Leg injury staged recovery device

Abstract

The invention discloses a leg injury staged recovery device. The device is characterized in that an overturning device is overturned downwards to be horizontal with a recovery training platform, a limb supporting piece is rotated until the opening of the limb supporting piece is upward, and feet of a human body can be placed on the opening of the limb supporting piece when the human body sits on the recovery training platform in a manner of facing the overturning device; the limb supporting piece can be driven to make reciprocating linear motion between two ends of the overturning device by circularly rotating a first driving shaft positively and negatively, so that legs can do stretching motion; when the overturning device overturns upwards to be vertical to the recovery training platform, the limb supporting piece rotates until the opening of the limb supporting piece is downward, and the human body kneels on the recovery training platform back to the overturning device, the front body of the human body can lean against a pressing device, and a second driving shaft is rotated to drive the limb supporting piece to move downwards, so that the opening of the limb supporting piece can press the shanks downwards; and the pressing device rotates downwards, resets and rotates upwards in a reciprocating mode, so that the human body topples over by taking knee joints as winding points, and stand up to reciprocate. The leg injury staged recovery device has the advantage of performing multi-posture recovery training.

Description

technical field [0001] The invention relates to the technical field of sports recovery training, in particular to a staged recovery device for leg injuries. Background technique [0002] People who often participate in strenuous exercise, such as bodybuilders, athletes, and dancers, often experience leg injuries such as fractures, muscle strains, and injuries when they participate in competitive competitions, stage performances, or daily training. [0003] When the above situation occurs, such as hamstring muscle strain, through the stages of acute treatment and recovery training treatment, cold compress is generally used in the acute treatment stage, and exercise should be avoided within 48 hours; in the recovery training treatment stage, usually Use some auxiliary recovery equipment for muscle recovery training. [0004] Muscle recovery training in the prior art, such as a training device for leg muscle strain disclosed in patent application 201720971102.7, fixes the stra...

AI Technical Summary

Problems solved by technology

[0005] The above-mentioned technical solution has disadvantages: the source power of the training device disclosed in this technical solution is still from the human body itself, that is, the synchronous movement of the training device is driven by the movement of the human leg, which is mainly suitable for the later stage of recovery training, but for the early stage of recovery training , the strength of human legs is relatively weak. At this time, it is mainly for protection, which is suitable for passive training. However, the device lacks auxiliary cooperative movement units; Its recovery training method for human legs is relatively simple

Although this technical solution can realize the recovery training of multiple parts of the human body, due to the limited structural deformation effect of the whole machine and the weak coordination between the motion units, the human body is still trained in one posture, which cannot meet the needs of many legs. Posture training, in the same way, also has the above-mentioned technical problem of lack of auxiliary cooperative movement units

Another example is a calf muscle rehabilitation and nursing device disclosed in patent application 201911130423.4 and a leg muscle explosive force rehabilitation training device disclosed in patent application 201720580605.1, or through the rotation of the stepping motor to drive the deformation of the whole machine, assisting in the realization of the telescopic movement of human legs , or rotate through the armrest pulling device to perform auxiliary cooperative movement, but the driving structure of the auxiliary cooperative movement unit in the above-mentioned prior art is too single and the deformation effect of the whole machine structure is limited, resulting in the human body still training in one posture, which cannot satisfy Multi-Position Training for Legs

Images