Dynamic parameter big data visual analysis system and method

Abstract

The invention relates to a dynamic parameter big data visual analysis system, which comprises a shape receiving device used for modifying the geometric shape of a laser beam currently emitted by a laser emission device based on the received current device shape; the area adjusting equipment is used for modifying the emission angle of the laser beam currently emitted by the laser emission equipment based on the received current device area; and the laser emission equipment is used for completing the action of removing the rust by adopting a mode of emitting laser to the device covered with the rust. The invention further relates to a dynamic parameter big data visual analysis method. According to the method, firstly, visual analysis is carried out on the geometrical shape of the device covered with the rust, so that the geometrical shape of the laser beam currently emitted by the laser emission equipment is adjusted based on the analysis result, and then visual analysis is carried out on the entity area of the device covered with the rust; and the emission angle of the laser beam currently emitted by the laser emission equipment is modified based on the analysis result, so that the originally limited laser resources are effectively saved.

Description

technical field [0001] The invention relates to the field of visual analysis, in particular to a dynamic parameter big data visual analysis system and method. Background technique [0002] Compared with the human eye, machine vision has many advantages, which are reflected in the objectivity and reliability, automation, efficiency, flexibility and high precision of machine vision. Machine vision has a wide range of application fields. At present, electronic manufacturing is the largest field of industrial vision application in China, and intelligent manufacturing will become the most extensive application blue ocean of machine vision, which is widely used in assembly positioning, product quality inspection, product identification, and product size measurement. etc. [0003] In the prior art, when a laser beam is used to perform a laser rust removal operation, in order to ensure complete rust removal of a device covered with rust, a wider laser emission field of view and a l...

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Problems solved by technology

[0003] In the prior art, when laser beams are used to perform laser descaling operations, in order to ensure complete descaling of rust-covered components, a wide laser emission field of view and a fixed-shaped laser beam are generally selected to cover each piece. On-site derusting operations are performed on rusty devices. Obviously, this derusting mode will inevitably lead to a waste of laser resources in areas where there are actually no devices.