JP3116451U - Wind and water resistance - Google Patents

Abstract

[PROBLEMS] To be strong against wind and rain, to maintain a beautiful state, to save the labor of making, to simplify installation, to save labor, to prevent dust scattering, and to feel and feel the thickness of the material. Providing a continuation for a longline using a material that can bring out the original texture.
A plan view of a state in which a half-folded part is opened after a cut 3 and a half-folded part cut 7 are processed. In order to create this shape, several or several tens of laminated vinyl resin materials can be created by cutting each of them together with a machine or the like. Further, the open droop is rotated forward along the notch 3, and a crease is formed at the bending portion 4 constituting the step and shaped.
[Selection] Figure 8

Description

The present invention relates to a droop attached to a continuous lint with a feature that is strong against wind and rain, has excellent durability, maintains a beautiful state, saves labor, and simplifies installation and saves labor. It is.

Traditionally, paper such as half paper, shoji paper, or Japanese paper has been used as the hanging material used for various continuous lanyards that stretch over the long distances of shrines' torii and festival towns, etc. Often made. These droops are vulnerable to wind and rain, and once exposed to the wind and rain, they are often shredded and become dust, which often makes the vicinity dirty and unsightly. For these reasons, it is difficult to keep the decoration in a beautiful state even for a short period of time, and the decoration effect of the sacred and fun festival mood often decreases. There may be times when it is better not to have such a longline during the festival. Moreover, even if a broken part is replaced in the middle, much time and labor are required from the creation to the installation of the droop.

As for the method of creating the above-mentioned droop, cut in a moderately sized paper, and then fold the paper in a downward direction while rotating this paper along the cut along the crease of the mountain valley in this way. doing. In this case, if a lot of papers are stacked at once, paper misalignment will occur, and it will be difficult to entangle and divide the droop individually. It was. Next, as a method of attaching the hanging to the lanyard, a continuous lanyard or similar rope is turned back, a gap is created, and the upper part of the lanyard is inserted between them and fixed and decorated. This operation is complicated and requires a lot of time and labor.

In recent years, it is sometimes made of materials such as paper, cloth, metal foil, glass plate, etc., but these materials cannot be denied the original material of the original Japanese paper.
JP 2004-255079 A

In the present invention, the problem to be solved is to save the time and effort of the creation, to be strong against wind and rain, and to maintain a beautiful state. It also simplifies installation, saves labor, and prevents dust scattering. In addition, we will provide a hanging lanyard for materials with continuous continuity using materials that can bring out the original texture of Japanese paper such as touch and thickness.

The above-mentioned droop (1) is created using a vinyl resin material that is resistant to wind and rain. Moreover, the droop which stuck a part of member (2) which can adhere | attach one side on the upper part (1) of the droop is made.

The droop (1) of the present invention is resistant to wind and rain and can maintain a beautiful state by using a vinyl resin material. Moreover, dust scattering can be prevented. Can be saved. The advantage is that it can be used for a long time. It is also possible to create a quality similar to the original materials such as half paper and Japanese paper. Therefore, you can fully satisfy the original beauty, nobility, or sacredness. Furthermore, by adding a member (2) that can be bonded on one side to the upper part (1) of the sag, the mounting is simplified and labor can be saved.

Next, for example, if the entire droop (1) is made of a single white color, the conventional texture of the droop can be obtained. Moreover, if the droop (1) is white and the upper part (1) of the droop is colored with the same color such as a splicing rope, it is possible to create a sense of unity with the splicing rope.

Further, the notch (3) for constructing the droop (1) is formed obliquely or at a right angle with respect to the material, and the notches are gradually widened from the upper step (1a) to the lower step (1d). If created by positioning (3), the droop (1) can create a slightly rounded shape of Suehiro and satisfy bliss. There are the above effects.

A first embodiment of the wind-resistant droop according to the present invention will be described with reference to FIGS. FIG. 1 shows the overall shape of the droop (1) created using a vinyl resin material.

As shown in the plan view of FIG. 2, the best mode for creating the above-mentioned droop (1) is to divide the short side ab of the droop (1) material into eight equal parts, and to show each point shown in the figure. Toward, make three cuts (3) to form a sag. This notch is provided at the center of the long side bc with a cut intersection distance d-e that is about a quarter of the length of the long side bc. Further, as shown in the figure, the bent portion (4) constituting the step is basically bent at a right angle with respect to the notch on the left side of the bent portion.

The droop (1) produced as described above can be finished beautifully with good shape and balance. However, it is not necessary to be constrained by such a dimensional shape, and it is possible to change freely depending on the length of the droop and the number of droops. However, if the cut portion (3) is configured obliquely, the overall shape and appearance can be beautifully finished.

The droop (1) is usually handled as one unit with a plurality of sheets. Therefore, a plurality of drips created as described above are overlapped and fixed to each other at the upper part (1) of the drips, thereby making it possible to create drips according to the situation.

Next, FIG. 3 is an enlarged front view of the upper part (1) of the droop, and FIG. 4 is an enlarged side view of the upper part (1) of the droop. As shown in FIGS. 3 and 4, a part of the member (2) that can be bonded on one side is attached to the upper part (1) of the hanging part, and a member (5) that is easy to peel off is attached to the remaining part. . This is used when the droop (1) is attached to a lasso. Therefore, it is not necessary to attach and put together with the vertical creation, and it can be added at the time of attachment.

FIG. 5 is an enlarged side view of a state in which the droop (1) is attached to a continuous lasso having continuity. As shown in the figure, the member (6) for attaching the droop such as a lasso is wound with the upper part (1) of the droop and the member (2) to which one side can be adhered, and the member (5) for easy adhesion peeling. And attach to the facing sag (1) or the upper part (1) of the sag. This process simplifies the complicated fixing work such as the continuous lanyard and the like, and can save a lot of time and labor.

Next, a second embodiment of the wind-resistant droop according to the present invention will be described with reference to FIGS. 6A and 6B show a plurality of vinyl resin materials for creating a symmetric droop (1), which are folded in half and cut in half (3) for forming a droop, and a bent portion (4) constituting a step. ) And half-folded part cuts (7) and the like.

In the above perspective view, the notch (3) position for constructing the sag, the notch crossing interval de, or the bent part (4) constituting the step is the same as in the first embodiment described in the section [0011]. The positioning of can be finished beautifully with good shape and balance. In this case, it is needless to say that it is not necessary to be limited by the size and shape and can be changed freely.

FIG. 7 is a plan view showing a state in which the half-folded portion is opened after the cut (3) and the half-folded portion cut (7) shown in the perspective view are processed. In order to create this shape, several or several tens of laminated vinyl resin materials can be created by cutting each of them together with a machine or the like. Further, as shown in FIG. 8, the open droop is rotated forward along the notch (3), and a crease is formed at the folding portion (4) constituting the step and shaped.

Next, if it folds along the bending part (8) of a drooping upper part, and the droop (1) cross | intersects right and left, the left-right symmetrical beautiful droop (1) like FIG. 9 can be created. Further, as shown in FIG. 10, a symmetrical sag can be created even if two sag (1) of the first embodiment are used, but in this case, the left and right folding directions are different.

The folding method of the bent part (8) of the above-mentioned drooping part is first lightly creased along the bent part (8) of the right and left drooping part. Next, it crosses so that the crease | fold of each drooping upper part of right and left may correspond. When folded in this way, the drooping upper portion (1) is directed downward.

As for the method of adding the member (2) that can be bonded on one side to the upper part (1) of the sword, it can be vertically or vertically continuous as shown in FIG. For a certain object, if it is added sideways as shown in FIG. 11, the hanging (1) can be fixed more easily and firmly. However, the adding method is not limited to these two directions, and any of vertical, horizontal and diagonal directions is possible depending on the additional conditions. This adding method is the same even if the shapes of the upper portions (1) of the first and second embodiments are different.

The member (2) to which one side can be bonded can be easily attached to a pouring line or the like if it is added to the hanging beforehand. In this case, as shown in FIG. 4, a member (5) for protecting the adhesive portion that can be easily peeled is attached to a part of the member (2) that can be bonded on one side. Moreover, it is also possible to add a droop at the time of attachment to a longline or the like. In this case, a member (5) that can be easily peeled off is attached to the entire surface of the member (2) that can be bonded on one side, or a commercially available material that can be bonded on one side is used.

The droop produced as described above can be widely used not only for continuous lanyards, but also for money, ball skewers, money skewers, etc., and the range of use is expanded.

1 is an overall front view of a first embodiment of a wind-resistant droop according to the present invention. It is the front view which showed the position and shape of the notch | incision (3) for comprising the droop of 1st Embodiment, an incision crossing | interval, and a bending part (4). It is an enlarged front view of the upper part (1 o) of a droop of the state which attached the member (2) which the single side | surface of 1st Embodiment can adhere | attach. It is an enlarged side view of the upper part (1 o) of a droop of the state which attached the member (2) which the single side | surface of 1st Embodiment can adhere | attach. It is an enlarged side view which shows the state which attached the droop (1) of 1st Embodiment to the cast lasso. In the second embodiment of the wind-resistant droop according to the present invention, in a half-folded material, a notch (3) for forming a droop, a notch crossing interval, a folding part (4) or a half-folded part notch ( 7) is a perspective view showing the position and shape. It is a front view of the state which opened the half-fold part after processing in FIG. FIG. 8 is a front view of a state in which the sag opened in FIG. 7 is creased and shaped by a folding part (4) constituting a step while rotating forward along the notch (3). It is the front view of the left-right symmetric droop produced by bending the droop created in FIG. 8 along the bent portion (8) of the drooping upper part. It is a front view of an example which made use of multiple droops (1) of a 1st embodiment, and created right and left symmetrical droop. It is an enlarged front view of the upper part (1 o) of a droop of one example which attached the member (2) which can adhere | attach one side in the direction different from vertical. It is an upper part enlarged view which shows the state which makes a crease lightly along the bending part (8) of the upper part (1 o) of the symmetrical droop of 2nd Embodiment. It is a front view which shows the cross | intersection state bent along the crease | fold (8) of each upper part (1 o) of each right and left droop (1) of 2nd Embodiment.

Explanation of symbols

1 droop
1 A to 1 d Steps constituting the hanging 1 Upper portion of the hanging 2 A member to which one side can be bonded 3 Notches for forming the hanging 4 Bending portions constituting the step
5 Adhesive surface protection member that can be easily peeled 6 Member that attaches droop such as a longline 7 Cut in half-folded part 8 Bent part in the drooping upper part

Claims (5)

A droop attached to a continuous lasso, money, or skewers, characterized in that the droop (1) is made using a vinyl resin material. 2. The droop according to claim 1, wherein the whole droop (1) is colored in a single color of various colors, or only the upper part (1) of the droop is colored in a different color. The incisions (3) constituting the droop (1) are taken obliquely or at a right angle to the material, and positioned so as to become gradually wider from the upper step portion to the lower step portion. 2 drooping. 4. A droop according to claim 1, wherein a plurality of vinyl resin materials are superposed to create a symmetrical droop. 5. A droop according to claim 1, wherein a part of the member (2) whose one surface can be bonded is attached to the upper portion (1) of the droop.

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