Die casting deformation detection system with big data analysis

Abstract

The invention discloses a deformation variable detection system of a die casting with big data analysis, which is characterized in that it includes: a model building module, the model building module is used to obtain standard model data of the type of die casting to be detected, and complete the The construction of the data model corresponding to the standard model; the deformation initial inspection module, the deformation initial inspection module is used to conduct a preliminary inspection of the deformation of the die casting through the water capacity method and the detection of the local area of ​​the die casting, and judge the deformation of the die casting Whether deformation occurs. The present invention can not only automatically adjust the detection position according to the detection situation of the die casting, update the detection position in real time, but also use multiple detection methods to judge whether the deformation of the die casting occurs at the same time. Further detection, the detection method is not only efficient, but also accurate detection results.

Description

technical field [0001] The invention relates to the technical field of detection systems, in particular to a deformation detection system for die castings with big data analysis. Background technique [0002] With the development of computer technology, big data has gradually entered people's lives. By obtaining massive data for analysis, not only can we find some commonalities in the data itself, but also the commonalities of the analyzed data are universal and accurate. Applying big data to the detection of deformation of die castings can help people quickly realize the detection of deformed die castings, effectively saving labor and improving detection efficiency. However, the current detection technology for the deformation of die-casting parts is not perfect. Either the full inspection of the die-casting parts is performed directly, which is inefficient, or it is simply a random inspection of a designated part, which cannot be adjusted, which is relatively rigid. At the...

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Problems solved by technology

However, the current detection technology for the deformation of die-casting parts is not perfect. Either the full inspection of the die-casting parts is carried out directly, which is inefficient, or it is simply a random inspection of a designated part, which cannot be adjusted, which is relatively rigid. At the same time, the detection accuracy It has a shortpart

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