Wearable Technology

Bionic ‘Electronic Hair’: High-Sensitivity Flexible Airflow Sensor for Large-Area Sensing

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Bionic 'Electronic Hair': High-Sensitivity Flexible Airflow Sensor for Large-Area Sensing

Research Background In fields such as aerospace, environmental monitoring, wearable devices, and smart robotics, large-area airflow sensing capabilities are crucial for flight perception, environmental disturbance monitoring, and tactile sensing. Traditional airflow sensors often suffer from issues such as structural rigidity, low sensitivity, and slow response times, along with complex manufacturing processes and high costs, severely … Read more

Integrating Home Self-Testing into Daily Life: A New Sensor Solving the Challenge of Low Sweat Secretion Sampling

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Integrating Home Self-Testing into Daily Life: A New Sensor Solving the Challenge of Low Sweat Secretion Sampling

On Tuesday, I discussed the importance of sample collection, see “This Might Be the Weakest Link in IVD: How Will Sample Collection Determine the Quality of Diagnostic Products?”. On Wednesday, we provided an example of tuberculosis samples, see “From Sputum to Tongue Coating! How IVD Companies Can Seize New Opportunities in Tuberculosis Testing Through ‘Sample … Read more

OpenAI Partners with Luxshare Precision: A Promising Future for Edge AI Products

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OpenAI Partners with Luxshare Precision: A Promising Future for Edge AI Products

In the wave of technology, every collaboration between giants is like a stone thrown into a calm lake, creating ripples that signify industry transformation and innovation. Recently, news has emerged that OpenAI has reached a significant agreement with Chinese hardware manufacturer Luxshare Precision, which will be responsible for assembling at least one new device from … Read more

Flexible Sensors: The ‘Tactile Pioneer’ of Future Technology

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Flexible Sensors: The 'Tactile Pioneer' of Future Technology

Can you imagine? There is a type of sensor that possesses ‘superpowers’, being as soft and flexible as skin, adhering to various surfaces and sensitively perceiving everything around it. This is the flexible sensor, a magical invention that is changing our lives and the development of technology. Flexible Sensors: Definition and Principles Flexible sensors are … Read more

Xi’an University of Technology: Development of Fiber Temperature Sensors for Real-Time Monitoring of Children’s Body Temperature

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Xi'an University of Technology: Development of Fiber Temperature Sensors for Real-Time Monitoring of Children's Body Temperature

New Sensor Products 【Xi’an University of Technology: Development of Fiber Temperature Sensors for Real-Time Monitoring of Body Temperature】 Body temperature is an important indicator of human health. Traditional mercury thermometers and medical electronic thermometers have a slow response time (≥1 minute) and, due to their rigidity, cannot be worn for extended periods to achieve continuous … Read more

Your Watch is Secretly Evolving: The Upgrade of China’s Mobile Fitness Sensors

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Your Watch is Secretly Evolving: The Upgrade of China's Mobile Fitness Sensors

1. Overview of Industry Concepts Mobile fitness sensors refer to hardware modules integrated into wearable devices (such as smartwatches, fitness bands, smart clothing, smart insoles, etc.) or as standalone accessories (such as smart jump ropes, smart scales, and sports tracking patches) used to collect, monitor, and analyze users’ exercise and body data. The core types … Read more

Advances in Textile-Based Triboelectric Sensors for Physiological Signal Monitoring

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Advances in Textile-Based Triboelectric Sensors for Physiological Signal Monitoring

Advances in Textile‐Based Triboelectric Sensors for Physiological Signal Monitoring. Advanced Functional Materials (IF 18.5) Pub Date: 2025-04-09, DOI: 10.1002/adfm.202426081. The progress of textile-based triboelectric sensors for physiological signal monitoring integrates sensing and therapeutic capabilities into everyday textiles, making it an effective approach for developing continuous and wearable sensors. Textile-based triboelectric sensors possess remarkable features such … Read more

UCLA Develops Flexible Sensor: Reliable Measurement of Fatigue Levels Through Monitoring Blink Movements

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UCLA Develops Flexible Sensor: Reliable Measurement of Fatigue Levels Through Monitoring Blink Movements

Over the past few decades, electronic engineers have developed increasingly sophisticated sensors capable of reliably measuring various physiological signals, including heart rate, blood pressure, respiratory rate, and blood oxygen saturation. These sensors are widely used in the development of biomedical devices and consumer wearable technology, not only advancing related research but also enabling real-time monitoring … Read more

US Special Forces to Equip New Wearable Device with Multiple Micro-Sensors for Tracking Soldier Vital Signs and Detecting Environmental Hazards

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US Special Forces to Equip New Wearable Device with Multiple Micro-Sensors for Tracking Soldier Vital Signs and Detecting Environmental Hazards

News Overview According to a report from the US Next Generation Defense website on August 13, the US Special Forces will equip a new chest-worn sensor that contains 25 types of micro-sensors. This device can be attached to the skin of combat personnel using a transparent film dressing to track their vital signs and detect … Read more

Bionic ‘Electronic Hair’: High-Sensitivity Flexible Airflow Sensor for Large-Area Sensing

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Bionic 'Electronic Hair': High-Sensitivity Flexible Airflow Sensor for Large-Area Sensing

Research Background In fields such as aerospace, environmental monitoring, wearable devices, and intelligent robotics, the ability to sense large-area airflow is crucial for flight perception, environmental disturbance monitoring, and tactile sensing. Traditional airflow sensors often suffer from issues such as structural rigidity, low sensitivity, and slow response times, along with complex manufacturing processes and high … Read more