Production and detection method for automobile electronic mark

Abstract

The invention relates to the field of production and detection, in particular to a production and detection method for an automobile electronic mark. According to the production and detection method, by real simulation of a use scene of the automobile electronic mark, that is the automobile electronic mark is attached to a windshield, detection equipment can both detect the side, with the automobile electronic mark, of the windshield, and detect the side, without the automobile electronic mark, of the windshield, and the use scene that a user sticks the automobile electronic mark on the side, communicated with a compartment, of the windshield or sticks the automobile electronic mark on the side, back on to the compartment, of the windshield is really simulated; through the detection for whether the performance of the automobile electronic mark meets the preset requirement on qualification under the two use scenes, the working performance of the automobile electronic mark can be detected more accurately, and the delivery quality of the automobile electronic mark is improved.

Description

technical field [0001] The invention relates to the field of production detection, in particular to a production detection method of an automobile electronic sign. Background technique [0002] In the field of urban intelligent transportation, UHF RFID automotive electronic identification has the technical characteristics of high-precision identification, high-accuracy collection, and high sensitivity. Installing automotive electronic identification on motor vehicles as the carrier of vehicle information and as the electronic ID card of vehicles has become the general trend in our country. At present, the country is actively promoting the application of vehicle license plates. [0003] When automotive electronic signs are mass-produced, their factory performance needs to be tested. The automotive electronic identification is attached to the front windshield of the vehicle, and the windshield will affect the working performance of the automotive electronic identification. H...

AI Technical Summary

Problems solved by technology

The automotive electronic identification is attached to the front windshield of the vehicle, and the windshield will affect the working performance of the automotive electronic identification

However, in the current ex-factory performance inspection, the automotive electronic identification is tested out of the windshield environment, and the real usage scenario is not simulated. The electronic sign is attached to the glass) but the electronic sign of the car cannot meet the use requirements, thus affecting the normal use of the electronic sign of the car

Therefore, there is a large deviation in the factory performance test of the current automotive electronic identification, and the test is not accurate.

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