Table-Mounted Rug Hooking Device with Modular Clamping
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Solution Overview
Problem
Rug hookers face challenges such as difficulty in maintaining a comfortable position, adjusting and restarting projects without wasting backing material, and the need for a device that can accommodate various project sizes and store supplies.
Innovation Solution
A rug hooking device with a base component that attaches to a table or flat surface, featuring wooden claws and a C-style clamp for secure attachment, along with accessory plates for accommodating different project sizes and storing supplies.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If traditional rug hooking hoops are used, then the project can be contained and worked on, but the user must stoop over the knee which causes discomfort and frustration
Solution Approach 1:
The invention transitions from a portable hoop-based system to a table-mounted system, changing the spatial dimension of operation from handheld to fixed surface-mounted. This allows the rug hooking frame to be positioned at table level rather than requiring the user to hold and adjust hoops while stooping, thereby improving ergonomics and comfort.
Solution Approach 2:
The invention introduces a table-mounted frame system as an intermediary between the user and the rug hooking project. This fixed frame structure serves as a stable working platform that eliminates the need for users to manually hold and adjust traditional hoops, reducing physical strain and operational complexity.
2Loss of time
If traditional rug hooking methods are used, then the project can be worked on, but stopping and restarting requires adjusting and moving hoops which wastes time
Solution Approach 1:
The table-mounted frame is pre-assembled and securely positioned on the table before the rug hooking project begins. This preliminary setup eliminates the need to repeatedly assemble, adjust, and reposition hoops when stopping and restarting work, allowing users to simply pause and resume without time-consuming adjustments.
Solution Approach 2:
The fixed table-mounted frame acts as a stable intermediary structure that remains in place during multiple work sessions. This eliminates the need to repeatedly handle and reposition traditional hoops, enabling seamless stopping and restarting of projects without time loss.
3Loss of substance
If traditional rug hooking is done with hoops, then the project can be contained, but backing material is wasted due to the 3-4 inch margin requirement
Solution Approach 1:
The invention changes from a movable hoop system to a fixed table-mounted frame, allowing the backing material to be precisely positioned and secured within the frame's boundaries. This eliminates the need for excessive backing material margins, as the frame provides stable containment without requiring the 3-4 inch buffer zone needed for traditional hoop methods.
4Ease of operation
If a table-mounted rug hooking device is used, then user comfort and project stability improve, but the device complexity increases with claws, clamps, and accessory plates
Solution Approach 1:
The table-mounted device is divided into separate functional components: wooden claws for table edge attachment, C-style clamps for securing, and removable accessory plates for different project sizes. This segmentation allows users to assemble only the necessary components for each specific task, managing complexity through modularity while maintaining work stability.
Solution Approach 2:
The accessory plates are designed to accommodate various project sizes and can be interchanged on the same frame structure. This multi-functionality allows a single table-mounted device to handle different rug hooking projects, justifying the initial complexity through versatile utility across multiple uses.
Data Source
AI summary
A rug hooking device is disclosed, wherein the device assists with handling and completing rug hooking projects. The rug hooking device comprises a base component that is configured in a wooden square with a square hole in the center and provides enough room to staple on backing. The base component includes two wooden claws with a board screwed in between the wooden claws. The wooden claws are then inserted onto a table edge and secured via a C-style clamp to tighten it to the table surface. The base component includes two slots which allow for accessory plates to be slid in to accommodate extra project sizes.