Fxb Co., Ltd.

1, to understand the structure of escalators, tightening device, rungs, ladder rails, armrest straps, traction chain, comb plate, drive device and other major components name and role. 2, to understand the role of escalator installation protection device, installation position includes: traction chain break protection device, armrest belt entrance safety protection device, ladder subsidence protection device, drive chain break protection device, armrest belt break protection device, brake, mechanical locking device. 3, escalator basic safety operation and use; 4, rung disassembly operation; 5, comb plate adjustment; 6, comb cutting edge plate adjustment; 7, armrest belt tension adjustment; 8, the adjustment of the ladder chain tension; 9, the adjustment of the drive chain; 10, ladder anti-reversal mechanical experiments; 11, upper and lower traction chain safety experiment 12, host chain safety experiment

Product features; 1. The inertial combination navigation system practical training platform contains inertial guidance host, satellite antenna (2), RF connecting line (2), inertial guidance attitude simulation device. It can realize the functions of GPS static measurement and data processing, basic structure of GNSS-RTK system, benchmark position selection erection and input setting of relevant parameters. Practical training program: 1. Installation and physical calibration of inertial navigation. 2.GPS software calibration. 3. Position data information raw data processing and analysis. 4.Learning equipment attitude change through visualization software. 5.Navigation mode configuration.

Product Features; 1. The training platform contains ultrasonic radar (8), low-speed collision controller, millimeter-wave radar radar sensor (77HZ), CAN analyzer. Millimeter-wave radar and ultrasonic radar system can realize the installation and adjustment of practical training, as well as installation and adjustment of the data after the completion of the preservation and analysis. Through the interface free switching can view the ultrasonic and millimeter wave radar detected obstacle information. Practical training program: 1. millimeter wave radar collected obstacle information data analysis. 2. millimeter-wave radar scanned obstacle coordinate system analysis. 3. Ultrasonic radar data information processing.

I. Product features; 1.The LiDAR practical training platform contains three different types of radar: 16-line LiDAR, solid-state LiDAR and single-line LiDAR, which is convenient for the trainees to analyze the point cloud data and principle of the three types of LiDAR. It can realize the functions of teaching the principle of LiDAR, installing and calibrating, and analyzing the data of detection targets. Practical training program: 1. Lidar sensor installation and calibration. 2. Lidar sensor mechanism and principle teaching. 3.Lidar sensor fault setting and troubleshooting. 4.Learning the principle and difference of three kinds of LiDAR through visualization software. Data analysis and processing of obstacle information.

Product Function; 1. Binocular camera practical training platform contains binocular camera assembly, speed simulation device, moving target, alarm device, through the upper computer software to complete the FCW, LDW, HMW and other auxiliary driving functions and auditory system, visual system alarm and other functions. Practical training program: 1. Complete camera detection, communication configuration, camera calibration, attitude learning, warning learning, etc. through camera installation tools. 2. Learning calibration of binocular camera through moving target. 3. Real-time running results of lane lines and obstacles can be viewed through the camera demonstration interface. 4. Camera collision warning function through simulated vehicle speed detection. 5. Image acquisition and analysis.

I. Product Function 1. The wire-controlled chassis practical training platform is mainly composed of three major systems, i.e. the power system, brake system and steering system, which is in line with the standard of L6e light tram regulation, and completes the wire-control simulation of wire-control steering, wire-control braking, and wire-control driving system through the visualization software. Trainees can input fixed commands to control the work of the relevant systems as a way to learn the principle of the wire-controlled chassis system. Practical training program: 1. Read and control the working status of the three major systems through the OBD special diagnostic interface. 2. Detect the control logic of the wire control system. 3. Initialize and calibrate the steering system through the special calibration software. 4. Read the steering information and command writing through CAN interface, read the gear system and command writing. 5. Wire control chassis program writing and fault analysis 6. Analyze and collect system chassis system voltage and waveform through IOT control system.