Wireless gateway device with device identification and information identification functions and networking method

Abstract

The invention provides a wireless gateway device with device identification and information identification functions, and a networking method. The device comprises a near filed wireless communication NFC module which is used for identifying user information, taking a network identifier of a ZigBee module as a device identification parameter and automatically networking a detection device; the ZigBee module which is used for providing the network identifier for networking of a ZigBee network, establishing the ZigBee network and transmitting data to a microcontroller; the microcontroller which is used for processing received data; and an Ethernet module which is used for transmitting processed data to a remote server. According to the device and the method, transmission of the PANID (Personal Area Network ID) of the ZigBee network is finished by the near filed communication module; ZigBee terminal nodes can join in the network rapidly and automatically; when a fault occurs in the physical sign detection device of a patient, a general medical worker can also enable a new device to identify the user information and join the new device in the network; and the whole system can be recovered to a normal working state in relatively short time.

Description

technical field [0001] The invention relates to the communication field, in particular to a wireless gateway device and a networking method with device identification and information identification functions. Background technique [0002] At present, in smart medical care and the Internet of Medical Things, taking the hemodialysis treatment process as an example, during the hemodialysis treatment process, the patient’s physiological sign detection equipment used in conjunction with the hemodialysis machine adopts a wired connection. Once the accessory equipment fails , when needing to change, be not professional hemodialysis machine maintenance personnel, be difficult to make hemodialysis machine and its relevant supporting accessories return to normal work in a short time, brought inconvenience to medical staff and patient. At the same time, the existing individual miniaturized wireless communication devices for measuring physiological signs such as blood oxygen saturation ...

AI Technical Summary

Problems solved by technology

[0002] At present, in smart medical care and the Internet of Medical Things, taking the hemodialysis treatment process as an example, during the hemodialysis treatment process, the patient’s physiological sign detection equipment used in conjunction with the hemodialysis machine adopts a wired connection. Once the accessory equipment fails , when it needs to be replaced, if it is not a professional hemodialysis machine maintenance personnel, it is difficult to make the hemodialysis machine and its related supporting accessories return to normal work in a short time, which brings inconvenience to the medical staff and patients

At the same time, the existing individual miniaturized wireless communication devices for measuring physiological signs such as blood oxygen saturation and blood pressure are more focused on family-style physiological health index detection, and Bluetooth communication is mostly used between devices. Pairing settings between hemodialysis machines, in the large ward environment of the hemodialysis treatment center, once it is necessary to exchange the patient's physiological sign detection equipment connected to one hemodialysis machine with the accessory equipment connected to another hemodialysis machine In use, medical staff will be required to perform on-site operation settings for device pairing, which is insufficient in terms of convenience

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