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1.
Chinese Medical Equipment Journal ; (6): 54-57,61, 2017.
Artigo em Chinês | WPRIM | ID: wpr-608105

RESUMO

Objective To develop a medical assets management system involving in early warning information platform,barcoding technology and whole-life management.Methods The system was developed based on requirement analysis as well as the technologies of Web,mobile communication,mobile application and etc.Real-time monitoring of the flows of assets and funds were realized by information flow so as to master dynamic information on medical assets.Results Real-time and dynamic management of hospital fixed and circulatory assets were executed with a department,a system and a set of reports,and the problems were solved resulting from over-centralized authority for purchase,warehousing,reporting and etc.Conclusion The system gains advantages in cost control,assets utilization efficiency and etc.

2.
China Pharmacy ; (12): 1379-1382, 2017.
Artigo em Chinês | WPRIM | ID: wpr-515339

RESUMO

OBJECTIVE:To develop the drug traceability management system in outpatients of medical institutions,and gradu-ally improve its traceability management. METHODS:Based on barcode technology,drug traceability management system in outpa-tients of medical institutions was independently developed,introducing it from system environment,framework design and system function,and the application results were evaluated in terms of differences in dispensing time,deployment error,drug withdrawal treatment and applicability investigation. RESULTS:The system was developed on hospital information system network environ-ment,which was designed by combination of client/server(C/S)network system(B/S)and set function modules as follows as role rights management,data extraction,information control,data acquisition and data query. The system can match with drug electron-ic surveillance code,commodity code and other traceable barcodes,achieve drug tracing from hospitals to users through software interaction,as well as the computer-aided calibration in dispensing to effectively reduce outpatient's dispensing error. The average time for each outpatient prescription prolonged 9 s after using the system;24 dispensing errors and 4 non-normal withdrawals were prevented within 1 month;100% surveyed pharmacists expressed approval for the system's applicability. CONCLUSIONS:The system can achieve the drug suitability management in outpatients,which has shown good applicability and further improved drug safety management and control capabilities in medical institutions.

3.
China Medical Equipment ; (12): 57-59, 2014.
Artigo em Chinês | WPRIM | ID: wpr-452566

RESUMO

Objective: For information collection and processing problems currently existing hospital medical equipment management, we design a system design scheme based on RFID technology to achieve the implementation of intelligent management and data processing. Methods:RFID technology is through the electronic tag, reader, the application software system to accomplish the working process of the RFID system. Results:System design scheme can realize comprehensive monitoring and management of hospital medical equipment;realize information management of hospital equipment. Conclusion:The advantage and the use value of RFID technology will change management mode of medical equipment, and bring new opportunities and challenges to the medical equipment management.

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