A Modern Agricultural Spray Cooling Monitoring System

Abstract

The invention discloses a modern agricultural spray cooling monitoring system, which comprises a planting area, a sprinkler is installed at the center of the planting area; An annular spraying area with a gradually larger radius, the sprinkler can spray water to each annular spraying area in a divergent shape; at least one temperature monitor is installed in each of the annular spraying areas; a The modern agricultural spraying and cooling monitoring system includes a planting area, and a sprinkler is installed at the center of the planting area; in the planting area, there are several circular rings with gradually increasing radii from the inside to the outside with the sprinkler as the center. In the spray area, the sprinkler can spray water to each annular spray area sequentially in a divergent manner; at least one temperature monitor is installed in each annular spray area.

Description

technical field [0001] The invention belongs to the field of agricultural monitoring. Background technique [0002] The spray cooling system often requires a sprinkler head to be set in the center of a planting area, and then spray cooling water to all directions at regular intervals or with the help of temperature sensors, so as to achieve the purpose of continuous cooling, and can also be used to replenish water for the planting area; the existing Since the center nozzle is a rotating jet, its rotating structure can generally ensure that the cooling water receiving amount of the planting area at the same radius position remains consistent, but with the nozzle as the center, the cooling water receiving amount of the planting area in different radius areas cannot be controlled to the same Numerical value; therefore, the cooling intensity of the planting areas at different radius positions cannot be kept consistent, resulting in some areas receiving less water, although the t...

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Problems solved by technology

[0002] The spray cooling system often requires a sprinkler head to be set in the center of a planting area, and then spray cooling water to all directions at regular intervals or with the help of temperature sensors, so as to achieve the purpose of continuous cooling, and can also be used to replenish water for the planting area; the existing Since the center nozzle is a rotating jet, its rotating structure can generally ensure that the cooling water receiving amount of the planting area at the same radius position remains consistent, but with the nozzle as the center, the cooling water receiving amount of the planting area in different radius areas cannot be controlled to the same Numerical value; therefore, the cooling intensity of planting areas at different radius positions cannot be kept consistent, resulting in some areas receiving less water. Although the temperature is temporarily cooled, the temperature rises quickly after the received water evaporates quickly, so a temperature feedback is needed. mechanism, and with a special central spray structure to control the cooling intensity of different radius areas in real time

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