Cosemi Technologies, Inc.

Other

Mobix Labs, Inc.

Devang Parekh

Nguyen X Nguyen

David Miller

Chien-Yu Kuo

Mario Nagathota

Baburaj Sankaran

An umbrella clamp that includes an adjustable, flexibly-resilient clamp having a cam lever, the clamp detachably secured around an umbrella post, the clamp further includes a flange and anchor assembly, and one or more shock absorber elements. The clamp includes a flange with a series of holes, each of the holes are configured for securing one end of a cable, the opposing end of the cable is affixed to a weighted article (such as a bag filled with sand) and one or more friction pads disposed along the inner surface of the clamp body.

Umbrella clamp

Various implementations of a data communication cable assembly are disclosed that improve the transmission of data signals that traverse long distances. Some cable assembly implementations are configured to transmit data signals via one or more electrical wire mediums and one or more signal extenders that modify the data signals for improved transmission between devices over one or more electrical wire mediums. Other cable assembly implementations are configured to transmit data signals via one or more optical transmission mediums and optical-to-electrical and electrical-to-optical converters for improved transmission of the data signals between devices. Other cable assembly implementations are configured for cascading or daisy-chaining together for transmitting data signals between devices in the optical and/or electrical domain.

Extendable optical-based data communication cable assembly

Extendable wire-based data communication cable assembly

Cascadable data communication cable assembly

A data and power communication cable that provides galvanic isolation between data-signal related circuitry and power-signal related circuitry present at both ends of the cable. The cable includes a first connector configured to mate with a first device to receive data and power signals therefrom; a first galvanic-isolating device configured to generate a galvanic-isolated data signal based on the data signal; a second galvanic-isolating device configured to generate a galvanic-isolated power signal based on the power signal; a second connector configured to mate with a second device to provide the galvanic-isolated data signal and the galvanic-isolated power signal thereto; a first set of communication mediums to route the data signal or the galvanic-isolated data signal from the first connector to the second connector; and a second set of communication mediums to route the power signal or the galvanic-isolated power signal from the first connector to the second connector.

Data and power communication cable with galvanic isolation protection

A data communication cable that is capable of informing a user via light signals regarding any operational status of the cable and/or devices to which the cable is connected. The data communication cable includes a first connector configured to connect to a first device; a second connector configured to connect to a second device; one or more communication mediums configured to route a data signal and/or a power signal between the first and second devices; and one or more illumination fibers configured to emit light. The cable may further include a light driver circuit configured to generate a drive signal for the one or more illumination fibers based on detecting one or more events. Such events may include the cable receiving power, data signal activity or loss of signal activity in the one or more communications mediums, authentication or other operations performed between the first and second devices.

Light illuminating data communication cable

A bidirectional data communications cable is disclosed. The cable includes first connector, second connector, and cable housing coupled to the first and second connectors. The first connector includes a controller configured to determine whether the first connector is connected to a data source or data sink. If connected to a data source, the controller configures a switch circuit to route a data signal from the data source to an optical modulator for modulating an optical signal for transmission from the first to the second connector via an optical fiber. If connected to a data sink, the controller configures the switch circuit to route a data signal from an optical demodulator to the data sink, the optical demodulator receiving an optical signal modulated with the data signal from the second connector via an optical fiber. The second connector is configured similar to the first connector. The cable housing encloses the optical fibers.

Bidirectional data communications cable

A communications cable is disclosed. The cable includes a first circuit configured to receive electrical data signals from a data source via an input connector, and convert the electrical data signals into optical signals for transmission by way of one or more optical fibers. The cable includes a second circuit configured to convert the optical signals received via the one or more optical fibers back to electrical data signals for providing to a data sink via an output connector. The cable includes a third circuit for applying pre- and post-signal conditioning to bi-directional control data for transmission to and received from the data sink via wires. The cable includes a fourth circuit for applying pre- and post-signal conditioning to bi-directional control data for transmission to and received from the data source via wires. The pre- and post-signal conditioning compensate for capacitance and/or resistance effects on the signals introduced by the wires.

Data communications cable with wireline capacitance compensation

A communications cable is disclosed. The cable includes a first circuit configured to receive electrical data signals from a data source via an input connector, and convert the electrical data signals into optical signals for transmission by way of one or more optical fibers. The cable includes a second circuit configured to convert the optical signals received via the one or more optical fibers back to electrical data signals for providing to a data sink via an output connector. The cable includes a third circuit for applying pre- and post-signal conditioning to bi-directional control data for transmission to and received from the data sink via wires. The cable includes a fourth circuit for applying pre-and post-signal conditioning to bi-directional control data for transmission to and received from the data source via wires. The pre- and post-signal conditioning compensate for capacitance and/or resistance effects on the signals introduced by the wires.

Growing community of inventors

Castro Valley, CA, United States of America

Devang Parekh