Orthopedic Packaging Assembly with Integrated Donning Instructions
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Orthopedic device packaging is often cumbersome, leading to lengthy preparation and assembly times, potential misapplication, and confusion during donning, with existing solutions requiring multiple instructions and causing waste due to inefficient space usage.
Innovation Solution
A packaging assembly that unfolds to display the orthopedic device with integrated instructional indicia guiding the user through proper donning, minimizing steps and eliminating the need for separate manuals, while maintaining the device in a predetermined configuration to reduce waste and optimize storage.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Stability of the object's composition
If orthopedic devices are packaged in bags placed in containers, then the devices can be protected during shipment and storage, but the devices shift while in transit and it becomes difficult to arrange them in a predetermined configuration for donning
Solution Approach 1:
The packaging is divided into a rigid outer container and a removable inner bag. The rigid container provides stable protection during shipping, while the inner bag can be easily removed and configured for donning, separating the protection function from the ease-of-use function.
Solution Approach 2:
The orthopedic device is pre-configured in the packaging in the correct predetermined configuration before use. This preliminary arrangement eliminates the need for complex assembly or reconfiguration during donning, as the device is already positioned correctly when the packaging is opened.
2Loss of information
If printed instructions and booklets are provided with the orthopedic device, then users can access donning information, but users must iterate between reading instructions and manipulating the device, increasing preparation time
Solution Approach 1:
The instructions are merged directly onto the packaging surface rather than being separated in a booklet. Visual indicators, numbering sequences, and donning instructions are printed directly on the packaging panels, allowing users to see both the device and instructions simultaneously without switching between separate materials.
Solution Approach 2:
The packaging itself serves as a visual copy or representation of the donning process through printed diagrams and numbered sequences. Instead of requiring users to read abstract textual instructions, the packaging displays visual guides that mirror the actual device components and their correct configuration.
3Adaptability or versatility
If multiple straps and components are included in the orthopedic device, then proper fit and adjustment can be achieved, but the multitude of components causes confusion and increases the time required for proper configuration
Solution Approach 1:
Different portions of the packaging have specialized local features tailored to specific device components. Each packaging panel is designed with specific windows, openings, or printed indicators that correspond to particular straps or components, providing localized guidance for each element rather than generic overall instructions.
Solution Approach 2:
The packaging is designed to pre-organize and pre-position multiple straps and components in their correct sequences and configurations before the user begins donning. Straps are arranged in numbered sequences within the packaging, and components are positioned to match the visual instructions, eliminating the confusion of managing multiple loose elements.
4Ease of manufacture
If general purpose sized containers are used for packaging orthopedic devices, then packaging can be standardized, but considerable and unnecessary space is consumed in inventory storage
Solution Approach 1:
The packaging incorporates flexible or collapsible elements that allow the container to dynamically adjust its volume. The rigid outer container can be collapsed or compressed when not in use, and the inner bag is flexible, allowing the packaging to occupy minimal space during storage while maintaining full size during the donning process.
Data Source
AI summary
A packaging assembly is arranged for holding an article at a predetermined location relative to the packaging assembly in closed and open configurations of the packaging assembly. The packaging assembly includes at least two sections arranged to be secured in place relative to one another in the closed configuration of the packaging assembly, and move relative to one another in the open configuration of the packaging assembly. The at least two sections form an inner surface defining an attachment area for receiving the article. The packaging assembly includes at least one instruction area located along the inner surface and having indicia pointing to features of an article for placement in the packaging assembly and displayed relative to the attachment area.