200938439 九、發明說明： 【發明所屬之技術領域】 本發明係有關於-種紙授板’特別是有關於_種用於貨物搬運之紙機板。 【先前技術】 在進行進出口貨物時’需利用棧板將貨物—搬入或搬出貨櫃中，傳統使用 之塑膠難的重錄料縣，城有木她在自灣使_麵史最久， 但重量太重也料雜。隨著棧板製作敝良，漸漸由環保魏較高的紙機板 替代。紙難具有環保的回收效果，但是一般紙機板的使用壽命較短、強度較 U弱使得承載重量亦有限。 具有類似料狀複合賴的簡缺—種強·佳的賴板，如巾華民國專 利觀〇866、M297912、順侧、兄郎、伽％、侧79與娜51等所揭 露。然而上述先前技術仍僅提出局部結構的改良，對於棧板整體運用及強度提 升仍為有限。 【發明内容】 為了解決上述絲·技術不盡理想之處，本發供__種紙棧板，&含一蜂巢 ❹式面板、複數個邊條及腳體。其中蜂巢式面板包含第一蜂巢狀構型的結構本體 與結構本體上方、下方之上板與下板，邊條黏合於蜂巢式面板之四個側邊，腳 體以陣列狀黏合於蜂巢式面板之一面。腳體包含有—腳材與包覆腳材五個面的 ^體面板’腳材具有概個規則排列的第二蜂驗構型，其中腳細反之剖面 鄰近中央部位具有波浪狀之構型，藉由上述整體架構，使強度大幅提昇。 因此’本發明之主要目的係提供一種紙棧板具有較佳的結構強度。 ^發明之次要目的係提供一種紙棧板，藉由特殊的結構設計藉以提供更強 的承蕃.六。 本發明之另一 的使用年限。 目的係提供-種紙機板’藉由特殊的結構設計，藉喊供較長 5 200938439 本發明之另一目的係提供一種紙棧板，藉由特殊的結構設計，藉以符合各種 生產線設備之所需。 ° 【實施方式】 由於本發明係揭露一種紙棧板，其中所利用之機板組合基本結構，已為相 關技術領域具有通修識者職喊，故町文巾之制，不再作完整描述。 同時，以下文中所對照之圖式，係表達與本發明特徵有關之結構示意，並未亦 不需要依據實際尺寸完整繪製，盍先敘明。 Ο 首先請參考第1Α圖至第1Β圖，紙機板1〇〇係本發明提出之第一較佳實施 例，紙棧板100主要包括蜂巢式面板卜邊條2及腳體3等結構。請繼續參考第 - C圖’蜂巢式面板i包含一結構本體u、結構本體上方之上板^ η之下方之下板13。其中結構本體u具有第—蜂巢狀之構型，此種構型可以 增加紙棧板的結構強度與承載力。複數個邊條2黏合於蜂巢式面板i之四 個侧邊，複數個腳體3以陣列的排放方式黏合於蜂巢式面板i之下板13。請參 考第2A®，其中各腳體3包含有腳材31與腳體面板32。其中腳材31包含有 複數個__的第二蜂巢狀構型’此種構型可以增加_ 3的結構強度與承 ❹載力’而腳體面板32經適當的切割後，即可經由折叠方式一次包覆腳材的 五個面，其中未包覆的面係用以黏合至蜂巢式面板卜請繼續參考第2B圖，腳 體面板32為特殊設計的瓦楞板，其剖面形狀在鄰近中央部位具有波浪狀之 型，藉使慣性矩提高，增加承載力。 蜂巢式面板1的結構本體u係由複數個薄板以固定節距⑽邮交錯黏合再 拉開而成’藉以形成第-蜂巢狀構型之交錯排列的格狀結構。必須提出的是， 此結構係「類似」蜂巢狀，其中的格狀結構並不必是正六角形也不必具有明 顯的，度轉折邊，只要具有交錯排列的構型即可。其中節距⑽ch)及薄板之間距 可以是任何尺寸，但其中各以15mm左右為較佳。第—蜂驗構型之厚度亦可 以是任何厚度，其中以21贿為較佳。上板12與下板13進一步可各為一面紙 200938439 5(請參考第3圖），且面紙5係以厚度為〇.3mm之牛皮紙6及厚度為1.0mm之厚 紙板7二者組合而成，故面紙5之厚度為1.3mm，其中牛皮紙6為與外界接觸 之表面’藉以達到平滑耐磨及防水之功效。 請參考第4A圖與第仍圖，邊條2之剖面形狀可以呈L形或门形。如第4A 圖’若是邊條2之剖面形狀呈l形21，則黏合於蜂巢式面板1之四個侧邊與上 板12、或是黏合於四個側邊與下板13，而l形21之刮面尺寸除了提供24.9mm X 20mm之尺寸外’亦有提供24.9mm X 35mm之尺寸，其中以24.9mm X 35mm 之尺寸為較佳，但可視實際使用狀況調整。請繼續參考第4B圖，為了使邊條2 0可以完全無痕地黏合於蜂巢式面板丨，邊條2的L形21彎折處，進一步可切割 一溝槽211，以利彎折，其中溝槽211之寬度與深度以各為2 2mm與lmm為較 佳。請繼續參考第4C圖，若邊條2之剖面形狀呈门形22，則同時黏合於蜂巢式 面板1之四個侧邊與上板12及下板13，而门形22之剖面尺寸則以2〇圆X 26.2mm X 20mm為較佳。同樣地，請繼續參考第4D圖，為了使邊條2可以完全 無痕地黏合於蜂巢式面板i，邊條2的门形22的兩個弯折處，進一步可各切割 7溝槽221，其中溝槽211之寬度與深度以各為22m_imm為較佳。此種门 形之邊條2因為多增加了一個結合邊，強度較佳，然此多出的結合邊會讎 影響貨物堆放_平整^與L形21的邊條2相較，l形21的邊條2所構成 ©的蜂巢式面板1的平整度較佳，可提供加工精密的紙製品或銅薄板等的生產線 使用之，其二者形狀之邊條2將可視實際需求而使用。上述之邊條2係以牛皮 =其厚麟0.3職及厚紙板7其厚度為1Qm^者組合喊。故邊條2之厚 :、、、 其中係以牛皮紙6為與外界接觸之表面，藉以達到平滑对磨及防 上述之紙棧板100的中央厚度，扣轉邊條2的厚度，以Μ石聰為較佳。 體3 Γ佳數量為9個’為3個x 3伽陣列的擺放方式排列，當然亦 其所對::二I:3之數量。其中不論是使用L形21或是匚形22之邊條2, .、 之、、、。構皆為長矩形之結構，其腳體3之長X寬x高，分別為 7 200938439 • 203mmxl28mmx94.5mm ’其亦可視實際需求而定。紙棧板100進一步包含複 數個拉板4，此拉板4可為沿腳體3之長邊方向黏合多個以陣列排列之腳趙3的 底部(請參考第5A圖），此時拉板4之長χ寬χ高，以分別為96〇mm X 203mm x 5mm為較佳’其亦可以腳體3之短邊方向黏合多個以陣列排列之腳體3的底部 (请參考第5B圖），此時拉板4之長χ寬\高，以分別為 1,160mm x 128mm x5mm 為較佳。設置拉板4，主要為了使紙棧板1〇〇的強度與承載力增加，亦可使其他 搬運紙棧板100之運輸設備(例如：堆高機），更容易搬運或移動此紙授板1〇〇， 而紙棧板1〇〇的平面尺寸，其中除了提供1 000mm x 12〇〇mm之尺寸外，亦有 ❹提供1,100mm χ l，l〇〇mm之尺寸’當然亦可視實際需要或大或小。 請參考第6A圖，腳材31之第二蜂巢狀構型係由複數個薄板以固定節距 (pitch)交錯黏合再拉開而成，藉以形成第二蜂巢狀構型之交錯排列的格狀結構， 同則述第一蜂巢狀構型所述，此結構係「類似」蜂巢狀，其中的格狀結構並不 必是正六角形，也不必具有明顯的角度轉折邊’只要具有交錯排列的構型即可。 其中節距(pitch)及薄板之間距可以是任何尺寸，但各以15mm為較佳。第二蜂巢 狀構型之厚度亦可以是任何厚度，其中以93mm為較佳。其中將腳材31的長x 寬χ高形成200mm χ 125mm χ 93mm則為有較佳之承載力。請繼續參考第6B 圖’為了使腳體面板32可以完全無痕地包覆住腳材31，腳體面板32進一步在 〇其彎折處向内切割1.5mm，以利凹折。腳體面板32之材質係選自於由牛皮紙、 瓦楞紙及厚紙板等材質組合而成。其中腳體面板32之剖面鄰近中央部位之波浪 狀構型係為瓦楞紙8(請參考第2B圖），並且係以牛皮紙6為與外界接觸之表面， 藉以達到平滑耐磨及防水之功效。進一步若是要增加結構本體u的強度，則結 構本體11之上板12、下板13之剖面鄰近中央部位進一步亦可為波浪狀之構型， 而其特徵主要如上述之腳體面板32所述。 本發明進一步提供第二較佳實施例，為一種紙機板1〇〇，主要包括蜂巢式面 板、邊條及腳體71等結構，其中第二較佳實施例之腳材71結構為三角格狀構 8 200938439 •型(請參考第7圖），而不是如第一較佳實施例所述的第二蜂巢狀構型。如此特殊 的二角格狀構型亦可使其強度提高，其主要由多張瓦榜紙依序排列結合而成， 其為瓦概i為平順、另—面具有三触之構型，其中以使㈣張為較佳， 亦可視狀況調整。腳材71的長x寬x高，以2〇〇醜χ 125麵X 93麵為較較佳， 當然亦可視實際之承載需求或使用空間而形成其他尺寸。至於紙機板⑽之其 他特徵則如前述之第一較佳實施例所述。 、 以上所述僅為本發明之較佳實施例，並非用以限定本發明之申請專利權 利；同時以上的描述，對於熟知本技術領域之專門人士應可明瞭及實施，因此 〇 發崎揭示之獅下所絲的等狀變或料，城包含在_請 【圖式簡單說明】 第1Α圖為一示意圖，係根據本發明提出之紙機板。 第1Β圖為一示意圖，係根據本發明提出之紙機板。 第1C圖為-結構圖’係根據本發明提出之紙機板的蜂巢式面板。 第2Α圖為-結構圖，係根據本發明提出之紙機板的腳體。 第2Β圖為-示意圖，係根據本發明提出之紙棧板的腳體面板的波浪狀構型。 〇 第3 ®為—結構圖’係根據本發明提出之紙棧板的面紙。 第4Α圖為-示意圖，係根據本發明提出之紙棧板的L型之邊條。 第4B圖為-示意圖’係根據本發明提出之紙棧板的l型之邊條之溝槽。 第4C圖為一示意圖，係根據本發明提出之紙機板的门型之邊條。 第4D圖為-不意圖，係根據本發明提出之紙機板的门型之邊條之溝槽。 第5A圖為-示意圖’係根據本發明提出之紙機板為一種以長邊方 多個以陣列排列之腳體的底板。 σ 第5Β圖為-示意圖，係根據本發明提出之紙機板，為一種以短邊 多個以陣列排列之腳體的底板。 口 第6Α圖為一示意圖，係根據本發明之第一較佳實施例提出之紙機板的聊材。 9 200938439 . 第6B圖為一示意圖，係根據本發明提出之紙棧板的腳體面板。 第7圖為一示意圖，係根據本發明之第二較佳實施例提出之紙棧板的腳材。 〇 【主要元件符號說明】 紙棧板 100 蜂巢式面板 1 結構本體 11 上板 12 下板 13 邊條 2 L型 21 门型 22 腳體 3 腳材 31 ' 71 腳體面板 32 拉板 4 面紙 5 牛皮紙 6 厚紙板 7 瓦楞紙 8200938439 IX. INSTRUCTIONS OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to a paper board, and in particular to a paper machine board for cargo handling. [Prior Art] When importing and exporting goods, 'need to use pallets to move goods into or out of the cabinet, the traditionally used plastics are difficult to re-record the county, the city has wood. She has been in the bay for the longest time, but The weight is too heavy and mixed. As the pallets were made well, they were gradually replaced by environmentally-friendly paperboards. Paper is difficult to have an environmentally friendly recycling effect, but generally the paper machine board has a short service life and a weaker U strength, so that the load weight is limited. There is a lack of similar material-like composites - the kind of strong and good Lai board, such as the towel of the Republic of China patent Guanlan 866, M297912, Shun side, Xiong Lang, gamma%, side 79 and Na 51. However, the above prior art still only proposes an improvement of the partial structure, and the overall application and strength increase of the pallet are still limited. SUMMARY OF THE INVENTION In order to solve the above-mentioned unsatisfactory requirements of the silk technology, the present invention provides a paper tray, a honeycomb panel, a plurality of side strips and a foot body. The honeycomb panel comprises a structural body of a first honeycomb structure and an upper and lower upper and lower plates of the structural body, and the side strips are adhered to the four sides of the honeycomb panel, and the foot bodies are bonded to the honeycomb panel in an array. One side. The foot body comprises a body panel with five sides of the foot material and the covering foot material. The foot material has a second bee configuration arranged in a regular manner, wherein the foot is thin and the cross section is adjacent to the central portion and has a wavy configuration. With the above overall structure, the strength is greatly improved. Thus, the primary object of the present invention is to provide a paper pallet having better structural strength. The secondary objective of the invention is to provide a paper pallet that is designed to provide a stronger contractor. Another useful life of the present invention. The purpose is to provide a paper machine board' by special structural design, and to scream for longer 5 200938439 Another object of the present invention is to provide a paper pallet, which is designed to meet various production line equipments by special structural design. need. [Embodiment] Since the present invention discloses a paper pallet, the basic structure of the machine board combination used therein has been called for general knowledge in the related technical field, so the system of the town towel is not completely described. In the meantime, the drawings referred to hereinafter are intended to express structural features relating to the features of the present invention and are not required to be completely drawn according to actual dimensions, as described in the foregoing. Ο Referring first to Figures 1 to 1, the paper machine board 1 is a first preferred embodiment of the present invention. The paper pallet 100 mainly comprises a honeycomb panel edge 2 and a foot body 3. Please refer to the figure - C. The honeycomb panel i includes a structural body u and a lower plate 13 below the upper surface of the structural body. The structural body u has a first-honey-like configuration, which can increase the structural strength and bearing capacity of the paper pallet. A plurality of side strips 2 are bonded to the four sides of the honeycomb panel i, and a plurality of the leg bodies 3 are adhered to the lower panel 13 of the honeycomb panel i in an array discharge manner. Refer to Section 2A®, where each leg 3 includes a foot 31 and a foot panel 32. Wherein the foot material 31 comprises a plurality of second honeycomb structures of the __ such configuration can increase the structural strength of the _ 3 and the bearing capacity of the bearing body 32, and the foot panel 32 can be folded after being properly cut. The method covers the five faces of the foot material at one time, wherein the uncoated face is used for bonding to the honeycomb panel. Please continue to refer to FIG. 2B. The foot panel 32 is a specially designed corrugated board whose cross-sectional shape is adjacent to the center. The part has a wavy shape, and the moment of inertia is increased to increase the bearing capacity. The structural body u of the honeycomb panel 1 is formed by a plurality of thin plates at a fixed pitch (10) by interlacing and then being pulled apart to form a staggered lattice structure of the first-honey-like configuration. It must be mentioned that the structure is "similar" to the honeycomb shape, and the lattice structure does not have to be a regular hexagon or a significant turning edge, as long as it has a staggered configuration. The pitch (10) ch) and the distance between the sheets may be any size, but each of them is preferably about 15 mm. The thickness of the first-bee configuration can also be any thickness, with 21 bribes being preferred. The upper plate 12 and the lower plate 13 may further be a side paper 200938439 5 (please refer to FIG. 3), and the face paper 5 is combined with a kraft paper 6 having a thickness of 〇3 mm and a thick cardboard having a thickness of 1.0 mm. Therefore, the thickness of the facial tissue 5 is 1.3 mm, wherein the kraft paper 6 is a surface that is in contact with the outside to achieve smooth wear resistance and waterproof effect. Referring to FIG. 4A and the still diagram, the cross-sectional shape of the side strip 2 may be L-shaped or gate-shaped. As shown in Fig. 4A, if the cross-sectional shape of the side strip 2 is l-shaped 21, it is bonded to the four sides of the honeycomb panel 1 and the upper panel 12, or to the four side and lower panels 13, and the shape is l. In addition to the size of 24.9mm X 20mm, the scraper size of 21 also provides 24.9mm X 35mm size, of which 24.9mm X 35mm size is preferred, but it can be adjusted according to actual use conditions. Please refer to FIG. 4B. In order to make the side strip 20 0 can be completely and seamlessly adhered to the honeycomb panel 丨, the L-shaped 21 of the side strip 2 is bent, and a groove 211 can be further cut to facilitate bending. The width and depth of the grooves 211 are preferably 2 2 mm and 1 mm each. Please refer to FIG. 4C. If the cross-sectional shape of the side strip 2 is a gate shape 22, it is bonded to the four sides of the honeycomb panel 1 and the upper panel 12 and the lower panel 13 at the same time, and the cross-sectional dimension of the gate shape 22 is 2〇X X 26.2mm X 20mm is preferred. Similarly, please refer to FIG. 4D, in order to make the side strip 2 can be completely seamlessly bonded to the honeycomb panel i, the two bends of the door shape 22 of the side strip 2, and further, the 7 grooves 221 can be cut, The width and depth of the grooves 211 are preferably 22 m_imm each. The edge strip 2 of the door shape has a stronger joint strength because of the addition of a joint edge. However, the extra joint edge will affect the stacking of the cargo _ flattening ^ compared with the edge strip 2 of the L-shaped 21, the shape of the l-shaped 21 The honeycomb panel 1 composed of the side strips 2 has a good flatness, and can be used in a production line for processing fine paper products or copper sheets, and the side strips 2 of the two shapes can be used as needed. The above-mentioned side strip 2 is shouted in combination with cowhide = its thick lining 0.3 and thick cardboard 7 with a thickness of 1Qm^. Therefore, the thickness of the side strip 2:,, wherein the kraft paper 6 is the surface in contact with the outside, thereby achieving a smooth grinding and preventing the central thickness of the paper pallet 100, and the thickness of the buckle strip 2 is made of vermiculite. Cong is better. The number of the body 3 is preferably 9, which is arranged in the arrangement of 3 x 3 gamma arrays. Of course, it is also correct: the number of two I:3. Whether it is the use of the L-shaped 21 or the side strips 2 of the 匚 22, . The structure is a long rectangular structure, and the length of the leg body 3 is X width x height, which are respectively 7 200938439 • 203 mm x l28 mm x 94.5 mm ′ which can also be determined according to actual needs. The paper pallet 100 further includes a plurality of pull plates 4, which can be bonded to the bottom of the plurality of legs 3 arranged in an array along the longitudinal direction of the leg body 3 (please refer to FIG. 5A). The length of the χ χ χ , , , , , 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ( At this time, the length, width, and height of the pull plate 4 are preferably 1,160 mm x 128 mm x 5 mm, respectively. The pull plate 4 is arranged mainly for increasing the strength and bearing capacity of the paper pallet 1 , and also for transporting other paper transport pallets 100 (for example, a stacker), which is easier to carry or move the paper plate. 1〇〇, and the plane size of the paper pallet 1〇〇, in addition to the size of 1 000mm x 12〇〇mm, also provides the size of 1,100mm χ l, l〇〇mm 'of course, can also be seen in actual needs Large or small. Referring to FIG. 6A, the second honeycomb configuration of the foot material 31 is formed by a plurality of thin plates interlaced and stitched at a fixed pitch to form a staggered lattice shape of the second honeycomb configuration. Structure, as described in the first honeycomb configuration, the structure is "similar" to the honeycomb shape, wherein the lattice structure does not have to be a regular hexagon, nor does it have to have a sharp angle turning edge as long as it has a staggered configuration. Just fine. The pitch and the distance between the sheets may be any size, but each is preferably 15 mm. The thickness of the second honeycomb configuration may also be any thickness, with 93 mm being preferred. Among them, the length x width χ height of the foot material 31 is 200mm χ 125mm χ 93mm, which is a better bearing capacity. Referring to Figure 6B, in order to allow the foot panel 32 to completely cover the foot member 31 without any marks, the foot panel 32 is further cut inwardly by 1.5 mm at the bend of the foot panel to facilitate the recess. The material of the foot panel 32 is selected from the group consisting of kraft paper, corrugated paper, and cardboard. The wavy configuration of the cross section of the foot panel 32 adjacent to the central portion is corrugated paper 8 (please refer to Fig. 2B), and the surface of the kraft paper 6 is in contact with the outside, thereby achieving smooth wear resistance and waterproof effect. Further, if the strength of the structural body u is to be increased, the cross-section of the upper plate 12 and the lower plate 13 of the structural body 11 may further have a wavy configuration, and the features are mainly as described above for the foot panel 32. . The present invention further provides a second preferred embodiment, which is a paper machine board, which mainly comprises a honeycomb panel, a side strip and a foot body 71, wherein the foot material 71 of the second preferred embodiment has a triangular lattice structure. Shape 8 200938439 • Type (please refer to Figure 7) instead of the second honeycomb configuration as described in the first preferred embodiment. Such a special two-corner lattice configuration can also increase its strength. It is mainly composed of a plurality of tile papers arranged in sequence, which is a tile-like configuration, and the other surface has a three-touch configuration. In order to make (4) sheets better, they can also be adjusted according to the situation. The length x width x height of the foot material 71 is preferably 2 ugly, 125 surface X 93 surface, and of course other sizes can be formed depending on the actual bearing demand or the use space. Other features of the paper machine board (10) are as described in the first preferred embodiment above. The above description is only the preferred embodiment of the present invention, and is not intended to limit the patent application rights of the present invention. The above description should be understood and implemented by those skilled in the art, and therefore, The symmetry of the lion's silk is changed or the material is included in the _ Please [Simplified Description of the Drawings] The first drawing is a schematic view showing a paper machine plate according to the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing a paper machine board according to the present invention. 1C is a structural view of a honeycomb panel of a paper machine board according to the present invention. The second drawing is a structural drawing, which is a foot body of a paper machine board according to the present invention. Figure 2 is a schematic view showing the wavy configuration of the foot panel of the paper pallet according to the present invention. 〇 The third ® is a structural drawing, which is a facial tissue of a paper pallet according to the present invention. Figure 4 is a schematic view showing the L-shaped strip of the paper pallet proposed in accordance with the present invention. Figure 4B is a schematic view of a groove of a type 1 strip of a paper pallet according to the present invention. Figure 4C is a schematic view of a side edge of a paper machine panel in accordance with the present invention. Figure 4D is - not intended, a groove of a side strip of a door of a paper machine panel according to the present invention. Fig. 5A is a schematic view showing a paper machine plate according to the present invention as a bottom plate having a plurality of long sides and a plurality of rows arranged in an array. σ Fig. 5 is a schematic view showing a paper machine board according to the present invention, which is a bottom plate of a plurality of short sides arranged in an array. Port Figure 6 is a schematic view of a paper machine board according to a first preferred embodiment of the present invention. 9 200938439 . Figure 6B is a schematic view of a foot panel of a paper pallet according to the present invention. Figure 7 is a schematic view showing the foot of a paper pallet according to a second preferred embodiment of the present invention. 〇【Main component symbol description】 Paper pallet 100 Honeycomb panel 1 Structure body 11 Upper plate 12 Lower plate 13 Side strip 2 L type 21 Door type 22 Foot body 3 Foot material 31 ' 71 Foot panel 32 Pull plate 4 Face paper 5 kraft paper 6 cardboard 7 corrugated paper 8