"Deep Sea Bio-Digital In-situ Observation Record System" passed the mid-term acceptance

[ China Instrument Network Instrument R&D ] Recently, the large-scale measurement innovation team from the Shanghai Institute of Metrology conducted a mid-term acceptance review for the national key research and development project "Deep Sea Bio-Digital In-situ Observation and Recording System," led by Shanghai University. This project involves the development of a prototype and related testing equipment, with calibration services also available.

The "Deep Sea Bio-Digital In-situ Observation and Recording System" aims to meet the requirements of deep-sea manned submersibles during sea trials and scientific missions. It focuses on researching key technologies for full-sea-depth video equipment and building underwater platforms and deep-sea manned submersible systems. This interactive video shooting system enables real-time observation and recording of seabed operations and environments, offering valuable insights into deep-sea conditions.
To ensure the service runs smoothly, the technical team from the Shanghai Institute of Metrology carefully reviewed the project plan and task documents. They had multiple discussions with the project leader to clarify the system's technical specifications and acceptance criteria. Drawing on their expertise in non-contact measurement technology, they carried out detailed traceability calibration for the Deep Sea Bio-Digital In-situ Observation and Recording System, successfully completing the project acceptance.
This collaboration highlights the innovative spirit of the Shanghai Institute of Metrology in engaging with industries and enhancing the level of measurement and testing services. It marks a strong beginning for the institute's efforts in providing high-tech marine services. Furthermore, it supports China's deep-sea submersible capabilities, enabling operations from 1,000 to 7,000 meters, and contributes to the exploration and utilization of deep-sea oil and gas, mineral resources, and biological resources.
(Original title: Enhance the supply level of measurement services to support national key research and development projects)
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