Water conduction type accurate desert seedling planting tool

Abstract

A water conduction type accurate desert seedling planting tool comprises an implanting rod, an adjusting cylinder, a handle and an implanting and wetting layer prompting device, wherein the inside of the handle is provided with a cavity for the implanting and wetting layer prompting device to be placed, the implanting and wetting layer prompting device comprises a humidity sensor, a controller and a prompting element, the humidity sensor is connected with the controller to provide detected real-time humidity data to the controller, the controller compares the real-time humidity data with preset reference data and controls corresponding display of the prompting element according to a comparison result, and the prompting element penetrates through a through hole formed in the top of the handle to be arranged outside the handle, so that an operator can perform direct observation. The water content of a sand layer is detected in real time through the humidity sensor, and then display of the prompting element is controlled through the controller to prompt the operator to plant seedlings or not, so that the operator can ensure that the water of the sand layer where each seedling is planted can meet the seedling growth requirement, and the survival rate is greatly improved.

Description

technical field [0001] The invention relates to the technical field of desert planting, in particular to a water-conducting precision desert seedling planting tool. Background technique [0002] Afforestation is one of the most effective measures for the country to control the spread of desertification. However, due to the low soil moisture content in desert areas, the roots of saplings cannot be in contact with the wet layer in the sand layer during planting, which easily leads to low survival rate of artificially planted saplings. Moreover, when planting saplings, the seedling planter in the prior art cannot accurately determine whether the moisture content of the soil sand layer in contact with the roots of the saplings can meet the needs of the saplings' survival, resulting in the fact that more planted saplings cannot survive healthily. Contents of the invention [0003] It is necessary to propose a moisture conduction type precision desert seedling planting tool by d...

AI Technical Summary

Problems solved by technology

[0002] Afforestation is one of the most effective measures for the country to control the spread of desertification. However, due to the low soil moisture content in desert areas, the roots of saplings cannot be in contact with the wet layer in the sand layer when planting, which will easily lead to low survival rate of artificially planted saplings.

Moreover, when planting saplings, the seedling device in the prior art cannot accurately judge whether the moisture content of the soil sand layer in contact with the roots of the saplings can meet the needs of the saplings' survival, resulting in more planted saplings not being able to survive healthy

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