Disposable electrocardiogram connecting device and method for same

Abstract

The invention provides a disposable electrocardiogram connecting device. The disposable electrocardiogram connecting device comprises a connector, a main conduction bunch, a thoracic cavity electric conductance bunch, a body electric conductance bunch and an operation instruction module, wherein the connector is used for connecting with an electrocardiogram information recording module; the main conduction bunch is provided with an output end and an input end, and the output end is connected to the connector; the thoracic cavity electric conductance bunch is configured at the input end of themain conduction bunch and is coated with a first-color covering film, the thoracic cavity electric conductance bunch comprises a plurality of thoracic cavity electric leads, and each of the pluralityof thoracic cavity electric leads is welded with one thoracic cavity electrode; the body electric conductance bunch is configured at the input end of the main conduction bunch and is coated with a second-color covering film, the body electric conductance bunch comprises a plurality of body electric leads, and each of the plurality of body electric leads is welded to a body electrode; the operationinstruction module is used for a user to confirm the adhering positions of the plurality of thoracic cavity electrodes and the plurality of body electrodes on the body of a person to be detected according to the instruction operation. The invention further provides a use method of the disposable electrocardiogram connecting device.

Description

technical field [0001] The invention relates to a disposable electrocardiogram connection device and its method, in particular to a disposable electrocardiogram connection device with color beam splitting and multiple indicating units for convenient, accurate and rapid operation. Background technique [0002] see figure 1 As shown, it is a schematic diagram of a traditional twelve-lead electrocardiogram measurement device in the prior art. The traditional twelve-lead electrocardiogram has a total of ten measurement electrode pieces, including V1, V2, V3, V4, V5, V6, RA , LA, RL, LL, when in use, each electrode sheet is manually attached to the position where the human body measures the ECG information, and then each electrode sheet is connected to the uploading wire, and through the conductive wire 1 , the hub 2 , the cable 3 and the connector 4 store the measurement information related to the electrocardiogram into the recorder 5 for further analysis. [0003] However, wh...

AI Technical Summary

Problems solved by technology

[0003] However, when the traditional twelve-lead electrocardiogram measurement equipment of the aforementioned prior art is performing measurement operations, for operators who are not familiar with the operation or are not skilled, it is easy to cause damage when connecting ten electrode sheets with the conductive wire. Troubled and inconvenient, and there is even the possibility of misoperation due to misconnection

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