If a thermal application offers a visible-image overlay, check how its outlines align with the intended target before using that presentation to mark a small component. Added visual detail should not become evidence of a thermal feature in the wrong place.
Ask what the delivered mode actually provides
| Review item | Question to answer |
|---|---|
| Image sources | Which parts of the presentation come from thermal and visible cameras? |
| Target position | Do the relevant outlines correspond in the supplied output? |
| Working distance | Which documented distance limits or adjustments apply? |
| Saved file | Does the exported result preserve the view and information required? |
| Unclear correspondence | How should the operator record and escalate it? |
FLIR’s camera web-interface guidance includes alignment-distance requirements for specified models and lenses using its own MSX technology. This is an example of why an overlay needs device-specific instructions, not evidence that a Phonemax phone includes MSX or the same adjustment.
Use an approved, harmless sample scene
After the supplier confirms the feature, compare its documented views on an identifiable stationary object. Keep the device, mode, distance and saved output in the record. If alignment is uncertain, preserve the available separate views and ask a qualified reviewer whether the image supports the intended annotation. Do not move into an unsafe area to improve a demonstration.
The current P20 Pro listing confirms integrated thermal imaging, but this article does not verify a visible overlay, AI enhancement or alignment control in its supplied app. No alignment trial is reported here.
Read the enhancement-feature checklist and ask Phonemax for the exact app mode and supporting instructions before making an overlay claim.
Lämna en kommentar
Alla kommentarer modereras innan de publiceras.
Denna webbplats är skyddad av hCaptcha och hCaptchas integritetspolicy . Användarvillkor gäller.