Electronic control system for mining anti-explosion electronic injection diesel locomotive

Abstract

The invention provides an electronic control system for a mining anti-explosion electronic injection diesel locomotive. The electronic control system comprises a diesel locomotive safety protection module, an engine fuel oil injection control module, a power supply control module and a peripheral electrical control module. The power supply control module provides a power supply for the diesel locomotive safety protection module, the engine fuel oil injection control module and the peripheral electrical control module. The engine fuel oil injection control module comprises a diesel engine working condition collecting unit, an actuator and an anti-explosion electric control box. The diesel locomotive safety protection module comprises a safety data collecting unit, a power supply controller, a display unit and a wireless communication unit. An electronic injection diesel engine is used under a mine, the engine can obviously lower emissions and improve operating economical efficiency, and a positive promotion effect on energy conservation, emission reduction and health is achieved. An electronic control unit (ECU) is arranged inside the anti-explosion electric control box. The ECU reasonably controls the oil injection and power output of the engine according to actual working conditions and loads, and thus the economic performance and emission performance are improved.

Description

technical field [0001] The invention relates to the technical field of explosion-proof electronic injection diesel locomotive control, in particular to an electronic control system for a mining explosion-proof electronic injection diesel locomotive. Background technique [0002] The mine explosion-proof vehicle is a trackless auxiliary transport vehicle used in the dangerous environment of the coal mine, which is responsible for the transportation of electromechanical equipment, tools and consumables, and personnel in the coal mine. Because of its efficient and fast transportation mode, it is widely used in auxiliary transportation of modern coal mines. (In the 1950s, some major coal mining countries in the world began to carry out mechanized design of auxiliary transportation, and it was first applied to auxiliary transportation of gold mines in North America. By the 1970s and 1980s, countries successively established trackless auxiliary transportation systems, and the prod...

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Problems solved by technology

At present, there is no other domestic institution engaged in the development of electronic control systems for explosion-proof vehicles based on EFI engines. Domestic explosion-proof vehicles for mining use mechanical pump engines, and the electronic control systems that cooperate with them mainly realize the six major safety protections of coal mines and some Vehicle information display function

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