Water sample detection system and method applied to environmental monitoring field

Abstract

The invention discloses a water sample detection system applied to the field of environmental monitoring, which is characterized by comprising a platform server system, and one or more environmental sample sampling monitoring stations, one or more sample collection terminals, one or more detection mechanisms and one or more user terminals which are in communication connection with the platform server system, and the platform server system is used for receiving the task sent by the user terminal, issuing a sample collection command to the sample collection terminal, and receiving and forwarding data results returned by the environment sample sampling monitoring station and the detection mechanism. According to the system, the environment sample sampling monitoring stations autonomously complete sample reserving and sampling operation according to an instruction; sampling and sample sending operations are completed by the idle sample collection terminal; the third-party detection mechanism completes the detection work; the operation of the whole system is orderly carried out according to an instruction of the platform server system, and autonomous detection, orderly detection and real-time feedback of water sample detection in the environmental field are realized.

Description

technical field [0001] The invention belongs to the field of environmental monitoring, in particular to a water sample detection system and method applied in the field of environmental monitoring. Background technique [0002] At this stage, environmental testing includes two options: [0003] The first is the sample delivery and testing service, including the sequential sample receiving steps, sample preprocessing steps, sample testing and analysis steps, report preparation steps, report review steps, and report issuing steps, including sample disposal steps after sample testing and analysis. [0004] In this scheme, the customer sends the sample directly to the company's laboratory, and the test is completed in the laboratory. [0005] The second is sampling and testing services, including order receiving and arranging on-site testing steps, on-site sampling steps, instrument analysis sample steps, report preparation steps, report review steps, and report issuance steps. ...

AI Technical Summary

Problems solved by technology

Sampling tasks are diverse, such as sampling every one hour or every two hours, which is labor-intensive

[0009] 2. The test results may not be accurate

There are only two companies in the test, the sampling task may last for several days, the personnel may not be able to maintain concentration for a long time, or the time may not be sure and inaccurate, resulting in low sample quality

[0010] 3. Diversified demand for testing samples

There are instantaneous sampling and mixed sampling in the detection process. The so-called instantaneous sampling usually refers to sampling at fixed time intervals. Mixed sampling refers to collecting multiple samples at different times. Take several samples and mix these samples together. Potential mishandling by personnel mixing samples together, resulting in sample leakage and injury to operators

[0011] 4. There is no visible result in the whole process

The previous test results were only an open-loop process. For example, the position of the sample in the test process was not clear to the user, which would lead to a decline in user experience.

[0012] 5. The detection efficiency is not high. When the second option is adopted, each testing laboratory must arrange fixed sampling personnel to go to different locations for sampling according to different business needs

Images