Device for transporting and docking nuclear facilities

Abstract

The invention relates to a machinery device, and specifically relates to a device for transporting and docking nuclear facilities in a confined space. The device comprises a roller transportation device, a right angle transportation device, a first movable trolley, an unpowered transportation device, a second movable trolley, a cross arm robot, a docking passage and a docking trolley. The roller transportation device, the right angle transportation device, the first movable trolley, the unpowered transportation device, the second movable trolley, the cross frame robot, the docking passage and the docking trolley are arranged sequentially. The device solves the problems of transportation and docking of large-scale nuclear facilities when the large-scale nuclear facilities need to pass through multiple isolation gates in the confined space.

Description

technical field [0001] The invention relates to a mechanical device, in particular to a transport docking device used in a closed space of a nuclear facility. Background technique [0002] At present, manual handling is mostly used for the transfer of existing equipment, but for some heavy large-scale mechanical equipment, manual handling and transfer will become very difficult and labor-intensive; especially for some tasks that require manual operation When the area is transferred to another work area that cannot be manually operated, and other mechanical docking operations are performed (such as the specific work environment has radiation or other hazards to the human body, or the cleanliness level of the work area is very high, manual operation will bring pollution sources time), especially during the handling of nuclear facilities, due to the fact that there will be a lot of radiation during the specific use of the equipment, which will cause great radiation damage to th...

AI Technical Summary

Problems solved by technology

[0002] At present, manual handling is mostly used for the transfer of existing equipment, but for some heavy large-scale mechanical equipment, manual handling and transfer will become very difficult and labor-intensive; especially for some tasks that require manual operation When the area is transferred to another work area that cannot be manually operated, and other mechanical docking operations are performed (such as the specific work environment has radiation or other hazards to the human body, or the cleanliness level of the work area is very high, manual operation will bring pollution sources time), especially during the handling of nuclear facilities, due to the fact that there will be a lot of radiation during the specific use of the equipment, which will cause great radiation damage to the human body, and many very thick separation walls are required to protect the artificial The area is isolated from the equipment working area; manual handling will become impossible; moreover, for the docking of some heavy equipment, it is difficult for manual operation to achieve its accuracy and precision

Images