阅读说明：本技术 一种用于土壤自动化生态修复的检测系统及其工作方法 (Detection system for automatic ecological restoration of soil and working method thereof ) 是由 苏斌 向林 刘三春 王黎明 于 2020-08-17 设计创作，主要内容包括：本发明公开了一种用于土壤自动化生态修复的检测系统,其使用方便,能够大大的提升对土壤的检测效率,只需要将红外探测装置将土壤进行探测,探测到的光谱数据能够直接发送到光谱解译装置上,通过光谱解译装置,将光谱解译,并通过数据对比,确定土壤的污染源,同时手持的红外探测器能够更好的进行土壤污染的探测,光谱解译装置上的数据显示屏能更好的将光谱解译装置解译后的光谱数据进行显示,确保了土壤检测的有效性和高效性。(The invention discloses a detection system for automatic ecological restoration of soil, which is convenient to use and can greatly improve the detection efficiency of soil, soil is detected only by an infrared detection device, detected spectrum data can be directly sent to a spectrum interpretation device, the spectrum interpretation device interprets the spectrum and determines a pollution source of the soil by data comparison, meanwhile, a handheld infrared detector can better detect soil pollution, a data display screen on the spectrum interpretation device can better display the spectrum data interpreted by the spectrum interpretation device, and the effectiveness and the high efficiency of soil detection are ensured.)

1. A detection system for automated ecological remediation of soil: the method is characterized in that: the system comprises an infrared detection device, a cloud server and a spectrum interpretation device; wherein the infrared detection device is used for detecting and collecting soil radiation spectrum; the cloud server is used for receiving and sending spectral data collected by the infrared detection device; the spectrum interpretation device is used for receiving the spectrum data collected by the infrared detection device, and interpreting and comparing the spectrum data with the data.

2. The detection system for the automated ecological remediation of soil of claim 1, wherein: the infrared detection device is a handheld infrared detection device.

3. The detection system for the automated ecological remediation of soil of claim 2, wherein: the handheld infrared detection device is internally provided with a built-in rechargeable power supply.

4. The detection system for the automated ecological remediation of soil of claim 1, wherein: the spectrum interpretation device is provided with a data display screen.

5. The detection system for the automated ecological remediation of soil of claim 1, wherein: and the infrared detection device is provided with a data signal sending device.

6. The detection system for the automated ecological remediation of soil of claim 1, wherein: the spectrum interpretation device is provided with a data signal receiving device.

7. A working method of a detection system for automatic ecological restoration of soil comprises the following steps: the method is characterized in that: the method comprises the following steps:

detecting and scanning the land to be detected by using an infrared detection device;

sending the scanned data to a cloud server through an internal data signal sending device;

the cloud server sends the collected data to a spectrum interpretation device;

and the spectrum interpretation device analyzes and determines the pollution source of the soil through data comparison.

8. The method of operating a detection system for the automated ecological remediation of soil of claim 7, wherein: also comprises the following steps:

the spectrum interpretation device directly displays the interpreted data through a data display screen.

Technical Field

The invention belongs to the field of soil pollution detection and ecological restoration, and particularly relates to a detection system for automatic ecological restoration of soil and a working method thereof.

Background

The general situation of soil pollution in China is very severe, and the types and the quantity of soil pollutants as well as the regions and the scales of the polluted soil tend to be gradually expanded. The severe current situation of soil pollution causes great harm to cultivated land, economy, human body and ecological environment.

In the past, the interval time between soil pollution investigation and evaluation and repair engineering is long, auxiliary chemical means are needed for some repairs, and excessive repairs exist in the repair process. Therefore, I have developed and applied the ecological restoration system of the soil in various types of land.

In the link of improving soil detection efficiency, the condition that the detection result cannot be effectively and timely obtained exists, and a set of detection system capable of rapidly detecting and analyzing is needed.

Disclosure of Invention

The purpose of the invention is as follows: the method can detect the sudden change of the ecological restoration to be automatically carried out, and can quickly obtain detection data to determine the pollution source of the soil.

The technical scheme is as follows: a detection system for automated ecological remediation of soil: the system comprises an infrared detection device, a cloud server and a spectrum interpretation device. Wherein, infrared detection device is used for surveying the collection soil radiation spectrum. The cloud server is used for receiving and sending the spectral data collected by the infrared detection device. The spectrum interpretation device is used for receiving the spectrum data collected by the infrared detection device, and interpreting and comparing the data.

The invention discloses a detection system for automatic ecological restoration of soil, which is convenient to use, can greatly improve the detection efficiency of soil, only needs an infrared detection device to detect the soil, can directly send detected spectrum data to a spectrum interpretation device, interprets the spectrum through the spectrum interpretation device, and determines the pollution source of the soil through data comparison.

Furthermore, in the detection system for automatic ecological restoration of soil, the infrared detection device is a handheld infrared detection device. As a preferred aspect of the present invention, the hand-held infrared detector can be more convenient in use.

Furthermore, in the detection system for automatic ecological restoration of soil, a built-in rechargeable power supply is adopted in the handheld infrared detection device. Preferably, the infrared detector adopts a built-in rechargeable power supply, so that the infrared detector is convenient to use, the working time is ensured, and the working time can be prolonged by charging and replacing the power supply.

Furthermore, the spectrum interpretation device of the detection system for automatic ecological restoration of soil is provided with a data display screen. As an optimization of the invention, the data display screen can display the data after the spectrum data collected by the infrared detector is interpreted by the spectrum interpretation device, so that the data can be conveniently viewed.

Further, in the detection system for automatic ecological restoration of soil, the infrared detection device is provided with the data signal sending device. Preferably, the data signal transmitting device is capable of directly transmitting the collected data information to the spectrum interpretation device.

Furthermore, in the detection system for automatic ecological restoration of soil, the spectrum interpretation device is provided with the data signal receiving device. Preferably, the data signal receiving device is capable of receiving the spectral data collected by the infrared detection device.

A working method of a detection system for automatic ecological restoration of soil comprises the following steps: the method comprises the following steps:

(1) detecting and scanning the land to be detected by using an infrared detection device;

(2) sending the scanned data to a cloud server through an internal data signal sending device;

(3) the cloud server sends the collected data to a spectrum interpretation device;

(4) and the spectrum interpretation device analyzes and determines the pollution source of the soil through data comparison.

Further, the working method of the detection system for automatic ecological restoration of soil further comprises the following steps:

(1) the spectrum interpretation device directly displays the interpreted data through a data display screen.

The technical scheme shows that the invention has the following beneficial effects: the invention discloses a detection system for automatic ecological restoration of soil, which is convenient to use and can greatly improve the detection efficiency of soil, soil is detected only by an infrared detection device, detected spectrum data can be directly sent to a spectrum interpretation device, the spectrum interpretation device interprets the spectrum and determines a pollution source of the soil by data comparison, meanwhile, a handheld infrared detector can better detect soil pollution, a data display screen on the spectrum interpretation device can better display the spectrum data interpreted by the spectrum interpretation device, and the effectiveness and the high efficiency of soil detection are ensured.

Detailed Description

The invention will be further elucidated with reference to the following specific examples.