Heavy tank truck jump track reset method

Abstract

The invention discloses a heavy tank truck skip resetting method. The heavy tank truck skip resetting method can achieve quick resetting after a heavy tank truck skips. The heavy tank truck skip resetting method includes the following steps that firstly, a guide plate is manufactured, and the inclination angle alpha generated in the installation process of the guide plate is calculated; secondly, a jacking-up device is installed between the position, on the skip side of the heavy tank truck, of a truck frame and a foundation; thirdly, the jacking-up device is started to jack up the skip side of the heavy tank truck till the lower edge of a wheel on the skip side of the heavy tank truck exceeds the upper surface of a rail by H mm, wherein H is larger than the thickness of the guide plate; fourthly, an inclination angle adjuster corresponding to the inclination angle alpha of the guide plate and a cushion plate are installed; fifthly, a connection relationship between the jacking-up device and the truck frame is relieved; and sixthly, the heavy tank truck is started and the wheel is reset. By the adoption of the heavy tank truck skip resetting method, the skip wheel can be quickly reset, production is restored, and following production smooth conduction is guaranteed; and meanwhile operation is easy, the work intensity is relatively low, and the labor input is relatively small.

Description

technical field [0001] The invention relates to the field of molten iron transportation in the metallurgical industry, in particular to a method for resetting heavy tank trucks when skipping lanes. Background technique [0002] Known: At present, molten iron desulfurization and oxygen top-blown converter steelmaking processes are generally used in the metallurgical industry. Among them, the transportation of molten iron is realized by ground vehicles; namely: [0003] The molten iron is transported by ground vehicles to the desulfurization station for desulfurization treatment, and then transported by ground vehicles to the station where the bridge crane can be hoisted. [0004] After the molten steel is blown in the converter, the steel is tapped and transported to the station where the bridge crane can be lifted by the ground vehicle. [0005] The mechanism of the ground vehicle is that the wheel sets run on two parallel steel rails, and many factors will cause the heavy...

AI Technical Summary

Problems solved by technology

The safety risk of jumping accident handling is high, the time is long, and it has a great impact on production. At the same time, after the accident occurs, a large amount of manpower is required to deal with it, which seriously affects the production rhythm.

Images