Biomechanical model generation for human or animal torsi
AssigneeKoninklijke Philips N.V.
InventorsDominik Benjamin Kutra, Thomas Buelow
Life of this patent
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Abstract
System and related method of generating a composite model for a bio-mechanical assembly. The comprises an input interface (IN) for receiving i) at least two input component models (m(B), m(C)) for respective anatomical components (B, C) of the mechanical assembly, and ii) a surface image acquired by a camera (DSC) of an outer layer (OL) of said biomechanical assembly (T). A combiner (Σ) is configured to combine, based on said surface image, said at least two input component models (m(B), m(C)) into a combined mechanical model (m(T)) for said biomechanical assembly.
Claims15
System of generating a composite model for a bio-mechanical assembly, comprising:
- an input interface (IN) for receiving i) at least two input component models (m(B), m(C)) for respective anatomical components (B,C) of the mechanical assembly, and ii) a surface image acquired by a camera (DSC) of an outer layer (OL) of said biomechanical assembly (T);
- and
- a combiner (Σ) configured to combine, based on said surface image, said at least two input component models (m(B), m(C)) into a combined mechanical model (m(T)) for said biomechanical assembly.
System of 1, wherein the bio-mechanical assembly (T) is an animal or human torso.
A computer-implemented method of generating a composite model for a biomechanical assembly (T), comprising the steps of:
- receiving (S10) i) at least two input component models (m(B), m(C)) for respective anatomical components (B,C) of the mechanical assembly, and ii) a surface image acquired by a camera (DSC) of an outer layer (OL) of said biomechanical assembly (T);
- and
- based on said surface image, combining (S20) said at least two input component models (m(B), m(C)) into a combined mechanical model (m(T)) for said biomechanical assembly.
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Dependencies are inferred from the claim text.