Remote sensing data quality inspection subsystem

Abstract

A remote sensing data quality inspection subsystem belongs to the technical field of quality examination, and comprises a remote sensing platform, a remote sensing detection wave emitter and a detection wave receiver; and the remote sensing wave emitter is connected with a detection module, the detection module comprises slag inclusion detection, crack detection, air hole detection, abrasion detection, scratch detection, deformation detection, dislocation detection and elongation detection, the detection module is connected with the detection wave receiver, and the detection wave receiver is connected with a damage data analysis module. Data are analyzed through the damage data analysis module, damage data are sent to a component quality inspector, components with a qualified result enter a next step, and unqualified components enter a return step or are directly discarded. The subsystem realizes fast formation of judgment through multi-dimensional, deep, rapid and safe detection of the damage degree of every metal component in order to provide convenience for next step work, and meets large-batch and streamline working of the components.

Description

technical field [0001] The invention belongs to the technical field of quality inspection, and relates to a remote sensing data quality inspection subsystem, in particular to a subsystem for metal parts quality inspection using remote sensing data. Background technique [0002] Remote sensing is the use of instruments sensitive to electromagnetic waves such as remote sensors to detect target objects and obtain their reflected, radiated or scattered electromagnetic wave information (such as electric field, magnetic field, electromagnetic wave, seismic wave, etc.) , and a science and technology for extraction, determination, processing, analysis and application. [0003] Remote sensing has the following advantages: large detection range, fast data acquisition, short period, less restrictions on ground conditions, many methods, and large amount of information obtained; not only can use visible light bands to detect objects, but also can use ultraviolet rays invisible to the hum...

AI Technical Summary

Problems solved by technology

[0004] The existing internal inspection of metal parts is usually carried out by surface flaw detectors or X-ray flaw detectors. , but there are certain restrictions on the materials to be detected. In addition, X-ray flaw detection equipment has certain dangers, and the operation requirements and procedures are extremely strict, so it is inconvenient to use

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