Remote address coding type multi-probe ultrasonic parking space monitoring device and method

Abstract

The invention discloses a remote address coding type multi-probe ultrasonic parking space monitoring device and a remote address coding type multi-probe ultrasonic parking space monitoring method. The remote address coding type multi-probe ultrasonic parking space monitoring device comprises a processor, two ultrasonic emission modules, an ultrasonic receiving module and an infrared ray coding module, wherein the processor is arranged on a hemispherical shell; the two ultrasonic emission modules are respectively in communication with the process and comprise two ultrasonic emission probes of which wave beam angles are 60 degrees; the ultrasonic receiving module is in communication with the processor and comprises an ultrasonic receiving probe of which the wave beam angle is 60 degrees; the two ultrasonic emission probes and the ultrasonic receiving probe are distributed in a reserved triangular shape, and the two ultrasonic emission probes are arranged up and down; the infrared ray coding module is used for receiving an infrared ray signal and carrying out address coding setting according to parking space monitoring space requirements of different parking lots through changing operation codes.

Description

technical field [0001] The invention relates to a parking space monitoring device, in particular to a remote address coding type multi-probe ultrasonic parking space monitoring device and method. It belongs to the technical field of ultrasonic monitoring. Background technique [0002] During peak seasons, the parking space in the parking lot is always in short supply, and new vehicles in the parking lot seem to be at a loss as to what to do. This aimless search for parking spaces not only causes a waste of time, but also leads to a series of problems: traffic becomes more congested, drivers become more irritable, and the exhaust emissions from vehicles continue to pollute the environment. One of the reasons for this situation is that there is no simple, efficient and reliable monitoring device for parking spaces in the parking lot. [0003] Existing ultrasonic monitoring devices mostly use dual probes, that is, one sends ultrasonic signals and the other receives ultrasonic...

AI Technical Summary

Problems solved by technology

This kind of aimless search for parking spaces not only wastes time, but also causes a series of problems: traffic becomes more congested, drivers become more irritable, vehicle exhaust continues to pollute the environment, etc.

At present, this technology has inconvenience and shortcomings: the success rate of monitoring needs to be improved; manual dialing to set the address is troublesome and the number of addresses is limited by the number of dial switches

Images