Abstract: A collisions avoiding method for avoiding collisions between vehicles (10; 12) moving in a predetermined area (14), wherein said vehicles may include unmanned vehicles (10) and manned vehicles (12). The method includes storing a map covering at least said predetermined area, said map including possible routes used by said vehicles (10;12). Vehicles moving in said predetermined area continuously transfer data relating to their present positions to a collision avoidance calculation module (20). Also included is continuously predicting specific paths of vehicles based on present positions and possible routes of said vehicles (10;12), preventing collisions between vehicles (10;12) by continuously comparing said predicted paths and possible routes to detect overlapping positions of different vehicles (10; 12) and forwarding interrupting commands to vehicles (10;12) heading to an overlapping position.

Abstract: A collisions avoiding method for avoiding collisions between vehicles (10; 12) moving in a predetermined area (14), wherein said vehicles may include unmanned vehicles (10) and maimed vehicles (12). The method includes storing a map covering at least said predetermined area, said map including possible routes used by said vehicles (10;12). Vehicles moving in said predetermined area continuously transfer data relating to their present positions to a collision avoidance calculation module (20). Also included is continuously predicting specific paths of vehicles based on present positions and possible routes of said vehicles (10;12), preventing collisions between vehicles (10;12) by continuously comparing said predicted paths and possible routes to detect overlapping positions of different vehicles (10; 12) and forwarding interrupting commands to vehicles (10;12) heading to an overlapping position.

Abstract: An apparatus and method for a consistent and efficient way to seat dental prosthetics in any area of a patient's mouth is disclosed. The present invention comprises an apparatus and method to allow for easy and efficient seating of Dental Prosthetics by use of an inventive dental seater apparatus (“Dental Seater”). The present invention addresses all of the above mentioned deficiencies of the conventional methods. In particular, the present invention increases the predictability and utility of seating results by having the Dental Seater fabricated using preferred firm materials, including without limitation any of the currently used dental materials. In addition, the present invention can be used in any part of the mouth, and in either arch (maxilla or mandible), and with any currently used Dental Prosthetics.