No-wash electrode type conducting connecting wire coiling and uncoiling device for electrocardiograph

Abstract

The invention discloses a no-wash electrode type conducting connecting wire coiling and uncoiling device for an electrocardiograph. The device comprises an electrocardiograph trolley, wherein the electrocardiograph trolley comprises a rectangular supporting platform, universal wheels through which the rectangular supporting platform can move, and a handle which is arranged at one side of the upperend of the rectangular supporting platform; the upper end of the rectangular supporting platform is used as a working platform; the electrocardiograph and a conducting connecting wire coiling and uncoiling device body are sequentially arranged on the working platform from left to right; first moving grooves are formed in the edges of the left side and the right side of the right end of the electrocardiograph on the working platform in the length direction; and a connecting flat plate is rotatably connected to the right end of the working platform. With the adoption of the device, a conductingconnecting wire can be automatically coiled and uncoiled; a washing device is arranged on an electrode suction ball storing groove, so that the working efficiency of medical staffs can be improved; devices are sequentially arranged on the working platform, thus the use space of the working platform is increased, and the problem that an electrode suction ball is directly exposed in the air and isadhered with dust and bacteria after being used can be avoided; and moreover, the washing efficiency of the electrode suction ball can be improved.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to a non-washing electrode-type lead wire connection and retraction device for electrocardiographs. Background technique [0002] The lead wires are generally divided into three groups: one group of chest lead wires, 6 wires, the other two groups of upper limb lead wires and lower limb lead wires, 2 each, and one end of the 10 lead wires is connected to the ECG machine. Connected to each other, and the other end is equipped with devices such as electrode suction balls, and then connected to the corresponding parts of the human body. The lead wires of the electrocardiograph vary in length, generally around 1.5m, and are relatively concentrated. The lead wires are prone to confusion and winding. When in use, the process of manually retracting and releasing the lead wires is relatively cumbersome. Therefore, relevant medical personnel often waste more time by arranging the le...

AI Technical Summary

Problems solved by technology

The lead wires are prone to confusion and winding. When in use, the process of collecting and releasing the lead wires by hand is relatively cumbersome.

Therefore, relevant medical staff often waste a lot of time by arranging the lead wires in the application preparation work of the electrocardiogram machine, which in turn will delay the precious treatment time of the patients to be examined.

[0003] The electrocardiograph needs to absorb the electrode suction ball to the human chest and other positions when it is in use. The electrode suction ball is roughly composed of three parts, including the balloon part, the adsorption part and the lead wire installation part. Squeeze the balloon part with your thumb and forefinger, and then make the adsorption part adsorb to the body parts. If the adsorption is used for a long time, dust and bacteria will adhere to it

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