A Study On Hardware Interface Design Of Military Electronic Equipments

Military electronic equipment is a core component of weapons and equipment to achieve a certain combat function,which is an important medium of human-computer interaction.At present,the focus of domestic military electronic equipment research is usually focused on the performance of the upgrade,reliability and so on.With the development of military equipment technology,human-computer interaction design research of the military electronic equipment has also been improved by the equipment research institutions.But the domestic military electronic equipment design and consumer electronics equipment has a large gap compared with foreign military electronic equipment,and the theoretical system of design is not perfect.In this paper,the mechanical operation panel of military electronic equipment is taken as the research object.Under the guidance of ergonomics,the man-machine interface characteristics of military electronic equipment,and the physiological and psychological characteristics of the officers and men of the People’s Liberation Army(ie.user),and the Interface relations and the evaluation methods and other research content are analyzed with the methods of literature search,standard research,and so on.The relationship between human body size,visual,tactile,auditory,psychological and man-machine interface ate explored in the principle of "people as the center".The man-machine interface design principles of the functional area layout,text and graphic symbols,control component selection,coding,color are put forward.On the basis of the above research,the design of typical military electronic equipment mechanical operation panel is carried out,the reasonable evaluation method to verify the effectiveness of the design principles is created and the military electronic equipment man-machine interface which is operation comfortable,high precision and easy to identify is designed ultimately.The design principles formed in this paper will play a positive role in guiding the development of military electronic equipment for the military equipment to be easier,better and more reliable to use.The results can also be applied to other electronic equipment in the industrial design,and play a guiding role for human design of electronic equipment.