JPS5846969Y2 - bottle transport container - Google Patents

Description

[Detailed description of the invention] This invention relates to a bottle transport container consisting of a seed box and a hand container that can store rose bottles separately from each other and can be inserted while the bottles are stored in the hand container. This invention relates to a bottle transport container suitable for transporting bottles coated with resin to prevent bottle breakage.

Generally, a container for transporting bottles has four side walls and a bottom, and a bottle storage compartment is provided inside with intersecting partition walls, and the bottles are stored in this compartment to isolate the bottles from each other and prevent them from coming into contact with each other. It is configured.

However, seed boxes with such a structure have the inconvenience of requiring the purchaser of soft drinks, beer, etc. to take out the bottles individually, transfer them to bags or carrier containers, and take them home.

Therefore, in recent years, column-shaped partitions have been installed from the bottom of the seed box so that the bottles can be separated from each other and the hand-held container containing the bottles can be inserted as is. A bottle transport container has been proposed in which a hole is formed into which a partition is inserted.

The columnar partitions in the seed box are formed at a height sufficient to prevent the bottles from colliding with each other.

On the other hand, bottles coated with resin on the surface are used as a measure to prevent levee breaches, but although such bottles are effective in preventing levee breaches, they do not protect against impact areas like glass bottles. It has the disadvantage of causing scratches that become cloudy.

When a resin-coated bottle is stored in the seed box or hand container and transported, the shoulder of the bottle comes into contact with or collides with the side wall, partition wall, etc. of the seed box or hand container, resulting in scratches on the shoulder of the bottle. .

Since figures and letters are printed on the shoulder and lower part of the bottle, scratches not only make it difficult to read the printed figures and letters, but also degrade the image of the product.

This invention was developed in view of the current situation, and its purpose is to avoid scratches on the printed part by regulating the position of scratches on the bottle in advance, and to reduce the overall size of seed boxes and hand containers. We aim to provide a container for transporting bottles that does not change the process.

This idea focuses on the fact that most of the contact between the bottle and the side walls is made by the upper and lower parts of the bottle body due to the shaking of the bottle.
This objective was achieved by providing ribs on the side walls of the seed box, etc., which come in contact with the upper part of the bottle body, and providing slits in the side walls of the carrier container, through which the ribs were inserted.

This invention will be described in detail below based on illustrated embodiments.

The bottle transport container according to this invention consists of a seed box X and a carrying container Y. The seed box A compartment R is formed by partitioning by an extending partition wall 12.

Inside each compartment R, two pillar walls 14 each having a substantially triangular planar shape and having protruding wall portions 13 extending in three directions are provided so as to protrude from the bottom portion 10 so as to face each other.

On the other hand, the hand container Y has a rounded corner shape with a corner 30a of the side wall 30 that is approximately the same radius as the bottle that accommodates it, and is sized to be inserted into the compartment R of the seed box X. Y-shaped partition walls 31 are symmetrically provided in the plane, and a total of five compartments 32 for storing bottles are formed between the opposing partition walls in the center and at the four corners.

The lower part of the intersection of the partition wall 31 is cut out to form a notch 33, and the bottom 39 below this notch 33 has a substantially triangular hole 34 in plan view as an insertion hole for the support wall 14 of the seed box X. is drilled.

Next, to explain the structure of regulating the position of rubbing scratches, which is a feature of this invention, in the seed box (See Figure 1).

The upper end of this rib 15 is connected to the bottle B to be stored as shown in FIG.
The printed parts of figures, characters, etc. are located below the height of the chair,
The lower end reaches the bottom 10.

Forming the ribs 15 by extending them to the bottom 10 in this manner is advantageous for reinforcing the side walls 11 and the partition walls 12.

In order to save on expensive materials, the lower part of the ribs 15 may be provided with only a notched upper portion, or two ribs 15 may be arranged in pairs and protrude in parallel (see FIG. 8).

As will be described later, the ribs 15 are configured so as to slightly protrude into the interior of the portable container Y when the portable container Y is inserted.

The support wall 14 protruding from the bottom 10 has a substantially triangular shape in plan, and the protrusion wall 13 extending in three directions is formed with a length sufficient to prevent the bottles from coming into contact with each other, and has a space 16 inside. Hollow part 14a and partition plate part 14 integrally formed on its upper surface
It is composed of b.

Furthermore, explaining the support wall 14 based on FIGS. 3 to 5, one of the projecting wall parts 13 is formed wide and is a projecting wall part 18 having a space 16 a continuous to the space 16 inside, The other two are projecting wall portions 19 that have no space inside.

The upper end of the hollow portion 14a is formed to be lower than the height of the printed portion of the stored bottle B, and is therefore configured to have approximately the same height as the rib 15.

The partition plate portion 14b integrally formed on the upper surface of the hollow portion 14a maintains a sufficient height to prevent the bottles from colliding with each other, and the upper surface has an inclined surface 2 to facilitate insertion of the bottles.
0, and a notch 22 is formed at the lower end in a certain range of the intersection 21 as a fillet.

As is clear from FIG. 4, the protruding wall portions 18b and 19b of the partition plate portion 14b are connected to the hollow portion 14a (7) and the protruding wall portion 18.
a, it is formed to be thinner (narrower in width) than 19a.

That is, although the protruding wall portion 18b has a reinforcing rib 23 at its tip, the width m of this reinforcing rib 23 is narrower than the wall thickness (width) M of the protruding wall portion 18a, and therefore, the relationship m<M. It is composed of

Similarly, the wall thickness n of the projecting wall portion 19b is narrower than the wall thickness N of the projecting wall portion 19a, so that the relationship n<N exists. Alternatively, a stepped portion 24 is provided.

Next, to explain the configuration of the handheld container Y, the partition wall 3
1 is raised in a chevron shape at the intersection 35, and the side wall 3
0 is located below and connected to the upper end of the side wall, and a fitting rib 36 provided on the bottom of the container is formed so as to fit into the upper opening of the lower container when the containers are stacked.

Ribs 37 are provided on both sides of the partition wall 31 constituting the notch portion 33 and have a cross-shaped cross section between them and prevent the bottles stored in the notch portion from coming into contact with each other. is reinforced.

Reference numeral 40 denotes a hand that is inserted into a slit 38 formed in the opposing parallel walls 31a of the partition wall 31, and the hand 40 is connected to the grip portion 41. It consists of a support part 42 and a hook-like locking part 43, and the support part 42 extends from both ends of the grip part 41 to the parallel wall 3 of the partition wall 31.
A hook-shaped locking portion 43 is provided so as to sandwich 1 a.
is provided at the lower end of the support portion 42 and inserted into the slit 38.

The locking portion 43 slides up and down within the slit 38.

The upper side of the parallel wall 31a has a continuous slope as shown in FIG. 6, and the grip part 41 of the hand 40 is formed at a height that does not protrude from the side wall 30, so that the grip part 41 can be used when not in use. It is placed and stored on the parallel wall 31a in contact with the side wall 30.

Furthermore, a slit 45 reaching the bottom 39 is formed in the side wall 30 of the portable container Y, and the lower end of this slit 45 communicates with a recess 46 cut out and provided in the side surface of the bottom 39.

The slots 45 and the recesses 46 prevent the bottle from being scratched when the container Y is inserted into the compartment R of the seed box X.
Therefore, the slits 45 are formed slightly higher than the ribs 15, and the recesses 46 are formed slightly larger than the amount of protrusion of the ribs 15. (See Figure 10).

8 and 9 show the structure of another support wall 48 in the seed box X, in which the protruding wall part 13 extending in three directions is constituted by a protruding wall part 18 having a space 16a communicating with the space 16 inside. In this case, no partition plate is provided at the top.

Two scratch position regulating protrusions 47 are provided in parallel on each side of the support wall 48, and the upper ends of the protrusions 47 are positioned below the printed portion of the bottle.

The configuration of the support wall structure and the protruding pieces in this embodiment prevents scratches on the printed portion of the bottle and also has the following advantages.

That is, a draft angle is provided on the support wall to facilitate removal from the mold during molding, and as shown in Figure 8, the side surfaces are inclined at an angle α, and the dimensions of the tip are smaller than the bottom. .

The bottle storage section formed by the support wall therefore widens upwardly.

Therefore, when the bottle is stored and transported, it shakes a lot,
It also caused the bottles to fly off, causing them to explode.

Therefore, by protruding the projecting piece 47 of this invention, the bottle storage section formed by the support wall can be configured to have a constant size at the upper and lower ends of the support wall, thereby reducing the noise caused by collisions between bottles. This has the effect of preventing bottle breakage.

In addition, if the outer surface of the protruding piece 47 is substantially perpendicular to the outer surface of the lower end of the support wall 48, that is, provided so as to protrude by the amount of inclination of the side surface of the support wall, the bottle storage section will not be narrowed, so the space inside the seed box will be minimized. It is advantageous for boxes that are stopped by.

Note that the support wall structure of the seed box according to this invention is not limited to the above-described embodiment, and the projecting wall portion extending in three directions may be constituted by a projecting wall portion 19 having no space inside.
Further, the projecting wall portion may extend in all directions and be configured in the shape of a planar cross.

In this case, it goes without saying that the hole at the bottom of the carrier through which the support wall is inserted is formed in a similar shape to match the planar shape of the support wall.

In addition, the seed box may have a structure in which a cross-shaped partition wall is provided inside to divide the seed box into four compartments, and a support wall is erected inside each compartment. It may also have a structure with walls erected.

Other modifications and changes are possible as long as they do not change the gist of this invention.

Next, the state in which the handheld container Y is inserted into the seed box X will be explained with reference to FIG.

FIG. 10 is a sectional view taken along the line GG in FIG. 1, with the hand 40 being pulled upward.

The support wall 14 of the seed box X is inserted into the notch 33 through a hole 34 formed in the bottom 39 of the hand container Y, and the projecting wall 13 of the support wall 14 and the partition wall 31 prevent the bottles from colliding with each other. At the same time, the position of the scratch on the bottle is shifted from the printed part by the hollow part 14a of the support wall 14 or the protruding piece 47.

Furthermore, the ribs 15 formed on the side wall 11 and partition wall 12 of the seed box It stands out.

As explained in detail above, this invention is based on a bottle transport container consisting of a seed box X and a hand container Y that can be inserted into the bottle box X. A scrape position regulating rib is provided at the bottom, a slit is provided on the side wall of the hand container, a recess is provided at the bottom that communicates with the slit, and the rib is inserted through the slit. It produces concrete effects.

(1) The ribs of the seed box are inserted through the slits in the hand container and protrude slightly into the hand container, so the bottle storage area inside the hand container is not narrowed and the seed box can be enlarged. Not at all.

(2) Not only when a bottle of roses is stored in the seed box, but also when a hand container containing a bottle is inserted as is, the ribs provided on the seed box shift the scratches on the bottle from the printed part, and the shapes and It does not make the text difficult to read or deteriorate the product image.

(3) The support wall of the seed box has either a partition plate at the top of the hollow part or a projecting piece on the outside that is almost perpendicular to the bottom edge, so the location of the scratches on the bottle can be easily avoided. It can be shifted from the printed part, and the planar shape can be formed to the same size as the conventional one.

(4) Since the ribs of the seed box are inserted into the slits of the carrier container, there is no margin for external dimensions of the seed box, and this is particularly advantageous for bottle transport containers where the external dimensions must be minimized.

[Brief explanation of the drawing]

Figure 1 is a plan view of the carrier inserted across the compartment in one compartment of the seed box, Figure 2 is a plan view of the carrier, Figure 3 is a longitudinal sectional view taken along the line A-A in Figure 1, and Figure 4 is a plan view of the carrier. The figure is a cross-sectional view taken along the line C-C in Figure 3, Figure 5 is a cross-sectional view taken along the same line in Figure 3, Figure 6 is a vertical cross-sectional view taken along the line E-E in Figure 2, and Figure 7 is a cross-sectional view taken along the line E-E in Figure 2. Side view,
Figures 8 and 9 show other support wall structures for the seed box, with Figure 8 being the same vertical sectional view as Figure 3, and Figure 9 being Figure 8F-
10 is a longitudinal sectional view taken along line GG in FIG. 1 with the handle pulled upwards. X...seed box, Y...carry container, 11.
... Side wall 12 ... Partition wall, 14 ...
... Support wall, 15 ... Scratch position regulation rib,
14a...Hollow part, 14b...Partition plate part, 24...Step part, 30...Side wall, 3
1...Partition wall, 33...Notch part,
34...hole, 38...slit, 40
...Hand, 45...Slit, 46.
・・・・・・Concavity.

Claims (1)

[Scope of utility model registration request] It consists of a seed box with a support wall at the bottom that separates the rose bottles, and a carrier container that can be inserted into the container. In the bottle transport container having a hole through which the support wall of the seed box can be inserted, a bottle abrasion damage position regulating rib is provided at least on the inner surface of the side wall of the seed box and is located below the printed part of the bottle to be stored. The side wall of the handheld container is formed with a slit that communicates with a recess formed by cutting out the bottom, and when the handheld container is inserted, the ribs pass through the slit from the recess of the handheld container,
A bottle carrying container characterized by being configured to slightly protrude inward from a side wall of the handheld container.