Automatic oil-based rock debris mixing system and mixing method

By designing an automatic mixing system for oil bedrock cuttings, using convolutional neural network to analyze the mixing images and parameters, and adjusting the delivery parameters in real time, it solves the problem that the mixing ratio is difficult to control and the automatic adjustment of the delivery parameters in the existing system, and achieves an efficient and uniform mixing effect.

CN119701763APending Publication Date: 2025-03-28SICHUAN JUNHE ENVIRONMENTAL PROTECTION
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Patent Information

Application Number
CN202411930311.8
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2024-12-26
Publication Date
2025-03-28

AI Technical Summary

Technical Problem

It is difficult for existing oil-bed rock cutting mixing systems to accurately control the mixing ratio and automatically adjust the delivery parameters, resulting in uneven mixing, easy raw materials to be clamped, and low manual judgment accuracy.

Method used

An automatic mixing system for oil-bedded rock chips is designed, including wet and dry feeding subsystems, mixers, image acquisition modules and mixing parameter acquisition modules. The mixing images and parameters are analyzed through the convolutional neural network model, and the delivery parameters are adjusted in real time to meet the preset standards.

Benefits of technology

The precise control of the proportion of oil bedrock cuttings is achieved, artificial errors are avoided, the uniformity and quality of the mixture is improved, and the risk of raw material slabs is reduced.

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Abstract

The invention provides an automatic mixing system and method for oil-based rock debris, and belongs to the technical field of automatic mixing. The system comprises a wet material feeding subsystem, a dry material feeding subsystem, a material mixer, an image acquisition module, a material mixing parameter acquisition module and a material mixing control subsystem. The weight of a dry material and the weight of a wet material are obtained in real time through the wet material feeding subsystem and the dry material feeding subsystem, and meanwhile material mixing images and material mixing parameters in the operation process of the material mixer are collected in real time through the image collection module and the material mixing parameter collection module and uploaded to the material mixing control subsystem for analysis; the system can adjust the feeding speed of wet materials and dry materials in real time, it is ensured that raw materials are accurately mixed according to the preset ratio, errors caused by manual judgment and operation are avoided, the mixing effect and the preset standard can be compared in real time, feeding parameters in the mixing process are automatically adjusted, and the mixing quality is ensured.
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