Совершенствование и автоматизация процесса приема и сборки товаров в торгово-складском комплексе

Abstract

The logistical processes of the enterprise require constant improvement and introduction of corresponding changes. The study of the activities of the trade and warehouse complex showed that the main role is played by the system for managing the processes of receiving and assembling goods. Therefore, in the article, special importance is given to the process of automation and development of information support for a system for managing these data in the trade and warehouse complex. The analysis and modeling of the existing processes of the company on the basis of two approaches of business modeling has been carried out. It is shown that the object approach allows to build a more stable to changes system, has more correspondences with the existing structure of the organization. The article presents that the functional modeling is optimal when the organizational structure undergoes changes or is in the process of correction. Using the graphical language IDEF0, the analyzed system is represented as a set of interrelated functions (function blocks). To improve the efficiency of storage processes, based on the AS-IS model, a TO-BE model was built and the efficiency of the developed model was evaluated. During the TO-BE model study, the advantages of the embedded device for automating the processes of receiving and assembling goods were proved, as well as the advantages of the new model in terms of key indicators: the time of work, labor productivity, costs, the number of errors in the assembly of goods, the number of staff. The substantiation of a method of automation of warehouse processes of reception and assembly of goods is presented, the choice of the brand of the device of trade and warehouse activity is made. To illustrate the choice of software, basic software platforms were considered and optimal software was identified to ensure the efficiency of warehouse processes. The choice of software was made taking into account the possibility of integrating the data collection terminal with the 1C system used in the company's work. The capabilities of the selected driver, its advantages and functional properties have been analyzed.