Intelligent recovery machine tool

Abstract

The invention discloses an intelligent recovery machine tool and belongs to the technical field of recovery equipment. The intelligent recovery machine tool comprises a first running part, a second running part and a lifting part, wherein the two ends of the lifting part are correspondingly connected with the first running part and the second running part, and the lifting part is used for switching running states of the first running part and the second running part; and a passage for enabling the second running part and the lifting part to move up and down is arranged on the first running part. According to the intelligent recovery machine tool, as the first running part and the second running part are arranged and the two ends of the lifting part are correspondingly connected with the first running part and the second running part, the working states of the first running part and the second running part are switched by using the lifting part; and therefore, the movement of the recovery machine tool can be made convenient, and the recovering work of the recovery machine tool can also be integrally stable and rapid. The intelligent recovery machine tool has the advantages that thestructure is simple, the operation is convenient, the movement is flexible, the automation degree is high, the working process is stable, safeties of a locomotive and working personnel in the recoveryprocess can be guaranteed, the safety is high, the working efficiency can also be enhanced, and the use performance is good.

Description

technical field [0001] The invention relates to an intelligent lifting device, which belongs to the technical field of lifting equipment. Background technique [0002] Railway rolling stock sometimes shifts and derails. After the accident, special lifting and rescue tools are needed to complete the work. At present, hydraulic rescue lifting tools are generally used in railway accident rescue operations. The advantage is that the lifting height is high, but the disadvantages are The recovery and rescue equipment needs to be manually transported to the rescue site by rescuers and placed on the bottom of the derailed vehicle, which is labor-intensive and takes a long time, resulting in reduced work efficiency. In addition, rescuers need to enter the bottom of the vehicle to observe the situation of the derailed vehicle, and adjust the rescue equipment according to the situation on the spot. This process is carried out in a small space under the rolling stock, and the safety is ...

AI Technical Summary

Problems solved by technology

[0002] Railway rolling stock sometimes shifts and derails. After the accident, special lifting and rescue tools are needed to complete the work. At present, hydraulic rescue lifting tools are generally used in railway accident rescue operations. The advantage is that the lifting height is high, but the disadvantages are The recovery and rescue equipment needs to be manually transported to the rescue site by rescuers and placed on the bottom of the derailed vehicle, which is labor-intensive and takes a long time, resulting in reduced work efficiency

In addition, rescuers need to enter the bottom of the vehicle to observe the situation of the derailed vehicle, and adjust the rescue equipment according to the situation on the spot. This process is carried out in a small space under the rolling stock, and the safety is not high.

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