Image Output Apparatus Sound Selection Dynamics
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Solution Overview
Problem
Conventional digital still cameras can only record sounds associated with images, leading to repetitive and low-quality sound reproduction, failing to provide users with engaging environmental sounds or music of higher quality without complex editing processes.
Innovation Solution
An image capturing and output apparatus that stores and selectively outputs multiple sounds in synchronization with images, using a sound storage section to record and control the output of sounds based on image capture timing, volume, and output frequency, allowing for the selection of different sounds when the same image is reproduced, and generating output sounds based on image composition and position.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If a digital still camera records sound at image-capturing, then the sound can be reproduced in association with the image, but the same sound is always reproduced leading to user boredom
Solution Approach 1:
The system dynamically selects different sounds from a stored plurality of sounds based on output count, making the sound reproduction variable rather than static. When the same image is output again, a different sound is selected, preventing user boredom while maintaining reliable sound-image association
Solution Approach 2:
The sound selection follows a periodic pattern where sounds are cyclically chosen from the stored plurality. The sound output control section tracks output counts and systematically rotates through available sounds, ensuring diverse reproduction over time
2Quantity of substance
If a microphone records sound, then environmental sounds can be captured, but the sound quality is inferior to digital music data
Solution Approach 1:
The system merges multiple sound sources and types into a unified sound library. It combines recorded environmental sounds with higher quality digital music data, allowing the output apparatus to select from diverse sound types including both authentic environmental recordings and high-quality musical compositions
Solution Approach 2:
The sound storage section is designed to universally accommodate multiple sound types and sources. It can store and manage both microphone-recorded environmental sounds and digital music data, making the system versatile in handling different sound quality requirements
3Adaptability or versatility
If multiple sounds are stored and selectively output, then user boredom is prevented, but the system complexity increases
Solution Approach 1:
The system performs preliminary organization of multiple sounds during the storage phase. Sounds are pre-categorized and stored with metadata, enabling efficient retrieval and selection without requiring complex real-time processing when an image is reproduced
Solution Approach 2:
The sound output control section autonomously manages sound selection based on simple output count tracking. The system self-regulates by automatically choosing different sounds from the stored plurality without requiring complex user intervention or sophisticated control algorithms
Data Source
AI summary
An output apparatus for outputting sounds associated with the captured images without boring sound repetitions with image repetitions. The image output apparatus has an image storage section storing a plurality of captured images, an image output control section controlling an image output section to output the stored images, a sound output control section selecting and causing a sound storage section storing a plurality of recorded sounds to output a first sound stored in the sound storage section when the image output section first outputs a particular image or particular images, and when the image output section outputs the particular image or particular images at a subsequent time, selecting and causing the output of a sound different from the first sound to reduce possible user boredom.