Mobile Terminal Object Information Display Control
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Solution Overview
Problem
Existing mobile terminals are unable to effectively display object-related information when zooming in on images, especially if the zoom-in command is unavailable due to obstructions, and struggle to clearly recognize objects within unclear images.
Innovation Solution
A mobile terminal and method that control the display of object-related information based on the zoom-in extent of an image, allowing for the display of internal object information and information about objects blocked by others, even in zoom-in unavailable states, by using a combination of hardware components like cameras, sensors, and software processes to enhance user interaction and image processing.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Measurement precision
If zoom-in is performed on a preview image, then the view of a specific object is improved, but the ability to receive further zoom-in commands is blocked due to building obstructions and other limitations
Solution Approach 1:
The system dynamically switches between normal zoom-in mode and virtual zoom-in mode based on whether the current zoom level can be further increased. When physical zoom-in is blocked by obstructions or maximum zoom is reached, the system transitions to virtual zoom-in that displays object-related information and blocked objects, maintaining operational versatility without sacrificing view quality.
Solution Approach 2:
The system changes the parameter of zoom-in operation from physical image magnification to virtual information display. When physical zoom-in parameters cannot be increased further due to obstructions, the system switches to displaying object-related information parameters (such as object names, details, and blocked objects) to maintain the ability to provide useful information.
2Loss of information
If object related information is displayed within a preview image, then information provision is improved, but clear recognition of objects becomes difficult when the preview image is not clearly displayed
Solution Approach 1:
The system segments the display into multiple layers: the preview image layer and the object-related information layer. When the preview image is unclear, the system can still display object-related information (such as object names, details, and blocked objects) separately, allowing users to identify objects through textual information even when visual recognition is difficult.
Solution Approach 2:
The system introduces object-related information as an intermediary between the unclear preview image and the user's understanding. When direct visual recognition fails due to poor image quality, the object-related information (obtained through image recognition technology) serves as a mediator to help users identify and understand the objects in the image.
3Illumination intensity
If the preview image is unclear, then image quality is reduced, but the ability to identify objects within the image is lost
Solution Approach 1:
The system creates a virtual copy of the object identification process by using image recognition technology to extract object-related information from the unclear preview image. Instead of relying on direct visual inspection of the poor-quality image, the system generates a digital representation (object names, details, blocked objects) that preserves object identification capability independent of image quality.
Data Source
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AI summary
A mobile terminal and object related information displaying method thereof are disclosed, by which a display of the object related information can be controlled according to a zoom-in extent of an image. The present invention includes receiving an input of an image via a camera externally, obtaining at least one object related information corresponding to the inputted image, displaying the obtained at least one object related information on the inputted image, zooming in on the inputted image in case of receiving an input of a zoom-in command signal for the camera, and controlling a display of the object related information according to a zoom-in extent of the image.