Handstand machine with self-adaptive clamping foot device

Abstract

The invention discloses a handstand machine with a self-adaptive clamping foot device. The handstand machine comprises a main supporting body, an auxiliary handstand mechanism and a control unit. The auxiliary handstand mechanism comprises an auxiliary handstand unit, the auxiliary handstand unit comprises a back supporting piece set and an extension piece set, the back supporting piece set can be assembled on the main supporting body in a pivoted mode, and the extension piece set is connected to the back supporting piece set; and the handstand machine also comprises a clamping foot unit which comprises a front clamping foot group and a rear clamping foot group, the front clamping foot group is arranged on the bottom side of the auxiliary handstand unit in a manner that the front clamping foot group cannot pivot and swing, and the rear clamping foot group is assembled on the bottom side of the auxiliary handstand unit in a manner that the rear clamping foot group can pivot and swing. The control unit comprises a control set which is operably connected to the front clamping foot group and can drive the rear clamping foot group to move towards the front clamping foot group. According to the handstand machine, the pivot swing structure is designed on the rear clamping foot group, when the auxiliary handstand mechanism turns over or pivots to be in a handstand posture, the weight of a human body is tied to and abuts against the fixed front clamping foot group instead of the front clamping foot group comprising a pivot swing or moving structure, and the unsafe feeling of instant shaking of a user is reduced.

Description

technical field [0001] The invention relates to a fitness equipment, in particular to an inversion machine. Background technique [0002] General inversion machine usually includes an inversion mechanism that can be turned backwards, a rear clamping mechanism fixed on the rear side of the inversion mechanism, and a front clamping mechanism that can be controlled to rotate and be arranged on the front side of the inversion mechanism. During use, usually a user first stands on the pedal of the inverted mechanism, and then pivots the front pinch mechanism backwards to clamp against both feet together with the rear pinch mechanism and then locks the front pinch mechanism. At this point, the user can flip the inversion mechanism to the inversion state to perform an inversion. [0003] When in an inverted state, the human body is fixed on the handstand machine mainly by the clamping of the user's instep and the front pinch mechanism, so the weight of the human body is carried by ...

AI Technical Summary

Problems solved by technology

However, since the front clamping foot mechanism includes pivotable parts and movable structures, there is an assembly gap when the parts are assembled. Supported by the structure, when the weight of the human body is concentrated on the front clamping foot group, the assembly gap of each part will make the user feel a shaking insecurity instantly

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