Abstract: Systems and methods are disclosed for correcting Local Oscillator (LO) phase misalignment between different Radio Frequency Integrated Circuits (RFIC) of an Advanced Antenna System (AAS).

Abstract: The present invention provides various ADAM17 binding molecules (including antibodies and fragments thereof), compositions comprising such ADAM17 binding molecules, and methods of using such ADAM17 binding molecules and compositions, for example in inhibiting binding of ADAM17 to ADAM17 substrates (such as ErbB ligands), in inhibiting the proliferation of cancer cells, and in treating cancer.

Abstract: A method, system and device for controlling a front compartment lid of a vehicle includes a way of opening or closing of the lid of a front compartment of a vehicle via door handle of the vehicle. The system includes a control unit of the vehicle, a front compartment with a lid with electrically controlled locking and/or opening mechanism and at least one vehicle door handle, and a logical block configured to monitor a status of vehicle door handle by a sensor for position of door handle between open position and closed position; monitor the locking status of the locking and/or opening mechanism; and, in case of matching vehicle door handle sensor data with a preset threshold value, and depending on the current locking status of the front compartment lid, generate a control signal to the locking and/or opening mechanism of the front compartment lid.

Abstract: Systems and methods are disclosed for correcting Local Oscillator (LO) phase misalignment between different Radio Frequency Integrated Circuits (RFIC) of an Advanced Antenna System (AAS).

Abstract: Systems and methods are disclosed for correcting Local Oscillator (LO) phase misalignment between different Radio Frequency Integrated Circuits (RFIC) of an Advanced Antenna System (AAS).

Abstract: Systems and methods are disclosed for correcting Local Oscillator (LO) phase misalignment between different Radio Frequency Integrated Circuits (RFIC) of an Advanced Antenna System (AAS).

Abstract: Method for detection of skimming devices comprising detecting electromagnetic emissions by sensors of the invention located inside of ATM. Electromagnetic emission is monitored in broad band of 10 kHz to 30 MHz and narrow band, and only one determined frequency is passed through filters in the narrow band, and sensors' output is analyzed and processed according to algorithm of the invention. Alarm signal is generated upon achieving pre-assigned threshold chosen so that discriminating between useful signal and interference is not obstructed. The method is implemented by device comprising sensors for detecting electromagnetic emissions, microcontroller for controlling the sensors, master microcontroller for processing of sensors' output, and notifying module for sending signals to control center. According to the invention sensor is provided for detecting electromagnetic emissions comprising receiving, regulating, filtering and converting parts.

Abstract: A vehicle occupant emergency system comprising: a front seat; a front seat horizontal adjuster; a front seat seat-belt system; releasing devices for releasing the front seat from its pre-emergency horizontal adjustment; moving devices for moving the front seat rearward; stopping members for controlling a maximum extent to which the front seat can be moved rearward; restraining members for restraining the front seat from moving forward after its rearward movement; sensors for sensing a multiplicity of characteristics relative to an emergency; and a control unit for operating the releasing devices and the moving devices in an emergency depending on the received signals from the sensors and its programming.

Abstract: A vehicle occupant emergency system comprising: a front seat; a front seat horizontal adjuster; a front seat seat-belt system; releasing devices for releasing the front seat from its pre-emergency horizontal adjustment; moving devices for moving the front seat rearward; stopping members for controlling a maximum extent to which the front seat can be moved rearward; restraining members for restraining the front seat from moving forward after its rearward movement; sensors for sensing a multiplicity of characteristics relative to an emergency; and a control unit for operating the releasing devices and the moving devices in an emergency depending on the received signals from the sensors and its programming.

Abstract: A footwear drying apparatus, comprises a housing having vertical front, rear and side walls, a top section, a drying section, and a base section. A fan is mounted within the top section, so that to blow air to the drying section. A heater is mounted adjacent to the fan, so that to heat air. A thermostat is mounted adjacent to the heater. At the top of the apparatus is mounted a control console having a timer, a fan switch, a heater switch and a thermostat knob. Air inlets are formed in the top section. An air outlet is mounted within the base section. A mud screen is fixed at the entrance of the air outlet, so that to prevent from mud entering into the air outlet. An air filter is mounted at the exit of the air outlet. A door is secured to the front wall, so that to provide access to the drying section. A mud collector is removably mounted at the bottom of the drying section, so that to collect mud from unclean footwear.