Sensors. Shimmer has designed and developed wireless wearable sensing devices, (in each case a “Sensor” and collectively the “Sensors”), consisting of equipment (the “Equipment”) and related software (the “Software”), in each case described in the specifications for the Sensor (the “Specifications”).
Sensors. The disposable sensor used with the Trendcare Product.
Sensors. 1. Except as otherwise provided for in paragraph 3 of this Article, observation aircraft shall be equipped with sensors only from amongst the following categories:
(A) optical panoramic and framing cameras;
(B) video cameras with real-time display;
(C) infra-red line-scanning devices; and
(D) sideways-looking synthetic aperture radar.
2. A State Party may use, for the purposes of conducting observation flights, any of the sensors specified in paragraph 1 above, provided that such sensors are commercially available to all States Parties, subject to the following performance limits:
(A) in the case of optical panoramic and framing cameras, a ground resolution of no better than 30 centimetres at the minimum height above ground level determined in accordance with the provisions of Annex D, Appendix 1, obtained from no more than one panoramic camera, one vertically-mounted framing camera and two obliquely-mounted framing cameras, one on each side of the aircraft, providing coverage, which need not be continuous, of the ground up to 50 kilometres of each side of the flight path of the aircraft;
(B) in the case of video cameras, a ground resolution of no better than 30 centimetres determined in accordance with the provisions of Annex D, Appendix 1;
(C) in the case of infra-red line-scanning devices, a ground resolution of no better than 50 centimetres at the minimum height above ground level determined in accordance with the provisions of Annex D, Appendix 1, obtained from a single device; and
(D) in the case of sideways-looking synthetic aperture radar, a ground resolution of no better than three metres calculated by the impulse response method, which, using the object separation method, corresponds to the ability to distinguish on a radar image two corner reflectors, the distance between the centres of which is no less than five metres, over a swath width of no more than 25 kilometres, obtained from a single radar unit capable of looking from either side of the aircraft, but not both simultaneously.
3. The introduction of additional categories and improvements to the capabilities of existing categories of sensors provided for in this Article shall be addressed by the Open Skies Consultative Commission pursuant to Article X of this Treaty.
4. All sensors shall be provided with aperture covers or other devices which inhibit the operation of sensors so as to prevent collection of data during transit flights or flights to points of entry or from points of exit over...
Sensors. Tower-mounted Lufft WS500 all-in-one weather sensor or equivalent with the following specifications: Wind speed (m/s) and direction (°): accuracy +/- 0.3 m/s with 0.1 m/s resolution, <3° RMSE >1.0 m/s with 0.1° resolution. Ambient air temperature (°C): accuracy +/- 0.2°C with 0.1°C resolution. Barometric Pressure (hPa): accuracy +/- 0.5 mbar with 1 mbar resolution. Relative Humidity (%): accuracy +/- 2% with 0.1% resolution. Tower-mounted TE525 tipping bucket rain gauge or equivalent with accuracy +/- 1% (up to 2.54 mm/hr) and 0.254 mm resolution. Tower-mounted Delta-T SPN1 Sunshine Pyranometer or equivalent for site diffuse horizontal irradiance with accuracy +/-5% (daily integral) with 0.6 W/m² resolution. Tower-mounted Hukseflux SR30 or equivalent secondary standard thermopile pyranometer with heating and ventilation for site global horizontal irradiance. Array-mounted Hukseflux SR30 or equivalent secondary standard thermopile pyranometer with heating and ventilation for site plane of array irradiance.
Sensors. Member acknowledges that Industrious does or may utilize sensors that record usage of the Premises, excluding the Office Space, and amenities (the “Sensors”), and consents to the use of the Sensors. The Sensors monitor, among other things, the number of people utilizing a particular space or amenity, the times that a particular space or amenity is used, etc. Low resolution images may be captured, which will be processed by automated software, for the purpose of counting people and upon the completion of said task, the image will be deleted. No sound recordings will be made or captured and no high resolution photographs or videos will be taken. The data collected is anonymous aggregated data. Prior to the implementation of any sensors, Industrious will contractually prohibit vendors of any sensors used from combining any anonymous aggregated data with other data in any manner that could make it personally identifiable data. Industrious will use the data collected for improving or developing its service or products, or for any other lawful business purpose. Subject to the foregoing, Member and its employees, agents, and invitees each hereby release and discharge Industrious and its agents, representatives, and assignees from any and all claims and demands arising out of or in connection with the use of the Sensors, including any and all claims for invasion of privacy, right of publicity, misappropriation, misuse, and defamation. Member represents and warrants to Industrious that its employees, agents, and invitees will have been informed of and agreed to this consent, waiver of liability, and release before they enter that portion of the Premises in which the Sensors are being used.
Sensors. All Sensors under lease by Grantee shall be quantified in a Unit Order attached to this Agreement. GRANTEE AGREES TO BE FINANCIALLY RESPONSIBLE FOR EACH LEASED SENSOR AT THE VALUE STIPULATED IN THE UNIT ORDER. At any time during the lease Term documented in the Unit Order, Grantee may lease additional Sensors. Such additional units shall be subject to this Agreement the same as if they had been originally leased under this Agreement; provided, however, that the Term of the Lease for any additional units shall begin on the Data Service Start Date documented in the Unit Order for the additional units and continue until the last day of the month of the Data Service Contract Term documented in the Unit Order for such additional units. The Unit Order for any additional units shall automatically be attached to and become part of this Agreement for all purposes.
Sensors a) Sensor’s type must have an optimal accuracy for the temperature range of this cold treatment (like PT100).
b) Outer sheath of sensor must be fitted for insertion to grapes through a puncture and without breaking the fruit (ca 5cm or less long, ca 3.8mm diameter or less and sensing unit located within the first 20mm or less of the sensor’s tip).
c) Sensor’s connection to the cable must be waterproof to prevent malfunctions caused by immersion in the ice-water mixture (during calibration) or by grape’s juice during cold treatment.
d) Must be tagged with a number identical to sensor’s number accompanying its readings in the printout produced by the recording system. The tag of the sensor’s number shall be firmly attached to the sensor cable 10cm from the sensor.
e) Only calibrated sensors (which must be calibrated immediately prior to loading) will be used for cold treatment (see 6b below).
Sensors. Tenant ADDRESS OF PREMISES: 1701 MCCARTHY BOULEVARD XXXXXXXX, CA 95035 SECOND ADDENDUM TO LEASE This Second Addendum to Lease (this "Second Addendum") is made and entered into by and between Creekside Industrial Associates, a California general partnership ("Landlord"), and I.C. Sensors, Inc., a California corporation ("Tenant"), effective the first day of April, 1992.
Sensors. The following 4 sensors provide the cyclic input data for the AOCS software: • Star tracker (STR) – is an optical device that measures the position of stars in its field of view and performs pattern recognition on these stars in order to identify the portion of the sky at which it is looking. The only possible STR operational states are On and Off. • Xxx Xxxxxx (SS) – is a device that measures the direction to the Sun in the sensor’s field of view. Its possible states are On and Off. • Earth Sensor (ES) – is a device that measures the direction to the Earth in the sensor’s field of view. ES internal states are On and Off. • Global Positioning System (GPS) – a GPS receiver is a device used to determine the position and provide initial measurements for the calculation of the satellite attitude. GPS can operate in one of two possible states: Coarse_Navigation and Fine_Navigation.
Sensors. REST API endpoint /monitoring/sensors/ represents an instance of a sensor, deployed at the organization.
