Deviation rectification mechanism based on track heavy-duty transport machine

Abstract

The invention relates to a hot rolled steel coil production apparatus and specifically relates to a deviation rectification mechanism based on a track heavy-duty transport machine. The deviation rectification mechanism comprises a deviation rectification wheel which is spherically shaped and mounted on a support by virtue of a center shaft; the axial direction of the center shaft is parallel to the running direction of the transport machine; the support is mounted on a supporting seat; an adjustment mechanism for adjusting the support is arranged on the supporting seat. The hot rolled steel coil production apparatus has the advantages of relatively low impact, effective deviation rectification, and achievable uniform abrasion in the deviation rectification process.

Description

Technical field [0001] The invention relates to a hot-rolled steel coil production equipment, in particular to a correction mechanism based on a rail heavy-duty conveyor. Background technique [0002] Hot-rolled steel coils will have the problem of steel coil position deviation during the transportation of walking beam conveyors. The walking part of traditional tracked heavy-duty conveyors is generally composed of wheels and tracks, but due to the large equipment span, processing welding and installation accuracy There is a certain deviation, there is a deviation between the center of the driving force and the center of the device body, and the frame is deformed to different degrees during use or the accuracy is reduced during use, which causes the device to shift to one side or the other during walking. Offset walking of the equipment will not only cause wear of equipment components, but also bring hidden dangers to safe transportation. [0003] Most of the traditional correction...

AI Technical Summary

Problems solved by technology

[0002] The position of hot-rolled steel coils will be shifted during the transportation process of the walking beam conveyor. The walking part of the traditional rail heavy-duty conveyor is generally composed of wheels and rails. However, due to the large span of the equipment, processing welding and installation accuracy There is a certain deviation, there is a deviation between the driving force center and the center of the equipment body, and the frame body is deformed to varying degrees during use or the accuracy is reduced during use, resulting in the deviation of the equipment to one side or the other during the walking process. The deviation of the equipment will not only cause the wear of the equipment parts, but also bring hidden dangers to the safe transportation

[0003] Most of the traditional correction mechanism is a correction mode in which planes are in contact with planes. During the correction process, it is a hard contact impact, which causes great damage to the equipment. In addition, the traditional correction mechanism has the problem of uneven wear during use, not only cannot Solving the problem of deviation correction will also bring new safety hazards

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