Efficient intelligent grain drying equipment with adjustment function

Abstract

The invention relates to efficient intelligent grain drying equipment with an adjustment function. The efficient intelligent grain drying equipment comprises a housing, a hopper, two supporting legs and two discharge pipes, wherein a mesh plate, a heating tube, a heating box, an adjustment mechanism, two baffles and four vibrating mechanisms are arranged in the housing; the adjustment mechanism comprises two adjustment components; each adjustment component comprises a driving unit, a first cylinder, a first piston, an air pipe, a second cylinder, a second piston and an adjusting plate; and each vibrating mechanism comprises a first motor, a half gear, a framework, a spring, a vibrating plate and two racks. According to the efficient intelligent grain drying equipment with the adjustment function, the adjusting plates are driven to move by the adjustment mechanism to change the grain drying space, so that a grain layer is within an appropriate thickness range, and the drying effect is guaranteed; besides, the vibrating plates are driven to knock the mesh plate by the vibrating mechanisms, so that grains vibrate, clearances are conveniently formed among the grains, and accordingly, hot air can dry the grains inside; and meanwhile, the working efficiency is improved, and the practicability of the equipment is improved.

Description

technical field [0001] The invention relates to the field of agricultural machinery and equipment, in particular to an efficient intelligent grain drying equipment with an adjustment function. Background technique [0002] Reducing or removing moisture from materials is called drying. Drying is of great importance in grain harvesting. Drying can enable agricultural products to be harvested in advance and reduce crop losses caused by wind, rain, insects, etc. in the field; it can reduce the volume and weight of agricultural products, which is convenient for transportation and distribution; it can reduce the moisture of agricultural products to a level that is not easy to cause mildew, enzymes and insects. state, thereby reducing losses. [0003] The current dirt drying equipment mainly uses hot air as the medium to dry the grain, which is non-polluting to the grain. However, when the grain is dried, the grain is usually piled directly on the mesh plate. Because the grain is...

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Problems solved by technology

[0003] The current dirt drying equipment mainly uses hot air as the medium to dry the grain, which is non-polluting to the grain. However, when the grain is dried, the grain is usually piled directly on the mesh plate. Because the grain is piled up together, the hot air cannot act on the grain. The grain inside the pile is dried, which affects the drying efficiency. Not only that, but the grain drying is also affected by the grain layer. When the grain layer in the drying room is too thick, it will affect the ventilation and reduce the drying efficiency. When the grain layer is too thin, then The unit heat consumption increases, and it may also cause the grain to harden prematurely, affecting the quality of the grain, and thus reducing the practicability of the existing grain drying equipment

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