JPH08119376A - Structure for attaching top lid in transportation container - Google Patents

Abstract

PURPOSE: To simply and reliably attach a top lid to a transportation container by inserting a claw piece of a fitting into a slit hole on an opening rim of the container, fitting the piece to its neck while deforming an elastic part of the piece and also engaging an engaging part of the top lid with a claw. CONSTITUTION: A transportation container comprises a container 1 with its upper end opened and a top lid 2 to be fixed to the opening. In this case, an opening rim of the container 1 is formed with a slit hole 1e1. A fitting 3 is equipped with a flat part 3a to be fitted to the opening rim, a claw piece 3c having inner and outer edges 3b1, 3b2 extending therefrom, a neck 3c1 and an elastic part 3c2, and a claw 3d. Further the lid 2 is equipped with a top plate 2a having such a size that can close the opening of the container 1, a side ridge 3b extending therefrom and an engaging part 2c. The claw piece 3c is inserted into the slit hole 1e1 and further fitted to the neck 3c1 while deforming the elastic part 3c2, and the engaging part 2c is engaged with the claw 3d.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a structure for mounting a canopy in a transportation container, and can be generally used for a transportation container provided with a container having an open upper end and a canopy mounted and fixed to the opening of the container. .

[0002]

2. Description of the Related Art As a transport container for containing and transporting articles or materials, for example, a steel plate container as shown in FIG. 9 is used. This transport container is divided into a box-shaped container 1 having an open upper end and a canopy 2, and when used, after storing the contents in the container 1, the canopy 2 is placed at the edge of the opening A of the container 1. Is attached and fixed.

The container 1 includes three base legs 1a, bottom plates 1b and 4
This is a combined structure having, as main constituent elements, two columns 1c, four panel plates 1d, and four upper stiles 1e. The columns 1c are erected on the corners of the bottom plate 1b, and the panel plates 1d are erected on the sides of the bottom plate 1b. Each upper stile 1e is bridged horizontally between the upper ends of the columns 1c. The panel plate 1d is, for example, a corrugated steel plate as shown in the figure and is used with the axis of the wave oriented in the vertical direction. The upper stile 1e is an angle member having a substantially U-shaped cross section, and the upper end of the panel plate 1d is attached to the U-shaped portion.

The canopy 2 is provided with a top plate portion 2a having a size capable of closing the opening A of the container 1, and a side edge portion 2b continuously extending downward from four sides of the top plate portion 2a. ing. The canopy 2 has an opening A of the container 1 from above with the side edge 2b facing downward.
To be attached to. By fitting the inside of the side edge 2b to the outside of the edge of the opening A, the canopy 2 fits in the container 1 moderately. The canopy 2 is attached to the opening A of the container 1 as described above, and then fixed to the edge of the opening A. As a means for this, conventionally, a means for fastening and fixing the side edge portion 2b of the canopy 2 to the upper stile 1e forming the edge of the opening A with a tapping screw or the like has been adopted. Therefore, as shown in FIG.
Alternatively, a one-touch type mounting structure as shown in FIG. 11 may be adopted.

In the mounting structure shown in FIG. 10, a claw piece 13c of a mounting bracket 13 (corner bracket) fixed to the outer surface of the corner portion of the canopy 2 by welding or the like is engaged with the lower end of the outer edge 1e3 of the upper stile 1e. By doing so, the canopy 2 is fixed. The claw pieces 13c of the mounting bracket 13 are curved inward, and the engaging force (fixing force) between the claw pieces 13c and the upper stile 1e acts against the force to move the canopy 2 upward. ,
The canopy 2 is prevented from falling off the container 1.

The mounting structure shown in FIG. 11 has a beam 1 of a canopy 2.
The claw piece 23c of the mounting bracket 23 (U-shaped bracket) fixed to 2 by welding or the like is engaged with the lower end of the outer side edge portion 1e3 of the upper stile 1e to fix the canopy 2. The claw piece 23c has the same shape as the claw piece 13c, and the canopy 2 is prevented from falling off the container 1 by the same action as described above.

[0007]

In the above-mentioned conventional mounting structure, the claw pieces 13c (23) of the mounting bracket 13 (23) are provided.
The engaging force (fixing force) between the c) and the outer edge 1e3 of the upper stile 1e acts against the force that moves the canopy 2 upward, and the canopy 2 is moved in the front-back direction (perpendicular to the paper surface). direction)
Or, it does not work against the force to shift in the left-right direction (direction parallel to the paper surface). Therefore, if the canopy 2 is laterally displaced or deformed laterally or rearward or rearward, the engaging force (fixing force) may be reduced, or in some cases, the claw piece 13c may be disengaged from the outer edge portion 1e3, and the canopy 2 may become a container. There is also the possibility of dropping from 1.

Further, an operation (welding or the like) for fixing the mounting member 13 (23) to the canopy 2 is required, which leads to an increase in manufacturing process.

Further, in the mounting structure shown in FIG. 10, since the claw piece 13c of the mounting member 13 is exposed to the outside, another transportation container or other peripheral member hits the claw piece 13c during unloading. When the claw pieces 13c are deformed, the fixing force may be reduced or lost as in the above case.

Therefore, the present invention is intended to provide a mounting structure having a simple structure and a stable fixing force, and having a simple manufacturing process and easy mounting work.

[Means for Solving the Problems]

The mounting structure of the present invention is such that a slit hole provided in a member forming an edge of an opening of a container, a flat plate portion adapted to an edge corner of the opening portion, and a flat plate portion extending downward from the flat plate portion to form an opening. An inner edge that fits outside the edge corner of the portion, an outer edge that curves outward in a U shape from the lower end of the inner edge and extends upward, and a neck that extends downward from the flat plate portion,
Also, a mounting member including a claw piece having an elastically deformable elastic portion extending downward from the neck portion and a claw portion protruding outward from the inner edge portion, and a ceiling having a size capable of closing the opening. A canopy including a plate portion, a side edge portion extending downward from the top plate portion, and an engaging portion provided on the side edge portion, and the claw piece of the mounting bracket is inserted into the slit hole. Then, the elastic part is elastically deformed by the slit hole and fitted into the neck part to fix the mounting bracket to the edge corner of the opening, and further, it is formed between the inner edge and the outer edge of the mounting bracket. The corner of the side edge portion of the canopy is inserted into the formed corner space, and the engaging portion is engaged with the claw portion, whereby the canopy is attached and fixed to the edge of the opening through the attachment fitting.

Further, the mounting structure of the present invention is such that a slit hole provided in a hollow column which constitutes an edge corner of the opening of the container, a flat plate portion adapted to the edge corner of the opening, and a flat portion downward from the flat plate portion. An inner edge portion that extends to the outside of the edge corner of the opening, an outer edge portion that is curved in a U shape outward from the lower end of the inner edge portion, and further extends upward, and a downward portion from the flat plate portion. A mounting bracket that has a claw piece that extends and fits into the hollow hole of the column, an outer claw that projects outward from the inner edge, and an inner claw that projects inward from the inner edge, and closes the opening A top plate having a possible size, a side edge extending downward from the top plate, and a canopy provided with an engaging portion provided on the side edge, and Mounting by fitting the inner claw part into the slit hole of the column and fitting the claw piece to the upper end of the hollow hole of the column The fixture is attached and fixed to the edge corner of the opening, and the corner of the side edge of the canopy is inserted into the corner space formed between the inner edge and the outer edge of the fitting, and the engaging portion By engaging with the outer claw portion, the canopy is attached and fixed to the edge of the opening through the attachment fitting.

[0013]

When mounting and fixing the canopy, first, the mounting metal fitting is mounted and fixed to the edge corner of the opening of the container, and then the corner of the side edge portion of the canopy is inserted into the corner space of the mounting metal fitting.

When the claw piece of the mounting member is inserted into the neck through the slit while elastically deforming the elastic portion, the elastic portion elastically restored by penetrating the slit hole against the upward force. The engaging force with the member having the slit hole acts, and the engaging force between the neck and the member acts with respect to the force in the front-rear, left-right direction. As a result, the attachment fitting is attached and fixed to the edge corner of the opening.

When the corner of the side edge of the canopy is inserted into the corner space of the mounting bracket and the engaging portion provided on the side edge is engaged with the claw of the mounting bracket, the force against the upward force is reduced. The engaging force between the engaging portion and the claw portion acts, and the engaging force between the side edge portion and the inner edge portion or the outer edge portion acts on the force in the front-rear and left-right directions. As a result, the canopy is fixed to the edge of the opening via the fitting.

By fitting the inner claw portion of the mounting bracket into the slit hole of the column and by fitting the claw piece to the upper end of the hollow hole of the column, the engagement between the inner claw portion and the column with respect to the upward force is increased. The resultant force acts, and the engaging force between the inner claw portion and the claw piece and the support column acts on the force in the front, rear, left, and right directions. As a result, the attachment fitting is attached and fixed to the edge corner of the opening.

[0017]

EXAMPLE An example in which the present invention is applied to the transportation container shown in FIG. 9 will be described below. The present invention can be applied to a general shipping container including a container having an open upper end and a canopy attached and fixed to the opening of the container, and is particularly applicable only to the shipping container shown in FIG. Not a thing.

As shown in FIG. 1, the canopy 2 is attached and fixed to the edge of the opening A of the container 1 via a fitting 3. Canopy 2
Is provided with an engaging portion 2c in which the lower end of the side edge portion 2b is folded inward in a U shape (hemming processing) (FIG. 1b).
reference). In addition, a member that constitutes the edge of the opening A of the container 1,
That is, the slit hole 1e1 is provided in the upper stile 1e of the support 1c and the upper stile 1e. The slit hole 1e1 has long and short dimensions L1 and L2 as shown in FIG.

As shown in FIG. 2, the fitting 3 has a flat plate portion 3a adapted to the edge corner of the opening A, and a downwardly extending continuous portion from the flat plate portion 3a to the outside of the edge corner of the opening A. A matching inner edge portion 3b1 and an outer edge portion 3b2 curved outward in a U shape from the lower end of the inner edge portion 3b1 and extending upward.
And cut and raise the flat plate portion 3a inward at both corners,
Further, the two claw pieces 3c formed in a curved shape and the inner edge portion 3
It is provided with two claw portions 3d (see FIG. 2d) obtained by cutting and raising b1 to the outside. Inner edge 3b1 and outer edge 3b2
Between the corner space M along the edge corner of the opening A.
Is formed. In addition, in this embodiment, the upper end of the outer edge portion 3b2 is extended by a dimension t above the top plate portion 3a (see FIG. 2b).

The claw piece 3c has a neck portion 3c1 continuously extending downward from the flat plate portion 3a, a curved portion 3c2 continuous downward from the neck portion 3c1, and a lower end portion continuously extending downward from the curved portion 3c2. 3c2. Neck part 3c1, curved part 3
c2 and the lower end portion 3c3 have the same width (W3). Further, the bending portion 3c2 has a vertical curvature, and therefore the bending portion 3c2 is curved.
When c2 receives a compressive force from the thickness direction, the thickness dimension (S3:
2b) elastically deforms in the direction of contraction. The relationship with the size of the slit hole 1e shown in FIG. 4 is W3 ≦ L1, S
3> L2.

FIG. 3 shows a state after the canopy 2 is attached and fixed. When mounting and fixing the canopy 2, first, the mounting metal fitting 3 is mounted and fixed to the edge corner of the opening A, and then the corner of the side edge 2b of the canopy 2 is inserted into the corner space M of the mounting metal fitting 3. .

The mounting and fixing of the mounting member 3 can be performed with one touch by inserting the claw piece 3c into the slit hole 1e1 of the upper stile 1e. That is, when the claw piece 3c is inserted into the slit hole 1e1 from the lower end portion 3c3, since S3> L2, the central portion on the convex curved side of the curved portion 3c2 comes into contact with the wall surface on the long dimension L1 side of the slit hole 1e1. Then, the curved portion 3c2 is compressed in the thickness direction and elastically deformed. The curved portion 3c2 has a slit hole 1 at its upper end.
Elasticity is restored when penetrating e1 and S3> L2.
At this time, the neck portion 3c1 is inserted into the slit hole 1e.

As described above, the claw piece 3c of the mounting bracket 3
While elastically deforming the curved portion 3c2, the slit hole 1e
When 1 is penetrated and fitted into the neck portion 3c1, the engaging force between the upper end of the curved portion 3c2 and the upper stile 1e acts against the upward force, and the front-rear left-right direction (perpendicular to the paper surface or horizontal direction).
The engaging force between the neck portion 3c1 and the upper stile 1e acts on the force of (3), so that the claw piece 3c does not come off from the slit hole 1e1. As a result, the mounting bracket 3 is attached to the opening A of the container 1.
Fixed to the edge of. This fixing force acts in the upward direction and the front-rear, left-right direction.

To mount and fix the canopy 2, the corner of the side edge 2b thereof is inserted into the corner space M of the fitting 3, and the engaging portion 2c folded back in a U shape is engaged with the claw portion 3d. This allows one-touch operation. When the engaging portion 2c is engaged with the claw portion 3d, the engaging force between the engaging portion 2c and the claw portion 3d acts on the upward force, and the side edge portion 2b acts on the front-rear, left-right direction force. (Engagement portion 2c) and inner edge portion 3
The canopy 2 is fixed to the edge of the opening A through the mounting bracket 3 by the engagement force acting on the b1 or the outer edge 3b2. Since this fixing force also acts in the upward direction and the front-rear, left-right direction, even when lateral displacement or distortion of the canopy 2 occurs,
The canopy 2 does not easily fall off the container 1. The engaging portion 2c of the canopy is not limited to the one in which the lower end of the side edge portion 2b is folded back inwardly as in this embodiment.
As shown in FIG. 5, a side window 2b may be provided with a through window 2c ', which is engaged with the claw portion 3d.

After the canopy 2 is mounted and fixed, the outer edge 3b2 of the mounting bracket 3 is dimensioned t'upwardly from the top plate 2a of the canopy 2.
(T-thickness of the top plate portion 2a) is projected, but this projecting portion causes the lower end corners of other transportation containers from the side when stacking other transportation containers on this transportation container. It has the function of supporting and preventing its displacement and load collapse. Very convenient for loading, transporting and storing shipping containers.

The claw piece 3c of the mounting member 3 may be shaped as shown in FIG. The claw piece 3c of this embodiment has a narrow neck portion 3c1 continuously extending downward from the flat plate portion 3a shown in FIG. 2 and an inverted trapezoidal curved portion 3c2 continuously extending downward from the neck portion 3c1. Have and. The curved portion 3c2 has a curvature in the width direction (side direction of the flat plate portion 3a). Therefore, when the curved portion 3c2 receives a compressive force from the width direction, the curved portion 3c2 elastically deforms in a direction in which the width dimension (W) is reduced, and conversely. , When the compressive force is applied from the direction orthogonal to the width (referred to as the thickness direction), elastic deformation occurs in the direction in which the thickness dimension (S) is reduced. Also, the curved portion 3
Both side ends 3c3 of c2 are respectively inclined in the width direction and the thickness direction, so that the curved portion 3c2 has a shape in which the width dimension and the thickness dimension are gradually reduced from the upper end to the lower end (width dimension W1> W2 in a natural state). , Thickness of natural state S
1> S2).

The two claw pieces 3c having the above-described shapes and dimensions are fitted into the slit holes 1e1 of the upper stile 1e, respectively, and the fitting 3 is attached and fixed to the edge corner of the opening A. This includes the curved portion 3c2 of the claw piece 3c.
There are the following two modes depending on the relationship between the dimensions (W1, W2, S1, S2) and the long and short dimensions L1 and L2 of the slit hole 1c shown in FIG.

First, in the first mode, S1> L2 ≧ S2,
By setting W1 ≦ L1, the claw piece 3c is fitted into the slit hole 1e1 by utilizing the elastic deformability of the curved portion 3c2 in the thickness direction. That is, when the curved portion 3c2 is inserted into the slit hole 1e1 from its lower end (S2), S
Since 1> L2 ≧ S2, the central portion of the curved portion 3c2 on the convex side and both side portions 3c3 contact the wall surface of the slit hole 1e1 on the long dimension L1 side, and the curved portion 3c2 forms the slit hole 1
It is compressed in the thickness direction by e1 and elastically deforms. At this time, since both side portions 3c3 of the curved portion 3c2 are inclined in the thickness direction (S1> S2), the compressive force received by the curved portion 3c2 gradually increases in proportion to the insertion dimension into the slit hole 1e1. As the amount of elastic deformation increases, the amount of elastic deformation of the bending portion 3c2 gradually increases. And the curved portion 3c2
Becomes elastically restored when its upper end (S1) penetrates the slit hole 1e1 and becomes S1> L2. At this time, the neck portion 3c1 is inserted into the slit hole 1e.

As described above, the claw piece 3c of the mounting bracket 3
While elastically deforming the curved portion 3c2, the slit hole 1e
When 1 is penetrated and fitted into the neck portion 3c1, the engaging force between the upper end (S1) of the bending portion 3c2 and the upper stile 1e acts against the force to shift the canopy 2 upward, and the front and rear and left and right directions are performed. The engaging force between the neck portion 3c1 and the upper stile 1e acts against the force to shift, so that the claw piece 3c does not come off from the slit hole 1e1. As a result, the mounting bracket 3
Is fixed to the edge of the opening A of the container 1. This fixing force is
It works in the upward direction and the front-back and left-right directions. Further, when the claw piece 3c is fitted into the slit hole 1e, both side end portions 3c3 inclined in the thickness direction smoothly guide the insertion of the curved portion 3c2, so that a large force is not required for the fixing work, and an excessive amount is required. Buckling deformation of the claw piece 3c due to the fitting force is also prevented.

Next, in the second mode, W1> L1 ≧ W
2, S1 ≦ L2 is set, and the claw piece 3c is fitted into the slit hole 1e1 by utilizing the elastic deformability of the curved portion 3c2 in the width direction. That is, when the curved portion 3c2 is inserted into the slit hole 1e1 from its lower end (W2), W
Since 1> L1 ≧ W2, both side portions 3c of the curved portion 3c2
3 respectively contacts the wall surface of the slit hole 1e1 on the short dimension L2 side, and the curved portion 3c2 is compressed in the width direction by the slit hole 1e1 and elastically deformed. And the curved portion 3c2
Becomes elastically restored when its upper end (W1) penetrates the slit hole 1e1 and becomes W1> L1. At this time, the neck portion 3c1 is inserted into the slit hole 1e. Other basic actions and effects are the same as those of the first aspect, and therefore redundant description will be omitted.

In the above embodiment, the curved portion 3c2 of the claw piece 3c elastically restores when it penetrates the slit hole 1e1 and has the function of being able to engage with the upper stile 1e in the upward direction. Other elements can be substituted as long as they have such a function. For example, a configuration in which an elastic material such as hard rubber or resin is molded into a predetermined shape and fixed to the claw piece 3c is conceivable.

The embodiment shown in FIGS. 7 and 8 has a support 1c.
Using the slit hole 1c1 and the hollow hole 1c2, the fitting 3 is attached and fixed to the edge corner of the opening A of the container 1.

As shown in FIG. 7, the mounting member 3 has a flat plate portion 3a which fits the edge corner of the opening A, and a portion which extends continuously downward from the flat plate portion 3a and is located outside the edge corner of the opening A. A matching inner edge portion 3b1 and an outer edge portion 3b2 curved outward in a U shape from the lower end of the inner edge portion 3b1 and extending upward.
And four claw pieces 3c ′ that are cut and raised the flat plate portion 3a downward
And two outer claws 3d (only one is shown in the figure) in which the inner edge 3b1 is cut and raised outward, and two triangular protrusion-shaped inner claws 3d ′ in which the inner edge 3b1 is cut and raised inward. (Only one is shown in the figure). 4 claw pieces 3
c'is arranged in a square shape, and has a position and a size adapted to each inner side of the hollow hole 1c2 of the column 1c.
Further, the inner claw portion 3d 'has a shape in which the projecting dimension gradually decreases from the upper end to the lower end.

To fix the mounting member 3, the inner claw portion 3d 'is brought into contact with the outer wall surface of the column 1c, and this is mainly used for the side edge portion 3c.
The elastic deformation of b1 causes it to slide outward while sliding downward on the outer wall surface. The inner claw portion 3d ′ is restored and displaced inward when the upper end thereof reaches the slit hole 1c1, and fits into the slit hole 1c1 as shown in FIG. 8b. At the same time, the four claw pieces 3c ′ provided on the flat plate portion 3a also fit into the hollow holes 1c2 of the support columns 1c.

As described above, the inner claw portion 3 of the mounting bracket 3
Slit hole 1c while elastically displacing d'to the outside
1 and insert the claw piece 3c 'into the hollow hole 1 of the column 1c.
When it is fitted into c2, the inner claw portion 3 is against the upward force.
The engaging force between the upper end of d ′ and the column 1c works, and the engaging force between both sides of the inner claw portion 3d ′ and the claw piece 3c ′ and the column 1c acts against the force to shift in the front-back and left-right directions. ,
The fitting 3 is fixed to the edge of the opening A of the container 1. This fixing force acts in the upward direction and the front-rear, left-right direction. Since the mounting structure of the canopy 2 to the mounting bracket 3 is the same as that of the above-mentioned embodiment, it is only shown in FIG.

If the front, rear, left, and right dimensions of the transportation container are large, the fixed state of the side portions may become insufficient. In such a case, for example, the structure shown in FIG. 12 may be used together. This structure has a side edge 2b of the canopy 2.
Engaging part 2c with the lower end of the inside folded back in a U shape
Is engaged with the claw portion 1e6 obtained by cutting and raising the outer edge portion 1e5 of the upper stile 1e to the outside. Outer side edge 1e
The lower end of 5 curves outward in a U-shape and then extends upward. The structure shown in the figure is one of various structures included in Japanese Patent Application No. 6-151853 by the present applicant, but other structures included in the same application may be used in the same manner. good.

[0037]

The present invention has the following effects.

(1) Since the fixing force is stable in the upward direction and the front-rear, left-right direction, even if the canopy is laterally displaced or distorted, the fixing force is unlikely to decrease and the stable fixing state can be maintained.

(2) Since the mounting bracket is fixed to the inner surface of the canopy and is not exposed to the outside, there is no concern that the claw piece or the claw portion may be deformed by abutting against other members during unloading, etc.
It can maintain a stable fixing force.

(3) Since it is only necessary to fit the claw piece or the claw portion into the slit hole, the work of attaching the canopy can be performed with one touch and easily.

(4) Since the claw piece or claw portion is engaged with the slit hole, the structure is relatively simple and advantageous in terms of cost.

(5) Since it is not necessary to fix the mounting bracket to the canopy by welding or the like as in the conventional structure, the manufacturing process is simplified.

[Brief description of drawings]

FIG. 1 is a perspective view showing an embodiment of the present invention.

2 is a perspective view (FIG. A) of the mounting bracket in FIG.
FIG. 4 is a view of the mounting bracket in a direction of the arrow b (FIG. b), a plan view of the claw piece (FIG. c), and a perspective view of the claw portion (FIG. d).

FIG. 3 is a cross-sectional view showing a state after mounting and fixing the canopy in FIG.

FIG. 4 is a plan view showing a peripheral portion of a slit hole in FIG.

FIG. 5 is a front view (FIG. A), a side view (FIG. B), and a plan view (FIG. C) showing a claw piece of a mounting bracket according to another embodiment of the present invention.
Is.

FIG. 6 is a perspective view showing an engaging portion of a canopy according to another embodiment of the present invention.

FIG. 7 is a perspective view showing another embodiment of the present invention.

8 is a cross-sectional view (FIGS. A and b) showing a state after mounting and fixing the canopy in FIG. 7.

FIG. 9 is a perspective view showing a transportation container.

FIG. 10 is a cross-sectional view showing a conventional mounting structure.

FIG. 11 is a cross-sectional view showing a conventional mounting structure.

FIG. 12 is a perspective view showing a mounting structure that can be used together with a side portion in the embodiment.

[Explanation of symbols]

 1 Container 1e1 Slit Hole 1c Strut 1c1 Slit Hole 2 Canopy 2a Top Plate 2b Side Edge 2c Engagement Part 3 Mounting Bracket 3c Claw Piece 3c 'Claw Piece 3d Claw Part (Outer Claw Part) 3d' Inner Claw Part

Claims (2)

[Claims] 1. A mounting structure for a canopy in a transportation container, comprising a box-shaped container having an open upper end, and a canopy mounted and fixed to the opening of the container, wherein an edge of the opening of the container is formed. A slit hole provided in the member, a flat plate portion that fits the edge corner of the opening, an inner edge portion that extends downward from the flat plate portion and that fits outside the edge corner of the opening, and the inner An outer edge curved outward in a U shape from the lower end of the edge and extending upward, a neck extending downward from the flat plate, and elastically deformable elasticity extending downward from the neck. Mounting member including a claw piece having a portion and a claw portion protruding outward from the inner edge portion, a top plate portion having a size capable of closing the opening, and extending downward from the top plate portion. With a canopy having an existing side edge and an engaging portion provided at this side edge. It is configured, by inserting the claw piece of the mounting bracket into the slit hole, and by fitting the elastic part to the neck while elastically deforming by the slit hole, the mounting bracket is mounted and fixed to the edge corner of the opening, and further, By inserting a corner of a side edge of the canopy into a corner space formed between an inner edge and an outer edge of the mounting bracket and engaging the engaging portion with the claw, A structure for mounting a canopy in a transportation container, characterized in that the canopy is mounted and fixed to an edge of an opening through a mounting bracket. 2. A structure for mounting a canopy in a transportation container, comprising: a container having an open upper end; and a canopy mounted and fixed to the opening of the container, the hollow constituting an edge corner of the opening of the container. Shaped slits, a flat plate part that fits the edge corner of the opening, an inner edge that extends downward from the flat plate part, and that fits outside the edge corner of the opening, An outer edge curved in a U-shape outward from the lower end of the inner edge and extending further upward, and a claw piece extending downward from the flat plate portion and adapted to the hollow hole of the column,
An outer claw protruding outward from the inner edge, a mounting bracket including an inner claw protruding inward from the inner edge, and a top plate having a size capable of closing the opening. It is composed of a canopy provided with a side edge portion extending downward from the top plate portion and an engaging portion provided at the side edge portion, and an inner claw portion of the mounting bracket is provided in a slit hole of the support post. By fitting and fitting the claw piece to the upper end of the hollow hole of the column, the mounting bracket is mounted and fixed to the edge corner of the opening, and further, the inner edge and the outer edge of the mounting bracket are By inserting the corner of the side edge portion of the canopy into the corner space formed between them and engaging the engaging portion with the outer claw portion, the canopy is attached to the edge of the opening through the mounting bracket. Canopy mounting structure for transportation containers characterized by mounting and fixing.