JPH0231413Y2 - - Google Patents

Description

[Detailed description of the invention] "Technical field" The invention is designed to package neckties compactly to prevent wrinkles, to save space when displaying products, and to make handling of products easier. Regarding the packaging structure of the tie.

"Prior art and its problems" As is well known, neckties are long,
Wrinkling lowers the product's value, making it difficult to handle. For this reason, conventionally,
A necktie is handled by being folded in half at its longitudinal midpoint and wrapped in a transparent elongated cover or stored in an elongated packaging box.

In recent years, ties have been sold at station kiosks and convenience stores to make it easier to buy neckties in case of emergency. An example of how to display products in this case is as shown in FIG. 4, where a tie 1 folded in two is wrapped in a transparent cover 2, and a plurality of neckties are bundled with the folded part upward. The folded portion is held with scissors 3 or the like and hung.

However, in the method for displaying products as described above, since the two-fold necktie is hung, a space for displaying the product is taken up, and the tie obstructs the view. In addition, when a consumer buys this tie, the necktie 1 is folded in two and wrapped in the cover 2, so it is difficult to carry around as it is, and when folded further to make it smaller to put in a bag, etc., it tends to wrinkle easily. Ta.

``Purpose of the invention'' The purpose of the invention is to package neckties compactly so that they do not wrinkle, save space when displaying products, and make it easier to handle the products. It's about providing structure.

"Structure of the Invention" The necktie packaging structure according to the present invention consists of folding a necktie in two at the longitudinal middle part, applying a restoring mount having almost the same length to the two-folded necktie, and folding the necktie into two. The present invention is characterized in that the necktie and the mount are rolled together into a spiral shape from the folded part of the necktie, and the roll is placed in a bag and wrapped.

In this way, in this invention, a resilient mount is applied to the bifold necktie, and the tie and mount are rolled together into a spiral shape.
Due to the restoring force of the mount, the two-folded necktie retains its shape without curling into a spiral shape. Since the roll is wrapped in a bag, the bag prevents the roll from coming apart due to the restoring force of the mount, and the roll can be packaged in a compact overall shape. In this packaging structure, the scroll is kept in a cylindrical shape as a whole by the restoring force of the mount, so the scroll will not be crushed even if force is applied from the outside. Therefore, it does not take up much space when displaying the product, making it easy to handle the product, and preventing wrinkles from forming on the necktie when a large number of products are stacked and stored or when the customer puts them in a bag or the like. .

"Embodiment of the invention" FIGS. 1 and 2 show an embodiment of the necktie packaging structure according to the invention.

In FIG. 1, 11 is a necktie folded in two at the middle part in the longitudinal direction, and 12 is an elongated mount having restoring force (having flexibility and elasticity). As the mount 12 having resilience, any material such as a synthetic resin board or cardboard can be used, but preferably a transparent synthetic resin board is used. The resilient mount 12 is the tie 11
It is approximately the same width or slightly wider than that. Further, the length of the mount 12 is approximately the same as the length of the tie 11, but it may be slightly longer or shorter than the tie 11.

As shown in FIG. 2, place the mount 12 on the back side of the tie 11 folded in half, and
and the mount 12 are rolled up into a spiral shape from the folded part of the tie 11. In this case, the length of the mount 12 is approximately the same as or slightly shorter than the length of the folded tie 11, and the tie 11 is rolled up so that it is on the outside of the mount 12, as shown in FIG. Tie 1 as shown
The wide end 11a of 1 can be made to be the outermost periphery, thereby making it possible to improve the appearance of the product when it is packaged. Furthermore, if the tag 13 is attached to the wide end 11a of the tie 11, the tag 13 can also be placed in a position where it can be easily seen from the outside.

By putting the roll of the tie 11 and the mount 12 rolled up in this way into the bag body 14 and sealing it,
This is the packaging structure of the present invention. As the bag body 14, any one such as a synthetic resin film bag or a paper bag can be used, but preferably a transparent synthetic resin film bag is used. Tie 11 and mount 12
When rolled up, the wrapping tends to unravel due to the restoring force of the mount 12, but as described above, the bag 1
4, the scroll is kept in a substantially cylindrical shape without coming apart.

In the tie packaging structure obtained in this way, the tie 11 is wound spirally together with the mount 12, so the tie 11 is held between the mounts 12, and the mount 12
Since the tie 2 has restoring force, the tie 11 can maintain its spiral shape against external forces and can prevent wrinkles from forming. In addition, since it has a compact cylindrical shape as a whole, it is easy to handle and does not take up much space for displaying products. Furthermore, in the embodiment shown in FIG. 1, the wide end 11a of the tie 11 is located at the outermost surface, and the tag 13 is attached to the end 11a, and the bag body 14 is made of transparent synthetic resin. Since it is made of film, the wide end 11a of the tie 11 and the tag 13 can be seen through the bag body 14, giving a good appearance and making it easier to understand the contents of the product.

FIG. 3 shows an example of how the tie package according to the present invention is displayed.

That is, one edge of the bags 14 is stapled to a base plate 15 made of cardboard or the like with staples 16, and a plurality of bags 14 are arranged and attached to the base plate 15. By attaching a string 17 to the upper edge of the base plate 15 and hanging the string on a wall or the like, products can be displayed. When purchased by a consumer, the bags 14 can be pulled off by hand and peeled off one by one from the base plate 15. However, the tie package according to the present invention can also be displayed by placing the individual bags 14 as they are on a table or shelf.

In the above embodiment, the mount 12 is placed directly on the tie 11 folded in two, but the tie 11 folded in two is wrapped with a cover 2 as shown in FIG. 4, and the mount 12 is placed on it. tie 1
1. The cover 2 and the mount 12 may be rolled up together in a spiral shape.

"Effect of the invention" As explained above, according to the invention, a resilient mount is applied to a bifold necktie, the tie and the mount are rolled together into a spiral shape,
Since this roll is wrapped in a bag, the tie can be packaged in a compact cylindrical shape as a whole, and the advantage is that it does not take up much space when displaying the product. In addition, the tie is held in a spiral shape by being sandwiched between resilient mounts, so it retains its shape even when subjected to external forces without folding or wrinkles, making it easier to handle the product. At the same time, the necktie is prevented from getting wrinkled when a large number of products are stacked and stored, or when the consumer puts them in a bag or the like.

[Brief explanation of the drawing]

Fig. 1 is a perspective view showing an embodiment of the necktie packaging structure according to the present invention, Fig. 2 is a perspective view showing a state in which the tie is rolled up together with a mount, and Fig. 3 is an example of the display mode of the package according to the present invention. FIG. 4 is a perspective view showing an example of a conventional necktie display mode. In the figure, 11 is a tie folded in half, 11
a is a wide end, 12 is a mount, and 14 is a bag body.

Claims (1)

[Claims for Utility Model Registration] (1) A necktie is folded in two at its longitudinal middle, and a restoring mount having approximately the same length is applied to this two-folded necktie, and then A packaging structure for a necktie, characterized in that the necktie is rolled together with the backing paper into a spiral shape from the folded part of the tie, and the roll is placed in a bag and wrapped. (2) In claim 1 of the utility model registration claim, when the bifold tie and the mount are rolled together in a spiral shape from the folded part of the tie, the wide end of the tie is the outermost part of the necktie. The packaging structure of the tie is located at (3) The packaging structure for a necktie according to claim 1 or 2 of the utility model registration claim, wherein the mount is made of a transparent synthetic resin board with resilience. (4) The packaging structure for a necktie according to claim 1, 2, or 3 of the utility model registration claim, wherein the bag body is made of a transparent synthetic resin film.