Control part layout design and evaluation method and device and engineering machinery

Abstract

The invention provides a control part layout design and evaluation method and device, a control box, engineering machinery and a storage medium, and relates to the technical field of engineering machine.The method comprises the steps of generating constraint data, acquiring control sample data based on signal data, and acquiring control data based on the control sample data; and obtaining a control flow model corresponding to control pieces according to constraint data and control data, obtaining levels of the control pieces according to the constraint data and the control data, and generatinga control piece layout design scheme corresponding to specified areas according to the constraint data, control flow models and the levels of the control pieces. According to the method and device, the control box, the engineering machine and the storage medium, layout design can be conducted on the control pieces, meanwhile, the layout design scheme can be evaluated, effectiveness and comfort ofcontrol layout are guaranteed, and the beneficial effects of being simple, visual and effective for evaluation of the design scheme are achieved.

Description

technical field [0001] The present disclosure relates to the technical field of engineering machinery, and in particular to a layout design, evaluation method, device, control box, engineering machinery, and storage medium of a control member. Background technique [0002] There are many types of functions of construction machinery vehicles, and there are many corresponding functional control parts. The layout of the whole machine control parts composed of functional control parts occupies an important position in construction machinery vehicles. There is an important degree of correlation; the advantages and disadvantages of the layout of the control parts of the whole machine directly affect the safety, comfort and work efficiency of the operator during operation. For example, the aerial work platform is a construction machinery product used for mobile aerial work such as aerial work, equipment installation, and maintenance in various industries. The control of the aerial...

AI Technical Summary

Problems solved by technology

[0003] In the existing technical scheme for the layout of control parts of construction machinery vehicles, traditional layout forms such as personal experience and benchmarking are usually used for general optimization, and certain design guidelines are followed for the layout of control parts, which does not conform to the relevant principles of ergonomics , the layout of functional components does not take into account the requirements for operating comfort, the layout is not rational, and the operating comfort is not good; moreover, the layout of the operating components only makes simple validity judgments, and it is impossible to give simple and easy-to-understand modification suggestions intuitively, and it is difficult to evaluate each other. The advantages and disadvantages between, can not form the optimal layout plan

Images