M297912 八、新型說明： 【新型所屬之技術領域】 一種用於物體或物料貯存或運輸用的 棧板，本創作尤指一種由紙類材質製作而成 的紙棧板，其具有一承載部可供擺置貨物， 承載部底面則有複數個腳座墊高整個承載 面。 【先前技術】 棧板在貨物運輸中，為相當常見的輔助 用具，一般習知的棧板，係由複數片交錯的 木條釘組而成，其上平面為一承載面，可供 擺置貨物，承載面下部則有腳座將承載面墊 高，一方面可防止貯存的貨品離地過近受 潮，一方面亦方便貨運在搬運時，可使堆高 機的支撐架，直接伸入於機板的底部，以直 接將整個棧板托起並堆置於適當的地方，例 如由貨櫃卸下後，直接堆放於倉庫的存放區 中，由於習知木製的棧板重量較重，搬運時 較為費力，故，目前市面上已有許多其他材 質的應用，例如塑膠類、輕金屬類的棧板也 陸續被開發使用，近年來，有鑑於環保的訴 求，更已有紙類棧板的出現，其主要係利用 回收紙進行製作，其優點為質輕，可回收重 5 M297912 製，符合環保需求，且相較於其他材質的棧 板，其大量生產的成本更低，目前，關於紙 類棧板的產品及設計相當的多，由於紙材質 的特性，不似木質或金屬類材質的高強度， 故，其整體設計係關乎其日後使用的壽命； 棧板主要的組成係包括一承載面以及複數 個支撐部，習知的木質棧板係以釘設以使承 載面及支撐部完成組合，而金屬材質的棧板 則可以鉚釘或銲接的方式組設，然而紙類棧 板則係以粘著較為合適；習知技術中，關於 紙類棧板的承載面與支撐部的組合亦相當 的多，例如中華民國專利公告第Μ 2 7 0 9 9 6號 「紙棧板結構」中，即揭示了 一種棧板的結 構，其係利用承載面底部形成的透孔，經摺 疊後，形成凹槽，以使各腳座可塞設於凹槽 中，如此，當腳座受粘著後，其侧部亦同時 受到凹槽的限設，唯，此凹槽雖提供了限設 的功用，然而凹槽的深度係受限於紙板的厚 度，即凹槽的深度雖有，但亦顯不足，由於， 棧板的使用係有高強度的要求，為提高其強 度，若能使限設的凹槽與腳座的接觸面增 加，則必能使腳座與承載面底部之間的接著 強度加大。 6 M297912 【新型内容】 有鑑於上述的需求，本創作的主要 在於提供一種高強度的紙棧板。 本創作紙棧板係包括一承載部，承 底面係形成有複數個組設部，且組設部 係成型有一擋牆，以使腳座粘著於組 後，腳座側部的各平面亦可與各擋牆形 互粘著，以增加腳座與承載部之間接著 積，如此，提高腳座與承載部之間接著 度。 依上所述的紙棧板，其所應用的技 段，主要係增加腳座與承載部之間的接 積，以提高棧板的強度，增加其使用壽 使貴審查委員能清楚了解本發明 容，僅以下列說明搭配圖示，敬請參閱 【實施方式】 敬請參閱「第 1圖」，圖中所示係 創作紙棧板1的立體外觀圖，其主要係 承載部1 1及複數個具支撐力的腳座1 2 成；請參閱「第 2圖」，圖中所示係為 作紙棧板1翻面後的立體外觀圖，如圖 示，承載部 1 1為增加其強度，係以一 板1 1 1彎摺後，包覆一内層板1 12，又 層板11 1的平面上，係預先形成有複數 目的 載部 周邊 設部 成相 的面 的強 術手 著面 命。 之内 為本 由一 所組 本創 中所 外層 ，外 個框 7 M297912 圍的摺線1 1 π，於框圍中的部位並預先形成 有數道交叉的裁切線 1 1 1 2，此裁切線 1 1 1 2 係穿透過外層板1 1 1 ;再請參閱「第3圖」， 圖中所示，係為外層板1 1 1各框圍内的裁切 線m2，被依摺線ill 1摺起後的型態，如 圖中所示，依各摺線 1 1 11摺起後，於各框 圍部份的周邊即形成有複數道擋牆（π 1 3、 111 4 )，而由各擋牆（1 1 3、1 1 1 4 )所圍設的部 份，即形成一個組設部11 〇。 請參閱「第 4圖」，如圖中所示，一腳 座12，此腳座1 2係由紙質材料連續彎摺而 成，其與承載部 1 1組設時，係可利用一黏 著劑先行塗覆於組設部1 1 〇的平面，以及塗 覆於各道擋牆（1 1 1 3、1 1 1 4)的内平面上，再 使各腳座1 2填設於各組設部 1 1 0中，並使 各組設部1 1 0周邊的各擋牆（1 1 1 3、1 1 1 4)包 覆於各腳座1 2的側平面（1 2 1、1 2 2 )，如此， 即可完成腳座1 2與承載部1 1的組設，組設 完成後，即如「第5圖」中所示，誠如圖中 所示，腳座1 2係可填設於各組設部1 1 0中， 又，腳座的各侧平面（1 2 1、1 2 2)亦受到各擋 牆（1 1 1 3、1 1 1 4)的包覆，如此，即大幅增加 了腳座 12與承載部 1 1之間相互接著的面 積，亦即，使兩者之間相互接著後的強度大 8 M297912 為增加；再請參閱「第5圖」中所示，亦可 於各腳座 1 2底部，增加組設一長條狀的連 接部 1 3，此連接部 1 3係可將數個腳座 1 2 連結成一道，以增加其強度及穩固性，如圖 中所示的實施例，即將每三個腳座 12以一 連接部 1 3組設成一道，組設完成後，即如 「第6圖」中所示，又，連接部 13’為另一 方向的組設，請參照；另，「第 7圖」中所 示，係為組設完成後之剖面示意圖，如圖中 所示，腳座12與承載部1 1組設後，腳座1 2 的侧平面係受到摺起的擋牆（1 1 1 3、1 1 1 4)包 覆，其相互黏著的面積大為增加，故其相互 接著的強度亦大幅提昇。 再請參閱「第 8圖」，圖中所示係為本 創作的另一較佳實施例（一），如圖中所示， 外層板2 1上所形成的裁切線2 1 1可為交叉 狀，如此四邊所摺起的擋牆2 1 2則均為三角 形狀；再請參閱「第9圖」’圖中所示係為 本創作的另一較佳實施例（二），如圖中所 示，外層板3 1所形成的裁切線3 1 1成型後， 再於裁切線3 1 1交叉的中間形成一方形透孔 3 1 2 (其它幾何圖型亦可），如此可使四面擋牆 3 1 3呈同一形狀。 請再參閱「第1 〇圖」，圖中所示係為本 9M297912 VIII. New description: [New technical field] A pallet for storing or transporting objects or materials. This creation especially refers to a paper pallet made of paper material, which has a bearing portion. For placing goods, the bottom surface of the bearing part has a plurality of foot cushions and the entire bearing surface. [Prior Art] The pallet is a fairly common auxiliary tool in the transportation of goods. Generally, the conventional pallet is made up of a plurality of interlaced wooden studs, and the upper plane is a bearing surface for placement. The cargo, the lower part of the bearing surface, has a footrest that cushions the bearing surface. On the one hand, it prevents the stored goods from getting too close to the ground, and on the other hand, it is convenient for the cargo to be transported, and the support frame of the stacker can be directly inserted into the cargo. At the bottom of the board, the entire pallet is directly lifted and stacked in a suitable place, for example, after being removed from the container, directly stacked in the storage area of the warehouse, because the weight of the conventional wooden pallet is heavy, when transported It is more laborious. Therefore, there are many other materials on the market. For example, plastic and light metal pallets have been developed and used. In recent years, in view of environmental protection demands, paper pallets have emerged. It is mainly made of recycled paper. Its advantages are light weight, and it can be recycled in the weight of 5 M297912. It meets the environmental protection requirements, and its mass production cost is lower than that of other materials. The product and design of the paper pallets are quite large. Due to the characteristics of the paper material, it is not like the high strength of wood or metal materials. Therefore, its overall design is related to the life of its future use. The main components of the pallet include one. The bearing surface and the plurality of supporting portions, the conventional wooden pallet is nailed so that the bearing surface and the supporting portion are combined, and the metal pallet can be assembled by rivet or welding, but the paper pallet is It is more suitable to stick together; in the prior art, the combination of the bearing surface and the supporting part of the paper pallet is also quite large, for example, the Republic of China Patent Notice No. 2 7 0 9 9 "paper pallet structure" The structure of the pallet is disclosed, which utilizes a through hole formed at the bottom of the bearing surface, and after being folded, a groove is formed so that each foot can be plugged in the groove, so that when the foot is stuck After that, the side portion is also limited by the groove at the same time. However, although the groove provides a limited function, the depth of the groove is limited by the thickness of the cardboard, that is, the depth of the groove is, but Also insufficient, due to the pallet Tied with the use of high strength, and to increase its strength, if the contact surface of the groove and the foot limit set increases, the adhesion strength between the can certainly foot bottom supporting surface increase. 6 M297912 [New content] In view of the above requirements, the main purpose of this creation is to provide a high-strength paper pallet. The creation paper pallet comprises a bearing part, the bottom part is formed with a plurality of assembly parts, and the assembly part is formed with a retaining wall, so that the foot is adhered to the group, and the planes of the side parts of the foot are also It can be adhered to each of the retaining wall shapes to increase the joint between the foot and the bearing portion, thus improving the adhesion between the foot and the carrying portion. According to the paper pallet mentioned above, the applied technical section mainly increases the joint between the foot and the bearing part, so as to increase the strength of the pallet and increase the service life thereof, so that the reviewing committee can clearly understand the invention. For the following description, please refer to the [Embodiment] Please refer to "Figure 1". The figure shows the three-dimensional appearance of the creation paper pallet 1, which is mainly the bearing part 1 1 and plural Supporting feet 1 2; please refer to "2", which is a three-dimensional appearance of the paper pallet 1 after turning over. As shown in the figure, the bearing portion 1 1 increases its strength. After being bent by a plate 1 1 1 , the inner layer plate 1 12 is covered, and the plane of the layer plate 11 1 is formed by a strong hand surface in which a plurality of surfaces of the peripheral portion of the carrier portion are formed in advance. Life. The inside is a layer of the outer layer of the group, and the outer line 7 M297912 is surrounded by a fold line 1 1 π, and a portion of the frame is formed in advance with a plurality of intersecting cutting lines 1 1 1 2, the cutting line 1 1 1 2 is penetrated through the outer plate 1 1 1 ; see also "Fig. 3", which is shown as the cutting line m2 in the frame of the outer plate 1 1 1 , which is folded by the fold line ill 1 The type of the figure, as shown in the figure, is folded around the fold line 1 1 11 , and a plurality of retaining walls (π 1 3, 111 4 ) are formed around the periphery of each frame, and the retaining walls are 1 1 3, 1 1 1 4 ) The enclosed portion forms an assembly portion 11 〇. Please refer to "Fig. 4". As shown in the figure, a footrest 12 is formed by continuously bending a paper material. When it is assembled with the bearing portion 11, an adhesive can be used. First applied to the plane of the assembly portion 1 1 ,, and applied to the inner plane of each of the retaining walls (1 1 1 3 , 1 1 1 4), and then the feet 1 2 are filled in each group In the part 1 1 0, each of the retaining walls (1 1 1 3 , 1 1 1 4) around each of the set parts 1 1 0 is covered on the side plane of each of the feet 1 2 (1 2 1 , 1 2 2 In this way, the assembly of the foot base 12 and the carrying portion 1 1 can be completed. After the assembly is completed, as shown in the "figure 5", as shown in the figure, the foot seat 12 can be filled. It is provided in each of the assembly parts 1 1 0, and the side planes (1 2 1 , 1 2 2) of the foot are also covered by the respective retaining walls (1 1 1 3 , 1 1 1 4), thus, That is, the area between the foot 12 and the carrying portion 11 is greatly increased, that is, the intensity of the mutual connection between the two is increased by 8 M297912; again, as shown in the "figure 5", It is also possible to add a long strip-shaped connecting portion 1 3 at the bottom of each foot 12, which is connected The portion 1 3 can connect a plurality of feet 1 2 together to increase its strength and stability. For the embodiment shown in the figure, each of the three feet 12 is formed as a joint by a connecting portion 1 3 . After the assembly is completed, as shown in "Figure 6", the connection portion 13' is set in the other direction, please refer to it; and, as shown in "Figure 7," the setup is completed. The rear cross-sectional view, as shown in the figure, after the foot 12 and the carrying portion 1 1 are assembled, the side plane of the foot 12 is covered by the folded retaining wall (1 1 1 3, 1 1 1 4). The area of adhesion to each other is greatly increased, so the strength of the mutual adhesion is also greatly improved. Referring to FIG. 8 again, the figure shows another preferred embodiment (1) of the present invention. As shown in the figure, the cutting line 2 1 1 formed on the outer layer 2 1 may be a cross. The shape of the retaining wall 2 1 2 folded up on the four sides is triangular; please refer to the "Fig. 9". The figure is another preferred embodiment (2) of the creation, as shown in the figure. As shown, after the cutting line 3 1 1 formed by the outer layer 3 1 is formed, a square through hole 3 1 2 is formed in the middle of the intersection of the cutting lines 3 1 1 (other geometric patterns are also possible), so that the four sides can be blocked. The wall 3 1 3 has the same shape. Please refer to the "Picture 1", which is shown in the figure.