About Aigang wind blade power generation polishing
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6 FAQs about [Aigang wind blade power generation polishing]
How can blade grinding and polishing process be improved without system modeling?
The method can realize smooth transition of blade grinding and polishing process without system modeling, effectively shorten the system stability time and reduce the maximum overshoot. The system response speed is accelerated, with strong stability and flexibility.
What are the advantages of blade robot grinding & polishing processing system?
The automation degree of the blade robot grinding and polishing processing system is improved. 3. Efficient matching of measurement point clouds The blade profile is intricate, and the scale of online scanning point cloud data is extensive, reaching the level of 100,000 to millions of points.
What are the technical challenges in aircraft blade grinding?
(d) Weak rigidity of blade . However, achieving control over the surface quality of aircraft blade grinding poses numerous technical challenges in developing an intelligent and high-precision robotic belt grinding system.
What is the processing process of the robot flange?
The processing procedure is as follows: (1) The blade is securely clamped to the robot flange using the blade quick-change clamping system. (2) Blade measurements are performed to determine the precise orientation of the blade within the robot flange coordinate system.
Can a parallel module with lightweight base Polish large-scale wind turbine blades?
The proposed hybrid mobile robot, which includes a parallel module with a lightweight base, is promising in effectively polishing large-scale wind turbine blades because of its potential advantages like higher stiffness and flexible A/B axis rotational capacity. The CAD model of this parallel module with a lightweight base is designed and presented on this basis.
Are robot belt grinding systems suitable for Blade processing?
Numerous domestic and foreign research institutions and enterprises have developed robot belt grinding systems with excellent flexibility and adaptability for blade processing, as depicted in Fig. 1.
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