FIELD: medicine.
SUBSTANCE: invention relates to medicine, namely to biomechanics, relates to method for assessing the ergonomic properties of elements of combat individual equipment of servicemen (BIEV), which measures the amplitudes of the maximum possible active motions with the help of biomechanical sensors “Trust-M”, which fixes on certain segments of the upper and lower extremities and the spine, corresponding to the projections of the anatomical regions. Measuring the amplitudes of the maximum possible active movements in the large joints of the upper and lower extremities and in the spine produce when performing acyclic motor locomotions, which are performed three times with rest for at least 24 hours and in a certain order. Analysis of biomechanical parameters of movements and their visualization in the form of graphs of mean values of amplitudes of active movements in large joints of upper and lower extremities and in the spine produced using a personal computer with specialized software. According to the graph of the mean values of 20 epochs of amplitudes, by determining the maximum and minimum, the amplitudes of active motions in large joints of the upper and lower extremities and in the spine are determined as projections of three-dimensional angles, registered in space when moving the biomechanical sensors “Trust-M”, to the sagittal and frontal planes.
EFFECT: method for assessing the ergonomic properties of elements of combat individual equipment of servicemen is proposed.
4 cl, 5 dwg, 3 tbl
