M434746 一 • · ' 五、新型說明： * 【新型所屬之技術領域】 本創作有關於-種包裝盒堆疊結構，尤指一種用於 置放面板的面板包裝盒堆疊結構。 、 【先前技術】 請參關1及圖2所示，-般面板在庫存或者運輪 均會以箱體1，來承置堆疊，目前市面上f見之面板包穿 # 是—碰】，蓋上—蓋體2,後層疊送人从，工人將箱^及 盍體2，蓋_送入生產線，先打開蓋體2,而與箱體！，分離， 以將面板置人箱體I’中，在將蓋體2,蓋上而沿生產線送至另 一端，最後將蓋好之包裝盒以綁帶3綑綁及堆置。 -般包裝盒堆疊構造大都是將包裝盒層層堆疊，其堆置 不能過高，故常利用其他輔助設備來固定堆疊結構，例如上 述方法使用綁帶3固定。由於一般堆疊方式，上、下層包裂 盒之間無^位的結構’不僅無法準確堆疊湖，更易造成堆 籲 疊結構的重心偏移。尤其在運輸的過程中，因晃動而使堆疊 結構更加歪斜甚至發生網。箱體〗，底部為平整的表面，使 得1承載面板的月匕力較為薄弱，並增加箱體r的内應力 而有增加變形損壞的機率，減低箱體1,使用壽命。 【新型内容】 本創作實施例在於提供一種面板包裝盒堆疊結構， ' 其用f置放多個面板後使包裝盒彼此堆*，確保包裳盒 在堆疊過程中因為堆疊不整齊而發生傾倒損毀的情況。. 本創作實闕提供-種面板包裝盒堆疊結構包括多 .. 3/10 M434746 ==箱體具有一底板及-側板，側板為環繞底 板达、·、彖向上延伸而成，側板的頂表面罝 _ 出部，底板的底表面設有一對應該突出:的: =具有多個加厚肋條。其中，突出部前後對 本創作具有以下效益：本創作 及突出部來達成箱體互相堆疊的：弟-凹槽 均須設置-蓋體的重量及厚度缺⑪，*免除t —個箱體 σ 並使堆豐後的結構 ίΐ二 體呈現前後對稱及左右_， 不必考慮方向性即可方便堆疊；箱體底部的加厚肋二 增加箱體的承餘力，麵少其他部位的㈣ 減低成本及箱體重量。 守了 為能更進-步瞭解本創作的特徵及技術内容泉 閱以下有關本創作的詳細說明與附圖，然_ 僅 提供參考與說日賴，並_來對本創作加錄制者。 【實施方式】 本創作貫施例提供-種面板包裝盒堆疊結構，其主 構件為多個箱體互相堆疊而成。 ” 請爹閱圖3及圖4所示’箱體i以一底板u為基座， 底板11的四周邊緣環繞有向上延伸的側板12，側板12項 表面的内緣设有突出部121。具體說明，突出部121環狀 設置於側板12的頂表面上。 乂 在底板112靠近邊緣的適當距離設有一環繞的第—凹 槽ill，第一凹槽ill的位置對應於側板12的突出部-l2i 。如圖5及圖6所示，多個箱體】互相堆疊時，—箱體！ 4/|〇 丄;:二2丄:3:箱體1的第-凹槽111Μ，使複數 裝盒堆疊的U地設置而不會歪斜崩塌，達到面板包 底板了及圖4所示’箱體】在堆疊面板時， 面板時的箱體增加，為了強化承載 個加厚肋絡119 I疋度，本貫施例在底板〗1形成多 易變形或損壞。從二：:構性及承載能力提升而不 祭箱體卜加厚肋條112呈「田 厚肋停二口^底板11的上表面；從下方觀察箱體1，加 予肋k 112王「回」字狀地設置於 板u上一表面與下細加⑽m得㈣^’。使底 的^面’底板U未有加厚肋條112之處，亦可適去 厚=:T成本及減輕_1重量。本實施心 不以2::置於底板11的上下表面，但糧置及厚度 乂右之箱體1呈現矩形外觀，箱體〗前後對稱且 相體〗的突出部121及第一凹槽⑴亦前後對 作掌ΪΓ二使多個箱體1堆疊時，可節省尋找定位的 作菓h間，加速堆疊速度及便利性。 突出=Γ堆疊時，為增加箱體1間組合的便利性， 導角125，使—箱體】的突出部】21 素：輕易的被入另—箱體1的第-凹槽川内 達到快速堆疊之目的。 ，提=則板】2 T1形成至少—對第-凹陷物 離二，板;Ϊ入箱體1時，夹持面板的工具脫 “目肢】所必需的作業空間。箱體】側板12的外側則形 M434746 成多對第二凹陷部123。請參閱圖5所示，多個箱體]堆 疊時，不同箱體1的第二凹陷部123形成連續溝槽狀，可 視貫際情況進一步提供綁帶（圖未示）綑綁於第二凹陷部 123上，並且固定於綑綁位置，使面板包裝盒堆疊結構可 更穩固地堆豐设置，尤其在搬運過裎中更可確保其穩固性 相肢1可在側板12外表面的適當位置增設一對手持 部124，提供使用者搬運時手持的位置。本實施例之手持 部124設置於侧板12的底部位置，但不以此為限。 如圖5、® 6及® 7所示’本實施例再提出一種面板 ^裝盒堆疊結構，多個箱體】互相堆疊時，上方箱體i的 第一凹槽111連接住下方箱體i突出部121，最上層的箱 體i則為-開放空間，使用者在最上層的箱體】上增設〆 盍體2。配合箱體〗的對稱特性，蓋體2亦呈現前後對稱 及左右對稱的外觀，盖體2的底表面設有—對應突出部】 的第二凹槽2卜使蓋體2附蓋於箱體j上時，面板包裝倉 堆疊結構形成封閉區域，蓋體2的側面形成對應於第二四 陷部123的第三凹陷部22，第二凹陷與第三凹陷部 22形成連續溝槽，以提供綁帶⑽未示)所需要的結構。 本實施例之箱體材質，以pp㈣取㈣㈣材及 PO(P_efm)材為較佳選擇，其優點為不產生粉塵、时磨， 不易劃破，加工安全度高且成本低廉。 ^創作具有以下效益：本創作利用箱體的第—凹槽 及犬出部來達成箱體互相堆疊的目 均須設置—蓋體的重量及厚，並，除每-個箱體 呈穩固且整齊的狀態，現前後==構 M434746 不必考慮方向性即可 . 增加箱體的承载能力 豐’箱體底部的加厚肋條可 減低成本及箱㈡:亚減少其他部位的用料，同時可 限本創作的二:作之較佳實施例，非意欲偶 及圖式内容所為的；=化故=利本創作說” 的權利㈣皆包含於本創作 【圖式簡單說明】 圖I為習知面板包裝盒的立體示意圖。 圖2為習知面板包裝盒堆疊後的立體示意圖。 圖3為本創作彳|體其中__視肖的立體示意圖。 圖4為本創作箱體另一視角的立體示意圖。 圖5為本創作面板包裝盒堆豐結構的立體示意圖。 圖6為本創作面板包裝盒堆疊結構的剖面示意圖。 圖7為本創作蓋體之立體示意圖。M434746 一 • · ' V. New description: * [New technical field] This creation has a stacking structure of packaging boxes, especially a stacking structure of panel packaging boxes for placing panels. [Prior Art] Please refer to 1 and Figure 2, the general panel will be stacked in the inventory or the transport wheel, and the panel will be worn on the market. Covered - cover 2, after the stack is sent to the person, the worker will box ^ and the body 2, cover _ into the production line, first open the cover 2, and the box! Separating, the panel is placed in the box I', the cover 2 is covered, and the cover is sent to the other end along the production line, and finally the covered package is bundled and stacked by the strap 3. Generally, the stacking structure of the packaging box stacks the layers of the packaging box, and the stacking thereof cannot be too high. Therefore, other auxiliary equipment is often used to fix the stacked structure, for example, the above method is fixed by the straps 3. Due to the general stacking method, the structure of the upper and lower clathing boxes without the location is not only impossible to accurately stack the lake, but also more likely to cause the center of gravity of the stacking structure to shift. Especially in the process of transportation, the stacking structure is more skewed or even netted due to shaking. The box body has a flat surface at the bottom, so that the monthly force of the bearing panel is weak, and the internal stress of the box r is increased, which increases the probability of deformation and damage, and reduces the service life of the box 1. [New Content] The present invention is to provide a stack structure of a panel packaging box, which uses the f to place a plurality of panels and then stacks the packages with each other* to ensure that the stacking boxes are dumped and damaged due to the stacking irregularity during the stacking process. Case. The creation of the present invention provides a stacking structure for the panel packaging box. 3/10 M434746 == The cabinet has a bottom plate and a side plate, and the side plates are formed by extending around the bottom plate, and the top surface of the side plate.罝_ Outlet, the bottom surface of the bottom plate is provided with a pair of protrusions: = with a plurality of thickened ribs. Among them, the front and back of the protrusion have the following benefits: the creation and the protrusion to achieve the stacking of the boxes: the brother-groove must be set - the weight and thickness of the cover are missing 11, * exempt t - a box σ and After the piled up structure, the two bodies are symmetrical and left and right _, which can be easily stacked without considering the directionality; the thickened ribs at the bottom of the box increase the residual force of the box, and the other parts are less (4) Body weight. Keeping a step-by-step understanding of the characteristics and technical content of this creation. Read the following detailed descriptions and drawings of this creation. However, only provide reference and talk about it, and _ to add the recorder to this creation. [Embodiment] The present invention provides a stacking structure of a panel packaging box, the main component of which is a plurality of cabinets stacked on each other. Please refer to FIG. 3 and FIG. 4 'the box i is a base plate u, and the bottom edge of the bottom plate 11 is surrounded by an upwardly extending side plate 12, and the inner edge of the surface of the side plate 12 is provided with a protrusion 121. It is noted that the protruding portion 121 is annularly disposed on the top surface of the side plate 12. The 乂 is provided with a surrounding first groove ill at an appropriate distance from the edge of the bottom plate 112, and the position of the first groove ill corresponds to the protruding portion of the side plate 12 - L2i. As shown in Fig. 5 and Fig. 6, when a plurality of cabinets are stacked on each other, the box body: 4/|〇丄;: 2 2丄: 3: the first groove 111 of the box body 1 is used to make a plurality of cabinets The U-ground of the stack of boxes is arranged without collapse and collapse, reaching the bottom plate of the panel package and the 'casing body' shown in Fig. 4. When stacking the panels, the cabinets at the time of the panel are increased, in order to strengthen the load-bearing thickening ribs. In the present example, the formation of the bottom plate 〗 1 is more easily deformed or damaged. From the second:: the structural and carrying capacity is improved without the box body thick rib 112 is "the upper surface of the floor rib 2 stop ^ bottom plate 11 The case 1 is viewed from below, and the rib k 112 is added to the surface of the plate u and is placed on the upper surface of the plate u (10) m to obtain (four) ^'. Where the bottom surface of the bottom surface of the bottom surface is not thickened by the ribs 112, the thickness =: T cost and _1 weight reduction can be applied. The present embodiment is not placed on the upper and lower surfaces of the bottom plate 11 by 2:: but the box 1 having the grain and the thickness of the right side has a rectangular appearance, and the box body is symmetrical and phased and has a protruding portion 121 and a first groove (1). When the plurality of cabinets 1 are stacked in front and rear, the results of finding the positioning h can be saved, and the stacking speed and convenience are accelerated. Prominent = Γ stacking, in order to increase the convenience of the combination of the box 1 , the guide angle 125, so that the protrusion of the box] 21: easy to enter the other - the first groove of the box 1 reaches the fast The purpose of stacking. , mention = board] 2 T1 forms at least - the first - recessed object is two, the board; when the box 1 is inserted, the tool for holding the panel is removed from the working space required for the "eyes". The outer shape M434746 is formed into a plurality of pairs of second recesses 123. Referring to FIG. 5, when the plurality of cases are stacked, the second recessed portions 123 of the different cases 1 form a continuous groove shape, which is further provided by the visual situation. A strap (not shown) is fastened to the second recess 123 and fixed to the binding position, so that the stack structure of the panel package can be more stably stacked, especially in the handling of the raft to ensure the stability of the limbs. A pair of hand-held portions 124 can be added to the outer surface of the side panel 12 to provide a position for the user to carry. The hand-held portion 124 of the embodiment is disposed at the bottom of the side panel 12, but is not limited thereto. Figure 5, ® 6 and ® 7 show that the present embodiment further proposes a panel mounting box stacking structure. When a plurality of cabinets are stacked on each other, the first recess 111 of the upper casing i is connected to the lower casing i. In the part 121, the uppermost box i is an open space, and the user is at the most The casing of the layer is provided with a carcass 2. The symmetry of the box body, the cover body 2 also exhibits a front-back symmetrical and bilaterally symmetrical appearance, and the bottom surface of the cover body 2 is provided with a second concave corresponding to the protruding portion. When the cover 2 is attached to the case j, the stacking structure of the panel packaging case forms a closed area, and the side surface of the cover 2 forms a third recess 22 corresponding to the second four traps 123, and the second recess The third recessed portion 22 forms a continuous groove to provide a structure required for the strap (10). The box material of the embodiment is preferably a pp (four) (4) (four) material and a PO (P_efm) material, and the advantage is No dust, time grinding, no scratching, high processing safety and low cost. ^There are the following benefits: The creation uses the first groove of the box and the dog outlet to achieve the goal of stacking the boxes on each other. - The weight and thickness of the cover, and, in addition to the stable and tidy state of each box, the front and rear == M434746 does not have to consider the directionality. Increase the load carrying capacity of the box. Ribs can reduce costs and boxes (2): Sub-reducing other parts At the same time, it can limit the second part of the creation: the preferred embodiment, the non-intentional and the content of the schema; the right of the ====================================================================== I is a schematic perspective view of a conventional panel package. 2 is a perspective view of a conventional panel package after stacking. FIG. 3 is a three-dimensional schematic diagram of the creation of the body. 4 is a perspective view of another perspective of the creation box. FIG. 5 is a perspective view of the stacking structure of the creative panel packaging box. FIG. 6 is a schematic cross-sectional view showing a stack structure of the creative panel packaging box. Figure 7 is a perspective view of the creation cover.
【主要元件符號說明】 剖面線 A 箱體 1,1’ 底板 11 第一凹槽 111 加厚肋條 112 侧板 12 突出部 121 第一凹陷部 122 7/10 M434746 第二凹陷部 123 手持部 124 導角 125 蓋體 2,2, 第二凹槽 21 第三凹陷部 22 綁帶 3 8/10[Description of main component symbols] Section line A Box 1, 1' Base plate 11 First groove 111 Thickened rib 112 Side plate 12 Projection portion 121 First recessed portion 122 7/10 M434746 Second recessed portion 123 Handheld portion 124 Guide Angle 125 cover 2, 2, second groove 21 third recess 22 strap 3 8/10