Compartment mechanism and autoclave

Abstract

The invention relates to the field of pressure vessels and particularly relates to a compartment mechanism of an autoclave. The compartment mechanism is arranged in the autoclave, is used for partitioning an internal area of the autoclave and comprises a bracing ring and a plurality of partition plates. The bracing ring is arranged in the autoclave and is fixedly arranged on the internal wall of the autoclave through surrounding along a radial direction of the autoclave; the partition plates are all arranged in the autoclave, are sequentially spliced along a height direction of the autoclave and are all fixedly connected with the bracing ring. Each partition plate comprises a main body part and a connecting part connected with the main body part. The main body parts are fixed on the bracing ring, the connecting parts are used for being fixedly connected with connecting parts of adjacent partition plates, and a preset included angle is formed the main body part and the connecting part of each partition plate. According to the compartment mechanism provided by the invention, design calculation, manufacturing and maintenance are more convenient, and thus, the labor cost is greatly reduced.

Description

technical field [0001] The invention relates to the field of pressure vessels, in particular to an autoclave and a compartment mechanism thereof. Background technique [0002] In the hydrometallurgical industry, there are many bulkheads in pressure vessel equipment such as autoclaves, which divide the equipment into multiple separate cabins, and use the height difference between the compartments between the cabins to realize the separation of the medium. flow. [0003] The bulkhead is generally fixed to the cylinder and consists of three bulkheads. The two bulkheads on both sides are fixed to the equipment, and the middle plate is welded with stiffeners. Since the three bulkheads are relatively large, plus the welded upper Reinforcing ribs, the overall mass is larger. During manufacture and maintenance, due to the large mass of the three partitions, it is difficult to move after disassembly, so it is difficult for workers to enter and exit from the equipment, which is very...

AI Technical Summary

Problems solved by technology

During manufacture and maintenance, due to the large mass of the three partitions, it is difficult to move after disassembly, so it is not easy for workers to enter and exit from the equipment, which is very inconvenient

In addition, since the design of the bulkhead should take into account factors such as the filling of materials and the impact load of the agitator, and the two sides and the middle of the bulkhead have different structures and different bearing capacities, so the design calculation is quite complicated.

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