Operating room multi-service subsystem integrated management and control system

Abstract

The invention relates to an operating room multi-service subsystem integrated management and control system, which adopts an open system architecture capable of embedding a multi-service subsystem, and realizes the same-screen operation and calls various embedded software by adding CS or browser interpretable BS structure software under a system platform; workstation embedded software icons and names are set in a customized mode according to requirements of clinical personnel and editing is reasonably selected according to stability and usability of third-party software, so that smooth embedding of all service subsystems is achieved. The system solves the problems that the number of work stations of a traditional digital operating room is large, personnel need to walk among multiple terminals for operation, and multiple software is frequently switched on and off under a single-screen system.

Description

Technical field[0001]The present invention belongs to the technical field of medical equipment, involving the management system of the digital operating room terminal equipment, mainly using the same hardware terminal and under the same system platform, smoothes different clinical business subsystems of various manufacturers based on the digital management interface, thereby achieving more operating rooms Open architecture for business integration control. The open structure can support BS structure software embedded in an independent application or browser under the system platform, thereby enabling the digital multi-function workstation of the operating room with more professional, more comprehensive, and efficient management capabilities.Background technique[0002]Usually, the software function required for surgery in the operating room terminal device is usually available. The digital operating room has realized the opening and circulation of information, using real-time data det...

AI Technical Summary

Problems solved by technology

However, in the past, the business management software in the operating room was deployed in a scattered manner, which took up more space in the operating room to place various business management workstations, which made the operating room crowded and prone to failures.

The currently used single workstation can integrate various professional software from different manufacturers, but due to the lack of integrated design concepts, the software has not been effectively integrated. Users need to switch and click the professional software icons of various manufacturers scattered in the system, or use a browser to open The required pages are cumbersome to operate, resulting in low management efficiency and poor operating experience

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