The Role of Functional Integration in Children’s Toy Design: Impact on Learning and Play Experiences
DOI:
https://doi.org/10.61173/x0w8mq51Keywords:
Children’s toys, classification, technology interaction, diversification, integrationAbstract
In modern society, with the rapid advancement of science and technology, the continuous updating of educational concepts, and the growing demand of families for the all-round development of their children, the children’s toy market is undergoing unprecedented changes and prosperity. This article takes an in-depth look at this trend, aiming to comprehensively analyze the current diversified status of the children’s toy category. The findings indicate that educational toys integrating education and entertainment, such as programming robots and STEM-based science experiment sets, as well as futuristic technological interactive toys like smart voice assistants and VR experience devices, each uniquely contribute to children’s cognitive development, emotional maturity, and social skills. At the same time, this article also focuses on analyzing the potential value of integrating different toy elements. By combining enlightenment education with technological interaction, toys can not only stimulate children’s interest in learning but also cultivate their innovative thinking and practical ability; and the integration of physical training and emotional communication toys can help children improve their physical fitness, build self-confidence and learn to express emotions while enjoying the fun of games. To better guide the development direction of the toy industry, this article proposes a proposal to reclassify and integrate children’s toys. In-depth analysis and precise market positioning are anticipated to expand the development potential and growth prospects of the children’s toy market.References
[1] Yang Hua, Wang Le. Research on the experience design of children’s educational toys. Packaging Engineering Art Edition, 2016, 32(14): 64-66, 70.
[2] Wang Shen, Zhang Yanjuan. Research on the design of children’s functional toy products. Chinese Science and Technology Journal Database (Full Text Edition) Social Sciences, 2019 (11): 00141-00142.
[3] Xing Bingjie. Research on the interactive design of children’s educational toys. Hebei University of Science and Technology, 2015.
[4] Song Qiuqiu. Research on the design of children’s educational toys under interactive mode. Qiqihar University, 2016.
[5] Han Yunlong. The best toys are those suitable for children. Shandong Education: Preschool Education Edition, 2008, (3): 34-35.
[6] Liu Wei, Hao Huaqi, Zhang Xi. Children’s psychology and children’s toy design. Proceedings of the 2004 International Conference on Industrial Design, 2004.
[7] Yao Lining, Ying Fangtian, Ying Jiawei. Design strategy model for children’s smart toys. Packaging Engineering, 2009, (8): 129-131.
[8] Tang Liming. Investigation and research on the selection and use of toys in young children’s families. Family Education World: Innovative Reading, 2014 (2X): 6-6.
[9] Wei Xiaochen, Wang Yuan. Emotional analysis in humancomputer interaction design - taking parent-child educational toys as an example. Industrial Design, 2019, (3): 128-129.
[10] Deng Weibin, Chen Yuanyuan, Li Xue. Children’s emotional toy design. Design, 2015, (12): 132-133.
[11] Fan Lin, Dou Lele. Feasibility study on the application of mortise and tenon structure in children’s educational toys. Furniture and Interior Decoration, 2019, 3: 16-17.
[12] Feng Ming, Bao Haimo, Xu Kun, et al. Research on innovative design of children’s toys. Art and Design: Theoretical Dean&Francis ISSN 2959-6122 Edition, 2013 (4X): 117-119.
[13] Dong Lili, Chang Qing, Cheng Xiang. Design of modular children’s water building toys. Packaging Engineering Art Edition, 2020, 41(2): 218-224.
[14] Bai Lu, Yu Senlin. On the application of multiple intelligence theory in the design of children’s outdoor amusement toys. Popular Literature and Art, 2018, 8: 81-82.
[15] Fang Yuan. Research on the bionic design and application of children’s toys. Hainan University, 2013.
[16] Zhang Zhiying. Comprehensive toys. Chinese and Foreign Toy Manufacturing, 2014 (9): 50-53.
Downloads
Published
Issue
Section
License
Copyright (c) 2024 by the authors.

This work is licensed under a Creative Commons Attribution 4.0 International License.
