FIELD: medicine.
SUBSTANCE: group of inventions relates to medicine and can be used to combine data on a defibrillator and a patient's monitor. Input physiological data from the patient is received by means of a measuring module of the defibrillator. Patient is exposed to electrotherapy, including electrical discharges and pulses. Time from the patient's monitor is requested and a response is received with time. Defibrillator time is set according to the response with time for the defibrillator and monitor synchronization. Collected and received patient's physiological data with synchronized time data. Data are exchanged using a wireless connection between the defibrillator and the monitor. That is ensured by establishing a wireless connection between the defibrillator and the monitor. Patient's data collected by both a defibrillator device and a monitor are received. Exchange data are combined with the collected data on the monitor. Using the monitor data on age or diseases or patient's using the built-in pacemaker combined with the data already on the defibrillator to control the therapy delivery module. Combined data are displayed on the defibrillator assembly module and/or on the monitor. Defibrillator is controlled using patient monitor data. Broadcast message is sent wirelessly to patient monitors within range and response messages are received from patient monitors. Unique identifiers of each responding monitor are displayed. One of the monitors corresponding to the patient to be defibrillated is selected. Wireless connection is established with one of the monitors. Monitor in a patient control system comprises a display for displaying patient's physiological data and one or more display control processors. Processor is configured to receive wireless beacon signals from a defibrillator and respond to received beacon signals by wirelessly sending a patient monitor identification.
EFFECT: higher quality of medical care to a patient by providing each member of the team with the technical ability to provide treatment using the same patient data, and avoid communication disorders during treatment.
7 cl, 5 dwg
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Authors
Dates
2019-04-24—Published
2013-12-16—Filed