View source for 18279846. DIPOLE RADIATOR, A DUAL-POLARIZED CROSS DIPOLE COMPRISING TWO DIPOLE RADIATORS AND A MOBILE COMMUNICATION ANTENNA COMPRISING A PLURALITY OF DUAL-POLARIZED CROSS DIPOLES simplified abstract (Telefonaktiebolaget LM Ericsson (publ))

=DIPOLE RADIATOR, A DUAL-POLARIZED CROSS DIPOLE COMPRISING TWO DIPOLE RADIATORS AND A MOBILE COMMUNICATION ANTENNA COMPRISING A PLURALITY OF DUAL-POLARIZED CROSS DIPOLES=


==Organization Name==

[[:Category:Telefonaktiebolaget LM Ericsson  (publ)|Telefonaktiebolaget LM Ericsson  (publ)]]


[[Category:Telefonaktiebolaget LM Ericsson  (publ)]]

==Inventor(s)==

[[:Category:Andreas Vollmer of Rosenheim (DE)|Andreas Vollmer of Rosenheim (DE)]][[Category:Andreas Vollmer of Rosenheim (DE)]]

[[:Category:Dan Fleancu of Griesstätt (DE)|Dan Fleancu of Griesstätt (DE)]][[Category:Dan Fleancu of Griesstätt (DE)]]

==DIPOLE RADIATOR, A DUAL-POLARIZED CROSS DIPOLE COMPRISING TWO DIPOLE RADIATORS AND A MOBILE COMMUNICATION ANTENNA COMPRISING A PLURALITY OF DUAL-POLARIZED CROSS DIPOLES - A simplified explanation of the abstract==


This abstract first appeared for US patent application 18279846 titled 'DIPOLE RADIATOR, A DUAL-POLARIZED CROSS DIPOLE COMPRISING TWO DIPOLE RADIATORS AND A MOBILE COMMUNICATION ANTENNA COMPRISING A PLURALITY OF DUAL-POLARIZED CROSS DIPOLES

==Simplified Explanation==

The abstract describes a dipole radiator with a first and second carrier and a signal feeding structure. The carriers have support sections with wing sections, and the signal feeding structure includes feed, connecting, and end sections.

* The dipole radiator comprises a first and second carrier with support sections and wing sections.
* The support sections of the carriers have inner and outer sides.
* The signal feeding structure includes feed, connecting, and end sections.
* The feed section runs along the inner side of the support section, goes into the connecting section, and then into the end section.
* The end section runs along the outer side of the support section of the second carrier.

Potential Applications:
* Antenna technology
* Wireless communication systems
* Radio frequency devices

Problems Solved:
* Efficient signal transmission
* Improved antenna performance
* Enhanced communication capabilities

Benefits:
* Increased signal strength
* Better signal reception
* Enhanced overall system performance


==Original Abstract Submitted==

Dipole radiator comprising a first and second carrier and a signal feeding structure. The first and second carriers comprise a sup-port sections with a first and second end and a wing sections. The support sections of the first and second carriers each comprise an inner side which face each other and an opposite outer side. The signal feeding structure comprises a feed section, a connecting section and an end section. The feed section runs along the inner side of the support section goes into the connection section which goes into the end section. The end section runs along the out-er side of the support section of the second carrier.



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