Printer Media Holder with Polygonal Flanges to Prevent Rolling
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Material holders for printers are prone to rolling on smooth or sloped surfaces, difficult to handle, and often made from non-reusable plastic, leading to waste and increased manufacturing complexity.
Innovation Solution
A material holder with polygonal flanges and a spindle design, featuring a keyhole handle and side clip, which enhances grip and stability, is made from recyclable materials, and allows for interchangeable use with different media sizes.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If material holders are made with circular or rounded side flanges, then they can easily hold the roll of media, but they become susceptible to rolling or falling on smooth or sloped surfaces
Solution Approach 1:
The side flanges are designed with flat surfaces instead of circular or rounded shapes. This asymmetric, non-circular geometry prevents the material holder from rolling on smooth or sloped surfaces while still effectively cradling the media roll through the flat contact surfaces.
2Ease of manufacture
If material holders have smooth surfaces and rounded construction, then they are simple to manufacture, but they become difficult for users to grip and handle
Solution Approach 1:
The side flanges incorporate flat surfaces and protruding features at specific locations to provide grip points for users. These localized structural modifications create ergonomic handling surfaces without fundamentally changing the manufacturing process or overall simplicity of the design.
3Shape
If material holders are made from plastic with multiple unique parts, then they can be manufactured with complex geometries, but they become more susceptible to damage and have shorter lifespan
Solution Approach 1:
The material holder design consolidates multiple parts into fewer integrated components. The side flanges are designed to cradle the media roll directly, eliminating the need for separate retaining mechanisms. This reduction in part count decreases assembly complexity and potential failure points while maintaining structural integrity.
4Manufacturing precision
If material holders are constructed symmetrically for a particular media size, then they optimize performance for that size, but they lack interchangeability and re-usability for different media sizes
Solution Approach 1:
The side flanges are designed with flat surfaces and adjustable positioning capabilities that allow the same material holder structure to accommodate multiple media roll sizes. The universal design enables the holder to adapt to different widths and diameters through repositioning rather than requiring size-specific models.
Data Source
AI summary
A material holder for use in a printer is provided. The material holder may captivate rolls of printable media (e.g., a roll of printable adhesive labels affixed to a liner) having various widths. In some instances, the material holder may comprise two flanges, a spindle having an arm and a keyhole region, and a side clip. The flanges may be positioned along the arm of the spindle with an appropriate distance between them to accommodate the desired roll of printable media. The media roll may be sandwiched between the two flanges and configured to rotate about the arm of the spindle. A side clip may be coupled to the arm of the spindle and may prevent tracking or other unintended movement.