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Vibratory synchronization transmission (VST) is a kind of special physical phenomenon ininertia vibration mechanical systems. For an inertia vibration mechancal system driven by one pair ofmotors runs in step, even the power supply of one motor is cut off, the motor can continue to keeprotating state under the vibration exciting of the machine body driven by only one other motor. And itsrotating frequency will be the same as that of the other one. The transient process of this wonderfulphysical phenomenon has not been described quantitatively according to current-existing mechanicalmodels. On the basis of investigation of the engineering characteristics of VST, a mechanical and elec-trical coupling mathematical model of a two-shaft inertia vibration machine is established. With thismodel, the transient process of VST is recurred quantitatively and successfully, and a reasonable ex-planation is given.
Vibratory synchronization transmission (VST) is a kind of special of physical ininertia vibration mechanical systems. For an inertia vibration mechancal system driven by one pair of motors running in step, even the power supply of one motor is cut off, the motor can continue to keeprotating state under the vibration exciting of the machine body driven by only one other motor. And itsrotating frequency will be the same as that that of the other one. The transient process of this wonderful physical phenomenon has not been described quantitatively according to current-existing mechanical models. the basis of investigation of the engineering characteristics of VST, a mechanical and elec-trical coupling mathematical model of a two-shaft inertia vibration machine is established. With this model, the transient process of VST is recurred quantitatively and successfully, and a reasonable ex- planation is given.