Big data-based real-time multi-parameter intelligent sensor module group

Abstract

The invention discloses a big data-based real-time multi-parameter intelligent sensor module group. The big data-based real-time multi-parameter intelligent sensor module group comprises a module group shell carried by a person, wherein an embedded control module embedded with a master control chip is arranged in the module group shell, the embedded control module is connected with an adaptive data communication sub-module, the adaptive data communication sub-module is configured with 4G, 5G, Zigbee, and a WiFi RF module, the embedded control module is further provided with multiple plug-in interfaces, the multiple plug-in interfaces are a person positioning monitoring sub-module interface, a voice video communication sub-module interface, a dangerous gas monitoring sub-module interface, ahuman body physical sign monitoring sub-module interface, and a man-machine interaction sub-module interface, and card slots of a person positioning monitoring sub-module, a voice video communicationsub-module, a dangerous gas monitoring sub-module, a human body physical sign monitoring sub-module, and a man-machine interaction sub-module are arranged in the shell.

Description

technical field [0001] The invention relates to a real-time multi-parameter intelligent sensor module set based on big data. Background technique [0002] In coal mine safety production, various types of information need to be collected for the construction of smart mine systems. However, the sensor modules currently used for collection are all single-function, such as only suitable for a single WIFI or Zigbee or 4G, 5G, etc., and cannot share data. independent sensor information. At the same time, the construction levels of each mine are different, and the sensors used in the system are not uniform in function, model, and interface protocol, which is not conducive to the increase of data collection by the system in the era of big data; because the sensor module fails to cover the relevant information needed for coal mine rescue, resulting in the occurrence of In the event of a catastrophe, the data collected by the existing system cannot meet the needs of rescue. Content...

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Problems solved by technology

[0002] In coal mine safety production, various types of information need to be collected for the construction of smart mine systems. However, the sensor modules currently used for collection are all single-function, such as only suitable for a single WIFI or Zigbee or 4G, 5G, etc., and cannot share data. Independent sensor information of

At the same time, the construction levels of each mine are different, and the sensors used in the system are not uniform in function, model, and interface protocol, which is not conducive to the increase of data collection by the system in the era of big data; because the sensor module fails to cover the relevant information needed for coal mine rescue, resulting in the occurrence of In the event of a disaster, the data collected by the existing system cannot meet the rescue needs

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