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• • Flexible multimodal sensing system for life and health detection of smart fisheries.
• • A flexible multimodal sensing mechanism for smart fisheries health parameter detection is analyzed.
• • The parameter crosstalk and decoupling ...

Flexible sensors are widely used in human and animal health assessment due to their excellent biocompatibility and stretchability. Fisheries health assessment for complex application scenarios usually requires expensive instruments for analysis, ...

The distinctive characteristics of electrically conductive fabrics, including their flexibility, breathability, and comfort, have led to their recognition as a viable substitute for silicon wafers in wearable electronics. However, the difficulty ...

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• The innovation of composite conductive inks enhances conductivity and printability.
• Direct 3D printing of sensors onto fabric gloves further enhances their performance.
• Fabric glove combined with an LSTM network model achieves ...

In the interaction process with complex environment, compared with rigid structure robot, soft crawling robot has the advantages of high degree of freedom, strong adaptability to complex environment, and high human-computer interaction security. ...

In recent years, with the aging of the social population, exoskeleton robots have a wide range of application prospects in rehabilitation assistance, walking assistance, and physical expansion. However, the sensors developed for traditional robots ...

Haptic sensing has been critical to human-machine interaction for wearable robotics, where interaction force sensing in the three-dimensional (3D) space play a key role in stimulating environmental proprioception, predicting human-motion intent ...

The flexible temperature sensor for physiological temperature monitoring based on polydimethylsiloxane/carbon nanotubes/Ti3C2Tx (PDMS/CNT/Ti3C2TX) was prepared. The thermosensitive layer was made by filling different proportions of grind Ti3C2Tx into ...

A flexible three-dimensional force sensor based on microstructures is proposed. The structure design and fabrication of the sensor are introduced. The principle of the three-dimensional force detection is expounded. The mathematical model of the force ...

This work presents the development of a wireless passive pressure sensor for cardiovascular pressure monitoring. The device is designed to be inserted into a stent that can be deployed within a blood vessel using a catheter-based ...

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• This work presents a flexible pressure sensor which can be inserted into a stent.

Wearable devices using solid device components have recently been released to purchase for different kinds of applications. However, ideal "wearable" devices should be like a cloth, so that they can be attached on a human skin or cloth without ...

We present a flexible infrared sensor for use in tissue oximetry with the aim of treating prematurely born infants. The sensor will detect the oxygen saturation in brain tissue through near infrared spectroscopy. The sensor itself consists of several ...