Split type electric pole transfer device

Abstract

The invention discloses a split type electric pole transfer device, and relates to the technical field of electric pole transportation. The split type electric pole transfer trolley device is used fortransporting electric poles and comprises two transfer trolleys, the two transfer trolleys support the electric poles in a spaced mode, each transfer trolley comprises a frame and a walking mechanism, wherein the walking mechanism is arranged on the frame, and comprise a walking assembly and a power source connected to the walking assembly, and the power source is used for driving the walking assembly to move, so that the frame can move forwards or backwards. According to the split type electric pole transfer device, electric poles are transferred through the two transfer trolleys, the two transfer trolleys can independently walk and do not interfere with each other, the two transfer trolleys are pushed and pulled to move in the same direction during transfer, the transfer effect is better, and the split type electric pole transfer device is small in size, can be conveniently carried to an engineering site by a work team and can work after being simply combined; the transfer trolleysare driven by the power sources to operate, manual intervention is not needed, and the manpower burden can be reduced.

Description

technical field [0001] The invention relates to the technical field of pole transportation, in particular to a split type pole transfer device. Background technique [0002] Telephone poles are important materials in the construction of transmission and distribution lines, and a large number of concrete poles are required for project implementation. In the prior art, when transferring the poles, ordinary transport vehicles or carts are usually used, but ordinary transport vehicles are large in size, and it is difficult to transport the poles into the engineering site with complex terrain; and on complex roads When using the trolley under certain conditions, such as continuous uphill and downhill, there will be problems of insufficient transportation power, time-consuming and laborious problems. If the ground is uneven, there will be problems that the poles are easy to slide and the transportation is not stable, and the weight of the pole itself is heavy. Once rolled down, i...

AI Technical Summary

Problems solved by technology

In the prior art, when transferring the poles, ordinary transport vehicles or carts are usually used, but ordinary transport vehicles are large in size, and it is difficult to transport the poles into the engineering site with complex terrain; and on complex roads When using the trolley under certain conditions, such as continuous uphill and downhill, there will be problems of insufficient transportation power, time-consuming and laborious problems. If the ground is uneven, there will be problems that the poles are easy to slide and the transportation is not stable, and the weight of the pole itself is heavy. Once rolled down, it is easy to cause safety accidents; in mountainous or rural densely populated areas, when the roads are narrow and winding, and it is impossible to drive, these poles are basically transported by manpower from the unloading point to the installation point

Manual handling not only requires a lot of people, but also has high cost, and it is not conducive to long-term operation. It is highly dependent on the environment and weather. It is basically impossible to work for a period of time after it rains or after rain. There are problems such as low efficiency and long time consumption. When an accident occurs Personnel are vulnerable to injury when

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