Intelligent lifting platform for electricity maintenance and using method thereof

Abstract

The invention discloses an intelligent lifting platform for electricity maintenance and a using method thereof. The intelligent lifting platform comprises a hydraulic system, an electric system, a base, a maintenance platform and a lifting device. Leveling devices are arranged on the base. A first-level lifting platform is located above the base and arranged on the leveling devices. The first-level lifting platform is provided with an acceleration meter and a gyroscope module which can measure inclination of the first-level lifting platform accurately. A controller controls four leveling hydraulic cylinders to act, so that the first-level lifting platform is in a horizontal state. A supporting device is arranged on the base. The lifting device is arranged on the first-level lifting platform. The maintenance platform is arranged on the lifting device. Sliding grooves for rolling wheels to slide therein are formed in the lower plane of the maintenance platform and the upper plane of the first-level lifting platform. The rolling wheels are arranged at the ends of scissor arms of the lifting device, the scissor arms slide to the middle from the two sides at the same time to enable the gravity center of the maintenance platform to be located in the middle of the base, the situation that due to unbalance loading, the maintenance platform topples can be prevented, and safety and reliability in the using process are ensured.

Description

technical field [0001] The invention relates to a lifting platform, in particular to an intelligent lifting platform suitable for electric power maintenance, and belongs to the technical field of electric power maintenance. Background technique [0002] When working on high maintenance points in the power industry, the traditional way is to use ladders to climb up or use foot buckles to climb utility poles. When using a ladder, another person needs to hold the ladder, which is not only inconvenient, but also not safe. , The space on the ladder is also limited, generally only one person can operate. Distribution overhead lines are prone to failures in rainy days, affecting users' daily power consumption and need to be repaired in time. In rainy days, utility poles are relatively slippery, and it is difficult for maintenance personnel to buckle them up with their feet. Use the lifting platform to send the maintenance personnel up; but the stability of the existing lifting pla...

AI Technical Summary

Problems solved by technology

[0002] When working on high maintenance points in the power industry, the traditional way is to use ladders to climb up or use foot buckles to climb utility poles. When using a ladder, another person needs to hold the ladder, which is not only inconvenient, but also not safe. , the space on the ladder is also limited, generally only one person can operate

Distribution overhead lines are prone to failures in rainy days, affecting users' daily power consumption and need to be repaired in time. In rainy days, utility poles are relatively slippery, and it is difficult for maintenance personnel to buckle them up with their feet. Use the lifting platform to send the maintenance personnel up; but the stability of the existing lifting platform needs to be improved, especially the site of the maintenance site rarely meets an ideal flat ground, and the existing lifting platform itself cannot level it It is difficult to adapt to uneven ground, and the platform will tilt after it is raised. In places where large car lifts and lift cars cannot enter, there are many potential safety hazards in using the existing lifting platform; In the prior art, the lifting platform mostly adopts the scissor type lifting device. The scissor arm is generally fixed at one end and the other end slides to the middle for lifting. This structure will make the center of gravity of the platform deviate from the center position. There is a safety hazard of overturning when the lifting height is high

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