Belt conveyer remote video maintenance auxiliary diagnosis system

Abstract

The invention discloses a belt conveyer remote video maintenance auxiliary diagnosis system comprising a server, a client side and an equipment management database. The server comprises a web server and a streaming media server. The client side comprises an industrial tablet computer, a macro-focus camera, a 3G network and a standby battery. The whole system is based on a B-S mode. The client side logs in the system through a browser and enters a conference room to request for remote assistance according to set permissions. Onsite equipment situations are acquired by the macro-focus camera and transmitted to the server through the 3G network, and videos are analyzed and equipment is diagnosed by the experts of the server side. The equipment management database provides data support for onsite detection and diagnosis. The web server is the medium of a user side for accessing to the database and the streaming media server. The streaming media server realizes a streaming media service between the Flash client side and the server. The belt conveyer remote video maintenance auxiliary diagnosis system is easy to operate and convenient to use, and interaction of the site and the diagnosis experts can be realized and resource sharing can also be realized.

Description

technical field [0001] The invention relates to a remote maintenance auxiliary diagnosis system for a belt conveyor, in particular to the establishment of a remote video diagnosis system and a fault knowledge tree. Background technique [0002] For the maintenance and diagnosis of belt conveyors, in the past, it mainly relied on relatively opposed detection and diagnosis equipment and existing test data, diagnosis and maintenance manuals and other software resources to complete the detection and maintenance work in a way of direct access. In this on-site diagnosis process, in addition to using the existing software diagnosis manual resources to compare and analyze the cause of the failure, all the operation process and conclusion processing can only be determined by the operator's own subjective judgment, without the effective help of anyone else. Especially with the development of science and technology, various faults of belt conveyors are inextricably linked, and this sub...

AI Technical Summary

Problems solved by technology

In this on-site diagnosis process, in addition to using the existing software diagnosis manual resources to compare and analyze the cause of the fault, all the operation process and conclusion processing can only be determined by the operator's own subjective judgment, without the effective help of anyone else

Especially with the development of science and technology, there are inextricably linked between various failures of belt conveyors. This subjective judgment method can no longer meet the needs of maintenance and diagnosis tasks.

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