Electrocardiograph monitoring device with intravenous injection function

Abstract

The invention discloses an electrocardiograph monitoring device with an intravenous injection function. The electrocardiograph monitoring device is composed of a cuff and an electrocardiograph monitoring waistcoat, wherein the cuff can be used for injecting emergent medicine. Three lead electrodes are arranged in the chest portion of the electrocardiograph monitoring waistcoat and are respectively connected to a main control board embedded in the back of the waistcoat. The inside of the cuff mainly comprises a vein position detection part and a vein injection part. The waistcoat is communicated with the cuff through ZigBee. The electrocardiograph monitoring device has the advantages that real-time electrocardiograph monitoring can be conducted on lone or empty-nest old men or women, the ZigBee wireless transmission technique is adopted, and appointed hospitals and kinsfolk of the old men or women can know the physical conditions of the old men or women timely and conveniently; when rhythm of the heart of the old men or women is abnormal, the device can automatically find vein blood vessels through an impulse type ultrasonic wave probe, the emergent medicine is automatically injected into the old men and women, and time for rescuing patients is gained for doctors.

Description

technical field [0001] The invention relates to an electrocardiographic monitoring device with an intravenous injection function, which belongs to a kind of portable medical equipment. technical background [0002] The probability of sudden death caused by cardiovascular disease is very high. At the same time, with the aging population, empty nesters have also become the focus of society. Therefore, ECG monitoring has become an important means of protecting patients with cardiovascular disease. However, ECG monitors in medical units are inconvenient for ordinary carriers to use. ECG monitors on the market only have a single alarm function, do not have remote monitoring capabilities, and cannot achieve real-time monitoring and timely first aid. Function, but also large size, low stability, not suitable for carrying. Therefore, design a low-power, portable ECG monitoring device that can monitor heart rhythm in real time, intelligently diagnose arrhythmia, send rescue signals ...

AI Technical Summary

Problems solved by technology

However, the ECG monitors in medical units are inconvenient for ordinary carriers to use. The ECG monitors on the market only have a single alarm function, do not have remote monitoring capabilities, and cannot achieve real-time monitoring and timely first aid. function, and the volume is large and the stability is low, so it is not suitable for carrying

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