SELF-ADAPTIVE DIRECT-SLICING METHOD FOR PREPARING BIOLOGICAL STENT

WIPO Patent Application WO/2018/113509

A1

A self-adaptive direct-slicing method for preparing a biological stent, being a secondary development employing VC++ on SolidWorks2011 as the platform. The core concept provided and the particular processing mechanism used for the characteristics of a three-dimensional model of a biological stent in the present invention also can be specifically implemented by virtue of other software and hardware platforms. The method mainly comprises four parts: pre-processing, thickness self-adaptive processing, direct slicing and subsequent processing. Two steps, an ESD sub-step and an IAD sub-step, which compose the thickness self-adaptive processing, are completely separate steps, one step having no operating data or operating object which overlaps with the operating data or operating object of the other step. The present invention efficiently avoids the algorithm or operation which consumes system resources and plenty of time during preparation, being able to improve efficiency and ensure precision.

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WO/2023/213213	3D PRINTER, METHOD AND APPARATUS USED FOR 3D PRINTER, 3D PRINTING SYSTEM, AND STORAGE MEDIUM

LIU WANGYU (CN)
LI MINGKE (CN)
JIANG XIAOYONG (CN)
HUANG JIALE (CN)
SUN DONG (CN)

PCT/CN2017/114431

June 28, 2018

December 04, 2017

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UNIV SOUTH CHINA TECH (CN)

B29C64/386; B33Y50/00; G06F19/00; G06T19/20

WO2015161833A1

2015-10-29

CN106671422A	2017-05-17
CN104799924A	2015-07-29
CN102102300A	2011-06-22
CN105711017A	2016-06-29

GUANGZHOU HUAXUE INTELLECTUAL PROPERTY AGENCY CO., LTD. (CN)

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