Multifunctional electrocardio examining table

Abstract

The invention provides a multifunctional electrocardio examining table, aiming to provide a multifunctional electrocardio examining table with high examination efficiency and low labor intensity. The technical scheme of the invention is that: the multifunctional electrocardio examining table comprises a table board and a connected electrode, wherein a lower limb connected electrode plate exposed to the table board is arranged on the front and the back sides of the table board at the right end respectively; two connected electrode plates which are exposed to the table board and opposite to the lower part of the upper limb of an examined person are also arranged on the table board; four hollow screws penetrate through table board holes and are connected with upper and lower limb connected electrode plates respectively; four connected wires penetrate through the hollow screws and are connected with the upper and the lower limb connected electrode plates respectively; a stand is arranged on the front side at the left end of the table board, and two hanging hooks are arranged on the top of the stand; and the upper and the lower limb connected wires and a chest connected wire are arranged on the lower surface of the table board, and the chest connected wire is extracted from the front side at the left end of the table board and hung on the two hanging hooks on the top of the stand. The multifunctional electrocardio examining table is particularly suitable for physical examination of large sample crowds.

Description

Technical field: [0001] The invention relates to a medical examination bed, in particular to an electrocardiographic multifunctional examination bed. Background technique: [0002] When the existing electrocardiogram examination bed checks the heart function, the examinee lies on the bed, and the examiner clamps the two lower limb lead electrode clips on the left and right lower limbs of the examinee respectively, and then connects the two upper limb lead electrodes. Clamp it on the left and right upper limbs, and finally suck the six chest lead electrode suction cups to the designated positions on the subject's chest, then start the machine to collect the bioelectrical signals of the subject's heart and print out the electrocardiogram , the doctor analyzes the ECG signal of the subject to make a conclusion. The above-mentioned four upper and lower limb lead electrode clamps require eight actions of clamping and removing each time, which is time-consuming and labor-intensiv...

AI Technical Summary

Problems solved by technology

The above-mentioned four upper and lower limb lead electrode clamps require eight actions of clamping and removing each time, which is time-consuming and labor-intensive, especially when a large sample of people undergoes physical examination, its shortcomings are particularly prominent; in addition, 10 lead electrodes The lead wires of the board are long, and each lead wire is easily entangled. If there is entanglement, it needs to be sorted out, otherwise it is easy to cause wrong connection of leads and misjudgment of misconnection.

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