JP2016129700A - Depositing bead toy - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide beads capable of creating a decorative body for exhibiting a beautiful brightness for pleasure.SOLUTION: A polyhedron shape is formed of a water-soluble resin into dodecahedron to 62-hedron shape, and is made of granular beads 10 of a diamond 30-hedron shape. This polyhedron has a particle diameter of about 3 mm to 6 mm to provide beads 10 of an identical size. A plurality of beads 10 of an identical color are combined to form a depositing bead toy set with the beads 10 of different colors.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a toy made of weldable beads that can be played by welding small particles called beads.

  Today, there is a toy that is called a bead toy and has a play of making various decorative bodies by welding beads such as resin small spheres or cylinders to each other.

  In this bead toy, beads are arranged in contact with each other so as to draw a relatively simple picture with various colored granular beads or short cylindrical beads, and the adjacent beads are welded to each other by heating to change the color. There has been proposed a bead toy that can be formed as a flat resin plate having a pattern with different beads, or a decorative body having a pattern with a shape in which beads are arranged (for example, Patent Document 1).

  In addition, the present applicant does not heat-weld, but arranges the beads molded with water-soluble resin in contact with each other, melts the surface of the beads by applying moisture, and then welds the beads to each other by drying. A bead toy set and a jig for creating beaded decorations that can easily create a work such as a flat sheet or a decorative body having a picture pattern are proposed (for example, Patent Document 2 and Patent Document 3). ).

JP 2011-139820 A Utility Model Registration No. 3131292 JP 2009-125232 A

  The above-described bead toy is provided with beads of various colors, and can create a decorative product having a colorful pattern.

  However, in the case of bead toys made only of spherical or short cylindrical beads of different colors, when creating many ornaments, the design and shape will be similar to the previous work unless a change in the pattern is designed using a large number of beads. As a result, it became less changeable, and the ornamental body became a preference based only on the pattern and shape, and it was sometimes uninteresting.

  An object of the present invention is to provide a bead toy using new beads that eliminates such drawbacks and can be enjoyed for a long time without getting tired.

  The present invention is a granular bead, which is a polyhedral bead formed of a transparent water-soluble resin, and the polyhedral bead is a dodecahedron to a hexahedron convex polyhedron, The beads are weldable bead toys having a particle diameter of 3 mm to 6 mm.

  Also, a weldable bead toy comprising a plurality of beads as a set, each bead is colored and transparent, and each bead is a set of beads having different colors in which a plurality of beads are combined. It is what.

  And this weldable bead toy is set as a combination of beads having the same shape and the same size.

  Since the beads according to the present invention have a polyhedral shape formed of a transparent resin, the beads have a surface reflection by a flat surface and a shine by refracted light, and emit a beautiful shine, and irradiate the assembled decorative body. It gives a lot of changes depending on the angle of light and allows you to play without getting bored.

  Furthermore, if the polyhedron is a dodecahedron to a sixty-sixty-hedron polyhedron, it can be handled in the same manner as a spherical bead, and it can be enjoyed with a beautiful shine like diamond cut by the polyhedron Can do.

  If the particle size is 3 mm to 6 mm, it is easy to play as if used in combination with conventional spherical beads.

  In addition, by using colored and transparent granular beads, it is possible to play with a decorative body that emits a brilliant color.

  Furthermore, by combining beads having the same shape and the same size, it is possible to easily make mutual contact between adjacent beads at a fixed interval, and various decorative bodies can be easily used. Can be created.

The figure which shows an example of the external appearance of the bead in the weldable bead toy concerning this invention. Sectional drawing of an example of the bead in the weldable bead toy concerning this invention. The figure which shows an example of the usage method of the bead in the weldable bead toy concerning this invention. The figure which shows an example of the state which arranged the bead in the welding bead toy concerning this invention.

  As shown in FIG. 1, the weldable bead toy according to the present invention has a rhomboid-icosahedron polyhedron shape, and is a combination of a plurality of beads 10 formed of a colored transparent water-soluble resin.

  The bead 10 of this weldable bead toy is formed using a transparent synthetic resin colored with a coloring agent using a water-soluble resin having a rhombus-tridecahedron having a particle size of 5 mm and blended with polyvinyl alcohol. It is.

  This rhombus icosahedron is a shape obtained by combining 30 rhombuses of the same size, and as shown in FIG. 2, is a convex polyhedron in which all corners project as obtuse angles and all sides also project.

  Since the beads 10 are formed of a water-soluble resin, the beads 10 are arranged in contact with each other, applied with a liquid such as water, or immersed in a liquid such as water. When dissolved in a wet state and then evaporated to dry, the adjacent beads 10 can be welded together.

  In addition, since the bead 10 has a polyhedral shape, if the contact portion between the beads 10 is a face-to-face, the area where the beads 10 melt and bond to each other is widened, and the beads 10 are strongly bonded to each other. The assembled decorative body is less likely to break.

  And when the corners of the polyhedron come into contact with other beads 10, liquids such as water tend to penetrate the beads 10 at the corners, and the dissolution and softening of the bead resin proceeds in a short time. As a result, the corners are greatly deformed, and the beads 10 can be strongly welded to each other.

  Further, when the beads 10 are colored with a colorant, the beads 10 are colored and transparent with colors such as green, blue, red, yellow, and purple as colors that harmonize transparency and color. The transparent and transparent beads 10 may be used.

  A simple method for creating a decorative body using the beads 10 of this weldable bead toy will be described below.

  When the decorative body 30 is formed using the beads 10 of this weldable bead toy, as shown in FIG. 3, the plate-shaped base tray 21 and a sheet that can be fixed to the inside of the base tray 21 are colored. An illustration sheet 23 on which a pattern of different bead-like dot descriptions is drawn and a transparent plate-like bead tray 25 that can be fixed inside the base tray 21 are used.

  In FIG. 3, the beads 10 are greatly exaggerated with respect to the sizes of the base tray 21 and the bead tray 25.

  The upper surface of the bead tray 25 is formed with recesses having a diameter smaller than the particle size of the beads 10 in an aligned state with a spacing substantially equal to the particle size of the beads 10 and slightly smaller than the particle size of the beads 10. Has been.

  For this reason, when the beads 10 are arranged in the adjacent depressions of the bead tray 25, the beads 10 arranged in the depressions are stably placed in the depressions in contact with each other as shown in FIG. It will be.

  Therefore, the illustration sheet 23 on which the desired pattern is drawn is fixed to the base tray 21, and the bead tray 25 is fixed on the illustration sheet 23, and the desired pattern is set according to the pattern drawn on the illustration sheet 23. It was drawn on the illustration sheet 23 by placing the beads 10 in the dents of the bead tray 25 in color and then applying water to the beads 10 by brushing or spraying to make the beads 10 wet and then drying the beads 10 A decorative body 30 that matches the pattern can be created.

  In FIG. 4, the bead 10 is schematically displayed as a spherical shape as a schematic diagram showing the arrangement of the colored transparent beads 10 that are rhomboid polyhedrons.

  Since this decorative body 30 is formed by colored transparent beads 10 that are rhomboid polyhedrons, the state of planar reflected light or refracted light changes when the angle of the irradiation light changes, and the decorative body 30 In addition to the beauty of the arrangement of the beads 10 having different shapes and colors, the decorative body 30 can be enjoyed without changing the brightness.

  In addition, the beads 10 have a rhomboid icosahedron shape that is close to a spherical shape, and the particle diameter is set to 5 mm to match the diameter of a conventional spherical bead. Therefore, the beads 10 are combined with the conventional spherical beads. A decorative body 30 can be created.

  In this case, it is possible to create a decorative body 30 having a change in brightness due to plane reflected light or refracted light on a part of a conventional color scheme of beads by surface gloss.

  In addition, the particle size of the beads 10 is not limited to 5 mm, and a fine decorative body 30 with a particle size of about 3 mm may be created, or the reflection refraction due to the polyhedron may be clearly seen with a particle size of 6 mm. .

  Furthermore, the polyhedron shape is not limited to the rhomboid trihedron, but a combination of a regular pentagon and a regular triangle such as a regular dodecahedron and a regular icosahedron, a combination of a regular pentagon and a regular hexagon, It should have a convex polyhedron shape that can be handled in the same way as a sphere, such as a tetrahedron or thirty-hedron with the corners of a regular polyhedron cut, and a six-hedron, sixty-hedron, or double-hedron of a regular polyhedron. Can do.

  However, a polyhedron having a smaller number of planes than a dodecahedron is difficult to handle in the same manner as a sphere, and contact welding between the beads 10 becomes difficult due to the orientation of the plane when the beads 10 are placed side by side. On the other hand, when the number of planes is larger than that of the hexahedron or the hexahedron, the bead 10 having a particle size of about 3 mm to 6 mm loses its shine due to plane reflected light or refracted light, and is less interesting as a polyhedral bead. Therefore, it is preferable to use a convex polyhedron having about a dodecahedron or a sixty-two-hedron.

  In addition, by making the beads 10 into the same polygonal shape and having the same particle size, when the beads 10 are combined, the beads 10 adjacent to each other can be arranged in contact with each other with certainty. It becomes easy.

10 beads 21 base tray 23 illustration sheet 25 bead tray 30 decorative body

Claims (4)

  A polyhedral granule bead formed of a transparent water-soluble resin, wherein the polyhedral granule bead is a dodecahedron to a hexahedron convex polyhedron shape, and the particle size of the granular bead is 3 mm to A welding bead toy characterized by being 6 mm.   The weldable bead toy according to claim 1, wherein a plurality of the granular beads are combined to form a set.   The weldable bead toy according to claim 2, wherein the granular beads are colored and transparent, and each color is a combination of a plurality of granular beads.   The weldable bead toy according to claim 2 or 3, wherein all of the plurality of granular beads to be set have the same shape and the same size.

Images