An intelligent omnidirectional treadmill

Abstract

The invention discloses a novel intelligent omni-directional treadmill, belonging to the field of treadmills. The novel intelligent omni-directional treadmill comprises a driving unit with a universal transmission function and a support platform for supporting a user, wherein a control panel is arranged above the support platform; a detection unit for detecting the foot movement of a runner is arranged on the edge of the support platform; multiple power output holes are formed in the support platform; a driven unit is arranged in the support platform and comprises a support frame and support rods arranged on the support frame; and the top ends of the support rods are positioned in the power output holes. In the invention, the power of the driving unit is transferred to the support platform through the driven unit, and the user can freely change the running direction and increase / reduce the running speed.

Description

technical field [0001] The invention relates to a treadmill, in particular to an intelligent omnidirectional treadmill. Background technique [0002] At present, ordinary treadmills can only complete unidirectional transmission. Such treadmills are difficult to apply to game activities, thus reducing the scope of application of treadmills. However, some existing omnidirectional treadmills can complete omnidirectional There are two ways of moving. One is to use two mutually perpendicular transmission shafts. The vertical transmission shaft is used to control the direction of the speed, while the horizontal transmission shaft is used to control the speed. For such a structure, The mechanism used to link the horizontal transmission shaft is very complicated, and it is prone to various failures during use, and it is also very troublesome to repair. At the same time, it is impossible to change the running direction all the time during use, while the other uses divergent The stru...

AI Technical Summary

Problems solved by technology

[0002] At present, ordinary treadmills can only complete unidirectional transmission. Such treadmills are difficult to apply to game activities, thus reducing the scope of application of treadmills. However, some existing omnidirectional treadmills can complete omnidirectional There are two ways of moving. One is to use two mutually perpendicular transmission shafts. The vertical transmission shaft is used to control the direction of the speed, while the horizontal transmission shaft is used to control the speed. For such a structure, The mechanism used to link the horizontal transmission shaft is very complicated, and it is prone to various failures during use, and it is also very troublesome to repair. At the same time, it is impossible to change the running direction all the time during use, while the other uses divergent The structure diverges from the center of the disc to the surroundings. This structure requires the user to change the position of the standing point to move in different directions, so it is very inconvenient to use

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