Hughes Network Systems, LLC

Bill Whitmarsh

Sattar Atashbahar

Graham M Avis

Juerg Widmer

Mani Jodat

Raymond Gamboa

Alex Toh

Eduardo Carnalla

Leon Gateno

Piyush Kamal

A dose setting mechanism configured to set a desired dose for an injection device, the dose setting mechanism includes a housing, a dose setting knob, a dose setting device and a coupling element. The dose setting knob is configured to set the desired dose by a compulsory guided combined axial and rotational movement of the dose setting knob relative to the housing. Upon drug delivery, the dose setting knob is moved axially relative to the dose setting device or the housing and the coupling element is configured to engage at least one of the dose setting device and the housing to thereby permanently axially lock the dose setting knob to the respective one of the dose setting device and the housing.

Mobile terminal and methods of use

Communication terminals configured for satellite and terrestrial communications and methods of use are disclosed herein. In an embodiment, a communication terminal includes an antenna, a filter and filter control circuitry. The antenna is configured to receive a radio signal. The filter is configured to filter the radio signal to remove an interference signal. The filter control circuitry is configured to detect the interference signal present in the radio signal received by the antenna and cause an adjustment to the filter to block the interference signal. In another embodiment, the communication terminal includes an amplifier and gain control circuitry. The amplifier is configured to configured to amplify the radio signal. The gain control circuitry is configured to detect an interference signal present in the radio signal received by the antenna and cause an adjustment to the amplifier based on the detected interference signal.

Communication terminal configured to adjust for interference and methods of use

Devices, systems and method for enabling radio communications between a plurality of users are disclosed herein. In an embodiment, a mobile tactical device includes a radio connection interface, a first frequency converter, a frequency filter, and a second frequency converter. The radio connection interface is configured to receive a first radio communication having a mobile frequency from a mobile radio. The first frequency converter is configured to convert the mobile frequency to an intermediate frequency. The frequency filter is configured to pass or reject the intermediate frequency. The second frequency converter is configured to convert the intermediate frequency to an assigned transmission frequency for transmission of the first communication when the intermediate frequency passes the at least one frequency filter.

Mobile tactical radio device, system and method

A communication terminal and its method of use are disclosed herein. In an embodiment, a communication terminal includes at least one of a transmitter or a receiver, a common reference device, a vibration sensor, and a controller. The at least one of the transmitter or the receiver is configured for transmission of communications. The common reference device is configured to provide a common reference for at least one of the frequency or timing of the communications sent or received by the at least one of the transmitter or the receiver. The vibration sensor is configured to detect vibrations. The controller is configured to adjust a control voltage applied to the common reference device based on the vibrations detected by the vibration sensor.

Satellite communication system, communication terminal, and method of operation

A mobile terminal and its methods of use are disclosed herein. In an embodiment, a mobile terminal for enabling radio communications includes a common reference device, frequency conversion circuitry, and pilot tracking circuitry and/or signal tracking circuitry. The common reference device provides a common reference signal for frequency conversions. The frequency conversion circuitry uses the common reference signal from the common reference device to perform a frequency conversion of incoming or outgoing communications. The pilot tracking circuitry determines a frequency error based on a frequency of a received pilot signal and causes an adjustment to the frequency conversion performed by the frequency conversion circuitry based on the frequency error. The signal tracking circuitry determines a frequency error signal based on the frequency of an incoming communication signal and causes an adjustment to the frequency conversion performed by the frequency conversion circuitry based on the frequency error.

Growing community of inventors

Germantown, MD, United States of America

Bill Whitmarsh