Vertical Display Device with Dynamic Time Visualization
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Solution Overview
Problem
Conventional time display devices are difficult to read and require additional scales or labels, especially for unconventional time representations, and lack dynamic visual effects to enhance readability.
Innovation Solution
A display device with vertically arranged display means that change states dynamically, using control means to switch between reflective, transmissive, or illuminated states, creating a geometric arrangement that divides time units into blocks, allowing for quick and easy reading without additional labels, and featuring sequential or periodic changes in lighting or color to represent time progression.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If unconventional time representation methods (binary, octal, hexadecimal, quintal, or prime number systems) are used, then the display becomes innovative and unique, but the readability and ease of learning to read the time deteriorates
Solution Approach 1:
The time display is segmented into multiple vertical bands, each representing a different time unit (hours, minutes, seconds). Each band contains discrete display means that can be individually activated, allowing the complex time information to be broken down into manageable, visually distinct segments that are easier to read while maintaining the unconventional representation systems.
2Ease of operation
If time is displayed using written words, then the time representation becomes clear and understandable, but the display space required increases and different representations are needed for each language
Solution Approach 1:
Different colors are assigned to represent different time units and their progression. For example, vertical bands of display means are illuminated in different colors to indicate hours, minutes, and seconds, allowing clear time representation through color-coded visual cues rather than text, thereby reducing display space while maintaining clarity.
3Productivity
If display means are arranged vertically to show time progression, then the passage of time is visualized dynamically, but the complexity of the display arrangement increases
Solution Approach 1:
The display transitions from traditional horizontal or radial arrangements to a vertical dimensional arrangement. Multiple bands of display means are stacked vertically, with each band representing a time unit. This vertical stacking creates a clear visual hierarchy and dynamic progression of time while organizing the complexity into a structured, space-efficient configuration.
4Ease of operation
If additional scales or labels are added to help read the time, then the readability improves, but the device complexity and display space increase
Solution Approach 1:
The display means themselves provide the reading reference through their inherent geometric arrangement and illumination patterns. The vertical bands and discrete display elements are self-explanatory, with their position and activation state directly indicating time values without requiring external scales or labels, thereby maintaining readability while avoiding additional components.
Data Source
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AI summary
The present invention relates to a display device comprising at least one band of display means, wherein the display means can be changed in their state depending on the progression of time, wherein a unit of time can be represented by the band, and wherein the display means can be moved to a different state starting from one end of the band. In order to optimize known time display devices and to visualize the passage of time, it is proposed within the scope of the invention that the display means be arranged essentially vertically and designed to highlight the reaching of a new time value by means of a dynamic visual effect.In this way, the individual display elements can be sequentially changed from one end of the tape to a different state as time progresses. This change is reversed at a defined point in time for each display element until the display element corresponding to the time value being shown is reached. This creates the visual impression that time is progressing, as a time value (e.g., a minute) "drips" down the tape until it "comes to rest" on the last display element corresponding to the respective time unit.