Local SI Module
After entering the measurement parameters into the MR software, the measurement positions are automatically displayed virtually in the room. The sensors can then be easily aligned to these positions.
Sound measurement process
1. define parameters
The operator puts on the data glasses, starts the HoloMetrix app, and conveniently enters the dimensions of the object to be measured in the menu window that appears in the room. The data glasses then automatically create a virtual reference cube, which is placed over the object to be measured using drag and drop.
2. generate enveloping surface
After positioning the reference cuboid, a menu window appears in which the number of segments and the distance to the measurement object can be conveniently entered. In addition, you can hide the measuring surfaces that are not to be measured.
The software is suited for measurements by discrete measuring points (DIN EN ISO 9614 - 1) and for measurement using a scan path (DIN EN ISO 9614 - 3).
After positioning the reference cuboid, a menu window appears in which the number of segments and the distance to the measurement object can be conveniently entered. In addition, you can hide the measuring surfaces that are not to be measured.
The software is suited for measurements by discrete measuring points (DIN EN ISO 9614 - 1) and for measurement using a scan path (DIN EN ISO 9614 - 3).
3. measure sound intensity
Discrete measurement according to DIN EN ISO 9614 1-3
In the case of a discrete measurement, the standard-compliant measurement positions are displayed by clicking on the “Start measurement” button. The operator then simply aligns the measuring probe with the virtual measuring points and starts the measurement in the measurement software on the PC.
Discrete measurement according to DIN EN ISO 9614 1-3
Im Fall einer diskreten Messung werden die normkonformen Messpositionen durch einen Klick auf den Button „Messung beginnen“ angezeigt. Der Bediener richtet die Messsonde nun lediglich an den virtuellen Messpunkten aus und startet die Messung in der Messoftware am PC.
Scan measurement according to DIN EN ISO 3744
Similarly, the scan path is generated automatically when using the scanning method. The measuring probe is first aligned at the start of the path. After clicking on "Start", a virtual sphere moves along the path at a previously defined speed. Simply following the virtual sphere with your probe ensures that you scan in accordance with the standard. This avoids time-consuming repeated measurements.
Scan measurement according to DIN EN ISO 3744
Similarly, the scan path is generated automatically when using the scanning method. The measuring probe is first aligned at the start of the path. After clicking on "Start", a virtual sphere moves along the path at a previously defined speed. Simply following the virtual sphere with your probe ensures that you scan in accordance with the standard. This avoids time-consuming repeated measurements.
4. result visualization
The measured values can then be entered into the respective segments via a menu window. These values are used to automatically generate a sound field map. This visualization facilitates both interpretation and detection of acoustic problem areas. Measures can then be taken to reduce the acoustic emissions of the measured object, if necessary.
High accuracy
Obstacles such as pipes can be taken into account. Deviations of less than 1 cm/m.
high flexibility
The measurement is suitable for indoor and outdoor use and for measuring objects of almost any size.
Easy evaluation
The results are displayed directly over die measurent object by using a virtual sound field map.
Time saving
Time savings of up to 80 % compared to conventional measuring methods.
cost saving
The AR glasses work independently. No external device (e.g. computer or smartphone) is required.
Efficient
Eliminating the need to manually determine the measurement positions leaves more time for the really important issues.
Time saving
Time savings of up to 80 % compared to conventional measuring methods.
cost saving
Die Datenbrille funktioniert eigenständig. Es wird kein externes Device (bspw. Computer oder Smartphone) benötigt.
Efficient
Eliminating the need to manually determine the measurement positions leaves more time for the really important issues.
High accuracy
Obstacles such as pipes can be taken into account. Deviations of less than 1 cm/m.
high flexibility
The Product is suited for indoor and outdoor measurements and for objects of almost any size.
Easy evaluation
The results are displayed directly over die measurent object by using a virtual sound field map.
Take your sound measurements to the next level
We would be happy to demonstrate our solution to you personally and without obligation. Request an appointment now.
Additional services
Rent instead of buy
Do you only need the solution for a specific, temporary project? Then you are welcome to rent the package consisting of data glasses, Sound HUB, and the necessary modules (no minimum term).
Measuring services
You do not have the possibility to carry out sound measurements in-house or only need a sound measurement for one specific project? Then we are more than happy to perform the measurement for you.