TOY STORYBOOKS

Abstract

The invention relates to a toy storybook designed to support children's learning through play in early childhood, reduce the risk of screen addiction, and foster a love of reading. The toy storybook is based on the principle of illustrating and writing a complete story using puzzle pieces. Modern technological advancements have negatively impacted children's reading habits and led them to spend time with virtual toys and games instead of physical toys. Toy storybooks offer children the opportunity to both play interactively and read books.

Description

1 TARIFF SEQUENCE-BASED GEOMETRIC LOCKED MODULAR STORY SYSTEM Technical Field of the Invention This invention encompasses modular mechanical systems, interactive configuration systems for educational purposes, and 5 This relates to the area of ​​content modules that can be physically arranged by the user, and only geometric shapes consisting of story content modules that can be physically combined in the correct sequence. It relates to a structure that has a locking system. State of the Art In current technology, story content is generally presented in books with a fixed page structure or in card-based formats. They are presented in the form of sorting systems. Additionally, jigsaw puzzles and block systems are modular. While these systems provide the possibility of joining parts, the joining of parts in these systems requires a specific method. It is not necessarily tied to a ranking. In known systems, the user can physically assemble the parts even in the wrong order, and The system does not mechanically prevent this situation. Therefore, current solutions, content 15 It does not include a necessary mechanical structure that provides physical verification of its sequencing. The Technical Problem Solved by the Invention In current systems, assembling story or content fragments in the correct order is only possible with... It relies on user attention and there is no physical verification mechanism. This The situation, especially in educational use, is that incorrect orderings are accepted without being noticed. 20 This leads to it being done. Therefore, the technical problem is that the content modules can only physically exist in the correct order. a system that enables merging and mechanically prevents misordering It is the development of. Purpose of the Invention 25 The aim of this invention is to physically integrate story content modules only in the correct order. The goal is to develop a modular system where merging is possible and incorrect merging is prevented. The invention also: ● Physically checking the sorting accuracy, ● Enabling navigation through geometric interlocking between modules, 30 ● Creating a system that can be reconfigured by the user It aims to... Advantages of the Invention This invention offers the following advantages: ● Content sorting is physically verified, not dependent on user error. 35 2 ● Correct chronological / event sequence becomes essential in learning processes. ● Physical joining is prevented in the wrong order, reducing the chance of making a mistake. ● Thanks to its modular structure, the content can be expanded and rearranged. ● It provides high interaction as an educational, gamified, and instructional material. ● Offers accessibility with embossed and / or Braille-compatible design. 40 ● It is durable and reusable. Description of the Invention The system in question consists of numerous story modules. Each module represents a part of the story. It represents a part and has specific sequencing information. On each module: 45 ● At least one male fastener (protrusion), ● At least one female connector (socket), ● Content information (text and / or images) It is found. The fasteners have a different geometric structure and / or coded physical form for each module. 50 It is designed to include only the corresponding module in the correct sequence. They are physically compatible. In the wrong order: ● The fasteners are not geometrically compatible, ● The modules do not fit together perfectly, 55 ● Geometric locking does not occur. When correctly sequenced, the modules are perfectly aligned and lock together, creating a seamless structure. System: ● Scalable between 1 and 16 modules, ● It can be expanded by increasing the number of modules, 60 ● It is designed to be disassembled and reassembled. Explanation of the Figures Figure 1: Shows the general structure and module layout of the modular story system. Figure 2: Shows the content and connection elements of a module. Figure 3: Shows the geometric connection structure between modules. 65 Figure 4: Shows the connection surfaces of different module types. Figure 5: Shows the sequential combination structure of the modules. 3 Figure 6: Shows that physical fusion does not occur in the incorrect sequence. Figure 7: Shows the overall structure formed when the elements are arranged in the correct order. Figure 8: Shows the mechanical locking and steering structure. 70 Figure 9: Shows the detachable and reconfigurable nature of the modules. Figure 10: Shows a multi-user interaction scenario. Figure 11: Shows an adult-assisted use scenario. Figure 12: Shows independent user usage. Figure 13: Shows the system scalability. 75 Figure 14: Shows usage time optimization. Figure 15: Shows the accessible (embossed / Braille) module structure. Figure 16: Shows the transportation and storage system. Industrial Applicability of the Invention The invention is capable of being manufactured using plastic injection molding, 3D printing, and cardboard / composite production techniques. 80 Mass production of educational materials, toys, teaching sets, and interactive learning products. It is suitable. It can be used in schools, special education institutions, and individual learning processes. Application of the Invention The system operates on the principle of sequentially combining modules by the user. Each module is designed to geometrically match only with another specific module. Includes fasteners. When the user attempts to combine modules: ● Modules fit perfectly and lock in place when in the correct order. ● If the modules are in the wrong order, they may not physically connect or fit together properly. This structure makes the story sequence physically mandatory. 90

Claims

4 REQUESTS 1. The story content is divided into multiple modules, each module containing at least one male and one female character. it contains fasteners, and these fasteners can only be used with a predetermined correct connection. geometrically compatible in the sequence and physical combination in the wrong sequence Modular system containing a mechanical structure that blocks obstruction. 5 2. According to claim 1, the system has an oriented geometric interlocking structure between the modules. It is characterized by its inclusion.

3. According to claim 1, the system cannot physically fully assemble the modules in the wrong order. It has a geometric design that creates a void, preventing obstruction.

4. According to claim 1, the system includes geometric connection elements based on matching. 10 5. According to Requirement 1, the system must be designed so that the modules can be disassembled and reassembled. It is characterized by...

6. According to claim 1, the system is scalable with between 1 and 16 modules.

7. According to Claim 1, the system may include embossed surfaces and / or Braille characters.

8. According to claim 1, the system is designed to accommodate simultaneous interaction by multiple users. 15 9. According to Claim 1, the system enables content creation with module-based physical sequencing. It has an interactive structure.

10. According to Claim 1, the system has scalable story length depending on the number of modules. It has a structure that provides this.

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