KR102322161B1 - Spatial perception learning toys using color blocks - Google Patents

Abstract

The present invention relates to a space perception learning toy, and more particularly, to a space perception learning toy using color blocks, which can induce brain development of infants over 2 years old and adults, can be helpful for intelligent development of children and adults (such as brain development, balance improvement, concentration improvement, etc.), can be easily played therewith regardless of place, has a simple structure, does not have a breakdown, can be used semi-permanently, can be easily carried, improves cognition and perception with respect to block structures, and provides an effect of improving balance and space perception with respect to figures by balancing through respective operation.

Description

Spatial perception learning toys using color blocks

The present invention relates to a spatial perception learning toy, and more particularly, it induces brain development of children and adults over 2 years of age, and helps children and adults develop intelligence (brain development, balance improvement, concentration improvement, etc.) In addition to being able to play with it easily, regardless of the place, the structure is simple, there is no trouble, can be used semi-permanently, is easy to carry, and improves the perception and perception of the block structure and balances with each operation. It relates to a spatial perception learning toy using color blocks that provides the effect of improving the sense of balance and spatial perception of figures by customizing them.

In general, infants and children can acquire objects, numbers, and letters through various games, and can improve their creativity through the play process, and also obtain brain development effects such as IQ and EQ development. have.

Accordingly, toys (toys) are constantly being developed in various forms in consideration of educational aspects such as creativity and sensibility while satisfying children's curiosity while forming a close relationship with children.

The developed toy induces many kinds of play that can create learning effects as well as arouse interest in infants and children through various plays.

With the recent development of toy manufacturing technology, various types of toys for the purpose of developing the intelligence of infants and children have emerged.

Block toys are play equipment that can be stacked or assembled in various forms, and can increase the logical thinking and imagination of infants or children.

Also, recently, toys or toys that tell a story, a fairy tale, or a simple song, etc. that have been input in advance by using a character popular with children, such as Pororo, have been developed.

These character toys store media contents such as stories, fairy tales, simple numbers, words, and songs in their internal memory in advance. It uses a method in which words or songs are sequentially reproduced through character development.

As such, there is 'Patent Document 1' related to toys for the development of intelligence of infants and children.

'Patent Document 1' is a three-dimensional space filling educational toy, a topographic plate including a plurality of coupling grooves on one surface, a plurality of terrain blocks including a coupling part protruding to be coupled to the coupling groove, and a plurality of polyhedral unit blocks It is characterized in that it comprises a base box having an opening so that a plurality of shape blocks are surface-coupled to each other and formed in different shapes, and the topography plate, the topography blocks, and the plurality of shape blocks are stacked in the interior space.

On the other hand, as the quality of life of the people increases, the growth and development speed of infants and children is also increasing gradually, and accordingly, there is a continuous demand for the development of toys that can more effectively develop the intelligence of infants and children.

Republic of Korea Patent Publication No. 10-1565092 (2015.10.27.)

The present invention has been devised to solve the problems of the prior art,

It induces brain development of children and adults over 2 years of age and helps children and adults develop intelligence (brain development, sense of balance, concentration improvement, etc.) It has a simple structure, no malfunction, semi-permanent use, easy to carry, and can improve the sense of balance and spatial perception of figures by improving the perception and perception of the block structure and balancing each operation. An object of the present invention is to provide a learning toy.

The present invention for achieving the above object,

A plurality of cells are partitioned by a plurality of rows and columns having a width corresponding to the size of the color block 200 so that the color block 200 can be placed on a plane, and a base plate 110 composed of a rectangle; ,

Cells located at the four vertices of the base plate 110 are each formed to protrude upward, and the protrusion height is configured to have a height that matches the height at which the color block 200 is stacked with N+1 layers, and the color blocks on the outside a filing frame 100 including four standard pillars 120 in which the number of stacks of blocks 200 is marked for each layer;

A first block 210 consisting of '1×1' rows and columns,

A second block 220 consisting of '2×1' rows and columns, and

A third block 230 consisting of '3 × 1' rows and columns,

A fourth block 240 consisting of '4 × 1' rows and columns,

A fifth block 250 consisting of '5 × 1' rows and columns,

It is laminated on the uppermost layer of the color block 200 and configured to have a shape excluding the cell in which the standard pillar 120 is formed in the planar shape of the base plate 110. By completely covering the block, it is configured to include a lead block 260 configured to blindly process the form in which the stacked blocks are arranged, and the first block 210 , the second block 220 , and the third block 230 , the fourth block 240 , the fifth block 250 , and the lead block 260 are color blocks 200 configured to have different colors.

Therefore, the present invention

It induces brain development of children and adults over 2 years of age and helps children and adults develop intelligence (brain development, sense of balance, concentration improvement, etc.) It has a simple structure, no malfunction, semi-permanent use, easy to carry, and can improve the sense of balance and spatial perception of figures by improving the perception and perception of the block structure and balancing each operation. provides an effect.

BRIEF DESCRIPTION OF THE DRAWINGS It is a figure which shows one structural example of this invention.
2 is a block diagram showing a configuration example of the block information processing unit 130 according to a configuration example of the present invention.
3 to 4 are views showing an embodiment of the present invention.

Hereinafter, since the present invention can apply various transformations and can have various embodiments, specific embodiments are illustrated in the drawings and described in detail.

However, this is not intended to limit the present invention to specific embodiments, and it should be understood to include all modifications, equivalents and substitutes included in the spirit and scope of the present invention.

These embodiments are provided to explain the present invention in more detail to those of ordinary skill in the art to which the present invention pertains.

Therefore, the shape of each element shown in the drawings may be exaggerated to emphasize a clearer description, and in describing the present invention, if it is determined that a detailed description of a related known technology may obscure the gist of the present invention, the detailed description thereof omit

Terms such as first, second, etc. may be used to describe various elements, but the elements should not be limited by the terms.

The terms are used only for the purpose of distinguishing one component from another.

Terms used in the present invention are only used to describe specific embodiments, and are not intended to limit the present invention.

The singular expression includes the plural expression unless the context clearly dictates otherwise.

In the present invention, terms such as "comprises" or "have" are intended to designate that the features, numbers, steps, operations, components, parts, or combinations thereof described in the specification exist, but one or more other features It should be understood that this does not preclude the existence or addition of numbers, steps, operations, components, parts, or combinations thereof.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

1, the present invention according to an embodiment,

A plurality of cells are partitioned by a plurality of rows and columns having a width corresponding to the size of the color block 200 so that the color block 200 can be placed on a plane, and a base plate 110 composed of a rectangle; ,

Cells located at the four vertices of the base plate 110 are each formed to protrude upward, and the protrusion height is configured to have a height that matches the height at which the color block 200 is stacked with N+1 layers, and the color blocks on the outside A filing frame 100 comprising four standard pillars 120 in which the number of stacks of blocks 200 is marked for each layer;

A first block 210 consisting of '1×1' rows and columns,

A second block 220 consisting of '2×1' rows and columns, and

A third block 230 consisting of '3 × 1' rows and columns,

A fourth block 240 consisting of '4 × 1' rows and columns,

A fifth block 250 consisting of '5 × 1' rows and columns,

It is laminated on the uppermost layer of the color block 200 and configured to have a shape excluding the cell in which the standard pillar 120 is formed in the planar shape of the base plate 110. By completely covering the block, it is configured to include a lead block 260 configured to blindly process the form in which the stacked blocks are arranged, and the first block 210 , the second block 220 , and the third block 230 , the fourth block 240 , the fifth block 250 , and the lead block 260 include a color block 200 configured to have different colors.

In this case, the filing frame 100 may be configured to further include a block information processing unit 130 coupled to one side and formed with a planar portion capable of pre-seating a block.

Referring to Figure 2,

At this time, the block information processing unit 130 scans the shape of the pre-set color block 200, converts the color block 200 into image data, and stores it in the block information storage unit 134. (131) may be configured to further include.

That is, when the user pre-sets the color blocks 200 in the block information processing unit 130 before stacking and arranging the color blocks 200 on the base plate 110, the block information obtaining unit 131 pre-sets the color. By scanning the shape of the block 200, the arrangement shape of the color block 200 is converted into image information.

At this time, the block information processing unit 130 classifies the type and quantity of the color block 200 used based on the image information generated by the block information acquisition unit 131 to generate classification information and store the block information. It may be configured to further include a block information classification unit 132 that is stored in the unit 134 .

Illustratively, a user may use two first blocks 210 , one second block 220 , one third block 230 , one fourth block 240 , and two fifth blocks 250 . When arranging and pre-seating in the block information processing unit 130, the shape of the color block 200 pre-set by the block information obtaining unit 131 is scanned, and the arrangement of the color blocks 200 is converted into image information. and by the block information classification unit 132,

'The first block 210 × 2,

2nd block 220 × 1,

3rd block 230 × 1,

4th block 240 × 1,

5th block (250) × 2'

Classification information is generated and stored in the block information storage unit 134 .

At this time, the block information processing unit 130 automatically classifies the image information generated by the block information acquisition unit 131 and the classification information generated by the block information classification unit 132 into layer-by-layer information sequentially, It may be configured to further include a layer-by-layer information classification unit 133 for generating information and storing the information in the block information storage unit 134 .

Illustratively,

The first classification information of the color block that the user first pre-settled in the block information processing unit 130,

'The first block 210 × 2,

2nd block 220 × 1,

3rd block 230 × 1,

4th block 240 × 1,

5th block (250) × 2'

, this classification information is divided into '1st floor classification information' and stored in the block information storage unit 134,

Secondary classification information of the color block that the user has placed secondary in the block information processing unit 130,

'The first block 210 × 0,

The second block 220 × 0,

3rd block 230 × 2,

4th block 240 × 0,

5th block (250) × 3'

, this classification information is divided into 'second-layer classification information' and stored in the block information storage unit 134 .

At this time, the block information processing unit 130 includes the image information generated by the block information acquisition unit 131 , the classification information generated by the block information classification unit 132 , and the information generated by the layered information classification unit 133 . It may be configured to further include a block information storage unit 134 for storing at least any one or more of the layer information and the guess information generated by the guess information input unit 135 below.

In this case, the block information processing unit 130 generates guess information based on the input information and stores it in the block information storage unit 134 when classification information for each floor inferred and guessed by the user is input. It may be configured to further include an input unit 135 .

At this time, the block information processing unit 130 includes the classification information generated by the block information classification unit 132 , the layer information generated by the layer information classification unit 133 , and the guess inputted to the guess information input unit 135 . It may be configured to further include a correct answer determining unit 136 that determines whether the correct answer by collating and analyzing the information.

At this time, the block information processing unit 130 includes the image information generated by the block information acquisition unit 131 , the classification information generated by the block information classification unit 132 , and the information generated by the layered information classification unit 133 . It may further include a display unit 137 for displaying at least any one or more of the layer information and the guess information generated by the guess information input unit 135 from the block information storage unit 134 .

Illustratively, the present invention can proceed with block play learning by two or more users,

After pre-seating the color block 200 on the block information processing unit 130 by 'User 1', the process of laminating on the base plate 110 is repeatedly performed, and finally, the By covering the lead block 260 on the top end, if the form in which the stacked blocks are arranged is blindly processed,

'User 2' looks at the side of the color block 200 seen between the standard pillars 120, and the arrangement of each layer of the color block 200 stacked by 'User 1' and the type of color block 200 and The quantity is inferred and input to the guess information input unit 135 , and then, the correct answer determination unit 136 determines whether the correct answer is correct.

At this time, if the result determined by the correct answer determining unit 136 is determined to be an incorrect answer, the image information generated by the block information obtaining unit 131 by the display unit 137, the block information classifying unit 132 By checking any one or more of the classification information generated in , the layer information generated by the layer information classification unit 133, and the guess information generated by the guess information input unit 135, a hint or information on a correct answer may be provided. .

Therefore, the present invention

It induces brain development of children and adults over 2 years of age and helps children and adults develop intelligence (brain development, sense of balance, concentration improvement, etc.) It has a simple structure, no malfunction, semi-permanent use, easy to carry, and can improve the sense of balance and spatial perception of figures by improving the perception and perception of the block structure and balancing each operation. provides an effect.

In the above, the present invention has been described based on the bar shown in the drawings, but this is only exemplary, and various substitutions, modifications and changes are possible within the scope without departing from the technical spirit of the present invention, so it is limited to the above-described embodiments and drawings it's not going to be

100: filing frame
110: base plate
120: standard pillar
130: block information processing unit
200: color block

Claims (1)

A plurality of cells are partitioned by a plurality of rows and columns having a width corresponding to the size of the color block 200 so that the color block 200 can be placed on a plane, and a base plate 110 composed of a rectangle; ,
Cells located at the four vertices of the base plate 110 are each formed to protrude upward, and the protrusion height is configured to have a height that matches the height at which the color block 200 is stacked with N+1 layers, and the color blocks on the outside a filing frame 100 including four standard pillars 120 in which the number of stacking blocks 200 is marked for each layer;
A first block 210 consisting of '1×1' rows and columns,
A second block 220 consisting of '2 × 1' rows and columns,
A third block 230 consisting of '3 × 1' rows and columns,
A fourth block 240 consisting of '4 × 1' rows and columns, and
A fifth block 250 consisting of '5 × 1' rows and columns,
It is laminated on the uppermost layer of the color block 200 and configured to have a shape excluding the cell in which the standard pillar 120 is formed from the planar shape of the base plate 110. When stacked on the uppermost layer, the upper surface of the pre-stacked block By completely covering the block, it is configured to include a lead block 260 configured to blindly process the form in which the stacked blocks are arranged, and the first block 210 , the second block 220 , and the third block 230, the fourth block 240, the fifth block 250, and the color block 200 in which the lead block 260 is configured to have different colors. Spatial perception learning toy.

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