Recessed Ceiling Mounting System for Smoke Detectors
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Solution Overview
Problem
Existing ceiling component mounting systems, such as those for smoke detectors, result in aesthetically unattractive designs due to protruding components, while attempts to improve design often compromise functionality.
Innovation Solution
A recessed mounting system comprising a recessed housing, sensor module, and finish trim, which integrates electronic components into the ceiling, exposing only the sensing element for optimal functionality and aesthetic integration.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Shape
If ceiling components are mounted using existing platforms, then the components can be installed and function properly, but they protrude from the ceiling resulting in an aesthetically unattractive design
Solution Approach 1:
The mounting system is divided into separate functional zones: a recessed housing containing electronic components (power supply, processor, communication modules) and a separate sensor module with the sensing element. This segmentation allows the bulk of the device to be hidden in the ceiling while only the essential sensing portion remains exposed, resolving the contradiction between aesthetic appearance and functionality.
Solution Approach 2:
The sensing element is extracted and positioned to extend through the ceiling surface, while all other electronic components are removed from the visible portion and placed within the recessed housing below the ceiling. This extraction allows the device to maintain aesthetic appearance by hiding non-essential components while preserving functionality through the exposed sensor.
2Shape
If electronic components are recessed into the ceiling, then aesthetic appearance is improved, but access for maintenance and functionality may be compromised
Solution Approach 1:
The sensor module is nested within the recessed housing structure, with the sensing element extending through the ceiling. This nested configuration allows the sensor to be positioned optimally for detection while the housing provides protection and houses additional components. The modular nested design facilitates maintenance by allowing the sensor module to be accessed independently.
Solution Approach 2:
The mounting system incorporates adjustable and reconfigurable elements that allow the sensor module to be positioned at optimal depths and angles for detection functionality. The system can be dynamically adjusted during installation and maintenance to ensure proper sensor orientation and accessibility, resolving the contradiction between fixed aesthetic appearance and flexible maintenance requirements.
Data Source
AI summary
One or more embodiments of the invention introduces a novel recessed mounting system for ceiling components such as smoke detectors, improving their installation, aesthetic integration, and functionality. By recessing all electronics into the ceiling, the system achieves a streamlined appearance, leaving only the sensing element exposed. The system comprises three major components: the recessed housing, the sensor module, and the finish trim. The recessed housing seamlessly integrates with remodel and new construction projects, providing an unobtrusive look. The sensor module supports various sensor types, ensuring adaptability to different detection needs. The finish trim offers customization options, enabling field changes from round to square shapes and providing a selection of custom finishes to match architectural elements. This innovative system enhances the aesthetic appeal, smoke detection capabilities, and ease of installation of smoke detectors in residential, commercial settings.