Abstract: A sensor patch includes a housing configured to support a sensor, the housing including a surface configured to be disposed adjacent to skin of a subject, the surface including a pattern of microstructures defining protrusions and recesses, wherein the protrusions facilitate attachment of the housing to the skin of the subject.

Abstract: A health patch includes a non-conductive surface configured to be disposed adjacent to skin of a subject, the non-conductive surface including a pattern of non-conductive microstructures defming protrusions and recesses, wherein the protrusions facilitate attachment of the housing to the skin of the subject.

Abstract: A cardiac monitoring system includes: a plurality of wireless electrode patches, each of the patches including a sensor to detect a characteristic of a subject, a wireless transmitter to transmit a signal of the detected characteristic, and a power module to supply electricity to one or more of the sensor and transmitter; and a wireless receiver to communicate with each of the wireless electrode patches to receive the signal indicative of the detected characteristic.

Abstract: A health monitoring system includes a plurality of wireless electrode patches and a wireless receiver. Each of the wireless electrode patches includes a sensor configured to detect a medical characteristic of a subject, a wireless module configured to transmit a signal indicative of the detected medical characteristic, a power module configured to supply electrical energy to one or more of the sensor and the wireless module, and a housing configured to support an electrode. The housing includes a surface configured to be disposed adjacent to skin of a subject, the surface including a pattern of microstructures defining protrusions and recesses, wherein the protrusions facilitate attachment of the housing to the skin of the subject. The wireless receiver is configured to communicate with each of the wireless electrode patches to receive at least the signal indicative of the detected medical characteristic.

Abstract: The present disclosure relates to an overhead storage system that includes a storage volume (140) and an access panel (180) with a transparent window. This permits users to view the storage volume when the access panel is closed. The window is made from a clear polycarbonate material.

Abstract: A trim piece (40) for use with an inflatable vehicle occupant restraint (14) includes a deployment panel (42), a base (46), and a scrim (76). The deployment panel (42) covers the restraint (14) in the vehicle, and includes a deployment door (44), a hinge (102), and a door frame section (90) which surrounds the hinge (102) and the deployment door (44). The base (46) also surrounds the hinge (102) and the deployment door (44), and projects inward from the door frame section (90) to define a chute (48) through which the restraint (14) moves outward toward the deployment door (44). The scrim (76) is embedded in the deployment panel (42) and the base (46). The scrim (76) extends partially across the door frame section (90) toward the deployment door (44), extends inward from the door frame section (90) into the base (46), turns approximately 180.degree.