Battery power type four-head abrasive belt steel rail grinding wagon

Abstract

The invention provides a battery power type four-head abrasive belt steel rail grinding wagon comprising a battery power system, an electrical and control system, abrasive belt grinding units, a walking component, dust collecting systems and a main body frame. The walking component walks on a steel rail; the main body frame and the walking component are connected into one; and the electrical and control system and the abrasive belt grinding unit are installed on the main body frame. The battery power system provides electric energy for the whole vehicle. Two sets of abrasive belt grinding units are arranged on one side of each steel rail, and the abrasive belt grinding units are used for realizing vertical, horizontal and deflection movement needed by profile grinding of the steel rails. The two dust collecting systems are arranged at the front end and the rear end of the grinding wagon correspondingly. According to the invention, the efficient operation is achieved through the four-head abrasive belt; the grinding wagon can be suitable for various working conditions with high flexibility; a battery cell is adopted to provide all power energy, and the operation process is energy-saving and environment-friendly; multiple functions of an efficient dust collection system, soft linkage operation and the like are integrated into a whole, and functional integrity construction operation equipment is formed.

Description

technical field [0001] The invention relates to the technical field of rail grinding, in particular to a battery-powered four-head abrasive belt rail grinding vehicle. Background technique [0002] With the rapid development of my country's rail transit industry, the mileage of rail laying is increasing year by year, and the weight and traffic density of trains are also increasing. The wheelset repeatedly rolls the rails for a long time, which will lead to wavy wear, fat edge, falling blocks, etc. on the rail surface. Various forms of disease such as ichthyosis and joint collapse. If the above-mentioned rail defects cannot be removed in time, it will affect the stability of the train operation, cause the train to vibrate vertically or laterally, and even cause major accidents such as train derailment. [0003] Rail grinding has become the only effective technology that can remove rail defects globally. Grinding tools are used to remove the diseased layer material of rails, s...

AI Technical Summary

Problems solved by technology

[0005] (1) Most grinding equipment uses internal combustion engines as energy supply devices. During the operation, the noise is loud, the cost of energy consumption is high, and the environment is polluted, especially when working in tunnels, the smoke pollution is the most obvious;

[0006] (2) The application characteristics of large and small grinding equipment are clearly polarized. The purchase and maintenance of large grinding equipment is expensive, bulky, and poor in flexibility; small grinding equipment needs to be manually carried up and down the road, the operating efficiency is low, and the quality of the work is overly dependent on manual experience.

[0007] (3) Limited by the grinding method, most of the grinding equipment currently does not form a complete functional integration. Generally, after the grinding construction, manual or other devices are required to complete the collection of grinding debris, which also directly restricts the efficiency of rail grinding operations.

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