Perception data acquisition and control system based on Internet of Things

Abstract

The invention discloses a perceptual data acquisition and control system based on the Internet of Things, the perceptual data acquisition and control system comprises a perceptual data acquisition module and a hidden control system, and the perceptual data acquisition module comprises an acquisition sensor and a monitoring system. The hidden control system exchanges information with the mobile terminal through the signal receiving and transmitting module, and the hidden control system shell controls the alarm to give an alarm. According to the sensing data acquisition and control system based on the Internet of Things, different ignition point positions in a vehicle body can be detected through a plurality of groups of uniformly distributed acquisition sensors; the controller controls the alarm to give an alarm, controls a panoramic camera of the monitoring system to work to shoot the fire condition in the automobile and transmits an image of the fire condition to the mobile terminal, so that an automobile owner can be connected with the fire condition in the automobile in real time, and the automobile owner can conveniently take proper rescue measures according to the fire behavior;a hidden box, a driving piece and a limiting piece are arranged, so that the controller is convenient to store and unfold.

Description

technical field [0001] The invention relates to the technical field of automobile data acquisition and control, in particular to a sensory data acquisition and control system based on the Internet of Things. Background technique [0002] The cabs of existing cars are generally equipped with on-board controllers, which are one of the important parts of the car and can be used for reversing, navigating, listening to music, reversing, etc., but most of the existing on-board controllers The display screen is directly embedded on the instrument panel of the car, and it cannot be hidden. On sunny days, the sun's rays will directly shine on the display screen, which will accelerate its aging speed and reduce its service life. It is impossible to detect the fire point and transmit the data to the car owner so that the car owner can take timely measures. Therefore, we propose a data acquisition and control system based on the Internet of Things perception to solve this problem. Con...

AI Technical Summary

Problems solved by technology

[0002] The cabs of existing cars are generally equipped with on-board controllers, which are one of the important parts of the car and can be used for reversing, navigating, listening to music, reversing, etc., but most of the existing on-board controllers The display screen is directly embedded on the instrument panel of the car, and it cannot be hidden. On sunny days, the sun's rays will directly shine on the display screen, which will accelerate its aging speed and reduce its service life. It is impossible to detect the fire point and transmit the data to the owner so that the owner can take timely measures. Therefore, we propose a data acquisition and control system based on the Internet of Things perception to solve this problem

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