Intelligent fertilizing device adopting Internet of Things

Abstract

The invention relates to an intelligent fertilization device using the Internet of Things, which includes a fertilizer box, a switch mechanism, a stirring mechanism, a discharge mechanism and a spreading mechanism. The switch mechanism includes a first baffle, a toothed guide rail, a drive gear, and a second drive shaft. and the second motor, the stirring mechanism includes the first motor, the first drive shaft, the first stirring blade and the stirring box, and the spreading mechanism includes a screen, a through hole, an outer frame, a vibrating rod, a vibrating motor and a spreading assembly. In the networked intelligent fertilization device, the opening of the first baffle is controlled by the switch mechanism, so that different fertilizers are stored in the mixing box for mixing, which improves the mixing efficiency of the fertilizer ratio and the practicability of the equipment; by adding the spreading mechanism, the control The screen keeps vibrating to make the fertilizer sprinkle evenly and improve the working efficiency of the equipment. In the working power circuit, the third triode divides the voltage of the eighth resistor and the ninth resistor, so that the output voltage can be collected and fed back, which improves the efficiency of the equipment. The stability of the fertilizer spreader.

Description

technical field [0001] The invention relates to the field of mechanical equipment, in particular to an intelligent fertilization device using the Internet of Things. Background technique [0002] Fertilizer is a very common mechanical equipment in tea farms. From the planting of tea trees to the picking of tea leaves, it is necessary to use the fertilizer applicator many times to fertilize the tea trees to supplement nutrients, so the fertilizer applicator is an indispensable mechanical equipment in the tea farm. [0003] The fertilizer applicator is mainly composed of a driving compartment, a fertilizer box, a spreading mechanism, and wheels. In the existing fertilizer applicator, the fertilizer is generally put into the fertilizer box, and the fertilizer applicator is started to fertilize the tea trees. For the fertilizer that needs to be mixed in a certain proportion, it needs to be mixed and prepared manually in a certain proportion and then put into the fertilizer box f...

AI Technical Summary

Problems solved by technology

In the existing fertilizer applicator, the fertilizer is generally put into the fertilizer box, and the fertilizer applicator is started to fertilize the tea trees. For the fertilizer that needs to be mixed in a certain proportion, it needs to be mixed and prepared manually in a certain proportion and then put into the fertilizer box for fertilization, reducing the The efficiency of fertilization is reduced, and the integration of intelligence is not high. At the same time, when spreading fertilizers, tea trees have relatively high requirements on the amount of fertilizers. Too much fertilizer may cause tea trees to dehydrate, and too little fertilizer may cause tea trees to suffer from malnutrition. There is no special structural design for the uniformity of fertilization, which wastes fertilizer in the process of fertilization, and affects the final yield and quality of tea, reducing the practicability of fertilization equipment

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