Big data-based sanitary product equipment productivity statistical system and productivity statistical method thereof

Abstract

The invention relates to the field of sanitary product capacity management systems, in particular to a sanitary product equipment capacity statistical system and method based on big data, and the system comprises an order module, a carbon emission module for counting carbon emission, an analog simulation module and a task module. The order module, the task module, the analog simulation module and the carbon emission module are sequentially connected in a circulating control mode, and the carbon emission module is connected with the task module in a reverse control mode. Through decomposition and analysis of whole production elements, the production bottleneck is identified, the productivity of the production bottleneck is transformed and improved, and redundancy setting is carried out on the production bottleneck, so that the production capacity of the whole production system is guaranteed and improved, and the situation that the productivity is limited is reduced; carbon emission of the whole cycle is simulated through simulation calculation, then an order is corrected, and meanwhile, production elements are configured and adjusted according to feedback of actual carbon emission calculated in the production process.

Description

technical field [0001] The invention relates to the field of hygienic product capacity management systems, in particular to a big data-based hygienic product capacity statistics system and a production capacity statistic method thereof. Background technique [0002] At present, my country's production-oriented enterprises generally adopt the order-to-order production model. With the individualized and diversified development of customer needs, the uncertainty of market demand is becoming more and more obvious. Factors such as the rise of the economy and the intensification of corporate competition, the production of enterprises is facing a severe test. Order-based production is the operating mode adopted by many enterprises to deal with complex environments. Although order-based enterprises can better meet the diverse and individual needs, they have to face The impact of changing market demand has caused it to face problems such as unstable quality, frequent delivery, and diff...

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Problems solved by technology

[0002] At present, my country's production-oriented enterprises generally adopt the order-to-order production model. With the individualized and diversified development of customer needs, the uncertainty of market demand is becoming more and more obvious. Factors such as the rise of the economy and the intensification of corporate competition, the production of enterprises is facing a severe test. Order-based production is the operating mode adopted by many enterprises to deal with complex environments. Although order-based enterprises can better meet the diverse and individual needs, they have to face The impact of changing market demand has caused it to face problems such as unstable quality, frequent delivery, and difficulty in effectively utilizing production capacity. Moreover, the current order production does not take into account the full-cycle carbon emission factors, and environmental protection and emissions are becoming increasingly tight. Today, traditional order-based production cannot meet existing demand

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