Manding highly efficient transporting Cell Cycle/DNA Damage| cultivation units and is suitable for scenarios demanding

March 14, 2022

Manding highly efficient transporting Cell Cycle/DNA Damage| cultivation units and is suitable for scenarios demanding highly effective and and automated production. automated production.two.4. Establishing an Effective Logistics Transport Rezafungin Anti-infection program 2.4. Establishing an Effective Logistics Transport Technique Within this study, according the production procedure shown in Figure 1, as combined with Within this study, according toto the production procedure shown in Figure 1, as combined using the large-scale production demands of factories, a production technique was developed. the large-scale production demands of plant plant factories, a production technique was created. The production program providing day-to-day batch seeding, seeding, germination, The production technique delivering daily batch repeated repeated germination, seedling seedling raising with vertical cultivation shelves, seedlings, transplanting of seedlings, raising with vertical cultivation shelves, spacing ofspacing of seedlings, transplanting of seedlings, with vertical cultivation cultivation shelves, and reduce transport links, cultivation cultivation with verticalshelves, and packaging. To packaging. To cut down transport links, power inside power inside the vertical cultivation simplify the general prevent requiringavoid requiringthe vertical cultivation shelves, and shelves, and simplify the all round method, a progressive input-output logistics system was constructed for the method, a progressive input-output logistics transporttransport technique was constructed for the cultivation units. The cultivation structure was a set of two vertical cultivation cultivation units. The cultivation structure was a set of two vertical cultivation shelves, shelves, each and every with six layers and 180 cultivation units (Figure 4). The operation mode of every with six layers in addition to a total of a total of 180 cultivation units (Figure 4). The operation mode in the transport program method similar as that as that of Mode 1, as shown in Figure the logistics logistics transportwas the was the sameof Mode 1, as shown in Figure 3. The 3. The transport included a ground ground convey line, GPV and GPVLC, GPVLC, as transport system program incorporated a convey line, an IOLC,an IOLC, GPV andas shown in shown in Figure four. Figure four.Figure four. Vertical transport program of cultivation units without power inside shelf. Figure 4. Vertical transport system of cultivation units without having energy inside shelf.The program was only equipped for two vertical cultivation shelves, every obtaining six The system was only equipped for two vertical cultivation shelves, every obtaining six layers with 30 cultivation units in each layer; every cultivation unit was 596 mm 954 mm. layers with 30 cultivation units in every layer; every single cultivation unit was 596 mm 954 mm. Through transport tests with the cultivation units, the operation speed with the key operation Via transport tests on the cultivation units, the operation speed of the crucial operation links could attain the speeds shown in Table 1, hence, the transport method reached hyperlinks could reach the speeds shown in Table 1, therefore, the transport method reached 330 330 cultivation units h-1 for the input transport productivity, and 270 cultivation units h-1 cultivation units h-1 for the input transport productivity, and 270 cultivation units h-1 for for the output transport productivity. As an extension, its transport capacity was 51,840 the output transport productivity. As an extension, its transport capacity was 51,840 hyhydroponic leafy vegetable.