Abrasive particle constraining device for particle force chain observation

Abstract

The invention relates to an abrasive particle constraining device for particle force chain observation, which comprises an upper transparent layer, a lower transparent layer and a controller module, and is characterized by further comprising a DTU module and a cloud server, wherein the controller module is connected with the DTU module, and the DTU module is wirelessly connected with the cloud server. The cloud server is internally provided with a virtual reality diagnosis and maintenance module, wherein the virtual reality diagnosis and maintenance module includes a fault database stored withfault information and an expert experience database stored with solutions corresponding to the fault information. Due to adoption of the technical scheme, the technicians need not to go to the site of the abrasive particle constraining device for particle force chain observation personally for troubleshooting in the case that there is no available network interface or Internet around for the abrasive particle constraining device for particle force chain observation, thereby realizing a function of remote maintenance for the abrasive particle constraining device for particle force chain observation.

Description

technical field [0001] The invention relates to the technical field of abrasive particle restraint devices used for observation of particle force chains, in particular to a maintenance system for abrasive particle restraint devices used for particle force chain observations. Background technique [0002] The existing wear particle restraint device for particle force chain observation cannot realize remote fault diagnosis when a fault occurs. Technical support personnel need to visit the site in person, digest it by themselves, and abstractly understand the operation status of the actual equipment and analyze the fault through the analysis of the brain. The reason is that the mental work load of technicians is greatly increased, the efficiency of troubleshooting problems is affected, and the response speed and service quality of after-sales service are reduced. Contents of the invention [0003] The object of the present invention is to provide a real-time remote maintenanc...

AI Technical Summary

Problems solved by technology

[0002] The existing wear particle restraint device for particle force chain observation cannot realize remote fault diagnosis when a fault occurs. Technical support personnel need to visit the site in person, digest it by themselves, and abstractly understand the operation status of the actual equipment and analyze the fault through the analysis of the brain. The reason is that the mental work load of technicians is greatly increased, the efficiency of troubleshooting problems is affected, and the response speed and service quality of after-sales service are reduced.

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