A tooling rack for wind blade transportation

Abstract

The invention discloses a tool rack for wind power generator blade transportation, belongs to the technical field of transportation vehicles, mainly relates to a tool rack, and aims at solving the problems that due to the fact that the lifting angle of a wind power generator blade transportation device in the prior art is limited, collision and rollover on one's side are likely to occur under the condition of the complex road condition and high wind power in the transportation process. A rack body is provided with a vertical swinging frame and a power hydraulic cylinder, a transition connecting disc is arranged on the vertical swinging frame, the lower end of the vertical swinging frame is hinged to the rack body, the power hydraulic cylinder is installed on the rack body, and the output end of the power hydraulic cylinder is hinged to the vertical swinging frame. According to the tool rack for wind power generator blade transportation, the effect that the blade lifting angle ranges from 0 degree to 90 degrees can be achieved through the swinging frame structure, the tool rack is installed on a transportation vehicle, the requirement on a transportation road is not high in the transportation process, and the transportation cost is reduced.

Description

technical field [0001] A tooling frame belongs to the technical field of the transport vehicle, and mainly relates to a tooling frame used for wind blade transportation. Background technique [0002] Wind energy is the clean energy with the most large-scale development and commercial development prospects among renewable energy sources. At present, the main way to utilize wind energy is wind power generation. The blades of wind power generators are one of the core components that convert wind energy into mechanical energy. Wind power generation is The main form of wind energy utilization. Wind energy is a renewable energy source with high energy, no pollution, and broad development prospects. It is a strategic choice for all countries in the world to vigorously develop wind power generation. Wind turbine blades are one of the core components of wind turbines. The composed wind rotor is the key component that converts wind energy into mechanical energy, and the blade is the c...

AI Technical Summary

Problems solved by technology

[0003] The traditional transportation of wind blades is to install the wind blades on the trailer with a retractable trailer for transportation. Since the length of the wind blades is usually about 50 meters, the length of the trailer will cause the tail of the vehicle and the blades to fall when turning during the transportation process. Demand, there will be a risk of collision of vehicles or blades, and then there will be a lift-type fan blade transportation place. Although the length of the vehicle can be greatly reduced, the lifting angle is limited, and complex road conditions and strong wind conditions may be difficult during transportation. Risk of collision and rollover

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