Abstract
The complex of technical means for optimization synthesis of assembling of a packing machine of separate functional modules has been developed. The method of synthesis of a packing machine, based on criterial assessment of separate functional modules (FM), combined by two main assessment groups, has been offered. FM may be selected and calculated by the program of consumption, based on the overall equipment effectiveness (OEE) criterion. An example of synthesis, based on the offered method, takes into account variants of choice of ready functional modules, based on the hierarchic structure of a module of roll packing material supply. The method takes into account the systemic approach to analysis of equipment constructions for packing fine-piece and piece food products in a consumption package. The synthesis of FM assembling as conceptual models, abstract ones, reflecting the construction structure and connections between separate elements – functional devices (FD) – has been offered. The optimal assembling of the functional device in the structure of the functional module of roll packing material supply has been determined. As a result of solving this problem, a FM1 prototype has been created. At conducting the comparative analysis with the existent equipment, the automatic functional device has been modeled. The use of the OEE criterion with joint properties that reflects the generalized assessment of a packing machine or functional module with a maximin (minimax) criterion by the compromise principle has been substantiated. The analysis is grounded on the idea of optimality of each module or device of the machine for packing food products at adding each next functional module to its composition. The program of assessment calculation of the package equipment with the complex assessment criterion OEE for different assembling of FMi machines for packing piece and fine-piece products has been developed. The FM of roll film material supply with using a microprocessor managing device that maintains a sinusoidal law of movement of a stretching roll of the packing machine has been developed. Optimal characteristics of the technical system have been determined. Results, obtained at processing experimental data, confirm adequacy of the offered method for assessing assembling solutions
Highlights
The totality of processes in functional modules (FM) of the packing machine within an assembly line for processing food products is just a single big process
That is why, based on the multicriterial approach [4, 6], we develop the program for overall equipment effectiveness (OEE) calculation with further use of the results at searching of assembling of the packing machine
The realization schemes and models of step-by-step multicriterial analysis have been presented on the example of FM of roll packing material supply for the packing machine with different FSSj, the expedience of their use for different criteria of optimization problem has been substantiated
Summary
The totality of processes in functional modules (FM) of the packing machine within an assembly line for processing food products is just a single big process. Despite the diversity of technologies of machine-apparatus formation, it is general for different machines of food products packing that the continuous technological flow, transforming initial raw materials in a packed product, is organized and functions in them. Such flow needs high-effective technological FM (2020), «EUREKA: Life Sciences» Number 5 divers for packing [1]. The study of FM for packing machines was realized for one of most groups – piece food products for further industrial probation. The aim of the study is structure optimization of the packing machine with separate FM, improvement of assembling algorithms of technical solution, based on the multicriterial approach [2]
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