View source for 20240052739. ELECTRONICS ENCLOSURE WITH GLASS PORTION FOR USE IN A WELLBORE simplified abstract (Halliburton Energy Services, Inc.)

=ELECTRONICS ENCLOSURE WITH GLASS PORTION FOR USE IN A WELLBORE=


==Organization Name==

[[:Category:Halliburton Energy Services, Inc.|Halliburton Energy Services, Inc.]]


[[Category:Halliburton Energy Services, Inc.]]

==Inventor(s)==

[[:Category:Joachim Pihl of Sandefjord (NO)|Joachim Pihl of Sandefjord (NO)]][[Category:Joachim Pihl of Sandefjord (NO)]]

==ELECTRONICS ENCLOSURE WITH GLASS PORTION FOR USE IN A WELLBORE - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240052739 titled 'ELECTRONICS ENCLOSURE WITH GLASS PORTION FOR USE IN A WELLBORE

==Simplified Explanation==

The abstract describes a sealed enclosure with a glass portion that allows an electromagnetic component to communicate wirelessly while preventing fluid from a wellbore environment from contacting the component.

* Sealed enclosure with glass portion
* Glass portion positioned with respect to an electromagnetic component
* Prevents fluid from wellbore environment from contacting electromagnetic component
* Allows electromagnetic component to wirelessly communicate with external component
* Second portion interfaces with glass portion to further prevent fluid contact

== Potential Applications ==
- Oil and gas industry for downhole monitoring and communication
- Subsea exploration for underwater communication
- Industrial applications for remote sensing and control

== Problems Solved ==
- Protects electromagnetic components from corrosive wellbore fluids
- Enables wireless communication in harsh environments
- Prevents contamination of sensitive equipment

== Benefits ==
- Improved reliability of downhole equipment
- Enhanced communication capabilities in challenging environments
- Increased efficiency and safety in industrial operations


==Original Abstract Submitted==

a sealed enclosure can include a glass portion that can be positioned with respect to an electromagnetic component that is in an area defined by the sealed enclosure. the enclosure can prevent fluid from a wellbore environment from contacting the electromagnetic component and to allow the electromagnetic component to wirelessly communicate with a component external to the sealed enclosure. a second portion interfaces with the glass portion for preventing the fluid from the wellbore environment from contacting the electromagnetic component.



[[Category:E21B47/017]]