Abstract: The present disclosure concerns a device for sensing at least one biological parameter (e.g., heart rate, heart rate variability) of a subject, the device comprising a contact surface configured for being brought into a contact with a skin surface of the subject. The device has at least one light source for illuminating the skin surface through the contact surface along an illumination source optical axis with illumination including at least one sensing wavelength, and at least one detector for detecting a response of said illumination at least at said wavelength, from the skin surface through the contact surface along a detector optical axis, and providing signals configured for determining said biological parameter based thereon, said illumination optical axis forming with said contact surface an acute included angle.

Abstract: The present disclosure concerns a sensor assembly for measuring displacement of a contact surface at least along a central axis of the assembly caused by pressure applied on the surface by the skin of a user during measurement of at least one biological parameter of the user.

Abstract: The present disclosure concerns a device for sensing at least one biological parameter (e.g., heart rate, heart rate variability) of a subject, the device comprising a contact surface configured for being brought into a contact with a skin surface of the subject. The device has at least one light source for illuminating the skin surface through the contact surface along an illumination source optical axis with illumination including at least one sensing wavelength, and at least one detector for detecting a response of said illumination at least at said wavelength, from the skin surface through the contact surface along a detector optical axis, and providing signals configured for determining said biological parameter based thereon, said illumination optical axis forming with said contact surface an acute included angle.

Abstract: The present disclosure discloses a wearable device for measuring physiological parameters of a subject while being worn. The device includes one or more sensors that perform the measurement of the physiological parameters. The sensors can be selected from either a light-based sensor or displacement sensor. The device includes a skin contact member that has a skin contact surface facing an external side of the device that faces the skin of the subject. During measurements of one of the sensors, the contact surface engages the skin of the subject to allow performing measurements by at least one sensor. The light-based sensor is configured to perform the measurement via the skin contact surface, and the displacement sensor is configured to sense the displacement of the skin contact surface. For allowing accurate performance of the measurements, the skin contact surface is required to displace smoothly in response to contact or pressure by the skin of the subject thereon.

Abstract: The present disclosure concerns a sensor assembly for measuring displacement of a contact surface at least along a central axis of the assembly caused by pressure applied on the surface by the skin of a user during measurement of at least one biological parameter of the user.

Abstract: The present disclosure concerns a device for sensing at least one biological parameter (e.g., heart rate, heart rate variability) of a subject, the device comprising a contact surface configured for being brought into a contact with a skin surface of the subject. The device has at least one light source for illuminating the skin surface through the contact surface along an illumination source optical axis with illumination including at least one sensing wavelength, and at least one detector for detecting a response of said illumination at least at said wavelength, from the skin surface through the contact surface along a detector optical axis, and providing signals configured for determining said biological parameter based thereon, said illumination optical axis forming with said contact surface an acute included angle.

Abstract: The present disclosure concerns a device for sensing at least one biological parameter (e.g., heart rate, heart rate variability) of a subject, the device comprising a contact surface configured for being brought into a contact with a skin surface of the subject. The device has at least one light source for illuminating the skin surface through the contact surface along an illumination source optical axis with illumination including at least one sensing wavelength, and at least one detector for detecting a response of said illumination at least at said wavelength, from the skin surface through the contact surface along a detector optical axis, and providing signals configured for determining said biological parameter based thereon, said illumination optical axis forming with said contact surface an acute included angle.

Abstract: Disclosed are a composite bio-parameter sensor assembly and a wearable device including same, for detecting vital signs of a subject person. The sensor assembly includes one or more sensors, mounted on an outer contact surface of the assembly, having a sensing surface to optically detect one or more parameters of a pulse of the subject. The sensor assembly further includes an additional sensor, facing an inner cavity of the assembly, for optically detecting displacement of the one or more outer sensors. The one or more sensors and the additional sensor are positioned on the opposite sides of a printed circuit board (PCB).

Abstract: The present disclosure concerns a device for sensing at least one biological parameter (e.g., heart rate, heart rate variability) of a subject, the device comprising a contact surface configured for being brought into a contact with a skin surface of the subject. The device has at least one light source for illuminating the skin surface through the contact surface along an illumination source optical axis with illumination including at least one sensing wavelength, and at least one detector for detecting a response of said illumination at least at said wavelength, from the skin surface through the contact surface along a detector optical axis, and providing signals configured for determining said biological parameter based thereon, said illumination optical axis forming with said contact surface an acute included angle.

Abstract: Disclosed are a composite bio-parameter sensor assembly and a wearable device including same, for detecting vital signs of a subject person. The sensor assembly includes one or more sensors, mounted on an outer contact surface of the assembly, having a sensing surface to optically detect one or more parameters of a pulse of the subject. The sensor assembly further includes an additional sensor, facing an inner cavity of the assembly, for optically detecting displacement of the one or more outer sensors. The one or more sensors and the additional sensor are positioned on the opposite sides of a printed circuit board (PCB).

Abstract: Disclosed are methods, circuits, assemblies, devices, systems and associated machine executable code for biological sensing, wherein a composite bio-parameter sensor assembly, device, or system detects one or more biological parameters of a subject person, utilizing at least a first sensor, of a first sensor type and having a first sensing surface, to optically detect one or more parameters of a pulse of the subject, and a second sensor, of a second sensor type and having a second sensing surface substantially aligned with the first sensing surface, to electrically detect one or more parameters of a pulse of a subject.

Abstract: A generic input device built of Electro-optical camera, sensors, buttons and communication means, provides a measure for operating in absolute and/or relational mode, most software applications on many electronic platforms with display independent of the screen characters.

Abstract: A personal device is provided for measuring a training activity of a trainee having a body part which moves during this training activity, this movement at least partially defining said training activity. The device comprises a sensing unit adapted to repeatedly measure, during the training activity, parameters associated with the movement of the body part, and wherein the sensing unit comprising at least accelerometer means, a compass and, optimally, gyroscope means. The device further comprises means for attaching the sensing unit to the body part and a processor adapted to receive from the sensing unit the parameters and to calculate based thereon, data indicative of the training activity.

Abstract: The present invention provides a device and method for measuring the amount of milk supplied to a feeding infant. The device (10) comprises a cap (13) having a nipple-shaped region (10) with an inner surface (14) and an outer surface (16) and a duct (18) extending therebetween. The duct has an inlet (20) at the inner surface and an outlet (22) at the outer surface. The cap is adapted to be mounted on the nipple region of a woman's breast with the inner surface facing the woman's breast and to allow breast-milk to pass through the duct. The device further comprises a sensor (24) associated with the duct for measuring at least milk volume passing through the duct and providing data indicative of the volume.

Abstract: A personal device is provided for measuring a training activity of a trainee having a body part which moves during this training activity, this movement at least partially defining said training activity. The device comprises a sensing unit adapted to repeatedly measure, during the training activity, parameters associated with the movement of the body part, and wherein the sensing unit comprising at least accelerometer means, a compass and, optimally, gyroscope means. The device further comprises means for attaching the sensing unit to the body part and a processor adapted to receive from the sensing unit the parameters and to calculate based thereon, data indicative of the training activity.

Abstract: According to certain embodiments, there is provided a voice operated reminder system and method. In one embodiment, the system and method is configured to outputting a reminder message in accordance with a predefined rule. According to certain embodiments the system and method include, inter-alia, modules for speech processing, and reminding (including inter-alia database processing). In one embodiment, additionally or alternatively the system and method has location finding capabilities such as a global positioning system GPS receiver, and therefore the reminding module may allow location based reminders. In one embodiment, additionally or alternatively, the system and method include third party identification capabilities (for example caller id, SMS sender, and email sender) and therefore the reminding module may allow third party identification based reminders. In one embodiment, additionally or alternatively, the system and method include a timing module (e.g.

Abstract: A generic input device built of Electro-optical camera, sensors, buttons and communication means, provides a measure for operating in absolute and/or relational mode, most software applications on many electronic platforms with display independent of the screen characters.