Multi-motor time control system and control method therefor

Abstract

The invention provides a multi-motor time control system and a control method therefor. The system comprises an event occurrence module, a control module, a signal selection module, a motor module, a drive module and a time delay module, wherein the event occurrence module is used for sending out information corresponding to a trigger event; the control module is used for analyzing event information corresponding to the event; the signal selection module is used for selecting vibration information required by the event; the motor module comprises a plurality of motors; the drive module is used for driving the motor module to vibrate; the control module is also used for judging whether the vibration information needs to be delayed or not; the time delay module is used for transmitting the vibration information to the drive module in a delaying manner when the vibration information needs to be delayed, so as to drive the motor module to vibrate in the delaying manner; and when the vibration information does not need to be delayed, the vibration information is transmitted to the drive module, so as to drive the motor module to vibrate. The multi-motor time control system provided by the invention can control the plurality of motors to vibrate in a right order according to specific event requirements.

Description

【Technical field】 [0001] The invention relates to a motor, in particular to a multi-motor time control system and a control method thereof. 【Background technique】 [0002] The vibration function has become an indispensable function in mobile electronic devices. The vibration function of mobile electronic devices is realized by a vibration motor. It is more common to use a vibration motor to realize the corresponding vibration function. As people have higher and higher requirements on mobile electronic devices, it has become more and more common for multiple motors to be used in the same mobile electronic device. The ensuing problem is how to effectively allocate the time sequence so that multiple motors can work in a certain order, and even produce some rich effects. [0003] There is basically only one motor on the existing electronic equipment, and there is no need to consider the working order of multiple motors. But for mobile electronic devices with multiple vibrating...

AI Technical Summary

Problems solved by technology

But for mobile electronic devices with multiple vibrating motors, different operating sequences of the motors cannot be achieved with a simple system

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