Shoes, terminal device and system for testing ground humidity

Abstract

The invention discloses a shoe, terminal device and system for testing ground humidity, and the shoe comprises: a communication module which is used for receiving a testing instruction from the terminal device; the testing module that is used for collecting soil at the sole of the current user as a sampling sample and measuring the humidity of the sampling sample; the communication module is alsoused for sending the humidity of the sampling sample to the terminal equipment. The shoe, the terminal device and the system for testing the ground humidity have the advantages that the shoe can receive the test instruction from the terminal device, soil at the sole of a current user can be collected as a sampling sample, and the humidity of the sampling sample is measured. Humidity of different positions in a farmland can be collected along with feet of a user, so that the user can know the humidity of each part in the farmland.

Description

technical field [0001] The invention relates to the field of wearable devices, in particular to a shoe, a terminal device and a system for testing ground humidity. Background technique [0002] With the rapid development of my country's agricultural economy, the rural areas have basically entered the management mode of scientific farming. Especially the seedling stage management and watering and irrigation of farmland have basically realized the mechanization of agriculture. However, since farmers cannot accurately grasp the dry and wet state of the farmland, they can basically only rely on experience to identify it. Therefore, it is difficult to control the dry and wet state of the farmland, which greatly affects the high yield and harvest. [0003] However, the existing electronic detectors for detecting dryness and wetness index must be set at a fixed position, so the ground humidity measured by it is also based on a certain fixed position, and the humidity at this fixed...

AI Technical Summary

Problems solved by technology

However, since farmers cannot accurately grasp the dry and wet state of the farmland, they can basically only rely on experience to identify it. Therefore, it is difficult to control the dry and wet state of the farmland, which greatly affects the high yield and good harvest.

[0003] However, the existing electronic detectors for detecting dryness and humidity index must be set at a fixed position, so the ground humidity measured by it is also based on a certain fixed position, and the humidity at this fixed position may not represent the ground humidity of the entire farmland.

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