英語 での Use scenarios の使用例とその 日本語 への翻訳
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But this is not practical under most use scenarios.
Use scenarios in everyday life to be featured include at home and work, during travel, shopping, healthcare, and in safe cities.
If you want to analyze more than two variables, you can use scenarios.
The processing clipalgorithm has been optimised for common use scenarios, resulting in dramatic speedups for clipping operations. For example:.
USE SCENARIOS General purpose Structural testing Automotive body and power train measurements Acoustic fatigue testing Triaxial measurements in a confined space The wide frequency range, from 0.3 Hz to 10 kHz, and light weight makes it an excellent general-purpose triaxial accelerometers.
USE SCENARIOS Noise measurement on surfaces including glass and in confined spaces Wind-tunnel testing Low to medium noise measurements Flush mounting Connects to CCLD input The optional mounting pads allow easy mounting of the microphone even on the curved surfaces of an automobile.
USE SCENARIOS Troubleshooting operational wind turbines Wind turbine prototype development Operational wind turbine noise level analysis Presentation and communication of sound characteristics The modular microphone array is designed for easy transport and deployment, and is smaller than the actual turbine.
USE SCENARIOS Measurements in all weather conditions Microphone for noise monitoring systems IEC 61672 Class 1 compliant outdoor sound measurement Complaint investigations The exterior housing of Outdoor Microphones Types 4952 and 4952-A is made of a chemical resistant polymer that provides extremely high protection against corrosion.
USE SCENARIOS Detection and documentation of buzz, squeak and rattle(BSR) in vehicle cabins Noise source identification(NSI) and troubleshooting in aircraft cabins, cockpits, avionics and cargo bays High-frequency acoustic leak detection Because it operates in real-time, the acoustic camera is ideal for mapping moving objects and transient events.
USE SCENARIOS General-purpose class 1 sound measurements Environmental noise assessment and complaint investigation Occupational noise assessment Selection of hearing protection Indication and verification of noise reduction BZ-7130 complies with the latest international standard(IEC 61672.1/ANSI), as well previous international and national standards.
USE SCENARIOS Product development and troubleshooting in a controlled environment Testing in small anechoic chambers Relating exterior noise to specific vehicle components Indoor pass-by provides a powerful and repeatable method for automotive manufacturers to troubleshoot exterior vehicle noise in the controlled environment of a hemi-anechoic chamber.
USE SCENARIOS Determining the structural damage potential from exposure to shock events such as pyroshocks during rocket stage separation Durability testing of shock-sensitive devices such as avionics and guidance equipment Accurately testing components when a vibration test system cannot generate the time signal of the original shock event due to dynamic limits.
USE SCENARIOS Structural analysis measurements Multichannel modal analysis measurements Modal measurements for automotive body and power-train applications The clip mounting facility combined with the ability to mount the transducer on five of its six surfaces makes mounting on structures very flexible and quick and thus ideal for structural and modal analysis measurements.
USE SCENARIOS Production testing for engines or transmissions On-line production testing Outgoing quality control SPECIFICATIONS Weight: 1.7 g Frequency response: 15 kHz Sensitivity: 25 mV/g(external ICP® amplifier) Resistant to transmission oil For additional specifications that depend on the accelerometer used in the sensor, see the relevant datasheet.
USE SCENARIOS Analysis of recorded sound and vibration time data Vehicle noise, vibration and harshness(NVH) investigations, such as benchmarking Acoustic measurements for calculating equivalent sound level(Leq) spectra on household consumer items such as washing machines The software displays time data in an intuitive interface where users can efficiently get an overview of the data.
USE SCENARIOS Environmental noise monitoring with Type 2250-S and Type 2270-S sound level meters Complaint investigations Occupational health assessment Time history of vibration events Create user-definable periodic reports straight from the logged data Collect a wealth of broadband, statistical and spectral data, giving you all the parameters you need before post-processing.
USE SCENARIOS Environmental assessment of low frequency and infrasound sources Environmental assessment of building vibration Vibration site surveys for sensitive instruments Monitoring of construction, tunnelling and blasting using peak particle velocity(PPV) Having the very low frequency capability makes new measurement tasks possible, such as measuring infrasound from wind turbines and power stations.
USE SCENARIOS Trackside measurements of actual trains and metro systems in operation Troubleshooting during train pass-by measurements Analyzing and ranking noise sources to target mitigation Communicating sound intuitively Mapping the whole or part of the rail vehicle enables differentiation between aerodynamic noise and rolling noise from the interaction of the wheels with the rails and rail sleepers.
USE SCENARIOS Single-reference classical modal analysis from measured FRFs Estimation of modal parameters to be used for finite element(FE) model correlation and updating, design verification, trouble-shooting, benchmarking and quality control Test planning and validation using finite element analysis(FEA) results CHARACTERISTICS The software contains powerful tools for geometry creation using top-down or bottom-up modeling.
USE SCENARIOS Noise source contribution assessment for component suppliers and vehicle manufacturers Testing days with multiple vehicles on the same track, in random order Single-person test operation Two-wheeler testing Official declaration of automotive pass-by noise levels for UN/ECE regulations The software merges the exterior noise data with the vehicle's data, which can be taken from onboard diagnostics systems, such as RPM, or from radar or GPS data, to obtain the vehicle's speed.
USE SCENARIOS Quality assurance checks of aircraft engine nacelle liners on the production line Measuring acoustic properties of aircraft interiors and cabin trim materials, such as attenuation and transmission loss Evaluating sound insulation material installations in wind tunnels for aerospace or automotive research Standard coupon tests using material samples to establish transmission loss, such as for automotive sound deadening materials USE The instrument has a sound source activation switch and status indicator integrated in the handle.
USE SCENARIO Calibration of sound level meters and other sound measurement equipment.
Use Scenario Search_ Products Furukawa Electric Co., Ltd.
Frequently used scenarios.
We also perform stress tests using scenarios of low frequency but high consequence major natural disasters and other extreme events.
Using scenarios from real-world driving data, however, means that uneventful driving outcomes will be evaluated more often, reducing the efficiency of the testing.
In this use scenario, the RapidPro hardware can be used for developing control applications in fields such as engine, transmission, chassis, body, and drives control.
USE SCENARIO General purpose, multi-axis vibration and shock measurements on low-mass structures and in confined spaces To avoid triboelectrical noise originating in the connector and to provide maximum measurement reliability and confidence, special attention has been paid to the three connectors.
USE SCENARIO Environmental noise assessment Occupational health assessment With a single, wide dynamic range, combined with simultaneous measurement of RMS and peak levels with different frequency and time weightings, you can gather all information in one go.