Abstract: A method for mixing a compound in a closed-batch mixer includes predetermining a minimum temperature of a mixer body for starting a mixing cycle; predetermining a preheating temperature for a thermal-regulation system of the mixer as a first set point; predetermining a working temperature for the system as a second set point; predetermining a thermal-hysteresis value of the mixer body; predetermining a first temperature of the mixer body for switching the system from the first to the second set point; predetermining a second temperature of the mixer body for switching the system from the second to the first set point; directly measuring mixer-body temperature using continuous, real-time measurement; comparing the mixer-body temperature to the first and second temperatures; and switching the system from the first to the second set point or from the second to the first set point, if required, as a result of the comparison.

Abstract: A method for mixing a compound in a closed-batch mixer includes predetermining a minimum temperature of a mixer body for starting a mixing cycle; predetermining a preheating temperature for a thermal-regulation system of the mixer as a first set point; predetermining a working temperature for the system as a second set point; predetermining a thermal-hysteresis value of the mixer body; predetermining a first temperature of the mixer body for switching the system from the first to the second set point; predetermining a second temperature of the mixer body for switching the system from the second to the first set point; directly measuring mixer-body temperature using continuous, real-time measurement; comparing the mixer-body temperature to the first and second temperatures; and switching the system from the first to the second set point or from the second to the first set point, if required, as a result of the comparison.

Abstract: A method for mixing a compound in a closed-batch mixer includes predetermining a minimum temperature of a mixer body for starting a mixing cycle; predetermining a preheating temperature for a thermal-regulation system of the mixer as a first set point; predetermining a working temperature for the system as a second set point; predetermining a thermal-hysteresis value of the mixer body; predetermining a first temperature of the mixer body for switching the system from the first to the second set point; predetermining a second temperature of the mixer body for switching the system from the second to the first set point; directly measuring mixer-body temperature using continuous, real-time measurement; comparing the mixer-body temperature to the first and second temperatures; and switching the system from the first to the second set point or from the second to the first set point, if required, as a result of the comparison.

Abstract: A method for mixing a compound in a closed-batch mixer includes predetermining a minimum temperature of a mixer body for starting a mixing cycle; predetermining a preheating temperature for a thermal-regulation system of the mixer as a first set point; predetermining a working temperature for the system as a second set point; predetermining a thermal-hysteresis value of the mixer body; predetermining a first temperature of the mixer body for switching the system from the first to the second set point; predetermining a second temperature of the mixer body for switching the system from the second to the first set point; directly measuring mixer-body temperature using continuous, real-time measurement; comparing the mixer-body temperature to the first and second temperatures; and switching the system from the first to the second set point or from the second to the first set point, if required, as a result of the comparison.

Abstract: A method for processing a rubber mixture or compound for tire manufacturing includes the steps of determining variation tolerances with respect to reference values for process parameters, detecting values of the process parameters, comparing detected values of the process parameters with the reference values and the variation tolerances, attributing an evaluation to a semi-finished product depending on compliance or noncompliance of the detected values with the reference values and the variation tolerances, classifying the semi-finished product on a basis of the attributed evaluation, and establishing successive steps for processing the semi-finished product depending on the classification of the semi-finished product. The processing includes at least a mixing cycle and an extrusion cycle for obtaining the semi-finished product. The cycles are controlled by the process parameters detected during execution of the cycles.

Abstract: A method for processing a rubber mixture or compound for tire manufacturing includes the steps of determining variation tolerances with respect to reference values for process parameters, detecting values of the process parameters, comparing detected values of the process parameters with the reference values and the variation tolerances, attributing an evaluation to a semi-finished product depending on compliance or noncompliance of the detected values with the reference values and the variation tolerances, classifying the semi-finished product on a basis of the attributed evaluation, and establishing successive steps for processing the semi-finished product depending on the classification of the semi-finished product. The processing includes at least a mixing cycle and an extrusion cycle for obtaining the semi-finished product. The cycles are controlled by the process parameters detected during execution of the cycles.