Air composition monitor capable of being used in various application scenes

Abstract

The invention discloses an air composition monitor capable of being used in various application scenes, and belongs to the technical field of detection instruments. The device comprises a device body, a power supply module and a deployment suite, the device body comprises a data acquisition module, a data processing module, a data transmission module and a data storage module, and the data acquisition module is used for acquiring air composition data, geodetic coordinate data, altitude data and time data; the data processing module is used for binding and associating the collected data; the data transmission module is used for transmitting the integrated data to an internet terminal; the data storage module is used for storing the integrated data, and the power supply module is used for supplying power. According to the method, the data has complete object attributes, and the purpose that the same set of equipment is used in different application scenes can be achieved by deploying the suite, so that the deployment efficiency is improved, real-time data transmission can be realized, and the data timeliness is improved.

Description

technical field [0001] The invention belongs to the technical field of detection instruments, and in particular relates to an air component monitor that can be used in various application scenarios. Background technique [0002] At present, the existing air composition detector products can be divided into four types according to different application scenarios: fixed detection stations, vehicle-mounted detectors, personal portable detectors and professional laboratory testing equipment. The performance and corresponding uses of various devices are different, and the functions and applicable application scenarios are relatively single. In the process of use, there are complicated deployment and inconsistent information standards, which are not conducive to the unified storage and analysis of data. [0003] The application of equipment is difficult to build a digital and intelligent workflow by manually transporting, carrying equipment or collecting samples. With the rapid ...

AI Technical Summary

Problems solved by technology

[0005] 1. Low deployment efficiency: At present, different devices are used in different application scenarios. Staff need to master the usage methods and technical essentials of multiple devices, which leads to high learning costs, high error rates, high maintenance difficulty, and low deployment efficiency.

[0006] 2. The volume and weight of the equipment are too large: At present, the air composition detection equipment with the ability of accurate data collection and real-time data transmission can be as light as a few kilograms or as heavy as hundreds of kilograms

Overweight equipment also has extremely strict requirements on the mounting performance of drones, which greatly reduces the practicability of collaborative work

[0007] 3. Data standards are not uniform: multiple devices are used to collect data in different application scenarios, which makes the original data messy and disorderly, and the data forms are also different

In this case, manual intervention is required to sort out the data, and an orderly and unified data set can be obtained through orderly sorting and calibration calculations, making the statistics, management and analysis of data inefficient and costly

[0008] 4. Weak data communication capability: Devices deployed on mobile platforms (such as vehicle-mounted, personal portable, airborne, etc.) usually record data on the machine first, then take out the data and distribute it manually to various demand units, resulting in data The timeliness is poor, and requires manual participation in data collation and storage in the later stage

[0009] 5. Insufficient data integrity: The information recorded by a single air composition data collection device cannot fully describe the factual situation of "who? When? Where? How?", and cannot reflect the complete object attributes

[0010] 6. The collection range is limited: in the past, we used the air composition detector to collect data within the target range during the movement process through personal carrying, vehicle loading, etc.

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