1.Automated anesthesia record system.
Journal of Biomedical Engineering 2005;22(6):1267-1270
Based on Client/Server architecture, a software of automated anesthesia record system running under Windows operation system and networks has been developed and programmed with Microsoft Visual C++ 6.0, Visual Basic 6.0 and SQL Server. The system can deal with patient's information throughout the anesthesia. It can collect and integrate the data from several kinds of medical equipment such as monitor, infusion pump and anesthesia machine automatically and real-time. After that, the system presents the anesthesia sheets automatically. The record system makes the anesthesia record more accurate and integral and can raise the anesthesiologist's working efficiency.
Anesthesia
;
Anesthesiology
;
instrumentation
;
Humans
;
Medical Records Systems, Computerized
;
Monitoring, Intraoperative
;
methods
;
Operating Room Information Systems
2.Design of an anesthesia and micro-environment information management system in mobile operating room.
Xianwen WANG ; Zhiguo LIU ; Wenchang ZHANG ; Qingfu WU ; Shulin TAN
Journal of Biomedical Engineering 2013;30(4):762-766
We have designed a mobile operating room information management system. The system is composed of a client and a server. A client, consisting of a PC, medical equipments, PLC and sensors, provides the acquisition and processing of anesthesia and micro-environment data. A server is a powerful computer that stores the data of the system. The client gathers the medical device data by using the C/S mode, and analyzes the obtained HL7 messages through the class library call. The client collects the micro-environment information with PLC, and finishes the data reading with the OPC technology. Experiment results showed that the designed system could manage the patient anesthesia and micro-environment information well, and improve the efficiency of the doctors' works and the digital level of the mobile operating room.
Anesthesia
;
Anesthesiology
;
instrumentation
;
Humans
;
Medical Records Systems, Computerized
;
Mobile Health Units
;
Monitoring, Intraoperative
;
methods
;
Operating Room Information Systems
;
Operating Rooms
3.Interface interconnection and data integration in implementing of digital operating room.
Jingyi FENG ; Hua CHEN ; Jiquan LIU
Journal of Biomedical Engineering 2011;28(5):876-880
The digital operating-room, with highly integrated clinical information, is very important for rescuing lives of patients and improving quality of operations. Since equipments in domestic operating-rooms have diversified interface and nonstandard communication protocols, designing and implementing an integrated data sharing program for different kinds of diagnosing, monitoring, and treatment equipments become a key point in construction of digital operating room. This paper addresses interface interconnection and data integration for commonly used clinical equipments from aspects of hardware interface, interface connection and communication protocol, and offers a solution for interconnection and integration of clinical equipments in heterogeneous environment. Based on the solution, a case of an optimal digital operating-room is presented in this paper. Comparing with the international solution for digital operating-room, the solution proposed in this paper is more economical and effective. And finally, this paper provides a proposal for the platform construction of digital perating-room as well as a viewpoint for standardization of domestic clinical equipments.
Data Collection
;
Humans
;
Monitoring, Intraoperative
;
economics
;
instrumentation
;
methods
;
Operating Room Information Systems
;
economics
;
standards
;
Operating Rooms
;
organization & administration
;
Systems Integration
;
Video Recording
;
economics
;
instrumentation
;
methods
4.Development of operation patient security detection system.
Shu-Qin GENG ; Ren-Hai TAO ; Chao ZHAO ; Qun WEI
Chinese Journal of Medical Instrumentation 2008;32(6):438-439
This paper describes a patient security detection system developed with two dimensional bar codes, wireless communication and removal storage technique. Based on the system, nurses and correlative personnel check code wait operation patient to prevent the defaults. The tests show the system is effective. Its objectivity and currency are more scientific and sophisticated than current traditional method in domestic hospital.
Automatic Data Processing
;
organization & administration
;
Computer Communication Networks
;
Humans
;
Operating Room Information Systems
;
organization & administration
;
Patient Identification Systems
;
methods
;
Quality Assurance, Health Care
;
methods
;
Safety