JP3027538U - Bell-in cocoon crafts - Google Patents

Abstract

(57) [Abstract] [PROBLEMS] To provide a cocoon craft product with a novel structure, which has a novel structure in which the lovely appearance of the cocoon ball and the texture of the cocoon thread are used as they are, and which is designed to be a familiar item. SOLUTION: A bell 2 in which a press-molding suspension portion 21 is formed in a radial bridge structure or a parallel bridge structure is directly inside the press-molding suspension portion 21 or inside the cocoon ball 1 via a spacer 3 on the press-mold suspension portion 21. A cocoon craft with a bell that is attached to and made a ringing bell sound.

Description

[Detailed description of the device]

[0001]

[The purpose of the device]

 The present invention relates to a new use of dried cocoons, and the new appearance of the cocoons is made possible by making full use of the cute appearance of the cocoons and the texture of the cocoons, and making them a familiar item such as decorations, mascots, amulets, or key chains. It aims to provide cocoon crafts with bells of various structures.

[0002]

[Prior art]

 Various craft products using cocoons have been proposed so far, for example, in publications such as "Mayu Craft" edited and issued by the National Federation of Sericultural Cooperatives for Agricultural Cooperatives, dolls by cocoons, A large number of examples of crafts made mainly by imitating concrete objects such as animals and flowers are posted. All of these were removed in large quantities by sericulture farmers and silk thread makers who were pressed by imported silk products and lacked the color of yesteryear, in the process of carefully selecting high-quality cocoon balls in order to compete with imported silk products. It has been proposed as one of the measures to utilize the inferior cocoon balls that accumulate in the cocoons, and in many cases, the cocoon balls are cut or cut open to skillfully create curves and internal recesses. It is a combination of crafts, made into concrete objects such as dolls and animals, colored on the surface as appropriate, and made into elaborate crafts that cannot be distinguished from using cocoons at a glance. It was not something that tried to make the most of the cute shape peculiar to cocoon balls and the texture of the cocoon thread that forms them.

[0003] Cocoon balls differ in size and shade depending on the type of silkworm, but their appearance is generally an elliptical shape with the central part slightly constricted, and the longest diameter is 3 in the most common cocoon balls in Japan. It's around 4 cm in appearance, and it has a unique whiteness, and although it is not flashy, it is still one of the various expressions that express the shape, "cocoon shape". As the expression, is valid, it can be said that it has one of the typical modeling aesthetics of nature. However, even if the provisional law and the cocoon balls themselves have the cute and unique textures as described above, simply providing them in their natural state does not create an object that attracts the general public's attention, especially commercial value. It is difficult to find, and because it is not a modified handicraft, it does not add value, and it is not possible to expect an economic effect. So far, it has not been possible to find an example of utilizing cocoon balls as they are.

Therefore, the inventor of the present application can enhance the added value by taking advantage of the characteristics peculiar to cocoon balls. Moreover, recently, sericulture farmers are limited to a specific area, and are limited to urban areas. Since the chance to see cocoon balls is lost even in the county, it can serve as a means for many people who do not yet know cocoon balls to learn about it. As a result of repeated trial and error in various ways of utilizing the cocoon balls, we experimentally displayed the cocoon balls themselves in a state where they were simply boiled and dried. Picked up a cocoon ball that had not been touched, and while continuing to observe with great interest, he was surprised to hear the beat when he rolled it in his palm, and it remained inside. I was told that it was a rolling sound of a pupa that is rolling, and I found that even people who hurriedly release it could be seen, and as a foothold, I would try to prototype and experiment a cocoon that emits a sound. became.

One of the publications mentioned above is a proposal of a case in which a cocoon ball from which pupae are removed from the inside is attached to a chain with a suction cup together with a bell, like other mascots for car interior decoration. Although it cannot be seen, they are merely picked up cocoon balls in place of other ornaments, and the added value is low as a craft item of cocoon balls, so the purpose of increasing the added value is So, I decided to try a worker who encloses or attaches a bell inside the cocoon ball. First, when classifying commercially available bells according to the structure of the hanging part, there are two types. One is a bell as shown in the perspective view of FIG. 10, and this type A bell 2A has a structure in which a ring-shaped hanging part 2A1 is attached to the upper part of the bell 2A, and the other one is , A type B bell 2B shown in the perspective view of FIG. 11, the bell 2B is formed by leaving a part of the central portion of the top flat portion in a straight line of a predetermined width, and pressing down both sides thereof by press molding. By forming the recessed portion 2B2, the remaining linear portion having a predetermined width in the center portion is used as the suspension portion 2B1 of the bridge structure.

In the case of the type A bell 2A, as shown in the enlarged vertical sectional view of the main part of FIG. 12 and the enlarged vertical sectional view of the main part of FIG. Since there is a gap S between the bell 2A and the bell 2A suspended at one point by the attachment thread 4 that has passed through the through hole 12 of the cocoon ball 1, as can be understood from the enlarged longitudinal sectional view of the main part of FIG. , It swings to the left and right, and it also swings freely in the anteroposterior direction as shown in the enlarged vertical sectional view of the main part of FIG. 13 which is orthogonal to the enlarged vertical sectional view of the main part of FIG. Although the bell 2A does not directly touch the inner wall of the cocoon ball 1, if the cocoon ball 1 is moved by shaking it, the shoulder of the bell 2A collides with the inner wall of the cocoon ball 1 and the sound of the bell 2A is accompanied by a collision sound. .

On the other hand, in the case of the type B bell 2B, when the bell 2B is directly fixed by the attaching thread 4, the bell 2B is in contact with the inner wall of the cocoon ball 1 from the beginning, Since the sound of the bell does not occur, make sure that the bell 2B does not touch the inner wall of the cocoon ball 1 from the beginning, such as a structure in which a spacer is appropriately arranged between the hanging portion 2B1 of the bell 2B and the inner wall of the cocoon ball 1 in advance. However, even if the structure is such that a gap is secured, the bell 2B is fixed in the bridging direction of one of the suspension parts 2B1, but swings in the direction perpendicular to it, so the bell still remains. It is not possible to completely prevent the collision with the inner wall of the cocoon ball, and the collision sound is mixed with the sound of the bell as in Type A above. As described above, if the conventional bells 2A or 2B are used as they are, it is impossible to fix the bells 2A or 2B to simultaneously prevent contact and collision with the inner wall of the cocoon ball 1.

Based on the above facts, the invention of the present application aims to efficiently take out pupae from a natural cocoon ball with pupae left inside, and to generate sound inside the pupae. A cocoon craft with a new structure that allows the bell to be hung, and that the purpose of restoring the appearance of the original cocoon ball to be natural after encapsulation can be reliably achieved. The present invention is intended to provide a product, and in the following, the details of the technical idea included in the present invention will be explained using the description of the typical embodiment shown in the drawings.

[0009]

[Constitution of device]

 The cocoon craft with bells of this invention basically has the following structure. That is, a bell in which the press molding suspension is formed in a radial bridge structure or a parallel bridge structure is attached directly to the press molding suspension or inside the cocoon ball via a spacer on the press molding suspension. It is a cocoon craft with a bell. The press-molded suspension part is the center part of the top of the bell, and the hook-shaped cuts that are line-symmetrical to each other are made in the part that is divided by a plurality of intersecting lines that pass through the center. Push the part downwards so that the remaining part has a radial bridge structure that is planar and extends from the center of the top in all directions, such as a three-pronged structure, a cruciform structure, or more. By sandwiching the center of the, two pairs of parallel straight cuts are provided, and by pushing the outside of each cut downward, a pair of parts that remain straight with a predetermined width It is realized by making a parallel cross-linking structure.

Further, the press-formed hanging portion itself remains as a part of the surface that is the same as the top of the original bell, and the area surrounding it is depressed downward, so that there is a space below it. In addition to the structure having the above-described cross-linked structure or parallel cross-linked structure (hereinafter referred to as flat type press molding suspension part), conversely, the part having the above-mentioned radial cross-linked structure or parallel cross-linked structure is originally The structure may be such that it is pulled out above the bell surface and the other parts are left as they were on the original bell surface (hereinafter referred to as the overbridge type 〓 press molding suspension part), or radial bridge. The part with the structure or the parallel bridge structure is also pulled out above the original bell surface, and the other parts are also pushed down and depressed, both of which are formed by press molding. It can be made into a deformed structure (hereinafter referred to as an overbridge type 〓 press-molded suspension).

In the case of a bell formed on a flat-type press-molded hanging portion, the inner surface of the cocoon ball is attached with a thread or fine wire through a spacer. The size of the spacer, at least in its horizontal cross section, shall be such that it hangs on the center-side roots of the radial bridges of the radial bridge structure, and is formed as a pair of parallel bridges of the parallel bridge structure. It must be a short column with an insertion hole, or a short tube with a hollow part, made of plastic, light metal, wood, paper, etc., natural bamboo material, It is also possible to adopt a hollow structure such as a reed stalk in the form of a slice.

[0012] Then, the spacer is placed on the upper surface of the central portion of the press-molding suspending portion in a stable state without shifting its position, so that the press-molding suspending portion has a claw, a convex portion, and It is desirable to form a concave portion or other processed portion, or to form a notch portion that fits in a predetermined portion of a radial bridge structure or a parallel bridge structure on the bottom side of the spacer, and press molding A part where the member that attaches the bell to the inside of the cocoon ball, such as a thread that goes under the hanging part and folds back upward, abuts the thread so that it is not rubbed by the edge parts on both sides of the press molding hanging part and cut. If the edges of both sides of the press-formed suspension part are formed as rounded bent pieces, it becomes possible to realize a durable attachment structure, which is convenient.

On the other hand, both the overbridge type 〓 press molding suspension part and the overbridge type 〓 press molding suspension part are formed with an adhesive after forming the upper surface of the press molding suspension part along the inner surface of the cocoon ball. It can be attached directly to the inner surface of the cocoon ball or attached directly to the cocoon ball, and it is not necessary to use the spacer as an indispensable constituent element as in the flat type pressure molding hanging part described above. No, it can be omitted.

In contrast to the bell formed as described above, the cocoon ball is completely halved with a sharp blade to completely remove the pupa and molting shells from the inside, and then the cocoon ball is placed on the inner surface of one of the halved halves. It is possible to attach the bell with the attachment structure as described above, apply adhesive to the cut edges and combine it so that it becomes the original cocoon ball again, but it will be the original shape The process of aligning both cuts becomes quite difficult, so in order to simplify the process as much as possible and to make the shape of the restored cocoon balls clean, do not cut the cocoon balls completely in half. , The smallest cut that does not hinder the removal of the pupa and molting shells inside, and that does not cause any inconvenience in the bell attachment work, for example, the cut length is the same as the vertical or horizontal dimensions of the bell. At least one of the larger dimensions Approximately 5 times as many cuts are formed, the elasticity of the cocoon ball itself is used to spread the cuts, and after the specified work is completed, the bell is attached and the cuts are glued and restored. It is desirable to do so. The specific examples shown in the drawings will be described in detail below so that the structure of the cocoon craft containing bells included in the present invention can be more easily understood.

[0015]

Embodiment 1 In the front view of the cocoon ball with bellows of the present invention shown in a perspective view in FIG. 1 and the enlarged cross-sectional view of the same main part in FIG. 2, one end of the cocoon ball 1 in the long axis direction with a spacer 3 interposed. The most representative example of the cocoon crafts with a bell of the present invention in which a bell is hung inside is shown. At a position away from the side where the bell 2 is attached, cut the cocoon ball 1 with a sharp blade over the minimum range so that it becomes a direction orthogonal to the long axis, and carefully open the incision 11 The pupae and the molting shells are removed to form an empty cocoon ball 1. On the other hand, the bell 2 attached to the cocoon ball 1 is a bell belonging to the type B up to now, and in this embodiment, the flat type press forming hanging portion 21 having the radial bridge structure shown in FIG. 5 is used. The one formed in is adopted.

First, before putting it into the cocoon ball 1, the attachment thread 4 which also serves as a decorative thread is made to dive under the radial cross-linking pieces 21 a, 21 a, ... The spacer 3 is inserted through the penetrating portion 31 of the spacer 3 and pulled out upward, and the spacer 3 is placed on the center portion of the press molding suspension portion 21. Then, the spacer 3 is pulled out to the attachment hole 12 previously formed in the cocoon ball 1. Pull it out of the cocoon ball 1 through the threading yarn 4 and make a knot 41 as shown in the figure to prevent it from slipping off, or crush it through eyelet-shaped metal fittings, or insert a small U-shaped metal fitting from the side and pinch it. For example, in place of the illustrated knot 41, a metal fitting is used to prevent the attachment, and an adhesive is used to realize a structure in which the attachment thread 4 is not retracted into the cocoon ball 1.

Thus, as shown in the enlarged cross-sectional view of the main part of FIG. 2 on the inner side of the cocoon ball 1 on one end side in the long axis direction, a flat tie having a radial bridge structure inside the cocoon ball 1 and on the top of the bell 2. After the bell 2 is attached by the attachment structure with the spacer 3 interposed between the bell 2 and the press forming suspension portion 21, the shape of the incision 11 of the cocoon ball 1 is adjusted and the upper and lower cut edges are carefully aligned. In addition, by using an instant adhesive to bond both cut edges and making the incision 11 as inconspicuous as possible, a bell-shaped cocoon craft product in which a bell 2 is enclosed in a cocoon ball 1 is completed.

[0018]

Embodiment 2 In the perspective view of FIG. 6, a bell 2 used in an attachment structure with a spacer 3 interposed is shown in FIG. 6, and the bell 2 of this embodiment is the bell of embodiment 1. In contrast to the flat type press-molding suspension portion 21 having the radial bridge structure as shown in FIG. 5, the flat type press-molding suspension portion 21 having the parallel bridge structure is shown in FIG. Although not shown in the figure, the mounting combination structure of the spacer 3 on the press molding suspension portion 21 in this embodiment is a structure in which the spacers 3 are evenly spread over the planar bridging pieces 21b, 21b. , The size of the spacer 3 must be determined, and the attaching thread 4 also dive under the parallel bridging pieces 21b, 21b, and the attaching thread 4 should be positioned in the center as much as possible. When fixing to position 1, the position must be corrected and the final incision 11 closing process must be performed.

As long as the bell 2 formed on the flat type press-molded suspending portion 21 typified by Embodiments 1 and 2 has an attachment structure in which a spacer 3 is interposed, the bell 2 is placed inside the cocoon ball 1. The attaching position is not particularly limited, and the attaching thread 4 has a structure in which the attaching thread 4 also serves as a decorative thread in each embodiment, but the attaching position is not necessarily limited to this embodiment, and the attaching position is not limited to this. It is of course possible to prepare the threads separately or to have a structure without the decoration threads. If these decoration threads are not used together, or if the decoration threads are not attached For attaching the exposed portion of the attachment thread 4 to the outside of the cocoon ball 1 to a seal or applying color or other decoration so as not to hinder the overall design. It is necessary to take a separate means of.

[0020]

[Third Embodiment] A front view of a cocoon craft with bells shown transparently in Fig. 3 and an enlarged cross-sectional view of the essential part of Fig. 4 show an overbridge with a radial bridge structure shown in the perspective view of Fig. 7. A case is shown in which the bell 2 of the press-molded suspension portion 21 that is a type is adopted and the cocoon ball 1 is attached at a proper position in the short axis direction. In the case of this embodiment, unlike the above-mentioned Embodiments 1 and 2, the spacer 3 is not required, and the radial cross-linking pieces 21c, 21c, ... The bell 2 is fixed by an attachment structure in which the adhesive 5 is directly applied and is attached to the inner surface of the cocoon ball 1 by the adhesive 5.

Also in the case of this embodiment, as long as the shape of the radial cross-linking piece 21 c that is the application surface of the adhesive 5 is formed to be a curved surface that can be attached to the inner shape of the cocoon ball 1 to be attached. However, as long as the shape is correct, the bell 2 can be attached anywhere in the cocoon ball 1 with this attachment structure, and the attachment structure is not exposed to the outside. As described above, no special consideration is required for adjusting the appearance of the appearance. However, if the application amount of the adhesive 5 is incorrect, the adhesive 5 may exude outside the cocoon ball 1, and caution is required. The incision portion 11 in this embodiment is formed at a position opposite to the attachment position of the bell 2, and after the attachment of the bell 2 is finished as in the above-mentioned embodiment, it is closed with an instant adhesive. Good.

[0022]

[Fourth Embodiment] The enlarged perspective view of the main part of FIG. 3 is based on the improved type of the first embodiment which employs the bell 2 which is the flat type press-molded hanging portion 21. This is an embodiment characterized by a structure that prevents movement of the position of the bell 2 in the horizontal plane when fixing. That is, as understood from the drawings, the cut pieces 23, 21 are formed on the upper surfaces of the radial bridge pieces 21a, 21a, ... .., and these cut-out pieces 23, 23, .. .. realize a structure in which the spacer 3 is stably interposed in the central portion of the press molding suspension portion 21 with the intervening position thereof. I am trying.

[0023]

Fifth Embodiment FIG. 9 shows an enlarged perspective view of an essential part of the first embodiment, which employs the bell 2 as the flat type press-molded suspension portion 21, and a further improved embodiment. In the case of the attaching structure in which the attaching thread 4 is made to dive under the press forming hanging portion 21 as in Example 1, Example 2, and Example 4 above, it is provided as a cocoon craft with a bell. For example, if it is handled as something with a high frequency of shaking, such as a decoration on a key chain, there is a risk that the part of the attaching thread 4 that is in contact with the edge of the press forming hanging portion 21 may be repeatedly rubbed and cut. Therefore, the rimming pieces 24, 24, ... Are formed in the center of the press-molding hanging portion 21 in accordance with the inner size of the insertion portion 31 of the spacer 3, and the attaching thread 4 is directly attached to the press-forming hanging portion 21. This is an example in which the edge portion is not touched.

The edging pieces 24, 24, ... According to this embodiment and the cutting pieces 23, 23 ,. In order to realize a bell-shaped cocoon craft that can produce a stable and vibrant bell sound for a long time, press molding of the bell 2 to be adopted. The hanging portion 21 has a structure in which the edging pieces 24 1, 24, ... According to this embodiment and the notch pieces 23, 23 ,. Is desirable.

[0025]

[Operation effect]

 The cocoon crafts with bellows of the present invention configured as described above have almost the same appearance as the original appearance by removing the pupae and molting shells from the inside of the cocoon ball that has been boiled and dried as in the case of normal cocoon processing. The traditional structure as shown in Fig. 10 and Fig. 11 is used to restore the condition and to make the bell sound with a good sound whenever it is picked up to attract the interest. Since it was possible to realize it by using a special method of attaching a bell with a special structure, instead of a bell, it is possible to use the unique shape and texture of the cocoon as it is. For many people who have been kept alive and have been rarely seen these days, it is possible to directly touch and enjoy the feeling of real cocoon balls, and from the inside, it always changes. The sound of a stable bell echoes That it is possible to instill the feeling to be brought for a long time without getting tired, and serves as a high soo the cocoon craft value-added.

[0026] Therefore, it is very different from the conventional one in which the cocoon balls are simply provided as they are and the economic effect is weak. Further, the cocoon balls are appropriately cut or cut into small pieces, and then collected appropriately to collect flowers and animals. Unlike cocoons that have lost their original qualities such as those that have changed their shape, etc., they are highly evaluated as cocoon crafts that have never existed before and as a side job of sericulture farmers It will have the extremely beneficial feature of making it possible to improve the economic effect by using low quality cocoon balls that could not be utilized effectively.

In particular, with the structure representative of the present invention shown in each embodiment, it is easy to manufacture, and moreover, it is easy to realize the structure stably attached in the cocoon ball 1, and the sound of bells is generated. Since the advantageous structure can be realized from the above, the above-mentioned features become more remarkable. In particular, in the case of the bell 2 having the structure shown as the embodiment 4 or the embodiment 5, a flat type press forming hanging portion 21 is attached to the inside of the cocoon ball 1 with the attaching thread 4 via the spacer 3. By adopting this as the bell 2, it is possible to realize a cocoon craft that can produce a very stable and vibrant bell sound for a long period of time. Expected to be obtained. As mentioned above, the cocoon crafts with bells of this invention are valuable cocoon crafts that take advantage of the goodness of the cocoon balls themselves, and contribute greatly as a very useful idea to both the general public and sericulture farmers. It can be said that

[Brief description of drawings]

The drawings show some of the representative embodiments of the invention.

FIG. 1 is a front view showing a cocoon craft with a bell of the present invention in a perspective manner.

FIG. 2 is an enlarged cross-sectional view of the relevant part.

FIG. 3 is a front view showing a cocoon craft with a bell made of another structure of the present invention in a perspective manner.

FIG. 4 is an enlarged cross-sectional view of the relevant part.

FIG. 5 is an overall perspective view of a bell that is a flat-type press-molded hanging portion.

FIG. 6 is an overall perspective view of a bell according to another embodiment, which is a flat type press-molded hanging portion.

FIG. 7 is an overall perspective view of a bell according to another embodiment, which is an overbridge type press-forming suspension part.

FIG. 8 is an enlarged perspective view of an essential part showing the structure of an improved press-molding suspension part of a bell that is a flat-type press-molding suspension part.

FIG. 9 is an enlarged perspective view of an essential part showing the structure of an improved press-molded hanging portion according to another embodiment of a bell that is a flat-type press-formed hanging portion.

FIG. 10 is an overall perspective view of a conventional bell that belongs to type A.

FIG. 11 is an overall perspective view of a conventional bell that belongs to type B.

FIG. 12 is an enlarged vertical sectional view of an essential part showing an attachment structure when a conventional type A bell is adopted.

FIG. 13 is an enlarged vertical sectional view of an essential part in a section orthogonal to FIG. 12, showing an attachment structure when a conventional type A bell is adopted.

[Explanation of symbols]

 1 cocoon 11 same incision part 12 same attachment hole 2 bell 21 same press forming suspension part 22 same depression part 23 same notch piece 24 same incision piece 2A type A conventional bell 2A1 same hanging part 2B type B conventional bell 2B1 same hanging part 3 spacer 31 same insertion part 4 attachment thread 41 same knot 5 adhesive

Claims (4)

[Scope of utility model registration request] 1. A bell having a press-molding suspension formed in a radial bridge structure or a parallel bridge structure is attached directly to the press-molding suspension or inside a cocoon ball via a spacer. A cocoon craft containing a bell. 2. The bell-shaped cocoon craft product according to claim 1, wherein the press-molded hanging portion having a radial cross-linking structure or a parallel cross-linking structure is formed in a structure protruding from the top of the bell body to the upper side. 3. A press-molded hanging portion having a radial cross-linking structure or a parallel cross-linking structure is provided with a claw, a convex portion, a concave portion, and other processed portions for preventing positional deviation in the spacer abutting portion in place. A cocoon craft product containing a bell according to claim 1. 4. A bell insertion inside cutout having the structure according to any one of claims 1 to 3 is formed by forming a bell insertion cutout also serving as a pupa take-out at a minimum position at a predetermined position of the cocoon ball. A cocoon craft product with a bell, characterized in that the bellows insertion incision is attached to the cocoon ball with an adhesive after restoration to the cocoon ball.