Abstract: In examples described herein, a patient monitoring device is configured to determine, based on signals received from signal acquisition devices, whether there is a mismatch among sensors connected to the signal acquisition devices. In some examples, each signal acquisition device is configured to communicate to the monitoring device what types of sensors are attached to the respective signal acquisition device. Additionally or alternatively, each signal acquisition device can determine whether there is a mismatch among the sensors connected to the signal acquisition device and send an indication of the match or mismatch to the monitoring device.

Abstract: An adaptive-alarm system and its uses in the context of medical devices, such as patient monitors, are described. In one embodiment, the monitor has a processor configured to receive and analyze an input relating to ambient sounds. The monitor may generate an alarm signal in response to physiological data that meets a defined requirement, such as a physiological alarm condition. The alarm signal that is generated by the monitor is substantially free of masking by the ambient sounds.

Abstract: Embodiments may include displaying a sparkline representing one or more physiological parameters measured by a patient monitoring system. The sparkline may be small and incorporated on a busy graphical user interface such as a ventilator display monitor. The sparkline may be utilized to display a baseline value in conjunction with a configurable amount of values, including, but not limited to a most recent or current value and prior values in order for a caregiver to interpret any differences at a glance. The sparkline may include a background area that represents a boundary and various aspects of the sparkline may be color-coded in order to indicate whether the boundary is exceeded. A channel indicator symbol may be included in the sparkline to indicate which channel is being monitored by the patient monitoring system. Further, the sparkline may be selectable in order to bring up more detailed information.

Abstract: A method and system are provided that virtually demonstrate the features of one or more products and allows users to interact with the one or more virtual products. In one embodiment, a product demonstration system may include a hand held device. The handheld device may include a display for displaying one or more products available from a supplier of the products. The handheld device may be configured to enable a user to simulate interaction with at least one product. The handheld device may also include a processor configured to receive a user input to manipulate at least one product of the products.

Abstract: An adaptive-alarm system and its uses in the context of medical devices, such as patient monitors, are described. In one embodiment, the monitor has a processor configured to receive and analyze an input relating to ambient sounds. The monitor may generate an alarm signal in response to physiological data that meets a defined requirement, such as a physiological alarm condition. The alarm signal that is generated by the monitor is substantially free of masking by the ambient sounds.

Abstract: Systems, methods and apparatus are disclosed for bonding a plurality of substrates via a solventless, curable adhesive. At least one of the substrates has a deformation temperature below the activation temperature of the adhesive. A workpiece is assembled from a plurality of substrates with the curable adhesive disposed therebetween. Pressure is applied to the workpiece and the workpiece is irradiated with variable frequency microwave energy. The workpiece is swept with at least one window of microwave frequencies selected to heat the adhesive without heating the substrates above their respective deformation temperatures.