JP2020029298A - Packaging box for bottle with cushioning tool - Google Patents

Abstract

To provide a packaging box for a bottle with a cushioning tool which prevents a damage accident beforehand by using the packaging box that demonstrates enough cushioning ability when a fragile article is delivered and the same cushioning tool therein to a bottle bottom and a drum winding in order to solve the problem of having a large number of damage accidents of the bottle.SOLUTION: A cushioning material for a carton that is used when a fragile article etc. is delivered is a cushioning tool for, for example, a bottle. A packaging box for a bottle with the cushioning tool is assembled into a cubic shape by providing a square in a center portion of an approximately quadrangle of a corrugated fiberboard piece, and an insertion opening of the bottle at a center point thereof, making perforated lines on first and second diagonal bending lines of the square, and further making a hollow, and providing ruled lines on first and second horizontal bending lines from the side of a bottom view, cutting four corners of the corrugated fiberboard piece to provide incisions in eight portions in total, that is, two incisions in each of upper, lower, right, and left edges of the corrugated fiberboard piece, valley-folding the quadrangle, and pushing the upper and lower edges and the right and left edges mutually in the center direction.SELECTED DRAWING: Figure 1

Description

Packaging box with bottle flap held down by double flaps and one piece of corrugated cardboard (can also be paperboard) Figure 4 is a mountain-folded and valley-folded version with the same structure as the bottle bottom and body, as shown in Figure 1. It is to provide a packaging box for bottles with shock absorbers that can fully demonstrate the buffering capacity by using tools. This time, we introduced a bottle buffer for 1.8l, but it is also available for 720ml.

There are various types of packaging boxes for shock-absorbing bottles that carry the bottle, which is the life of the home delivery carton, to the destination without breaking, but these were complicated packaging structures and high operating costs.

JP-A-2002-321728

Design application 08-020338

Provided is a packaging box for a bottle with a shock absorber, which reduces the cost of packing, shortens the time required for the setup thereof, and exhibits a sufficient shock absorbing ability.

The present invention is to set a cushioning material having the same structure as a packaging box having a buffering device used for shipping a liquor bottle or the like with a bottle neck held down by a double flap, at the bottom and the body of the bottle. It is a packaging box for bottles with shock absorbers, which makes it possible to increase the shock absorbing capacity. The body of the bottle is the weakest point.
A neck restraint is extended to two opposing sides of the upper edge of the box, and an upper lid and a middle lid are respectively extended to the other two opposing sides. The neck restraint is a folded part from the box body, It extends in the order of a main body portion having a bottle hole through which the neck of a boxed bottle passes, and a rising portion having substantially the same length as the folded portion, which is bent into a U-shape and pushed into the box. The upper lid extends in the order of the main body and the insertion portion from the box main body, the insertion portion is inserted into the box to close the upper opening of the box, and the inner lid is A bottle packaging that extends from the box body in the order of a folded portion, a main body portion, and a rising portion having substantially the same length as the folded portion of the inner lid, which is bent into a U-shape and pushed into the box. Cardboard bottle packaging box and bottle with a fold in the middle of the folded part of the neck restraint Is used to receive inside bottom of the bottle Sobako, upper, lower, and the first cardboard bumper made with square cardboard having left and right sides,
A second corrugated cardboard cushioning device made of a square corrugated cardboard having an upper side, a lower side, a left side and a right side, which is used for wrapping the bottle inside the bottle packaging box,
The first cardboard shock absorber and the second cardboard shock absorber have the same structure,
The cutouts (M1, M2, M3, and M4) provided at the four corners may be omitted, and the upper side, the lower side, the left side, and the right side are provided at positions that divide the respective sides into approximately three equal parts. The cuts (T1, T2, T1 ', T2', Y1, Y2, Y1 ', Y2') may be omitted, and a plurality of cut lines extending radially from the opening at the center point (F) of the corrugated paper. A bottle or box insertion opening formed of
A first diagonal polygonal line extending diagonally from the upper left corner to the lower right corner through the insertion opening,
A second diagonal polygonal line extending diagonally from the lower left corner to the upper right corner through the insertion port,
A first vertical polygonal line extending perpendicularly from the upper left cut (T1) to the lower left cut (T1 ′);
A second vertical polygonal line extending vertically from the cut (T2) on the upper right side to the cut (T2 ') on the lower right side;
A first horizontal polygonal line extending horizontally from the cut (Y1) on the upper left side to the cut (Y1 ′) on the upper right side;
A second horizontal polygonal line extending horizontally from the lower cut on the left side (Y2) to the lower cut on the right side (Y2 ′);
A first vertical polygonal line extending vertically from the upper left cut (T1) to the lower left cut (T1 ') and a first horizontal line extending horizontally from the left upper cut (Y1) to the right upper cut (Y1'). A square hole (P1) at the center of the approximate square formed by the intersection of the polygonal line;
A second vertical polygonal line extending vertically from the upper right cut (T2) to the lower right cut (T2 '), and a first horizontal line extending horizontally from the left upper cut (Y1) to the right upper cut (Y1'). A square hole (P2) at the center of the approximate square formed by intersecting the polygonal line;
A second vertical polygonal line extending vertically from the upper side right cut (T2) to the lower side right cut (T2 ') and the second vertical line extending horizontally from the left side lower cut (Y2) to the right side lower cut (Y2'). A square hole (P3) in the center of the approximate square formed by the intersection of the horizontal polygonal line
A first vertical polygonal line extending perpendicularly from the upper left cut (T1) to the lower left cut (T1 ′) and a second horizontal line extending horizontally from the left lower cut (Y2) to the right lower cut (Y2 ′). A square hole (P4) is formed at the center of a substantially quadrangle formed by the intersection of the horizontal polygonal line and the first vertical polygonal line and the first horizontal polygonal line in a mountain fold. (M1), the position of the cut (T1) on the left side of the upper side, the intersection (E) of the first vertical broken line and the first horizontal broken line, and the square portion surrounded by the position of the cut (Y1) on the upper left side are the first part. Inside along the diagonal polygonal line, the second vertical polygonal line and the first horizontal polygonal line are mountain-folded, each part (M2) on the upper side and the right side, the position of the cut (T2) on the upper right side, the second vertical polygonal line Intersection with the first horizontal polygonal line (M2 '), upper right cut (Y1 ′), the square portion surrounded by the position (Y1 ′) inward along the second diagonal polygonal line, the second vertical polygonal line and the second horizontal polygonal line into mountain folds, and each part (M3) on the lower side and the right side; The square portion surrounded by the position of the cut (T2 ') on the lower right side, the intersection (G') of the second vertical polygonal line and the second horizontal polygonal line, and the position of the cut (Y2 ') on the lower right side are defined as the first part. Inside, along the diagonal polygonal line, the first vertical polygonal line and the second horizontal polygonal line are mountain-folded, the lower and left sides (M4), the position of the lower left side cut (T1 '), the first vertical polygonal line (M4 ') at the intersection with the second horizontal polygonal line, and the square part surrounded by the position of the cut (Y2) on the lower left side is folded inward along the second diagonal polygonal line, and the upper and lower sides and the right left side are centered. A shock absorber characterized in that the shock absorber is assembled in a cubic shape by pushing each other in a direction (F). Bottles for packaging box can.
2. The packaging box for a bottle with a shock absorber according to claim 1, wherein the shape of the insertion opening of the bottle is circular.

The present invention provides a packaging box with a shock absorber used when shipping a liquor bottle or the like, in which a neck restraint is extended on each of two opposing sides of an upper edge of the box, and an upper lid and a middle part are provided on other two opposing sides. The neck restraint comprises a folded portion from the box main body, a main body portion having a bottle hole through which the neck of the boxed bottle passes, and a rising portion having substantially the same length as the folded portion. The upper cover extends from the main body of the box to the main body and then to the insertion section, and the insertion section is inserted into the box. The inner lid extends from the box body in the order of a folded part, a main body part and a rising part having substantially the same length as the folded part of the inner lid. Is a bottle packaging box that is bent into a U-shape and pushed into the box. It is possible to further increase the buffering capacity by setting the cardboard bottle packaging box with a fold in the middle of the bottle and the cushioning material of the same structure provided inside the bottle at the bottom and body of the bottle It is a packaging box for bottles with shock absorbers. Nothing beats this. In the first place, it is hard to imagine using parts for bottom support on the body winding. The origin of the idea came from the fact that the habit was added not from the bottom of the bottle but from the neck of the bottle in order to make the insertion opening of the bottle easier to insert. When the parts for the bottom support were turned upside down and pushed down to the belly of the bottle, it was able to demonstrate excellent buffering capacity. It is a little idea. So far, we have acquired 65 industrial property rights, but all of them seem like a bit of an idea. However, that little idea is hard to come by. Furthermore, the effect is that the same parts are used for the bottom support and the body winding, so that the buffer can be shared, leading to cost reduction. I think that it is expected that the buffer capacity can be increased without increasing.
In the packaging industry, various types of bottle cushions are available, from simple ones to complex ones that are difficult and difficult to set, such as puzzles. However, we do not see the body-winding specification like the effect of this invention. At present, emphasis has been placed on work efficiency, and there has been an increasing demand for shock absorbers with higher speed and fewer fall accidents. However, it goes without saying that a shock absorber that has not only speed but also sufficient shock absorbing capacity is indispensable. Therefore, I thought about the strongest shock absorber that can withstand the drop test 10 times (1 corner, 3 ridges, 6 sides) in the same carton from the height of 50 cm.

On the left is a packaging box (body), into which a buffer with the same structure as the bottle bottom and body winding is inserted. Hold the bottle neck double with both flaps of the main body, and protect the bottle bottom and the bottle body and the bottle shoulder with the same shock absorber. In other words, it is possible to prevent damage accidents by firmly holding the bottle at the top, middle and bottom three points. Bottle packaging box with shock absorber that can withstand drop test 10 times (1 corner, 3 ridges, 6 sides) from the height of 50cm in the same carton. Hold the bottle neck double with both flaps and stop rolling the bottle. Conventional packaging box and bottle bottom shock absorber. Even so, the industry has demonstrated the highest level of cushioning capacity. The bottom view of a shock absorber. A shock absorber of the same structure used for the bottle bottom support and body winding. Bottom shock absorber (protect the bottom of the bottle with a piece into which the circle is divided into eight, and press the bottle bottom with eight pieces). Has been prevented. Cushioning buffer (holds the cuff of the bottle with a piece divided into 8 circular parts, and protects the bottle shoulder with 8 pieces). By protecting the weakest body part of the bottle with this cushioning, from the side Can withstand the shock of The bottle shoulder is also protected by eight pieces. Body cushion (reference figure for use)

The buffering capacity of the bottle with the same structure as the packaging box with the bottle neck held down by double flaps is set on the bottom and the body of the bottle in the packaging box with a buffer used when shipping liquor bottles etc. It is a packaging box for bottles with shock absorbers that has made it possible to further improve.

A neck restraint is extended to two opposing sides of the upper edge of the box, and an upper lid and a middle lid are respectively extended to the other two opposing sides. The neck restraint is a folded part from the box body, It extends in the order of a main body portion having a bottle hole through which the neck of a boxed bottle passes, and a rising portion having substantially the same length as the folded portion, which is bent into a U-shape and pushed into the box. The upper lid extends in the order of the main body and the insertion portion from the box main body, the insertion portion is inserted into the box to close the upper opening of the box, and the inner lid is A bottle packaging that extends from the box body in the order of a folded portion, a main body portion, and a rising portion having substantially the same length as the folded portion of the inner lid, which is bent into a U-shape and pushed into the box. A corrugated cardboard bottle packaging box which is a box and is provided with a fold in the middle of the folded part of the neck restraint;

A first cardboard shock absorber used in the bottom container of the bottle inside the bottle packaging box and made of square corrugated paper having an upper side, a lower side, a left side and a right side;
A second corrugated cardboard cushioning device made of a square corrugated cardboard having an upper side, a lower side, a left side and a right side, which is used for wrapping the bottle inside the bottle packaging box,
The first cardboard shock absorber and the second cardboard shock absorber have the same structure,
The cutouts (M1, M2, M3, and M4) provided at the four corners may be omitted, and the upper side, the lower side, the left side, and the right side are provided at positions that divide the respective sides into approximately three equal parts. The cuts (T1, T2, T1 ', T2', Y1, Y2, Y1 ', Y2') may be omitted, and a plurality of cut lines extending radially from the opening at the center point (F) of the corrugated paper. An insertion opening of the bottle formed by

A first diagonal polygonal line extending diagonally from the upper left corner to the lower right corner through the insertion opening,
A second diagonal polygonal line extending diagonally from the lower left corner to the upper right corner through the insertion port,

A first vertical polygonal line extending perpendicularly from the upper left cut (T1) to the lower left cut (T1 ′);
A second vertical polygonal line extending vertically from the cut (T2) on the upper right side to the cut (T2 ') on the lower right side;
A first horizontal polygonal line extending horizontally from the cut (Y1) on the upper left side to the cut (Y1 ′) on the upper right side;
A second horizontal polygonal line extending horizontally from the lower cut on the left side (Y2) to the lower cut on the right side (Y2 ′);

A first vertical polygonal line extending vertically from the upper left cut (T1) to the lower left cut (T1 ') and a first horizontal line extending horizontally from the left upper cut (Y1) to the right upper cut (Y1'). A square hole (P1) at the center of the approximate square formed by the intersection of the polygonal line;
A second vertical polygonal line extending vertically from the upper right cut (T2) to the lower right cut (T2 '), and a first horizontal line extending horizontally from the left upper cut (Y1) to the right upper cut (Y1'). A square hole (P2) at the center of the approximate square formed by intersecting the polygonal line;
A second vertical polygonal line extending vertically from the upper side right cut (T2) to the lower side right cut (T2 ') and the second vertical line extending horizontally from the left side lower cut (Y2) to the right side lower cut (Y2'). A square hole (P3) in the center of the approximate square formed by the intersection of the horizontal polygonal line
A first vertical polygonal line extending perpendicularly from the upper left cut (T1) to the lower left cut (T1 ′) and a second horizontal line extending horizontally from the left lower cut (Y2) to the right lower cut (Y2 ′). And a square hole (P4) at the center of a substantially square formed by the intersection of

The first vertical polygonal line and the first horizontal polygonal line are mountain-folded, the corners (M1) of the upper side and the left side, the positions of the cuts (T1) on the upper left side, and the intersections of the first vertical polygonal line and the first horizontal polygonal line (E), the square part surrounded by the position of the cut (Y1) on the upper left side is inward along the first diagonal polygonal line, the second vertical polygonal line and the first horizontal polygonal line are mountain-folded, and the upper side and the right side (M2), the position of the cut (T2) on the right side of the upper side, the intersection (M2 ') of the second vertical polygonal line and the first horizontal polygonal line, and the square portion surrounded by the position of the cut (Y1') on the upper right side Inward along the second diagonal polygonal line, the second vertical polygonal line and the second horizontal polygonal line into a mountain fold, the lower side and the right side (M3), the position of the lower side right side cut (T2 '), Intersection (G ') between the second vertical polygonal line and the second horizontal polygonal line, cut at lower right side Y2 '), the square part surrounded by the position inward along the first diagonal polygonal line, the first vertical polygonal line and the second horizontal polygonal line in a mountain fold, each part of the lower side and the left side (M4), the lower side left side , The intersection between the first vertical polygonal line and the second horizontal polygonal line (M4 '), and the rectangular portion surrounded by the position of the lower side lower notch (Y2) are represented by a second diagonal polygonal line. Characterized in that the packaging box for a bottle with a shock absorber is characterized in that the packaging box for a bottle with a shock absorber is formed by folding inward along with and pressing the upper and lower sides and the right and left sides toward each other in the center direction (F).

A bottle packaging box and a first cardboard shock absorber and a second cardboard shock absorber provided therein,
A bottle packaging box with a buffer, wherein the first cardboard buffer and the second cardboard buffer have the same structure.

2. The packaging box for a bottle with a shock absorber according to claim 1, wherein the shape of the insertion opening of the bottle is circular.

If it is set as shown in Fig. 1, its buffer capacity will be the industry's NO.1.

F is the opening of the bottle
M1 ~ M2 ~ M3 ~ M4 is a square with a side of 38 cm
M1 ~ T1 ~ E ~ Y1 are 12cm squares on one side, T2 ~ M2 ~ Y1 '~ M2' are also 12cm squares on one side, G '~ Y2' ~ M3 ~ T2 'are 12cm square on one side, Y2 to M4 'to T1' to M4 are also 12cm squares, each of which is the base of the bottle bottom receiver and the shoulder of the bottle.
M1, M2, M3, and M4 are the parts that correspond to the tips of the pieces in the bottle tray, and are 1.8 cm long and short each (OK without cutting)
P1, P2, P3, and P4 are squares consisting of M1 to T1 to E1 to Y1, a square consisting of T2 to M2 to Y1 'to M2', and a square consisting of G 'to Y2' to M3 to T2 ', and Y2 to M4'. The center point of the square consisting of ~ T1 '~ M4 and the part which corresponds to the bottom receiving piece of the bottle
E ~ M2 '~ G' ~ M4 'are 13.5cm squares on one side, and the center point of the bottle becomes the entrance to the bottom of the bottle and the entrance of the bobbin with a shock absorber. Lines are applied and all eight parts are separated. These eight-folded folds protect the bottle bottom receiver and the bottle body.
Holes (0.7cm) of E, M2 ', G', and M4 'are relief areas for contacts when corrugated cardboard pieces are folded into valleys and valleys.
The U-shaped grooves (0.4 x 1 cm) of T1, T2, Y1 ', Y2', T2 ', T1', Y2, and Y1 are grooves that make it easier to start up when assembling the shock absorber. There is no problem.

Claims (2)

A neck restraint is extended to two opposing sides of the upper edge of the box, and an upper lid and a middle lid are respectively extended to the other two opposing sides. The neck restraint is a folded part from the box body, It extends in the order of a main body portion having a bottle hole through which the neck of a boxed bottle passes, and a rising portion having substantially the same length as the folded portion, which is bent into a U-shape and pushed into the box. The upper lid extends in the order of the main body and the insertion portion from the box main body, the insertion portion is inserted into the box to close the upper opening of the box, and the inner lid is A bottle packaging that extends from the box body in the order of a folded portion, a main body portion, and a rising portion having substantially the same length as the folded portion of the inner lid, which is bent into a U-shape and pushed into the box. Cardboard bottle packaging box and bottle with a fold in the middle of the folded part of the neck restraint Is used to receive inside bottom of the bottle Sobako, upper, lower, and the first cardboard bumper made with square cardboard having left and right sides,
A second corrugated cardboard cushioning device made of a square corrugated cardboard having an upper side, a lower side, a left side and a right side, which is used for wrapping the bottle inside the bottle packaging box,
The first cardboard shock absorber and the second cardboard shock absorber have the same structure,
The cutouts (M1, M2, M3, and M4) provided at the four corners may be omitted, and the upper side, the lower side, the left side, and the right side are provided at positions that divide the respective sides into approximately three equal parts. The cuts (T1, T2, T1 ', T2', Y1, Y2, Y1 ', Y2') may be omitted, and a plurality of cut lines extending radially from the opening at the center point (F) of the corrugated paper. An insertion opening of the bottle formed by
A first diagonal polygonal line extending diagonally from the upper left corner to the lower right corner through the insertion opening,
A second diagonal polygonal line extending diagonally from the lower left corner to the upper right corner through the insertion port,
A first vertical polygonal line extending perpendicularly from the upper left cut (T1) to the lower left cut (T1 ′);
A second vertical polygonal line extending vertically from the cut (T2) on the upper right side to the cut (T2 ') on the lower right side;
A first horizontal polygonal line extending horizontally from the cut (Y1) on the upper left side to the cut (Y1 ′) on the upper right side;
A second horizontal polygonal line extending horizontally from the lower cut on the left side (Y2) to the lower cut on the right side (Y2 ′);
A first vertical polygonal line extending vertically from the upper left cut (T1) to the lower left cut (T1 ') and a first horizontal line extending horizontally from the left upper cut (Y1) to the right upper cut (Y1'). A square hole (P1) at the center of the approximate square formed by the intersection of the polygonal line;
A second vertical polygonal line extending vertically from the upper right cut (T2) to the lower right cut (T2 '), and a first horizontal line extending horizontally from the left upper cut (Y1) to the right upper cut (Y1'). A square hole (P2) at the center of the approximate square formed by intersecting the polygonal line;
A second vertical polygonal line extending vertically from the upper side right cut (T2) to the lower side right cut (T2 ') and the second vertical line extending horizontally from the left side lower cut (Y2) to the right side lower cut (Y2'). A square hole (P3) in the center of the approximate square formed by the intersection of the horizontal polygonal line
A first vertical polygonal line extending perpendicularly from the upper left cut (T1) to the lower left cut (T1 ′) and a second horizontal line extending horizontally from the left lower cut (Y2) to the right lower cut (Y2 ′). A square hole (P4) is formed at the center of a substantially quadrangle formed by the intersection of the horizontal polygonal line and the first vertical polygonal line and the first horizontal polygonal line in a mountain fold. (M1), the position of the cut (T1) on the left side of the upper side, the intersection (E) of the first vertical broken line and the first horizontal broken line, and the square portion surrounded by the position of the cut (Y1) on the upper left side are the first part. Inside along the diagonal polygonal line, the second vertical polygonal line and the first horizontal polygonal line are mountain-folded, each part (M2) on the upper side and the right side, the position of the cut (T2) on the upper right side, the second vertical polygonal line Intersection with the first horizontal polygonal line (M2 '), upper right cut (Y1 ′), the square portion surrounded by the position (Y1 ′) inward along the second diagonal polygonal line, the second vertical polygonal line and the second horizontal polygonal line into mountain folds, and each part (M3) on the lower side and the right side; The square portion surrounded by the position of the cut (T2 ') on the lower right side, the intersection (G') of the second vertical polygonal line and the second horizontal polygonal line, and the position of the cut (Y2 ') on the lower right side are defined as the first part. Inside, along the diagonal polygonal line, the first vertical polygonal line and the second horizontal polygonal line are mountain-folded, the lower and left sides (M4), the position of the lower left side cut (T1 '), the first vertical polygonal line (M4 ') at the intersection with the second horizontal polygonal line, and the square part surrounded by the position of the cut (Y2) on the lower left side is folded inward along the second diagonal polygonal line, and the upper and lower sides and the right left side are centered. A shock absorber characterized in that the shock absorber is assembled in a cubic shape by pushing each other in a direction (F). Bottles for packaging box can.
2. The packaging box for a bottle with a shock absorber according to claim 1, wherein the shape of the insertion opening of the bottle is circular.