Built-in driving mechanism for tracks

Abstract

The invention aims to provide a built-in driving mechanism for tracks. The built-in driving mechanism is used for pushing a carriage on tracks where a powered vehicle is inconvenient to arrange, and comprises tracks, wherein a cylinder and slide rails are arranged in the middle of the tracks; a piston rod of the cylinder is connected with a push frame erected on the slide rails, and the push frame can move with the piston rod; the push frame is provided with push plates through a rotating shaft, a stop block is arranged in the position, below the push plates, of the push frame, the bottom surface of each push plate is an inclined plane, the push plates are inclined under the own gravity action, the inclined planes are butted with the stop block, so that the push plates keep an inclined state, and when the push plates keep the inclined state, the top ends of the push plates are higher than the plane where the push frame is located. The built-in driving mechanism for the tracks can be mounted between the tracks, the cylinder and the angle-adjustable push plates are arranged, the carriage is driven at the bottom, so that the powered vehicle is not required to push the carriage on the tracks, and the built-in driving mechanism is very suitable for the tracks where the powered vehicle is inconvenient to arrange and has good practicability.

Description

technical field [0001] The invention belongs to the technical field of mechanical design, and in particular relates to a track built-in driving mechanism. Background technique [0002] In many occasions, it is necessary to use rails to transport heavier items, but sometimes the rails are relatively short, so it is difficult to arrange power cars and compartments on the rails at the same time. For example, the track in the brick kiln of the brick factory is not only short, it is difficult to arrange the power car, but also there may be a certain angle between the track inside the brick kiln and the outer track, so it is impossible to use the power car to connect with the vehicle externally by steel cables way to drive the carriage. In view of the above situation, the current method is to use manpower to push the carriage out or push it into the brick kiln, which is very time-consuming and laborious. Contents of the invention [0003] The object of the present invention i...

AI Technical Summary

Problems solved by technology

[0002] In many occasions, it is necessary to use rails to transport heavy items, but sometimes the rails are relatively short, so it is difficult to arrange power cars and carriages on the rails at the same time

For example, the track in the brick kiln of the brick factory is not only short, it is difficult to arrange the power car, but also there may be a certain angle between the track inside the brick kiln and the outer track, so it is impossible to use the power car to connect with the vehicle externally by steel cables way to drive the carriage

In view of the above situation, the current method is to use manpower to push the carriage out or push it into the brick kiln, which is very time-consuming and laborious

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