Rong Da Li, 54Brooklyn, NY

2023009, Mar 30, 2023

Dec 5, 2022

18/074675

- Wallingford CT, US
Hai Qun Hong - Jiangxi, CN
Robert L. Romerein - Ontario, CA
Rong Hui Li - Brooklyn NY, US

H04N 7/10
H04L 12/64
H04L 12/00
H04L 12/28
H04L 12/66

A Multimedia over Coax Alliance (MoCA) gateway splitter that includes a directional coupler (including a first transmission path and a second transmission path), a gateway port and a cable television (CATV) input port each electrically connected to the first transmission path, and a MoCA port electrically connected to the second transmission path such that the MoCA port is isolated from the CATV input port and coupled to the gateway port. Multiple MoCA ports may be electrically connected to the second transmission path (e.g., via a resistive splitter). The second transmission path may be electrically connected to ground. The MoCA gateway splitter may include multiple (e.g., two or three) gateway ports, each electrically connected to the CATV input port via a directional coupler (and, e.g., one or more hybrid splitters). In those embodiments, each directional coupler may be electrically connected to the MoCA port(s), for example, via a common microstrip node.

2023001, Jan 19, 2023

Jul 14, 2022

17/864821

- Wallingford CT, US
Robert L. ROMEREIN - Peterborough, CA
Rong Hui LI - Brooklyn NY, US
Hai Qun HONG - Jiangxi, CN

H04W 48/10

A provider equipment identification (ID) device includes a provider equipment with a plurality of output ports and an ID beacon device. The provider equipment is configured to perform a signal processing operation on an input signal and deliver an output signal to one or more of the output ports. The ID beacon device is coupled to the provider equipment. The ID beacon device is configured to output at least one pilot beacon signal which is receivable by each of the output ports to electrically excite each of the output ports such that the at least one pilot beacon signal is introduced in the output signal to generate an altered output signal capable of identifying the provider equipment.

2021022, Jul 22, 2021

Feb 2, 2021

17/165469

- Wallingford CT, US
Hai Qun Hong - Jiangxi, CN
Robert L. Romerein - Ontario, CA
Rong Hui Li - Brooklyn NY, US

H04N 7/10
H04L 12/28
H04L 12/64
H04L 12/00

A Multimedia over Coax Alliance (MoCA) gateway splitter that includes a directional coupler (including a first transmission path and a second transmission path), a gateway port and a cable television (CATV) input port each electrically connected to the first transmission path, and a MoCA port electrically connected to the second transmission path such that the MoCA port is isolated from the CATV input port and coupled to the gateway port. Multiple MoCA ports may be electrically connected to the second transmission path (e.g., via a resistive splitter). The second transmission path may be electrically connected to ground. The MoCA gateway splitter may include multiple (e.g., two or three) gateway ports, each electrically connected to the CATV input port via a directional coupler (and, e.g., one or more hybrid splitters). In those embodiments, each directional coupler may be electrically connected to the MoCA port(s), for example, via a common microstrip node.

2021013, May 6, 2021

Jun 24, 2020

16/910800

- Wallingford CT, US
Robert L. Romerein - Ontario, CA
Rong Hui Li - Brooklyn NY, US
Hai Qun Hong - Jiangxi, CN

H04N 7/10

A Multimedia over Coax Alliance (MoCA) gateway splitter that includes a directional coupler (including a first transmission path and a second transmission path), a gateway port and a cable television (CATV) input port each electrically connected to the first transmission path, and a MoCA port electrically connected to the second transmission path such that the MoCA port is isolated from the CATV input port and coupled to the gateway port. Multiple MoCA ports may be electrically connected to the second transmission path (e.g., via a resistive splitter). The second transmission path may be electrically connected to ground. The MoCA gateway splitter may include multiple (e.g., two or three) gateway ports, each electrically connected to the CATV input port via a directional coupler (and, e.g., one or more hybrid splitters). In those embodiments, each directional coupler may be electrically connected to the MoCA port(s), for example, via a common microstrip node.

2018028, Oct 4, 2018

Nov 8, 2017

15/806411

- Wallingford CT, US
Jay Shapson - Millstone Township NJ, US
Matthew M. Shapson - Robbinsville NJ, US
Robert L. Romerein - Peterborough, CA
Rong H. Li - Brooklyn NY, US

H04N 21/426
H04N 21/61

An active MoCA (Multimedia over Coax Alliance) gateway splitter device, including a CATV input port for receiving a CATV input signal, an amplifier for amplifying the CATV signal, at least one MoCA port (connectable to a MoCA device), a plurality of modem/gateway ports (each connectable to a modem or gateway device); and a diplex filter that includes a low-pass filter section and a high-pass filter section. The CATV input port is electrically connected to the modem/gateway ports via the low-pass filter section and the MoCA port is electrically connected to the modem/gateway ports via the high-pass filter section. Accordingly, the MoCA device can communicate bidirectionally with the modem/gateway devices over a higher frequency band, the modem/gateway devices can communicate bidirectionally with the CATV input port over a lower frequency band, and the MoCA device is electrically isolated from the CATV input port.

2018028, Oct 4, 2018

Apr 4, 2017

15/478362

- WALLINGFORD CT, US
Jay Shapson - Millstone Township NJ, US
Matthew M. Shapson - Robbinsville NJ, US
Robert L. Romerein - Peterborough, CA
Rong H. Li - Brooklyn NY, US

H04N 21/61
H04N 21/426

A MoCA (Multimedia over Coax Alliance) gateway splitter device, including a CATV input port (for receiving a CATV input signal), at least one MoCA port (connectable to a MoCA device), a plurality of modem/gateway ports (each connectable to a modem or gateway device); and a single diplex filter that includes a low-pass filter section and a high-pass filter section. The CATV input port is electrically connected to the modem/gateway ports via the low-pass filter section and the MoCA port is electrically connected to the modem/gateway ports via the high-pass filter section. Accordingly, the MoCA device can communicate bidirectionally with the modem/gateway devices over a higher frequency band, the modem/gateway devices can communicate bidirectionally with the CATV input port over a lower frequency band, and the MoCA device is electrically isolated from the CATV input port.

2016009, Mar 31, 2016

Apr 21, 2014

14/120054

- Wallingford CT, US
Jay F. Shapson - Millstone Township NJ, US
Matthew M. Shapson - Robbinsville NJ, US
Robert Romerein - Peterborough, CA
Rong Hui Li - Brooklyn NY, US
Daniel D. Deutmeyer - Manchester TN, US

H04N 21/61
H04N 21/472
H04N 21/426
H04N 21/643

A CATV/MoCA signal distribution system includes a first 2-way hybrid splitter for receiving a CATV input signal and splitting it into first and second CATV output signals, a second 2-way hybrid splitter for receiving the second CATV output signal and splitting it into third and fourth CATV output signals, with the latter being connected to a CATV output port. A first diplex filter is receptive of the first CATV output signal, and MoCA signals for providing electrical isolation therebetween and connecting them to a modem port. A second diplex filter is receptive of the third CATV output signal and MoCA signals for providing electrical isolation therebetween and connecting them to a Gateway port. A resistive splitter is connected between the first and second diplex filters and a plurality of individual MoCA signal ports for providing bidirectional MoCA signal flow therebetween.