Layered Transparent Frame Clamping to Prevent Panel Cracking
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Solution Overview
Problem
Existing methods for displaying graphic items fail to securely trap the items between multiple layers of transparent material using a clamping force, which is essential for creating a sense of depth and maintaining the items in place.
Innovation Solution
A mounting and framing system that employs pairs of slat-like pressure members to apply a clamping force to multiple transparent layers, such as glass or PLEXIGLAS, to securely hold graphic materials like prints, photographs, and paintings, with decorative elements adding aesthetic appeal while preventing excessive pressure that could crack the transparent layers.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If adhesive methods or conventional picture frames are used to hold graphic items, then the items can be displayed, but the items are not securely trapped between multiple layers of transparent material with sufficient clamping force to create depth and maintain placement
Solution Approach 1:
The system divides the mounting structure into multiple independent transparent layers (front layer, middle layer, rear layer) that can be assembled separately and then bonded together. Each layer can be prepared independently with graphic items positioned on them, and the layers are then joined using bonding material to create a multi-layer assembly that securely traps the items between layers.
Solution Approach 2:
The system employs a nested structure where multiple transparent layers are stacked one on top of another, with each layer containing or supporting graphic items. The layers are nested within each other and secured through bonding, creating a compact multi-layer assembly that holds items securely between the layers.
2Shape
If multiple layers of transparent material are used to create depth, then a sense of depth is imparted to the display, but the displayed material may not be held securely in place without clamping means
Solution Approach 1:
Graphic items are positioned and prepared on transparent layers before the layers are bonded together. This preliminary positioning ensures that items are correctly placed and oriented on each layer before final assembly, allowing the multi-layer structure to be constructed with items already in their intended positions between layers.
Solution Approach 2:
The system combines multiple transparent materials (such as glass or acrylic sheets) with bonding material to create a composite multi-layer structure. This composite construction provides both the aesthetic depth effect of multiple transparent layers and the mechanical security of bonded joints that hold graphic items firmly in place between layers.
3Reliability
If clamping force is applied to hold items between layers, then items are secured in place, but excessive pressure may crack the transparent layers
Solution Approach 1:
Bonding material is applied between the transparent layers to act as a cushioning element that distributes clamping forces evenly across the layer interfaces. This bonding material prevents excessive localized pressure that could crack the transparent layers while still providing sufficient overall clamping force to secure graphic items firmly between the layers.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The system effectively captures and displays graphic materials between transparent layers, providing a sense of depth and secure retention while allowing the color and texture of the background to be visible, and preventing damage to the transparent materials.
Implementation Method 1
clamping means which applies a clamping force to the layers of transparent material
Implementation Method 2
spacers are positioned between the clamping bars to prevent cracking of the transparent layers due to the pressure exerted by the clamping bars
Data Source
AI summary
A mounting and framing apparatus and system are disclosed in which displayed items such as graphics, photographs, mattes, paintings or the like are positioned between multiple transparent plates of glass or plastic to impart a sense of depth thereto, clamping bars apply a compressive force to the transparent plates for holding the displayed items in place, and decorative members are provided for adding aesthetic appeal.