Bedside equipment interconnection method and bedside system

Abstract

The invention discloses a bedside device interconnection method and a bedside system, the method is applied to the bedside system, the bedside system comprises at least two bedside devices associated with the same patient, and part of the bedside devices serve as hotspot bedside devices to provide wireless hotspots. The method is implemented by the hotspot bedside equipment, and comprises the following steps: pairing with at least one of the non-hotspot bedside equipment at least based on own identification information, and establishing wireless connection between the hotspot bedside equipment and the other bedside equipment as the non-hotspot bedside equipment based on the wireless hotspot. The non-hotspot bedside equipment paired with the non-hotspot bedside equipment is defined as non-hotspot matching equipment; receiving medical data from the non-hotspot matching device via a connection of the non-hotspot matching device to a wireless hotspot of the non-hotspot matching device based on the identification information; and sending the medical data to a central station connected with the bedside system, or displaying the medical data on a display of the bedside system. According to the application, wireless interconnection and data interaction with bedside equipment associated with the same patient can be realized.

Description

technical field [0001] The present application relates to the technical field of medical equipment, and more specifically relates to a bedside device interconnection method and a bedside system. Background technique [0002] In clinical departments such as intensive care units and operating rooms, a patient may require multiple medical devices to provide monitoring and auxiliary treatment. These devices include but are not limited to multi-parameter monitors that provide vital signs monitoring, single-parameter Ventilators, anesthesia machines that provide anesthesia, infusion pumps that provide drug injections, etc. [0003] These bedside medical devices work independently of each other, and medical staff need to set these devices (such as patient information, clock, etc.) separately, and these devices cannot exchange data with each other. The infusion rate of the drug will affect the vital signs, and the medical staff need to manually adjust the infusion rate of the drug ...

AI Technical Summary

Problems solved by technology

However, these bedside devices may be placed in different positions of the bed. For example, the infusion pump may be placed on the right side of the bed, but the monitor is placed on the bedside, and the ventilator is placed on the left side of the bed. If these devices are connected through serial ports (or other wired connections) ), the connection method is complicated, which increases the workload of clinical staff

The ventilator often needs to be sent to a special disinfection room for disinfection, and then brought back to the patient when necessary. The serial port connection method is inconvenient to operate

Images