Environmental network for detecting mercury ion content based on gene chip and gold nanoparticles

Abstract

The invention discloses an environment network for detecting mercury ion content based on a gene chip and gold nanoparticles. The environment network comprises a master node computer (10); the masternode computer (10) is in wireless signal connection with a plurality of sensors of preset types; the plurality of sensors of preset types are installed in a heat distribution pipeline (3) and a watersupply pipe (6) which are laid in an underground space (100) and a side wall of the underground space; and the plurality of sensors of the preset types are used for collecting the detection data of the corresponding underground space. With the environment network for detecting mercury ion content based on the gene chip and gold nanoparticles of the invention adopted, the environment of an underground pipe network can be monitored safely, reliably and comprehensively, in particular, mercury ions in water transported in the underground pipe network can be effectively detected, and therefore, thesafety hidden hazards of the underground pipe network can be reduced, and the safe use of the underground pipe network can be ensured. The wide-range application of the environment network can be benefitted. The environment network has great practical significance.

Description

technical field [0001] The invention relates to the technical field of underground space environment monitoring, in particular to an environmental network for detecting mercury ion content based on gene chips and gold nanoparticles. Background technique [0002] At present, the underground pipe network is the top priority in the process of urbanization in my country. It is an important material basis for exerting urban functions and ensuring urban economic and social health and coordinated development. It presents intricate and overlapping three-dimensional characteristics. Pipe network is an important part of urban infrastructure construction, and an important carrier of energy transmission, material transmission, information transmission, drainage and disaster reduction, and waste disposal in a city. [0003] In view of the fact that mercury and its compounds have multiple hazards to human health, mercury present in environmental waters can even pose a threat to a wide rang...

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Problems solved by technology

[0004] For the current underground pipe network, the main problems are: due to the complex spatial structure of the underground pipe network, it is impossible to monitor the environment of the underground pipe network in all directions, especially the mercury ion content in the water transmitted by the underground pipe network. Effective detection can reduce the safety hazards of the underground pipe network and ensure the safe use of the underground pipe network

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