Novel integrated environmental data collector implementation method and collection system based on integrated environmental data collector

Abstract

The invention discloses a novel integrated environmental data collector implementation method and a collection system based on an integrated environmental data collector. The integrated environmentaldata collector comprises a sealing housing and a control circuit board, wherein multiple sensors and a photosensitive device are integrated on the control circuit board, and gas channels are formed inthe sealing housing. The collection system comprises the integrated environmental data collector, an integrated processor and display equipment, wherein the integrated processor comprises a filter, an analog-to-digital converter, a digital-to-analog conversion converter and a memory. The integrated environmental data collector is simple in structure and reasonable in design; multiple types of sensors are integrated on the control circuit board, so that data collection efficiency is improved; since sensor induction contacts are located in the gas channels, the sensors can sufficiently sense gases after air exchange, and induction precision is improved; sensor bodies and the control circuit board are located in a sealed space and are waterproof and dustproof, so that service life is prolonged; and power supply and signal transmission are performed through a wired or wireless mode, so that the integrated environmental data collector is suitable for data collection and monitoring in large, medium and small ranges.

Description

technical field [0001] The invention relates to the technical field of environmental data acquisition equipment, in particular to a novel implementation method of an integrated environmental data acquisition device and an acquisition system based thereon. Background technique [0002] The life, growth and growth of human beings, economic animals, economic plants and economic microorganisms are all inseparable from a good living environment. How to monitor the environmental data and video data of people, economic animals, economic plants, and economic microorganisms in real time through modern technical means at low cost and high efficiency during the life, growth, and growth of humans, economic animals, economic plants, and economic microorganisms. [0003] How to ensure that the environmental quality is conducive to the healthy growth of human beings and reduce the rate of illness and death of human beings for a long time, or in the process of artificial breeding and agricu...

AI Technical Summary

Problems solved by technology

Each wireless collection node is equipped with only one sensor, which will inevitably lead to a substantial increase in the production cost of the wireless collection node and a waste of wireless transmission resources, which will eventually lead to low working efficiency and insufficient versatility of the controller and wireless collection node products

Because each sensor cannot be used universally, it cannot achieve the free combination of various sensors, so it cannot adapt to the application of various environments

In addition, the various sensors used must be exposed to the air to make them play a greater role. In this way, some other circuits in the wireless collection node are completely exposed to the air. Because the wireless collection nodes are often arranged in some environments, it is more complicated Therefore, it is a difficult technical problem to ensure that the working circuit in the wireless collection node is completely sealed and waterproof, and that various sensors can still work normally when they are exposed to the environment that can reduce the service life of the sensor. Need to tackle many design difficulties, time-consuming and labor-intensive, waste a lot of human resources and production costs, not feasible in R&D and manufacturing

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