Unknown Organization (20240282186). A REAL-TIME SAFETY MANAGEMENT SYSTEM AND METHOD simplified abstract
Contents
A REAL-TIME SAFETY MANAGEMENT SYSTEM AND METHOD
Organization Name
Inventor(s)
Hatem Ammari of Houston TX (US)
A REAL-TIME SAFETY MANAGEMENT SYSTEM AND METHOD - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240282186 titled 'A REAL-TIME SAFETY MANAGEMENT SYSTEM AND METHOD
The present disclosure introduces a real-time safety monitoring system that includes a hardware component with helmets equipped with sensors to measure vital data of workers wearing them.
- The system also consists of networks, including a long-range network and a short-range network, to transmit the vital data throughout the system.
- A processing, controlling, and display part comprises cloud storage and a safety dashboard to receive, analyze, and display the vital data, estimating the productivity level of the worker using the measured data.
- The disclosure further includes a method of health management utilizing the described system.
Potential Applications: - Workplace safety monitoring - Health management for workers in hazardous environments - Productivity enhancement through real-time data analysis
Problems Solved: - Ensuring the safety of workers in real-time - Monitoring vital data to prevent health issues - Improving productivity by analyzing worker data
Benefits: - Enhanced safety measures - Early detection of health issues - Increased productivity levels
Commercial Applications: Title: Real-Time Safety Monitoring System for Enhanced Workplace Safety This technology can be utilized in industries such as construction, mining, manufacturing, and healthcare to ensure the safety and well-being of workers while optimizing productivity levels.
Questions about Real-Time Safety Monitoring System: 1. How does the system estimate the productivity level of the worker? The system estimates the productivity level by analyzing the vital data measured by the sensors in the helmets worn by the workers.
2. What are the potential benefits of using this real-time safety monitoring system in hazardous environments? The benefits include early detection of health issues, enhanced safety measures, and increased productivity levels, ultimately leading to a safer and more efficient work environment.
Original Abstract Submitted
the present disclosure provides a real-time safety monitoring system comprising a hardware part () having a helmet (), each has a plurality of sensors () configured to measure vital data of a worker who is wearing one of the helmets (); networks () comprising a long range network () and a short range network (), wherein the networks () are configured to transmit the vital data throughout the system; and a processing, controlling, and display part () comprising a cloud storage () and a safety dashboard () configured to receive, analyze, and display the vital data after analysis, wherein a productivity level of the worker is estimated using the measured vital data. the disclosure also provides a method of health management using the system described herein.
