Development of pyrogenation treatment vehicle of medical wastes / 医疗卫生装备

Objective To develop a medical wastes pyrolysis vehicle for field hospital, countryside hospital and public emergencies.Methods Configuration design, thermodynamics theory, ergonomics and auto control technology were involved in to manufacture open-type compartment, on-board pyrolysis furnace, smoke control system, and pyrolysis furnace control and monitoring system.Results The vehicle passed 7 000 km reliability test, high-low temperature test, smoke emission test and army trials.Conclusion The vehicle behaves well in performances and environment protection, and gains high economic and social benefits.

Research on Compartment Environmental Quality of Ambulance Against Biological Contamination / 医疗卫生装备

Obiective To study the compartment environmental quality of ambulance against biological contamination for safe and comfortable transportation and treatment of patients. Methods The experimental research and numerical simulation were carried to master the state of compartment environmental quality, Results Compartment environment indexes excel technology demands, such as overpressure/negative-pressure, temperature, biological contamination, vibration and shock as well as noise and luminance, Conclusion The compartment environmental quality of this ambulance is in a good state.

Application of Medical Equipment in Combined Action of Humanitarian Succor Between China and Gabon / 医疗卫生装备

This paper introduces the application of motor medical equipment independently developed by ourselves in combined medical succor action between China and Gabon.Problems about equipment using are summarized,and the corresponding resolvent to every different problem is listed,which will help to provide some references to the evolution,demonstration and development of medical equipment in the future.

Gas Provision for Medical Use in Earthquake Relief Mission / 医疗卫生装备

Objective To analyse and solve the difficulties and countermeasures in continuously proving medical gas. Methods Aiming at the difficulties of continuously proving medical gas, oxygen produced are mostly canned by oxygen compressor, and are transported to every function module through connecting oxygen jars. Results Medical gas module was taken into full play to meet reasonable demand for continuously providing oxygen. Conclusion It is suitable for other field module hospital to use for reference in the action of medical succor of disaster.

New Technology in Design of Electrical System for Medical Vehicle / 医疗卫生装备

The characteristics and developing trends of electrical system for medical vehicles are introduced.Key techniques in electrical system design are put forward.Emphasis is put on application of new technologies to electrical system for medical vehicles.By using some new techniques in design of medical vehicles,the performance of vehicles is improved in a certain extent.