Pacemaker implantation postoperative compression device

Abstract

The invention discloses a pacemaker implantation postoperative compression device which comprises a compressor and a chest side plate located on one side of a chest. The compressor comprises a fixingplate, an adjusting screw and a pressing plate. The adjusting screw is arranged on the fixing plate and drives the pressing plate to compress a carotid artery through a thread. Hanging holes are formed in the two sides of the fixing plate respectively. The compressor is connected with the chest side plate through a lap joint device. The lap joint device comprises a neck binding belt, a chest binding belt and a buckle. The neck binding belt penetrates into and is fixed into the hanging holes. The chest binding belt is connected with the lateral side of the chest side plate. The neck binding belt and the chest binding belt are detachably connected through the buckle. The compressor is fixed to the built-in position of the pacemaker through the chest side plate and the lap joint device, the compressor can be effectively fixed to an artery position needing to be compressed, medical staff only need to watch and observe in the process without pressing all the time, and the labor intensity ofthe medical staff during artery compression is effectively relieved.

Description

technical field [0001] The invention relates to a compression hemostat after pacemaker implantation, in particular to a compression device after pacemaker implantation. Background technique [0002] A cardiac pacemaker is an implanted electronic device that stimulates the heart with a certain form of electrical pulses to effectively contract it at a certain frequency, and has a good effect on the treatment and rehabilitation of arrhythmias. In the early postoperative period, the patient needs to stay in bed for 24 hours absolutely, in the supine or left decubitus position, and limit the movement of the upper limbs or large body movements on the operated side. The implanted wound needs to be compressed with sandbags for 6 hours. Clinically, when the sandbag is pressed on the patient, the sandbag slips due to body position change or patient movement. If the slipping time is too long, it will cause wound bleeding. [0003] Existing compression devices after pacemaker implantat...

AI Technical Summary

Problems solved by technology

Clinically, when the sandbag is pressed on the patient, the sandbag slips due to body position changes or patient movement. If the slipping time is too long, it will cause wound bleeding.

[0003] The existing compression devices after pacemaker implantation are vest-style, which will be stuffy in summer; there are also relatively simple sandbag fixing belts, but none of the compressors can be firmly fixed to the place where the pacemaker is placed.

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