Coving Installation Device Magnetic Support
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Solution Overview
Problem
The installation of coving trim and cove retainer in clean rooms is challenging for a single worker due to the length of materials, leading to increased risk of injury and inefficiency, often requiring a second worker to assist.
Innovation Solution
A coving installation device with a unitary structure featuring multiple magnetic faces and sides, allowing for independent support and alignment of coving trim and retainer, enabling a single worker to install coving efficiently without additional assistance.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If a single worker uses a suction cup to support one end of the coving material, then the worker can attempt to install the material independently, but the process becomes cumbersome, increases injury risk, and the material often falls off due to suction cup configuration limitations
Solution Approach 1:
The patent introduces a specialized installation device as an intermediary tool between the worker and the coving material. This device includes a support mechanism with a cradle that securely holds the coving material, and a positioning mechanism with alignment features that guide the material into place. The device acts as a mediator that provides both support and precise positioning, eliminating the need for suction cups while enabling single-worker operation.
Solution Approach 2:
The installation device is designed to be self-positioning through its alignment features and guides. The device includes a cradle that automatically supports the coving material at the correct angle and position, and positioning mechanisms that self-align with the wall and ceiling surfaces. This self-service capability allows a single worker to operate the device without assistance while maintaining installation precision.
2Reliability
If two workers are used to install long lengths of cove and cove retainer, then the installation process becomes more reliable and safer, but manpower shortages complicate the immediate availability of the second worker and increases installation time
Solution Approach 1:
The installation device is designed to be self-positioning through its alignment features and guides. The device includes a cradle that automatically supports the coving material at the correct angle and position, and positioning mechanisms that self-align with the wall and ceiling surfaces. This self-service capability allows a single worker to operate the device without assistance while maintaining installation precision.
Solution Approach 2:
The patent introduces a specialized installation device as an intermediary tool between the worker and the coving material. This device includes a support mechanism with a cradle that securely holds the coving material, and a positioning mechanism with alignment features that guide the material into place. The device acts as a mediator that provides both support and precise positioning, eliminating the need for suction cups while enabling single-worker operation.
3Device complexity
If traditional installation methods are used without specialized equipment, then the device complexity remains low, but the risk of injury due to dropped objects increases and the installation process becomes less efficient
Solution Approach 1:
The patent introduces a specialized installation device as an intermediary tool between the worker and the coving material. This device includes a support mechanism with a cradle that securely holds the coving material, and a positioning mechanism with alignment features that guide the material into place. The device acts as a mediator that provides both support and precise positioning, eliminating the need for suction cups while enabling single-worker operation.
Solution Approach 2:
The installation device incorporates safety features that prevent dropped objects before they can cause injury. The cradle and support mechanism are designed to securely hold the coving material throughout the installation process, with features that prevent accidental release. The device also includes positioning mechanisms that guide the material into place without requiring the worker to manually hold or support it, thereby eliminating the risk of dropped objects.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The device reduces the risk of injury and man-hours, making the installation process more efficient and competitive by allowing solo operation, even in environments with manpower shortages.
Implementation Method 1
a coving installation device, comprising a unitary structure having a first magnetic face; a second magnetic face, perpendicular to the first magnetic face
Data Source
AI summary
A coving installation device includes a unitary structure having a first magnetic face, a second magnetic face, and a third magnetic face. The second face is joined with the first face by an arced side. The third face is joined with the second face by a linear side. The third face is joined with the first face by an angled side. The second face is perpendicular to the first face and the third face is perpendicular to the second face. The first, second, and third faces protrude from the arced, linear, and angled sides. A clean room installer using the coving installation device can independently install coving without assistance.