Multimedia Transmission Device for HDTV Content Management
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Solution Overview
Problem
Current multimedia transmission systems, such as those using HDTVs, require technical expertise for setup and are limited by bulky peripherals and cumbersome processes for updating and manipulating visual content, making them inaccessible to non-technical users.
Innovation Solution
A device with a digital video connector, computing unit, and power supply, equipped with wireless connectivity and a remote server interface, allowing for easy configuration and control of visual content without user interaction, enabling remote updates and manipulation through a network-connected system.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If a traditional computer is connected to an HDTV, then digital pictures and multimedia can be viewed on the television, but the system requires technical expertise for setup and uses bulky peripherals that are difficult to use without a flat surface
Solution Approach 1:
The patent combines the computer, display, and control interfaces into a single portable device that connects directly to the HDTV via HDMI. This eliminates the need for separate keyboards, mice, and complex wiring, making the system as easy to use as a DVD player while maintaining full computer functionality for viewing and managing digital pictures.
Solution Approach 2:
The patent introduces a portable computer device as an intermediary between the HDTV and the user's digital picture library. This device handles all technical setup, network connections, and picture management automatically, requiring no technical expertise from the user beyond plugging in the device and following simple on-screen prompts.
2Ease of operation
If a USB device is used to store and view digital pictures on an HDTV, then pictures can be displayed without complex setup, but the device is limited in the number of pictures available and updating requires a multistep time-consuming process
Solution Approach 1:
The portable computer device provides multiple functions: it serves as a picture viewer, an internet browser for downloading images, a picture management system for organizing and editing photos, and a streaming device. This multi-functionality replaces the limited USB storage approach while maintaining ease of use, allowing users to access virtually unlimited pictures from cloud storage, USB drives, or online sources.
Solution Approach 2:
The device automatically performs picture updates, downloads, and organization in the background without requiring user intervention. When connected to the internet or a picture source, the system automatically retrieves new images, updates the library, and prepares them for display, eliminating the manual multistep process required by USB devices.
3Ease of operation
If HDTVs are designed to view pictures from USB devices, then picture playback is simple, but manipulation of the pictures is limited and the system cannot be remotely controlled or programmed
Solution Approach 1:
The portable computer device provides real-time feedback through its display screen, showing thumbnails, preview images, and control options before pictures are sent to the HDTV. This allows users to review, select, and manipulate pictures on the portable device's interface, which then guides the HDTV display, combining simplicity with full manipulation capability.
Solution Approach 2:
The device automatically handles picture optimization, format conversion, and transmission to the HDTV without user intervention. It self-manages the technical aspects of picture playback, resolution adjustment, and file management, requiring no programming or remote configuration from the user while providing extensive manipulation options through its automated interface.
Data Source
AI summary
Devices and methods for viewing visual content and accompanying methods are provided. Devices include a digital video connector, a power supply and a computing unit which can have software components which are preprogrammed for connecting with a remote server without user interaction to provide visual content. Methods include connecting to a network, connecting to the remote server, receiving visual content from the remote server and displaying that content on a display. The content can be manipulated locally or from a remote site and can be updated continually.