An automated logistics cultivation seedbed

Abstract

The invention discloses an automatic logistics cultivation seedling bed which comprises a guide rail module and a movable seedling bed body matched with the guide rail module. The guide rail module comprises a steering mechanism, the steering mechanism comprises a steering guide rail and four screws for supporting the steering guide rail, inner threaded gears are connected at the bottoms of the screws, can control the screws to vertically move and are engaged with spur racks slidably connected among the screws, a left rack and a right rack engaged with inner threaded gears are parallelly arranged on two sides of each spur rack, a left pushing rod and right pushing rod higher than a transportation plane of the steering guide rail are correspondingly fixed at the ends, close to an outlet guide rail, of the left rack and the right rack, and a straight pushing rod higher than the left pushing rod and the right pushing rod is fixed at one end, close to the outlet guide rail, of each spur rack. According to the seedling bed, by the aid of the spliced guide rail and the seedling bed body matched with the guide rail, the seedling bed is simple in structure, and bi-directional, automatic, efficient and accurate actions can be achieved.

Description

technical field [0001] The invention relates to a mobile seedbed system, in particular to a track splicing type automatic mobile seedbed system, which belongs to the field of greenhouse automatic logistics system. Background technique [0002] In the field of large-scale greenhouses or plant factory cultivation devices, many links are completed by manual operations, and the level of mechanical automation is quite low. In order to meet the needs of protected cultivation, the urgency of mechanical automatic cultivation devices has become increasingly prominent, and the research and application of complete sets of equipment has become the core link in the entire chain. At present, in the field of automatic logistics system inside the greenhouse, domestic production is still at an early stage. The existing domestic cultivation logistics system is not perfect, the degree of mechanization is low, personnel operate more in the cultivation unit, management is extensive, labor cost i...

AI Technical Summary

Problems solved by technology

At present, in the field of automatic logistics system inside the greenhouse, domestic production is still at an early stage. The existing domestic cultivation logistics system is not perfect, the degree of mechanization is low, personnel operate more in the cultivation unit, management is extensive, labor cost is high, and it is easy to bring Pests and diseases, high energy consumption per plant

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