃基板4及緩衝片34在内墊體32中的穩定性 。利用内塾體32的緩衝壁321上的該等緩衝凸塊323頂抵 玻璃基板4，及緩衝槽324的緩衝釋壓，而㉟達到防震的效 果，使得玻璃基板4不致於搬運過程中發生毀損現象。 要特別說明的是，本新型之包裝箱3中的箱冑31及蓋 體33疋採、统夫見格化而為通用，因應多種不同尺寸大小的 玻璃基板4則只要配置多數個内塾體32， 外廊尺寸大小㈣持n其㈣尺寸以、财不^的 :此只要更換不同的内塾體32’同—包裝箱3即可用於包 '不，尺寸大小的玻璃基板4，如此不但能有效降低包裝箱 3的核具製作成本及庫存成本，且箱體3ι及蓋體犯的統一 規格化，還可提供運送之便利性。 參閱圖6、7 本新型玻璃基板之包裝箱3的第二較佳 •M341682 貫施例與第一較佳實施例大致相同，惟其不同處僅在於内 墊體36 /、有夕數個各自獨立的緩衝壁361，各緩衝壁gw 的長度較箱體31的各圍繞壁312的長度短，且每一緩衝壁 361外表面（即用與箱體31接觸的該表面）上並凸設有一定 位凸塊362，而箱體31的各圍繞壁312上則相對設有可供 相對應的定位凸塊362伸置的定位槽363，各定位凸塊362 與各定位槽363的形狀相對應，均是呈鳩尾狀。藉此内墊 體36的各緩衝壁361只要利用各定位凸塊362分別伸置於 箱體31的各定位槽363中而與箱體31相結合，該等緩衝 壁361同樣會共同界定出一個承置區域322，且只要更換不 同厚度的緩衝壁361即可改變位於容置空間313内的承置 區域322的大小，同樣可供不同尺寸大小的玻璃基板4包 裝之所需。 歸納上述，本新型玻璃基板的包裝箱3藉由内墊體 32(35)之設計，使得箱體31的容置空間313大小可以調整 改變，以因應不同尺寸大小的玻璃基板4，而箱體3丨及蓋 體33則可採統一規格化而為各式玻璃基板4所通用，因此 確實能有效降低包裝箱3的開模及庫存成本，且箱體31及 蓋體3 3的統一規格化，還可增加搬運便利性。 惟以上所述者，僅為本新型之較佳實施例而已，當不 能以此限定本新型實施之範圍，即大凡依本新型申請專利 範圍及新型說明内容所作之簡單的等效變化與修飾，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 10 M341682 圖1是以往玻璃基板的包裝箱分解示意圖； 圖2是本新型玻璃基板的包裝箱第一較佳實施例的立 體分解圖； 圖3是一立體示意圖，說明第一較佳實施例之玻璃基 板及緩衝片可先疊置於一包覆材上； 圖4疋一剖視圖，說明第一較佳實施例之箱體與蓋體 已蓋合的狀態； 圖5是一立體示意、圖，言兒明第一較佳實施例之箱體與 蓋體蓋合後的立體外觀狀態；及 圖6是本新型玻璃基板的包裝箱第二較佳實施例的立 體分解圖； 圖7是一組合示意、圖，㉟明第二較佳實施例中内墊體 的各緩衝墊組合於箱體的態樣。 M341682 — 【主要元件符號說明】 3包裝箱 4玻璃基板 31箱體 32、36内墊體 33蓋體 34緩衝片 3 5包覆材 311底壁 312圍繞壁 313容置空間 314第一凹槽 321、361緩衝壁 322承置區域 323緩衝凸塊 324緩衝槽 331頂壁 332環繞壁 333第二凹槽 362定位凸塊 363定位槽 (5 ) 12It should be particularly noted that the shape of the inner surface of the surrounding wall 312 of the casing 31 corresponds to the shape of the outer surface of the buffer wall 321 of the inner cushion body 32. In the present embodiment, the inner surface of the surrounding wall 312 of the casing is a smooth surface. In the shape, the outer surface of the buffer wall 321 of the inner cushion body is also relatively smooth. Of course, if the inner surface of the surrounding wall 312 of the box body 31 is formed with a protruding portion or a recessed portion, the outer surface of the buffer wall 321 of the body (4) is oppositely formed with a recessed portion or a protruding portion to make the convex portion on the box body 31. The portion may extend into the recessed portion of the inner cushion body 32, or the convex portion of the inner cushion body 32 may protrude into the recessed portion of the casing 31. The bismuth glass substrate 4 and the buffer sheet 34 are formed in a body-like manner, and the buffer sheet 34 having a small area is prevented from being transferred to the material (4), and the branch is to be used as a keeper; 1 taking the glass substrate 4, the box of the money _ 3 is also included in the package - for covering the glass substrate 4 and the outer covering material 34, the scooping material M341682 covering material 35 may be made of polyolefin or gasified ethylene. That is, the glass substrate 4 is placed on the cladding material 35 in the upper and lower layers, and a buffer sheet 34 is disposed between each two adjacent glass substrates 4, and is covered by the covering material 35 and adhered and fixed by the adhesive. And placed together in the receiving area 322 of the inner cushion body 32 located in the accommodating space 313 of the casing 31, the cover body 33 is covered, and the top wall 331 of the cover body 33 cooperates with the surrounding wall 332 to close the cabinet. 31, as shown in Figure 5. Finally, the two straps (not shown) can be bundled at the corresponding first recess 314 and second recess 333, and the glass substrate 4 can be stably disposed in the package 3. Of course, the cladding material 35 can also be omitted, and the glass substrate 4 and the buffer sheet 34 are directly stacked in the receiving area 322 of the inner cushion body 32. This still does not affect the stability of the glass substrate 4 and the buffer sheet 34 in the inner cushion body 32. The buffer bumps 323 on the buffer wall 321 of the inner body 32 abut against the glass substrate 4 and the buffer release pressure of the buffer groove 324, and 35 achieves the anti-shock effect, so that the glass substrate 4 is not damaged during transportation. phenomenon. It should be particularly noted that the box 胄 31 and the lid body 33 in the package 3 of the present invention are common and common to all, and a plurality of lining bodies are arranged for a plurality of glass substrates 4 of different sizes. 32, the size of the outer gallery (four) holding n (four) size, money is not ^: this only need to replace the different inner body 32' the same - the box 3 can be used to package 'no, size of the glass substrate 4, so not only The utility model can effectively reduce the manufacturing cost and the inventory cost of the nuclear packing of the packaging box 3, and the uniform specification of the box body 3 and the cover body can also provide the convenience of transportation. Referring to Figures 6 and 7, the second preferred embodiment of the present invention is substantially the same as the first preferred embodiment except that the inner cushion body 36 / The buffer wall 361, the length of each buffer wall gw is shorter than the length of each surrounding wall 312 of the box body 31, and an outer surface of each buffer wall 361 (ie, the surface in contact with the box 31) is convexly disposed with a positioning The positioning block 363 is disposed on each of the surrounding walls 312 of the box 31, and the positioning protrusions 362 are corresponding to the shapes of the positioning grooves 363. It is a dovetail. Therefore, the buffer walls 361 of the inner cushion body 36 are combined with the casing 31 by using the positioning projections 362 respectively extending into the positioning grooves 363 of the casing 31, and the buffer walls 361 also jointly define a buffer wall 361. The area 322 is placed, and the size of the receiving area 322 located in the accommodating space 313 can be changed by replacing the buffer walls 361 of different thicknesses, and is also required for packaging of the glass substrates 4 of different sizes. In summary, the packaging box 3 of the novel glass substrate is designed such that the size of the accommodating space 313 of the box 31 can be adjusted and changed according to the size of the glass substrate 4 of different sizes. 3丨 and the lid body 33 can be uniformly standardized and used for all kinds of glass substrates 4, so that the mold opening and stocking cost of the package 3 can be effectively reduced, and the housing 31 and the lid body 3 are uniformly standardized. It also increases handling convenience. However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change and modification made by the novel patent application scope and the novel description content, All remain within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view of a packaging box of a conventional glass substrate; FIG. 2 is an exploded perspective view of a first preferred embodiment of the packaging box of the novel glass substrate; The glass substrate and the buffer sheet of a preferred embodiment may be stacked on a covering material first; FIG. 4 is a cross-sectional view showing the state in which the box body and the lid body of the first preferred embodiment are covered; FIG. A perspective view, a view showing a three-dimensional appearance of the casing and the cover of the first preferred embodiment; and FIG. 6 is an exploded perspective view of the second preferred embodiment of the package of the novel glass substrate FIG. 7 is a combination diagram, and FIG. 35 shows a state in which the cushions of the inner cushion body are combined in the casing in the second preferred embodiment. M341682 — [Main component symbol description] 3 packaging box 4 glass substrate 31 housing 32, 36 inner cushion body 33 cover body 34 buffer sheet 3 5 cladding material 311 bottom wall 312 surrounding wall 313 receiving space 314 first recess 321 , 361 buffer wall 322 bearing area 323 buffer bump 324 buffer groove 331 top wall 332 surrounding wall 333 second groove 362 positioning protrusion 363 positioning groove (5) 12