M309554 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種棧板，尤指一種可提供貨物托放的紙製棧 板結構。 【先前技術】 請參閱第一圖，顯示一習用棧板3，該棧板3包含組成承載 板31的複數板體311及位在該承載板31下方的複數腳樑32 ,其 中，承載板31上可供疊放貨物，而腳樑32是呈分隔適當間距的 固定在承載板31之各板體311的下側用以將承載板31架離地面 及提供承載強度，並於該等腳樑之間具有提供推高機叉臂伸入之 穿槽33，以便推高機的搬運。 第一圖所示的棧板3係由木材製成。惟為了顧及木材資源之 逐漸缺乏，且為了能降低成本，於今，大部份用以提供貨物托放 的棧板係取厚灰紙板、瓦楞紙板或包含灰紙板的複合紙板製成。 亦即，利用厚灰紙板或瓦楞紙板來製造承載板體及腳樑，再組成 一棧板。 習用紙製棧板在承載強度（抗壓強度）上雖然已相當充實。 然而，通常需要耗費相當多的材料來黏合，導致作業費時，而且 成本相對提南。再者，習用棧板之承載板體及腳樑在黏固膠合時， 亦常發生黏貼強度不足的問題，造成承載強度受影響。 因此，應該有須要另一種不同結構的紙製棧板產生，藉以提 南承載強度及具有製造之便利性者。 M309554 【新型内容】 本創作人有鑑於此，乃悉心研究設計，於今有本創作產生。 疋以，本創作之主要目的在提供一種強度堅實的棧板，該棧板係 由紙材製造，並具有製造便利及降低成本之效果。 依據本創作形成之棧板，係包含分隔開的第一骨材與第二骨 材以及配置該二骨材隔開區域之間的複數支樑，各骨材係在一管 狀紙板内填充至少一補強條構成，該補強條包含楞痕延伸方向呈 直立配置的複數瓦楞紙板，使得該骨材具有良好的抗壓強度，而 各支樑的兩端係垂直相接地伸入第一骨材與第二骨材的管狀紙板 内部，且該支樑包含楞痕延伸方向呈直立配置的複數瓦楞紙板構 成’使付该棧板具有充實的抗壓強度及製造便利之效果。 在貝施例中，该官狀紙板係由瓦榜紙板彎摺構成矩形斷 面，且具有一内側面，在該内侧面的上半部設有分隔開的複數開 口用以個別提供一支樑的一端配合穿過。 在一實施例中，該支樑係在一管狀紙板内填充至少一補強條 構成’遠補強條包含榜痕延伸方向呈直立配置的複數瓦楞紙板， 而該管狀紙板係由瓦楞紙板彎摺構成矩形斷面。 在一實施例中，各骨材的内側面與各支樑之側面的交接處係 分別以L型的角板及釘子連結；且在該補強條的至少一側面具有 厚紙板材用以提供釘子連結。 關於本創作之其他目的、優點及特徵，將可由以下較佳實施 例的詳細說明並參照所附圖式來了解。 M309554 【實施方式】 本創作可用多種不同的形式來實施。現將僅為例子但非用以 限制的實_並參騎_式就本創倾佳結_魏明如下·· 請參閱第二圖及第三圖，顯示依據本創作構成的機板2第一 實施例’該棧板2包含分隔開的第一骨材與第二骨材2()及垂直相 接地配置該二骨材隔開區域之間的複數支樑21 ;在本實施例中， 4第-讀（右側骨材）與第二骨材（左侧骨材）之結構大致相 同，以下，以同一標號2〇做說明。 配合第二圖及第四圖所示，該二骨材2〇係呈縱向延伸，並 個別包含一管狀紙板201及填充在該管狀紙板2〇1内的至少一補 強條202 ;在本實施例中，各管狀紙板2〇1係由瓦楞紙板彎摺構 成矩形斷面，且各管狀紙板2〇1具有一内侧面2〇4及一頂面2〇5， 在該内侧面204的上半部設有分隔開的複數開口 206用以個別提 供一支樑21配合穿過；而該補強條2〇2係由多數瓦楞紙板1丨相 結合構成’該瓦楞紙板11的楞痕延伸方向（位在平面紙112之間 的怒材111波浪方向）係呈直立配置，以具有良好的抗壓強度， 並在對齊各開口 206之處係形成缺槽207，使得各管狀紙板201 内具有和各開口 206相連通的槽穴208用以提供支樑21的一端插 入結合，如第七圖所示。 在本實施例中，並在該補強條202的至少一侧面具有厚紙板 材12，該厚紙板材12較瓦楞紙板11有利與圖中所示的釘子221 結合，如第八圖所示；另在各管狀紙板201之兩端口内可分別填 M309554 充一端塊2〇3來封閉管口，該端塊203係由多數瓦楞紙板u相結 合構成’且嫌延伸方向（芯材⑴波浪杨）亦呈直立配置 如第四圖所示。 配合第二圖及第七圖所示，在本實施例中，係有三支支樑21 橫向延伸地設置在該二骨材之間，錢樑21具有一第一端215 及-第二端216，各支樑21的第一端215穿過第一骨材之一相關 開口施而伸入該第-骨材的敎2〇8内連接，且第二端216俾 # 穿過第二骨材之一相對開口 2〇6而伸入該第二骨材的槽穴208内 連接。 西己合第二圖及第五圖所示，在本實施例中，各支樑以係包 含-管狀紙板211及填充在該管狀紙板211内的至少一補強條 212 ;該管狀紙板211亦係由瓦楞紙板彎摺構成矩形斷面，且該管 狀紙板211具有二側面213及一頂面214，而該補強條212係由 愣痕延伸方向（芯材U1波浪方向）係呈直立配置的多數瓦榜紙 _ 板11結合構成’以具有良好的抗壓強度，並在該補強條212的至 少-侧面具有厚紙板材12，本實施例中，係在兩側面分別結合一 厚紙板材12用以提供釘子221結合。 配合第六圖至第八圖所示，本創作在組裝上，係將各支標21 的兩端215、216分別穿過第一骨材與第二骨材之一相對開口 2〇6 而伸入各骨材20之槽穴208内連接，接著，在各骨材2〇的内側 面204與各支樑21之側面213的交接處分別以l型的角板22及 釘子221來連結；如圖所示，各釘子221自角板四的一邊打入骨 M309554 材20或是支樑21内後，係與補強條側面上的厚紙板材12連結， 因而結合強度充實；此外，在二骨材2〇之間的支樑頂面214上蓋 — 合一板體23,使得該支樑21的上方可與骨材20的頂面2〇5平齊， 以利貨物載放，另在該支樑21的下方形成有提供推高機叉臂伸入 之穿槽25，以便推高機的搬運。 如第七圖及第八圖所示，構成本創作棧板2的骨材2〇及支 樑21分別包含楞痕延伸方向（芯材lu波浪方向）係呈直立配置 • ❸多數瓦楞紙板1卜使得該棧板2具有堆積密度相當高的支樓強 度，且各支樑21的兩端係呈垂直連接地伸入該二骨材2〇内因 而’該棧板2在抵抗正向彎曲負荷上具有堅實強度，再者，該骨 材20與支樑21之間並有L型的角板22連接，使得整體結構強度 相當堅實，且在製造上相當便利。 請參閱第九圖，顯示構成本創作骨材2〇的補強條2〇2係可由 多數的塊體209組成，各塊體209同樣係由愣痕延伸方向（糾 籲 111波浪方向）係呈直立配置的多數瓦楞紙板u結合構成，以具 良好的抗壓強度。 請參閱第十圖、第十-圖’顯示依據本創作構成的機板2第 二實施例’在這實施例巾’關於和第一實施例說明者相同或同等 之構件’將附上同-標號’而省略其細部結構說明；該機板2包 含分隔開的第-骨材與第二骨材2〇、垂直相接地配置該二骨材隔 開區域之間的複數支樑及至少一中間骨材24，該中間骨材料 係縱向延伸地配置於第-骨材與第二骨材2〇之間，且該中間骨材 M309554 24的兩侧面241分別具有一開口 246用以提供一支樑21穿過， 使得該中間骨材24係與該等支樑21相互交錯形成格子狀，又該 中間骨材24亦係在一管狀紙板内填充至少一補強條構成，該補強 條包含楞痕延伸方向呈直立配置的複數瓦楞紙板，使得該棧板2 的抗壓強度能更加提升。 前述是對本創作構造作部份較佳實施例的說明，而依本創作 的設計精神是可作多種變化或修改的實施例，例如第四圖之補強 條202與端塊203係可結合形成一體；配置於第一骨材與第二骨 材20之間的中間骨材24不限制為一支，可有複數支。是 > 對 於熟悉此項技藝人士可作之明顯替換與修改，仍將併入本創 主張的專利範圍内。 【圖式簡單說明】 第一圖係一習用棧板的示意圖； 第二圖係本創作棧板第一實施例的立體分解略圖； 第三圖係第二圖的組合上視圖； 第四圖係第二圖之骨材的元件分解圖； 第五圖係第二圖之支樑的元件分解圖； 第六圖係沿第三圖之6-6線所取的剖視圖； 第七圖係沿第三圖之7-7線所取的剖視圖； 第八圖係沿第六圖之8—8線所取的剖視圖； 第九圖係本創作骨材第二實施例的元件分解圖； 第十圖係本創作機板第二實施例的立體分解略圖；及 M309554 第十一圖係第十圖之一組合示意圖。 【主要元件符號說明】 11.瓦楞紙板 112.平面紙 2.棧板 201.管狀紙板 203.端塊 205.頂面 207.缺槽 209.塊體 211.管狀紙板 213.内侧面 215.第一端 22. 角板 23. 板體 241.側面 25.穿槽 31. 承載板 32. 腳樑 111.芯材 12.厚紙板材 20. 骨材 202.補強條 204.内侧面 206.開口 208.槽穴 21. 支樑 212β補強條 214.頂面 216.第二端 221.釘子 24.中間骨材 246.開口 3.棧板 311.板體 33.穿槽 11M309554 VIII. New description: [New technical field] This creation is related to a pallet, especially a paper pallet structure that can provide cargo loading. [Prior Art] Referring to the first figure, a conventional pallet 3 is shown, which includes a plurality of plates 311 constituting the carrier plate 31 and a plurality of foot beams 32 positioned below the carrier plate 31, wherein the carrier plates 31 The cargo can be stacked, and the foot beam 32 is fixed at an appropriate spacing to the lower side of each of the plates 311 of the carrier plate 31 for arranging the carrier plate 31 off the ground and providing load bearing strength. There is a slot 33 extending between the fork arms of the pusher to facilitate the handling of the pusher. The pallet 3 shown in the first figure is made of wood. However, in order to take into account the gradual lack of timber resources, and in order to reduce costs, most of the pallets used to provide cargo pallets are made of thick gray cardboard, corrugated cardboard or composite cardboard containing gray cardboard. That is, the carrier board and the foot beam are made of thick gray cardboard or corrugated cardboard, and then a pallet is formed. Conventional paper pallets have been quite substantial in terms of load bearing strength (compressive strength). However, it usually takes a considerable amount of material to bond, resulting in time-consuming operations and a relatively high cost. Moreover, when the carrier plate and the foot beam of the conventional pallet are stuck and adhered, the problem of insufficient adhesive strength often occurs, and the bearing strength is affected. Therefore, there should be a need for a different type of paper pallet to be produced, so as to increase the bearing strength and the convenience of manufacturing. M309554 [New Content] In view of this, the creator has carefully studied the design and created this creation. The main purpose of this creation is to provide a solid pallet that is made of paper and has the advantages of ease of manufacture and cost reduction. The pallet formed according to the present invention comprises a first and second aggregates separated from each other and a plurality of beams disposed between the two spaced regions, each of the aggregates being filled in at least one tubular cardboard a reinforcing strip comprising a plurality of corrugated cardboard sheets arranged in an upright direction in which the scar extends, so that the aggregate has good compressive strength, and both ends of the respective beams are vertically and horizontally penetrated into the first aggregate The inside of the tubular paperboard with the second aggregate, and the support beam comprises a plurality of corrugated cardboard sheets arranged in an upright direction in which the scar extends. This has the effect of providing the package with ample compressive strength and manufacturing convenience. In the case of the shell, the official cardboard is formed by bending a tiled cardboard to form a rectangular section, and has an inner side, and a plurality of spaced apart openings are provided in the upper half of the inner side for individually providing one One end of the beam fits through. In one embodiment, the support beam is filled with at least one reinforcing strip in a tubular cardboard sheet to form a plurality of corrugated cardboard sheets having an upright arrangement in which the direction of extension of the gauge is in an upright configuration, and the tubular cardboard is formed by bending corrugated cardboard to form a rectangular shape. Section. In one embodiment, the intersection of the inner side of each of the aggregates and the sides of each of the beams is respectively connected by an L-shaped gusset and a nail; and a thick paper sheet is provided on at least one side of the reinforcing strip for providing a nail connection. . Other objects, advantages and features of the present invention will become apparent from M309554 [Embodiment] This creation can be implemented in many different forms. Now it will be an example only, but it is not used to limit the actual _ and participate in the riding _ style on the creation of a good knot _ Wei Ming as follows · Please refer to the second and third figures, showing the machine board 2 according to this creation An embodiment of the present invention, the pallet 2 includes a plurality of spaced apart first and second aggregates (2) and a plurality of beams 21 disposed between the two spaced apart regions. In the middle, the fourth-read (right-side aggregate) and the second aggregate (left-side aggregate) have substantially the same structure, and the same reference numerals are used hereinafter. As shown in the second and fourth figures, the two aggregates 2 are longitudinally extended and individually comprise a tubular cardboard 201 and at least one reinforcing strip 202 filled in the tubular cardboard 2〇1; In the middle, each tubular cardboard 2〇1 is bent from corrugated cardboard to form a rectangular cross section, and each tubular cardboard 2〇1 has an inner side surface 2〇4 and a top surface 2〇5, in the upper half of the inner side surface 204. A plurality of spaced apart openings 206 are provided for individually providing a beam 21 to be fitted through; and the reinforcing strip 2〇2 is formed by combining a plurality of corrugated cardboard sheets 1 'the scar extending direction of the corrugated cardboard 11 The anger material 111 between the flat papers 112 is in an upright configuration to have a good compressive strength, and a notch 207 is formed at the alignment of each of the openings 206, so that each tubular cardboard 201 has and has openings therein. A 206-connected slot 208 is provided for providing one end of the beam 21 for insertion and engagement, as shown in the seventh diagram. In this embodiment, and at least one side of the reinforcing strip 202 has a thick paper sheet 12, the thick paper sheet 12 is more advantageous than the corrugated cardboard 11 in combination with the nail 221 shown in the figure, as shown in the eighth figure; The two ports of the tubular cardboard 201 can be respectively filled with M309554 filling one end block 2〇3 to close the nozzle, and the end block 203 is composed of a plurality of corrugated cardboard u, and the extension direction (core material (1) wave poplar) is also erect. The configuration is shown in the fourth figure. As shown in the second and seventh figures, in the present embodiment, three support beams 21 are laterally extended between the two aggregates, and the money beam 21 has a first end 215 and a second end 216. The first end 215 of each of the beams 21 is inserted through the associated opening of one of the first aggregates and extends into the 敎2〇8 of the first aggregate, and the second end 216俾# passes through the second aggregate. One of the openings 208 extends into the pocket 208 of the second aggregate. In the second embodiment and the fifth figure, in the embodiment, each of the beams comprises a tubular cardboard 211 and at least one reinforcing strip 212 filled in the tubular cardboard 211; the tubular cardboard 211 is also The corrugated cardboard is bent to form a rectangular cross section, and the tubular cardboard 211 has two side surfaces 213 and a top surface 214, and the reinforcing strip 212 is a plurality of tiles which are arranged upright in the direction in which the scar extends (the direction of the core material U1). The paper sheet_board 11 is combined to form a good compressive strength, and has a thick paper sheet 12 on at least the side of the reinforcing strip 212. In this embodiment, a thick paper sheet 12 is respectively combined on both sides to provide a nail. 221 combined. As shown in the sixth to eighth figures, the present assembly is assembled by extending the two ends 215, 216 of each of the supports 21 through the opposite openings 2〇6 of the first and second aggregates, respectively. Connected into the pocket 208 of each of the aggregates 20, and then joined at the intersection of the inner side surface 204 of each of the aggregates 2 and the side surface 213 of each of the beams 21 by an angled plate 22 and a nail 221; As shown in the figure, each nail 221 is inserted into the bone M309554 material 20 or the support beam 21 from one side of the gusset 4, and is connected with the thick paper sheet 12 on the side of the reinforcing strip, so that the bonding strength is enriched; The top surface 214 of the support beam between the rafts is covered with a plate body 23 such that the upper portion of the support beam 21 can be flush with the top surface 2〇5 of the aggregate 20 for cargo loading, and the support beam 21 The underside is formed with a slot 25 for providing the fork of the pusher to extend the movement of the pusher. As shown in the seventh and eighth figures, the aggregate 2〇 and the support beam 21 constituting the creation pallet 2 respectively include the direction in which the scar extends (the direction of the core material lu) is in an upright configuration. • Most corrugated cardboard 1 The pallet 2 has a building strength of a relatively high bulk density, and both ends of each of the beams 21 extend into the two aggregates 2 in a vertical connection so that the pallet 2 resists the forward bending load. The core member 20 is connected to the support beam 21 and has an L-shaped gusset 22, so that the overall structural strength is quite solid and is quite convenient in manufacturing. Referring to the ninth figure, it is shown that the reinforcing strips 2〇2 constituting the artificial bone 2〇 can be composed of a plurality of blocks 209, and each of the blocks 209 is also erected by the direction in which the scar extends (the wave direction of the 111 waves). Most corrugated cardboard u are configured in combination to have good compressive strength. Please refer to the tenth figure, the tenth-figure 'the second embodiment of the machine board 2 constructed according to the present creation'. In this embodiment, the 'the same or equivalent member as the one described in the first embodiment' will be attached the same - The detailed description of the detailed structure is omitted; the machine plate 2 includes a plurality of spaced apart first and second aggregates, and a plurality of beams disposed between the two spaced apart regions and at least perpendicularly disposed to each other. An intermediate bone material 24, wherein the intermediate bone material is longitudinally extending between the first bone material and the second aggregate material 2, and the two side surfaces 241 of the intermediate bone material M309554 24 respectively have an opening 246 for providing a The support beam 21 passes through such that the intermediate aggregate 24 and the support beams 21 are interlaced to form a lattice shape, and the intermediate aggregate 24 is also formed by filling at least one reinforcing strip in a tubular cardboard, the reinforcing strip comprising 楞The plurality of corrugated cardboard sheets are arranged in an upright direction, so that the compressive strength of the pallet 2 can be further improved. The foregoing is a description of some preferred embodiments of the present construction, and the design spirit according to the present invention is an embodiment that can be modified or modified in various ways. For example, the reinforcing bar 202 and the end block 203 of the fourth figure can be combined to form an integral body. The intermediate aggregate 24 disposed between the first aggregate and the second aggregate 20 is not limited to one, and may have a plurality of branches. Yes > Obvious substitutions and modifications to those skilled in the art will still fall within the scope of this patent. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a schematic diagram of a conventional pallet; the second drawing is a three-dimensional exploded sketch of the first embodiment of the creation pallet; the third drawing is a combined upper view of the second drawing; The elemental exploded view of the aggregate of the second figure; the fifth figure is the exploded view of the element of the second figure; the sixth figure is the sectional view taken along line 6-6 of the third figure; Figure 7 is a cross-sectional view taken along line 7-8 of the sixth figure; the ninth drawing is an exploded view of the second embodiment of the present invention; A perspective exploded view of a second embodiment of the present invention board; and an eleventh diagram of the eleventh figure of the M309554 is a combination diagram. [Main component symbol description] 11. Corrugated cardboard 112. Flat paper 2. Pallet 201. Tubular cardboard 203. End block 205. Top surface 207. Missing groove 209. Block 211. Tubular cardboard 213. Inner side 215. End 22. gusset 23. plate body 241. side 25. through slot 31. carrier plate 32. foot beam 111. core material 12. thick paper sheet 20. aggregate 202. reinforcing strip 204. inner side 206. opening 208. slot Hole 21. Support beam 212β reinforcing strip 214. Top surface 216. Second end 221. Nails 24. Intermediate aggregate 246. Opening 3. Pallet 311. Plate 33. Through slot 11