3results about How to "Realize automatic inspection" patented technology

The utility model relates to the technical field of electrical safety. The hydropower station inspection device comprises a guide assembly, a sliding mechanism, a base, a rotating assembly and a monitoring mechanism, the sliding mechanism is slidably connected with the guide assembly, the base is installed on the sliding mechanism, the rotating assembly is rotatably connected with the base, and the monitoring mechanism is installed on the rotating assembly; wherein the monitoring mechanism is used for monitoring the field working state of the hydropower station and collecting the field working state information. By integrating the guiding assembly, the sliding mechanism, the base, the rotating assembly and the monitoring mechanism, automatic inspection of hydropower station equipment is achieved, and the problems that in existing hydropower station equipment inspection, the inspection efficiency is low, data is inaccurate, potential safety hazards are large, and comprehensive and real-time monitoring is difficult to achieve due to the fact that manpower is relied on are solved.

The utility model relates to a wireless charging's robot dog unmanned vehicle, include: car and car body, car is established on the car body, and car and car body are integrated structure, the first laser radar is established in car body front end top, the lateral wall of car is hinged with the car side door, the tail door is hinged to the tail of car, the robot dog is placed in the car, the bottom of car is equipped with the charging panel, and the charging panel is located below the robot dog, the utility model has the advantages of: using unmanned vehicle to replace robot dog long distance walk, makes the inspection distance of robot dog to obtain the substantial increase, and cooperates the charging panel built -in in unmanned vehicle, realizes the automatic inspection, and robot dog can supplement the electric energy in time, improves the coherence and intelligent level of inspection operation, the car side door is pure mechanical structure, realizes when the equipment failure, can maintain the equipment, makes the equipment more safe outside routine maintenance.

This application discloses a wireless passive fiber optic sensing system, method, and automatic inspection system based on a laser crystal. The wireless passive fiber optic sensing system includes a light source module, a demodulation module, and a wireless passive fiber optic grating sensing module. The light source module and demodulation module are located at the active end, while the wireless passive fiber optic grating sensing module is located at the passive end. The light source module emits a first pump laser. The wireless passive fiber optic grating sensing module is placed on the object under test and wirelessly transmits both invisible light of a specific wavelength related to the measured physical quantity and an indicator laser in the visible light band back to the demodulation module. The demodulation module receives the reflected light from the wireless passive fiber optic grating sensing module and resolves the wavelength of the light to obtain the magnitude of the measured physical quantity on the wireless passive fiber optic grating sensing module. This application solves the problem of alignment difficulties caused by the invisible optical axis at the passive end by using laser crystal end-face pumping and dual visible light assistance, thereby improving alignment efficiency and reducing the dependence on mechanical adjustment precision.