Vehicle delivery detection system

Abstract

The invention relates to a vehicle delivery detection system which comprises a bearing platform, a centering device, a wheel eyebrow detection device and a portal frame calibration device. The bearingplatform is used for bearing vehicle. The centering device is assembled on the bearing platform and used for centering and positioning the vehicle. The wheel eyebrow detection device is arranged adjacent to the bearing platform and used for detecting the wheel eyebrow height of the vehicle. The portal frame calibration device is arranged adjacent to the bearing platform and used for allowing a vehicle to pass through and calibrating the parameters of the vehicle. The vehicle is centered and positioned through the centering device, and it can be ensured that measurement errors caused by parking deviation of the position of the vehicle in the detection process can be avoided. The wheel eyebrow height of the vehicle is detected through the wheel eyebrow detection device, and then the heightof the vehicle body can be calculated. The parameters of the vehicle are calibrated through the portal frame calibration device, various instruments of the vehicle can be detected, and therefore it can be guaranteed that no quality problem occurs after the vehicle flows into the market.

Description

technical field [0001] The invention relates to the technical field of vehicle detection, in particular to a vehicle delivery detection system. Background technique [0002] With the continuous improvement of people's living standards, vehicles have widely entered people's lives and become the best means of transportation for people. After the vehicle is manufactured, it must pass the inspection before leaving the factory. The inspection before the vehicle leaves the factory is the final link of the vehicle leaving the factory. All indicators must pass the inspection before it can enter the market. [0003] In the prior art, before the vehicle is ready for detection, it needs to be parked at the location specified by the detection platform to start the detection. However, due to the artificial parking, there will be deviations in the position of the vehicle during the parking process. The most common conventional practice is to set marks on the detection platform correspond...

AI Technical Summary

Problems solved by technology

In the existing technology, the most common method is to directly measure the height of the wheel eyebrows manually through a measuring stick, and then calculate the height of the vehicle body. However, the numerical error measured by this method is relatively large, and the degree of automation and low efficiency

Most of the detection equipment required for various detection links such as the detection of vehicle blind spots, the detection of lane departure, and the detection of the body shape are installed on the gantry. During the detection process, the position of the detection equipment is easily restricted by the gantry. Automation The level is poor, and the best detection position cannot be adjusted in real time, resulting in low detection efficiency and low accuracy

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