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Multifunctional pacemaker surgery continuous test mapping connecting line

A pacemaker and multi-functional technology, applied in the field of medical devices, can solve problems such as error-prone, increased surgical steps, time-consuming, etc., to achieve the effect of reducing the occurrence of infection, reducing the probability of error, and saving surgical time

Pending Publication Date: 2019-06-11
王澎
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] At present, the two ends of the commonly used test connecting wires in the process of pacemaker implantation are clips. During the electrode test, the clips need to be used to clamp the head end electrode and the ring end electrode of the electrode, and the clips need to be removed after the test. It is necessary to clamp the connection again in multiple steps such as wire placement, fixation, and final parameter verification. The development of pulse technology requires continuous mapping to obtain potential information during the operation of the wire. Therefore, a test and mapping connection line that maintains the connection status in real time and does not affect the operation is required, and a connection line that can unscrew the electrode spiral to help the electrode be fixed

Method used

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  • Multifunctional pacemaker surgery continuous test mapping connecting line
  • Multifunctional pacemaker surgery continuous test mapping connecting line
  • Multifunctional pacemaker surgery continuous test mapping connecting line

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0034] see Figure 1-2 , the multifunctional pacemaker surgery continuous testing and mapping connection line of the present invention includes an electrode connection plug-in and a universal plug-in extension line 13, wherein:

[0035] The electrode connection plug-in includes an electrode wire 1 and an electrode connection sleeve 10. The electrode connection sleeve 10 is provided with an electrode cavity that can accommodate electrodes. The head-end electrode A at the end of the electrode lead 1, the ring-end electrode B is fixed in the electrode cavity by two retaining springs 4, the head-end electrode A is fixed in the electrode cavity by a rotating fixture 5, and the head-end electrode A is fixed by rotating The rotation of the fixer 5 can extend out of the rotation fixer 5 by about 2-4mm, which mainly plays a prompting role, and the protruding electrode rod indicates that the operator's electrodes have been stretched into place. The bottom of the head-end electrode A is...

Embodiment 2

[0043] see image 3 , the multifunctional pacemaker surgery continuous testing and mapping connection line of the present invention includes an electrode connection plug-in and a universal plug-in extension line 13, wherein:

[0044] The electrode connection plug-in includes an electrode wire 1 and an electrode connection sleeve 10. The electrode connection sleeve 10 is provided with an electrode cavity that can accommodate electrodes. One B-1, ring-end electrode two B-2, ring-end electrode three B-3, and head-end electrode A arranged at the end of electrode wire 1, wherein ring-end electrode B-1\B-2\B-3 Installed in the electrode cavity through two retaining springs 4 respectively, the head end electrode A is installed in the electrode cavity through the rotation fixer 5, and the head end electrode A can extend out of the rotation fixer 5 by about 2-4 mm through the rotation of the rotation fixer. It mainly plays the role of prompting, through the protruding electrode rod, p...

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Abstract

The present invention discloses a multifunctional pacemaker surgery continuous test mapping connecting line. The multifunctional pacemaker surgery continuous test mapping connecting line comprises anelectrode connecting plug-in and a universal plug-in extension line, wherein the electrode connecting plug-in comprises an electrode guide line and an electrode connecting sleeve, the electrode connecting sleeve is provided with an electrode cavity for accommodating electrodes, the electrodes comprise a ring end electrode arranged on a rod part of the electrode guide line and a head end electrodearranged on an end part of the electrode guide line, the ring end electrode is fixedly arranged in the electrode cavity through two clamp springs, the head end electrode is fixed in the electrode cavity through a rotation fixer, a bottom part of the head end electrode is connected with a Stylet shaped steel wire, the ring end electrode and the head end electrode are respectively connected with a mode switcher and the mode switcher is also connected with a skin clip E; universal plug-in connecting lines are pluggedly connected with positive and negative electrode plugs of the mode switcher; andthe mode switcher is used to switch electrode test methods. The pacemaker surgery continuous test mapping connecting line in the patent can simultaneously realize various functions of electrode operation, connection test, potential mapping, spiral fixing, etc.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to a multifunctional pacemaker operation continuous testing and mapping connecting line. Background technique [0002] At present, the two ends of the commonly used test connecting wires in the process of pacemaker implantation are clips. During the electrode test, the clips need to be used to clamp the head end electrode and the ring end electrode of the electrode, and the clips need to be removed after the test. It is necessary to clamp the connection again in multiple steps such as wire placement, fixation, and final parameter verification. The development of pulse technology requires continuous mapping to obtain potential information during the operation of the wire. Therefore, a test and mapping connection line that maintains the connection status in real time and does not affect the operation is required, and a connection line that can unscrew the electrode spiral to h...

Claims

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Application Information

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IPC IPC(8): A61N1/37
Inventor 王澎陈瀚
Owner 王澎