Offset Container Mailer for Flexible Shipping
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Solution Overview
Problem
Existing direct-to-consumer packaging solutions struggle to balance cost-effectiveness, reliability, and consumer experience, particularly in shipping products that require flexibility and efficient space utilization within standard mail systems.
Innovation Solution
A product mailer design featuring an envelope with two cards, each with multiple containers mounted on their bottom surfaces, allowing for offset positioning to enhance flexibility and space efficiency, while maintaining ease of product access and removal.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Strength
If products are shipped in boxes, then product protection is improved, but shipping cost increases
Solution Approach 1:
The patent uses a flexible envelope instead of a rigid box to ship products. The envelope is made of flexible material that can bend and conform to the products inside, providing protection while being thin enough to qualify for cheaper envelope shipping rates rather than more expensive box shipping rates.
Solution Approach 2:
The patent combines multiple products into a single envelope by using a card with multiple containers that can hold different products. This consolidation allows multiple items to be shipped together in one envelope, reducing the need for multiple separate boxes and lowering overall shipping costs.
2Loss of energy
If products are shipped in envelopes, then shipping cost decreases, but product thickness and flexibility requirements increase
Solution Approach 1:
The envelope is constructed from flexible material that can bend along its length to accommodate various product thicknesses and shapes. This flexibility allows the envelope to qualify for cheaper shipping rates while still being able to contain products of varying dimensions.
Solution Approach 2:
The patent divides the envelope into multiple sections using a card with separate containers for each product. This segmentation allows each product to be individually secured in its own container while the overall structure remains flexible enough to bend along the envelope's length for postal processing.
3Productivity
If multiple products are placed in an envelope, then shipping efficiency improves, but envelope flexibility may be compromised
Solution Approach 1:
The card is divided into multiple quadrants, each containing a separate container for a different product. This segmentation allows multiple products to be shipped together in one envelope, improving shipping efficiency, while each container can be independently positioned to maintain the necessary flexibility for postal processing.
Solution Approach 2:
The containers are arranged in a two-dimensional grid pattern on the card, with products positioned in different quadrants. This spatial arrangement allows multiple products to fit within the envelope while maintaining flexibility along the envelope's length, as the containers are distributed across the surface rather than stacked in a way that would compromise bending ability.
Data Source
AI summary
A product mailer with an envelope and a first card positioned within the envelope. The first card has a bottom surface and a plurality of containers mounted to the bottom surface of the first card. Each of the containers mounted to the first card defines a cavity dimensioned to hold a respective product. A second card is positioned within the envelope. The second card has a bottom surface facing the bottom surface of the first card. A plurality of containers are mounted to the bottom surface of the second card. Each of the containers mounted to the second card defines a cavity dimensioned to hold a respective product. The containers mounted to the first card are offset from the containers mounted to the second card.