通过介绍数字化管道的概念及包含的内容，将数字化管道技术引入在役输气管道。
The digital pipeline technology is introduced to gas pipelines in serve by describing the concept and the content of digital pipeline.
讨论了构建系统所需的支撑技术，证明了数字化管道技术应用于在役输气管道的可行性。
Discussed is key technology needed in system and proved is feasibility of the digital pipeline technology applied in gas pipelines in serve.
我国在役输气管道自动化，数字化管理水平普遍偏低，数字化管道技术可以大大提高管道的管理效率。
The level of automatic and digital management in domestic gas pipelines in serve is low generally. The digital pipeline technology can largely improve pipeline management efficiency.
在数字化管道设计中，按照管道设计流程引入工作流，可较大提高管道设计工作效率和设计质量，降低设计成本。
The working efficiency and quality of pipeline design may be greatly improved and the design cost may be reduced by introducing workflow in the design of digitalized pipeline.
目的：研究数字化虚拟人体肝脏数据集图像中肝脏及肝脏管道结构特征。
AIM: to study the morphological features of the hepatic sectional anatomy of digitized virtual human database.
最终形成的数字化样机包含有车辆管道电缆在内的所有空间占位信息、质量属性和电气线缆网络的连接逻辑信息。
The final digital sample car includes the information of volume, mass, center of gravity and logical connection of electrical cabling net.
京海ustm系列超声波测厚仪采用先进技术、数字化、便携式、性能可靠。产品广泛应用于各种材料厚度的精确测量。是锅炉压力容器、金属管道及现场作业的理想检测工具。
USTM Series ultrasonic thickness gage ADAPTS advanced technology with high accuracy, portability and reliability, it has been widely used for testing the thickness of many kinds of material.
京海ustm系列超声波测厚仪采用先进技术、数字化、便携式、性能可靠。产品广泛应用于各种材料厚度的精确测量。是锅炉压力容器、金属管道及现场作业的理想检测工具。
USTM Series ultrasonic thickness gage ADAPTS advanced technology with high accuracy, portability and reliability, it has been widely used for testing the thickness of many kinds of material.
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