JP2500449Y2 - container - Google Patents

Description

[Detailed description of the device]

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a container which is suitable for both transportation of cargo having fluidity such as powder and granules and transportation of cargo having no fluidity such as packed products.

[0002]

2. Description of the Related Art Conventionally, in the container transportation of powders and granules,
BACKGROUND ART An inner bag is expanded in a luggage storage space of a container, and thereafter, powdery particles are stored in an inner bag for transportation. Usually, the luggage storage space of the container and the inner bag are formed into a substantially rectangular parallelepiped shape, and a flexible granular material discharge path is disposed near the boundary between the inner bag front surface and the lower surface and is provided on the inner bag front surface.
When closing the powder discharge path, the powder discharge path is squeezed by, for example, tying it with a string, and when opening the powder discharge path, the throttle is released.

[0003] When discharging powdered particles for unloading,
The container is dumped up and tilted, which causes the particles to slide from the inside of the inner bag to the outside.

[0004]

However, the size of the above-mentioned particulate discharge path is generally smaller than the width of the front surface of the inner bag (the distance between one side surface and the other side surface of the inner bag) when the powder particles are stored. Has become. As a result, when the powder or granular material is discharged by the dump-up, the powder or granular material remains at the boundary between the front surface and the lower surface of the inner bag and where the powder or granular material discharge path is not provided, and the residual amount Is relatively large.

The object of the present invention is to solve the above-mentioned problems of the prior art, and to reduce the load that remains inside the container without being discharged when the load having fluidity, for example, powder particles is discharged outside the container by dump-up. It is to provide a container that can.

[0006]

To achieve this object, the container of the present invention has a front surface portion, a rear surface portion, first and second side surface portions, a lower surface portion and an upper surface portion which surround a luggage storage space. Inside the container body, the loading and unloading port for non-fluid luggage provided in the container body, the loading and unloading port for liquid luggage provided in the container body, and the luggage storage space of the container body And a first and a second support portion detachably attached to the.

The first supporting portion has a first slope for sliding the fluid load toward the discharge port for the fluid load, and the first slope is formed on the front surface of the container body and the first slope. A plane that intersects the boundary between the one side surface portion, the first side surface portion and the lower surface portion of the container body, and the boundary between the lower surface portion and the front surface portion of the container body (excluding the plane that intersects the intersection of the three boundaries). ), And is arranged at the first corner portion formed by the front surface portion, the first side surface portion and the lower surface portion of the container body. This first support portion is a solid triangular pyramid-shaped solid body made of urethane or styrofoam.

Further, the second support portion has a second slope for sliding the fluid load toward the discharge port for the fluid load, and the second slope is the front surface of the container body and the second slope. A plane that intersects the boundary of the second side surface and the boundary of the second side surface and the lower surface of the container body, and the boundary of the lower surface and the front surface of the container body (however, a plane that intersects the intersection of the three boundaries. (Excluding) and is arranged at the second corner portion formed by the front surface portion, the second side surface portion and the lower surface portion of the container body. The second support portion is a solid triangular pyramid-shaped solid body made of urethane or expanded polystyrene.

[0009] Then, the load outlet for the fluid load is arranged at a position corresponding to the bottom of the valley formed by the first and second slopes.

[0010]

According to such a construction, when transporting a fluid cargo (or an irregular cargo) which has fluidity and therefore is suitable for unloading by dumping up, for example, powder or granules, The first and second slopes are arranged at the first and second corners in the luggage storage space, and the inner bag for fluid luggage is expanded in the luggage storage space. Then, the luggage is stored in the inner bag and transported. The outer peripheral surface of the inner bag containing the luggage is supported by the first and second slopes and the portion surrounding the luggage storage space of the container body.

When unloading the liquid cargo, the liquid cargo discharge passage of the inner bag is extended from the cargo cargo discharge port of the container body to the outside of the container body,
Dump up and tilt the container body. Due to this inclination, the load is made to flow toward the discharge path and further flows out of the container main body from the discharge path. At this time, the first and second slopes are valleys that are slanted so as to slide the cargo into the unloading port for fluid cargo of the container body, and the width gradually narrows from the rear portion of the container body toward the front portion. To form a valley. Moreover, the unloading port for the liquid cargo of the container body is located at the position corresponding to the bottom of this valley. Therefore, the first and second slopes can form or regulate the discharge route of the load, so that the amount of the load remaining inside the container body can be reduced.

Further, when transporting a non-fluid load (or a fixed load) which has substantially no liquidity and therefore is not suitable for unloading by dump-up, the first and second support parts are used. Remove and load the luggage into the luggage storage space of the container body. By removing these supporting portions, the luggage storage space can be widely used.

Further, since the first and second support portions are solid three-dimensional pyramid-shaped bodies made of urethane or styrofoam, the support portions are brought into contact with corresponding corner portions to support them. The slope of can be kept constant.

The inner bag may or may not be used in both cases of transporting the fluid luggage and the non-fluid luggage. It is preferable to use an inner bag in order to protect the luggage from being damaged by moisture or scent, and to save the luggage storage space of the container body from being damaged by the luggage or to save the trouble of cleaning the contaminated luggage storage space. An inner bag having any suitable structure can be used according to the purpose of use of the inner bag.

[0015]

Embodiments of the present invention will be described below with reference to the drawings. It should be noted that the drawings are merely schematic representations so that the present invention can be understood, and therefore the present invention is not limited to the illustrated examples.

FIG. 1 is a perspective view schematically showing the overall construction of an embodiment of the present invention. In the figure, the first side surface of the container body is cut out so that the luggage storage space of the container body can be seen from the outside. The front door is shown open.

In the figure, 10 indicates a container body,
The container body 10 includes a front portion 12 surrounding the luggage storage space S,
It has a rear surface portion 14, a first side surface portion 16, a second side surface portion 18, a lower surface portion 20 and an upper surface portion 22. Further, reference numerals 24 and 26 denote a loading port and a loading port for non-flowable luggage provided in the container body 10.

In this embodiment, the front surface portion 12 and the rear surface portion 1
4, first side surface portion 16, second side surface portion 18, lower surface portion 20
And the upper surface portion 22 are joined together to form a substantially rectangular parallelepiped hollow container body 10. Then, a substantially rectangular parallelepiped luggage storage space S is formed in the container body 10.

Further, an opening N communicating with the luggage storage space S and capable of opening and closing is provided in the front portion 12, and non-fluid luggage, for example, a boxed product is loaded into the luggage storage space S through the opening N, and also the luggage storage space S. Ship outside. Therefore, the opening N is used for both the loading port 24 and the loading port 26.

The front part 12 includes doors 12a, 12b and a presser foot 1.
2c and 12d (in the figure, the pressers 12c and 12d are shown by the one-dot chain line and the two-dot chain line, respectively). Door 12
a and 12b to the first side surface portion 16 and the second side surface portion 18
Is rotatably connected to each other, and the opening N is openably and closably closed by the doors 12a and 12b. Further, the presser foot 12c is arranged at a position facing the upper portion of the opening N, and the presser foot 12c is detachably attached between the first side surface portion 16 and the second side surface portion 18. Further, the presser foot 12d is arranged at a position facing the lower portion of the opening N, and the presser foot 12d is detachably attached between the first side surface portion 16 and the second side surface portion 18. When an inner bag to be described later is expanded in the luggage storage space S and fluid luggage such as powder particles is stored in the inner bag,
The load of the powder particles causes the front portion of the inner bag to protrude outside the luggage storage space S, resulting in the doors 12a and 12a.
There is a possibility that b cannot be closed. Further, when unloading the powder or granules to the outside of the inner bag, the container body 10 is tilted so that the rear surface portion 14 is higher than the front surface portion 12 by dumping up. May slip out.
The pressers 12c and 12d are for preventing these, and the pressers 12c and 12d support the upper part and the lower part of the front part of the inner bag to store the luggage storage space S.
Hold it in.

Reference numerals 28 and 30 denote a loading port and a loading port for the fluid luggage provided in the container body 10.

In this embodiment, a loading port 28 which communicates with the luggage storage space S and can be opened and closed is provided in the upper surface portion 22 of the container body 10. Further, a load outlet 30 communicating with the luggage storage space S is provided in the retainer 12d of the front portion 12.

Reference numeral 32 designates a first support portion detachably attached to the luggage storage space S. The first support portion 32 slides the fluid load toward the load outlet 30 for the fluid load. Has a first slope 32a. This first slope 32
a is a plane X that intersects the boundary A between the front surface portion 12 and the first side surface portion 16, the boundary B between the first side surface portion 16 and the lower surface portion 20, and the boundary C between the lower surface portion 20 and the front surface portion 12 (however, It extends in a direction substantially along the plane (excluding the plane intersecting the intersection P of the three boundaries) (see FIG. 5A). Along with this, the first slope 32a is formed into the front surface portion 12, the first side surface portion 16 and the lower surface portion 2.
It is placed in the first corner portion 64 formed by 0 (FIG. 5).
(A), see FIG. Reference numeral 34 denotes a second support portion that is detachably attached to the luggage storage space S, and the second support portion 34 is a first support portion for sliding the fluid luggage toward the cargo outlet 30 for the fluid luggage. It has a second slope 34a. A plane that intersects the second slope 34a with the boundary D between the front surface portion 12 and the second side surface portion 18, the boundary E between the second side surface portion 18 and the lower surface portion 20, and the boundary C between the lower surface portion 20 and the front surface portion 12. It is made to extend in a direction substantially along Y (excluding the plane intersecting the intersection Q of the three boundaries) (see FIG. 5B). Along with this, the second sloped surface 34a is connected to the front surface portion 12, the second side surface portion
And the second corner portion 66 formed by the lower surface portion 20 (see FIG. 5B and FIG. 6). Then, the unloading port 30 for the liquid cargo is provided with the first and second slopes 32a and 34a.
It is arranged at a position corresponding to the bottom of the valley formed by a (see FIG. 1).

In this embodiment, when the presser foot 12d is mounted between the first side surface part 16 and the second side surface part 18, the presser foot 12d and the first side surface part 16 and the lower surface part 20 are formed. The corner portion is referred to as a first corner portion 64. Similarly, when the presser foot 12d is attached between the first side surface portion 16 and the second side surface portion 18, the presser foot 12d and
A corner portion formed by the second side surface portion 16 and the lower surface portion 20 is referred to as a second corner portion 66. The first and second supports 32 and 34 are attached to the first and second corner portions 64.
And 66 to abut and position. Slopes 32a and 34a of the positioned first and second supports 32 and 34
Is brought into contact with the slopes 84a and 84b (see FIG. 8) of the inner bag stretched in the luggage storage space S to support the inner bag.

2 (A) and 2 (B) are front and plan views showing in more detail the construction of the presser foot for supporting the lower portion of the front portion of the inner bag, and FIGS. 3 (A) and 3 (B) are views. 2A and 2B are a front view and a plan view schematically showing the configuration of an auxiliary member used for the second presser foot.

As shown in FIG. 2, in this embodiment, the presser foot 12d has frame members 36, 38, 40 and a plate member 42. The front shape of the frame member 36 is a [] shape, and one end 36a and the other end 36b of the frame member 36 are hollow. The front shape of the frame member 38 is a square shape, and has protrusions 38a and 38b on one side thereof. The protrusions 38a and 38b of the frame member 38 are detachably fitted to the one end 36a and the other end 36b of the frame member 36, and these members 36 and 38 are integrally coupled. Further, the plate member 42 and the frame member 40 having a square front shape are sequentially coupled to the other side portion of the frame member 38. A handle 50 is provided on each of the frame members 36, 38 and 40.

Further, the plate member 42 is provided with a discharge port 3 for powder particles.
Form 0. In order to reduce the step when the powder or granular material passes through the load outlet 30, the load outlet 30 is formed close to the lower edge of the plate member 42. The unloading port 30 has a pentagonal front shape, and the opening area of the unloading port 30 is the cross-sectional area of the granular material flow passage in the direction orthogonal to the granular material outflow direction of the granular material unloading nozzle of the inner bag described later. Is almost equal to. Further, the plate member 42 is provided with locking portions 46 and 48 for detachably attaching the auxiliary member 44 (see FIG. 3). The locking portion 46 is a protrusion provided between the upper edge portion of the plate member 42 and the load outlet 30, and has a base portion 46a having a small diameter and a tip portion 46b having a large diameter. The locking portion 48 is the plate member 42.
It is a guide groove provided on the lower edge of the.

Further, as shown in FIG. 3, the auxiliary member 44 is a plate-shaped member. A handle 52 is provided on the upper edge of the auxiliary member 44.
To provide. Further, a slit 54 is formed in the auxiliary member 44 by cutting out from the lower edge portion of the auxiliary member 44 to a space between the lower edge portion and the upper edge portion. Then, the auxiliary member 44 is replaced with the plate member 42.
The auxiliary member 44 is provided with a locking portion 56 for locking the locking portion 46. The locking portion 56 includes a hole 56a and a slit 56b which are formed continuously with the auxiliary member 44. The holes 56a and the slits 56b are sequentially arranged from the lower edge portion to the upper edge portion of the auxiliary member 44. The diameter of the hole 56a is made larger than the diameter of the tip portion 46a of the locking portion 46, the width of the slit 56b is made wider than the diameter of the base portion 46b of the locking portion 46, and the tip portion 46a of the locking portion 46 is formed. Narrower than the diameter of.

FIGS. 4A and 4B are front views showing a state in which the auxiliary member is attached to and removed from the presser in FIG.

When the inner bag is expanded in the luggage storage space S and the granular material is stored in the inner bag,
As shown in FIG. 4 (A), the auxiliary member 44 is pressed down 12d.
Attached to the plate member 42. In mounting, first, the inner bag is expanded in the luggage storage space S. Next, the tip portion 46b of the locking portion 46 of the plate member 42 is inserted into the hole 56a of the locking portion 56 of the auxiliary member 44,
After that, the base portion 46a of the locking portion 46 is fitted into the slit 56b of the locking portion 56. Next, the base 46a is slit 56
b inside to slide the lower edge of the auxiliary member 44 into the plate member 4
It is fitted into the locking portion 48 provided in 2. Next, the powder particle discharging nozzle 58 (see FIG. 8) of the inner bag is pulled out from the luggage storage space S to the outside of the luggage storage space S through the slit 44 of the auxiliary member 44, and then, for example, the luggage storage space S.
The powder passage of the nozzle 58 is closed by binding the outer nozzle 58 with a rope. Next, the powder particles are loaded inside the inner bag. The inner bag nozzle 58 prevents the nozzle 58 from protruding out of the luggage storage space S under the load of the powder or granular material.
This is prevented by supporting the portion with the auxiliary member 44.

When unloading the powder or granules in the inner bag, the auxiliary member 44 is removed from the retainer 12d as shown in FIG. 4 (B). For removal, first, the granular material flow path of the closed nozzle 58 is opened by, for example, unraveling the rope. Next, the base portion 46a is slid in the slit 56b to disengage the lower edge portion of the auxiliary member 44 from the locking portion 48, and then the tip portion 46b is disengaged from the hole 56a. The operation of opening the powder / granular flow path of the nozzle 58 may be performed after the tip portion 46b is removed from the hole 56a.

FIGS. 5A and 5B are perspective views showing the structure of the first and second support portions in more detail. As shown in FIG. 5, in this embodiment, the first and second support portions 32 are
Numerals 34 and 34 are solids having a triangular pyramid shape or a shape similar thereto, for example, a substantially right-angled triangular pyramid shape, and are solid solids made of urethane or expanded polystyrene.

In this embodiment, since the first support portion 32 is a solid body having a right-angled triangular pyramid shape, by contacting the first support portion 32 with the first corner portion 64, The inclination of the slope 32a can be kept constant. Therefore, it is not necessary to separately use a positioning means for maintaining the first slope 32a at a fixed position during transportation of the powdery particles and unloading. Similarly, also in the second support portion 34, it is not necessary to separately use a positioning means for keeping the inclination of the second slope 34a constant during transportation and unloading of the granular material.

Further, first and second slopes 32a and 34
a is located at the first and second corner portions 62 and 62, and these bevels 32a and 34a form a V-shaped or U-shaped or similar shaped valley. When the powder or granular material is unloaded, this valley forms or regulates the discharge route of the load, so that the amount of the load remaining inside the container body 10 can be reduced.

FIG. 6 is a cross-sectional view of essential parts showing a state in which the first and second support portions are brought into contact with the first and second corner portions and positioned.

In this embodiment, as shown in FIG. 6, a guide groove 60 is formed on the inner wall surface of the first and second side surface portions 16 and 18.
And 62 are provided. The guide grooves 60 and 62 are arranged at positions facing the opening N and extend in a direction substantially perpendicular to the lower surface portion 20 of the container body 10. Then, one end and the other end of the presser 12d are detachably fitted in the guide grooves 60 and 62 and slidably slidable in the guide grooves 60 and 62. Positioning of the retainer 12d in the direction from the opening N to the inside and outside of the luggage storage space S is performed by the guide grooves 60 and 62.

When positioning the first support portion 32, the presser foot 12d is fitted into the guide grooves 60 and 62 for positioning, and then the presser foot 12d, the first side surface portion 16 and the lower surface portion 2 are positioned.
The first support portion 32 is brought into contact with the first corner 64 formed by 0 to be positioned. When positioning the second support portion 34, the presser foot 12d is fitted into the guide grooves 60 and 62 for positioning, and then the presser foot 12d and the second side surface portion 1
The second support portion 34 is brought into contact with a second corner 66 formed by the lower surface portion 6 and the lower surface portion 20 to be positioned.

FIG. 7 is a perspective view of an essential part for explaining the slope of the second support part. With the second support portion 34 positioned at the second corner portion 66, the container body 10 is dumped up and the rear surface portion 14 of the container body 10 is replaced by the front surface portion 12.
When the container body 10 is tilted at the maximum angle so that it becomes lower than the above, the slanted surface 34a of the second support portion 34 has a granular material as the granular material unloading nozzle 58 of the inner bag and / or the granular material of the container main body 10. An inclined surface is formed so as to slide down inside the inner bag toward the body discharge port 30. The sliding direction of the powder or granular material at this time is indicated by an arrow L in the figure. Further, in the state where the second support portion 34 is positioned at the second corner portion 66, even when the lower surface portion 20 of the container body 10 becomes substantially horizontal without dumping up the container body 10,
The inclined surface 34a of the second support portion 34 forms an inclined surface similar to that at the time of dumping up. Further, the sloped surface 32 a of the first support portion 32 also forms a sloped surface similar to the sloped surface 34 a of the second support portion 34.

Incidentally, the first and second slopes 32a and 34a.
The shape of is to be any suitable shape that allows the powder particles to slide inside the inner bag toward the powder particle discharging nozzle 58 of the inner bag and / or the powder particle discharging port 30 of the container body 10. For example, it may be a flat surface, a curved surface, or a triangular shape or another polygonal shape.

FIG. 8 is a perspective view schematically showing the structure of the inner bag used in this embodiment. In the figure, the inner bag is expanded and the presser foot 12c is attached to the front surface of the inner bag.

In this embodiment, as shown in FIG. 8, the inner bag 68 is the luggage storage space S of the container body 10.
It is an inner bag for storing powder and granules that is detachably spread inside. The inner bag 68 is a flexible and foldable bag body 70, and connecting portions 72a to 7a for detachably connecting the bag body 70 to the inner wall surface of the container body 10.
2d, a nozzle 74 as a powder / granule loading path, and a nozzle 58 as a powder / granular discharge path.

The bag body 70 is a flexible hollow container formed by connecting a front surface portion 76, a rear surface portion 78, a first side surface portion 80, a second side surface portion 82, a lower surface portion 84 and an upper surface portion 86. Is. The bag main body 70 is unfolded from the folded state, and is joined to the inner wall surface of the container main body 10 to expand the bag main body 70.
The powder is stored in the hollow part of.

When the first and second bevels 32a and 34a are arranged at the first and second corner portions 62 and 64, a third and a fourth having a shape corresponding to the valley formed by the bevels 32a and 34a. The slopes 84a and 84b are provided on the lower surface portion 84 of the inner bag, and the nozzles 58 serving as the particulate discharge path are located at positions corresponding to the bottoms of the valleys formed by the first and second slopes 32a and 34a (the container body 10). (Position corresponding to the unloading port 30) of the above.

When the first and second slopes 32a and 34a are positioned at the first and second corner portions 64 and 66 and the inner bag 68 is expanded in the luggage storage space S, the slopes 32a and 34a are formed. , Abut against the slopes 84a and 84b of the inner bag 68, and thus support these slopes 84a and 84b. Moreover, the slopes 84a and 84b are the slopes 32a and 34a that are positioned.
An inclined surface similar to the inclined surface formed by is formed.

A nozzle 74 is provided on the upper surface of the bag body 70 as a powder / granular material loading path. The bag body 70 and the container body 10
Of the container body 10 when expanded in the luggage storage space S of
Nozzle 74 so as to face the loading port 28 for the granular material of
To place. In storing the powder or granular material in the bag body 10, the bag body 10 is expanded in the luggage storage space S, then the nozzle 74 is pulled out from the loading port 28 of the container body 10, and the nozzle 74 is pulled out. The powder particles are loaded into the bag body 10. When the loading of the powder or granules is completed, the nozzle 74 is tied with, for example, a rope to close the powder or granule flow path of the nozzle 74. It should be noted that the bag body 70 of the inner bag is provided with an air vent (not shown) used when loading or unloading the powder or granular material into or from the bag body 10.

Although the structure and the arrangement position of the connecting portions 72a to 72d are not limited, in this embodiment, the connecting portion 72a is provided in the upper portion of the side surface portion 80 near the front surface portion. The connecting portion 72a includes a long member 72a1 such as a rope or a band, a locking member 72a2 such as a ring or a carabiner, and a fastening member 72.
It consists of a3. One end a of the long member 72a1 and the auxiliary support member 88 are arranged in the vicinity of the ridge line where the side surface portion 80 and the upper surface portion 86 intersect and fixed to the side surface portion 80, and the fastening member 72a3 intersects the ridge line where the side surface portion 80 and the front surface portion 76 intersect. And is fixed to the side surface portion 80. Then, the other end b of the long member 72a1 is sequentially inserted into the auxiliary support member 88 and the locking member 72a2. Then, the other end b is locked to the fastening member 72a3 so that the length of the long member 72a1 between the one end a and the fastening member 72a3 can be adjusted. Similarly, the connecting portion 72a
Is provided in an upper portion of the side surface portion 82 near the front surface portion.

The connecting portion 72b is a ring, a carabiner, or other locking member. The connecting portion 72b is formed by connecting the connecting portion 72b to an upper portion and a lower portion of the side surface portion 80 toward the rear surface portion and an upper portion of the side surface portion 82 toward the rear surface portion. Provided on the lower part and on the lower part respectively. The connecting portion 72c is an S-shaped hook or other locking member. The connecting portion 72c is provided near the ridgeline where the side surface portion 80 and the upper surface portion 86 intersect, and is provided on the side surface portion 80. It is provided on the side surface portion 82 by being arranged in the vicinity of the ridgeline where the upper surface portion 86 intersects.

Further, the connecting portion 72d is provided near the ridgeline where the side surface portion 80 and the lower surface portion 84 intersect. The connecting portion 72d includes a long member 72d1 such as a rope or a band, a locking member 72d2 such as a ring or a carabiner, and a fastening member 72d.
It consists of three. One end c of the long member 72d1 and the fastening member 72
d3 and d3 are respectively arranged near the ridgeline where the side surface portion 80 and the lower surface portion 84 intersect and fixed to the side surface portion 80, and the other end d of the long member 72d1 is inserted into the locking member 72d2.
After that, the length of the long member 72d1 between the one end c and the fastening member 72d3 is adjustable so that the other end d is fastened.
Lock to 3. Similarly, the connecting portion 72d is connected to the side surface portion 82.
And provided in the vicinity of the ridgeline where the lower surface portion 84 intersects.

The inner wall surface of the container body 10 (the wall surface of the luggage storage space) is provided with connecting portions corresponding to the connecting portions 72a to 72d. When the bag body 70 is expanded, these connecting portions are connected to each other. And spread the bag body 70.

Further, in this embodiment, the container body 10
Flexible closed loop members 90 and 92 for positioning the presser foot 12c are provided on the front surface portion 76 of the bag body 70. The plurality of closed loop members 90 are attached to the front surface portion 76 of the bag body 70.
And it arrange | positions at predetermined intervals along the ridgeline which the side part 80 forms. One end e of the closed loop member 90 is fixed to the front surface portion 76, and the other end f of the closed loop member 90 is connected to the one end e and / or the front surface portion 76.
Removably locked to form a closed loop. Further, the plurality of closed loop members 92 are arranged at predetermined intervals along the ridgeline formed by the front surface portion 76 and the side surface portion 82 of the bag body 70. A closed loop member 92 is provided so as to be free to extend from the front surface portion 76.

The retainer 12c of the container body 10 is a rod-shaped member. For fitting the presser foot 12c into the guide grooves 60 and 62 of the container body 10 (see FIG. 6), presser foot 12c
One end g thereof is inserted into the closed loop member 92 and then fitted into the guide groove 62. Next, while holding the one end g side of the presser foot 12c movably with the closed loop member 92, presser foot 12c
The other end h of is fitted into another guide groove 60. After that, the other end h
The other end f of the closed loop member 90 is locked to the one end e and / or the front surface portion 76 while the side of the closed loop member 90 is rolled up, and the closed loop member 90 forms the closed loop 12
The other end h side of c is supported.

A hanging member 94 is used as another member for supporting the presser foot 12c. Closed loops are formed at one end i and the other end j of the hanging member 94, respectively. When supporting the presser foot 12c with the hanging member 94, the presser foot 12c is inserted into the closed loop of the other end j of the hanging member 94, and then the presser foot 12c is pressed.
C is fitted in the guide portions 60 and 62. Next, the connecting portion 72
The locking member 72a1 of “a” is inserted into the closed loop of the one end i of the suspending member 94, and the presser foot 12c is supported via the connecting portion 72a and the suspending member 94.

The present invention is not limited to the above-mentioned embodiment, and therefore, the size, shape, disposition position, forming material, constitution and the like of each constituent can be arbitrarily changed.

For example, the opening N may be used as the loading port 28 without providing the loading port 28 for the granular material on the upper surface portion 22 of the container body 10. In this case, the nozzle 74 serving as the powder / granular material loading path is provided on the upper surface 8
6, the nozzle 74 is arranged closer to the upper surface portion 86 side of the bag body 70 and is provided in the front surface portion 76, or an opening as a powder / granular material loading path is arranged closer to the upper surface portion 86 side of the bag body 70. It may be arranged and formed in the front portion 76 so that this opening can be opened and closed via fasteners.

The closed loop members 98 and 92 for positioning the presser foot 12c may not be provided in the bag body 70. In this case, for example, one end g and the other end h of the presser foot 12c
A locking mechanism capable of locking the locks is provided in the guide grooves 60 and 62 of the container body 10, or a plurality of closed loops are provided in the hanging member 94 at predetermined intervals, and the presser 12c is inserted into each of the closed loops. You may stop it.

[0056]

As is apparent from the above description, according to the container of the present invention, the first and second supporting portions are mounted in the luggage storage space of the container main body to form the first and second slopes. They are located at the first and second corners of the container body, and these first and second slopes form a trough that guides the liquid cargo to the cargo outlet of the container body. Since the valley forms or regulates the discharge route of the liquid load when the liquid load is unloaded, the amount of the liquid load remaining inside the container body can be reduced.

When transporting non-fluid luggage, the first and second support portions can be removed to load the luggage into the luggage storage space of the container body, so that the luggage storage space of the container body can be widely and effectively used. Available. Therefore, according to the container of the present invention, the first and second support portions are detachably mounted in the luggage storage space of the container body, which has a simple structure. It is possible to provide a container in which the residual amount of the luggage can be reduced and the luggage storage space of the container body can be widely and effectively used for loading the luggage when transporting the non-fluid luggage. Moreover, since the structure is simple, such a container can be provided at low cost.

[Brief description of drawings]

FIG. 1 is a perspective view schematically showing a configuration of an embodiment of the present invention with a part thereof cut away.

2 (A) and 2 (B) are a front view and a plan view schematically showing the structure of a presser for supporting a lower portion of an inner bag.

3A and 3B are a front view and a plan view schematically showing the configuration of an auxiliary member used for the presser foot in FIG.

FIG. 4A and FIG. 4B are front views of relevant parts schematically showing a state in which the auxiliary member is attached to the presser and a state in which the auxiliary member is removed from the presser.

5 (A) and 5 (B) are perspective views schematically showing the configuration of first and second support portions.

FIG. 6 is a cross-sectional view of relevant parts schematically showing a state in which the first and second support portions are positioned at the first and second corner portions.

FIG. 7 is a perspective view of a main part used for explaining a slope of a support part.

FIG. 8 is a perspective view schematically showing the configuration of an inner bag for storing powder particles used in the container of the embodiment.

[Explanation of symbols]

 10: Container body 12: Front part 14: Rear part 16: First side part 18: Second side part 20: Bottom part 22: Top part 24: Non-fluid cargo loading port 26: Non-fluidity Loading port for luggage 28: Loading port for liquid luggage 30: Loading port for fluid luggage 32: First support portion 32a: First slope 34: Second support portion 34a: Second Slope 68: inner bag 84: inner bag lower surface 84a: third slope 84b: fourth slope

Claims (1)

(57) [Scope of utility model registration request] 1. A container body having a front surface portion, a rear surface portion, first and second side surface portions, a lower surface portion and an upper surface portion surrounding a luggage storage space, and a container for non-flowable luggage provided in the container body. A container comprising a mouth and a unloading port, wherein a loading port and a unloading port for fluid luggage provided in the container body and first and second detachably mounted in a luggage storage space of the container body And a second support portion, wherein the first support portion has a first slope for sliding the fluid load toward the discharge port for the liquid load, and the first slope is A plane intersecting the boundary between the front surface portion and the first side surface portion, the boundary between the first side surface portion and the lower surface portion, and the boundary between the lower surface portion and the front surface portion (excluding the plane intersecting the intersection of the three boundaries). And a front surface portion, a first side surface portion and Disposed on a first corner portion formed by the lower surface portion, the second support portion has a second slope for sliding the liquid load toward the discharge port for the liquid load, The second slope is a plane that intersects the boundary between the front surface portion and the second side surface portion, the boundary between the second side surface portion and the lower surface portion, and the boundary between the lower surface portion and the front surface portion (provided that the intersection of the three boundaries (Except for intersecting planes) is arranged in a second corner portion formed by the front surface portion, the second side surface portion and the lower surface portion while extending in a direction substantially along, and the discharge port for the fluid load is provided, It is arranged at a position corresponding to the bottom of a valley formed by the first and second slopes, and the first and second supporting portions are solid triangular pyramid-shaped solid bodies made of urethane or styrofoam. The container to be.