Hospital low-administration risk prevention and control system developed based on commercial intelligent system

Abstract

The invention discloses a hospital low-administration risk prevention and control system developed based on a commercial intelligent system, and relates to the technical field of medical information.According to the system, all business information systems in a hospital are integrated together by using an existing business intelligent system; and the system performs the following steps: extracting information mainly monitored by hospital record inspection from data in an information island of an online running business system (HIS, RIS, LIS, HERP, PASS and the like) into a data warehouse through an ETL tool in a commercial intelligent system; carrying out data mining on the data in the data warehouse, defining the data into index items in a multi-dimensional manner, and then integrating the index items into data needing to be displayed; finally, data needing to be displayed is made into various charts through a sail soft report tool, and the charts are visually displayed through an information display platform. After the system is actually operated, the daily management workload of a hospital commemorator is greatly reduced, the risk that data is tampered is reduced, risk indexescan be monitored in real time, and adverse events and violation events are prevented from happening.

Description

technical field [0001] The invention relates to the field of medical information technology, in particular to a hospital integrity risk prevention and control system developed based on a business intelligence system. Background technique [0002] Risk assessment is an important part of risk management, including risk identification, risk analysis and risk evaluation; risk assessment is the use of scientific procedures and methods, on the basis of risk identification, to objectively assess the incidence of risk events and risk factors and The process of analyzing the severity of consequences, using evaluation indicators for quantitative evaluation, and determining the level of risk or the size of possible losses based on this, finding key risks, and providing a scientific basis for focusing on dealing with these risks. [0003] Medical risks exist throughout the course of diagnosis and treatment, which may lead to uncertainty in loss and disability events, or medical accident...

AI Technical Summary

Problems solved by technology

[0004] In the daily management work of the hospital discipline inspection committee, some quantitative indicators will be involved, and these key indicators need to be monitored. The key monitoring indicators of the hospital discipline inspection include: drug expenses, drug proportion, basic drug proportion, hospitalized antibiotic use Rate and proportion of inpatient antibiotics, outpatient antibiotic usage rate and proportion of outpatient antibiotics, consumption proportion, revenue analysis of consumables, high-value consumables usage rate, inspection reagents in and out of storage, positive rate of NMR and positive rate of CT etc.; these indicators that need to be monitored are scattered in multiple business systems of the hospital, involving multiple departments and departments of the hospital, resulting in very cumbersome reporting work; and these indicators are reported manually, and the data has the risk of being tampered with; Real-time monitoring of risk indicators to prevent the occurrence of adverse events and violations; however, the existing system cannot achieve effective risk prevention and control. The reasons for this problem are:

[0005] 1. Isolated island of information. After more than ten years of informatization construction, the hospital has gradually built business information systems such as HIS, RIS, LIS, blood transfusion system, etc., and management systems such as office automation system (OA) and integrated operation management system (HERP). The construction is completed; however, due to the relatively independent business division of each system, the business data generated by the system is irrelevant; it cannot be analyzed quickly, and because of different data definitions, there are always differences between the statistical reports independently generated by each system, resulting in Hospital administrators cannot fully grasp the overall operation of the hospital

[0006] 2. Data differences. Various system vendors use different databases in the implementation process. Currently running databases include: Oracle, SqlServer, MySQL, and DB2. Different databases make it difficult to extract data, and data that can be associated with each other cannot be integrated

[0009] In recent years, these technologies have been gradually used in the medical field. For example, the Chinese invention patent application publication number CN107978362A discloses "Inquiry using data distribution in hospital networks", and the publication number CN102103734A Chinese invention patent publication "Medical Information Integration System and method", for example, the publication number is CN101986333A Chinese Invention Patent Disclosure "A Hospital Assisted Decision Support System"; the application of business intelligence in the medical field to improve the efficiency of organizational operations and the quality of medical care; the application of business intelligence in the medical field is often As a complete solution, through the integration of massive data of heterogeneous systems in medical institutions, it is committed to data mining and knowledge discovery, to achieve in-depth services, and to provide more accurate and clear data protection for hospital leaders' decision-making, so as to respond quickly The increasingly complex and rapidly changing medical environment; the applicant used the above-mentioned business intelligence system to independently develop and design a hospital integrity risk prevention and control system to solve the problem that the hospital discipline committee cannot effectively monitor key indicators in real time

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