ABSTRACT
Objective To solve the problems in medical equipment utilization,supervision,management,clinical safety and etc.Methods A centralized management and sharing system of medical equipment was developed with functional requirements analysis,C/S architecture and programming.Results The system eliminated the needs for manual accounting and allocation,enhanced medical equipment usage rate and improved equipment borrowing procedure.Conclusion The system contributes to dynamic management and efficacy evaluation of medical equipment,so as the working efficiency can be increased while the costs can be decreased for manpower and materials.
ABSTRACT
The modular,net-enabled,full-dimensional protective and highly mobile equipment of the U.S.Army medi-cal company is systematically analyzed.The roles and performance of essential equipment are outlined, and some sugges-tions are raised, providing reference for the PLA medical equipment construction.
ABSTRACT
The development overview of the US armed forces' medical electronic health record system was described, including its emergence background, development process, block deployment, battlefield application, recent development and future trends, etc. Meantime, the related systems of the PLA were explained. Then, some suggestions on the development of the PLA health informatization were put forward, including emphasis on top-level design and overall planning, stepwise implementation and sequential advance, combined utilization during war and peacetime and integrated development, civil-military integration and technology outsourcing, etc.
ABSTRACT
The composition and development of foreign army's medical equipments are discussed,of which,medical equipments for satisfying the requirements of informatized war,NBC protection and MOOTW are paid special attention to.Foreign army also tries hard to enhance medical equipment's capabilities in rapid response and theatre survivability.The advices for development of PLA's medical equipment are also put forward based on the analysis on its present situation.
ABSTRACT
Objective To evaluate the performance of a kind of military health service rescue vest. Methods The author studied the structure analysis, basic performance experiments and ergonomics tests. Results The vest was scientifically designed, easy to use, in line with the ergonomics and can fulfill the requirements of military health service secure in different environment. Conclusion The secure vest can fulfill medical first aid at scene and military health service rescue. It can be used for soldiers.
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This paper mainly introduces some related problems of biosafety and biosafety laboratory. It also mentions the present situation of worldwide biosafety laboratory and gives out some proposals.
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Objective To provide an accessorial reference platform in purchasing medical equipment for the City. Methods The Medical Equipment Selection System(MESS) was designed and developed by combining the medical equipment selection model and selection way with delphi7 based on Windows XP, then a selection open-platform of human-computer interaction was formed. Results The tested index data in which five types of semi -automatic biochemistry analyzer, including SBA-830, SBA-610, CA-958E, AVE-852, Microlab 300, these can prove the system running well and have strong objective and scientific. Conclusion The platform has good stability and sensitivity, which can provide an accessorial decision-making platform for purchasing medical equipment.
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Based on the theory of biological protection, this paper introduces the present situation of foreign and Chinese biological protective equipments.Some countermeasures are put forward concerning the development of Chinese biological protective equipment.
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This paper analyzes the development actualities and characteristics of foreign military telemedicine equipments,and points out the developing trend of field telemedicine equipment.On the basis of the above-mentioned,the development countermeasures of Chinese army are put forward.
ABSTRACT
Network theory is applied to the optimization study on field medical equipment allocation with patient flow and its rate in wartime analyzed. With the application of queuing theory and linear programming, different optimized combinations of evacuation tools are studied, and then static model and dynamic model are established. A calculating table on queue length, service intensity and service desk is put forward to realize rapid evaluation of quantities of required field medical equipment for PLA. Some suggestions are provided to modify the current standard of PLA's basic medical equipment.