Reusable Medical Gown Dispensing Container with Access Aperture
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Solution Overview
Problem
Reusable medical gowns are difficult to handle and distribute due to their inability to be easily folded or stacked, leading to inefficiencies in healthcare facilities and a reluctance to use them over disposable options despite long-term cost and environmental benefits.
Innovation Solution
The development of collapsible dispensing containers with controllable access apertures, such as flexible bags or paperboard boxes, that allow for efficient loading, transportation, and point-of-use dispensing of clean reusable medical gowns, eliminating the need for manual handling in loose groups.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If reusable medical gowns are used instead of disposable ones, then long-term cost savings and environmental benefits are achieved, but handling and distribution convenience deteriorates due to inability to fold and stack easily
Solution Approach 1:
A paperboard dispensing container serves as an intermediary device between the reusable medical gowns and the healthcare facility storage systems. The container provides a structured interface that enables easy handling, stacking, and distribution of gowns without requiring the gowns themselves to be foldable or stackable. The container acts as a mediator that transforms the handling characteristics of the gowns from difficult to convenient.
Solution Approach 2:
The system segments the handling process by separating the gown material from its distribution container. Instead of requiring the gowns to be self-contained and self-handlable units, the gowns are segmented as contents within a separate handling system (the paperboard container). This segmentation allows the container to provide stacking and handling features while the gowns maintain their functional properties.
2Device complexity
If reusable medical gowns are distributed in loose groups without containers, then distribution simplicity is maintained, but management and handling efficiency deteriorates
Solution Approach 1:
The paperboard containers are prepared in advance with specific structural features (flaps, score lines, binding areas) that enable efficient handling and distribution. The containers are pre-formed with integrated handles and stacking geometries before the gowns are even placed in them. This preliminary preparation of the container system enables high handling efficiency without adding complexity to the distribution process.
Solution Approach 2:
The system merges multiple functions into the paperboard container: it serves as a protective enclosure, a stacking unit, a distribution vehicle, and a storage container. By combining these functions into a single integrated component, the system achieves high handling efficiency without requiring multiple separate devices or complex distribution procedures.
3Ease of operation
If traditional dispensing methods are used for reusable gowns, then access to gowns is provided, but control over gown removal and contamination prevention deteriorates
Solution Approach 1:
The container design provides different qualities at different locations: the bottom flap area provides controlled access for gown removal, while the top flaps and binding areas provide secure closure and contamination prevention. The perforated panel creates a localized access point that maintains overall container integrity. This spatial differentiation of qualities enables both easy access and reliable contamination control.
Solution Approach 2:
The container features dynamic elements including removable flaps and flexible binding mechanisms that can transition between open and closed states. The bottom flap can be removed or opened for gown access, while the top flaps can be folded closed to prevent contamination. This dynamic capability allows the same structure to provide both access and protection at different times in the usage sequence.
Data Source
AI summary
Distribution and dispensing modalities are provided for reusable medical gowns which involves generally loose handling thereof. Dispensing containers have a collapsible sidewall structure extending between opposite ends and defining therebetween an interior when un-collapsed or erected, at least one of the ends defining an opening through which clean, reusable medical gowns can be loaded, a closure repeatably manipulatable to open and close the opening, and a controllable access aperture at least a portion, or all, of which is spaced from the opening through which to selectively remove a clean, reusable medical gown. The loaded dispensing container may be transported to or around a healthcare facility and placed where needed for ready access at the point-of-use to clean, reusable medical gowns through the controllable access aperture.