The invention relates to a testing and
evaluation system for wear comfortableness of a helmet. The testing and
evaluation system for the wear comfortableness of the helmet comprises a head modular matrix, a sensing device and a
data analysis system, wherein the
data analysis system is arranged in a computer; the sensing device comprises an undersurface
silica gel layer which can be fitted with the
curve shape of a head; the upper surface of the undersurface
silica gel layer is provided with a matrix network which consists of a plurality of pressure sensors and a lead vertically and horizontally connected with all the pressure sensors; the exterior of the matrix network is connected with a
power module and an acquisition control module through leads; the
data analysis system comprises a
data management unit, a data storage unit and a work efficiency performance analysis unit; the
data management unit comprises an open module and a sampling module; and the work efficiency performance analysis unit comprises a pressure mode module, a pressure peak module, a pressure mean value module, a pressure center module, a pressure variance module and a pressure standard deviation module. The testing and
evaluation system for the wear comfortableness of the helmet can be widely used for evaluating the wear comfortableness of products, such as various military helmets, helmets for polices, civil helmets, safety helmets, sports helmets and the like.