Vacuum sintering cluster system sharing glove box for protecting feed

Abstract

A vacuum sintering cluster system for sharing a feeding-protective glove box includes a plurality of sintering chambers, a feeding-protective glove box and a self-control system. The vacuum sintering cluster system is characterized in that both the door of a combustion chamber and the door of the feeding-protective glove box adopt a board plug valve structure; a protection space is formed at the connecting locations of the doors of the sintering chambers and the doors of the feeding-protective glove box which are both board plug valve types; the feeding-protective glove box is arranged a vehicle chassis with a pushing mechanism; at least one feeding-protective glove box is arranged on a track; two feeding-protective glove boxes are reversely arranged on a pair of tracks; a plurality of sintering chambers are arranged at the outer side of the track to form the sintering cluster; the self-control system controls and dispatches the movable feeding-protective glove box to work, thus realizing to share one movable feeding-protective glove box by a plurality of combustion chambers by dynamic combination. The vacuum sintering cluster system can reduce the arrangement of the glove boxes by 80 percent, thus obviously saving the investment and fields, improving the operating factor of the feeding-protective glove box and greatly reducing the production and operation costs, thereby not only improving the stability of technique operation, but also being convenient for storing, transferring and managing materials; besides, the vacuum sintering cluster system is more beneficial to the technique stability and the management on the operation field.

Description

technical field [0001] The invention relates to anaerobic material sintering equipment in metallurgical processing, a set of vacuum sintering equipment with a protective charging device. Background technique [0002] The current technical status of sintering processing equipment applied to anaerobic materials such as NdFeB is: the charging protection chamber and the sintering chamber are configured one-to-one, the cost of equipment configuration is high, and the user needs to invest a lot, and the standby time of the charging device It is larger than the unit operating time and occupies a large area, which makes the production cost calculation high. In addition, the location of the glove box is not fixed, so the location of the process operation is constantly changing. The proficiency in each operating position is the factor that fluctuates and affects the stability of the process operation. Contents of the invention [0003] The purpose of the present invention is to pr...

AI Technical Summary

Problems solved by technology

[0002] The current technical status of sintering processing equipment applied to anaerobic materials such as NdFeB is: the charging protection chamber and the sintering chamber are configured one-to-one, the cost of equipment configuration is high, and the user needs to invest a lot, and the standby time of the charging device It is larger than the unit operating time and occupies a large area, which makes the production cost calculation high

Images