KR200251927Y1 - a Model Construction Union Structure - Google Patents

Abstract

The present invention relates to a model structure coupling structure, by cutting a plurality of objects of the assembly model laterally divided to form a plurality of model assembly pieces (10), the center pin (20) in the center of each model assembly piece (10) ) Forms a center pin insertion hole 11 into which the guide pin insertion hole 12 is inserted into the guide pin 30, and the model assembly piece 10 supports the bottom of the object. To assemble the object by sequentially assembling and stacking so as to be inserted into the center pin 20 and the guide pin 30 formed in the section 15, thin model assembly of various shapes on the center pin and guide pin formed at the lower end of the model assembly piece When the pins are stacked sequentially to form a prefabricated model, each model assembly moves freely to the left and right around the center pin, giving the impression that the model is alive, and the plurality of thin model assemblies to the center pin. To increase creativity through the process of assembling the guide pin, and can assemble a variety of handmade copper, such as a plant model or a statue would have to be very beneficial to take advantage of educational resources for children and students.

Description

Model Construction Union Structure

The present invention relates to a model structure coupling structure, more specifically, a plurality of thin model assembly pieces of various shapes in which a central pin insertion hole and a guide pin insertion hole are formed are sequentially stacked on the central pin and the guide pin to form various prefabricated models. In this model, each model assembly moves freely to the left and right around the center pin, giving the impression that the model is alive. Through the process of assembling a plurality of thin model assemblies on the center pin and guide pin It can increase creativity, and can assemble various animals, plants, statues, etc. by hand, so it is very good to use as educational materials for children and students.

Conventionally, various types of toy assembly blocks are provided for enhancing creativity, concentration, and curiosity of children or students, and they have a plurality of sets of assembling blocks formed of a plurality of insertion grooves and long hairs. Most of the time, one set orients the ability to assemble a model such as a house, castle, or robot.

Such conventional blocks are extremely simple, but even if they assemble various models, the three-dimensional feeling is not good enough to satisfy the satisfaction of children and students to the degree expected.

In addition, there are many blocks that make it difficult and easy to assemble patterns of various models as children and students wish.

Children and students often throw these bored blocks. In this case, the blocks are made of a relatively hard material made of synthetic resin, so people around them were hit by the thrown blocks.

In addition, when constituting the shape of the various forms using such a block, the block and the coupling means of the block is formed to be assembled only by applying a slight force by forming protrusions and engaging portions on one side and the other side of the block, respectively. There was a lot of difficulty in constructing various shapes as unusual children assembled the blocks.

The present invention has been devised to solve the above problems, and the plurality of model assembly pieces are formed by dividing and cutting a plurality of objects of the assembly model laterally, the center of the center pin is inserted in the center of each model assembly piece A pin insertion hole is formed, and a guide pin insertion hole into which a guide pin is inserted to the outside thereof is formed, and the model assembly piece is sequentially assembled and stacked to be inserted into the center pin and the guide pin formed at the bottom support of the object. By assembling the assembly, by forming a prefabricated model by sequentially stacking the thin model assembly pins of various shapes on the center pin and the guide pin formed at the lower end of the model assembly piece, each model assembly piece is left, It moves freely to the right, giving the impression that the model is alive. To increase creativity through the process of assembling the pin, and can assemble a variety of handmade copper, such as a plant model or statue has as its objective to be a very beneficial to utilize as children or students of educational materials.

1 is a plan view showing a state of the model assembly of the present invention.

Figure 2 is a perspective view showing the configuration of the bottom support portion of the present invention.

Figure 3 is an exploded perspective view showing the configuration of the present invention.

Figure 4 is a perspective view showing the overall configuration of the present invention.

♣ Explanation of symbols for the main parts of the drawing

10: model assembly 11: the center pin insertion hole

12: guide pin insertion hole 15: bottom support portion

20: center pin 30: guide pin

In order to achieve the above object, as shown in the accompanying drawings, Figures 1 to 4 in the prefabricated model by reducing various structures such as plants, plants, statues, etc.,

The plurality of model assembly pieces 10 are formed by dividing and cutting the object of the assembly model into a plurality of horizontally, and the center pin insertion hole 11 into which the center pin 20 is inserted in the center of each model assembly piece 10. ) And a guide pin insertion hole 12 into which the guide pin 30 is inserted to the outside thereof, such that the model assembly piece 10 is formed on the bottom support part 15 of the object. ) And sequentially assembled to be inserted into the guide pin 30 so as to assemble the object.

Referring to the state of use of the subject innovation as described above in more detail.

First, as shown in Figure 1 attached to the object of the assembly model, such as animals, plants or statues and various buildings are divided by cutting a plurality of objects in the transverse direction to form a plurality of model assembly pieces (10).

At this time, in the center of the model assembly piece 10 to form a center pin insertion hole 11 is inserted into the center pin 20, the guide pin insertion hole 12 is inserted into the guide pin 30 to the outside thereof Form.

Then, as shown in FIG. 2, the center pin 20 and the guide 20 are formed in the center pin insertion hole 11 and the guide pin insertion hole 12 formed in the lower support part 15 of the model assembly piece 10. After the pin 30 is fixedly installed, the plurality of model assembly pins 10 are sequentially stacked in order according to the center pin 20 and the guide pin 30 as shown in FIG. Produce 100.

At this time, by coupling the model assembly piece 10 is coupled to the top and finish the work so that the center pin 20 and the guide pin 30 does not fall to complete the model 100 as shown in FIG.

The finished model 100, each of the model assembly pieces 10 to move freely to the left and right around the center pin 20, the assembled model 100 adds a sense of reality as if living.

The present invention as described above forms a plurality of prefabricated models by sequentially stacking a plurality of thin model assembly pieces of various shapes in which the center pin insertion hole and the guide pin insertion hole are formed, and the model is centered on the center pin. Each model assembly moves freely to the left and right, giving the impression that the model is alive, and it is possible to increase creativity by assembling a plurality of thin model assemblies to the center pin and guide pin. Models and statues can be assembled by hand, which is very useful as an educational resource for children and students.

Claims (1)

In the prefabricated model by reducing various structures such as animals, plants and statues, A plurality of model assembly pieces 10 are formed by dividing and cutting a plurality of objects of the assembly model laterally, with a center pin insertion hole 11 in which a center pin 20 is inserted in the center of each model assembly piece 10. ) And a guide pin insertion hole 12 into which the guide pin 30 is inserted to the outside thereof, such that the model assembly piece 10 is formed on the bottom support part 15 of the object. ) And assembly structure to assemble the object by sequentially assembling and stacking so as to be inserted into the guide pin (30).