Simulation of the process of shipping and stowing cabbage in containers with gentle machine-harvesting regime of cabbage

During traditional machine cleaning cabbages are mechanically damaged to a considerable extent. In this regard, a new method of machine cleaning is proposed, which allows to significantly reduce their damageability. In it, unlike the traditional method, the heads are first shipped in a gentle manner to a flexible trough floor, mounted on a special S rack on the vehicle platform, and then manually transferred into containers. The intensity of the process of shifting cabbage heads from the decking to the containers increases with the increase in the number of attendants on the back __ of the accompanying vehicle. However, the number of them should be as small as possible in order to reduce the labor _j costs for this operation. In addition, the number of jobs on the body of the accompanying vehicle is limited by its size. < For these reasons, the purpose of the study is to justify the required number of personnel involved in rearranging the С cabbage heads from the flooring into containers. In support of the number of personnel, this process is considered as s a multi-channel queuing system with failures. As a result, the essence of the occurring phenomena is described and ^ it is established with a quantitative enough connection for the practical accuracy between the characteristics of the i_ cabbage flow coming from the elevator to the flooring and the number of maintenance personnel shifting them into □_ containers. Modeling of the process of shipment and packing of cabbage in containers with sparing mode of machine О harvesting of cabbage based on the theory of mass service is carried out. The presented methodology and results of , calculations can be taken as a basis for justifying the number of personnel in the proposed method of machine har- < vesting of cabbage.

machine harvesting of cabbage, flexible flooring trough-shaped, queuing system, number of personnel