Signaling Pole Assembly for Perimeter Intruder Deterrence
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Solution Overview
Problem
Residential gated communities face challenges in deterring intruders as existing alarm systems are triggered after a breach has occurred, and security cameras capture footage only after the event, lacking effective real-time deterrence through audible and visible signaling.
Innovation Solution
A signaling pole assembly that includes a rigid and hollow elongated body, a base assembly with a weatherproof cap, a receiver module, and at least one light and siren, which can be integrated into perimeter security systems to alert intruders of detection near entry points, using wireless connectivity with remote sensors to activate lights and sirens for a predetermined time before returning to standby.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Measurement precision
If alarm systems and security cameras are used, then detection capability is improved, but response timing deteriorates (triggered after breach occurs)
Solution Approach 1:
The signaling pole assembly activates lights and sirens immediately upon detecting an intruder's approach, before the intruder can breach the perimeter or commit a crime. This preliminary alarming action prevents the timing delay inherent in traditional systems that only activate after a breach occurs.
2Ease of operation
If signaling pole assembly is made portable for quick deployment, then ease of installation is improved, but stability deteriorates (cannot prevent moving or tampering)
Solution Approach 1:
The signaling pole assembly is divided into two main segments: a portable above-ground portion containing the signaling devices and a permanent underground base assembly with concrete anchoring. This segmentation allows the above-ground portion to be easily installed and relocated, while the underground base provides stable, tamper-resistant anchoring.
Solution Approach 2:
The above-ground signaling pole is nested within or anchored to the underground base assembly. The conduit system nests within the concrete base, providing both structural support and protected pathways for electrical connections, combining portability with stability.
3Ease of repair
If power sources are exposed for accessibility, then ease of maintenance is improved, but security deteriorates (vulnerable to tampering)
Solution Approach 1:
A conduit system acts as an intermediary between the underground power sources and the above-ground signaling devices. The conduit provides a protected pathway that shields electrical connections from tampering while allowing maintenance access through designated openings or removable sections.
Solution Approach 2:
Power sources and electrical connections are relocated from the above-ground dimension to the underground dimension within the concrete base. This dimensional transition protects vulnerable electrical components from tampering while maintaining functionality through vertical conduit access points.
Data Source
AI summary
A signaling pole assembly includes an elongated structure that provides both audible and visual notification when a remote sensor has been triggered. The elongated structure has a base assembly end configured to be buried underground and a cap end that is located opposite the base end. Lights and sirens are positioned on the elongated body near the cap end. A receiver module is positioned on the elongated body above the surface of the ground. The receiver module further comprising circuitry configured for receiving signals when a remote sensor has been triggered causing the lights and sirens to activate and return to standby operation after a predetermined amount of time has elapsed.