Portable wireless automobile anti-collision system and data processing method

Abstract

The invention provides a portable wireless automobile anti-collision system and data processing method. The system comprises a wireless radar component, a wireless photographing component and a solar cell component which are fixed at the external part of a vehicle body through magnetic force, and a signal switch, a central controller, a memory, a voice alerter and a display screen which are fixed in a driving cabin. The wireless radar component and the wireless photographing component are wirelessly connected with the central controller via the signal switch. A driver transmits a command via the display screen. The central controller invokes the wireless radar component and the wireless photographing component to monitor and photograph the voice alerter according to the command and performs video frame display and voice alarm via the display screen and the voice alerter. The wireless radar component and the wireless photographing component are arranged on the vehicle body in a connection mode through magnetic force so that the wireless radar component and the wireless photographing component can be rapidly detached, carrying is convenient, the anti-collision system is particularly suitable for being installed on large vehicles with trailers, multipoint detection can be adopted, and the probability of collision of the vehicle with pedestrians or obstacles can be reduced to the largest extent. The anti-collision system is rapid in response, and barrier detection accuracy of the system is enhanced.

Description

technical field [0001] The invention mainly relates to the technical field of automobile radar monitoring, in particular to a portable wireless automobile collision avoidance system and a data processing method. Background technique [0002] The working process of the currently used car reversing image and radar system is roughly as follows: First, the reversing camera and radar are activated through the gear lever, and the rear video signal is transmitted to the driver's display screen through the pre-installed wired circuit, and the driver can observe In the rear of the vehicle, when the radar detects an obstacle, it will send out an electrical signal, which will be transmitted to the driver's audio system through the pre-installed wired circuit, and a warning sound will be generated to remind the driver; [0003] The above-mentioned technology solves the problem that the driver cannot observe the rear of the car and cause an accident when reversing, but has the following ...

AI Technical Summary

Problems solved by technology

[0003] The above-mentioned technology solves the problem that the driver cannot observe the rear of the car and cause an accident when reversing, but has the following defects: 1. It must be installed with cables; 2. It cannot be disassembled and transferred; 3. For large vehicles, due to the excessive turning radius, When turning, there will be blind spots on the side of the vehicle, which may easily cause accidents

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