Fault diagnosis device for coal mine digging machine

Abstract

The invention provides a fault diagnosis device for coal mine digging machines, which comprises a multi-axis acceleration transducer, a filter circuit, a microprocessor, a CAN controller, a high-speed photo-coupler, a CAN bus transceiver, a CAN bus, a CAN adapter card, a processor, a wireless transceiver chip, an annular chip and matching network, wherein the filter circuit is connected with the multi-axis acceleration transducer, the microprocessor is connected with the filter circuit, the CAN controller is connected with the microprocessor, the high-speed photo-coupler is connected with the CAN controller, the CAN bus transceiver is connected with the high-speed photo-coupler, the CAN bus is connected with the CAN bus transceiver, the CAN adapter card is connected with the CAN bus, the processor is connected with the CAN adapter card, the wireless transceiver chip is connected with the processor, and the annular chip is connected with the wireless transceiver chip. The artificially controllable tail end is mainly composed of the wireless transceiver chip, the processor connected with the wireless transceiver chip, an MAX232 chip connected with the processor and a PC connected with the MAX232 chip. In the device of the invention, the multi-axis acceleration transducer technology is adopted to detect vibration signals on the digging machine site so as to diagnose faults of the digging machine, thereby being capable of reducing the breakdown rate and prolonging the service life of the digging machine.

Description

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AI Technical Summary

Benefits of technology

In this patented technology, there are two technical benefits that help improve the efficiency and safety of excavation machines during operations at various locations within their environment. Firstly, they use multiple sensors with different axes (moments) to monitor its health condition accurately without interrupting normal functioning. Secondly, these devices have a strong network connection making them suitable for long distance communications between remote points over wired networks like telecommunications lines. These features make extraction from difficult terrain faster than traditional methods while also ensuring safer operating conditions by reducing downtdown rates and improving maintenance costs associated with machine failure.

Problems solved by technology

This patented describes how complicated machines like roadsheets can be affected by external forces or environmental conditions causing them to break down overtime. These issues make accurate detection challenges even with advanced systems like Artificial Intelligence (AI) software tools trained against data from past experiences. However, this problem needs further investigation into its causes before making any significant changes during operation.

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