All-informatization management system for medical clinical laboratory

Abstract

The invention relates to an all-informatization management system for a medical clinical laboratory. The all-informatization management system comprises a central information processing control system which is connected with an HIS (Hospital Information System), wherein the central information processing control system is connected with an internal control system, a security system and a visual system respectively. The all-informatization management system has the beneficial effects that full automation before, during and after clinical laboratory inspection is realized, the personal operation participation degree before, during and after inspection is lowered, whole-process holographic monitoring before, during and after laboratory detection is realized, and refined management of an inspection process is realized; dynamic management, reagent tracking, real-time lookup, sound-light alarm and refined cost accounting of an inspection reagent in a whole life cycle are realized; security management and tracking can be performed on movement tracks, residence time and restricted areas of office personnel and visitors within the range of a clinical laboratory; automated management is performed on daily business work, personnel working situations and material use situations, and automatic digitization of daily business management of the laboratory is realized truly.

Description

technical field [0001] The invention relates to the technical field of information processing, in particular to a full information management system for medical clinical laboratories. Background technique [0002] The information management system of the existing medical clinical laboratory is mainly composed of the docking of the hospital HIS system and the laboratory LIS system plus the software control system of some automation equipment. The main functions are the transmission of clinical specimen test item information and the result return . [0003] With the development of modern clinical medicine, the demand for various clinical test indicators in medical diagnosis continues to increase. The abundance of clinical detection indicators has also greatly promoted the improvement of the level of clinical diagnosis of diseases. Clinical testing indicators are becoming more and more abundant, the complexity of routine laboratory testing is getting higher and higher, the re...

AI Technical Summary

Problems solved by technology

Conventional laboratory information management systems are in short supply to meet the requirements of modern clinical laboratory management, and the problems exposed are as follows: First, the combination of clinical and laboratory information is in a semi-discrete state, which cannot form a database containing complete clinical and laboratory information, thus providing medical Accumulate experience in clinical disease diagnosis and treatment research and do prospective and retrospective research

Second: Lack of monitoring of the entire testing process, no real-time tracking of samples after they enter the laboratory, and fine management of the issuance of each experimental result, the laboratory cannot avoid the problem of false reporting of sample loss results, once it cannot be identified Responsibility to find out the cause and solve it in a targeted manner

Third: The existing management system lacks the function of personnel and material management. For the entire laboratory management, it cannot organically combine daily work items with personnel and material management, resulting in many chaotic phenomena without standard subjective management and disconnection between management and goals.

The continuous development of modern clinical laboratories has put forward higher requirements for the management of clinical laboratories. The existing management system of simple information transmission and result return can no longer meet the needs of clinical development.

[0004] The main reason for the above problems is the lack of automation before testing, sample processing and information logging before testing, process monitoring during testing, and structural return after testing all require a lot of manpower, which consumes manpower and material resources, is inefficient, and prone to errors , is the main link that causes detection errors

The existing management system can only realize simple one-to-one information transmission, lacks the records of the process before, during and after the test, cannot track the status of the specimen in real time, and cannot realize the working conditions of the staff within the scope of the actual daily clinical work of the entire laboratory. Material usage management

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