Electrocardiogram measuring device

Abstract

The invention discloses an electrocardiogram measuring device. A sensor is installed on a carrier composed of a first shoulder girdle, a second shoulder girdle, a second pectoral girdle, a first pectoral girdle and a waist girdle. The sensor is connected with an interface module through a data line, and a display screen, a memorizer, a communication module, a power supply system, a control panel, a switch and the interface module are connected with a controller. The sensor is fixed to the carrier similar to clothes, the sensor makes contact with the skin of a human body but not need to be pasted or coated with a bonding agent, the discomfort of the skin of a patient is reduced, the sensor cannot disengage, the carrier exerts pressure on the sensor, the muscular fibrillation interference is reduced, the electrocardiogram waveform quality is improved, meanwhile, the electrocardiogram can be monitored for a long time, the communication module gives an alarm to a doctor or family members of the patient immediately when the patient is attacked by the disease, and time is saved for rescuing the patient.

Description

technical field [0001] The invention relates to the technical field of medical electronics, in particular to an electrocardiogram measuring device. Background technique [0002] Electrocardiogram measurement equipment is a device that obtains heart function data by collecting potential differences. Traditional equipment generally has a certain volume and is often used in hospitals and community health centers. It is not conducive to people's measurement anytime and anywhere. Electrocardiogram measuring equipment is small and easy to carry, and has a certain protective effect. However, heart disease is sudden, and it will be better if it can be monitored in real time without affecting life. Electrocardiogram measurement equipment generally uses electrodes that are positioned and pasted on human skin to obtain ECG vectors. However, due to the adhesive coated on the traditional adhesive electrodes, the material is in contact with human skin, and the adhesive often causes redn...

AI Technical Summary

Problems solved by technology

Due to the adhesive material and human body sweating, etc., the sticky electrodes may detach from the human skin, resulting in failure to collect ECG signals.

In addition, due to differences in human body fat and skin, the firmness and pressure of the electrode and skin are different, and there is muscle tremor interference, which will also lead to the accuracy of signal detection data. For this reason, we propose an electrocardiogram measurement device

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