Objective:When troops take actual combat training in plateau cold field environment, the wounded condition is complicated. The application of remote classification system can improve the efficiency of salvage of patients and reduce the incidence of accidents.Methods: By using front-end transmitting equipment, network equipment and high integration module, on-site real-time acquisition of video, audio and data information can be transmitted to the clinic with high quality by wireless digital way.Results: The rescue efficiency of critical patients and the inspection injury classification efficiency of sick and wounded improved obviously. The medical service support capability of cold plateau area improves significantly.Conclusion: the use of remote classification system will be classified triage work forward, gold for critical seriously injured patient treatment time, greatly improving the rescue success rate of critically ill patients.

Objective:To supply the rescue and treatment to stroke patients in the first time by the building of green information network platform. Methods:Build green information network platform, which taking the UCC as the entrance, using the IP green alarm bell system as the start point, mixing the Hospital Information System, Picture Archiving and Communication Systems, Laboratory Information System, and office automation system together. The platform attains the features of systems interflowed, equipment connected, information shared and data sending at once. These features make the sharing of patient’s information accurate and faster, so that the emergency rescue process is optimized. Results:In the past, it might cost about 20 minutes between the patients’ arriving and the rescue’s starting. When the green information network platform was used, the time was reduced to about 3 minutes. Conclusion: The green information network platform can optimize the process of emergency rescue effectively.

Objective: To improve the treatment order and improve the work efficiency of the doctors, our hospital has run the triage calling system in out-patient department. Methods:Using VC++ language and the middleware technology, we realize the function of voice calls, large screen display control, background management and data synchronization. HIS system realizes the automatic call patient registration by transfer the registration information to the triage system. Results: The trial operation of outpatient triage calling system in our hospital has completely changed the previous traditional triage mode of“nurse as orientation”. The system reduces not only the work pressure of health care, but also significantly improve the doctors' work efficiency and service quality. Conclusion:Guide triage system can effectively improve the environment and outpatient treatment order, greatly enhance the patient’s satisfaction.

Purpose/Significance To understand the behavioral characteristics of patients with eye diseases,and to optimize the smart medical service strategies for eye diseases.Method/Process Guided by Anderson's medical service utilization model,the elec-tronic medical records(EMR)data of 17 602 patients in a hospital are collected,and chi-square test and pedigree clustering method are used to explore the behavioral characteristics of patients with eye diseases from four dimensions.The satisfaction of 702 patients with eye diseases on smart medical services is investigated,and the main influencing factors are analyzed by ordinal logistic regression.Re-sult/Conclusion According to the demographic characteristics of patients with eye diseases,registration methods,common ophthalmic diseases and incidence data,settlement methods,etc.,suggestions and strategies for smart medical services for eye diseases are put for-ward from four aspects:resource layout,technical compatibility,service mode and optimized settlement.