Automatic unloading device for UO2 grinding core blocks

Abstract

The invention discloses an automatic unloading device for UO2 grinding core blocks. The automatic unloading device comprises a mechanism for stacking core blocks on a tray, a core block off-line scrubbing mechanism, a charging tray carrying mechanism, an empty charging tray loading mechanism and a full charging tray unloading mechanism; after core blocks on a grinding line enter the device, the core blocks are firstly stacked orderly row by row through the mechanism for stacking the core blocks on the tray; after the whole tray of the core blocks is stacked, the core blocks are poured out of the tray, and enter the core block off-line scrubbing mechanism to be scrubbed off line; after the core blocks are scrubbed off line, the tray filled up with the core blocks is fed to the charging trayunloading mechanism for being stacked through the charging tray carrying mechanism; and empty charging trays are carried to the tail end of the core block offline scrubbing mechanism from the charging tray charging mechanism through the empty charging tray loading mechanism to wait for loading. The automatic unloading device for the UO2 grinding core blocks belongs to professional equipment, completely depends on independent development and development, and is initiative in China.

Description

technical field [0001] The invention belongs to the field of nuclear fuel element manufacturing, and in particular relates to a UO 2 Automatic unloading device for grinding pellets. Background technique [0002] The original grinding pellet blanking equipment of CANDU-6 nuclear fuel pellet production line is a semi-automatic tray loading machine. Firstly, the operator puts the empty tray on the semi-automatic tray loading machine. After the tray loading machine codes the pellets, the operator moves the full tray to the pellet scrubbing sink for manual scrubbing, flipping, and draining. , and then manually stacked and loaded. [0003] The blanking of grinding pellets is a repetitive operation, which requires a large amount of labor, takes up a large number of operators, and additionally increases labor costs. Due to the large number of manual operations, it is difficult to eliminate the influence of human factors such as weak sense of responsibility, poor working condition...

AI Technical Summary

Problems solved by technology

Due to many manual operations, it is difficult to eliminate the influence of human factors on product quality such as weak sense of responsibility, poor working conditions, and inconsistent operating methods in the entire production process.

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