Three-dimensional stereo-imaging technology for bone ashes of a human body

A three-dimensional, three-dimensional imaging technology, applied in the field of funeral and interment, can solve the problems of reducing forest coverage, polluting rivers and oceans, and occupation, and achieve the effect of changing funeral customs, reducing economic burden, and saving natural and social resources

Inactive Publication Date: 2016-11-09
宗品禾
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, there are currently the following ways to deal with ashes: first, coffin burial, this burial method is still popular in many places in China and even abroad. The custom of burying coffins; second, building cemeteries, using barren ridges or even occupying cultivated land to build cemeteries, there are a large number of commercial or public cemeteries in various provinces, cities, counties, and even towns where conditions permit; third, other methods , columbarium, columbarium, tree burial, flower bed burial, lawn burial, river burial and even sea burial, but no matter what kind of burial methods are used, the result still occupies a large amount of available land and reduces forest coverage ; still mining non-renewable various stone mines; still polluting rivers and oceans more or less

Method used

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  • Three-dimensional stereo-imaging technology for bone ashes of a human body

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Effect test

Embodiment 1

[0020] Firstly, image acquisition and processing of the human body: the camera matrix system is selected, the camera matrix system includes cameras, brackets, flashlight components, and communication cables, and finely captures the face by setting up multiple digital cameras installed on the automatic indexing and rotating platform feature. Combined with the 3D scanner system, the whole body features and scenes that do not require high precision are collected. For those who are not convenient to use the camera matrix system, or for image collection of the animals and objects that the deceased loved during his lifetime, the 3D stereoscopic imaging system is used, and the 3D stereoscopic image is finally obtained through computer-aided 3D stereoscopic imaging.

[0021] Secondly, the original image data collected in the early stage is synthesized and repaired by the central computer graphics workstation, or the collected data is re-created through drawing software to make it matc...

Embodiment 2

[0024] Firstly, image acquisition and processing of the human body: the camera matrix system is selected, the camera matrix system includes cameras, brackets, flashlight components, and communication cables, and finely captures the face by setting up multiple digital cameras installed on the automatic indexing and rotating platform feature. Combined with the 3D scanner system, the whole body features and scenes that do not require high precision are collected. For those who are not convenient to use the camera matrix system, or for image collection of the animals and objects that the deceased loved during his lifetime, the 3D stereoscopic imaging system is used, and the 3D stereoscopic image is finally obtained through computer-aided 3D stereoscopic imaging.

[0025] Secondly, the original image data collected in the early stage is synthesized and repaired by the central computer graphics workstation, or the collected data is re-created through drawing software to make it matc...

Embodiment 3

[0028] Firstly, image acquisition and processing of the human body: the camera matrix system is selected, the camera matrix system includes cameras, brackets, flashlight components, and communication cables, and finely captures the face by setting up multiple digital cameras installed on the automatic indexing and rotating platform feature. Combined with the 3D scanner system, the whole body features and scenes that do not require high precision are collected. For those who are not convenient to use the camera matrix system, or for image collection of the animals and objects that the deceased loved during his lifetime, the 3D stereoscopic imaging system is used, and the 3D stereoscopic image is finally obtained through computer-aided 3D stereoscopic imaging.

[0029] Secondly, the original image data collected in the early stage is synthesized and repaired by the central computer graphics workstation, or the collected data is re-created through drawing software to make it matc...

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Abstract

The invention discloses a three-dimensional stereo-imaging technology for the bone ashes of a human body. The three-dimensional stereo-imaging technology comprises the following steps that image collection is carried out, specifically, the human body is processed through the three-dimensional imaging technology, so that a three-dimensional image is obtained; image processing is carried out, composite restoration is carried out on the three-dimensional image through a graphic workstation, and available three-dimensional data formats are exported, and discretization model data are obtained through a slicing program and input into a 3D printer; material preparation is carried out, specifically, the bone ashes of the human body are processed into ultra-fine powder through an ultra-fining smashing technology, and the diameter of the ultra-fine powder is of 350-3000 meshes; and imaging processing is carried out, specifically, after being heated and smelted, the ultra-fine powder is fed into the 3D printer, and an entity portrait with the smooth surface is obtained through the 3D printer. By means of the ash statue manufactured through the technology, original funeral conventions are changed, the natural resource and national resource are saved, and meanwhile economical burdens brought to people due to the existing funeral conventions can be relieved.

Description

technical field [0001] The invention relates to a method for imaging human ashes, in particular to a three-dimensional imaging process for ashes of human body, which belongs to the technical field of funeral and interment. Background technique [0002] According to the applicant's knowledge, cremation is currently the funeral method in most areas of my country. The implementation of this policy is not only a manifestation of human progress, but also a major measure that benefits the country and the people. However, there are currently the following ways to deal with ashes: first, coffin burial, this burial method is still popular in many places in China and even abroad. The custom of burying coffins; second, building cemeteries, using barren ridges or even occupying cultivated land to build cemeteries, there are a large number of commercial or public cemeteries in various provinces, cities, counties, and even towns where conditions permit; third, other methods , columbarium...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): B44C3/06B33Y10/00B33Y70/00
CPCB44C3/06B33Y10/00B33Y70/00
Inventor 宗品禾宗宁枫
Owner 宗品禾
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