Wireless intelligent hospital inpatient area doctor-patient management system

Abstract

The invention discloses a wireless intelligent hospital inpatient area doctor-patient management system. The wireless intelligent hospital inpatient area doctor-patient management system comprises a nurse station server, a ward calling device and a forearm heart rate and motion sensor; the nurse station server and the ward calling device are mutually connected through a RF (Radio Frequency) chip and the ward calling device and the forearm heart rate and motion sensor are mutually connected through a RF chip to transmit detecting and alarming signals in real time; the nurse station server and the ward calling device which are connected to the wireless communication network through a wireless communication module are mutually connected through the wireless communication network to achieve voice communication, ward monitoring data uploading and patient information and bill downloading. The wireless intelligent hospital inpatient area doctor-patient management system has the advantages of integrating traditional ward calling, ward patient monitoring and management of discharged patient follow-up visits due to an innovative combination, greatly improving the patient management efficiency in the hospital inpatient area due to information technology, reducing the working intensity of nurses, improving hospital conditions for the patients, improving hospital nursing levels and providing a novel patient area doctor-patient management device.

Description

technical field [0001] The invention relates to a medical non-diagnostic device, in particular to a wireless intelligent hospital ward doctor-patient management system. Background technique [0002] Each work in the existing hospital wards operates independently. There are ward call systems, patient monitoring systems, and follow-up systems for discharged patients. However, most hospitals still use manual phone calls for follow-up. The space for nurse stations is generally not very large. These systems take up a lot of space, and the data of each system is neither common nor statistically analysable. [0003] The ward call system cannot transmit data, but only has alarm and call functions. The patient monitoring system can only be used in wards equipped with the hospital network, and the matching monitors are bulky and expensive. The stand-alone version of the discharge follow-up system mostly relies on manual dialing of discharged patients, which is inefficient and expens...

AI Technical Summary

Problems solved by technology

The stand-alone version of the discharge follow-up system mostly relies on manual dialing of discharged patients, which is inefficient and expensive

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