Afonshin Vladimir Evgenevich,Афоньшин Владимир Евгеньевич
申请号：
RU2017106724
公开号：
RU0002641972C1
申请日:
2017.02.28
申请国别(地区):
RU
年份:
2018
代理人:
摘要：
FIELD: sport.SUBSTANCE: invention relates to physical culture and sports and is intended for determining athletes interaction level in team sports. Light emitter of the software and hardware complex on a given playing field forms a given number of light-dynamic zones which are prohibited for finding each member of a athletes group and their sports equipment, light-dynamic zones imitate opposition of rival players and move over the playing field unpredictably or predictably for the athletes at a given speed. Athletes assess the simulated game situation, control the minimum allowed distance between each other, and measure their capabilities with the dynamics of movement of partners of forbidden zones and perform technical and tactical actions with the maximum possible number of handoffs of the sports equipment to each other through corridors which are free from forbidden light-dynamic zones. Playing field is recorded with a video camera, the video image is transferred to a software-hardware system which fixes the movements of the light-dynamic zones, sports equipment, athletes, the distance between them, as well as the number of hanfoffs of the equipment. If the minimum permissible distances between athletes are violated, the software-hardware system generates a conditional warning sound signal. In the absence of errors, when there is no entry of the sports equipment and/or athletes into the forbidden light-dynamic zone, or their going beyond the boundaries of the playing field, or reduction of the minimum permissible distances between the athletes during the test, the hardware-software system records the number of handoffs. Level of the test is complicated by increasing the speed of movement and/or the surface of the forbidden light-dynamic zones and/or their number, and/or specified minimum permissible distance between the athletes until they can correctly pass the sports equipment to each other. According to the maximum number of handoffs to each other at a given t
