An automated cultivation equipment based on sensory agriculture

Abstract

The invention discloses automated cultivation equipment based on sensing agriculture. The equipment includes a guide rail module, a moving seedling bed matched with the guide rail module and a cultivation chamber; the guide rail module includes a veering mechanism, and the veering mechanism includes a veering guide rail and four screw rods supporting the veering guide rail; the bottoms of the screw rods are connected with inner threaded gears capable of controlling the screw rods to move up and down respectively; straight racks slidably connected among the screw rods are meshed with the innerthreaded gears respectively, a left rack body and a right rack body which are meshed with the corresponding inner threaded gear are parallelly arranged on the two sides of each straight rack, a left push rod and a right push rod which are higher than a veering guide rail conveying plane are fixed to the ends, close to an outlet guide rail, of each left rack body and each right rack body respectively, and a straight push rod higher than the corresponding left push rod and the corresponding right push rod is fixed to the end, close to the outlet guide rail, of each straight rack. By adopting thespliceable guide rails and the seedling bed matched with the guide rails, the equipment is simple in structure and can achieve bidirectional automatic efficient movement.

Description

technical field [0001] The invention relates to an automatic cultivation equipment, in particular to an automatic cultivation equipment based on sensory agriculture, which belongs to the field of greenhouse automatic logistics system. Background technique [0002] The planting of traditional agriculture requires a lot of manpower and material input, including artificial irrigation, fertilization, temperature and humidity control, pest control, etc. The benefits of these manpower inputs are far less than those of information-based control. The perceptual agricultural system will help you how to irrigate the most efficiently, how to fertilize the most suitable, how to identify crops infested by diseases and insect pests in advance, and so on. The system also integrates some automatic perception control systems, such as automatic irrigation system, automatic light supplement system, etc., so the use of agricultural perception system can greatly improve labor efficiency and incr...

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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