Removable Tool Organizer With Segmented Insert
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Solution Overview
Problem
Existing tool bucket organizers are not removable and transportable, lack flexibility in accommodating various tool sizes, and do not provide adequate space for large tools, making it difficult to access and organize tools within a bucket.
Innovation Solution
A tool organizer and transport system comprising a bucket, lid, handle, and a removably fitting tool container insert with colored annular rims to organize tools, featuring interior and exterior pockets, and a storage space between the insert and bucket bottom for additional tools, allowing for flexible placement and transport.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If tools are placed in a bucket, then tools can be transported, but tools pile up and intertangle making it difficult to locate and extract specific tools
Solution Approach 1:
The bucket interior is segmented into multiple compartments using a divider structure with vertical walls. This divides the single large space into smaller sections, allowing tools to be separated and organized by type or frequency of use, preventing them from piling up and intertangling while improving accessibility to specific tools.
2Adaptability or versatility
If a fixed insert with holes and slots is used to organize tools, then small hand tools can be stored, but the organizer is not removable and cannot be transported with tools
Solution Approach 1:
The insert structure is designed to be removable from the bucket, transforming from a fixed static organization system to a dynamic one that can be taken out and transported with the tools. The divider walls are configured to allow easy insertion and removal while maintaining organizational functionality during transport.
3Quantity of substance
If legs are added to hold the insert off the bottom of the bucket, then small tools can be stored in holes and slots, but no space is provided to store large tools
Solution Approach 1:
The insert utilizes the vertical dimension by extending divider walls upward to create multiple levels and compartments. This vertical segmentation creates both upper sections for smaller tools in organized slots and lower sections with adequate space for larger tools, effectively using the bucket's full height for diverse tool storage.
4Ease of operation
If holes and slots are positioned in fixed locations on the insert, then small tools can be organized, but there is little flexibility in accommodating various tool placements and varieties
Solution Approach 1:
Different sections of the insert have locally optimized features: some areas have holes and slots for small hand tools, while other areas have open compartments for larger tools. The divider walls create zones with different organizational characteristics, allowing each local area to be optimized for specific tool types while maintaining overall flexibility.
Data Source
AI summary
Implementations of a tool organizer and transport are provided. In some implementations, the tool organizer and transport may be configured to provide a water proof enclosure in which tools may be stored and transported. In some implementations, the tool organizer and transport may be comprised of a bucket, a lid, a handle, and a tool container insert. In some implementations, the tool container insert may include a number of pouches and be configured to removably fit within the interior space of the bucket. In this way, tools may be removably stored within the bucket. In some implementations, there is additional tool storage space located between the bottom of the tool container insert and the bottom face of the bucket. In some implementations, the annular rim of the tool container insert may be one or more colors and thereby used to organize the placement of tools into adjacently positioned pouches.