Femoral artery interventional postoperative rehabilitation system and method

Abstract

The invention relates to a femoral artery interventional postoperative rehabilitation system and method. The femoral artery interventional postoperative rehabilitation system includes a leg limit brake body, wherein the leg limiting brake body is of an elongated arc-shaped sheet structure; a leg elasticity adjust stop band is movably installed on the leg limit brake body; a fixing shaft is arranged at one end of the leg limiting brake body; a foot limiting plate is sleeved on the fixing shaft; a foot limiting band is arranged on the foot limiting plate; a push-pull support is fixedly installedat the outer end of the foot limiting plate; and a rehabilitation training device is movably installed on the push-pull support. By means of the double limit braking mode of leg limit brake body andfoot limit plate, the bending and torsional movement of patients' legs can be realized efficiently, which plays an active role in the rehabilitation of patients after operation.

Description

technical field [0001] The present invention relates to the field of medicine, in particular to a medical system, in particular to a rehabilitation system and method after femoral artery intervention. Background technique [0002] After femoral artery intervention, patients need to be properly nursed: firstly, complications after puncture should be prevented, and local compression and pressure bandaging should be used to stop bleeding after surgery. Blood circulation disorder; secondly, pay attention to the time to remove the bandage. Too early removal time may cause complications such as hemorrhage, hematoma, pseudoaneurysm, and too long bandage time may cause body numbness and even ischemia. One hour after the operation, loosen the bandage first, and let the patient's affected limb immobilize for six hours, and then rest in bed for twelve hours; again, the patient may experience low back pain and limb numbness during the rest period after the operation. , abdominal disten...

AI Technical Summary

Problems solved by technology

It is more difficult to use the bandage to pressurize the hemostasis, and the patient needs to keep a still position, especially the affected limb, which needs to be absolutely still.

However, in clinical practice, it will be found that many patients find it difficult to maintain a stationary position, and maintaining such a position for a long time is unbearable for patients.

In order to protect the patient from complications after surgery, the patient’s legs are restrained, or the family members of the patient keep pressing the patient’s leg to avoid the patient’s limb movement on the affected side. This traditional braking method is more It is bulky, and the bandage is used to bind the patient, which is extremely painful for the patient. Although the braking effect is effectively achieved, the comfort of the patient is greatly lower. New patients will also appear after long-term restraint, which will cause certain damage to the patient's limbs. damage

The manual pressing method is more laborious and time-consuming, and requires one or more people to work in rotation, which is not operable

Moreover, after adopting the traditional restraint method, the patient will basically not experience local limb movement, which will not play a very good role in the rehabilitation of the patient. It is often necessary to rotate the ankle while ensuring restraint, so that the patient Reduce pain, increase comfort, and achieve rapid recovery. These operations are reflected in traditional brake restraint operations

Traditional rehabilitation methods prolong the recovery time of patients, and the process is more painful, which is not conducive to the postoperative health of patients

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