Axle box structure with anti-skid and monitoring functions and used for railway vehicle

Abstract

The invention relates to an axle box structure with anti-skid and monitoring functions and used for a railway vehicle. The axle box structure comprises an axle box body installed at the axle end through a bearing in a sleeving mode, an axle box pressing cover fixed on the exterior of an axle end and a gear fixed on the outer end of the axle box pressing cover. A axle box cover is fixed at the outer end of the axle box body. A speed sensor installing connecting opening away from the center of a steering frame and a signal sensor installing connecting opening being close to the center of the steering frame are formed in the axle box cover. From the view of the axle end, an angle a facing downward is formed between the central line and the horizontal line of the speed sensor installing connecting opening, an angle b facing downward is formed between the central line and the horizontal line of the signal sensor installing connecting opening, the value range of a is 7-11 degrees, and the value range of b is 8.5-11.5 degrees. According to the axle box structure with the anti-skid and monitoring functions and used for the railway vehicle, the size of a matched position of an axle box cover labyrinth slot and the axle box body keeps unchanged, and a boss connecting opening for anti-skid equipment and a boss connecting opening for signal equipment are integrated on the axle box cover, so that the purpose that the anti-skid equipment and the signal equipment can be simultaneously installed on the axle box cover is achieved.

Description

technical field [0001] The invention relates to an axle box structure for an urban rail subway vehicle bogie, and belongs to the technical field of urban rail subway vehicle bogies. Background technique [0002] The bogie wheel-to-axle box system of urban rail subway vehicles is a very important system component of the bogie. Various other static and movement forces are exerted, and the forces are very complicated. The wheel-to-axle box system consists of a wheel set and an axle box device. The axle box device is responsible for collecting and transmitting data on the operation of the bogie. Therefore, the wheel-to-axle box system is one of the key components that affect the safety of vehicle operation. [0003] The existing axle box covers are divided into ordinary axle box covers, anti-skid axle box covers, and signal axle box covers according to the different axle end equipment. Technical requirements; in addition, the signal equipment is not compatible with general spe...

AI Technical Summary

Problems solved by technology

[0003] The existing axle box covers are divided into ordinary axle box covers, anti-skid axle box covers, and signal axle box covers according to the different axle end equipment. Technical requirements; in addition, the signal equipment is not compatible with general speed measuring gears, so a new structural product with anti-skid and monitoring is required

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