Abstract: A system (100) implements a method for identifying vents (150) in a tire vulcanization mold (10) comprising one or more segments (10A) and an inner surface (10a) over which the vents are dispersed in order to allow corresponding valves (200) to be inserted therein. A method also implements the disclosed system (100).

Abstract: The method for automatically lacing tires from a group of tires in an unknown arrangement and for which a predetermined target location must be achieved is implemented by at least one processor comprising an image processing module that uses a positioning algorithm to select the optimal location of a target tire to be laced. A system for automatically lacing tires comprises at least one picking device, a detection system for collecting the information concerning the physical environment around each picking device, and a communication network comprising at least one communication server for executing programmed instructions stored in a memory of one or more processors of the lacing system that uses a positioning algorithm in order to implement the disclosed lacing method.

Abstract: A system (100) implements a method for identifying vents (150) in a tire vulcanization mold (10) comprising one or more segments (10A) and an inner surface (10a) over which the vents are dispersed in order to allow corresponding valves (200) to be inserted therein. A method also implements the disclosed system (100).