Quality management system for unvulcanized rubber material

Abstract

The invention discloses a quality management system for unvulcanized rubber materials, which comprises a detection module and an operation module, and is characterized in that the detection module is connected with a main production line, and the main production line transmits detection data and analysis data to a display module through a preprocessing analysis module; and the operation module is manipulated according to the data information on the display module to control the unvulcanized rubber material to enter the production line A or the production line B. The device is simple in design module, comprehensive in detection data, capable of comprehensively detecting the data information of the rubber material, simple in detection method, convenient in operation steps, greatly shortened in detection time, suitable for all production scenes and high in production efficiency. The application range is wider, and the method is suitable for large-scale production.

Description

technical field [0001] The present invention relates to a quality management system for unvulcanized rubber materials. Background technique [0002] When manufacturing rubber products such as tires, there is a step of kneading unvulcanized rubber and compounding agents using a mixer (mixer) and a rubber extruder to manufacture an unvulcanized rubber material. In this production process, additives are added to the unvulcanized rubber in a predetermined mixing ratio. If the ratio of the additive actually added deviates from the reference range, the quality of the produced unvulcanized rubber material will be affected, and further, the quality of the rubber product produced using the unvulcanized rubber material will be affected. [0003] Conventionally, the aerobic flask combustion method and the sodium peroxide melting method are known as methods for inspecting, for example, the added amount of sulfur in unvulcanized rubber materials. However, these inspection methods requir...

AI Technical Summary

Problems solved by technology

If the proportion of additives actually added deviates from the reference range, it will affect the quality of the manufactured unvulcanized rubber material, and further affect the quality of the rubber products manufactured using the unvulcanized rubber material

[0003] Conventionally, the aerobic flask combustion method and the sodium peroxide melting method have been known as methods for checking, for example, the amount of sulfur added to unvulcanized rubber materials. However, these inspection methods require complicated steps and preparations, and the inspection takes a long time.

In addition, in these inspection methods, steps and preparations are complicated, inspection cannot be performed on a production line of unvulcanized rubber materials, and unvulcanized rubber materials of good predetermined quality cannot be produced.

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