Leading production arrangement method and system

Abstract

The invention relates to a collar and sleeve production arrangement method and system. The collar and sleeve production arrangement method comprises the following steps: obtaining basic loss addition data according to the number of slices lost in collar and sleeve production process and a quality loss percentage, obtaining special loss addition data according to real-time data of collar and sleeve production, obtaining more-or-less center point data and the cloth body order load rate of a collar and sleeve order, obtaining loss addition real-time data according to the basic loss addition data, the special loss addition data, the more-or-less center point data and the cloth body order load rate, and performing production task arrangement for the collar and sleeve order according to the loss addition real-time data. Two kinds of problems of universality and particularity can be simultaneously solved, a loss addition is relatively convenient to monitor and modify, and continuous optimization can be performed so that the problem that excess collars and sleeves are produced or the number of the collars and sleeves is less the number required by the order can be reduced. And waste caused by the excess produced collars and sleeves is prevented, and cost increasement and delivery data delay due to a needed supplement for the order because the number of the collars and sleeves is less the number required by the order in the production arrangement process are prevented.

Description

technical field [0001] The invention relates to the technical field of textile production, in particular to a leader production arrangement method and system. Background technique [0002] Various materials will be consumed in the production process; loss plus refers to the loss calculation method and procedure designed according to the production consumption rules; the existing production loss plus method, in order to avoid underage (the missing quantity of finished goods), In the case that the loss cannot be accurately estimated, the only way to prevent the underpayment is to increase the loss during the production task arrangement process. It will eventually lead to more redundant finished products in the production process, resulting in waste, affecting the control of production costs and the arrangement of production tasks. [0003] During the implementation process, the inventors found that there are at least the following problems in the traditional technology: [0...

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Problems solved by technology

[0005] Based on this, it is necessary to provide a leader production scheduling method and system for the problem that traditional production scheduling methods are prone to waste of cost and materials due to the poor accuracy of loss addition.

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