Difference between revisions of "Human Vibration"

From OROS Wiki
Jump to navigation Jump to search
Line 32: Line 32:
[[Image:The_end.png|400px|none]]
[[Image:The_end.png|400px|none]]
   </ol>
   </ol>
==Toolkit results==
===Time-weighted signal===
===Health and comfort indicator===
==Calculating the other indicators with NVGate==
===RMS===
===Aw===
===Ah and Ah(8)===
===VDV Texp===

Revision as of 18:33, 4 November 2020

The OROS Body Vibration tool allow you to evaluate the affect of vibration on the human body according to standards ISO 2651 and ISO 53XX.

This programme operate in post analysis mode and will help you to calculate weighted signal of acceleration with the filters and specific indicators both defined in the standards.

Download

Download the program here (version from 04/11/2020) : https://orossas.sharepoint.com/:u:/g/support/EU4wYMKICt1GoI06CuzGsAYBzit5aFCoAt7WC0RoHchAmA?e=dVc7Od

How to use

  1. Launch NVGate

  2. Launch OROS_BodyVibration_Tool.exe

  3. Open a project in NVGate
  4. File:Open project manager.png
  5. In the tool, Click on list measurement to list all the measurement present in the project (only the measurement where the signal files are actually on the disk will be displayed. Ensure you have downloaded signal from the OR3X disk)

  6. Add the measurement you want to analyse in the "selected list" area (you can select several measurements) using the ">>" button. Use the "<<" button to remove file if needed.

  7. Select the weighting you want to apply on the time signal

  8. Select the weighting you want to apply for each direction X, Y and Z used for the indicators

  9. Select the indicators you want to calculate

  10. Click on "Start Processing"

  11. The processing is completed when a the following pop-up window appear. The results ans weighted signal have been generated in the current NVGate project. See the next sections for details.

Toolkit results

Time-weighted signal

Health and comfort indicator

Calculating the other indicators with NVGate

RMS

Aw

Ah and Ah(8)

VDV Texp