Interventional upper limb cushion

Abstract

The invention discloses an interventional upper limb cushion. The interventional upper limb cushion comprises an upper limb cushion body and a base cushion, wherein hook-and-loop fasteners with corresponding locations are respectively fixed on the lower surface of the upper limb cushion body and the upper surface of the base cushion to form flexible connection, the upper limb cushion body is of a triangle slope shape, the slope face of the upper limb cushion body is provided with a U-shaped groove, and the base cushion is of a cuboid shape; the upper limb cushion body and the base cushion are made of sponge, and the whole outer sphere is wrapped by cotton gauze. The interventional upper limb cushion has the advantages of effectively lifting the upper limb of the operation side of a patient who undergoes redial artery and coronary artery intervention therapy, stably placing the upper limb and relieving limb swelling and pain; the upper limb cushion body and the base cushion can both be used separately or be connected to be used as a whole, limb placing height requirements of different postures of the patient can be met; the utilization is convenient and the cleaning is easy.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to an interventional upper limb pad applied to transradial coronary artery interventional treatment. Background technique [0002] Percutaneous coronary intervention can quickly recanalize the occluded blood vessels and effectively relieve the symptoms of patients. It has become one of the important methods for the treatment of coronary heart disease. Compared with the traditional way of percutaneous femoral artery puncture, percutaneous radial coronary intervention is an ideal new way of vascular puncture treatment. It has the advantages of easy compression to stop bleeding, less bleeding, and shorter bed rest time. [0003] Bandage pressure hemostasis is often used to stop bleeding at the puncture site after percutaneous radial coronary intervention. Because the wrist is immobilized and under pressure, the patient’s arm will have hematoma, pain, and numbness. The above sy...

AI Technical Summary

Problems solved by technology

The existing clinical methods of raising the upper limbs on the operated side are mostly placed on the abdomen or folded with clothes. The above-mentioned methods have the following defects: First, due to the uncomfortable or unstable placement of the arms and limbs, patients often lift the upper limbs on the operated side. Placed on the side of the body, that is, lower than the level of the heart, even some patients still lie on the operated side at night or press the upper limb on the operated side under the body, etc., the effective implementation of limb elevation is poor, and swelling and pain in the upper limb on the operated side occur subsequently; Second, when resting in bed, keeping the upper limb on the operated side in the same position for a long time will make the patient feel uncomfortable; third, the folded and raised clothing or other items during the hemostasis process are also prone to contamination, increasing the burden of cleaning

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