A method and system for controlling the walking speed of an aerial work platform

Abstract

The invention discloses a method for controlling the walking speed of an aerial work platform, which includes: when the aerial work platform walks at a high-speed walking speed, acquiring walking data of the aerial work platform, wherein the walking data includes characteristic parameters of the engine of the aerial work platform and / or the horizontal angle of the road surface; judge whether the walking data meets the preset condition; if so, control the aerial work platform to walk at the climbing speed corresponding to the walking data. The invention avoids engine flameout, speed drop, or inability to climb uphill when the aerial work platform is climbing, improves the walking and climbing performance of the aerial work platform, improves the safety of the aerial work platform, and does not require operation Manual control by staff saves labor costs. The invention also discloses a control system for the walking speed of the high-altitude operation platform, which has the above beneficial effects.

Description

technical field [0001] The invention relates to the field of aerial work platforms, in particular to a method and system for controlling the walking speed of an aerial work platform. Background technique [0002] When walking on the aerial work platform, in order to ensure that the walking state and the working state of the engine are normal, it is necessary to monitor the walking speed of the aerial work platform. Usually, the aerial work platform adopts three-speed walking speed. One is the working walking speed in the working state. The second is the climbing speed in the closed state, and the third is the high-speed walking speed in the closed state. Generally, in the closed state, when the aerial work platform is walking on the flat ground, the high-speed walking speed is used, and the climbing walking speed is used when walking on the slope. Therefore, the walking speed needs to be completed before the aerial work platform enters the slope from the flat ground. to swi...

AI Technical Summary

Problems solved by technology

However, the existing technology has high requirements on the operator's operating ability. Before the aerial work platform enters the slope, if the operator does not switch the aerial work platform from high-speed walking speed to climbing walking speed in time, the aerial work platform may climb when climbing. There will be situations such as engine flameout, speed drop or failure to climb uphill, which will affect the working efficiency of the aerial work platform, and the labor cost will be high

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