View source for 20240035450. CABLE BUNDLE LONGEVITY ON WIND TURBINES simplified abstract (INVENTUS HOLDINGS, LLC)

=CABLE BUNDLE LONGEVITY ON WIND TURBINES=


==Organization Name==

[[:Category:INVENTUS HOLDINGS, LLC|INVENTUS HOLDINGS, LLC]]


[[Category:INVENTUS HOLDINGS, LLC]]

==Inventor(s)==

[[:Category:Jose Leonel Melchor Clague of Albuquerque NM (US)|Jose Leonel Melchor Clague of Albuquerque NM (US)]][[Category:Jose Leonel Melchor Clague of Albuquerque NM (US)]]

[[:Category:Benjamin Wambheim of Albuquerque MN (US)|Benjamin Wambheim of Albuquerque MN (US)]][[Category:Benjamin Wambheim of Albuquerque MN (US)]]

==CABLE BUNDLE LONGEVITY ON WIND TURBINES - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240035450 titled 'CABLE BUNDLE LONGEVITY ON WIND TURBINES

==Simplified Explanation==

The abstract describes a method for performing maintenance on a wind turbine. The method involves positioning a cable spacer relative to a yaw deck toe plate, with a portion of the cable spacer flush with or above the top portion of the yaw deck toe plate. Adjustable length bracing bar assemblies are then placed uptower, between the inner wall of the yaw deck toe plate and the cable spacer. Each bracing bar assembly has a low friction surface at one end and is mechanically secured to the yaw deck toe plate at the other end.

* The method involves positioning a cable spacer and adjustable length bracing bar assemblies to perform maintenance on a wind turbine.
* The cable spacer is positioned relative to the yaw deck toe plate, with a portion of it flush with or above the top portion of the toe plate.
* The adjustable length bracing bar assemblies are individually adjustable in length and placed between the inner wall of the toe plate and the cable spacer.
* Each bracing bar assembly has a low friction surface at one end and is mechanically secured to the toe plate at the other end.
* The low friction surface can be made of rubber, plastic, composite, organic material, inorganic material, or a combination thereof.

Potential Applications:
* This method can be used for performing maintenance tasks on wind turbines, specifically in the uptower area.
* It can be applied to various types and sizes of wind turbines.

Problems Solved:
* The method provides a solution for performing maintenance tasks in the uptower area of a wind turbine.
* It allows for the adjustment and secure placement of bracing bar assemblies, facilitating maintenance operations.

Benefits:
* The method simplifies the process of performing maintenance uptower, reducing the time and effort required.
* The adjustable length bracing bar assemblies provide flexibility in accommodating different wind turbine designs and configurations.
* The low friction surface of the bracing bar assemblies reduces friction and wear, improving the efficiency and longevity of the maintenance process.


==Original Abstract Submitted==

a method for performing maintenance uptower of a wind turbine is described. the method begins with positioning a cable spacer relative to a yaw deck toe plate, so a portion of the cable spacer is flush with or above a top portion of the yaw deck toe plate. prior to positioning the cable spacer, the cables may be moved into a relaxed position. next, a plurality of adjustable length bracing bar assemblies, which are individually adjustable in length in a space defined between an inner wall of the yaw deck toe plate and the cable spacer, are placed uptower. each adjustable length bracing bar assembly includes a first end formed with a low friction surface and a second end that is mechanically secured to the yaw deck toe plate. the low friction surface can be formed with rubber, plastic, composite, organic material, inorganic material, or a combination thereof.



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