Description:This invention provides a versatile and scalable solution for modernizing streetlight infrastructure, suitable for both retrofitting existing systems and integrating into new projects. The SIM-based module facilitates robust wireless communication for real-time monitoring and control. Its modular design allows customization, enabling the system to incorporate additional public safety and modernization features such as surveillance cameras, traffic management tools, or environmental monitoring sensors.
The system’s adaptability ensures that it meets evolving urban and highway infrastructure needs, contributing to enhanced public safety, reduced energy consumption, and improved operational efficiency. The dual functionality for retrofitting and new installations ensures widespread applicability and cost-effectiveness.
By integrating a process for continuous customization and innovation, this invention establishes itself as a forward-compatible solution for smart city applications and public safety advancements.
, Claims:1. A SIM-Based Device for Smart Streetlight Conversion and Adaptability
A system configured to retrofit existing streetlight poles or integrate into new streetlight installations, converting them into a smart streetlight monitoring and control system, comprising:
a. A SIM-based module for wireless communication enabling remote monitoring and control;
b. Sensors and controllers for dynamic brightness adjustment based on environmental conditions;
c. An integrated emergency communication facility allowing direct calls from the device installed on the pole;
d. A modular architecture enabling customization for additional public safety and modernization features as required; and
e. A dual-functionality design for retrofitting pre-existing poles or installation in new projects.
2. Remote Monitoring and Control Module
The system of claim 1, wherein the SIM-based module communicates with a central management platform to provide real-time monitoring, diagnostics, and control of multiple streetlight poles.
3. Dynamic Brightness Adjustment
The system of claim 1, wherein sensors adjust the brightness of the streetlight based on ambient light conditions or vehicular and pedestrian activity, ensuring optimal energy usage.
4. Emergency Communication Facility
The system of claim 1, wherein the built-in emergency communication feature includes:
a. A one-touch caller mechanism for emergency assistance;
b. Integration with emergency services or helpline networks; and
c. A speaker and microphone for two-way communication.
5. Modular and Customizable Design
The system of claim 1, wherein the modular architecture allows for the integration of additional features such as public safety notifications, environmental sensors, surveillance cameras, or traffic management systems based on specific requirements.
6. Energy Efficiency and Safety Enhancements
The system of claim 1, wherein the integration of remote monitoring, dynamic brightness adjustment, and emergency communication provides enhanced safety measures and reduces energy costs.
7. Dual-Functionality for Retrofitting and New Installations
The system of claim 1, wherein the device is designed for seamless retrofitting onto pre-existing streetlight poles or integration into new infrastructure projects.
8. Application in Diverse Environments
The system of claim 1, wherein the device is configured for deployment in urban, suburban, and highway environments, offering flexible adaptability to different public lighting and safety needs.