초록 ▼

An improved positioning and data integrating process and system can substantially solve the problems encountered in system integration for personal hand-held applications, air, land, and water vehicles, wherein an integrated global positioning system/inertial measurement unit, enhanced with optional

An improved positioning and data integrating process and system can substantially solve the problems encountered in system integration for personal hand-held applications, air, land, and water vehicles, wherein an integrated global positioning system/inertial measurement unit, enhanced with optional other devices to derive user position, velocity, attitude, and body acceleration and rotation information, and distributes these data to other onboard systems, for example, in case of aircraft application, flight management system, flight control system, automatic dependent surveillance, cockpit display, enhanced ground proximity warning system, weather radar, and satellite communication system.

대표청구항 ▼

An improved positioning and data integrating process and system can substantially solve the problems encountered in system integration for personal hand-held applications, air, land, and water vehicles, wherein an integrated global positioning system/inertial measurement unit, enhanced with optional

An improved positioning and data integrating process and system can substantially solve the problems encountered in system integration for personal hand-held applications, air, land, and water vehicles, wherein an integrated global positioning system/inertial measurement unit, enhanced with optional other devices to derive user position, velocity, attitude, and body acceleration and rotation information, and distributes these data to other onboard systems, for example, in case of aircraft application, flight management system, flight control system, automatic dependent surveillance, cockpit display, enhanced ground proximity warning system, weather radar, and satellite communication system. scertained by means of an electrode in the lateral branch and an electrode in the septal branch can be compared with respect to their duration. 8. The cardioversion arrangement according to claim 7, wherein the comparison means compare the electrical signals ascertained by means of an electrode in the lateral branch and an electrode in the septal branch with respect to their regularity. 9. The cardioversion arrangement according to claim 6, wherein the comparison means compare the electrical signals ascertained by means of an electrode in the lateral branch and an electrode in the septal branch with respect to their isoelectric time duration. 10. The cardioversion arrangement according to claim 6, wherein the comparison means compare the electrical signals ascertained by means of an electrode in the lateral branch and an electrode in the septal branch with respect to their voltage rise or fall. 11. The cardioversion arrangement according to claim 6, wherein the comparison means compare the electrical signals ascertained by means of an electrode in the lateral branch and an electrode in the septal branch with respect to their morphology. 12. The cardioversion arrangement according to claim 1, wherein the control means simultaneously actuates the paired electrodes in bipolar fashion for receiving electrical signals between said electrodes, and further comp