Modular Cabinet With Reversible Frame For Liquid Containment
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Solution Overview
Problem
Existing modular cabinets for storing containers are bulky, expensive to ship, fragile during transportation, and lack flexibility for conversion between cabinet and tank configurations, with internal components susceptible to damage from liquids.
Innovation Solution
A modular cabinet design comprising a lower box-like body for containing liquids and an upper box-like body for enclosing containers, connected by a reversible load-bearing frame and connecting means that allows disassembly for compact shipping and easy conversion between configurations without exposing internal components to liquids.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Strength
If a monolithic box-like cabinet structure is used to enclose and protect containers, then the cabinet provides structural stiffness and protection, but the cabinet becomes bulky and expensive to ship
Solution Approach 1:
The cabinet is divided into separate modular components: a base unit with liquid containment and an upper enclosure for containers. These segments can be shipped separately and assembled on-site, reducing individual shipping volumes while maintaining the protective function when assembled.
2Strength
If metallic cladding panellings are used to define the cabinet structure, then the cabinet provides enclosure and protection, but the cabinet suffers from high fragility during shipping operations
Solution Approach 1:
The design incorporates recessed connecting elements and reinforced corners in the modular components that anticipate shipping impacts. The base unit features protective recesses that cushion the connecting mechanisms during transportation, preventing damage before it occurs.
3Stability of the object's composition
If the cabinet is designed as a fixed monolithic structure, then the cabinet provides stable enclosure, but the cabinet lacks flexibility for conversion between cabinet and tank configurations
Solution Approach 1:
The cabinet employs reversible connecting elements that allow the structure to dynamically change configuration. The upper enclosure can be attached or detached from the base unit based on operational needs, enabling conversion between enclosed cabinet mode and open tank mode while maintaining structural stability when assembled.
4Strength
If the connecting means are located inside the cabinet to join the structure, then the cabinet achieves structural integrity, but the connecting mechanisms are exposed to and attacked by liquids contained in the containers
Solution Approach 1:
The connecting elements are extracted from the internal cabinet space and repositioned on the external surface of the base unit. This extraction removes the vulnerable connecting mechanisms from the harmful liquid environment while maintaining their structural function in joining the modular components.
Data Source
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AI summary
A modular cabinet 1, for storing containers C, comprising a lower box-like body 2 connected to an upper box-like body 7 communicating with each other through an opening 3. A grid 13 is interposed between the lower box-like body 2 and the upper box-like body 7 to allow the support of the containers C inside the upper box-like body 7 and at the same time the collection of any liquids and/or debris leaking from the containers C into the lower box-like body 2. The modular cabinet 1 further comprises a load-bearing frame 14 adapted to promote, through reversible connecting means 15, a removable connection between said lower box-like body 2 and said upper box-like body 7.