Abstract:
It is possible to provide a sense of realism that a user actually faces a communication partner and to accurately and simply transmit information. In information display system (5), first display panel (21) displays a face and a part of an upper body of an operator op captured by third camera (63) and second display panel (22) displays hands of operator op captured by fourth camera (64) in information display terminal (10). In information provision terminal (50), third display panel (53) displays a face of the user captured by first camera (31), and fourth display panel (54) displays hands of the user captured by second camera (32).
Abstract:
A method, system, and apparatus to scan coupons are described. A first visual code of a plurality of visual codes to be scanned may be displayed on an electronic screen. A scan signal indicating that the first visual code was scanned may be detected. Another of the plurality of visual codes may be displayed on the electronic screen in response to detecting the scan signal.
Abstract:
An infusion pump system includes an infusion channel, and a display associated with the infusion channel. The display is for rendering a scannable barcode.
Abstract:
An optical code scanner (130) is presented that includes multiple scanning windows (220, 235, 365) for reading an optical code where each scanning window (220, 235, 365) can be optimized for reading optical codes presented in either printed or electronic form. The optical code scanner (130) supports multiple scanning modes where each scanning mode is based on a different method of reading optical codes and each method offers different advantages. Each of the multiple scanning windows (220, 235, 365) is assigned to use one of the scanning modes. The scanning mode for a window (220, 235, 365) can also be reassigned at any time to a different mode.
Abstract:
An apparatus for, and method of, imaging printed and electronic codes associated with transactions or objects to be processed, support a window on a housing, illuminate the codes through the window with illumination light from an energizable illumination system, capture return illumination light from the illuminated codes through the window with an array of light sensors looking at a field of view of a solid-state, exposable imager, and process the captured return illumination light. A printed code is read by exposing the imager for a first exposure time and by also energizing the illumination system during the first exposure time. An electronic code is read by exposing the imager for a second exposure time that is longer than the first exposure time and by also deenergizing the illumination system during the second exposure time.
Abstract:
Methods are disclosed for performing an update to a biometric access system. An instruction is received at a handheld device defining the update. An encoded signal is generated from the instruction to be transmitted to a biometric terminal from the handheld device. An acknowledgment is received from the biometric terminal at the handheld device that the encoded signal has been received and acted upon. Update information is transmitted from the handheld device over a network to a server to record the update.