Sensor Sample Clauses
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Sensor. The Sensor class represents any kind sensing device, such as power consumption sensors, light sensors, etc. More complex sensing devices, such as video cameras are also included in this category. Generalizations • Simple_Device Object Properties • related_comfort_properties: Comfort_Variable_Information (multiple). The related_comfort_properties property relates a sensor with any comfort variables that depend on it. This information will be used by the CDC to be able to apply different control Data Properties algorithms to the different actuators, sensors and appliances taking into account their dependencies with user comfort parameters. • is_calibrable: boolean (single). The is_calibrable property defines whether a sensor can be calibrated or not by the CDC controls. • coverage_area: double (single). The coverage_area property provides the circular area value (in m2) from the location of this device that is covered by the sensor.
Sensor the sensor part of a cloud node uses OS-specific functions to determine the CPU load, available memory, network utilization, and so on. •
Sensor. An electronic device that is able to detect liquid, vapor, or changes in pressure or vacuum in the interstitial space, the tank top or dispenser sump, or an observation well. Different sensors react to conditions present based on what they are designed to detect. Some sensors react only to petroleum, others to water, and still others detect liquid without differentiation.
Sensor. It is possible for a collection platform to not transmit any gimbals tables but to directly show the position and attitude of the sensor with respect to the platform centre of motion. If no gimbals positions or attitudes are transmitted then these should be modelled as zero. The sensor position and attitude are then effectively referenced from the platform’s centre of motion. The sensor has its own coordinate system. All sensors are assumed to have the look vector along the x-axis. Linescan sensors scan lines in the xy plane. Unless otherwise stated by sensor modelling the scan is assumed to be the (Line FOV/2) either side of the x-axis. Frame scan sensors are assumed to scan lines as per linescan sensors and frames in the z direction. Unless otherwise stated by sensor modelling the scan is assumed to be the (Frame FOV/2) either side of the x-axis. The actual scan direction +/- y and +/- z is defined in the sensor description data table. Where y is in the high frequency scanning direction and z is in the low frequency scanning direction. Figure 17 - Sensor Look vector Where x’, y’ and z’ are the coordinate system defined by a previous stage.
Sensor. As an example of a non-IPv6-enabled automation device, a KNX-based Temperature Sensor is used. Specifically, during the demonstration the sensor will be disabled (by disconnecting the PTC measurement resistor inside it) to simulate a fault and trigger the maintenance process, and be replaced with a similar device.
Sensor. Before calibrating, be certain that the sensing window is clean (cleaning instructions, section 6.10 of EXO User Manual). This procedure calibrates fDOM Relative Fluorescence Units (RFU) or fDOM Quinine Sulfate Units (QSU)/ppb. If the user has both units selected, then this procedure must be performed twice, once for each unit, to completely calibrate the parameter.
Sensor. (i) has never been a member of an affiliated group of corporations, within the meaning of section 1504 of the Internal Revenue Code of 1986, as amended (the "Code"); (ii) has never had any liability, whether under Treas. Reg.
Section 1. 1502-6 (or any similar provision of state, local, or foreign law), as a transferee or successor, by contract, or otherwise, for the Taxes of any person other than itself; (iii) is not and has never at any time been a party to or bound by any Tax indemnity, Tax sharing or Tax allocation agreement; (iv) is not or has never been a United States real property holding corporation within the meaning of Section 897(c)(2) of the Code; or (v) is not or has never been a person other than a United States person within the meaning of the Code (and the transaction contemplated herein is not subject to the withholding provisions of section 3406 or subchapter a of Chapter 3 of the Code).
Sensor. An electro-optical device that images the Earth from a ------ spacecraft, encompassing all subsystems and components necessary for conversion of photons into digital electronic output for delivery to the spacecraft bus's wideband data system including optics, baffles, focal plane(s), sensor electronics, unique power supplies, calibration sources, optical covers, and built-in sensor thermal management systems, as well as any other subsystems or ancillary support equipment customarily provided with the type of sensor being procured. This definition of Sensor is intended to apply to what are normally considered "payload" instruments, and to exclude ancillary sensors normally part of a satellite bus, such as those used for attitude control.