JAPAN-SCIENCE-ELECTRONICS-HEALTH

This picture taken on February 9, 2014 shows Japan's University of Tokyo professor Takao Someya displaying the world's first flexible wireless organic sensor system which has a power supply circuit, data transmission circuit and a sensor on the 12.5 micrometers thin film, designed as a wearable sensor at his laboratory in Tokyo. The flexible sensor system can receive a wireless power supply with the magnetic-resonance method and an organic ring oscillator which can transmit data with its moisture sensor. Future applications could include disposable, moisture-sensing diapers that detect moisture and notify caretakers. AFP PHOTO / Yoshikazu TSUNO (Photo by YOSHIKAZU TSUNO / AFP) (Photo by YOSHIKAZU TSUNO/AFP via Getty Images)
This picture taken on February 9, 2014 shows Japan's University of Tokyo professor Takao Someya displaying the world's first flexible wireless organic sensor system which has a power supply circuit, data transmission circuit and a sensor on the 12.5 micrometers thin film, designed as a wearable sensor at his laboratory in Tokyo. The flexible sensor system can receive a wireless power supply with the magnetic-resonance method and an organic ring oscillator which can transmit data with its moisture sensor. Future applications could include disposable, moisture-sensing diapers that detect moisture and notify caretakers. AFP PHOTO / Yoshikazu TSUNO (Photo by YOSHIKAZU TSUNO / AFP) (Photo by YOSHIKAZU TSUNO/AFP via Getty Images)
JAPAN-SCIENCE-ELECTRONICS-HEALTH
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Crédito:
YOSHIKAZU TSUNO / Fotógrafo de plantilla
Editorial n.º:
468212275
Colección:
AFP
Fecha de creación:
09 de febrero de 2014
Fecha de subida:
Tipo de licencia:
Inf. de autorización:
No se cuenta con autorizaciones. Más información
Fuente:
AFP
Código de barras:
AFP
Nombre del objeto:
Hkg9456153
Tamaño máx. archivo:
4440 x 3164 px (37,59 x 26,79 cm) - 300 dpi - 4 MB