Denemek ALTIN - Özgür
DETECTING WORKERS WITHOUT HELMET Using YOLO V5 And MaixCam
Electronics For You
|May 2025
In industrial settings, safety helmets are a critical element of personal protective equipment (PPE), acting as the final barrier when other measures fail.

Safety departments enforce PPE rules across process plants, especially among large numbers of contract workers. While training builds hazard awareness, studies show supervision plays a stronger role in accident prevention.
To address this need more effectively, a technology-led solution replaces manual oversight with an intelligent, machine-based system.
A high-fidelity camera continuously monitors the approach area. If a worker without a helmet is detected, the system triggers an instant alert—either a cautionary alarm or a verbal instruction to comply. A single camera can cover large zones, ensuring roundthe-clock, impartial enforcement. Once a violation is flagged, further action—such as activating an audio alert or controlling a gate—is handled by a microprocessor-based setup.
The solution uses MaixCam’s GPIO library to manage these automated responses, delivering scalability and cost-efficiency. Acting as a tireless, unbiased supervisor, this AI-powered safety system reduces reliance on human monitoring while boosting compliance. A prototype is shown in Fig. 1.
The required components are listed in the Bill of Materials table. An LED or buzzer may be added for alerts, though not included in the Bill of Materials.
EFY note. Since the same board is used in this solution, refer to ‘Face Recognition Using YOLO,’ published in the April issue. That article provides additional details regarding the MaixCam development board, including its usage and installation, which should be reviewed before proceeding.
Bu hikaye Electronics For You dergisinin May 2025 baskısından alınmıştır.
Binlerce özenle seçilmiş premium hikayeye ve 9.000'den fazla dergi ve gazeteye erişmek için Magzter GOLD'a abone olun.
Zaten abone misiniz? Oturum aç
Electronics For You'den DAHA FAZLA HİKAYE
Electronics For You
Low-power, reliable transmitter chip
Researchers at MIT (United States) have developed a compact transmitter chip that reduces signal errors by a factor of four and extends battery life for IoT devices.
1 min
September 2025

Electronics For You
Leading Suppliers of MICROSCOPES FOR OC OF ELECTRONICS
Who are India's Leading Suppliers of Microscopes for Quality Control of Electronics? Here is the list...
5 mins
September 2025

Electronics For You
Compact swarm-level AI drones navigation using neural network
Researchers at Shanghai Jiao Tong University (Shanghai, China) have developed a compact AI navigation system for drones.
1 min
September 2025

Electronics For You
ML-based wireless power transfer
Researchers at Chiba University (Chiba, Japan) have developed a machine learning-based method to design wireless power transfer (WPT) systems that stay efficient and stable across varying loads.
1 min
September 2025
Electronics For You
Wi-Fi that knows who you are
WhoFi, developed at La Sapienza University (Rome, Italy), is a Wi-Fi-based surveillance system that identifies individuals by how their bodies disrupt wireless signals; no cameras, contact, or consent is needed.
1 min
September 2025

Electronics For You
3mm-thick holographic display that delivers lifelike 3D visuals
Stanford researchers (California) have unveiled a 3mm-thick holographic display that delivers lifelike 3D visuals using true holography, not stereoscopy.
1 min
September 2025

Electronics For You
Smart Trolley Robot 'TROLL.E 1.0'
Robots now play a vital role across modern society, often described as human-like due to their growing presence in social and commercial environments.
3 mins
September 2025
Electronics For You
Compact metal-free thin-film supercapacitor delivers 200V
GDUT (Guangzhou, China )researchers have developed a metal-free thin-film supercapacitor (TFSC) stack that delivers 200V in just 3.8cm³.
1 min
September 2025

Electronics For You
Al-powered self-driving lab tests materials 10x faster
Researchers at NC State (Raleigh, North Carolina) have developed an Al-powered self-driving lab that uses dynamicstate flow and real-time data to test materials 10x faster than traditional labs.
1 min
September 2025

Electronics For You
Breakthrough in co-packaging photonic and electronic chips
The MIT (United States) FUTUR-IC team has developed a breakthrough chip packaging method that co-integrates electronics and photonics using passive alignment.
1 min
September 2025
Listen
Translate
Change font size