An optimization method for panel subcontracting

Abstract

The invention relates to a plate subpackage optimization method. The method comprises the following steps that (1) constraint conditions of carton package are set; (2) one order is taken out from the multiple orders in sequence firstly; (3) the single order is taken apart into a plurality of work orders; (4) the single order is subpackaged; (5) whether any orders are not subpackaged is judged, if yes, the step (2) is conducted, if no, all subpackage schemes are output, and the packaged sequenceof all cartons is determined; (6) according to the subpackage schemes and filler types, the schemes of fillers are generated; and (7) according to the subpackage schemes, control instructions corresponding to relevant equipment in an automatic package system are formed. According to the plate subpackage optimization method, the problem of plate subpackage of a plate machining enterprise over the different orders is solved, quick piling up is achieved through combination of the piling up demand, the stacking sequence, the direction and the position of plates; and abandoned space treatment is conducted, finally instruction codes used for a carton forming mechanism and an automatic packaging mechanism are automatically generated, and thus automatic packaging is achieved.

Description

technical field [0001] The invention relates to the technical field of plate material packaging, in particular to a method for optimizing plate material subcontracting. Background technique [0002] At present, a small number of sheet metal processing related companies have realized the use of subcontracting software to pack the sheets of multiple orders in several cartons, but most of the problems they face are that sheet metal related companies cannot pre-set parameters to meet the actual needs of sheet metal companies, such as It is not possible to pre-set constraints such as the length, width, height, weight, and utilization of cartons, and it is impossible to give a detailed board placement plan, and it is impossible to generate basic control codes for intelligent stacking equipment such as robots, and it is impossible to generate board-shaped The filling size, quantity and method of the foam filler and the volume of the granular foam filler, the utilization rate of the...

AI Technical Summary

Problems solved by technology

[0002] At present, a small number of sheet metal processing related companies have realized the use of subcontracting software to pack the sheets of multiple orders in several cartons, but most of the problems they face are that sheet metal related companies cannot pre-set parameters to meet the actual needs of sheet metal companies, such as It is not possible to pre-set constraints such as the length, width, height, weight, and utilization of cartons, and it is impossible to give a detailed board placement plan, and it is impossible to generate basic control codes for intelligent stacking equipment such as robots, and it is impossible to generate board-shaped The filling size, quantity and method of the foam filler and the volume of the granular foam filler, the utilization rate of the carton is not high, which makes it difficult for these board processing related companies to realize automatic packaging boards, even if most board processing related companies are using Subcontracting software, because the subcontracting software cannot give a detailed packaging plan, it can only rely on manual experience to pack the boards, and cannot realize automatic packaging. How to pack boards in cartons also depends on manual experience, and the utilization rate of cartons largely depends on Due to the proficiency of workers, there is uncertainty

Images