Neurosurgery postoperative care quality qualification rate whole-process management and control system

By creating digital nursing tracking files in postoperative neurosurgical care and using a physiological state analysis engine to identify abnormal segments, the problems of separated nursing information and discontinuous collection of physiological data were solved. This enabled the synchronous integration of nursing information and the real-time recording and push of abnormal events, thereby improving the traceability and response efficiency of nursing quality.

CN122177360AInactive Publication Date: 2026-06-09FOURTH MILITARY MEDICAL UNIVERSITY
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Patent Information

Application Number
CN202610645727.8
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2026-05-12
Publication Date
2026-06-09
Estimated Expiration
Not applicable · inactive patent

AI Technical Summary

Technical Problem

In current neurosurgical postoperative care, patients' basic pathological information, key surgical operation records, and preliminary nursing goals set by the surgeon cannot be collected and entered synchronously. Nursing procedures and patient records are managed separately for a long time. Physiological data collection is not continuous, abnormal situations are not linked to patient records in real time, independent abnormal event records cannot be generated, and abnormal information cannot be pushed out in real time with warning messages.

Method used

When a patient is transferred to the postoperative care unit, a unique digital nursing tracking file is created. Basic information is entered through the nursing terminal and linked to standard nursing procedures. Continuous physiological data streams are collected using a bedside sensor array. Abnormal segments are identified and generated as independent records by a physiological state analysis engine, and warning messages are pushed to the mobile nursing terminal.

Benefits of technology

It achieves synchronous integration and procedural matching of nursing information, continuous collection of physiological data and identification of abnormalities, and real-time recording and push of abnormal events, forming an integrated nursing process and improving the traceability and response efficiency of nursing quality.

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Abstract

The invention relates to the technical field of neurosurgery nursing management and control, in particular to a neurosurgery postoperative nursing quality qualification rate full-process management and control system, which comprises a file creation module, a regulation matching module, a state monitoring module and an event processing module. When a patient is transferred to a nursing unit after an operation, the system creates a unique digital nursing tracking file, synchronously inputs basic pathological information, operation key operation records and a preliminary nursing target, and matches and associates a corresponding standard nursing regulation template. Real-time physiological data streams are collected through a bedside sensing array, physiological parameter abnormal segments are recognized through a physiological state analysis engine in combination with postoperative complication early warning rules, independent abnormal event records are generated and associated with archives, and a warning message containing key features of the abnormal segments is pushed to a mobile nursing terminal. According to the system, integrated collection of nursing information, continuous analysis of physiological data, accurate recognition and real-time pushing of abnormal states are achieved, and standardized management and control of the whole postoperative nursing process are strengthened.
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