Sign up
Log in
George
In Space-Shenzhou-19 Crew/In-orbit Verification
In Space - Recent (China Manned Space Agency - No access Chinese mainland)
1. Space view from China's space station
2. Various of Shenzhou-19 crew conducting in-orbit test for pipe inspection robot
3. Various of crew using EEG equipment, software to conduct space medicine experiments
4. Various of crew collecting data on bone, muscle study
5. Various of crew wearing monitoring device to collect data
6. Various of mechanism of space station, replace, maintenance work in progress
7. Various of crew conducting system-wide pressure emergency drill
The crew aboard the Shenzhou-19 spacecraft conducted an in-orbit test for a pipe inspection robot and completed various other tasks including scientific research and experiments and space station maintenance work last week.
The crew members -- Cai Xuzhe, Song Lingdong, and Wang Haoze -- were sent into the space station on Oct 30 for a six-month mission.
During the robot test mission, the astronauts placed the robot in a simulated pipe, powered it up, and initiated the inspection task. Upon completion, the robot returned to the entrance of the pipe for retrieval by the astronauts.
The experiment validated key technologies including robot mechanism design and coordinated motion control in complex pipe environments, establishing a technical foundation for automatic pipeline inspection at the space station.
In the field of space medicine experiments, the crew employed EEG equipment and software for various tests. The data gathered will aid researchers in studying how gravity affects visual motion processing, understanding the cognitive principles and neural basis of human relationships in a microgravity environment, and exploring the relationship between brainwave music intervention and long-term spaceflight.
In studying bone and muscle, the crew used different equipment to gather data on plantar pressure, joint kinematics, and motion images from running and resistance exercises under different loads, mapping the relationships between motion parameters and plantar pressure.
Additionally, the astronauts collected data by wearing motion trackers and heart rate monitors, and completed weekly sleep quality questionnaires to investigate the impact of the space environment on human body.
In the field of microgravity physical sciences, the crew carried out routine tasks such as cleaning non-container experimental chambers, replacing experimental samples and performing maintenance on axis mechanisms and electrodes.
Last week, the crew and ground researchers conducted a system-wide pressure emergency drill, simulating the entire response process for an internal pressure loss in the space station.
This exercise strengthened astronauts' emergency response skills and enhanced space-to-ground coordination.
In Space-Shenzhou-19 Crew/In-orbit Verification
Dateline : Recent
Location : In Space
Duration : 2'02
In Space - Recent (China Manned Space Agency - No access Chinese mainland)
1. Space view from China's space station
2. Various of Shenzhou-19 crew conducting in-orbit test for pipe inspection robot
3. Various of crew using EEG equipment, software to conduct space medicine experiments
4. Various of crew collecting data on bone, muscle study
5. Various of crew wearing monitoring device to collect data
6. Various of mechanism of space station, replace, maintenance work in progress
7. Various of crew conducting system-wide pressure emergency drill
The crew aboard the Shenzhou-19 spacecraft conducted an in-orbit test for a pipe inspection robot and completed various other tasks including scientific research and experiments and space station maintenance work last week.
The crew members -- Cai Xuzhe, Song Lingdong, and Wang Haoze -- were sent into the space station on Oct 30 for a six-month mission.
During the robot test mission, the astronauts placed the robot in a simulated pipe, powered it up, and initiated the inspection task. Upon completion, the robot returned to the entrance of the pipe for retrieval by the astronauts.
The experiment validated key technologies including robot mechanism design and coordinated motion control in complex pipe environments, establishing a technical foundation for automatic pipeline inspection at the space station.
In the field of space medicine experiments, the crew employed EEG equipment and software for various tests. The data gathered will aid researchers in studying how gravity affects visual motion processing, understanding the cognitive principles and neural basis of human relationships in a microgravity environment, and exploring the relationship between brainwave music intervention and long-term spaceflight.
In studying bone and muscle, the crew used different equipment to gather data on plantar pressure, joint kinematics, and motion images from running and resistance exercises under different loads, mapping the relationships between motion parameters and plantar pressure.
Additionally, the astronauts collected data by wearing motion trackers and heart rate monitors, and completed weekly sleep quality questionnaires to investigate the impact of the space environment on human body.
In the field of microgravity physical sciences, the crew carried out routine tasks such as cleaning non-container experimental chambers, replacing experimental samples and performing maintenance on axis mechanisms and electrodes.
Last week, the crew and ground researchers conducted a system-wide pressure emergency drill, simulating the entire response process for an internal pressure loss in the space station.
This exercise strengthened astronauts' emergency response skills and enhanced space-to-ground coordination.
ID : 8411787
Published : 2025-01-12 15:59
Last Modified : 2025-01-13 15:29:00
Source : Other
Restrictions : No access Chinese mainland
More
