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E3TAM

Twin-wheel identification using top and side evidence

Solution concept

Cast wheels arrive at random angles and may share almost identical top faces. A decision made without observing side-flange or width differences can assign the wrong product identity.

Artificial intelligenceRequirement-led conceptMultiple viewsPLC and evidence record
Information delivered

Proposed output: product identity, top/side evidence used and review reason. Acceptance limits require sample tests; this scene does not measure classification performance.

Twin-wheel identification using top and side evidenceILLUSTRATIVE SIMULATION
Twin-wheel identification using top and side evidence
  1. 01 Presentation
  2. 02 Trigger and reference
  3. 03 Image / profile
  4. 04 Decision
  5. 05 Evidence and PLC
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Centre the wheel

Sample record
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Evidence consistency
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Acquisition progress
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Scenes are illustrative simulations; they are not customer references or performance guarantees.

Solution approach

After centring, match the top image independently of rotation and narrow geometric candidates using AI classification. Fuse side-profile evidence for similar candidates. Route insufficient evidence to an unknown or ambiguous state for operator review.

Process steps

  1. 01

    Presentation

    Centre the wheel

  2. 02

    Trigger and reference

    Extract top-face candidates

  3. 03

    Image / profile

    Compare side profiles

  4. 04

    Decision

    Hold uncertainty at the decision gate

  5. 05

    Evidence and PLC

    Record the evidenced identity

Vision system design

Let us assess your application together

We test your sample in our laboratory and report on resolution, optics and lighting selection.

+90 212 275 2280 – 81
Esentepe / İstanbul · İkitelli OSB Laboratory
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