JP3006452U - High-strength corrugated ball pallet - Google Patents

High-strength corrugated ball pallet

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JP3006452U
JP3006452U JP1994009294U JP929494U JP3006452U JP 3006452 U JP3006452 U JP 3006452U JP 1994009294 U JP1994009294 U JP 1994009294U JP 929494 U JP929494 U JP 929494U JP 3006452 U JP3006452 U JP 3006452U
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top plate
girder
ball
plate
test
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清市 馬場
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株式会社折一
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Abstract

(57)【要約】 【構成】 段ボ−ル製の天板1、桁2及び地板3から成
る段ボ−ルパレットにおいて、天板1と桁2には目方向
A,B垂直の断層面4a,5aを露出した積層段ボ−ル
4,5を用い、前記天板1の断層面4aの表裏両面に表
層紙6,7を全面接着し、天板1の段ボ−ル積層方向X
に対して桁2の積層方向Yを直交状態し且つ長手方向を
平行状態にし、桁2の長手方向に対して地板3の目方向
Cを直交状態にして天板1、桁2及び地板3を接着して
成る高強度段ボ−ルパレットである。 【効果】 目方向が垂直な天板1を用いるので高い強度
が得られる。また、原料に段ボ−ル、紙及び接着剤以外
を用いていないのでリサイクルが容易にでき、軽量且つ
安価である。
(57) [Summary] [Structure] In a stepped ball pallet consisting of a top plate 1, a girder 2 and a base plate 3 made of stepped balls, the top plate 1 and the girder 2 have a fault plane 4a perpendicular to the eye directions A and B. , 5a are exposed, and surface papers 6, 7 are entirely adhered to both front and back surfaces of the fault plane 4a of the top plate 1 by using the multi-layered balls 4, 5 to expose the top plate 1 in the step ball stacking direction X.
With the stacking direction Y of the girders 2 being orthogonal to each other and the longitudinal direction being parallel to each other, and the eye direction C of the main plate 3 being orthogonal to the longitudinal direction of the girders 2, the top plate 1, the girder 2 and the main plate 3 are It is a high strength corrugated ball pallet formed by bonding. [Effect] Since the top plate 1 having the vertical eye direction is used, high strength can be obtained. Further, since only raw corrugated balls, paper and adhesives are used as raw materials, recycling is easy, light weight and inexpensive.

Description

【考案の詳細な説明】[Detailed description of the device]

【0001】[0001]

【産業上の利用分野】[Industrial applications]

本考案は、段ボ−ル製のパレットに関する。 The present invention relates to a pallet made of corrugated balls.

【0002】[0002]

【従来の技術】[Prior art]

これまで、フォ−クリフト用の各種の段ボ−ルパレットが提供されている。 それらの段ボ−ルパレットは、原料が紙主体であるのでリサイクルし易い特徴 がある。 しかしながら、いずれも段ボ−ルの目方向が横向きに組み立てられているので 、垂直方向での強度が得にくい難点があった。 なお原料が紙主体であると強度に限界がることから、合板等との積層構造にす る工夫がなされている。 別に、紙製のハニカム状パレットが提供されているが、段ボ−ルほどの強度は 得られないのみならず、ハニカム状に加工するために製造に高度な技術が必要で あり、低廉な価格での提供が困難であった。 Heretofore, various corrugated ball pallets for forklift have been provided. Since these raw ball pallets are mainly composed of paper, they are easy to recycle. However, in both cases, since the eye direction of the step ball is assembled laterally, it is difficult to obtain strength in the vertical direction. Since the strength of the raw material is mainly paper, there is a limit to the strength of the material. Separately, a honeycomb pallet made of paper is provided, but not only is it not as strong as a corrugated ball, it also requires advanced technology to manufacture it in order to process it into a honeycomb shape, and it is inexpensive. It was difficult to provide in.

【0003】[0003]

【考案が解決しようとする課題】[Problems to be solved by the device]

本考案は上記実情に鑑みてなされたもので、垂直方向に高い強度が得られ、リ サイクルしやすいように構成材が段ボ−ルを主体とする軽量且つ低廉なパレット 構造を提供するものである。 The present invention has been made in view of the above circumstances, and provides a lightweight and low-priced pallet structure in which a high strength is obtained in the vertical direction and a component is mainly a stepped ball so that it can be easily recycled. is there.

【0004】[0004]

【課題を解決するための手段】[Means for Solving the Problems]

上記課題を解決するために、本考案の高強度段ボ−ルパレットは、段ボ−ル製 の天板1、桁2及び地板3から成る段ボ−ルパレットにおいて、 天板1と桁2には目方向A,B垂直の断層面4a,5aを露出した積層段ボ− ル4,5を用い、前記天板1の断層面4aの表裏両面に表層紙6,7を全面接着 し、天板1の段ボ−ル積層方向Xに対して桁2の積層方向Yを直交状態し且つ長 手方向を平行状態にして天板1、桁2及び地板3を接着して成るものである。 また、前記桁2の長手方向に対して地板3の目方向Cを直交状態にしたもので ある。 In order to solve the above-mentioned problems, the high-strength corrugated ball pallet of the present invention is a corrugated ball pallet consisting of a corrugated-ball top plate 1, a girder 2 and a base plate 3. Using laminated stack balls 4 and 5 exposing the fault planes 4a and 5a perpendicular to the eye directions A and B, surface papers 6 and 7 are entirely adhered to both the front and back sides of the fault plane 4a of the top plate 1, and the top plate is attached. The stacking direction Y of the girder 2 is orthogonal to the stacking direction X of the stepped ball 1 and the longitudinal direction is parallel to each other, and the top plate 1, the girder 2 and the base plate 3 are bonded together. Further, the eye direction C of the main plate 3 is orthogonal to the longitudinal direction of the girder 2.

【0005】[0005]

【実施例】【Example】

本考案の高強度段ボ−ルパレットを図の実施例で説明すると、 図1に示すように、Aフルロ−ト(5mm厚)の1100mm幅の段ボ−ルの 目方向A平行にパレットの奥行幅1100mmを得られる枚数220枚積層して 酢酸ビニル系の接着材で全面塗付して接着する。 その積層段ボ−ルを目方向Aに直交するように天板の厚さ(W)25mmで切 断して目方向垂直の断層面4aを露出した縦積層段ボ−ル板4(奥行1100m m×横幅1100mm×高さ25mm)を得る。 その縦積層段ボ−ル板4の表裏両面4a,4bにライナ−紙による表層紙6, 7を酢酸ビニル系接着材で全面塗付して加圧接着して四角形の天板1を形成する 。 The high-strength corrugated ball pallet of the present invention will be described with reference to the embodiment shown in the drawing. As shown in FIG. 1, the depth of the pallet is parallel to the eye direction A of the 1100 mm wide corrugated ball of A full float (5 mm thickness). A total of 220 sheets capable of obtaining a width of 1100 mm are laminated, and the entire surface is coated with a vinyl acetate adhesive to adhere them. The vertically stacked layered ball plate 4 (depth 1100 m) is formed by cutting the stacked layered ball at a thickness (W) of 25 mm so as to be orthogonal to the eye direction A and exposing the fault plane 4a perpendicular to the eye direction. m × width 1100 mm × height 25 mm). The front and back surfaces 4a and 4b of the vertically laminated ball plate 4 are entirely coated with surface papers 6 and 7 made of liner paper with a vinyl acetate adhesive and pressure-bonded to form a rectangular top plate 1. .

【0006】 また、段ボ−ルを目方向平行に所定枚数積層接着し、その積層段ボ−ルを目方 向Bに直交させて80mmの桁高さ(H)で切断して目方向垂直の断層面5aを 露出した縦積層段ボ−ル板5(高さ80mm×横幅60mm×長さ1100mm )の桁2材を得る。 そして、前記天板1の段ボ−ル積層方向Xに対して前記縦積層段ボ−ル板5の 積層方向Yを直交状態、且つ長手方向を平行状態にして前記天板1の裏面4bに 縦積層段ボ−ル板5上面5aをその両端部に各一本を平行に接着する。そして前 記桁2の中間部にもう一本の桁2材を平行に接着する。 また、目方向Cに長く且つ目方向C平行に二層複層し、目方向水平の断層面3 aを露出した縦積層段ボ−ル板(厚さ10mm×横幅60mm×長さ1100m m)の地板3を、前記桁2の底面5bに桁2と直交状態に両端部に平行に接着す る。 使用する段ボ−ルは本実施例ではAフル−トを用いたが、この他にBフル−ト (3mm厚)、Wフル−ト(ABフル−ト(8mm厚))、又はそれらの混合し たものでも良い。Further, a predetermined number of stepped balls are laminated and bonded in parallel to each other in the eye direction, the laminated stepped balls are orthogonal to the direction B of the eye and cut at a girder height (H) of 80 mm to be perpendicular to the eye direction. 2 girders of the vertically stacked stage ball plate 5 (80 mm in height × 60 mm in width × 1100 mm in length) with the tomographic plane 5a exposed are obtained. Then, the stacking direction Y of the vertically stacked stacked ball plates 5 is orthogonal to the stacked ball stacking direction X of the top plate 1 and the longitudinal direction is parallel to the back surface 4b of the top plate 1. The upper surface 5a of the vertically laminated ball plate 5 is adhered in parallel to both ends thereof. Then, another material of the girder 2 is bonded in parallel to the middle part of the girder 2 described above. Further, a vertically laminated ball plate (thickness 10 mm × width 60 mm × length 1100 mm) which is long in the eye direction C and has two layers in parallel with the eye direction C and exposes the tomographic plane 3a horizontal in the eye direction. The bottom plate 3 is adhered to the bottom surface 5b of the girder 2 in a state orthogonal to the girder 2 in parallel with both ends. Although the A-flute was used as the step ball used in this embodiment, in addition to this, B-flute (3 mm thick), W-flute (AB-flute (8 mm thick)), or those. It may be a mixture.

【0007】[0007]

【試験例1】 本考案の高強度段ボ−ルパレットの強度等について性能試験を行なった。 その試験資料、試験項目、試験結果は次の通りであった。 <試験資料> パレットのサイズ(mm) 奥行1100×横幅1100×高さ110 パレットの形態 二方差タイプ パレットの構成 天板 ABフル−ト又はAフル−ト積層+表層に上下ライナ−紙貼り 桁 A(#700)フル−ト2層×3枚 地板 ABフル−トもしくはAフル−ト積層[Test Example 1] A performance test was conducted on the strength and the like of the high-strength corrugated ball pallet of the present invention. The test materials, test items, and test results were as follows. <Test material> Pallet size (mm) Depth 1100 x Width 1100 x Height 110 Pallet configuration Two-way difference type Pallet configuration Top plate AB full or A full laminate + top and bottom liner-paper pasting girder A (# 700) Flute 2 layers x 3 Main plate AB Flute or A Flute laminated

【0008】 <試験項目> (1)圧縮強度試験 (JIS−Z0212に準ずる) (2)フォ−クリフト想定試験 (3)桁間強度測定試験 (JIS−Z0212に準ずる)<Test items> (1) Compressive strength test (according to JIS-Z0212) (2) Forklift assumption test (3) Inter-digit strength measurement test (according to JIS-Z0212)

【0009】 <試験結果> 試験はいずれも20℃、65%RHの条件下で行なった。 (1)平面圧縮強度試験 最大圧縮強度 13140 Kgf 変形量 15.5 mm (2)フォ−クリフト想定試験 最大圧縮強度 693 Kgf 変形量 11.3 mm (3)桁間強度測定試験 最大圧縮強度 577 Kgf 変形量 9.0 mm<Test Results> All tests were carried out under the conditions of 20 ° C. and 65% RH. (1) Plane compressive strength test Maximum compressive strength 13140 Kgf Deformation amount 15.5 mm (2) Forklift assumption test Maximum compressive strength 693 Kgf Deformation amount 11.3 mm (3) Inter-digit strength measurement test Maximum compressive strength 577 Kgf Deformation amount 9.0 mm

【0010】 上記(1)、(2)、(3)の試験結果から判断すると、平面圧縮強度試験で は、約13tonもの重量に耐えられるもので、極めて高強度であることが確認 された。 また、フォ−クリフト想定試験では、約700Kgの重量に耐えられるもので 、高い強度が得られ変形量も少なかった。 さらに、桁間強度測定試験では、約500Kg以上の重量に耐えられるもので 、高い強度が得られ変形量も少なかった。 これらの試験において、いずれも高い強度が記録され、特に桁間強度測定試験 結果は従来の紙製ハニカムパレット(通常最大で圧縮強度が300Kgf程度) を大きく上回る強度であった。Judging from the test results of (1), (2), and (3), it was confirmed that the plane compressive strength test can withstand a weight of about 13 tons and has extremely high strength. Further, in the forklift assumption test, it was able to withstand a weight of about 700 kg, high strength was obtained, and the amount of deformation was small. Furthermore, in the inter-digit strength measurement test, it was able to withstand a weight of about 500 kg or more, high strength was obtained, and the amount of deformation was small. In each of these tests, high strength was recorded, and particularly, the result of inter-digit strength measurement test was a strength far exceeding that of the conventional paper honeycomb pallet (usually, the maximum compression strength is about 300 Kgf).

【0011】[0011]

【試験例2】 本考案の高強度段ボ−ルパレットの強度等について別の性能試験を行なった。 その試験資料、試験項目、試験結果は次の通りであった。 <試験資料> パレットのサイズ(mm) 桁3本 奥行600×横幅800×高さ125 桁3本 奥行1200×横幅1400×高さ125 桁4本 奥行600×横幅800×高さ125 桁4本 奥行1200×横幅1400×高さ125 パレットの形態 二方差タイプ パレットの構成 天板 Aフル−ト(#700)2層及びAフル−ト(#1300) 3層の張合せの積層板+表層に上下ライナ−紙貼り 桁 C5/Wフル−ト12枚貼り 地板 Aフル−ト3層の張合せ[Test Example 2] Another performance test was conducted on the strength and the like of the high strength corrugated ball pallet of the present invention. The test materials, test items, and test results were as follows. <Test materials> Pallet size (mm) 3 digits depth 600 x width 800 x height 125 3 digits depth 1200 x width 1400 x height 125 digits 4 depths 600 x width 800 x height 125 digits 4 depths 1200 × Width 1400 × Height 125 Pallet form Two-way difference type Pallet configuration Top plate A-flute (# 700) 2 layers and A-flute (# 1300) 3 layers of laminated laminate + top and bottom layers Liner-Paper sticker Girder C5 / W Flute 12 sticker Main board A Flute 3 layers pasting

【0012】 <試験方法> (1)脚部圧縮強度試験 初圧時と所定負荷時の圧縮盤間隔の差をもって表す。 (2)曲げ強度試験 たわみ量=最大負荷時たわみ量 たわみ率=たわみ量/スパン×100(%) 残留たわみ率=荷重を取り去り30分間放置後たわみ量/スパン×100(%) (3)落下試験 対角線落下=落下高さ50cm落下回数3回 対角線長さの変化率=試験前長さ−試験後長さ/試験前長さ×100(%)<Test Method> (1) Leg Compression Strength Test Expressed as the difference between the compression platen intervals at the time of initial pressure and at the time of predetermined load. (2) Bending strength test Deflection amount = Deflection amount at maximum load Deflection rate = Deflection amount / Span x 100 (%) Residual deflection rate = Deflection amount after removing the load for 30 minutes / Span x 100 (%) (3) Drop Test Diagonal fall = Drop height 50 cm Number of drops 3 times Diagonal length change rate = Pre-test length-Post-test length / Pre-test length x 100 (%)

【0013】 <試験結果> 上記試験方法によって試験を行なったところ、その結果は脚部圧縮強度試験 が表1、曲げ強度試験が表2、落下試験が表3の下記表の通りであった。<Test Results> When the test was conducted by the above test method, the results were as shown in the following table of Table 1 for leg compression strength test, Table 2 for bending strength test, and Table 3 for drop test.

【0014】[0014]

【表1】 (1)脚部圧縮強度試験 パレット寸法 600×800mm パレット寸法 1200×1400mm 圧縮荷重(Kgf) 圧縮歪量(mm) 圧縮荷重(Kgf) 圧縮歪量(mm) 200 1.5 200 3.9 500 11.0 500 11.1 1000 30.2 1000 17.7 1500 20.9 2000 34.7 2000 23.4 ※ 試料は桁三本と桁四本の平均値[Table 1] (1) Leg compression strength test Pallet size 600 × 800mm Pallet size 1200 × 1400mm Compressive load (Kgf) Compressive strain amount (mm) Compressive load (Kgf) Compressive strain amount (mm) 200 1.5 200 3 .9 500 11.0 500 11.1 1000 30.2 1000 17.7 1500 2500 20.9 2000 34.7 2000 23.4 * The sample is the average value of 3 digits and 4 digits.

【0015】 上記脚部圧縮強度試験から、パレット寸法が600×800mmでは荷重82 0Kgf近辺で上下段ボ−ルのフル−トが完全に潰れ、その後2000Kgfま では桁に荷重が掛かるのでその後の歪は小さい。 パレット寸法が1200×1400mmでは荷重500Kgf近辺で一次の座 屈がみとめられるが、2000Kgfまでなだらかに圧縮され、段ボ−ルのフル −トが完全には潰れておらず、歪量も600×800mmに比べかなり少なかっ た。From the above-mentioned leg compressive strength test, when the pallet size is 600 × 800 mm, the load of the upper and lower tier balls is completely crushed in the vicinity of a load of 820 Kgf, and thereafter, the load is applied to the girder up to 2000 Kgf. Is small. When the pallet size is 1200 × 1400mm, the primary buckling is observed near the load of 500Kgf, but it is gently compressed up to 2000Kgf, the root of the step ball is not completely crushed, and the strain amount is 600 × 800mm. It was considerably less than.

【0016】[0016]

【表2】 (2)曲げ強度試験 パレット寸法 600×800mm パレット寸法 1200×1400mm 桁 項目 最大 たわ たわ 残存 最大 たわ たわ 残存 本数 荷重 み量 み率 たわ 荷重 み量 み率 たわ (Kgf) (mm) (%) み率(%) (Kgf) (mm) (%) み率(%) 3本 No.1 413 29.6 4.8 1.6 432 42.2 3.49 0.2 3本 No.2 326 27.9 4.53 1.5 428 45.0 3.70 0.2 4本 No.1 726 34.6 5.62 1.5 680 34.2 2.81 0.1 4本 No.2 594 30.4 4.94 1.9 700 32.3 2.65 0.5[Table 2] (2) Bending strength test Pallet size 600 × 800 mm Pallet size 1200 × 1400 mm Digit Item Maximum warp cotton Remaining maximum warp cotton Remaining number Load amount load factor Load force amount load factor ( Kgf) (mm) (%) Percentage (%) (Kgf) (mm) (%) Percentage (%) 3 pieces No. 1 413 29.6 4.8 1.6 432 42.2 3.49 0.2 3 pieces No. 2 326 27.9 4.53 1.5 428 45.0 3.70 0.2 4 pieces No. 1 726 34.6 5.62 1.5 680 34.2 2.81 0.1 4 pieces No. 2 594 30.4 4.94 1.9 700 32.3 2.65 0.5

【0017】 上記曲げ強度試験から、桁3本4点曲げは、パレット寸法が600×800m m、1200×1400mmともに約400Kgfで、桁4本5点曲げは700 0Kgfが最大荷重となる。 最大荷重時のたわみ率はパレット寸法が1200×1400mmがスパンが長 いので有利である。 残存たわみ率はパレット寸法が1200×1400mmはほぼ完全に復元する が、600×800mmはスパンが短いので復元しにくい。According to the above bending strength test, the maximum load of three-beam four-point bending is about 400 Kgf for both pallet size of 600 × 800 mm and 1200 × 1400 mm, and the maximum load of four-beam five-point bending is 7,000 Kgf. Deflection rate at maximum load is advantageous when the pallet size is 1200 x 1400 mm because the span is long. The residual deflection rate is almost completely restored when the pallet size is 1200 × 1400 mm, but it is difficult to restore because the span is short when it is 600 × 800 mm.

【0018】[0018]

【表3】 (3)落下試験 パレット パレット 対角線 試験前 試験後 差 変化率 寸法 桁本数 測定部位 長さ(mm) 長さ(mm) (mm) (%) 3本 内寸 914 913 1 0.11 600×800 3本 外寸 996 985 11 1.10 (mm) 4本 内寸 916 915 1 0.11 4本 外寸 997 982 15 1.50 3本 内寸 1756 1750 6 0.34 1200×1400 3本 外寸 1836 1913 23 1.25 (mm) 4本 内寸 1755 1749 6 0.34 4本 外寸 1836 1813 23 1.25[Table 3] (3) Drop test Pallet Pallet Diagonal line Before test After test Difference Change rate Number of digits Number of measuring points Length (mm) Length (mm) (mm) (%) 3 internal dimensions 914 913 1 0.11 600 × 800 3 outer dimensions 996 985 11 1.10 (mm) 4 inner dimensions 916 915 1 0.11 4 outer dimensions 997 982 15 1.50 3 inner dimensions 1756 1750 6 0.34 1200 × 1400 3 Outside size 1836 1913 23 1.25 (mm) 4 inside size 1755 1749 6 0.34 4 outside size 1836 1813 23 1.25

【0019】 上記落下試験から判断すると、段ボ−ル紙製で軽いので40cm内のり寸法測 定の方は良好である。 コ−ナ−の極く一部分に凹みや崩れが生じても、その部分以外は全く変化がな いと考えて良い。Judging from the above drop test, since it is made of corrugated ball paper and light, it is better to measure the glue size within 40 cm. Even if a very small part of the corner is dented or collapsed, it can be considered that there is no change except for that part.

【0020】[0020]

【考案の作用並びに効果】[Operation and effect of the device]

本考案は以上のようで、天板1及び桁2に目方向垂直の積層段ボ−ルを用いた なので、目方向水平に積層したものよりも垂直方向に数倍の強度が得られる。ま た、目方向垂直状態での積層段ボ−ルの曲げ強度は段ボ−ル積層方向Xよりも段 ボ−ル表層紙方向のほうが強度的に優れているので、天板1、桁2及び地板3の 相互の関係に段ボ−ルの方向性を持たせたことによってよってパレット全体とし ても高強度となる。 また、素材の殆どが段ボ−ル製で、木材、金属、プラスチック等を一切使用し ていないのでリサイクルがし易く、軽量且つ安価とすることが可能となった。 The present invention is as described above, and since the laminated stage balls which are perpendicular to the eye direction are used for the top plate 1 and the girder 2, the strength is several times higher in the vertical direction than the case where they are laminated horizontally in the eye direction. Further, the bending strength of the laminated corrugated ball in the vertical direction in the eye direction is superior to the laminated ball direction X in the corrugated ball stacking direction. Since the mutual relation between the base plate 3 and the base plate 3 has the directionality of the step ball, the strength of the entire pallet is high. In addition, most of the materials are made of corrugated balls and do not use wood, metal, plastic, etc., so that they are easy to recycle and can be made lightweight and inexpensive.

【図面の簡単な説明】[Brief description of drawings]

【図1】本考案の部分切欠斜視図。FIG. 1 is a partially cutaway perspective view of the present invention.

【符合の説明】[Explanation of sign]

1 天板 2 桁 3 地板 4 天板の縦積層段ボ−ル板 4a 天板の縦積層段ボ−ル板の表 4b 天板の縦積層段ボ−ル板の裏 5 桁の縦積層段ボ−ル板 5a 桁の縦積層段ボ−ル板の上面 5b 桁の縦積層段ボ−ル板の底面 6 天板の表面の表面紙 7 天板の裏面の表面紙 A 天板の目方向 B 桁の目方向 C 地板の目方向 H 桁の高さ W 天板の厚さ X 天板の積層方向 Y 桁の積層方向 Z 地板の積層方向 1 Top plate 2 digits 3 Base plate 4 Vertically stacked stage ball plate of top plate 4a Vertically stacked stage of top plate Ball table 4b Vertically stacked stage of top plate Back of 5 vertical stacked stage ball plate Ball plate 5a Vertically stacked layer of girders Upper surface of ball plate 5b Vertically stacked layer of girders Bottom of ball plate 6 Surface paper on the surface of the top plate 7 Surface paper on the back surface of the plate A A B girder direction C girder direction of the main plate H girder height W gage thickness X top laminating direction Y girder laminating direction Z gage laminating direction

Claims (2)

【実用新案登録請求の範囲】[Scope of utility model registration request] 【請求項1】 段ボ−ル製の天板(1)、桁(2)及び
地板(3)から成る段ボ−ルパレットにおいて、天板
(1)と桁(2)には目方向A,B垂直の断層面(4
a),(5a)を露出した積層段ボ−ル(4),(5)
を用い、前記天板(1)の断層面(4a)の表裏両面に
表層紙(6),(7)を全面接着し、天板(1)の段ボ
−ル積層方向Xに対して桁(2)の積層方向Yを直交状
態し且つ長手方向を平行状態にして天板(1)、桁
(2)及び地板(3)を接着して成る高強度段ボ−ルパ
レット。
1. A stepped ball pallet comprising a top plate (1), a girder (2) and a ground plate (3) made of a stepped ball, wherein the top plate (1) and the girder (2) have an eye direction A, B vertical fault plane (4
Stacked layer balls (4) and (5) with exposed a) and (5a)
Using the above, surface papers (6) and (7) are entirely adhered to both the front and back surfaces of the fault surface (4a) of the top plate (1), and a girder is formed in the step ball stacking direction X of the top plate (1). A high-strength corrugated ball pallet formed by adhering a top plate (1), a girder (2) and a base plate (3) so that the stacking direction Y of (2) is orthogonal and the longitudinal direction is parallel.
【請求項2】 桁(2)の長手方向に対して地板(3)
の目方向Cを直交状態に接着して成る請求項1の高強度
段ボ−ルパレット。
2. A main plate (3) with respect to the longitudinal direction of the girder (2).
The high-strength corrugated ball pallet according to claim 1, which is formed by adhering the eye direction C in an orthogonal state.
JP1994009294U 1994-07-07 1994-07-07 High-strength corrugated ball pallet Expired - Lifetime JP3006452U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP1994009294U JP3006452U (en) 1994-07-07 1994-07-07 High-strength corrugated ball pallet

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP1994009294U JP3006452U (en) 1994-07-07 1994-07-07 High-strength corrugated ball pallet

Publications (1)

Publication Number Publication Date
JP3006452U true JP3006452U (en) 1995-01-24

Family

ID=43142318

Family Applications (1)

Application Number Title Priority Date Filing Date
JP1994009294U Expired - Lifetime JP3006452U (en) 1994-07-07 1994-07-07 High-strength corrugated ball pallet

Country Status (1)

Country Link
JP (1) JP3006452U (en)

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