Intelligent actuator

Abstract

The invention discloses an intelligent actuator. The intelligent actuator comprises an actuator upper cover, a central processing unit, a vibration sensor and an execution component, wherein the vibration sensor and the execution component are separately connected with the central processing unit. The vibration sensor is installed on the actuator upper cover, the central processing unit comprisesa logic judgment module, and the logic judgment module is used for analyzing an induction signal of a vehicle body and controlling and driving the execution component to execute corresponding actionsaccording to an analysis result and is further used for analyzing an abnormal induction signal and outputting abnormal information. According to the intelligent actuator, an intelligent control function of the actuator is realized, more convenient, free and diversified human-vehicle interaction is realized without manual key-press control, an internal abnormality diagnosis function is realized, the actuator can be maintained in time, and danger is avoided.

Description

technical field [0001] The invention relates to the field of actuators, in particular to an intelligent actuator suitable for automobiles. Background technique [0002] Traditional sensors can only receive signals and transmit them to users, but cannot make corresponding feedback actions, such as vibration sensing technology, which can sense external vibrations and convert them into digital signal processing; [0003] Traditional actuators also need to have corresponding physical or virtual buttons on the car to be driven. That is, after receiving artificial control signals, the existing automobile actuators need to be manually operated to issue instructions to drive the actuators to move through the motor. Space, and the function is single, and the operation is rigid; [0004] In addition, traditional automotive actuators are still unable to monitor and judge the movement of internal parts of the car, such as abnormal movement of gears, actuators, pumps, and motors; [00...

AI Technical Summary

Problems solved by technology

[0002] Traditional sensors can only receive signals and transmit them to users, but cannot make corresponding feedback actions, such as vibration sensing technology, which can sense external vibrations and convert them into digital signal processing;

[0003] Traditional actuators also need to have corresponding physical or virtual buttons on the car to be driven. That is, after receiving artificial control signals, the existing automobile actuators need to be manually operated to issue instructions to drive the actuators to move through the motor. Space, and the function is single, and the operation is rigid;

[0004] In addition, traditional automotive actuators are still unable to monitor and judge the movement of internal parts of the car, such as abnormal movement of gears, actuators, pumps, and motors;

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