Adjustable kickstand device for burn patient

Abstract

The invention discloses an adjustable kickstand device for a burn patient. The adjustable kickstand device comprises a base, a seat mechanism, a flexion and extension mechanism, a lifting mechanism and a swing mechanism. A sliding rail is arranged on the surface of the base which is a hollow cuboid; the seat mechanism is installed on the base through the sliding rail. The flexion and extension mechanism is installed on the base and located on the same straight line with the sliding rail, and an adjustable friction part is arranged on the flexion and extension mechanism; the lifting mechanism and the swing mechanism are parallel to the sliding rail, are arranged in the base side by side, and are symmetrically arranged on the two sides of the sliding rail by taking the sliding rail as an axis; the seat mechanism comprises a seat, a raising mechanism and a chassis; the chassis is arranged on the sliding rail and is provided with a locking part; the raising mechanism is connected with thechassis and the seat to enable the seat to move up and down; passive exercise of knee joints and ankles of a patient can be carried out; when the ankle of the patient is passively exercised, the anklecan be simply moved up and down according to the condition of the patient, and then the ankle is upgraded to do circular motion, so that the exercise of the patient is progressive.

Description

technical field [0001] The invention relates to the technical field of medical rehabilitation auxiliary training, in particular to an adjustable foot support device for burn patients. Background technique [0002] Functional exercise for burn patients is mainly to prevent or reduce contracture deformity after burn healing, prevent joint adhesion and stiffness, and prevent muscle atrophy. At present, when burn patients are performing functional exercises, due to the different conditions of the patients, some patients can exercise by themselves, and some patients cannot exercise independently in the early stage. Self-exercise mainly relies on one-on-one freehand training by the therapist. The labor intensity of the therapist is high, it is difficult to continue the training of the patient, and it is difficult to guarantee the recovery effect; it is difficult to carry out rehabilitation exercise step by step in the rehabilitation exercise of the patient. [0003] In the prior ...

AI Technical Summary

Problems solved by technology

At present, when burn patients are performing functional exercises, due to the different conditions of the patients, some patients can exercise by themselves, and some patients cannot exercise independently in the early stage. Self-exercise mainly relies on the therapist's one-on-one hand-to-hand training. The therapist's labor intensity is high, the patient's training is difficult to continue, and the recovery effect is difficult to guarantee; it is difficult to carry out the rehabilitation exercise step by step in the rehabilitation exercise of the patient.

[0003] In the prior art, rehabilitation bicycles are used in rehabilitation training for lower limb burns, which are similar to spinning bicycles for fitness. The patient sits on the cushion and steps on the pedals. After the power is turned on, the electric pedals rotate to drive the patient's lower limbs to move. The speed adapts to different patients. In this method, the patient is mainly passive rehabilitation training, and it is difficult to perform gradual rehabilitation training on the patient's knee joint and foot separately during rehabilitation training. When doing rehabilitation training for the lower limbs, it is necessary to let the patient adapt to the intensity of the training step by step, choose different training methods and training parts according to the patient's situation, so that the patient's body function can be gradually restored, and the combination of passive training and active training can make the patient gradually recover. recover

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