20240018993. Method and Apparatus for Securing Threaded Connections Against Unwanted Rotation simplified abstract (Electric Line Technologies, LLC)

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Method and Apparatus for Securing Threaded Connections Against Unwanted Rotation

Organization Name

Electric Line Technologies, LLC

Inventor(s)

Derrick P. Derouen of Breaux Bridge LA (US)

Method and Apparatus for Securing Threaded Connections Against Unwanted Rotation - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240018993 titled 'Method and Apparatus for Securing Threaded Connections Against Unwanted Rotation

Simplified Explanation

The abstract describes a lock ring that is used to secure threaded components from unintentional unscrewing, loosening, or disassembling. The lock ring is made of thin and pliable material and has a central bore or hole. It consists of inner and outer ring surfaces, with outwardly extending locking tabs and inwardly extending stand-off or spacer tabs. The locking tabs can be bent or repositioned to align with recesses in the threaded components, preventing rotation between them.

  • The lock ring is made of thin and pliable material.
  • It has a central bore or hole and inner and outer ring surfaces.
  • Locking tabs extend outwardly from the outer ring surface.
  • Stand-off or spacer tabs extend inwardly from the inner ring surface.
  • Certain locking tabs can be bent or repositioned to align with recesses in the threaded components.
  • The lock ring prevents unwanted or inadvertent rotation between threaded components.

Potential applications of this technology:

  • Wireline or electric line tools: The lock ring can be installed between threaded components of these tools to prevent rotation and ensure their stability during operation.

Problems solved by this technology:

  • Unintentional unscrewing, loosening, or disassembling of threaded components: The lock ring provides a secure mechanism to prevent these issues, ensuring the stability and functionality of the threaded components.

Benefits of this technology:

  • Enhanced safety: The lock ring prevents accidental rotation of threaded components, reducing the risk of equipment failure or accidents.
  • Improved reliability: By securing the threaded components, the lock ring ensures their stability and prevents any unwanted movement or disassembly.
  • Easy installation: The lock ring can be easily installed between the threaded components, providing a simple and effective solution for preventing rotation.


Original Abstract Submitted

a lock ring to secure threaded components from inadvertent unscrewing, loosening or disassembling from each other. the lock ring can be constructed of relatively thin and pliable material. the lock ring has a central bore or hole and defines inner and outer ring surfaces. a plurality of locking tabs (including at least one bendable tab) extends outwardly from the outer ring surface, while at least one stand-off or spacer tab extends inwardly from the inner ring surface. certain locking tabs can be bent or otherwise repositioned so that that they are received in aligned recesses in the threaded components. the lock ring can be installed between threaded components (such as, for example, wireline or electric line tools) and thereby prevents adjacent threaded components from unwanted or inadvertent rotation relative to each other.

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