CN106540439B - Memory training puzzle toy and method of using the same - Google Patents

Abstract

The invention belongs to the technical field of toys, and particularly relates to a memory exercise jigsaw puzzle and a use method thereof. It has solved prior art's technical problem. The memory exercise jigsaw puzzle comprises a base with a containing groove, wherein a first display module is arranged in the containing groove, a plurality of square block groups with different colors are placed on the first display module, each square block group is provided with a plurality of square block bodies with the same color and corresponding to the color display areas one by one, an induction structure capable of inducing the position information and/or the color information of each square block body is arranged in the base, the induction structure is connected with an MCU module, and the MCU module is connected with a second display module which is arranged at the upper end of the base and used for synchronously displaying random color information with the first display module. The invention has the advantages that: the game device has the advantages of simple structure, capability of freely switching game modes, high interest, widening of age range of users and capability of training memory of players.

Description

Memory training puzzle toy and method of using the same

Technical Field

The invention belongs to the technical field of toys, and in particular relates to a memory training jigsaw puzzle toy and a use method thereof.

Background technique

Jigsaw puzzles are a popular intellectual game with various variations and varying levels of difficulty. People never get tired of playing them. They not only bring people joy and laughter, but also improve their independence and hands-on thinking skills, and subconsciously enrich their knowledge. Most current jigsaw puzzle products are to piece together blocks of different shapes into a certain shape, or to piece together a large number of pieces one by one. The game mode is single, and it is easy to lose its novelty after playing many times, which reduces the fun of the game. In addition, most jigsaw puzzles test the user's understanding of the image by piecing together the blocks, which lacks the exercise of memory.

For example, a Chinese patent document discloses a color block puzzle [application number: CN200920006559.X], which is composed of a basic color block group consisting of three regular cubes of different colors, each regular cube has six single-color faces, showing a total of 18 colors, and all color blocks have the same size; the puzzle plate is a square disc-shaped box with four surrounding edges; the puzzle plate is provided with four combination inserts, and the combination inserts are provided with a number of combination slots. The product is composed of a number of repeated basic color block groups placed in the puzzle plate, and any color block can be turned over and placed, and the different colors on its six faces can be combined into a desired pattern.

Although the above scheme solves the technical problem of the single game mode in the prior art, it still does not solve the technical problem that the fun of jigsaw puzzles decreases after repeated use and the player's memory cannot be trained.

Summary of the invention

The purpose of the present invention is to solve the above problems and provide a memory training jigsaw puzzle toy with simple structure and high interest.

Another object of the present invention is to provide a method for using a memory training jigsaw puzzle toy that can train a player's memory in order to solve the above-mentioned problem.

To achieve the above-mentioned purpose, the present invention adopts the following technical scheme: the memory training puzzle toy comprises a base with a receiving groove, a first display module with a plurality of color display areas for displaying random color information is installed in the receiving groove, and a plurality of groups of blocks with different colors are placed on the first display module, each block group has a plurality of blocks with the same color and corresponding to the color display areas one by one, the first display module is connected to the power supply module through the MCU module, a sensing structure capable of sensing the position information and/or color information of each block is provided in the base, and the sensing structure is connected to the MCU module, and the MCU module is connected to a second display module arranged at the upper end of the base and used to synchronously display the random color information with the first display module, and the MCU module is also respectively connected to an on/off switch and a time display module arranged at the upper end of the base. The first display module and the second display module randomly display different colors. When a block is placed in the first display module, the block will block the color displayed in the first display module. Then, an empty position is left for the block to move to play the game until all the blocks correspond to the colors under the first display module, and the game is completed. Alternatively, the entire first display module is covered. After the game is started, the blocks are placed one by one with the first display module by relying on memory. The time display module can count the game time to determine the winner. It is highly playable and interesting, and can exercise the player's memory.

In the above-mentioned memory training jigsaw puzzle toy, the upper end of the base is provided with a mode switching mechanism connected to the MCU module respectively. The mode switching mechanism can switch the difficulty of the game, enhance the fun of the game and adjust the difficulty according to players of different ages.

In the above-mentioned memory training puzzle toy, the sensing structure includes a sensing module arranged in the base and located below the first display module, the sensing module is connected to the MCU module, and the blocks are all provided with sensing chips that can recognize each other with the sensing module.

In the above-mentioned memory training jigsaw puzzle toy, the sensing module is an RFID reader/writer, and the sensing chip is an RFID tag.

In the above-mentioned memory training jigsaw puzzle toy, the first display module is provided with a positioning structure for positioning the block body. The positioning structure enables the block body to more accurately identify each other with the sensing module during the game.

In the above-mentioned memory training puzzle toy, the positioning module includes a plurality of damping bars arranged in the receiving groove, the damping bars are arranged in a square grid shape, and a placement groove for inserting the cube body is formed between two adjacent damping bars. The damping bars prevent the cube body from slipping and improve the stability when placed, and the end of the damping bar facing upward is arc-shaped.

In the above-mentioned memory training puzzle toy, the first display module is a display screen; the second display module includes a light group having a plurality of color lights with changeable colors, and the color lights and the blocks adopt the same distribution setting, and the number of the color lights is greater than or equal to the number of the blocks.

In the above-mentioned memory training jigsaw puzzle toy, the base is of a split structure, and the MCU module and the power supply module are both arranged in the base.

The method for using the memory training jigsaw puzzle toy comprises the following steps:

A. Presetting: Place a number of blocks on the first display module in the receiving groove, perform the first operation on the on-off switch, the sensing structure senses the position information and/or color information of each block, perform the second operation on the on-off switch, and the MCU module makes the color display area of the first display module display random color information different from the current block according to the current position information and color information of each block, and the second display module synchronously displays the same random color information as the first display module within the specified time, and at the same time, the time display module displays the remaining time information of the specified time;

B. Normal mode: After the specified time is over, the MCU module records the start time, the time display module and the second display module are turned off, the cube is moved by the user's memory method and/or by moving the cube to observe the random color information of the color display area of the first display module below the cube, and the on-off switch is operated again. The MCU module records the end time, and the sensing structure senses whether the random color information of each cube is consistent with the corresponding color display area, and the comparison result is displayed through the second display module. At the same time, the time display module displays the time difference information from the start time to the end time.

C. Countdown mode: After step A, the mode switching mechanism is operated to enter the countdown module, the MCU module records the start time, the time display module displays the remaining time information of the preset time, the cube is moved by the user's memory method and/or by moving the cube to observe the random color information of the color display area of the first display module below the cube, the on-off switch is operated again, the MCU module records the end time, the MCU module compares whether the time difference from the start time to the end time exceeds the preset time and compares whether the random color information of each cube is consistent with the corresponding color display area, and displays the comparison result through the second display module.

Compared with the existing technology, the advantages of the memory training jigsaw toy and the method of using the same are: simple structure, free switching of game modes, high interest, widening the age range of users, and being able to train the memory of players.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is an exploded view provided by the present invention.

FIG. 2 is a schematic diagram of the structure provided by the present invention.

In the figure, there are a receiving groove 1, a base 2, a first display module 3, a block group 4, a block body 41, an MCU module 5, a power supply module 6, a sensing structure 7, a second display module 8, a time display module 9, a mode switching mechanism 10, a sensing module 11, a sensing chip 12, a positioning structure 13, a damping strip 14, a placement groove 15, a colored light 16, and an on/off switch 17.

Detailed ways

As shown in Fig. 1-2, the memory training jigsaw puzzle toy comprises a base 2 having a receiving groove 1, characterized in that a first display module 3 having a plurality of color display areas for displaying random color information is installed in the receiving groove 1, and a plurality of blocks 4 of different colors are placed on the first display module 3, each block group 4 has a plurality of blocks 41 of the same color corresponding to the color display areas one by one, the first display module 3 is connected to the power supply module 6 via the MCU module 5, a sensing structure 7 capable of sensing position information and/or color information of each block 41 is provided in the base 2, and the sensing structure 7 is connected to the MCU module 5, and the MCU module 5 is connected to a second display module 8 arranged at the upper end of the base 2 and used to synchronously display random color information with the first display module 3, and the MCU module 5 is also respectively connected to an on/off switch 17 and a time display module 9 arranged at the upper end of the base 2. The first display module 3 and the second display module 8 display different colors in random correspondence. The block 41 is placed in the first display module 3. At this time, the block 41 blocks the color displayed in the first display module, and then a free position is reserved for the block 41 to move to play the game until all the blocks 41 correspond to the colors under the first display module 3, and the game is completed; or the entire first display module 3 is covered. After the game is started, the blocks 41 are placed one by one with the first display module 3 by relying on memory. The time display module 9 can count the game time to determine the winner. It is highly playable and interesting, and can exercise the player's memory.

Specifically, the upper end of the base 2 is provided with a mode switching mechanism 10 respectively connected to the MCU module 5. The mode switching mechanism 10 can switch the difficulty of the game, enhance the fun of the game and adjust the difficulty according to players of different ages. The sensing structure 7 includes a sensing module 11 arranged in the base 2 and located below the first display module 3. The sensing module 11 is connected to the MCU module 5. The block body 41 is provided with a sensing chip 12 that can recognize each other with the sensing module 11. The sensing module 11 is an RFID reader, and the sensing chip 12 is an RFID tag. The first display module 3 is provided with a positioning structure 13 for positioning the block body 41. The positioning structure 13 enables the block body 41 to more accurately recognize each other with the sensing module 11 when the game is in progress.

Furthermore, the positioning structure 13 includes a plurality of damping bars 14 arranged in the receiving groove 1, the damping bars 14 are arranged in a square grid distribution, and a placement groove 15 for inserting the block 41 is formed between two adjacent damping bars 14, the damping bars 14 prevent the block 41 from slipping and improve the stability during placement, and the end of the damping bar 14 facing upward has an arc-shaped guide portion. Among them, the first display module 3 is a display screen; the second display module 8 includes a lamp group with a plurality of color-changing colored lights 16, and the colored lights 16 and the block 41 adopt the same distribution arrangement, and the number of colored lights 16 is greater than or equal to the number of the block 41. The base 2 is a split structure, and the MCU module 5 and the power supply module 6 are both arranged in the base 2.

The method for using the memory training jigsaw puzzle toy comprises the following steps:

A. Presetting: a plurality of blocks 41 are placed on the first display module 3 in the receiving groove 1, and the on/off switch 17 is operated for the first time. The sensing structure 7 senses the position information and/or color information of each block 41, and the on/off switch 17 is operated for the second time. The MCU module 5 makes the color display area of the first display module 3 display random color information different from the current block 41 according to the current position information and color information of each block 41, and the second display module 8 synchronously displays the same random color information as the first display module 3 within the specified time. At the same time, the time display module 9 displays the remaining time information of the specified time;

B. Normal mode: After the specified time is over, the MCU module 5 records the start time, the time display module 9 and the second display module 8 are turned off, the block 41 is moved by the user memory method and/or by moving the block 41 to observe the random color information of the color display area of the first display module 3 below the block 41, and the on-off switch 17 is operated again. The MCU module 5 records the end time, and the sensing structure 7 senses whether the random color information of each block 41 is consistent with the corresponding color display area, and displays the comparison result through the second display module 8. At the same time, the time display module 9 displays the time difference information from the start time to the end time.

C. Countdown mode: After step A, the countdown module is entered by operating the mode switching mechanism 10, the MCU module 5 records the start time, the time display module 9 displays the remaining time information of the preset time, the block 41 is moved by the user memory method and/or by moving the block 41 to observe the random color information of the color display area of the first display module 3 below the block 41, and the on-off switch 17 is operated again. The MCU module 5 records the end time, and the MCU module 5 compares whether the time difference from the start time to the end time exceeds the preset time and compares whether the random color information of each block 41 is consistent with the corresponding color display area, and displays the comparison result through the second display module 8.

The specific embodiments described herein are merely examples of the spirit of the present invention. Those skilled in the art may make various modifications or additions to the specific embodiments described or replace them in similar ways, but they will not deviate from the spirit of the present invention or exceed the scope defined by the appended claims.

Although the present invention uses more terms such as the accommodating groove 1, the base 2, the first display module 3, the block group 4, the block body 41, the MCU module 5, the power supply module 6, the sensing structure 7, the second display module 8, the time display module 9, the mode switching mechanism 10, the sensing module 11, the sensing chip 12, the positioning structure 13, the damping strip 14, the placement groove 15, the color lamp 16, the opening and closing switch 17, etc., it does not exclude the possibility of using other terms. The use of these terms is only for more convenient description and explanation of the essence of the present invention, and interpreting them as any additional restrictions is contrary to the spirit of the present invention.

Claims (7)

1. The utility model provides a memory exercise jigsaw, includes base (2) that has accommodation groove (1), its characterized in that, accommodation groove (1) in install first display module (3) that have a plurality of color display regions that are used for showing random color information, just first display module (3) on place a plurality of group's different square group (4) of colour, every square group (4) all have a plurality of colours the same and with color display region one-to-one square body (41), first display module (3) link to each other through MCU module (5) and power module (6), be equipped with in base (2) and to be used for responding to each square body (41) positional information and/or color information's sensing structure (7), just sensing structure (7) link to each other with MCU module (5), and MCU module (5) be connected with set up in base (2) upper end and be used for showing random color information's second display module (8) with first display module (3) synchronization, and MCU module (5) still be connected with respectively and set up on base (2) switch (17) and open and close in time between module (9);

a positioning structure (13) for positioning the square block (41) is arranged on the first display module (3);

the positioning structure (13) comprises a plurality of damping strips (14) arranged in the accommodating groove (1), wherein the damping strips (14) are distributed in a square grid shape, and a placing groove (15) in which a square block body (41) is inserted is formed between two adjacent damping strips (14);

The first display module (3) is a display screen; the second display module (8) comprises a lamp group with a plurality of color lamps (16) with changeable colors, the color lamps (16) and the square blocks (41) are arranged in the same distribution mode, and the number of the color lamps (16) is larger than or equal to that of the square blocks (41).

2. The memory exercise jigsaw puzzle according to claim 1, wherein the upper end of the base (2) is provided with a mode switching mechanism (10) respectively connected with the MCU module (5).

3. The memory exercise jigsaw puzzle according to claim 1, wherein the sensing structure (7) comprises a sensing module (11) arranged in the base (2) and located below the first display module (3), the sensing module (11) is connected with the MCU module (5), and sensing chips (12) which can be mutually identified with the sensing module (11) are arranged in the Fang Kuaiti (41).

4. A memory exercise puzzle according to claim 3, wherein the sensing module (11) is an RFID reader and the sensing chip (12) is an RFID tag.

5. The memory exercise jigsaw puzzle according to claim 1, wherein the base (2) is of a split type structure, and the MCU module (5) and the power supply module (6) are both disposed in the base (2).

6. A method of using a memory exercise puzzle according to any one of claims 1 to 5, the method comprising the steps of:

A. Presetting: placing a plurality of square blocks (41) on a first display module (3) in a containing groove (1), performing first operation on an on-off switch (17), sensing position information and/or color information of each square block (41) by a sensing structure (7), performing second operation on the on-off switch (17), enabling a color display area of the first display module (3) to display random color information different from the current square block (41) according to the current position information and the color information of each square block (41), enabling a second display module (8) to synchronously display the random color information identical to the first display module (3) within a set time, and enabling a time display module (9) to display residual time information of the set time;

B. normal mode: after the specified time is over, the MCU module (5) records the starting time, the time display module (9) and the second display module (8) are closed, the user memorizes and/or the random color information of the color display area of the first display module (3) below the Fang Kuaiti (41) is observed through the moving square block (41) to move Fang Kuaiti (41), the on-off switch (17) is operated again, the MCU module (5) records the ending time, the sensing structure (7) senses whether the random color information of each square block (41) is consistent with the random color information of the corresponding color display area or not, the comparison result is displayed through the second display module (8), and meanwhile, the time display module (9) displays the time difference information from the starting time to the ending time.

7. The method of using a memory exercise puzzle according to claim 1, further comprising the steps of:

C. Countdown mode: after step a, the operation is performed on the mode switching mechanism (10) to enter a countdown module, the MCU module (5) records the starting time, the time display module (9) displays the remaining time information of the preset time, the user memorizes the information and/or the random color information of the color display area of the first display module (3) below the Fang Kuaiti (41) is observed through the moving square block (41), the on-off switch (17) is operated again, the MCU module (5) records the ending time, the MCU module (5) compares whether the time difference from the starting time to the ending time exceeds the preset time and compares whether the random color information of each square block (41) and the corresponding color display area are consistent, and the comparison result is displayed through the second display module (8).