JP2019098003A - Creation stand for weldable bead toy - Google Patents

Abstract

To provide a creation stand for a weldable bead toy capable of creating, easily in a short time, an aggregate of a plurality of weldable bead toys having the same shape.SOLUTION: A weldable bead toy creation stand 1 includes a table 20 for a weldable bead toy, which has a first surface where the weldable bead toy 60 is placed, and a second surface on the opposite side to the first surface, and which is provided, on the first surface, with a formwork 40 imitated so that an aggregate of weldable bead toys 60 has a prescribed shape, and triangle projections 51 arranged at prescribed intervals on a non-formation area 23b on the outside of the formwork 40.SELECTED DRAWING: Figure 2

Description

  The present invention relates to a weldable bead toy making table for aligning weldable bead toys to form a weldable bead toy assembly.

  Conventionally, there is disclosed an apparatus for removing a bundle of weldable bead toys placed on a weldable bead toy making table before completely drying to make the next bundle of weldable bead toys. ing. For example, Patent Document 1 discloses a welder bead toy scraper provided with a spatula portion having an uneven shape in plan view.

  Here, the weldable bead toy is formed, for example, by blending polyvinyl alcohol into a resin and kneading it to form particles. And, after the weldable bead toy is placed on the holding tray, the weldable bead toy is melted by supplying water to the weldable bead toy by atomization or the like to make it wet. Then, when it is left to stand for a predetermined time and dried, the molten resin is cured and the weldable bead toys are bonded to each other. In this way, a child who is the main user can enjoy creating a collection of weldable bead toys of a desired pattern.

Patent No. 6108650 gazette

  According to the weldable bead toy scraper disclosed in Patent Document 1, the weldable bead toy assembly is welded after the surface of the weldable bead toy assembly on the weldable bead toy preparation table is dried to some extent The next set of weldable beaded toys can be made by removing them from the base for toy beads. However, a child who makes a weldable bead toy assembly may want to immediately make another weldable bead toy assembly after making the weldable bead toy assembly.

  Also, for beginners and small children, it takes a long time to place a plurality of weldable bead toys one by one on the holding tray and reproduce the aggregate of weldable bead toys of the shape that they like. In some cases, it is desirable to create a plurality of weldable bead toy assemblies.

  An object of the present invention is to provide a weldable bead toy making stand capable of easily producing an assembly of a plurality of weldable bead toys having the same shape in a short time.

  The weldable bead toy making stand according to the embodiment of the present invention has a first surface on which the weldable bead toy is placed, and a second surface opposite to the first surface, and the first surface The weld bead is provided with a mold imitated such that the assembly of the weldable bead toy has a predetermined shape, and triangular projections arranged at predetermined intervals in an area outside the mold. A table for toys is provided.

  According to the present invention, the weldable bead toy manufacturing stand can easily create an assembly of a plurality of weldable bead toys having a predetermined shape in a short time.

It is an external appearance perspective view of a preparation stand for weldable bead toys concerning an embodiment of the present invention. It is a disassembled perspective view of a preparation stand for a weldable bead toy concerning an embodiment of the present invention. It is a perspective view showing the back of the receiver of the creation stand for weldable bead toys concerning the embodiment of the present invention, and a table. It is an enlarged perspective view of P part in FIG. 2 of the mounting part of the preparation base for weldable bead toys which concerns on embodiment of this invention. It is a figure for demonstrating the process of producing the assembly of a weldable bead toy by the production table of the weldable bead toy which concerns on embodiment of this invention, and in order to demonstrate the process of mounting a weldable bead toy on a table FIG. It is a figure for demonstrating the process of producing the assembly of a weldable bead toy by the preparation table of the weldable bead toy which concerns on embodiment of this invention, reverses the table of a weldable bead toy, and welds a bead to a receiver. It is a perspective view for demonstrating the process of transferring the assembly of a toy. It is a figure for demonstrating the process of producing the assembly of a weldable bead toy by the production table of the weldable bead toy which concerns on embodiment of this invention, and the table of the weldable bead toy was reversed again and it returned to the tray It is a perspective view for demonstrating a process.

  Next, an embodiment of the present invention will be described based on the drawings. FIG. 1 is a perspective view showing the weldable bead toy producing base 1 and FIG. 2 is an exploded perspective view of the weldable bead toy production base 1. The weldable bead toy production stand 1 is in a substantially flat plate shape that makes the whole a substantially long rectangular shape. The receiver 10, the table 20, and the tray 30 are disposed on the weldable bead toy manufacturing base 1 in order from the top so as to overlap with each other. FIG. 3 is a perspective view of the receiver 10 and the table 20 as viewed from the back side with the right and left inverted.

  As shown in FIG. 1 and FIG. 2, the receiver 10 has a substantially flat rectangular shape. On both short sides of the receiver 10, a flat handle 11 projecting outward is formed. The surface which is the first surface of the receiver 10 has a star shape or a pattern. This makes it possible for children to have fun.

  As shown in FIG. 3, a receiving surface 12 is formed on the back surface which is the second surface opposite to the first surface of the receiver 10. As will be described later, the receiving surface 12 is a surface that receives a plurality of weldable bead toys 60 (see FIG. 5) placed on the table 20. As shown in the enlarged view of a portion S in FIG. 3, the receiving surface 12 is formed with a large number of protrusions 12 a formed in a substantially circular flat shape. The protrusions 12a are arranged such that adjacent rows and columns are offset. Further, as shown in FIG. 3, wall portions 13 are provided upright on both short sides of the back surface of the receiver 10. Two longitudinal ribs 14 are formed on the outer side of each wall 13 respectively.

  As shown in FIG. 2, the table 20 is in the form of a substantially flat plate having a substantially rectangular shape. In the short side portion on the right side in FIG. 2, cylindrical shafts 21 whose axes are parallel to the short direction of the table 20 are formed at two places. Each axis 21 is formed near both long sides. On the other hand, on the short side of the left side (in other words, the side opposite to the shaft 21) in FIG. 2, a handle 22 projecting outward in a substantially flat plate shape is formed.

  On the surface which is the first surface of the table 20, a mounting portion 23 on which the weldable bead toy 60 (see FIG. 5) is mounted is formed. The mounting portion 23 is formed with a formation region 23a, which will be described later, which forms an assembly of the weldable bead toy 60, and a non-formation region 23b, which does not form an assembly of the weldability bead toy 60. On the outer periphery of the mounting portion 23, a wall portion 24 erected from the surface is formed. As a result, even when the weld bead toy 60 is rolled on the placement portion 23, the dropout of the weld bead toy 60 on the outside of the table 20 is reduced. And the recessed part 24a is formed in the both-end vicinity in the wall part 24 by which the handle 22 is formed. Moreover, the longitudinal rib 24b is formed in two places in the inner surface side of the wall part 24 in which the recessed part 24a is formed. Furthermore, in the wall 24 facing the wall 24 where the recess 24a is provided (in other words, the wall 24 on the side where the shaft 21 is provided), an engagement hole 24c is formed at a position facing the recess 24a. Ru.

  Here, in the mounting portion 23 of the table 20, four molds 40 are formed. The formwork 40 is a formwork imitating an animal. Further, the mold 40 is formed in a wall shape on the mounting portion 23 of the table 20. That is, the formwork 40 is imitated so that the assembly of the weldable bead toy 60 (see FIG. 5) has a shape imitating an animal, and is erected on the placement portion 23 of the table 20. And in the mounting part 23 of the table 20, the formwork 40 forms the assembly of the weldable bead toy 60 imitating an animal, and the non-formation region which does not form the assembly of the weldable bead toy 60 Form a boundary with 23b.

  Further, as shown in FIG. 4 which is an enlarged view of a portion P in FIG. 2 (an enlarged view of the surface of the table 20), the height of the formwork 40 is the formation area 23a of the mounting portion 23 for the weldable bead toy 60. When placed on top of the weld bead, the weld bead 60 is formed at a height lower than that of the weld bead toy 60. That is, when the plurality of weldable bead toys 60 are placed on the formation area 23 a, the plurality of weldable bead toys 60 abut on the receiving surface 12 of the receiver 10. On the other hand, the mold 40 of the mounting portion 23 has a height not in contact with the receiving surface 12 of the receiver 10. Specifically, since the weldable bead toy 60 is about 5 mm in diameter in size, the formwork 40 is formed at a height lower than 5 mm.

  A plurality of through holes 25 are formed in the formation area 23 a of the inside of the mold 40 of the mounting portion 23. The through hole 25 penetrates from the surface which is the first surface of the mounting portion 23 to the back surface which is the second surface opposite to the first surface (see FIG. 3). Further, the through hole 25 is substantially circular in cross section. The assembly of the weldable bead toy 60 is an assembly of the weldable bead toy 60 in a form simulated by the mold 40 by placing the weldable bead toy 60 in the plurality of through holes 25 in the formation area 23a. Body is formed. The through holes 25 are arranged offset in the row and column directions on the table 20.

  Here, in the second surface (rear surface) corresponding to the formation region 23a, a through hole of the through hole 25 is open. On the other hand, the second surface (rear surface) corresponding to the non-formation region 23b has no hole and is a flat surface.

  Further, as shown in FIG. 4, a plurality of triangular projections 51 are formed in the non-forming area 23 b outside the mold 40 of the mounting portion 23. The plurality of triangular protrusions 51 are arranged to be rotated by 180 ° at predetermined intervals in the short direction (one direction) which is one direction of the table 20. Thereby, the groove 50b and the groove 50c are formed. Further, the plurality of triangular protrusions 51 arranged in the short direction of the table 20 are formed at predetermined intervals in the longitudinal direction. Grooves 50 a are formed at predetermined intervals in the longitudinal direction orthogonal to the short side direction (one direction). Then, the plurality of triangular projections 51 arranged in one direction in the short direction is arranged to rotate 180 degrees with the plurality of triangular projections 51 in the longitudinal direction facing each other via the groove 50a.

  For example, the triangular projections 51 a shown in FIG. 4 and the adjacent triangular projections 51 b are arranged to be rotated by 180 °. The adjacent triangular projections 51 are continuously arranged in the lateral direction. In addition, the triangular projections 51c are disposed so as to rotate 180 degrees with the triangular projections 51a with the groove 50a interposed therebetween. Thereby, the plurality of triangular projections 51 are continuously arranged by being rotated 180 ° along the short direction in the state of sandwiching the groove 50a, similarly to the triangular projections 51a and 51b.

  As described above, the non-forming region 23b outside the mold 40 of the mounting portion 23 forms the grooves 50a, 50b, and 50c in three directions by arranging the plurality of triangular projections 51. Further, since the through hole 25 is not formed in the non-formation region 23b, the child does not erroneously place the weldable bead toy 60 in the non-formation region 23b.

  Further, in the hole edge 25 b of the through hole 25 in the formation area 23 a inside the mold 40 of the mounting portion 23, the first surface side connection groove 26 connected to the adjacent through hole 25 is formed. The first surface side connection groove 26 is connected to the through hole 25 adjacent in the short direction of the table 20, and connected to the linear groove 26a formed in a straight line and the through hole 25 adjacent in the oblique direction, and inclined And an inclined groove 26b formed in the Furthermore, the through hole 25 is concaved radially outward from the inner circumferential surface of the through hole 25 and extends from the first surface (front surface) to the second surface (rear surface) along the axial direction of the through hole 25. The recessed holes 27 passing through are provided at two locations facing the center of the through hole 25 in the longitudinal direction of the table 20.

  The tray 30 disposed on the second surface (rear surface) side of the table 20 is, as shown in FIG. 2, formed into a substantially flat rectangular plate shape. On the surface side which is the first surface of the tray 30, a substantially rectangular water receiving surface 31 which is a flat surface is formed. On both long sides of the outer periphery of the water receiving surface 31 and on the short side of the left side in FIG. 2, wall portions 32 erected from the water receiving surface 31 are formed. The groove 33 extends in the short direction on the right short side of the water receiving surface 31 in FIG.

  The water received by the water receiving surface 31 is water falling from the through hole 25 of the formation area 23 a on the inner side of the mold 40. On the other hand, there is no through hole 25 in the non-formation region 23b, and the plurality of grooves 50 hold excess water by the grooves 50b and 50c.

  Furthermore, three support ribs 34 are formed to project on the water receiving surface 31 from the wall portions 32 on both the long side and the left short side of the water receiving surface 31. Further, two bearings 35 are formed on the outer side of the groove portion 33 and in the vicinity of the inner side of the wall portions 32 on both long sides. The bearing 35 is formed in a substantially U-shaped groove shape opening upward. At the open end of the bearing 35, a shaft pressing projection 35a is formed. A flat plate 36 is formed below each bearing 35 so as to protrude outward.

  The shafts 21 of the table 20 are inserted from above the bearings 35 and rotatably supported by the bearings 35 to form a pair of hinges 5 (see FIG. 1). The table 20 is pivoted around the shaft 21 by the hinge 5. Thus, the table 20 is attached to the tray 30 in a reversible manner. The second surface (rear surface) of the table 20 is supported by the support ribs 34 of the tray 30. Therefore, when the table 20 is set so that the second surface (back surface) of the table 20 and the water receiving surface 31 face each other, a gap between the second surface (back surface) of the table 20 and the water receiving surface 31 The water flowing down from the table 20 smoothly falls on the water receiving surface 31.

  Next, based on FIGS. 5-7, the procedure which produces the aggregate | assembly of the weldable bead toy 60 is demonstrated using the preparation base 1 for weldable bead toys. Here, the weldable bead toy 60 may be a known one. For example, the weldable bead toy 60 is formed by blending and mixing polyvinyl alcohol with a resin. Although the shape shows the weldable bead toy 60 of a true ball shape in the present embodiment, it may be formed into a polyhedron shape or the like. Also, weld beaded toys 60 of various colors can be used.

  First, as shown in FIG. 5, in a state where the receiver 10 is removed from the table 20, a plurality of weldable beads are formed in the plurality of through holes 25 (hole edge 25b) in the formation area 23a inside the mold 40 of the table 20. The toy 60 is placed, and a design imitated by the mold 40 (an aggregate of the weldable bead toys 60 imitated by the mold 40) is created. Then, sufficient water is applied to the plurality of weldable bead toys 60 placed on the inner forming area 23a of the mold 40 by atomization or the like.

  At this time, it is difficult to apply water only to the plurality of weldable bead toys 60 in the formation area 23a inside the mold 40, and a certain amount of water is supplied to the non-formation area 23b. Then, of the water applied to the weld bead toy 60 in the formation area 23 a, excess water falls from the through holes 25 to the tray 30. Thus, the excess water is received by the water receiving surface 31 of the tray 30, and is stored at the water receiving surface 31, and the water is scattered to the outside of the water receiving surface 31 by the wall 32 and the groove 33. Reduced. On the other hand, the water supplied to the non-formation region 23b is held in the groove 50b or the groove 50c. In addition, a part of the water supplied to the non-formation region 23b is held by being pulled by the grooves 50b and 50c which are inclined to the groove 50a through the groove 50a.

  Next, the receiver 10 is placed on the table 20, and the table 20 is inverted together with the receiver 10 as shown in FIG. Then, when only the inverted table 20 is returned onto the tray 30, as shown in FIG. 7, the aggregate of the plurality of weldable bead toys 60 in the formation area 23a inside the mold 40 of the table 20 is inverted and the receiver Transition to 10 receiving surfaces 12. Since the assembly of the plurality of weldable bead toys 60 placed on the receiving surface 12 of the receiver 10 is supported by the protrusions 12 a of the receiver 10, it is received without being firmly welded to the receiving surface 12 of the receiver 10. It can be moved from the receiving surface 12 to a desk or the like to slide on the surface 12 and dried. In this way, an assembly of the weldable bead toy 60 in a form simulated by the mold 40 of the mounting portion 23 can be created.

  At this time, the water in the non-forming area 23b outside the mold 40 of the mounting portion 23 is held by the grooves 50b and the grooves 50c, so that it does not spill even if the table 20 is inverted. In addition, a part of the water which can not be held by the groove 50b and the groove 50c flows through the groove 50a in the short direction and is connected to the other groove 50b or the groove 50c which is in communication. Therefore, the outside of the mold 40 is coated with more water as it gets closer to the periphery of the mold 40, but flows through the grooves 50a connected by the plurality of grooves 50a, 50b, 50c connected to each other, and holds water Possible grooves 50b and grooves 50c can be reached.

  As described above, according to the weldable bead toy preparation base 1, the weldable bead toys 60 are placed on the plurality of through holes 25 of the formation area 23a inside the mold 40 of the table 20 and water is applied. After that, the water in the non-forming area 23b outside the mold 40 can be dispersed in three directions by the plurality of grooves 50 formed from the triangular projections 51. In addition, since the plurality of weldable bead toys 60 can be immediately removed from the formation region 23a inside the mold 40 of the mounting portion 23 after applying water, a plurality of weldable bead toys having the same shape can be obtained. Aggregates can be easily created in a short time.

  Further, the plurality of grooves 50 are formed by the plurality of triangular protrusions 51. The plurality of triangular projections 51 are arranged to be rotated 180 degrees at a predetermined interval in one direction, and are also arranged to rotate 180 degrees at a predetermined interval in a direction orthogonal to the one direction. As a result, since the plurality of grooves 50 in three directions are formed, it is possible to disperse water more efficiently than in the case where drainage is performed by the drainage grooves formed in the left and right direction and the up and down direction. Therefore, the transition of the weldable bead toy 60 to the receiving surface 12 of the receiver 10 when the table 20 is reversed is facilitated. Furthermore, the height of the formwork 40 is formed at a height lower than the height when the weldable bead toy 60 is placed on the formation area 23a, and the formwork 40 contacts the receiving surface 12 of the receiver 10. There is nothing to do. Moreover, the excess water by application does not flow into the formation area 23 a from the non-formation area 23 b outside the mold 40. For this reason, the drainage property of the table 20 is improved.

  Furthermore, since the table 20 is provided with a plurality of through holes 25 penetrating from the first surface to the second surface in the formation region 23a inside the mold 40, the weldability simulated by the mold 40 is achieved. Quick drying of the assembly of bead toys 60 can be improved. And since the 2nd surface of the table 20 is formed in the plane in the position corresponding to the non-formation area | region 23b of the outer side of the formwork 40, a water | moisture content can be disperse | distributed uniformly.

  And since several weldable bead toys 60 are reversed before drying after application of water and are removed from the table 20, the weldable bead toy 60 by the front side of the weldable bead toy 60 being dried first Warpage of the assembly of 60 is less likely to occur.

  According to the embodiment of the present invention as described above, it is possible to provide a manufacturing table for a weldable bead toy according to the following aspect.

  The weldable bead toy making stand according to the first aspect has a first surface on which the weldable bead toy is placed, and a second surface opposite to the first surface, and the first surface is the second surface. A weldable bead toy provided with a mold imitated such that the assembly of the weldable bead toy has a predetermined shape, and triangular projections arranged at predetermined intervals in an area outside the mold. The table for the table is provided.

  According to this configuration, since the weldable bead toy making table can properly disperse the water in the non-forming area outside the mold of the table, after applying the water to the weldable bead toy assembly, As well as retaining excess water in the non-forming area outside the formwork, it is possible to easily remove from the table the assemblage of weldable bead toys imitated in the shape of a given animal. Therefore, the assembly of a plurality of weldable bead toys having the same shape can be easily produced in a short time.

  In the weldable bead toy manufacturing stand according to the second aspect, the plurality of triangular projections are arranged by being rotated 180 degrees at a predetermined interval in one direction, and the predetermined interval is also arranged in a direction orthogonal to the one direction. It is arranged by rotating by 180 degrees.

  According to this configuration, the weldable bead toy making stand can hold extra moisture in the non-forming area outside the formwork by the plurality of grooves in three directions formed by the plurality of triangular projections. An assembly of weld bead toys of the same shape can be made without affecting the quick-drying properties of the weld bead toy assemblies in the formation area inside the formwork.

  In the weldable bead toy making stand according to the third aspect, the height of the formwork is lower than the height of the weldable bead toy when the weldable bead toy is placed on the first surface. Is formed.

  According to this configuration, in the weldable bead toy making table, the mold does not come into contact with the receiving surface of the receiver, and excess water due to coating flows from the outer non-forming area of the mold to the forming area As this does not occur, the quick drying property of the weldable bead toy assembly can be prevented from being affected.

  The weldable bead toy manufacturing stand according to the fourth aspect includes a plurality of through holes penetrating from the first surface to the second surface in the formation region inside the mold.

  According to this configuration, the weldable bead toy making stand can enhance quick drying of the weldable bead toy assembly in the formation region inside the mold.

  In the weldable bead toy manufacturing stand according to the fifth aspect, the second surface corresponding to the outer non-forming area of the mold is formed flat.

  According to this configuration, the weldable bead toy making stand can evenly disperse the water in the non-forming area outside the mold.

  The weldable bead toy making stand according to the sixth aspect is provided such that the tray having a water receiving surface on the second surface side of the weldable bead toy table and the first face of the weldable bead toy table face each other. And a receiver comprising a receiving surface disposed and receiving the weld bead toy.

  According to this configuration, the weldable bead toy manufacturing stand can simultaneously reverse the receiver and the weldable bead toy table by further including the tray and the receiver, so that the quick drying can be improved.

  As mentioned above, although embodiment of this invention was described, this invention is not limited to the said embodiment, A various change can be added and implemented.

DESCRIPTION OF SYMBOLS 1 Weldable bead toy making table 10 Receiver 10 a Edge 11 Handle 12 Receiving surface 12 a Protrusion 13 Wall 14 Vertical rib 20 Table 21 Shaft 22 Handle 23 Mounting part 23 a Forming area 23 b Non-forming area 24 Wall 24 a Recess 24 b 24c engaging hole 25 through hole 25b hole edge 26 first surface side connecting groove 26a straight groove 26b inclined groove 27 recessed hole 30 tray 31 water receiving surface 32 wall portion 33 groove portion 34 support rib 35 bearing 35a shaft pressing projection 36 flat plate 40 type Frame 41 Inner wall 42 Outer wall 50 Groove 50a, 50b, 50c Drain groove 60 Weldable bead toy

Claims (6)

It has a first surface on which the weldable bead toy is placed, and a second surface opposite to the first surface,
The first surface is provided with a mold imitated such that the assembly of the weldable bead toy has a predetermined shape, and triangular projections arranged at predetermined intervals in an area outside the mold. A weldable bead toy making table comprising a weldable bead toy table. The plurality of triangular projections are
It is arranged to be rotated 180 degrees at a predetermined interval in one direction, and is also arranged to rotate 180 degrees at a predetermined interval also in the direction orthogonal to the one direction. Weldable bead toy making stand. The height of the formwork is
The weldable bead toy according to claim 1 or 2, wherein the weldable bead toy is formed at a height lower than the height of the weldable bead toy when the weldable bead toy is placed on the first surface. Create stand. The weldability according to any one of claims 1 to 3, further comprising a plurality of through holes penetrating from the first surface to the second surface in a formation region inside the formwork. Bead toy making stand. The weldable bead toy making stand according to any one of claims 1 to 4, wherein the second surface corresponding to the outer non-forming region of the mold is formed in a flat surface. A tray comprising a water receiving surface on the second surface side of the weldable bead toy table;
The receiver according to any one of claims 1 to 5, further comprising: a receiver arranged to face the first surface of the weldable bead toy table and having a receiving surface for receiving the weldable bead toy. Weldable bead toy making stand as described in.

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