Abstract: Electromagnetic interference (EMI) shields having attenuation interfaces are disclosed. A disclosed example EMI shield includes side walls defining sides of the EMI shield, and an attenuation interface to be placed into contact with a circuit board. The attenuation interface includes an inner perimeter having an EMI absorber and an outer perimeter having a metal backing to at least partially surround the EMI absorber.

Abstract: Electromagnetic interference (EMI) shields having attenuation interfaces are disclosed. A disclosed example EMI shield includes side walls defining sides of the EMI shield, and an attenuation interface to be placed into contact with a circuit board. The attenuation interface includes an inner perimeter having an EMI absorber and an outer perimeter having a metal backing to at least partially surround the EMI absorber.

Abstract: The invention relates to a device for use by medical professionals. The device comprises a chassis comprising a motherboard comprising a central processing unit; the motherboard further comprising at least one graphics and memory controller and at least one input/output controller, wherein the input/output controller communicates with at least one wireless device controller; and at least one wireless peripheral device configured to acquire medical data relating a vital sign of a patient and communicate the medical data via the wireless device controller. The device is characterized as a tablet-style personal computer having a sealed chassis that is resistant to liquid penetration, cleaning solvents, and contaminants. The chassis is formed from plastics, particularly injection molded polycarbonates, and includes a handle, a display screen, and a molded or sculpted recessed portion to receive at least one peripheral configured to obtain and wirelessly transmit medical data.

Abstract: A method and apparatus is disclosed for the customization of electronic equipment of which portable audio players, portable disc players, portable digital games and laptop computers are representative. The electronic equipment may be fitted with a substantially transparent faceplate that may cover removable inserts. These inserts may be customizable to provide unique decorative appearances to the electronic equipment upon which they may be fitted. Decorative designs may either be preprinted on the inserts or a user may produce a customized design.

Abstract: A plurality of particle size reference values are specified. Data are obtained based at least in part on the specified plurality of particle size reference values.