20240033040. METHODS AND SYSTEMS FOR ORTHODONTIC TREATMENT PLANNING simplified abstract (CVSTOM Co.)

METHODS AND SYSTEMS FOR ORTHODONTIC TREATMENT PLANNING

Organization Name

CVSTOM Co.

Inventor(s)

Kjeld A. Aamodt of San Francisco CA (US)

METHODS AND SYSTEMS FOR ORTHODONTIC TREATMENT PLANNING - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240033040 titled 'METHODS AND SYSTEMS FOR ORTHODONTIC TREATMENT PLANNING

Simplified Explanation

The patent application describes a method of orthodontic treatment planning using three-dimensional scans of a patient's dentition. The scans include intraoral surface data and volumetric data. These scans are overlaid to create an integrated patient model, which includes the root of at least one tooth with a longitudinal axis. The method also involves determining the center of rotation of the tooth for orthodontic treatment planning. The center of rotation is defined as a point located at a predetermined distance from the base to the apex of the root along the longitudinal axis of the tooth in the integrated patient model.

• The method involves receiving three-dimensional scans of a patient's dentition, including intraoral surface data and volumetric data.
• The scans are overlaid to generate an integrated patient model, which includes the root of at least one tooth with a longitudinal axis.
• The center of rotation of the tooth is determined for orthodontic treatment planning.
• The center of rotation is defined as a point located at a predetermined distance from the base to the apex of the root along the longitudinal axis of the tooth in the integrated patient model.

Potential applications of this technology:

• Orthodontic treatment planning: The method can be used by orthodontists to plan and design personalized treatment strategies for patients.
• Dental implant placement: The integrated patient model can assist in determining the optimal position and orientation for dental implants.
• Prosthodontics: The method can aid in the design and fabrication of dental prostheses by providing accurate information about the dentition and root structure.

Problems solved by this technology:

• Accurate treatment planning: The method allows for precise visualization and analysis of the dentition, enabling orthodontists to plan treatments more effectively.
• Improved outcomes: By determining the center of rotation, orthodontic treatments can be optimized for better results.
• Enhanced patient experience: The use of three-dimensional scans reduces the need for traditional dental impressions, making the treatment process more comfortable for patients.

Benefits of this technology:

• Personalized treatment: The integrated patient model provides a detailed representation of the patient's dentition, allowing for customized treatment planning.
• Time and cost savings: The use of three-dimensional scans eliminates the need for physical models and reduces the time required for treatment planning.
• Improved treatment accuracy: The method provides precise information about the root structure and center of rotation, leading to more accurate treatment outcomes.

Original Abstract Submitted

a method of orthodontic treatment planning for a patient includes receiving three-dimensional intraoral surface scan data of a dentition of the patient, receiving three-dimensional volumetric scan data of the dentition of the patient, and overlaying the intraoral surface scan data and the volumetric scan data to generate an integrated patient model comprising a root of at least one tooth having a longitudinal axis. the method further includes determining, for use in planning an orthodontic treatment, a center of rotation of the at least one tooth, wherein the center of rotation is defined as a point located a predetermined distance from a base of the root to an apex of the root along the longitudinal axis of the at least one tooth in the integrated patient model.