Electric single-person-operated mobile lifting platform

Abstract

The invention discloses an electric single-person-operated mobile lifting platform and relates to the field of agricultural robots. The mobile lifting platform comprises an electric car, a lifting machine, an operating platform, mobile guard plates and an operating indication panel. The periphery of the operating platform is closed through the upper and lower guard plates and guardrails on three sides when the upper and lower foldable guard plates are folded, and the upper and lower guard plates are unfolded when being released and form a tilting surface on the ground, so that convenience is provided for an operator and articles to enter or exit from the operating platform. A working table is arranged on the operating platform, and the operating indication panel is embedded on one side of the working table, so that the operator can monitor the running state of equipment through the operating indication panel, control the lifting machine to lift the operating platform, and control the running speed and the steering direction of the electric car. Through the operating indication panel on the operating platform and the mobile guard plates, a single person can conveniently walk, perform the lifting operation, get on or off the platform, and carry out the article loading and unloading operation and the aerial operation. The mobile lifting platform is suitable for the aerial operations in the environments such as a warehouse, a workshop and the like at the same time.

Description

technical field

[0001] The invention relates to the field of agricultural robots, in particular to an electric mobile lifting operation platform. Background technique

[0002] In agricultural orchards and large-scale greenhouses, fruit picking, pruning, bagging and other operations often need to be carried out at a certain height. Manual climbing or operations with the help of supports are poor in safety and strength, and require frequent movement or moving , thus urgently need corresponding auxiliary equipment. The cost of large car lifts and other equipment widely used in fields such as wiring and street lamp maintenance is too high, and they are too bulky to enter orchards and greenhouses. At the same time, large-scale car lifts need to be driven and operated by different personnel, and labor cost control in agricultural production requires a single operator to operate. Therefore, the development of miniaturized, mobile single-person control type lifting equipment h...

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