JP2021187494A - Stackable container - Google Patents

Abstract

To provide a highly practical container that makes it easy to put in and take out a storage article even in a stacking state as a configuration that can switch to be easily taking-out a storage article by tilting the side wall of a part of the lower container outward, even in the stacking state.SOLUTION: In a stackable container, a tilting side wall part 5 constituting the side wall of a square storage body 1 is provided in a freely tilted way outward. A tilting bottom plate part 6, which becomes a horizontal bottom plate when the standing side wall is configured, is horizontally projected inward on the tilting side wall part 5. In the case of a tilting side wall configuration, this tilting bottom plate part 6 is also configured to tilt outward and become an outwardly inclined bottom plate. By tilting the tilting side wall part 5 outward to a predetermined tilting position even in a stacking state by a tilting guide mechanism 7, a take-out opening 17 that allows a storage article 15 to be taken in and out of the tilting bottom plate part 6 at the upper part of the square storage body 1 is provided.SELECTED DRAWING: Figure 11

Description

The present invention relates to a container that can be used as a storage box and can be stacked (stackable).

In a box-shaped storage body with and without a lid that has an upper opening such as a container, each part plate can be expanded, folded, and the side wall can be tilted outward. Various configurations have been developed, such as those that have been used.

However, in a stackable container, by tilting the side wall portion outward in this stacking state in a stacked and stacked state, a take-out opening that can be taken out even in the stacking state is opened in the upper part on the side wall portion side. At the same time, in conjunction with this, the bottom plate portion also tilts outward in a stacking state, and for example, the bottle stored on the bottom plate portion tilts outward in a stacking state and can be taken in and out from the upper opening for taking out. Containers have not been proposed.

That is, although it is a stackable container, it can be switched so that, for example, the bottle to be stored can be taken out by tilting the side wall portion of a part of the lower container to the outside while keeping the stacking storage as needed. Has not been proposed.

Japanese Unexamined Patent Publication No. 2013-32182

Although the present invention is a stackable container, it is possible to tilt the side wall portion of a part of the lower container outward while keeping the stacking storage as needed, so that, for example, the bottle to be stored can be taken out. The purpose is to provide a stackable container that is extremely practical and possible.

The gist of the present invention will be described with reference to the accompanying drawings.

A mounting receiving portion 2 is provided on the upper portion of the square storage body 1 having an upper opening, and a mounting portion 3 for mounting on the previously described receiving portion 2 of the square storage body 1 of another stacking container is provided. The square storage body is stacked on the immovable base portion 4 which is configured to be immovable when the square storage body 1 of another container is stacked on at least the upper part of the square storage body 1. The tilting side wall portion 5 constituting the side wall of 1 is provided so as to be tiltable outward, and the tilting bottom plate portion 6 which becomes a horizontal bottom plate when the standing side wall is configured is horizontally projected inward in the tilting side wall portion 5. In the case of the inclined side wall configuration, the tilting bottom plate portion 6 is also configured to be an outwardly downward inclined bottom plate, and the tilting side wall portion 5 and the immovable substrate 4 are tilted by the tilting side wall portion 5. Is provided, and the tilting guide mechanism 7 is provided so that the tilting side wall portion 5 and the tilting bottom plate portion 6 can be tilted to a predetermined tilting position in a stacking state. By tilting the tilting side wall portion 5 outward in this stacking state, the storage object 15 is connected to the upper opening portion 16 of the square storage body 1 at the upper part of the square storage body 1 and is connected to the tilting bottom plate portion 6. The present invention relates to a stackable container, which is configured to be provided with an opening for taking out 17 which can be taken in and out.

Further, the pair of side wall portions 8 and the bottom portion 9 of the square storage body 1 facing each other are used as the immovable base 4, and the above-mentioned immovable receiving portion 3 is provided on the upper portion of the side wall portion 8 of the immovable base 4. The bottom portion 9 of the substrate 4 is provided with the above-mentioned placement portion 4, and at least one side wall portion 10 of the other pair of side wall portions 10 of the square housing 1 is configured in the tilted side wall portion 5. The present invention relates to the stackable container according to claim 1.

Further, the upper portion of the tilting side wall portion 5 is provided with a notch opening 11 for taking out a bottle for grasping the upper portion of the bottle 15 as the storage object 15 stored on the tilting bottom plate portion 6. It relates to the stackable container according to any one of claims 1 and 2.

Further, the tilting side wall portion 5 is provided with a polymerization guide plate 12 slidably polymerized on the side wall portion 8 of the immovable substrate 7 adjacent to the tilting side wall portion 5, and the side wall portion 8 and the polymerization guide plate 12 are provided with the polymerization guide plate 12. The stackable container according to any one of claims 1 to 3, wherein the tilting guide mechanism 7 is configured by the guide hole 13 and the guide pin 14 provided in the above. ..

Further, in the center of the square storage body 1, a partition portion 28 for guiding and storing the bottle 15 as the storage material for dividing the inside of the square storage portion 1 and storing it on the tilting bottom plate portion 5 is provided. The present invention relates to a stackable container according to any one of claims 1 to 4.

Since the present invention is configured as described above, even though it is a stackable container, even if it is in a stacking state as needed, a part of the side wall portion of the lower container is tilted outward to easily store the stored items. It has a structure that can be switched so that it can be taken out, making it an extremely practical stackable container that makes it easy to put in and take out stored items even in a stacking state.

It is a perspective view of this Example. It is a perspective view of the state in which the tilting side wall portion on one side of this embodiment is tilted. It is a perspective view of the state in which the tilting side wall portions on both sides of this embodiment are tilted. It is a front view (tilted side wall side) of this embodiment. It is a side view (the immovable side wall side) of this Example. It is a side view (the immovable side wall side) in the state where the tilting side wall part of this embodiment is tilted. It is a top view of this Example. It is a bottom view of this Example. It is explanatory perspective figure of the state in which the tilting side wall portion of the lower square storage body is tilted in the stacking state of this embodiment. It is a side view (the immovable side wall side) in the state where the tilting side wall part of the lower square storage body is tilted in the stacking state of this embodiment. It is explanatory perspective figure in the PET bottle storage state in the state which the tilting side wall part of the lower square storage body is tilted in the stacking state of this Example. It is explanatory side view (the immovable side wall part side) of the nesting state of this Example.

The optimum embodiment of the present invention will be briefly described by showing the operation of the present invention based on the drawings.

The lower mounting portion 3 of the square storage body 1 of another container to be stacked is mounted on the mounting receiving portion 2 on the upper portion of the square storage body 1 having an upper opening, and the mounting portion 3 is placed on the upper portion of the square storage body 1. When stacking the square storage body 1 of another container, the side wall portion 10 of a part of the square storage body 1 is provided with respect to the immovable base portion 4 which is configured to be immovable at least during stacking of the square storage body 1. The tilting side wall portion 5 (which is configured to be tiltable outward) is tilted outward.
For example, when, for example, a pair of facing side wall portions 8 of the square housing 1 are configured as an immovable base portion 4, and the other pair of side wall portions 10 are configured as a tilting side wall portion 5 that can tilt outward, this tilting If necessary, the side wall portion 5 is, for example, released from the tilt lock mechanism 25 and tilted to a predetermined tilt position by the tilt guide mechanism 7.

At this time, even in the stacking state as described above, by tilting the tilting side wall portion 5 outward, the upper opening portion 16 of the square storage body 1 is connected to the upper portion of the square storage body 1, and the tilting bottom plate portion 6 is above the tilting bottom plate portion 6. An opening for taking out 17 is provided so that the stored items 15 can be taken in and out.

That is, a tilting bottom plate portion 6 that becomes a horizontal bottom plate in the standing side wall configuration is horizontally projected inward from the tilting side wall portion 5, and is guided by the tilting guide mechanism 7 to form the tilting side wall portion 5 as the immovable substrate. When the tilting bottom plate portion 6 is tilted outward and held in a predetermined tilting position with respect to 4, the tilting bottom plate portion 6 also tilts and tilts outward, for example, the stored items 15 on the tilting bottom plate portion 6 (for example, stored side by side in a vertical installation state). The upper part of the bottle 15) faces from the opened opening for taking out 17, so that taking out is easy even in a stacking state.

Further, for example, if a notch opening 11 for taking out a bottle for grasping the upper portion of the bottle 15 as the stored object 15 stored on the tilting bottom plate portion 6 is provided on the upper portion of the tilting side wall portion 5, the further layer may be provided. The bottle 15 can be easily grasped and pulled out from the take-out opening 17 at the upper part of the tilting side wall portion 5, and the tilting angle can be designed to be small.

Specific Example 1 of the present invention will be described with reference to the drawings.

In this embodiment, the mounting receiving portion 2 is provided on the upper portion of the pair of facing side wall portions 8 having the short sides as the immovable base portion 4 of the square storage body 1 having an upper opening, and the above-mentioned another container to be stacked. A stackable container in which a stacking portion 3 to be mounted on the previously described mounting portion 2 of the square storage body 1 is provided on the bottom portion 9, and an immovable base portion 4 which is always immovable without stacking. For a pair of side wall portions 8 and a bottom portion 9, both side wall portions 10 constituting the pair of opposite side wall portions 10 on the long sides of the square storage body 1 are rotated around the lower edge portion thereof to the outer edge portion of the bottom portion 9. It is movably attached to a shaft and tilted outward via the hinge portion, and both of the facing side wall portions 10 are configured as the tilting side wall portions 5.

Further, in the tilting side wall portion 5 of the present embodiment, a tilting bottom plate portion 6 which becomes a horizontal bottom plate when the vertical side wall is configured is horizontally projected inward, and when the tilting side wall is configured, the tilting bottom plate portion 6 is also the tilting side wall portion 5. It is configured so that the tilting bottom plate portion 6 is tilted outward while maintaining the angle formed by the tilting bottom plate.

Specifically, the tilting side wall portion 5 facing the tilting side wall portion 5 is configured such that the tilting bottom plate portion 6 is projected inward at a right angle so that the tilting side wall portion 5 is polymerized on the bottom portion 9 and the inner edges are in contact with each other.

Further, the tilting side wall portion 5 and the immovable substrate 4 are provided with a tilting guide mechanism 7 for guiding the tilting of the tilting side wall portion 5 and holding the tilting side wall portion 5 at a predetermined tilting position, and the tilting guide mechanism 7 provides a predetermined tilting state in a stacking state. The tilting side wall portion 5 and the tilting bottom plate portion 6 can be tilted to the position.

That is, in this embodiment, even in this stacking state, by appropriately tilting the tilting side wall portion 5 outward, the upper opening of the square storage body 1 is opened at the upper portion of the square storage body 1 on the tilting side. A take-out opening 17 that is connected to the portion 16 and allows the stored items 15 to be taken in and out is provided on the tilting bottom plate portion 6.

Further, the pair of side wall portions 8 and the bottom portion 9 on the short sides of the square accommodating body 1 are set as the immovable substrate 4, and the above-mentioned mounting portion 3 is provided on the upper portion of each side wall portion 8 of the immovable substrate 4. The previously described placement portion 4 is provided on the bottom portion 9 of the immovable substrate 4.
Then, both side wall portions 10 of the pair of side wall portions 10 on the other long sides of the square storage body 1 are configured in the tilted side wall portion 5.

Further, a notch opening 11 for taking out a bottle for grasping the upper portion of the bottle 15 as the stored object 15 stored on the tilting bottom plate portion 6 is provided above the tilting side wall portion 5.

Therefore, for example, when the bottle 15 as the stored object 15 is stored side by side on the tilted bottom plate portion 6, the head of the exposed bottle 15 is grasped through the notch opening 11 for taking out the bottle. The bottle 15 is easily pulled out from the take-out opening 17 at the upper part of the tilting side wall portion 5. On the contrary, when storing the bottle, it is inserted through the notch opening 11 for taking out the bottle and inserted from the opening for taking out 17 onto the tilting bottom plate portion 6 along the inside of the tilting side wall portion 5 which is tilted. It can be loaded, and even if the upper part is closed in the stacking state, or even if the upper opening 16 is closed by the lid instead of stacking, it can be easily loaded and stored instantly.

Moreover, in the present embodiment, since the tilting side wall portions 5 are provided on both sides as described above, the tilting side wall portions 5 on the side to be taken in and out can be tilted outward and put in and out as needed, which is extremely excellent in practicality.

Further, in this embodiment, on both sides of each tilting side wall portion 5, a polymerization guide plate 12 slidably polymerized on the side wall portion 8 of the immovable substrate 4 adjacent to the tilting side wall portion 5 is provided, and the side wall portion 8 is provided. The tilting guide mechanism 7 is formed by the arc-shaped guide hole 13 and the guide pin 14 provided in the polymerization guide plate 12, and the tilting guide mechanism 7 is smoothly slid on both sides and the guide hole 13 and the guide pin 14 are engaged with each other. The structure is such that the tilting can be performed with good stability, and the predetermined tilting position, that is, the stop holding angle at the time of open tilting of the tilting side wall portion 5 can be set by setting the length of the guide hole 13.

Further, in the center of the square storage body 1, a partition portion 28 is provided in which the inside of the square storage portion 1 is divided and the bottle 15 as the storage material to be stored on the tilting bottom plate portion 5 is guided and stored.
The partition portion 28 is a partition portion 28 in which the plate material is erected from the bottom portion 9 at a position (parallel to the length of the long side of the square storage body 1) across the central portion where both tilting bottom plate portions 6 meet. However, in this embodiment, the belt body is detachably attached between the side wall portions 8 on the short side as the partition portion 28 at a predetermined height in the central portion parallel to the long side length direction of the square storage body 1. It has a structure that is stretched over.

Further, the pair of side wall portions 8 constituting the immovable base portion 4 on the short side of the present embodiment may also be provided so that they can be tilted when they are not stacked, or they can be locked and tilted as needed. However, in this embodiment, the pair of side wall portions 8 on the short sides are always immovable base portions 4, and are configured to stand upright from the bottom 9 of the immovable base portion 4, and the side wall portions 8 are formed. A notch opening 19 is also provided in the upper part of the structure, and a leather band is attached so as to be erected in the notch opening 19 to provide a handle portion 18 for lifting.

Further, in the present embodiment, as described above, the mounting receiving portion 2 is provided on the upper portion of the square storage body 1 having an upper opening, and the previously described receiving portion of the square storage body 1 of another storage box to be stacked. A mounting portion 3 to be mounted on the 2 is provided at the lower portion, and the front-described mounting portion 3 at the lower portion of the square storage body 1 of the other storage box is provided on the front-described mounting portion 2 at the upper portion of the square storage body 1. In addition to being configured to be stackable by mounting the above, the mounting portion 3 is provided with a protrusion degree switching mechanism 20 in which the protrusion length to the outside can be adjusted, and the protrusion degree switching mechanism 20 is used. When the protruding length is long, the mounting portion 3 is mounted on the mounting receiving section 2 described above so that it can be stacked, and when it is short or not protruding, the mounting section 3 is mounted on the mounting receiving section 2. Instead, it is configured so that it can be stored in the square storage body 1 of the other storage box, stacked and stored, and can be nested.

The protrusion degree switching mechanism 20 has a configuration in which a slide portion 22 is provided on the bottom portion 9 of the square storage body 1 via a slide guide mechanism 21 so as to be slidable, and the protruding slide portion 22 is provided. The slide portion 22 is configured as the pre-described mounting portion 3 mounted on the pre-described receiving portion 2, and the slide portion 22 is guided by a slide guide mechanism 21 provided on the bottom portion 9, and the tip portion is predetermined from the bottom portion 9 to the outside. It is configured to project horizontally to the projecting length.

Specifically, the slide portion 22 is provided in a shape having a rod-shaped portion 23 and is configured to be a hanging portion 23 when it is positioned on the upper side during stacking.

Further, the slide portion 22 provided so as to be horizontally slidable along the bottom surface 9 of the bottom portion 9 of the square storage body 1 of the protrusion degree switching mechanism 20 is the edge portion width of the bottom portion 9 of the square storage body 1. The rod-shaped portion 23, which has the rod-shaped portion 23 fully provided and serves as the hanging portion 23, is parallel to the edge portion of the bottom portion 9 and is configured to be freely projected outward from the edge portion. ..
Specifically, the slide portion 22 of the present embodiment is formed of a U-shaped body in a plan view, and the erection portion and the facing portion of the U-shaped body are configured as the rod-shaped portion 23, and the facing portion is the above-mentioned. The slide guide mechanism 21 slides horizontally along the bottom surface of the bottom portion 9 of the square storage body 1, and the tip portion thereof is configured as the previously described placement portion 3.

Therefore, at the time of nesting, the slide portion 22 can be stored along the bottom surface of the bottom portion 9, and at the time of stacking, the slide portion 22 is pulled out and the rod-shaped portion 23 of the erection portion at the tip of the slide portion 22 is parallel to the edge portion. When the slide portion 22 is pulled out so as to be separated from each other, the facing portion of the slide portion 22 protrudes outward from the edge portion of the bottom portion 9, and this is locked to the locking groove portion of the upper edge of the side wall portion 8 provided as the mounting receiving portion 2. It is configured to function as a mounting unit 3 that can be mounted in a positioned state with good stability.

The rod-shaped portion 23 of the slide portion 22 parallel to the edge portion projected during stacking functions as a hanging portion, but also functions as a bottom handle portion separate from the upper handle portion 18.
Further, the facing portion of the slide portion 22 composed of the U-shaped rod body is configured to slide in the tubular insertion guide portion 26 provided as the slide guide mechanism 21, and a bent portion is provided at the base end portion of the facing portion. It is provided so that it does not protrude beyond a predetermined length.

Further, in this embodiment, the polymerization guide plate 12 of the tilting guide mechanism 7 is connected to the left and right of both tilting side wall portions 5 so as to polymerize from the outside on the bottom portion 9 and the side wall portion 8 on the short side provided as the immovable base portion 4. The guide pin 14 provided on the polymerization guide plate 12 is slidably engaged with the arcuate guide hole 13 provided on the side wall portion 8 on the short side, and the tilting side wall portion 5 is engaged with the hinge portion on the lower edge portion. It is configured to be tiltable with respect to the bottom portion 9 and the side wall portion 8 on the short side via 29.

Further, a polymerization protrusion to be polymerized is continuously provided on the upper part of the side wall portion 8 on the short side, and an engagement edge portion is provided on the polymerization protrusion portion, and the engagement edge portion is rotated. The tilting lock mechanism 25 is configured by providing a tilting locking portion for tilting lock that is moved and detachably engaged on the upper portion of the tilting side wall portion 5.

Further, in the present embodiment, in order to prevent deep penetration during nesting, the short side of the nesting stopper piece 24 that is locked to the upper edge of the notch opening 19 provided in the side wall portion 8 of the short side. It is provided in a protruding state at the lower part of the side wall portion 8.

Further, the slide guide mechanism 21 of the present embodiment has a configuration in which a guide forming plate having the tubular insertion guide portion 26 is attached to the lower surface of the bottom portion 9, and slides from the edge of the bottom portion 9 via the slide guide mechanism 21. The rod-shaped slide portion 22 that is projected and sunk is configured to be slidably hidden and stored on the lower surface of the bottom portion 9 without being grounded by the grounding of the leg portion 27 provided on the bottom portion 9. ..

The present invention is not limited to this embodiment, and the specific configuration of each constituent requirement can be appropriately designed.

1 Square storage 2 Mounting receiving part 3 Mounting part 4 Immovable base part 5 Tilted side wall part 6 Tilted bottom plate part 7 Tilted guide mechanism

Claims (5)

A stacking part is provided on the upper part of the square storage body having an upper opening, and a mounting part is provided to be mounted on the previously described receiving part of the square storage body of another container to be stacked. Container
The tilting side wall portion 5 constituting the side wall of the square storage body can be tilted outward to at least the immovable base portion that is immovably configured when the square storage body of the other container is stacked on the upper portion of the square storage body. It is said that it is provided in
The tilting side wall portion is configured such that a tilting bottom plate portion that becomes a horizontal bottom plate when the standing side wall is configured is horizontally projected inward, and this tilting bottom plate portion also becomes an outwardly downward inclined bottom plate when the tilting side wall is configured. Configured,
The tilting side wall portion and the immovable substrate are provided with a tilting guide mechanism in which the tilting of the tilting side wall portion is guided and held at a predetermined tilting position.
By this tilting guide mechanism, the tilting side wall portion and the tilting bottom plate portion are configured to be tiltable up to a predetermined tilting position in a stacking state.
By tilting the tilting side wall portion outward in this stacking state, an opening for taking out that is connected to the upper opening of the square storage body and is connected to the upper opening of the square storage body so that the stored items can be taken in and out of the tilting bottom plate portion. A stackable container characterized by being configured to be provided with. The pair of side wall portions and the bottom portion of the square storage body facing each other are used as the immovable substrate, and the above-mentioned mounting portion is provided on the upper portion of the side wall portion of the immovable substrate, and the previously described placement portion is provided on the bottom portion of the immovable substrate. A part is provided,
The stackable container according to claim 1, wherein at least one side wall portion of the other pair of side wall portions of the square housing is configured in the tilting side wall portion. 1. 2. The stackable container according to any one of 2. A polymerization guide plate slidably polymerized on the side wall portion of the immovable substrate adjacent to the tilting side wall portion is provided on the tilting side wall portion, and guide holes and guides provided in the side wall portion and the polymerization guide plate are provided. The stackable container according to any one of claims 1 to 3, wherein the tilting guide mechanism is configured with a pin. The claim is characterized in that, in the center of the square storage body, a partition portion for guiding and storing a bottle as the storage material for dividing the inside of the square storage portion and storing it on the tilting bottom plate portion is provided. The stackable container according to any one of 1 to 4.

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