Multi-hospital area distributed oxygen-cabin management method

Abstract

The present invention provides a multi-hospital area distributed oxygen-cabin management system and a method thereof. The system comprises a general hospital oxygen-cabin management system, a centraldata base and a plurality of branch hospital area oxygen-cabin management systems. The branch hospital area oxygen-cabin management systems are connected with a plurality of single oxygen-cabin work stations which communicate with the branch hospital area oxygen-cabin management systems through industrial buses, and the branch hospital area oxygen-cabin management systems communicate with the general hospital oxygen-cabin management system through network special lines. The general hospital oxygen-cabin management system, the branch hospital area oxygen-cabin management systems and the singleoxygen-cabin work stations are employed to construct a three-level information management platform to achieve distributed oxygen-cabin information fusion, perform real-time collection of operation states of a plurality of hospital areas and a plurality of oxygen cabins and achieve oxygen-cabin operation unification management; and moreover, the general hospital oxygen-cabin management system and the central data base are designed to perform integration and analysis of all the treatment record to achieve all the oxygen uptake treatment continuity record through treatment information fusion andprovide basis for search and analysis of the relation between a treatment mode and a treatment effect and optimization of a treatment scheme.

Description

technical field [0001] The invention relates to the technical field of oxygen chamber management, in particular to a multi-hospital distributed oxygen chamber management system and a method thereof. Background technique [0002] Medical hyperbaric oxygen chamber is an important medical equipment in today's hospitals, and it has a wide range of applications. With the expansion of hospital scale and the wide use of medical oxygen chambers, multiple hospital districts, multi-oxygen stations, and multi-oxygen chambers have emerged in the field of oxygen chamber information management. cabin condition. The operation and management of the traditional oxygen chamber is designed based on the situation of a single oxygen chamber, which is usually an oxygen chamber, which is realized by supporting an oxygen chamber console. [0003] However, in the case of multiple hospitals, multi-oxygen stations, and multi-oxygen chambers, the traditional method can only realize the management of o...

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Problems solved by technology

[0003] However, in the case of multiple hospitals, multi-oxygen stations, and multi-oxygen chambers, the traditional method can only realize the management of oxygen chambers locally, and it is difficult to carry out centralized management and monitoring; the oxygen inhalation treatment records of the same patient may be distributed in multiple In one oxygen chamber console, it is difficult to integrate information, resulting in many isolated information islands; the hospital and hyperbaric oxygen department managers cannot know the status of all equipment at the same time, due to the lack of macroscopic data of all oxygen chambers, it is difficult to support follow-up data analysis work, and it is difficult to complete Oxygen chamber operation performance, capacity capacity allocation and other work cannot be managed macroscopically

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