Recyclable Beverage Container Carrying Bag with Segmented Compartments
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Solution Overview
Problem
The storage and transportation of empty recyclable containers, such as soda and beer cans, consume significant space and are cumbersome due to the weight and difficulty in handling full garbage bags, which often require untangling knots at recycling centers.
Innovation Solution
A recyclable container carrying bag with a flexible housing, multiple compartments, and zippers for easy insertion and removal of containers, along with handles for hanging and carrying, designed to occupy minimal space and facilitate efficient transportation and recycling.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Quantity of substance
If garbage bags are used to collect recyclable containers, then containers can be collected and transported, but the bags become heavy and difficult to lift and carry
Solution Approach 1:
The carrying bag is divided into multiple compartments separated by partitions. Each compartment can independently hold and organize containers, allowing users to separate different types of recyclables (e.g., cans, bottles, plastic containers). This segmentation maintains organization while distributing weight across structured sections, improving handling efficiency.
2Reliability
If garbage bags are tied closed to avoid spilling containers, then containers are contained securely, but the knots are difficult to untie at the recycling center
Solution Approach 1:
The closure mechanism is extracted from the traditional knot-tying method and replaced with zipper closures on each compartment. These zippers can be easily opened and closed without requiring complex manual dexterity, allowing secure containment during transport while enabling quick and easy access at the recycling center.
Solution Approach 2:
Zipper mechanisms serve as an intermediary between the need for secure containment and easy access. The zippers provide a reliable sealing mechanism that is simultaneously simple to operate, eliminating the need for difficult knot-tying and untying operations.
3Quantity of substance
If multiple containers are collected over time, then recycling volume increases, but storage space consumed increases considerably
Solution Approach 1:
The carrying bag features a collapsible design where compartments and partitions can be folded or nested together when not in use. This allows the bag to maintain its full capacity when collecting containers while reducing to a compact form for storage, effectively eliminating wasted storage space when the bag is empty.
Solution Approach 2:
The bag structure incorporates flexible, dynamic elements that allow it to expand when filled with containers and collapse when empty. The partitions and compartments can be adjusted or folded to accommodate varying quantities of recyclables while minimizing the overall volume occupied during storage.
4Ease of operation
If containers are removed from the bottom of compartments, then easy access is achieved, but containers may spill during transportation
Solution Approach 1:
Each compartment is equipped with its own independent zipper closure system. This segmentation allows users to open only the specific compartment they need to access while keeping other compartments securely closed, providing easy access to particular recyclables without compromising the security of containers in other sections during transport.
Data Source
AI summary
An apparatus includes a housing, first handles, second handles and zippers. The housing may be (i) made of a flexible material and (ii) have compartments. The first handles may be (i) attached to an end of the housing and (ii) configured to hang the housing in an upright orientation. The second handles may be attached to another end of the housing. The housing is generally configured to bend such that the first handles are aligned with the second handles to facilitate carrying of the housing. The zippers may be configured to provide an opening into a corresponding compartment suitable to pass recyclable beverage containers. Each compartment may have (i) a zipper proximate a top end of the compartment to insert the recyclable beverage containers and (ii) another zipper proximate a bottom end of the compartment to remove the recyclable beverage containers.