ABSTRACT
This research is based on data from clinical information systems such as HIS, EMR, LIS, etc, based on the functions of the traditional paper bedside card, relying on wired network technology, using the Internet of Things technology to design and develop a multi-functional intelligent interactive electronic bedside card system for inpatients. The functional framework of the system is introduced and discussed in detail, and the design is carried out from several aspects of system architecture, network architecture, software architecture, database and software system. The results show that the system has stable performance and can ensure the real-time and accuracy of medical information. The implementation of the system can fully meet the needs of clinical first-line ward management, reduce the workload of nursing staff, improve work efficiency, and reduce the possibility of medical accidents. At the same time, it can facilitate patients to see their own health information, improve patient experience. It has important guiding significance for the development of ward management and hospital information construction.
Subject(s)
Humans , Electronics , Hospitals , Inpatients , Internet of Things , TechnologyABSTRACT
This research is based on data from clinical information systems such as HIS, EMR, LIS, etc, based on the functions of the traditional paper bedside card, relying on wired network technology, using the Internet of Things technology to design and develop a multi-functional intelligent interactive electronic bedside card system for inpatients. The functional framework of the system is introduced and discussed in detail, and the design is carried out from several aspects of system architecture, network architecture, software architecture, database and software system. The results show that the system has stable performance and can ensure the real-time and accuracy of medical information. The implementation of the system can fully meet the needs of clinical first-line ward management, reduce the workload of nursing staff, improve work efficiency, and reduce the possibility of medical accidents. At the same time, it can facilitate patients to see their own health information, improve patient experience. It has important guiding significance for the development of ward management and hospital information construction.
Subject(s)
Humans , Electronics , Hospitals , Inpatients , Internet , Internet of Things , TechnologyABSTRACT
Coronavirus disease 2019 (COVID-19) has been confirmed to transmit by contact and respiratory droplets, and possibly by aerosols. Medical staff of oral and maxillofacial surgery departments need close contact with head and face of patients during the diagnosis and treatment, and aerosols may be generated during the operation. The risk of infection exposure is high, and the ward management is facing severe challenges. During the COVID-19 epidemic, the diagnosis and treatment in oral and maxillofacial surgery wards should be carried out reasonably after comprehensive assessment of patient condition. We put forward relevant prevention and control measures during the epidemic from the aspects of patient treatment, ward infection prevention and control, supply management, emergency plan, and training of medical staff, so as to provide references for prevention and control of the epidemic in oral and maxillofacial surgery wards.
ABSTRACT
Since the outbreak of novel coronavirus pneumonia, the World Health Organization and the National Health Commission have issued multiple guidance documents.Medical facilities across the nation have actively implemented the countermeasures in response to the epidemic.However, in the real scenario of prevention and control, hospital infection remains a great concern.It is crucial to formulate measures and procedures based on standard prevention and transmission route prevention to avoid cross infection between medical workers and patients.Based on the practice, we summarize the institutional management, layout process, prevention and control of hospital infection in the emergency wards for further discussion and improvement.
ABSTRACT
Objective To construct an evaluation index system of ward management,which can evaluate the efficiency of ward management fairly, and make the ward management more scientific and standardized.Methods Delphi method was used in semi-structured interview of 31 experts and 74 experts were subject to questionnaire consultation, so as to establish the index system.Results The index system of ward management so built consisted of three level-1 indexes of safety and quality, teamwork and patient satisfaction, six level-2 indexes of daily monitoring, service environment, adverse events, doctor-nurse cooperation, evaluation of administrators and patient satisfaction, and 25 level-3 indexes.Practice of this system in the past two years reduced adverse events and elevated quality of care.Conclusions This system as used clinically proves its operability and objectivity.
ABSTRACT
In the complexity and diversity of modem society, there is an urgent need for an information system which can systematically collect, manage and analyze data. Especially in the discipline of Nursing, a nursing information system is necessary to maximize nursing resources and improve nursing care in the present system which is faced with increases in client needs and multiple changes in recent hospital environment. This research was done to provide a basis for the development of nursing information system, which was extracted from an analysis of the demand of nurses and other medicine staffs in the general wards excluding the special unit(ER, OR, CSR, etc.). The ward nursing information system was analysed through analysis of nursing practice related to recordings, such as the work book, work list, kardex, other nursing practice recording on 24 wards, and open questionnaire of 288 nurses. Through this process, only four subsystems of output material for nursing practice were described in this study; (1) order communication system in nursing, (2) ward management system in nursing, (3) census reporting system in nursing, (4) materials management system.