20240047918. FACEPLATE ASSEMBLY FOR COAXIAL TAPS simplified abstract (Charter Communications Operating, LLC)

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FACEPLATE ASSEMBLY FOR COAXIAL TAPS

Organization Name

Charter Communications Operating, LLC

Inventor(s)

John Williams of Aurora CO (US)

Marek Hajduczenia of Castle Rock CO (US)

FACEPLATE ASSEMBLY FOR COAXIAL TAPS - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240047918 titled 'FACEPLATE ASSEMBLY FOR COAXIAL TAPS

Simplified Explanation

The abstract describes a faceplate assembly for a coaxial tap, which includes a first plate that can be inserted into the internal volume of the tap. The first plate has an electrical path that connects the input to the output of the tap. The assembly also includes a second plate that can be removably coupled to the backplate, enclosing the first plate within the tap. The second plate has an RF splitter circuit that is electrically connected to the electrical path on the first plate. This RF splitter circuit can transmit the RF signal to multiple taps of the coaxial tap.

  • The faceplate assembly is designed for use in a coaxial tap.
  • It includes a first plate that connects the input to the output of the tap.
  • A second plate can be attached to enclose the first plate within the tap.
  • The second plate has an RF splitter circuit that is connected to the electrical path on the first plate.
  • The RF splitter circuit can transmit the RF signal to multiple taps of the coaxial tap.

Potential applications of this technology:

  • This faceplate assembly can be used in various communication systems that utilize coaxial taps, such as cable television networks or broadband internet networks.
  • It can be used in residential or commercial buildings to distribute RF signals to multiple devices or rooms.

Problems solved by this technology:

  • The faceplate assembly simplifies the installation and maintenance of coaxial taps by providing a compact and easily removable component.
  • It allows for efficient distribution of RF signals to multiple taps, reducing the need for additional equipment or wiring.

Benefits of this technology:

  • The faceplate assembly improves the overall performance and reliability of coaxial tap systems.
  • It provides a cost-effective solution for distributing RF signals to multiple taps.
  • The assembly's modular design allows for easy upgrades or modifications to the coaxial tap system.


Original Abstract Submitted

a faceplate assembly for a coaxial tap includes a first plate that is insertable within an internal volume defined by a backplate coaxial tap. the first plate includes an electrical path from an input of the coaxial tap to an output of the coaxial tap. the faceplate assembly further includes a second plate removably coupled to the backplate to enclose the first plate within the internal volume defined by the backplate. the second plate includes a rf splitter circuit electrically coupled to the electrical path on the first plate. furthermore, the rf splitter circuit can be configured to transmit at least the rf signal to the plurality of taps of the coaxial tap.