Server Active Information Tag Display for Airflow-Safe Interaction
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Solution Overview
Problem
Existing server type information handling systems face challenges with limited space for user interaction zones, inefficient use of real estate, and limitations of traditional displays such as LCDs that obstruct airflow, require more power, and are difficult to procure, while static enterprise service tags provide limited information when inserted.
Innovation Solution
An active information tag with a slim display panel positioned along the chassis floor, featuring a touch-sensitive display array and LED arrays that provide rich, interactive information without obstructing airflow, and can be extended for additional interaction.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of information
If traditional LCD displays are used in server information handling systems, then user interaction information can be displayed, but the display obstructs airflow and requires more power
Solution Approach 1:
The patent replaces traditional LCD display technology with LED-based display technology. Specifically, it uses LED arrays arranged in patterns (such as dot matrix configurations) to display information, replacing the liquid crystal display mechanism. This substitution provides several benefits: LED arrays consume significantly less power than LCDs, they do not require backlighting, and they can be made in thin profiles that do not obstruct airflow in server environments.
Solution Approach 2:
The patent changes the physical and operational parameters of the display system by transitioning from LCD to LED technology. Key parameter changes include: power consumption (reduced by LED efficiency), display thickness (reduced enabling slim profile), and airflow characteristics (improved by reduced obstruction). The LED arrays can be configured in various patterns and densities to optimize both information display capability and airflow characteristics.
2Loss of information
If traditional LCD displays are used in server information handling systems, then user interaction information can be displayed, but the display obstructs airflow
Solution Approach 1:
The patent replaces traditional LCD display technology with LED-based display technology. Specifically, it uses LED arrays arranged in patterns (such as dot matrix configurations) to display information, replacing the liquid crystal display mechanism. This substitution provides several benefits: LED arrays consume significantly less power than LCDs, they do not require backlighting, and they can be made in thin profiles that do not obstruct airflow in server environments.
Solution Approach 2:
The patent employs thin-film LED display structures that can be integrated into server components with minimal thickness. The LED arrays are mounted on thin substrates or directly onto circuit boards, creating a slim display profile that minimizes obstruction of airflow paths. This thin-film approach allows the display to be integrated without compromising the server's thermal management and airflow characteristics.
3Loss of information
If more display real estate is allocated for user interaction, then information display capability is improved, but payload space is reduced
Solution Approach 1:
The patent transitions from traditional planar LCD displays to LED array displays that can be configured in various dimensional arrangements. The LED arrays can be arranged in dot matrix patterns, segmented displays, or other geometric configurations that provide rich information display capability in a compact footprint. This dimensional reorganization allows more information to be displayed in less physical space, effectively increasing display density without consuming additional payload space.
Solution Approach 2:
The patent changes the physical and operational parameters of the display system by transitioning from LCD to LED technology. Key parameter changes include: power consumption (reduced by LED efficiency), display thickness (reduced enabling slim profile), and airflow characteristics (improved by reduced obstruction). The LED arrays can be configured in various patterns and densities to optimize both information display capability and airflow characteristics.
4Loss of information
If LCD displays are used for active information tags, then information can be displayed, but the displays are difficult to procure and have higher complexity
Solution Approach 1:
The patent replaces traditional LCD display technology with LED-based display technology. Specifically, it uses LED arrays arranged in patterns (such as dot matrix configurations) to display information, replacing the liquid crystal display mechanism. This substitution provides several benefits: LED arrays consume significantly less power than LCDs, they do not require backlighting, and they can be made in thin profiles that do not obstruct airflow in server environments.
Solution Approach 2:
The patent employs universal LED array components that can be integrated into various server components and configurations. The LED arrays serve multiple functions: they provide information display, can indicate system status through different patterns and colors, and can be integrated into existing server architectures without requiring specialized procurement channels. This multi-functionality and standardization reduce both procurement complexity and integration complexity.
Data Source
AI summary
A display component for an active information tag is disclosed for performing an active information tag operation. The display component includes a display component housing; and, a display portion, the display portion being controlled by an active information tag controller, the display portion comprising a plurality of touch sensitive display elements, the plurality of touch sensitive display elements being arranged on the display component housing in a repeating pattern.