JPS5811651A - Box pallet for carrying roll - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a box pallet for transporting rolls. The bearing for supporting the shaft (4) of the circle (3) on the bottom surface is made by standing the bearing panel (1) with the surface (6) formed thereon in parallel on the barrette so as to face each other, and by connecting means. This is a box pallet for transporting rolls that is characterized by being connected to each other, and its purpose is to attach a plastic sheet or plastic sheet to the shaft.
Without rolling a roll of paper material, etc.
! To provide a box pallet for transporting an O-le which can be held and transported.

The present invention will be explained in detail below with reference to the accompanying drawings. Jll has hard synthetic resin molded bearings in panels, bearings in panels Il)
is divided into blocks (la) at the return wave location, and each block (1a) has bearings only on the inner wall side of the panel 111.
Only the outer wall side or both the inner and outer wall surfaces are recessed, and furthermore, a horizontal reinforcing piece (9a) or a vertical reinforcing piece (9b) is integrally provided in this block (la), and the bearing is mounted on the panel 11). It is reinforced so that it can withstand a large load such as several rolls (3). The bearing panel +1) has a groove (2) cut out downward from the center of its upper surface to form a substantially U-shape or V-shape, and the groove (2)
The bearing on the bottom side forms a surface (5) on the inner wall side of the panel Ill, and the bearing on the bottom side forms a surface (5) on the outside wall side of the panel Ill. 5) and stopper (step Ql is applied on both sides of XOl to make the soil step (
ll) The groove width is wider than the bottom, and the groove (
2) An opening (6) for inserting and removing the shaft (4) of the O-ru (3) is formed at the upper end. (1'4 is a through hole drilled at the step Qt). (7) is a substantially annular fitting protrusion protruding from both sides of the Sekiguchi (6) on the upper surface of the bearing i panel + 1);
A cross-shaped reinforcing ridge (I level) is provided inside the fitting protrusion (7).
) is a long hole drilled nearby. In addition, the bearing is mounted on a panel (
1) The lower surface is provided with a positioning fitting recess (8) that can be fitted with the fitting protrusion (7). The bearing is on the panel Il)
There are connecting notches (15a) at the upper ends and lower parts of both sides of the
(15b) is cut out, and the connecting notch (15a)
(15b) has horizontal connection holes (16a) (16
b) is perforated. Furthermore, the bearing is bar 1. Ne・ru;4
Placement holes (I7) are drilled in the top and bottom of both sides of the silicon 1. The lower part of the lower connecting notch (15b) of the housing is a fixed part 01jl. Thus, a pair of bearings is constructed by standing the panels (1) with their inner wall surfaces facing each other, and connecting the bearings by a connecting means to form a box pallet for roll conveyance. O-le (
3) means a belt-shaped material (+ barrel) wrapped around the outer circumference of the shaft (4), such as a plastic sheet, plastic film, paper material such as kraft paper, etc.
This is to continuously supply the water using a feeding device or the like. The roll (3) is difficult to transport because it rolls as it is, but as shown in Figure 14, both ends of the shaft (4) of this roll (3) are attached to the bearings on the panel Ill.
By fitting the bearing into the surface (5), the 0-rule (3)
can be supported in a box pallet for roll conveyance (aluminum), and can be conveyed or transported together with the roll conveyor. Since both ends of the shaft (4) contact the stopper (10), the roll (3) does not move in the axial direction, and
It is also possible to prevent the shaft (4) from lifting up by tying the shaft (4) with a string, wire, etc. by utilizing the through hole θ of the step (ll).

Next, the assembling procedure of this box pallet for O-le transport and the means for connecting the bearing panel +11 will be explained with reference to FIGS. 1 to 1θ. (Incorporated) is a bottom plate in the shape of the character ``Ta'', and nine cylindrical spacer circles are attached to the top surface of the bottom plate, and the inner periphery of the hole (2) of the spacer cutout 1) has a female screw thread. is cut. A metal panel holder (c) is placed on the spacer circles on both sides, and a liner (2 brown) is placed on the center spacer 121 (FIG. 1).

A round hole is bored in the bottom piece of the panel holder (c) and the liner (c) facing the spacer circle. Next, a flat top plate is placed on the bottom piece of the panel halter and the example liner (FIG. 2). A through hole (27) is bored in the upper plate opposite to the hole in the spacer circle. Cover the front and rear edges of the upper plate with metal guardrail markings, and assemble the pallet side by inserting screws from the through holes in the upper plate into the holes in the spacer (21) (Figure 3). The screwsmith yatsupu bell is a bolt-shaped thing with a male thread cut on the outer circumferential surface, and has two small tightening holes (311) on the top surface. It can be easily tightened using a special tool (not shown) with two protruding caltrops.This screwdriver set 4 can also be used to connect the bottom plate and the spacer circle. The pallet assembled in this manner has three spaces formed by spacers (2 and 3), into which the fork of a forklift can be inserted and lifted. Approximately U-shaped panel gripping parts (to) are provided at both ends of the panel holder (J-El), and the bearing is
While sliding the flL toward its outer wall surface, insert the bearing 5(1) into the panel gripping section (Fig. 4), then press the bearing 5(1) into the panel gripping section (Fig. 4). A foamed polyethylene sheet (34) is pasted on the inner wall of the (Fig. 5).The bearing used here is a spring lug, [)'
The above-mentioned pair of bearings is a panel + (lli) whose side surfaces are welded together to make the width double, and depending on the use, three or more bearings are made from a bar. Nail lll lr may be connected integrally. 0η is a connecting branch in which a pair of upper and lower horizontal bars (35a) (35b) are connected by a pair of cascades (to), and horizontal bars (35a) (35b)
Both ends are bent downward to form a retaining part.

The upper water droplet (33a) facing the upper surface of the fixing part H of the primary panel gripping part @3) has a notch part - a full notch facing the horizontal connection hole (16b). The lower engaging portion 1381 of the connecting branch η is inserted into the notch @ 9) and the lower horizontal connecting hole (16b), and the upper horizontal connecting hole (16a
) is inserted into the upper retaining part (38), thereby the opposing bearing integrally connects the panels (1) together, and at the same time the bearing prevents the panel fl) from slipping out from the panel gripping part. (Figure 6). When the roll (3) is to be transported, the roll (3) is set between the bearings and the belt (1). Next, both bearings, Patone leveling 1
(Separate bearings overlap the bottom surface of the top surface of the 1□ki), and the upper bearing is placed in the fitting recess (8) of the panel 1 (1), and the lower bearing is placed in the fitting recess (8) of the panel 1 (1). 1.Nail 1l which fits into the fitting protrusion 1gt71 of 19. and upper bearing part 1.
lat position, and the upper bearing is panel 1 [(1) 1
A horizontal branch frame is constructed between the upper connecting notches (15a),
Horizontal pier! Insert the downwardly bent retaining parts ←l) at both ends of the 401 into the horizontal connection holes (16a), and the upper bearing is attached to the panel 11.
) are connected, and the upper bearing is set on the roll (3) on the panel jll, and in the same way, another bearing is placed on top of this on the pallet tllll! 't- Assemble and set roll 13) (Figure 7). Of course, the bearings are Banail!・+1
)lk There is no problem even if it is assembled into four or more stages. The part is a circular pipe (4).This place (c) is a horizontally bent retaining part (the uppermost bearing of the fence is panel fl) at the upper end of this place (c). The retaining part (4) inserted into the hole Oη and bent horizontally at the lower end of the place (G)
4) is inserted into the lowermost tier hole 07) of the panel (1), and the laces intersect in a X-shape (Figure 8). At this time, attach the outer lace 1431 to the connecting branch (3η) with the S-shaped hook
Prevent the bowl from coming off (Figure 9). In this way the 10th
As shown in the figure, the D=Nil delivery box pallet (5) is assembled.

Moreover, this box pallet cA) for transporting an O-le is transported or transported while being packed in a koshibakuto, and the packing method will be described next. First, assemble the bottom bearing on panel 11) 1 (or disassemble the top and middle bearings on panel +1+'), then assemble the bottom bearing on panel ft1 and the top and middle bearings on panel (Figure 15). The horizontal branch above η of the connected branch (35
a) The race 'A' (on the engaging part) (
i- Insertion and place between connecting branches 3η (431'!i-
The rack is passed, and this place (c) allows the inner bearing to prevent the panel from moving or falling over, and furthermore,
zu lace (4 muddy and horizontal, the engaging part 144 ←υ of the combed fabric as appropriate)
- The bearing is fixed to the long hole α in the panel +11, and the bearing is horizontally suspended between the upper surfaces of the panel Figure 16).

After this, cover with cardboard paper I4η from above (Fig. 17)
, fix the corners of the cardboard paper Uη with tape and wrap the surrounding area in a spiral shape with a stretch film (not shown).
Tie the center part with string. This completes the packaging.

As described above, the present invention cuts a groove downward from the top surface,
The bearing for supporting the O-L shaft on the bottom of the groove is a bearing with a surface formed on the pallet. By inserting the shaft of the roller and placing the bearing on the surface, the roller can be firmly held and transported by the roll 1, which has the advantage that the roller will not roll or be damaged during transportation. be.

[Brief explanation of drawings]

1 through 1θ are perspective views showing the assembly procedure of an embodiment of the present invention, FIGS. 11 and 12 are perspective views of the same panel, and FIGS. XX sectional view, FIG. 14 is a partially cutaway perspective view showing the bearing in the panel, and FIGS. 15 to 17 are perspective views showing the packing procedure of the above (1)...・Bearing is panel, (2)・
...Groove, (3)...Roll, (4)...0-rule shaft, (5)...Bearing is surface, ■...Pallet. Agent Patent Attorney Ishi 1) Chief 7 Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7 Figure 8 Ω @15 Figure 16 Figure 17

Claims (2)

[Claims] (1) A groove is cut downward from the top surface, and a bearing with a surface formed on the bottom surface of the groove to support the shaft of the roller is made by placing the panels facing each other on a sheet of paper in parallel. A box pallet for transporting an O-le, characterized in that the box pallet is erected on a wall and connected multiple times by connecting means. (2) Claims characterized in that the bearing has a fitting protrusion protruding from the upper surface of the panel, and the bearing has a fitting recess recessed in the lower surface of the panel that can be fitted with the fitting protrusion. The box pallet for transporting rolls as described in item 1.