Which are wearable devices used in manufacturing industry to monitor and evaluate occupational safety and health risks?
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Wearable devices utilized in the manufacturing industry for monitoring and assessing occupational safety and health risks include wirelessly enabled instruments like portable gas detectors, heat stress monitors, noise dosimeters, and hand arm vibration monitors . Additionally, advancements in wearable energy harvesting technology have led to the development of self-powered vibration sensors that can track long-term exposure and aid in early detection of hazards like repetitive vibration exposure . Furthermore, smart garments equipped with multisource energy harvesting capabilities and sensors for monitoring environmental parameters and vital signs are being employed to monitor workers' conditions in harsh workplaces, ensuring real-time anomalies detection and remote monitoring of worker's conditions . These devices play a crucial role in enhancing occupational health and safety practices in the manufacturing sector.
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| Papers (5) | Insight |
|---|---|
02 Mar 2022 1 Citations | Smart jackets with multisource energy harvesting and sensor integration are utilized in the manufacturing industry to monitor workers' vital signs and environmental conditions for occupational safety and health risk evaluation. |
02 Mar 2022 | The smart garment with multisource energy harvesting and sensors, integrated with a custom microcontroller board, is used in the manufacturing industry to monitor workers' conditions and health risks remotely. |
| Wearable piezoelectric sensors are utilized in the manufacturing industry to monitor and assess occupational safety and health risks, particularly in hazardous workplace environments. | |
| Wearable monitoring devices like portable gas detectors, heat stress monitors, noise dosimeters, and hand arm vibration monitors are used in the manufacturing industry to assess workplace exposures and risks. | |
| Wearable wristbands are utilized in the manufacturing industry to continuously monitor physiological signals for predicting physical fatigue, enhancing operator safety, and preventing work accidents. |
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