Abstract: A device having an arterial pulse sensor that is adhered to the hypothenar region of a palm using an adhesive patch. The patch has an adhesive surface that is covered by a removable film with an outer portion and a central portion. Also disclosed is a method of detecting an arterial pulse by providing an arterial pulse sensor, placing the sensor on the hypothenar region of the palm of a hand, and receiving an arterial pulse signal from the sensor.

Abstract: A device having an arterial pulse sensor that is adhered to the hypothenar region of a palm using an adhesive patch. The patch has an adhesive surface that is covered by a removable film with an outer portion and a central portion. Also disclosed is a method of detecting an arterial pulse by providing an arterial pulse sensor, placing the sensor on the hypothenar region of the palm of a hand, and receiving an arterial pulse signal from the sensor.

Abstract: A device having an arterial pulse sensor that is adhered to the hypothenar region of a palm using an adhesive patch. The patch has an adhesive surface that is covered by a removable film with an outer portion and a central portion. Also disclosed is a method of detecting an arterial pulse by providing an arterial pulse sensor, placing the sensor on the hypothenar region of the palm of a hand, and receiving an arterial pulse signal from the sensor.

Abstract: A system and method for detecting falls is disclosed herein. A mobile pressure sensor is used to generate a mobile pressure signal and a reference pressure sensor at a reference height above a surface is used to generate a reference pressure signal. A processor in communication with the mobile pressure sensor and the reference pressure sensor is used to perform the steps of: (i) determining a height above the surface of the mobile pressure sensor based on the reference height and the reference pressure signal and the mobile pressure signal; and (ii) if the height is below a threshold height, determining that a fall has occurred.