Novel mountaineering machine

Abstract

The invention discloses a novel mountaineering machine. The novel mountaineering machine comprises a machine frame combination, a rotating wheel assembly, an inertial wheel assembly, a strip-shaped traction part, pedal assemblies and a tensioning wheel. The tensioning wheel is installed on the upper portion of the machine frame combination. The two pedal assemblies are installed on the lower portion of the machine frame combination and correspond to the left and the right below the tensioning wheel respectively. The rotating wheel assembly and the inertial wheel assembly are installed in the machine frame combination respectively and matched with each other. The strip-shaped traction part is arranged on the tensioning wheel in a hanging mode, the two ends of the strip-shaped traction part are respectively connected with the two pedal assemblies after penetrating through the rotating wheel assembly matched with the strip-shaped traction part, and therefore the two pedal assemblies are connected through the strip-shaped traction part and linked in the vertical direction, and the rotating wheel assembly can be driven to rotate when the two pedal assemblies respectively move downwards. According to the novel mountaineering machine, users can tread comfortably, the treading resistance can be adjusted conveniently, the treading width between the two feet of the users can be adjusted well so that different kinds of mountaineering difficulty can be simulated conveniently, the comfort level of the pedal positions can be improved, and therefore the novel mountaineering machine is high in competitive power.

Description

technical field [0001] The present invention relates to a kind of sports body-building apparatus, particularly relates to a kind of new-type climbing machine. Background technique [0002] With the rapid development of the economy, the substantial improvement of people's living standards, and the continuous deepening of mass fitness activities, more and more fitness equipment has entered the family, so that people can achieve the effect of exercising without leaving home. Mountain climbing machines are one of them. The traditional mountain climbing machine uses a hydraulic mechanism to imitate the pedaling action of the mountain climbing process. In order to adjust the pedaling force, a damping valve needs to be installed in the pipeline to adjust the resistance of the pedaling resistance by adjusting the resistance of the liquid flow. This kind of mountain climbing machine is due to the use of Hydraulic cylinders and damping valves are used as resistance adjustments, and t...

AI Technical Summary

Problems solved by technology

The traditional mountain climbing machine uses a hydraulic mechanism to imitate the pedaling action of the mountain climbing process. In order to adjust the pedaling force, a damping valve needs to be installed in the pipeline to adjust the resistance of the pedaling resistance by adjusting the resistance of the liquid flow. This kind of mountain climbing machine is due to the use of Hydraulic cylinders and damping valves are used as resistance adjustments, and the pedaling resistance is difficult to adjust, unable to meet the strength needs of various exercisers, and the structure is complex and the production cost is high

Another kind of mountaineering machine of prior art is to adopt transmission belt, and transmission belt rides on the pulley, and the two ends of belt are respectively fixed two pedals, and when one pedal moves downwards, affected by the involvement of belt, the other pedal The pedal will move upwards. In order to adjust the pedaling resistance, a friction adjustment mechanism in contact with the transmission belt is provided. The mechanism, on the one hand, is inconvenient to adjust the pedaling resistance. On the other hand, the complicated adjustment mechanism also causes cumbersome production and increased production costs. Moreover, since the pedaling resistance is adjusted by increasing the belt damping, the user There will be a sense of resistance when stepping on it, causing users to feel uncomfortable when stepping on it

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