18626917. METHOD AND SYSTEM FOR GENERATING OBJECT 3D POINT CLOUD IN MEDICAL IMAGING SYSTEM simplified abstract (GE PRECISION HEALTHCARE LLC)

METHOD AND SYSTEM FOR GENERATING OBJECT 3D POINT CLOUD IN MEDICAL IMAGING SYSTEM

Organization Name

GE PRECISION HEALTHCARE LLC

Inventor(s)

Yanran Xu of Beijing (CN)

Yu Huang of Beijing (CN)

Fanbo Meng of Beijing (CN)

Raghu Prasad of Bengaluru (IN)

Adam G. Pautsch of Waukesha WI (US)

METHOD AND SYSTEM FOR GENERATING OBJECT 3D POINT CLOUD IN MEDICAL IMAGING SYSTEM - A simplified explanation of the abstract

This abstract first appeared for US patent application 18626917 titled 'METHOD AND SYSTEM FOR GENERATING OBJECT 3D POINT CLOUD IN MEDICAL IMAGING SYSTEM

Simplified Explanation

The patent application describes a method for planning the moving path of a machine table in a medical imaging system. This method involves determining a region to be scanned in a 3D point cloud of an object, finding the center of gravity and height of this region, calculating a target height for the machine table, and planning the moving path based on this target height.

• Determines the region to be scanned in a 3D point cloud of an object
• Finds the center of gravity and height of the region
• Calculates a target height for the machine table
• Plans the moving path based on the target height

Key Features and Innovation

• Utilizes a scanning plan to determine the region to be scanned in the object
• Considers the center of gravity and height of the region for positioning the machine table
• Ensures the height of the center of gravity is equal to the central height of the scanning space when the machine table is at the target height

Potential Applications

This technology can be applied in medical imaging systems for precise scanning of specific regions in objects.

Problems Solved

This technology addresses the challenge of planning the moving path of a machine table in a medical imaging system to accurately scan a specific region in an object.

Benefits

• Improved accuracy in scanning specific regions in objects
• Efficient planning of the moving path of the machine table
• Enhanced performance of medical imaging systems

Commercial Applications

• Medical imaging equipment manufacturers can integrate this technology into their systems for enhanced scanning capabilities.
• Hospitals and healthcare facilities can benefit from more accurate and efficient medical imaging procedures.

Questions about the Technology

How does this technology improve the scanning process in medical imaging systems?

This technology improves the scanning process by accurately planning the moving path of the machine table to scan specific regions in objects.

What are the key factors considered in determining the target height for positioning the machine table?

The key factors considered are the height of the center of gravity of the region to be scanned and the central height of the scanning space.

Original Abstract Submitted

A method for planning a moving path of a machine table in a medical imaging system is described. The method includes determining a to-be-scanned region in an object 3D point cloud of the object based on a scanning plan, determining a center of gravity of the to-be-scanned region and a height of the center of gravity, determining a target height for positioning the machine table based on the height of the center of gravity and a central height of the scanning space, so that the height of the center of gravity is equal to the central height of the scanning space when the machine table is positioned at the target height, and planning the moving path of the machine table based on the determined target height. The scanning plan comprises positioning information of the to-be-scanned region relative to the object.