FIELD: training exercisers; sport.
SUBSTANCE: stationary ergometric exerciser (10) comprises a foot drive comprising successively acting drive elements in the form of foot pedals (18), installed by means of con-rods of pedals (20) on opposite sides of driving wheel (22). Flywheel (24) is connected to driving wheel (22) by means of gear mechanism (26), wherein flywheel contains magnetic rim (38). Exerciser (10) comprises braking device (40) in form of one or more permanent magnets (44a, 44b), installed for movement by means of engine (42) in direction to magnetic rim (38) or from magnetic rim (38) of flywheel (24) in order to selectively adjust braking force, applied to flywheel (24), by means of one or each permanent magnet (44a, 44b). Measuring unit (58) is designed to measure, at use, at least one of: driving force transmitted through drive, and associated with it moment, together with measuring device (66) for measurement, when used, pedaling frequency. Control module (72) is connected to measuring unit (58), measuring device (66) and motor (42) of braking device (40), and communication module (74) is connected to control module (72) and is configured to receive control signals and transmit these control signals to control module (72) and is configured to transmit feedback signals, received from control module (72) reporting user performance. Control module (72) is configured to receive measurements from measurement unit (58) and measuring device (66) and to use said measurements to calculate one or more performance parameters and to compare each performance parameter with a predetermined operating characteristics profile. Control module (72) is also configured to control motor (42), to move one or each permanent magnet (44a, 44b) relative to magnetic rim (38) of flywheel (24) for adjusting braking force generated by one or each permanent magnet (44a, 44b), and thus adjusting measurement results obtained from measurement unit (58) and measuring device (66) to adjust one or each performance parameter, calculated by control module (72) to comply with predetermined operating characteristics profile.
EFFECT: stationary ergometric simulator is proposed.
30 cl, 10 dwg, 5 tbl
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Authors
Dates
2020-08-04—Published
2017-01-11—Filed