Modular Bicycle Storage Structure with Segmented Lockers
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Solution Overview
Problem
Existing bicycle storage solutions, such as docking stations, occupy excessive urban space, offer inadequate protection from damage, theft, and environmental elements, and result in heavy, expensive bikes due to their ruggedness, which complicates bike sharing programs.
Innovation Solution
A compact and portable storage structure with integrated locking capabilities that accommodates bicycles with folding or detachable handlebars, featuring modular lockers with secure U-Lock integration and a design that maximizes space efficiency and security, allowing for multiple bikes to be stored in a small footprint.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If docking stations are used to store bicycles, then bicycles are protected from theft and damage, but they occupy excessive urban space
Solution Approach 1:
The storage system is divided into multiple individual lockers, each capable of storing one or more bicycles. These modular lockers can be arranged in various configurations (single row, double row, stacked) to optimize space utilization while maintaining security. Each locker acts as an independent protective unit with its own locking mechanism.
Solution Approach 2:
Multiple bicycles are stored within individual locker compartments, which are nested within the overall storage structure. The lockers themselves can be nested in multi-level configurations, maximizing the use of vertical space while keeping each bike securely enclosed in its own protective space.
2Reliability
If bicycles are made rugged and heavy for durability, then they are protected from damage and theft, but they become expensive to produce and burdensome for riders
Solution Approach 1:
Instead of making the bicycles themselves resistant to damage and theft, the system applies protective action in advance by enclosing them in secure lockers with integrated locking mechanisms. This preliminary protective measure prevents damage and theft without requiring the bicycles to be inherently rugged or heavy.
Solution Approach 2:
The locker structure serves as an intermediary between the bicycle and external threats (theft, damage, weather). Rather than modifying the bicycle to resist these threats, the locker acts as a protective barrier, allowing the use of lighter, more rider-friendly bicycles.
3Quantity of substance
If more bicycles are stored in a given space, then space efficiency improves, but access and user-friendliness may be compromised
Solution Approach 1:
The storage system is divided into multiple individual lockers with separate access points. Each locker can be opened independently to retrieve or store a bicycle, allowing users to access only the specific locker they need without disturbing other bicycles. This segmentation maintains high density while preserving ease of access.
Solution Approach 2:
The lockers are designed with movable components including sliding doors, folding handlebars, and adjustable pedals. These dynamic elements allow bicycles to be compacted for storage while maintaining full functionality when in use, and enable easy access without requiring the opening of entire storage units.
Data Source
AI summary
Disclosed herein is a modular bicycle storage structure designed to maximize the number of bicycles that can fit into it. The structure is designed to provide a private locker to each bicycle, which is accessible by a locker door, and secured using a standard bicycle U-Lock. The structure may use bicycles that have foldable, twistable or removable handlebars in order to reduce their overall width. The user generally aligns the pedals in a specific way before inserting the bicycle into the structure. The pedals slide into a groove formed in the side wall. This allows for overlapping of pedals for adjacent bicycles providing a compact storage configuration.