JP2017197214A - Cushioning implement for bottle - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a cushioning implement capable of reducing a packing cost and time required for a setup thereof, as well as providing a sufficient cushioning capacity thereof.SOLUTION: A cushioning implement for bottle can allow a cushion bottom pad in a carton used for delivering a liquor bottle or the like, to instantly stand up, comprises: a substantially quadrangular cardboard piece, at a center part of which a square is arranged, and at a center point F of which, an insertion mouth for a bottle bottom or a box bottom is inserted, on which a B line including E-E' and G-G' is provided, and perforations are provided in four lines from a bottom surface view side, while ruled lines are provided in other four lines from a bottom surface view side. Four quadrangles used as a dish for receiving the bottle bottom are configured to form cavities. The cardboard piece is cut at four corners, provided with cavities at eight positions, and folded as shown in Figure 5, and then, capable of standing up instantly when A and A' are pushed in an M4' direction.SELECTED DRAWING: Figure 5

Description

One cardboard (or paperboard is acceptable) is folded up and down, and B pads such as E to E ′ and G to G ′ in FIG. Provide shock absorbers that can fully This time, we introduced a 1.8l shock absorber, but 720ml can be used as well.

There are various cushioning materials that can be transported to the destination without breaking the bottle, which is the life of a delivery carton, but they were complicated in structure and expensive.

JP 2006-111321 A JP2014-069884

Design application 08-020338

Provided is a shock absorber that reduces packing costs, shortens the time required for setup, and exhibits sufficient buffering capacity.

The present invention is a shock absorber that makes it possible to instantly start up a bottom pad of a cushion material of a carton used when shipping a liquor bottle or the like, and is a cardboard piece (or paperboard) M1 to M2 shown in FIG. ~ M3 ~ M4 square E ~ M2 '~ G' ~ M4 'square at the center of the square, and the bottom of the box or box bottom insertion opening is provided at the center F (there can be of various shapes However, here, as an example, a detailed explanation will be given for an eight-divided circular shape.) At the center point F, an insertion port is provided at the bottom of the bottle, and the key points E to E 'and G to G are provided. ´ B line (silical line) is provided (If this is not provided, the bottom pad of the cushioning material cannot be raised instantly), and T1-T1 ', T2-T2'M1-E, M2-M2', M3 ~ G ', M4 ~ M4' perforated lines from the bottom view side, Y1 ~ Y1 ', Y2 ~ Y2', E ~ E ', G ~ G' P1, P2, P3, and P4 squares, which are provided from the side of the plan view, are hollowed, and the corners of M1, M2, M3, and M4 are cut (it does not need to be cut), and T1, T2, and Y1 ´, Y2´, T2´, T1´, Y2, Y1 are provided with U-shaped cavities (OK even if not provided), M1 ~ F ~ M3 lines are fold-folded as shown in Fig. 2, and M1 ~ T1 ~ The quadrangle consisting of E to Y1 and the quadrangle consisting of G ′ to Y2 ′ to M3 to T2 ′ are folded into valley folds as shown in FIG. 3, and A (points where Y1 and T1 overlap) and A ′ (T2 ′) in FIG. And the point where Y2 'overlaps) in the M4' direction.
Specifically, Fold the corrugated cardboard shown in Fig. 1 into a triangular fold along the cut line and B line. (Fold the corrugated cardboard shown in FIG. 1 in half on the diagonal → FIG. 2) 2. Fold both ends as shown in Figure 2. (See Figures 3 and 4) Pushing A (the point where Y1 and T1 overlap) and A '(the point where T2' and Y2 'overlap) shown in Fig. 5 from both ends in the center M4' direction will raise all the cushions. 4). When using, insert the bottle from the bottle bottom insertion port of Fig. 6F → Fig. 7. Simply set this on the bottom of the shipping carton. However, as a preparatory stage, T1-T1 ', T2-T2'M1-E, M2-M2', M3-G ', M4-M4' are provided with perforations on the respective lines from the bottom view side, and Y1- Y1 ', Y2-Y2', E-E ', G-G' are each provided with a cutting line from the bottom view side, and the squares of P1, P2, P3, P4 that serve as bottle trays are hollowed, M1 Cut the corners of M2, M3 and M4 (no need to cut). Further, T to T1 ′, T2 to T2 ′, Y1 to Y1 ′, Y2 to Y2 ′ are mountain folds, a quadrangle made of M1 to T1 to E to Y1, a quadrangle made of T2 to M2 to Y1 ′ to M2, and G ′ It is necessary to crease the valley folds in advance for each of the quadrangle formed by ˜Y2 ′ to M3 to T2 ′ and each quadrangle formed of Y2 to M4 ′ to T1 ′ to M4. On the other hand, in the case of a cosmetic box, the cosmetic box is inserted from the entrance of F in FIG. 11, and the upper cosmetic box is also restrained with the same buffer → FIG. 17, and this is set in the main body of the delivery carton.
Previously, it could not be set in this way, but it can be folded compactly as shown in Fig. 5 by inserting a wire like the B line shown in Fig. 2 and provided to the customer in that state. Is now possible. It is Takagakei Line and Seidokei Line. This wire line is the “favorite” of this shock absorber. In addition to the lead wire, lead lead wires, sewing blades and full blades are also conceivable. Furthermore, FIG. Reference drawing for completion of folding, D (both sides of one point on the T1 to E line overlapped before and after one point on the Y1 to E line obtained by valley-folding the square consisting of M1 to T1 to E to Y1) and D ′ ( G '~ Y2' ~ M3 ~ T2 'is a tape or adhesive with tape and adhesive on both sides of G' ~ Y2 'line that overlaps one point on G' ~ T2 'line By fastening with, etc., the corrugated cardboard piece folded at the corner is not spread and the workability of the set is improved.

In the packaging industry, there will be nothing better than this in all aspects (buffer capacity, work efficiency, storage space, price, etc.).
In the packaging industry, there are a variety of things that are difficult to set, such as puzzles, which are difficult, such as puzzles. At present, the importance of improving work efficiency has been questioned, and more speed has been demanded. However, it goes without saying that a shock absorber that has not only speed but also more shock absorbing capacity is indispensable. This is the one touch bottle bottom cushion. It is very simple and has sufficient buffering capacity, and it is a shock absorber that can greatly contribute to shortening the setup time.

Show a plan view Fig. 1, Reference folds like the B line of the present invention (like the (faithful) B line of this invention) folded along the lines M1 to F to M3 as shown in Fig. 2 and folded into a triangle along the ridgeline It is now possible to fold it compactly by inserting a wire. Reference view from above, with both ends of Figure 2 folded into valleys Reference view of Fig. 3 as seen from the front Reference drawing for completion of folding, D (both sides of one point on the T1 to E line overlapped before and after one point on the Y1 to E line obtained by valley-folding the square consisting of M1 to T1 to E to Y1) and D ′ ( G '~ Y2' ~ M3 ~ T2 'is a tape or adhesive with tape and adhesive on both sides of G' ~ Y2 'line that overlaps one point on G' ~ T2 'line Fasten with etc. Reference diagram of the raised cushion (If both ends A and A 'in Fig. 5 are pushed in the center direction M4', it will rise up as shown in Fig. 6) Usage state reference diagram Detailed explanation of the saucer at the bottom of the bottle divided into eight equal circles from F in Fig. 6 The part where the bottom of the bottle rides on the eight pieces indicated by the arrows in FIG. 6 as seen from the opposite side. Detailed description of 8 pieces from the opposite side of FIG. Top view for vanity box Reference drawing of Fig. 11 folded in a triangle along the B line Reference view from above, with both ends of Figure 12 folded into valleys Reference view of Fig. 13 from the front Folding reference drawing (insert is square) Cosmetic box shock absorber (insertion hole is square) Usage state reference diagram (insertion hole is square) Detailed explanation of the saucer on the bottom of the bottle, which is a quadrangle of the square from F on the diagonal (the insertion slot is square)

This is a shock absorber that can instantly start up the bottom pad of the carton cushioning material used when shipping sake bottles.

Corrugated cardboard pieces (which may be paperboard) shown in FIG. 1 E1 to M2 ′ to G ′ to M4 ′ squares at the center of a substantially square M1 to M2 to M3 to M4, and a circle to the center point F is equally divided into eight Provide an insertion opening on the bottom of the bottle.

B lines (kei lines) of key points E to E 'and G to G' are provided. (If this is not provided, the bottom pad of the cushioning material cannot be raised instantaneously.) In addition, perforations, lead wires, full blades, and the like are conceivable.

Furthermore, T-T1 ', T2-T2'M1-E, M2-M2', M3-G ', M4-M4' are respectively perforated from the bottom view side, Y1-Y1 ', Y2-Y2', E ~ E 'and G ~ G' are each provided with a wire from the bottom view side

Make the squares of P1, P2, P3, and P4 that serve as bottle trays into cavities, and cut the corners of M1, M2, M3, and M4 (no need to cut)

U-shaped cavities are provided in T1, T2, Y1´, Y2´, T2´, T1´, Y2, and Y1.

As shown in FIG. 2, the lines M1 to F3 are folded in a mountain as shown in FIG. 2, and the quadrangle composed of M1 to T1 to E to Y1 and the quadrangle composed of G ′ to Y2 ′ to M3 to T2 ′ are each folded into a valley. Figure 4 is a reference view from the front

A shock absorber that rises instantly as shown in Fig. 6 when A (point where Y1 and T1 overlap) and A '(point where T2' and Y2 'overlap) are pushed in the M4' direction.

However, as the preparation stage, T to T1 ′, T2 to T2 ′, Y1 to Y1 ′, and Y2 to Y2 ′ are mountain folds, a square made of M1 to T1 to E1 to Y1, T2 to M2 to Y1 ′ to M2 It is necessary to crease the valley fold in advance for each of the quadrangle made of G ′, Y2 ′ to M3 to T2 ′, and the quadrangle made of Y2 to M4 ′ to T1 ′ to M4.

In FIG. 5, D (both sides of one point on the T1-E line that overlaps one point before and after one point on the Y1-E line obtained by valley-folding the square composed of M1-T1-E-Y1) and D ′ (G′- Use a tape or adhesive to fasten the sides of the G 'to T2' line that overlap the front and back of the G 'to T2' line. When A and A ′ are pushed in the central direction M4 ′, the robot stands up instantly as shown in FIG.

FIGS. 11-18 is a figure which shows the example which made the shape of the insertion port of a bottle bottom into a square instead of the circular example shown above. The way to set the cosmetic box shock absorber is the same, just by changing the opening of the bottle from a circle to a square.

Insert the bottom of the bottle into F shown in Fig. 6 (set as shown in Fig. 7) and its buffer capacity and set time reduction will be the industry's No.1.

A (the point where Y1 and T1 overlap) and A '(the point where T2' and Y2 'overlap) are the two end points where the two ends of Fig. 2 are valley-folded. The B line and the line (E to E' and G to G ' )
M4 'is the center point of the folding cushion. Reference drawing for folding completion, D (on the T1 to E line that overlaps one point on the Y1 to E line, which is a square fold of the square consisting of M1 to T1 to E to Y1) 1 on the G ′ to Y2 ′ line that overlaps the front and back of one point on the G ′ to T2 ′ line obtained by valley-folding the quadrangle made of D ′ (G ′ to Y2 ′ to M3 to T2 ′) Both sides with a point)
F is the bottom of the bottle and the opening for the cosmetic box
M1 to M2 to M3 to M4 are 38cm squares
M1 to T1 to E to Y1 are squares with a side of 12 cm, T2 to M2 to Y1 ′ to M2 ′ are also squares with a side of 12 cm, G ′ to Y2 ′ to M3 to T2 ′ are also squares with a side of 12 cm, Y2 ~ M4´ ~ T1´ ~ M4 is also a square with a side of 12cm, and each part corresponds to a piece on the bottom of the bottle
M1, M2, M3, and M4 are the parts that correspond to the tip of the bottle holder, and are cut 1.8cm vertically and horizontally (no need to cut)
P1, P2, P3 and P4 are the bottom and backrest of the bottle holder, all of which are 2.5cm square
E ~ M2 '~ G' ~ M4 'is a square with 13.5cm on one side. When it hits the top of the shock absorber, its center point F (diameter 2cm) is 11cm in diameter at the insertion port on the bottom of the bottle. Has been applied and all eight parts have been separated.
The E-E 'and G-G' lines are marked with the lines, and this is the favorite line for the shock absorber to stand up in an instant. Without this line, the present invention cannot be made.
E, M2´, G´, M4´ holes (0.7cm) are contact escape points when folding corrugated pieces
T1, T2, Y1´, Y2´, T2´, T1´, Y2, Y1 U-shaped groove (0.4 × 1cm) is a groove to make it easier to start up when assembling a shock absorber Has no problem

Claims (3)

A shock absorber capable of instantly raising the bottom pad of a carton cushioning material used when shipping a liquor bottle, etc., which is a cardboard piece (may be paperboard) shown in FIG. 1 M1 to M2 to M3 to M4 A square of E ~ M2 '~ G' ~ M4 'is provided at the center of the square, and an insertion opening for the bottom of the bottle or the box bottom is provided at the center F. B of key points E ~ E' and G ~ G ' A line (silical line) is provided (the cushion bottom pad cannot be raised instantly unless this is provided), and T1-T1 ', T2-T2'M1-E, M2-M2', M3-G ' , M4 to M4 'are provided with perforations on the respective lines from the bottom view side, and Y1 to Y1', Y2 to Y2 ', E to E', and G to G 'are respectively provided with lines from the bottom view side. , P1, P2, P3, P4 squares that become the saucers on the bottom of the bottle, hollow, cut the corners of M1, M2, M3, M4 (no need to cut), T1, T2, Y1´, Y2´, U-shaped empty in T2´, T1´, Y2, Y1 (It is OK even if it is not provided), and the lines M1 to F3 are folded in a mountain as shown in FIG. 2, and further, a quadrangle composed of M1 to T1 to E1 to Y1 and G ′ to Y2 ′ to M3 to T2 ′. Fold each square into a valley fold as shown in Fig. 3 and press A (the point where Y1 and T1 overlap) and A '(the point where T2' and Y2 'overlap) in Fig. 5 in the M4' direction as shown in Fig. 6 A shock absorber that stands up in an instant. In FIG. 5, D (both sides of one point on the T1-E line that overlaps one point before and after one point on the Y1-E line obtained by valley-folding the square composed of M1-T1-E-Y1) and D ′ (G′- Use a tape or adhesive to fasten the sides of the G 'to T2' line that overlap the front and back of the G 'to T2' line. The shock absorber according to claim 1. The shock absorber according to claim 1 or 2, wherein the shape of the insertion port at the bottom of the bottle is circular or square.