Multifunctional rehabilitation physical therapy device

Abstract

The invention relates to a multi-functional rehabilitation physical therapy device, in particular to a multi-functional exercise rehabilitation device, and belongs to the field of rehabilitation therapy devices. The device comprises a machine frame, a base, a head and neck rehabilitating device, an upper limb rehabilitating device and a lower limb rehabilitating device. The device is characterized in that the head and neck rehabilitating device is provided with a traction belt and a traction belt controller inside, and the traction belt controller can make the traction belt move; the upper limb rehabilitating device is provided with a power controlling device, a movable plate and a fixed plate inside, the power controlling device is connected with the movable plate, the movable plate is connected with the fixed plate, and the power controlling device can drive the movable plate to move; and the lower limb rehabilitating device comprises a pedal and a reciprocation controlling device, the pedal is connected with the reciprocation controlling device, and the reciprocation controlling device can drive the pedal to reciprocate. The device has the advantages of simple and reasonable structure, simple operation, and low manufacture cost, and is applicable to be popularized in industrial production and daily life; and one set of a machine can carry out the rehabilitation therapy on a plurality of positions of a human body and has obvious effect.

Description

technical field [0001] The invention belongs to the field of rehabilitation therapy devices, and in particular relates to a multifunctional sports rehabilitation device. Background technique [0002] Nursing of paralyzed or uncoordinated limbs due to car accidents, strokes, and other medical conditions is an increasing priority in the medical field. Especially after stroke, patients generally suffer from different degrees of hemiplegia, among which hemiplegia of the head and neck, arms, wrists, fingers and lower limbs is more common. The main manifestations are stiffness in the neck and limbs, and inflexible activities. [0003] The method for the treatment of cervical hemiplegia is varied, mainly including the traction of western medicine, drug sealing, surgical treatment and acupuncture massage, massage, oral administration and external application of traditional Chinese medicine in traditional Chinese medicine. The above-mentioned treatment methods mainly rely on manual...

AI Technical Summary

Problems solved by technology

The above-mentioned treatment methods mainly rely on manual operation, the process is complicated, and professional medical personnel are required to implement it.

Now, neck traction has become one of the commonly used treatments for cervical hemiplegia and cervical spondylosis. The neck traction devices that appeared on the market in the past have complex structures, inconvenient operation, and most of them are expensive, which are difficult for ordinary families to afford.

[0004] In recent years, multi-functional rehabilitation devices designed to restore the motor ability of limbs have emerged in an endless stream, which has reduced the burden of care for medical staff and patients' families to a certain extent. Inconvenient, there has not been a rehabilitation device with the function of assisting in the recovery of normal walking ability, which makes the treatment effect has been unsatisfactory

Existing devices can not restore the normal walking ability of the limbs even after the patient spends a lot of time and energy on using them

Moreover, most of the rehabilitators currently on the market are difficult to accurately adjust the exercise intensity and frequency, and the personalized design for different patients is relatively insufficient.

This functional limitation seriously affects the rehabilitation effect, and even delays the progress of rehabilitation and causes inestimable losses.

At present, the rehabilitation devices that can completely simulate and assist patients in walking simulation are mostly complex in structure and expensive, and it is difficult for ordinary families to afford them.

However, most limb rehabilitation devices can only move the upper arm, and it is difficult to move the palm joints accordingly, so the rehabilitation effect is greatly reduced

[0005] Although there are many types of rehabilitation devices available, most of them have a single function and are only designed for the rehabilitation of a certain part

People need to buy a lot of equipment to meet their own needs during use, which not only wastes money but also brings a lot of inconvenience to the actual operation.

Images