Cuboctahedral transparent thermoplastic image and object display
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Solution Overview
Problem
Conventional image and object display units, such as picture frames and photo cubes, lack versatility in displaying two-dimensional art and three-dimensional objects in a unique and stable manner, especially when it comes to easy removal and replacement of items without obscuring the view or requiring complex rotation.
Innovation Solution
A cuboctahedron-shaped display unit made of transparent thermoplastic frame sheets that can function without a bottom panel and allows for 45-degree rotated displays, featuring rounded winged tabs for secure fitting and a box for stability during assembly and disassembly, enabling full display of six square areas without rotation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Stability of the object's composition
If a conventional photo cube or picture frame is used, then the display structure is simple and stable, but the view is obscured by a bottom panel and rotation is required for proper display
Solution Approach 1:
The display unit is segmented into six identical panel assemblies, each capable of independent removal and replacement. This segmentation allows any panel to be positioned at the bottom without obscuring the view, as all panels are equivalent. The structure divides the traditional opaque photo cube into transparent panels with integrated frames, enabling versatile orientation without requiring specific panel placement.
Solution Approach 2:
The invention intentionally adopts a symmetric design where all six panels are identical in structure and function, eliminating the asymmetry of traditional photo cubes that require specific orientation. This symmetric configuration allows the display to function equally well in any orientation, with any panel serving as the bottom, thus eliminating the need for rotation or stand placement.
2Reliability
If items are placed inside a conventional display unit, then the items are protected, but removal and replacement of items is difficult and complex
Solution Approach 1:
The display unit is divided into six removable panel assemblies that can be independently taken off and replaced. This segmentation allows users to access items inside the display unit by simply removing a panel rather than disassembling the entire structure. The modular design maintains protection during assembly while enabling easy access during maintenance or item replacement.
Solution Approach 2:
The panel assemblies are designed to be dynamically removable and reattachable, transforming the display unit from a fixed, permanent structure into a flexible, reconfigurable system. This dynamic design allows panels to be easily removed for item access and reattached to restore protection, balancing security with operational ease.
3Device complexity
If a traditional picture frame or photo cube is used, then the structure is simple, but the display versatility for 2D art and 3D objects is limited
Solution Approach 1:
The display unit achieves multi-functionality by using six identical transparent panel assemblies that can display both two-dimensional art and three-dimensional objects. Each panel serves multiple purposes: as a display surface, as a protective cover, and as a structural component. The transparent material and open framework design allow the same structure to effectively display various types of items without requiring different configurations or additional components.
Data Source
AI summary
A cuboctahedron-shaped photo cube, comprised of six identically folded sheets of strong, but flexible transparent thermoplastic, assembled to allow the display of six two or three dimensional pieces of art or other objects. Each sheet has a square area, serving as a display panel and is accompanied by a backing sheet to press two-dimensional art firmly against it. Users access the interior by pulling a sheet from the structure. Art or objects are then placed inside the unit. To replace the removed sheet, one of its winged tabs is pinched with a thumb and forefinger and inserted into one of the available slots on the structure until it snaps into place. This action is repeated for the remaining aligned tabs and slots. The purpose of this invention is to present six display panels simultaneously without any being placed on the bottom, hidden from the viewer.