A process, establishing Bluetooth pairing between a patient sensor (1) and a patient monitor (2), includes docking energy contacts (3) of the patient sensor with charging contacts (4) of a charging device (5) for charging a battery (6) of the patient sensor with an automatic detection of docking of the patient sensor with the charging device by a monitor detection device (7) of the patient monitor. The patient monitor is brought into a state of readiness for establishing Bluetooth pairing with the patient sensor. Patient sensor and charging device docking is automatically detected by a sensor detection device (8) of the patient sensor. The patient sensor is brought into a state of readiness for establishing Bluetooth pairing with the patient monitor. Bluetooth pairing between the patient sensor and the patient monitor is automatically established. A patient monitor system (20) is configured for carrying out the process.

A person sensor system (1) includes a person sensor (2) to determine personal parameters of a person, a holding device (3) for holding the person sensor (2) on an article of clothing of the person in interaction with the person sensor (2) and a magnetic device (4) with a first magnetic device section (5) and with a second magnetic device section (6) for attracting each other by magnetic force. The first magnetic device section (5) is arranged at the person sensor (2) and the second magnetic device section (6) is arranged at the holding device (3). A magnetic field detection device (7) detects a magnetic field of the magnetic device (4). The person sensor system (1) is configured to set an operating state of the person sensor system (1) as a function of the magnetic field detected. A person monitoring system (28) includes the person sensor system (1).

A device for the continuous and real-time monitoring of bilirubin, comprises a housing that encloses a waterproof/splash proof body. The body comprises a bilirubin and temperature measuring module; a wearable biocompatible strap; a buckle; a display unit; a safety module; a learning module; a battery and charging unit; a switch; and a wireless connectivity facilitator. The bilirubin and temperature measuring module comprises: one or more light emitting sources; a microprocessor; one or more photodetectors; a filter; and an analogue to digital converter. The device can be configured to be mounted on a patient's wrist or any other body part like palm, earlobe, cheek, finger, forehead, and feet.

A system and method for fitting pacifiers and other implements to a particular child. One or more images of the child are used to determine anthropometric data that can be used to properly size a pacifier bulb and properly fit other implements.

The invention provides a system for alerting a second subject (e.g. a parent) based on a wellbeing state of a first subject (e.g. a child) when the first subject is sleeping in the same room as the second subject. An arrangement of sensors is used for sensing data from the first subject and a processor is configured to determine the presence of the first subject from the sensing data. Based on the first subject being present, the processor is further configured to determine the state of the first subject based on the sensing data from the arrangement of sensors and then determine whether to alert the second subject based on the state of the first subject. An alarm is provided for alerting the second subject.

A system and method of displaying neonatal health information are disclosed. In one aspect, the method includes receiving data characterizing a start of an APGAR timer; receiving a time value associated with a current time of the APGAR timer; receiving and displaying on an electronic display a plurality of time windows and a corresponding plurality of target values, each of the plurality of target values representing a predetermined blood oxygen threshold value in connection with a corresponding one of the plurality of time windows; receiving and displaying on an electronic display a measured blood oxygen level value; and highlighting, on the electronic display, a first of the plurality of target values and a corresponding first of the plurality of time windows when the time value associated with the current time of the APGAR timer reaches a first time value.

Systems, methods and devices for reducing noise in health monitoring including monitoring systems, methods and/or devices receiving a health signal and/or having at least one electrode or sensor for health monitoring.

A method for operating a security and/or automation system is described. A sensor may identify when a first person is in a sleep state. The sensor may detect a disturbance in the sleep state, and alert a second person when the detected disturbance satisfies one or more disturbance parameters.

A lancing device for infant with safety rotating and unlocking push-shooting button is provided. The push-shooting button is exposed and occupies two position attitudes. A first attitude is an insurance lock-out state that the push-shooting button is locked to avoid an undesired trigger before actuation, and a second attitude is a state that leaves away from the first one attitude where the push-shooting button is readily loaded to be launched. Under the insurance lock-out state, the push-shooting button is locked and moves only by a rotation. Firstly, the button is rotated and loaded to a to-be-launch state. Then, the button is pressed inwards and an edge lancing mechanism is actuated with a blade projecting from a lancing opening of the shell to cut and retract back into the shell. The whole blood collecting procedure is finished.

Attributes of a human or animal body are detected by the generation and detection of an electric field. A laminated membrane, connected to a control circuit, is placed over an electrically conductive ground-plane. An upper-mattress is placed above this for supporting a human or animal body. To improve the response of the detector, a response-enhancement-layer of a substantially electrically non-conducting compressible-material containing electrically-conductive-particles, such as carbon particles, is located between the laminated-membrane and the upper-mattress.