Nd after selection of the resource operations ofconveying equipment, corresponding parameterssystem were simulated ustype of every single the four modes of the cultivation unit transport and their attributes, space ing Flexsim simulation software program as outlined by the Ubiquitin Related Proteins Biological Activity According shownoperation velocities of positions, and corresponding entity models [31]. standard data to the in Table 1. In this study, the transport productivities of your four types of cultivation unit logistics modes for precisely the same vertical cultivation shelves had been compared, as shown in Figure 6. As mentioned above, every cultivation shelf had six layers. Each cultivation unit had the specifications and size as described in Section 2.2. In accordance with the transport process of each conveying gear operation of your vertical cultivation shelf within the cultivation region ofAgriculture 2021, 11,7 ofAgriculture 2021, 11, x FOR PEER REVIEW7 ofthe conveying machines shown in Table 1, the 4 kinds of logistics transport systems have been simulated making use of Flexsim application, and the simulated transport productivity was simulated below various cultivation unit capacities in of the cultivation unit numbernumbers of of transport cultivation units. The level values one layer and distinct total in 1 layer transport cultivation units. The level values with the are shown in Table 2; these of 14 layer cultivation unit quantity in values are one particular Agriculture 2021, 11, x FOR PEER along with the total variety of transport cultivation units Evaluation 7 and also the total quantity of transport cultivation units are shown in Table two; productivity are these values are popular for scale production. The simulation outcomes for the transport popular for scale production. The simulation final results for the transport productivity are shown in Figure 7. shown in Figure 7. of transport cultivation units. The level values with the cultivation unit number in a single layerand the total variety of transport cultivation units are shown in Table 2; these values are popular for scale production. The simulation final results for the transport productivity are shown in Figure 7.Figure 6. Simulation models of four transport modes. Figure 6. Simulation models of four transport modes. Table 2. Level values of simulation experiment with Flexsim. Figure 6. Simulation of simulation experiment with Table 2. Level values models of 4 transport modes. Flexsim.Table 2. Level values of simulation experiment withfor Cultivation Capacity Flexsim.LevelLevel LevelTransport Mode21 1 3 22 4 33 5 44 6Total Number Total DeliveryDelivery of Capacity for Number of Transport Units in One particular Layer/Unit in Mode Cultivation Total Cultivation Units/Unit Capacity for Cultivation Units Delivery Quantity of Cultivation Transport Mode One particular Layer/Unit Mode 1 40 Units in A single 20 Layer/Unit Cultivation Units/Unit Units/Unit Mode 1 Mode two 20 30 40 80 Mode 1 20 40 Mode 2 Mode two Mode three 30 40 80 120 80 30 Mode 4 40 120 160120 Mode three Mode three 40 Mode 4 Mode 4 160 200160 200 240200 240Figure 7. Productivity simulation results of differenttransport modes applying Flexsim software program. Figure 7. Productivity simulation benefits of various transport modes making use of Flexsim software.Figure 7. Productivity simulation outcomes of different transport modes utilizing Flexsim computer software.Agriculture 2021, 11,eight of3. Outcomes and Discussion Determining a transport system to get a cultivation unit for vertical cultivation is very complex, and calls for consideration of the transport productivity, investment, and location covered by the equipment. Via anal.
