Movable transition device in nuclear equipment transfer device and method thereof

Abstract

The invention relates to the field of mechanical equipment loading and transferring, in particular to a movable transition device of a nuclear equipment transferring device. According to the movable transition device, heavy equipment can be automatically transferred to another working area from one working area, and the accuracy and the precision are high. The movable transition device comprises a mobile input trolley, an unpowered roller supporting frame and a mobile output trolley, wherein the mobile input trolley, the unpowered roller supporting frame and the mobile output trolley are installed on a straight line and the surface of the mobile input trolley, the surface of the unpowered roller supporting frame and the surface of the mobile output trolley are installed at the same height.

Description

technical field [0001] The invention relates to the field of mechanical equipment loading transfer, in particular to a movable transition device in a nuclear equipment transfer device and a transfer method thereof. Background technique [0002] At present, most of the existing equipment transfers are carried by hand, but for some heavy large-scale mechanical equipment, it will become difficult and labor-intensive to use manual transfer; especially for some work areas that need to be manually operated When it is transferred to another work area that cannot be manually operated, and other mechanical docking operations are performed (such as when 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) ), 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, w...

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Problems solved by technology

[0002] At present, most of the existing equipment transfers are carried by hand, but for some heavy large-scale mechanical equipment, it will become difficult and labor-intensive to use manual transfer; especially for some work areas that need to be manually operated When it is transferred to another work area that cannot be manually operated, and other mechanical docking operations are performed (such as when 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) ), 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 area Isolated from the working area of ​​the equipment; manual handling will become impossible; moreover, for the docking of some heavy equipment, manual operation is difficult to achieve its accuracy and precision

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