Due to their high electromechanical coupling and energy density properties, ultrathin
piezoelectric films have recently been intensively studied as key materials for the …

This paper reports a magnetic microactuator for haptic applications. The actuator consists of
a Si chip and two printed circuit boards (PCBs), and the total size of the device is 7.8 mm× …

Thin and light vibrators that leverage the inverse piezoelectric effect with a diaphragm
mechanism are promising vibrotactile actuators owing to their form factors and high temporal …

This study aims to represent fine texture differences in pencil hardness using intensity
segment modulation (ISM), a sensory equivalent conversion method of vibration from high to …

We are researching the development of a haptic biofeedback (BF) ring. The novelty of this
research is the realization of tactile biofeedback using an ultra-thin haptic MEMS film. The …

Electrically powered devices and machines with electronic components require precise
timing to function properly. The need for accuracy has become increasingly critical with the …

In this study, we developed a probe to evaluate the contraction characteristics of muscles.
This probe measures the mechanomyogram which is induced by the electrical stimulation …

本節では, 産業技術総合研究所センシングシステム研究センターの竹下らが開発を進めている体感
振動を計測・再生するための極薄ハプティック MEMS 素子について述べます 3), 4). Fig. 3 右に …

抄録 This study aims to represent differences of the texture in pencil hardness using Intensity
Segment Modulation (ISM), a sensory equivalent conversion method of vibration from high …