Touch Panel Content Delivery System for Retail Product Information
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Solution Overview
Problem
Customers visiting stores cannot easily access detailed information about commercial products displayed, as monitors near products typically show only demonstrational images, and clerks may not be available or knowledgeable to provide additional information.
Innovation Solution
A content delivery system comprising a touch panel with selective input buttons, a memory for content files, and a server access mechanism, allowing customers to select and view detailed information about products, including scheduled content updates and usage analytics.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If a monitor displays only a predetermined demonstrational image, then the display is simple and focused, but customers cannot obtain required information when they have specific questions
Solution Approach 1:
The information delivery system is segmented into multiple content files corresponding to different information items about the commercial product. Each content file can be independently selected and displayed, allowing the system to provide specific information on demand while maintaining overall system simplicity through modular organization.
Solution Approach 2:
The monitor transitions from displaying a fixed demonstrational image to dynamically selecting and displaying different content files based on customer input. The system can switch between various information items (product specifications, usage instructions, warranty information, etc.) in response to customer questions, making the display adaptable rather than static.
2Reliability
If customers ask clerks for product information, then detailed information can be provided, but customer satisfaction decreases when clerks are unavailable or lack expertise
Solution Approach 1:
The system enables self-service information delivery by allowing customers to directly interact with the monitor through a user interface. Customers can navigate through different information items without requiring clerk assistance, making the information acquisition process independent and reliable regardless of clerk availability or expertise.
Solution Approach 2:
The monitor acts as an intermediary between the customer and the product information. Instead of requiring direct interaction with a human clerk, the system provides a digital intermediary that delivers accurate, consistent information about the commercial product, eliminating the variability in service quality associated with human clerks.
3Loss of information
If multiple content files are stored and made selectable, then comprehensive product information is available, but the system complexity increases
Solution Approach 1:
Comprehensive product information is segmented into multiple discrete content files, each corresponding to a specific information item. This segmentation allows the system to organize and manage information systematically, making it easier to retrieve and display specific information without overwhelming complexity in the overall system architecture.
Solution Approach 2:
Multiple content files are prepared and stored in advance before customer interaction begins. The system pre-organizes information items such as product specifications, usage instructions, and warranty details, so they are ready for immediate selection and display when customers have questions, eliminating the need for real-time information generation or complex on-demand processing.
Data Source
AI summary
A content delivery system (1) is provided with: a content storage unit (61) for storing a plurality of contents that correspond to each of a plurality of kinds of information pertaining to one commodity (12) that is the object of sales promotion; an output unit (18) for outputting one content from among the plurality of contents; a touch panel (15) for displaying a selection input unit (19), which corresponds to the plurality of contents, on a screen; an input acceptance unit (47) for accepting an input operation performed on the selection input unit (19); and a switching unit (48) that, when an input operation is performed on the selection input unit (19), switches a content that corresponds to the selection input unit (19) for output by the output unit (18).