Multi-stage QMCS (Quality Monitoring Control System) for isostatic-pressing functional ceramic processing workshop

Abstract

The invention discloses a multi-stage QMCS (Quality Monitoring Control System) for an isostatic-pressing functional ceramic processing workshop. The multi-stage QMCS comprises a working piece stage detector, a press stage pressure monitoring device and a workshop stage integrated monitoring system; the working piece stage detector comprises a light source, a video camera, an acquisition card, a weight sensor, a weight display controller and a computer; the press stage pressure monitoring device comprises a pressure sensor, an amplifier, a singlechip, a liquid crystal module, an address latch, an address decoder, a clock module and an alarm lamp; the workshop stage integrated monitoring system comprises the working piece stage detector, a press stage pressure monitoring device communication module and a workshop stage integrated analysis module; the working piece stage detector is used for acquiring the shape and weight parameters of a working piece; the press stage pressure monitoring device communication module is used for monitoring the pressure and the pressure maintaining time of the press; and the workshop stage integrated monitoring system is used for integrating and analyzing the information of a working piece stage and a press stage. The invention can realize the multilayer, multi-index, multi-object and multi-stage quality monitoring and control of the processing workshop.

Description

technical field [0001] The invention relates to a quality monitoring system in the processing process, in particular to a multi-level quality monitoring system for functional ceramic isostatic pressing processing workshops. Background technique [0002] Functional ceramic materials have gradually become an important new functional material, and are widely used in the electronics industry, instrument industry, military and other fields. However, the existing ceramic preparation processes have problems such as poor stability and poor anti-interference ability. How to improve and optimize the production process, improve and control product quality is the primary task it faces. [0003] The isostatic pressing process is one of the key processes in the processing of functional ceramics, and its forming quality will directly affect the final quality of ceramic workpieces. However, due to the many factors and uncertainties affecting its molding quality, there is still a lack of qu...

AI Technical Summary

Problems solved by technology

However, these technologies have not been effectively applied in the processing of functional ceramics.

Moreover, due to the complexity of the quality control of functional ceramic molding and processing, it is difficult to guarantee the molding quality by using a single-level, single-indicator, and single-object monitoring method. its product quality

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