| Literature DB >> 35495176 |
Quan Bai1.
Abstract
This paper examines the characteristics and current situation of children's vocal enlightenment toy design, studies how to design children's verbal enlightenment toys based on audiovisual associative experience, and develops appropriate optimization strategies and approaches. This paper analyzes the theoretical basis involved in design practice, summarizes the generation and concept of audiovisual association and the significance of associative experience for children's vocal enlightenment, explores the application and characteristics of interaction design in children's toys, and summarizes the creation of interactive toys. The triggered form of associative experience is determined according to the physical and mental development characteristics, interaction behavior, and experimental research of children at this stage. By summarizing the typical design elements of existing children's interactive toys with good sales and reputation and designing a questionnaire, the Kano model was used to obtain the design element priorities to guide design practice. We used audiovisual association as an entry point to writing a sound and picture interactive program through processing and the Arduino platform to develop the interactive toys. "Sound fun" is an interactive toy that extracts the characteristics of children's voices to correspond to the changes of picture elements and can provide real-time feedback of dynamic pictures through the user's voice to achieve the purpose of triggering a synesthetic experience. Interaction design applied to toy design is a new direction in terms of traditional toy design, which enhances the interactivity of toys and enhances the user's sense of experience and participation in the use of toys; it can improve the affinity and fun of toys.Entities:
Mesh:
Year: 2022 PMID: 35495176 PMCID: PMC9017493 DOI: 10.1155/2022/7686818
Source DB: PubMed Journal: Occup Ther Int ISSN: 0966-7903 Impact factor: 1.565
List of main hardware functions.
| Name of hardware | Hardware execution functions | Requirement description |
|---|---|---|
| Motor | Program and carrier driven | Program-driven acceptance and refreshing of audio information |
| Monitors | Associated with the program screen design for feedback to the user and updated in real time with user instructions | Interactive visual feedback |
| Bluetooth module | Dynamic refresh | Enables real-time interactive feedback |
| Speech recognition module | Parsing of audio data to form dynamic graphics production change instructions | Make the audio data form the trigger basis for matching the program |
| Microphone | Capture user audio | Media for obtaining audio data |
| Arduino Uno | Recorded and written interactive sound and picture programs | Acquisition of voltage signal execution |
| Charging port | Easy charging | Increased environmental protection and thus more safety |
Figure 1Use of vocal enlightenment toys.
Figure 2Toy purchases and children's preference for toys.
Figure 3Design elements of audiovisual associative experience toys.
Figure 4Flow chart of the design of children's vocal initiation.