Wireless fetus monitoring probe network system and method

Abstract

The invention provides a wireless fetus monitoring probe network system, which comprises a central station, a router, base stations, a wireless local area network and a client, wherein the central station manages the data of a user, performs monitoring operation, management of a probe sensor and uniform management and setting of the base stations manages and receives data from the base stations through routing, performs centralized display, stores monitoring data, processes monitoring data, and is responsible for giving an alarm in case of data error or other abnormal conditions; and the basestations are distributed in a hospital to form a cellular network, signals cover the required areas between the stations seamlessly, the client comprises at least one probe, the coverage of the base stations forms the wireless local area network together with the probe, the probe transmits data to the base stations through the wireless local area network, and the base stations transmit the data to the central station through the router.

Description

technical field [0001] The invention relates to the field of wireless measuring equipment, in particular to a wireless fetal monitoring probe network system and method for providing networked large coverage in obstetric fetal monitoring. Background technique [0002] The existing wireless tire monitoring probe technology, the published utility model patent document "Fetal Monitoring System Based on Wireless Probe", authorized announcement number CN 201139548Y. The system solution proposed in it needs to be connected with the monitor for data display and processing. The number of wireless channels connected to the system is limited, and only a single antenna receiving system has a small working range. The working distance is about 60m. With a small range and a small number of users, a single monitor can only monitor 1~2 people at the same time. When multiple users use it, multiple sets of equipment need to be used at the same time, which not only occupies space, but also is n...

AI Technical Summary

Problems solved by technology

The system solution proposed in it needs to be connected with the monitor for data display and processing. The number of wireless channels connected to the system is limited, and only a single antenna receiving system has a small working range. The working distance is about 60m. With a small range and a small number of users, a single monitor can only monitor 1~2 people at the same time. When multiple users use it, multiple sets of equipment need to be used at the same time, which not only occupies space, but also is not convenient for centralized management of data. Increased management workload of medical staff

[0003] At present, there are wireless fetal monitoring probe system products on the market, which have limitations: first, the monitoring range is small, with a radius of 50m around the receiving base station; second, one machine corresponds to one or two pregnant women, and it is impossible to achieve multiple The user monitors at the same time; thirdly, the device must be connected with the monitor / bedside computer to display, process, print and store the monitoring data. When there are many devices, it is not convenient for medical staff to manage and operate

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