Rotary cleaning equipment for floating seedling trays

Abstract

The invention discloses rotary cleaning equipment for floating seedling trays. The rotary cleaning equipment comprises conical cleaning brushes and spraying pipes. A driving device comprises lifting rods and motors. A transmission device comprises gear shafts, cleaning brush shafts, bearings and the like. A box comprises an upper box cover, a lower box cover, bolts, a motor fixing plate and the like. The rotary cleaning equipment is characterized in that each seedling hole is equipped with one inverted conical soft nylon plastic brush, the size of each brush is slightly smaller than the size of the seedling holes, and the diameter of each cleaning brush is slightly larger than the length of a diagonal line of each square seedling hole, and the height of each cleaning brush is slightly larger than the height of the seedling holes. The cleaning brushes rotate on the inner walls of the seedling holes, so that stains can be removed, and can be cleaned by cleaning solution sprayed by the spraying pipes. The rotary cleaning equipment is novel and reasonable in design, simple to manufacture and easy to operate. Automatic rotary cleaning can be realized in the whole process. Besides, the rotary cleaning equipment is capable of thoroughly cleaning, safe, reliable and high in work efficiency, and water resources are saved.

Description

technical field [0001] This patent relates to a rotating cleaning device for floating seedling raising trays in the technical field of agricultural machinery, and specifically relates to a rotating cleaning device for floating seedling raising trays used for raising seedlings in agriculture, forestry, and horticulture. Background technique [0002] Seedling trays are the most fundamental change in modern agriculture, forestry, and horticulture. They provide a guarantee for fast and mass production. The use of seedling trays has become an important tool in the industrial seedling production process. The use of seedling trays has the following advantages: (1) save the amount of seeds and reduce production costs; (2) the emergence of seedlings is neat, and the consistency of plant seedling growth is maintained; (3) it can be used with various manual and rotary seeders, which is convenient Centralized management to improve work efficiency. (4) The root system is not damaged whe...

AI Technical Summary

Problems solved by technology

However, residues such as substrates, residual roots, and residual leaves in old trays often become the main source of primary infection of pests and diseases. To prevent pest damage, seedling trays must be cleaned and disinfected after use. Most seedling breeding bases use manual cleaning, which is extremely fast. Slow, high cost, low efficiency, it is difficult to achieve modern large-scale and intensive seedling cultivation requirements

However, most of the current cleaning machines stay in the complete machine system, and there is not much research on the core cleaning system

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