# Zong-Tao Yang

## Zong-Tao Yang, Shenzhen City CN

Patent application number | Description | Published |
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20130111383 | SYSTEM AND METHOD FOR MANAGING MEASURED ELEMENTS OF OBJECT | 05-02-2013 |

20130265324 | COMPUTING DEVICE AND METHOD FOR MANAGING MEASUREMENT OBJECT - A computing device displays an entire graphic of a measurement object on an interface displayed on a display device, and displays a tree object region on the interface, where the tree object region covers part of the entire graphic. The device redisplays the entire graphic of the measurement object by copying pixel information of the covered part from a memory of the computing device to the tree object region, creates a hierarchical tree object in the tree object region according to information of the measurement object, and stores a name of each node and coordinate information of a region occupied by each node's name into an array. When a cursor points to the tree object region, the device determines a node selected by the cursor by comparing coordinate information of the cursor with the coordinate information stored in the array. | 10-10-2013 |

## Zong-Tao Yang, Shenzhen CN

Patent application number | Description | Published |
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20150134303 | THREE-DIMENSIONAL SCANNING SYSTEM AND METHOD WITH HOLE-FILLING FUNCTION FOR POINT CLOUD USING CONTACT PROBE - A method for establishing a three-dimensional contour model of an object includes providing a contact probe which has a contact ball and three positioning dots. Then initial positions of the contact ball and positioning dots are established by measuring the contact probe by using a measuring device. A point cloud is created by scanning the object with a three-dimensional non-contact scanner. The contact ball of the contact probe is used to touch the object at a place where a hole of the point cloud is located. Image of the contact probe is caught to calculate out present position of the contact ball. Coordinate of the present position of the contact ball is output as a coordinate for filling the hole of the point cloud. | 05-14-2015 |

20150206345 | APPARATUS, SYSTEM, AND METHOD FOR GENERATING THREE-DIMENSIONAL MODELS OF OBJECTS - In a three-dimensional image models generating method, a two-dimensional point cloud model and a two-dimensional image of an object are acquired and aligned. A triangular mesh surface of the point cloud model is constructed and each triangle in the triangular mesh surface is assigned with an identifier. The image is divided into a plurality of triangles according to the triangle in the triangular mesh surface, and each triangle in the image is correspondingly assigned with an identifier. The triangular mesh surface is converted from a two-dimensional point cloud model to a three-dimensional point cloud model. After adjusting sizes of the triangle of the image, each triangle of the image is pasted onto a corresponding triangle of the three-dimensional point cloud model according to the identifiers, to generate a three-dimensional image model. | 07-23-2015 |

20160078639 | COMPUTING DEVICE AND METHOD FOR CALCULATING AREA OF OUTLINE OF OBJECT - A method calculates an area of an outline of an object using a computing device. The object is placed on a platform of the measurement machine connected to the computing device. The computing device obtains outline points of the object from an image of the object captured by the measurement machine. The computing device triangulates the outline points of the object using multiple triangles and generates an outline of the object. The computing device calculates the area of the outline of the object according to an area of each triangle. | 03-17-2016 |

20160117795 | POINT CLOUD DATA PROCESSING SYSTEM AND METHOD THEREOF AND COMPUTER READABLE STORAGE MEDIUM - A point cloud data processing system permitting free-form data selection of the cloud data includes an image forming module, a coordinate conversion module, a selection module, and a determination module. The image forming module graphs a three-dimensional image of the point cloud file. The coordinate conversion module transforms the three-dimensional image into a planar image. The selection module performs a polygon-shaped selection operation and shows a polygon-shaped region based a point cloud area selected in such a manner that the polygon-shaped region circumscribes the point cloud area selected. The determination module graphs a bounding box based on the outline of the polygon-shaped region, and determines whether graphical points lie inside both the bounding box and the polygon-shaped region. Graphical points that lie within both are further marked with color or other marking process, and graphical points which are not within both can be deleted or edited. | 04-28-2016 |

20160117856 | POINT CLOUD PROCESSING METHOD AND COMPUTING DEVICE USING SAME - A point cloud processing method is provided. The method includes: depicting, at a computing device, a three-dimensional image based on a point cloud data set; converting, at the computing device, the three-dimensional image to a two-dimensional image; dragging, at the computing device, a brush to form a coverage are; determining, at the computing device, whether a point is within the coverage area by comparing coordinates of each point in the two-dimensional image with coordinates of area boundary of the coverage area; and painting, at the computing device, the point within the coverage area to specific color. | 04-28-2016 |

20160138914 | SYSTEM AND METHOD FOR ANALYZING DATA - The present disclosure provides a system and a method for analyzing graphical data of an object. The system is implemented on a computing device linked to a database. The system receives a point cloud file corresponding to the object from the database, extracts point cloud data from the point cloud file, and meshes point cloud data to generate coordinate data corresponding to vertices for a plurality of meshed triangles. The system calculates distances between each of the meshed triangles and a fitting plane and a normal vector for each meshed triangle. The system calculates an included angle between the normal vector of each meshed triangle and a normal vector of the fitting plane to determine the accuracy of the point cloud data patches, and generates a report containing an accuracy analysis of the point cloud data for the object and a point cloud statistical analysis report. | 05-19-2016 |