Method and system for automatic identification of a dental implant position on a bone
OwnerAnkit Nayak, Ming Yan Cheung +2inventors
InventorsAnkit Nayak, Ming Yan Cheung, Jingya Pu, Yuxiong Su
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Abstract
A computer-implemented method for automatic identification of a dental implant position in a bone including the steps of receiving a dental implant parameter, generating a digital bone model of the bone, wherein the bone is a fibula, identifying an anterior aspect of the fibula, determining an implant position in the fibula.
Claims20
A computer-implemented method for automatic identification of a dental implant position in a bone, comprising the steps of:
- receiving a dental implant parameter,
- generating a digital bone model of the bone, wherein the bone is a fibula,
- identifying an anterior aspect of the fibula,
- determining an implant position in the fibula.
A system for automatically identifying a dental implant position in a bone comprising:
- a computing apparatus comprising a processor and a memory unit, the processor and memory unit being operatively coupled to each other,
- the memory unit adapted to store instructions which, when executed by the processor cause the computing apparatus to:
- receive a dental implant parameter,
- generate a digital bone model of the bone, wherein the bone is a fibula,
- identify an anterior aspect of the fibula,
- determine an implant position in the fibula.
A non-transitory computer readable medium comprising instructions that, when executed by a processor cause the processor to perform the steps of a method for automatic identification of a dental implant position in a bone, wherein the comprising the steps of:
- receiving a dental implant parameter,
- generating a digital bone model of the bone, wherein the bone is a fibula,
- identifying an anterior aspect of the fibula, and;
- orienting the bone model along the anterior aspect of the fibula and in a vertical orientation,
- determining the direction of the implant based on the anterior aspect of the fibula,
- determining an implant position in the fibula and;
- wherein the digital bone model is a stereolithography model of the fibula, and;
- presenting the implant position in the fibula on a user interface.
Dependencies are inferred from the claim text.