Carrying and storing method of wind tower

Abstract

The invention discloses a method for transporting and storing a wind tower, which comprises the following steps: preparing a flatbed truck outside the workshop for carrying equipment, and selecting the flatbed truck for the length of the tower section to be carried by a single vehicle or parallel vehicles, and using a crane to lift and move the tower section Go to the top of the vehicle or move the flatbed truck laterally into the bottom of the tower, that is, the roller frame, support the tower through the movable roller support mechanism, and control the lifting height of the oil cylinder, so that the distance between the lowest point of the tower and the platform of the frame is 80-100mm, Instructions are issued by the program control center to keep the locking force of each movable roller support mechanism consistent. The staff drives the flatbed truck to the designated area where the tower is stacked, and uses a crane to lift and drop the tower on the fixed support platform in the designated area or The movable roller support mechanism of the flatbed is controlled by the program control center, so that the tower falls on the fixed support platform in the designated area, and finally the flatbed is moved out laterally. The invention has the advantages of saving cost, improving work efficiency and reducing resource consumption.

Description

Technical field [0001] The present invention involves a way to handle the wind tower. Background technique [0002] Tongta handling storage is generally lifted from the production line of 50T, 80T or 100T, and transported vehicles horizontally to the designated area. Then the dragon gate hanging or required to ask a foreign auto crane to provide a car hanging vehicle for storage.High cost, high operating energy consumption, and large venue limitations, etc., and Longmen cranes need to be laid on track, large investment, Longmen crane runs about 200 degrees per hour, high energy consumption; the tower section can only be within the running range of driving.For transshipment, the venue limit is large, and when the Longmen hanging mission in the target area of the Dragon Gate hanging target area, the transfer of the tower section needs to stagnate and directly affect the production efficiency.Tai Automobile hangs on both ends of the tower and at the same time, and the equipment inve...

AI Technical Summary

Problems solved by technology

[0002] The transportation and storage of cylinder towers are generally hoisted by 50t, 80t or 100t gantry cranes outside the production line, transported horizontally to the designated area, and then stored by gantry cranes or need to ask foreign auto crane companies to provide car cranes for unloading. Disadvantages such as high cost, high operating energy consumption, and large site limitations, and the operation of the gantry crane needs to lay track, which requires a large investment. The operation of the gantry crane consumes about 200 degrees of electricity per hour, and the energy consumption is high; the tower section can only be within the driving range For transshipment, the site is limited, and when the gantry crane has a loading task in the target area of ​​the gantry crane, the transfer of the tower section must be stagnant, which directly affects production efficiency; the use of truck cranes has the disadvantages of high cost and slow operation. Two truck cranes operate at both ends of the tower at the same time, and the equipment investment is relatively high. During the operation, the truck crane operation area must be reserved on the site, which reduces the utilization rate of the yard, and the operation coverage area is small. Several wind tower towers are operated by the truck crane After a certain period, it is necessary to stop the operation, retract the boom, move the position, reposition, and then prepare for the start of work. The operation efficiency is low. Therefore, no matter whether the gantry crane or the truck crane is used to unload the truck, it is necessary to be equipped with personnel who pick and hang the hook. personal safety hazards

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