Special elastic bandage for radial artery dressing

Abstract

The invention discloses a special elastic bandage for bandaging radial artery, which comprises a bandage body, one end of the bandage body is connected with a compression pad connecting piece, and one side of the compression pad connecting piece is connected with a compression pad, and the height of the compression pad gradually decreases from the center to the edge. The elastic bandage not only has low cost, but also achieves a hemostatic effect, enhances the patient's comfort, and reduces complications such as limb pain, swelling, and blisters of the patient.

Description

technical field [0001] The invention relates to a bandage, in particular to a special elastic bandage for radial artery bandaging. Background technique [0002] In cardiovascular medicine, one of the frequently performed cardiac interventional procedures is called coronary angiography. The main purpose of this procedure is to clearly determine whether there is coronary heart disease. It mainly uses a puncture sheath to puncture the right or left radial artery under local anesthesia, and then sends the catheter to the heart for imaging or treatment. After the operation, the puncture sheath is pulled out, and the puncture point is bandaged with elastic bandage. At the same time, there are percutaneous coronary stent placement and percutaneous transluminal coronary angioplasty, both of which are punctured through the radial artery to send catheter-related materials to the heart for treatment. [0003] For the hemostatic bandaging of the radial artery, the guidelines do not spe...

AI Technical Summary

Problems solved by technology

[0003] For the hemostatic bandaging of the radial artery, the guidelines do not specify the bandaging method, but only bandaging through learning and experience. The force of each bandage is different for each person, and the force of each bandage is different. The nurse bandages 6 times and relaxes every 2 hours. Loosening the bandage for two circles and three times in a row will relieve the pressure, but the effect of loosening the bandage for the last two circles each time is often not obvious, and the patient still often suffers from discomfort such as right upper limb swelling, pain, and blisters around the puncture point

[0004] The width of the bandage is different. If the bandage is too narrow, it is not convenient for the surgeon and the bandage nurse to cooperate. At the same time, the whole bandage is easy to slide and shift away from the compression point; if the bandage is too wide, the compression position is too wide, which increases the local swelling range and increases the pain of the patient.

[0005] At present, there are many compression hemostats on the market. The disadvantages are: high price, which increases the financial burden of patients. Therefore, hospitals usually do not buy them. Most hospitals also use traditional elastic bandages to bandage the radial artery.

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