Driving training robot double-sided detection equipment

Abstract

The invention relates to the technical field of driving training robots, in particular to driving training robot double-sided detection equipment which comprises a supporting plate, fixed plates and a base. The bottom face of the supporting plate is provided with two suction cups used for being sucked to the surface of a vehicle body, and the top face of the supporting plate is provided with the two fixed plates. A clamping plate and a reset spring which are used for clamping the base are arranged in the fixed plate. According to the invention, the binocular camera can be placed at any position on the surface of the vehicle body by arranging the sucker on the bottom surface of the supporting plate, the rotating handle and the roller are arranged in the middle of the supporting plate, and the sucker can be lifted by rotating the rotating handle so that the sucker is separated from the surface of the vehicle body; The surface of the vehicle body is avoided from being scratched. The fixing mode is easy to operate, is suitable for the specific occasions, and is beneficial to smooth detection work of detection personnel.

Description

technical field [0001] The invention relates to the technical field of driving training robots, in particular to a double-sided detection device for driving training robots. Background technique [0002] With the acceleration of social development, more and more people buy cars, use cars and learn to drive. However, in the face of the increase in the number of people learning to drive, it is difficult to increase the number of excellent driving trainers. This has also led to the shortage of driving training. The price is increasing day by day, and the quality of driving training that students can get can not be effectively improved. Faced with this situation, driving training robots have emerged as the times require. Driving training robots are not just robots that look like people. A set of teaching system for training students' driving skills, which collects the external information of the vehicle through the double-sided detection equipment (binocular camera) and position...

AI Technical Summary

Problems solved by technology

[0003] The information collected by the driving training robot through the binocular camera provides the most detailed guidance for the correction of the vehicle orientation. It can detect the obstacle information in front of the vehicle. When the car is in the reversing state, it cannot detect the obstacle information behind the vehicle. It is necessary to install a binocular camera on the rear windshield to complete the information collection at the rear, resulting in resource constraints. waste. In addition, since the current driving training robot industry is still in the stage of rapid development, the testing of many data is also advancing steadily. The existing binocular camera cannot flexibly change its position on the car body surface. When it is necessary to test different When the double-sided detection equipment is located in different positions of the vehicle and affects the detection accuracy, it is difficult to install and disassemble, which increases the difficulty of the testing work of the staff

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