Big data interaction method for industrial production

An interactive method and data interactive technology, applied in the field of industrial data processing, can solve problems such as hindering production capacity and safe production, unpredictability, and hysteresis, and achieve the effects of increasing production output, optimizing procurement channels, and high compatibility

Pending Publication Date: 2020-12-15
QINGDAO HENGTUO ENVIRONMENTAL PROTECTION TECH
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Problems solved by technology

[0002] Most metallurgical industrial enterprises have long-term changes in production, such as safety protection, energy power, environmental protection and dust removal, raw material analysis, material proportioning, pneumatic conveying and furnace temperat...

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  • Big data interaction method for industrial production

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Embodiment Construction

[0022] Such as figure 1 As shown, the present invention discloses a big data interaction method for industrial production. The main logical structure of the method includes database, blockchain data, digital twin technology, data interaction center, sub-data platform and data unit, including the following steps : Step S1, the safety protection, instrumentation, equipment parameters, kinetic energy medium and production process, raw material ratio and other parameters in the industrial production link are separately parameterized and integrated with the time axis and stored in the register. The integration is the physical signal Carry out induction while carrying out digitized information conversion, integrate the statistics of the main station by the original branch factory data statistics, use the register as a variable and enter the sub-data platform through DTU transparent transmission; step S2, the sub-data platform records with time as The parameter array of the unit and ...

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Abstract

The invention relates to industrial data processing, in particular to a big data interaction method for industrial production, and a main logic architecture of the method comprises a database, blockchain data, a data interaction center, a sub-data platform and a data unit. The method includes the step S1 that parameters such as a warehousing system, a security system, instruments and meters, equipment parameters, a power medium, a production process, a raw material ratio and the like in an industrial production link are independently parameterized and integrated by taking a time axis as a reference and are stored in a register, and the register is taken as a variable and the parameters are transparently transmitted into the sub-data platform through a DTU (Data Transfer Unit). Parameters such as an existing security system, instruments and meters, equipment parameters, a power medium, a production process and a raw material ratio are integrated to enter a data platform, unmanned automatic operation is achieved, an intensive means is adopted, safety production is achieved, and the upgrading cost is low.

Description

technical field [0001] The invention relates to industrial data processing, in particular to a big data interaction method for industrial production. Background technique [0002] Most metallurgical industrial enterprises have long-term changes in production, such as safety protection, energy power, environmental protection and dust removal, raw material analysis, material proportioning, pneumatic conveying and furnace temperature control. After investigation, the current recording and adjustment methods are mainly manpower and experience. Mainly, this method has serious hysteresis and unpredictability, which hinders the development of increasing production capacity and safe production. Today, with the rapid development of information technology, equipment control, data monitoring, and analysis in traditional industries have become the top priority of enterprise development, and the integration of manufacturing and the Internet has become an important development direction. ...

Claims

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Application Information

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IPC IPC(8): G06Q10/06G06K17/00G06F16/25G06Q10/08
CPCG06Q10/06313G06Q10/06393G06Q10/087G06K17/0025G06F16/252G06F16/256
Inventor 姜诚宋鹏亮高中兴单世强潘瑞峰
Owner QINGDAO HENGTUO ENVIRONMENTAL PROTECTION TECH
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