JPH0523495Y2 - - Google Patents

Description

[Detailed explanation of the idea] (Industrial application field) The present invention relates to a network carrier.

(Prior Art) Recently, as a method of packaging bottles so that they can be carried by hand, a so-called support ring is formed at the neck part of the bottle, and a support ring is formed by assembling blank plates as shown in FIG. 4, for example. It has been proposed to use a network carrier as shown in the figure.

(Problems to be solved by the invention) However, such network carriers that have been proposed in the past have had various problems as described below.

The bottom plate 3 curves downward and hangs down while being carried in the hand.

The support piece 80 is damaged due to the weight of the bottle, vibrations while being carried in the hand, and the like.

It is difficult to remove the bottle body 10.

Since the side plates 2, 2 are roof-shaped, it is not possible to stack the bottles 10 which are packaged in an integrated manner.

The lower part of the bottle body 10 opens in a V-shape.

(Means for Solving the Problems) In order to solve the above-mentioned problems, the present invention provides a net carry with a top plate having a horizontal fold line in the center, and a side plate and a bottom plate connected to each other in order through the horizontal fold lines on both sides of the top plate. A blank board is provided with support plates connected to both ends of the bottom plate via fold lines, and a polygonal fold line is formed on the bottom plate. Then, two supporting parts are formed by a cut line that is discontinuous in the part near the support plate, and a cut line that connects the cut line and the bending point of the crease, and each support part is A zipper for tearing is formed between the support plate and the side edge of the supporting plate, and the side plate and the bottom plate are bent along the fold line, and the bottom plates are overlapped and adhered to each other.

(Function) In the net carry of this invention, when the support plates 6 and 7 are bent and pushed under the support ring 11, the two overlapping grip support pieces 8
1 and 81 are bent while supporting ring 11
The two overlapping gripping portions 83, 83 are pushed downward and protrude outward at the same time.

(Example) An example of the present invention will be explained with reference to the drawings.
The figure is a plan view of the blank board.

This blank board has a side plate 2 and a bottom plate 3 successively arranged on the upper side of a top plate 1 having a horizontal fold line a in the center via two horizontal fold lines b and c, and two side plates on the bottom side of the top plate 1. A side plate 2 and a bottom plate 4 are connected in this order via transverse fold lines b and c of the strips.

A hand embankment portion 5 is defined approximately at the center of the transverse fold line b, spanning the top plate 1 and the side plate 2, by the transverse fold line d and the cut line e with the connecting portion. The transverse fold line d is cut on the side of the transverse fold line a, and the cut line e is bored by connecting both ends of the transverse fold line d. Note that no transverse fold line b is carved in the embankment portion 5.

Support plates 6 are connected to both ends of the bottom plate 3 via fold lines f, and support plates 7 larger than the support plates 6 are connected to both ends of the bottom plate 4 via fold lines f.

In addition, the bottom plates 3 and 4 each have an octagonal fold line g, a circular cut line h with a discontinuous portion near the fold line f, and each fold between the cut line h and the fold line g. Two support parts 8 are formed by the cut line j connecting the point A.

In the above, the cut line h is made slightly closer to the fold line f than the center of the fold line g.

In addition, among the eight parts of the support part 8 divided by the crease g and the cut lines h and j, seven approximately trapezoidal parts are each defined as the support piece 80, and are divided closer to the fold line f. A portion having a shape in which the trapezoid and the circular shape are connected is defined as a gripping support piece 81. Then, the part corresponding to the trapezoid of the grip support piece 81 is attached to the support part 82.
The portion corresponding to the circular shape is defined as a gripping portion 83.

Further, a zipper 9 for tearing is formed between each side edge of the support plates 6, 7 and the support portion 82 by two breaking lines k.

For assembly and use, after folding the side plate 2 on the bottom plate 3 side onto the top plate 1 along the horizontal fold line b, fold the bottom plate 4 onto the bottom plate 3 along the horizontal fold line c, and then attach the entire body. Let be the flat folded state.

The netsuku carrier of the present invention is delivered in this flat, folded state from a box manufacturer to a beverage manufacturer, etc.

The delivered beverage maker etc. folds up the side plates 2, 2 along horizontal fold lines c and c and stands them up.

Subsequently, the head of the bottle 10 is pushed up from below the bottom plate 3 and penetrated into the support part 8. Through this penetration, the seven support pieces 80 are folded upward along the fold line g and enter the underside of the support ring 11 formed at the neck portion of the bottle body 10, and thereafter support the support ring 11 from below. I come to do it.

Moreover, the grip support piece 81 is also folded up along the fold line g due to the penetration, but since there is no fold line between the support part 82 and the grip part 83 and the support ring 11 is long. I can't get into the bottom,
It stands approximately perpendicularly to the outside of the support ring 11.

Next, the support plates 6 and 7 are bent together along the fold lines f and f, and are pushed under the support ring 11. At this time, the grip support piece 81 is bent into a dogleg shape near the boundary between the support part 82 and the grip part 83,
The support part 82 enters the underside of the support ring 11 in the same way as the support piece 80 and supports the support ring 11.
At the same time, the tip of the gripping portion 83 protrudes outward from the support ring 11 (FIG. 1).

The network carrier of the present invention is shipped from a beverage manufacturer, etc. in the state shown in FIG. 1, and is put on sale at supermarkets, retail stores, etc.

As shown in FIG. 3, the consumer who purchased the product at a supermarket, retail store, etc., pushes the two hand embankments 5, 5 inward along the transverse fold lines d, d, and then A carrying hole is formed in the warm part of . At this time, the top plate 1 is bent along the transverse fold line a, and the fold lines b and b are folded back, so that the entire top plate becomes a transverse triangular tube shape. The two embankments 5, 5 overlap each other right below the transverse fold line a.

Consumers purchased 10 bottles from the Netsuku Carrier of this invention.
When removing the support plate 6, the tips of the two gripping parts 80 that overlap and protrude outward from the support ring 11 are grasped and pulled outward, and the support plate 6, Tear zipper 9 while folding 7 back outward. As a result, the support plate 6,
7, a so-called removal path for the bottle 10 is formed, and by moving the bottle 10 laterally, the bottle 1 can be removed.
0 can be removed.

The present invention is not limited to the above embodiment, but three or more supporting parts 8 may be arranged in parallel to package three or more bottles in an integrated manner. However, in the supporting portions 8 other than both ends, the cut line h is a substantially circular punched hole, and the punched hole is provided approximately in the center of the crease g.

Note that the fold line g may have any polygonal shape as long as it has sides substantially parallel to the fold line f, or may have a circular shape.

Further, the shape of the cut line h may be any shape as long as the tip of the support piece 80 is substantially straight, and may be similar to the crease g, for example.

Note that a normal bottle body without the support ring 11 may be supported by the support piece 80, the support plates 6 and 7, and the support part 82 below the crown (bottle cap).

(Effects of the invention) Since the present invention is configured as described above, it has the following remarkable effects.

(1) The following structure prevents the bottom from curving downward and sagging while being carried in the hand.

The bottom part is doubled with bottom plates 3 and 4.

Bending the two support plates 6 and 7,
By pushing the two bent support plates 6, 7 under the support ring 11, a tensile force is generated in the two bottom plates 3, 4 to curve upward, and the bottom plates 3, 4. It was made to resist the force of bending downward and hanging down.

(2) Since the structure is as follows, the support ring 11 is firmly supported.

Support plates 6 and 7 are provided.

The bottom part is made double by the bottom plates 3 and 4, and each support piece 80 and each support part 82 are made double.

The support plates 6 and 7 are made double.

A cut line h is provided within the crease g, and each support piece 8
0 and the support portion 81 are approximately trapezoidal.

(3) Since it is configured as follows, the bottle 10 can be easily taken out.

By providing the gripping support piece 81 and the zipper puller 9, the zipper puller 9 can be torn by simply gripping and pulling the gripping portion 83, thereby forming a path for removing the bottle 10.

When the support plates 6 and 7 are pushed into the lower side of the support ring 11, the tip of the gripping part 83 is made to protrude outside of the support ring 11. This makes it easy to grip the gripping part 83,
And easy to pull.

(4) By providing horizontal fold lines a and b, storage and
When transporting, displaying at a store, etc., the whole can be stacked in a square tube shape, and when carried by hand, it can be carried in a triangular tube shape.

(5) Horizontal folding lines d are provided in the top plate 1 so that when the whole is made into a square tube shape, the hand embankment part 5 protrudes laterally. Thereby, when stacking the bottles 10, the area on which the upper bottles 10 rest becomes large, and the bottles 10 can be stacked stably.

(6) When the whole is made into a triangular tube shape, the two embankments 5, 5 are made to overlap directly below the transverse fold line a. This makes the hand embankment strong and prevents the end surface of the paperboard from coming into contact with the hand and causing pain when the paperboard is carried by hand.

(7) For example, in the case of a net carry that packs two bottles 10, 10 together, if the cut line h is made slightly closer to the crease line f than the center of the crease g, the support ring 11 can be supported. 81 and the height of the support piece 80 closer to the broken line f is the support piece 8 on the opposite side.
becomes lower than 0. As a result, two bottles 1
It is possible to completely prevent the lower parts of 0 and 10 from separating and opening in a V-shape. The same thing can be applied to the support portions 8 at both ends in a net carrier that packages three or more bottles 10 in an integrated manner.

[Brief explanation of drawings]

1 to 3 show an embodiment of the present invention,
Fig. 1 is a perspective view showing the state in use, Fig. 2 is a developed view, Fig. 3 is a side view showing the state when carried in hand, and Figs. 4 and 5 are a developed view and a state in use of the conventional net carry. FIG. 1...Top plate, 2...Side plate, 3, 4...Bottom plate, 5
... Hand embankment part, 6, 7 ... Support plate, 8 ... Support part, 9 ... Zipper, 80 ... Support piece, 81 ...
Holding support piece, 82... Support portion, 83... Holding portion,
a, d...Horizontal fold line, f...Fold line, g...Fold line,
h, j... Cut line.

Claims (1)

[Scope of utility model registration request] A blank plate having a top plate having a horizontal fold line in the center, side plates and a bottom plate successively connected to each other via the horizontal fold lines on both sides of the top plate, and a hand embankment section formed in the vicinity of the boundary between the top plate and the side plate, Support plates are connected to both ends of the bottom plate via fold lines, and the bottom plate has a polygonal fold line, a cut line that is discontinuous at a portion closer to the support plate, and the cut line and the fold line. A tearing zipper is formed between each bearing part and the side edge of the supporting plate, and the tearing zipper is formed along the folding line. A netsuku carrier characterized by bending side plates and a bottom plate and bonding the bottom plates to each other in a polymerized manner.