Nanometer double-resisting deep venous catheter

A deep vein and catheter technology, used in catheters, coatings, etc., can solve the problems of increasing bleeding and infection of patients, increasing infection and thrombosis, and not taking too long for catheterization.

Pending Publication Date: 2021-07-23
SHANGHAI CHEST HOSPITAL
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] Clinically, deep venous catheters are mainly used for rehydration and medication in critically ill patients and perioperative patients. However, the catheterization time should not be too long, which will increase the risk of infection and thrombus. Generally, it must be replaced within 5-14 days depending on the puncture site. The puncture catheter itself is an invasive operation, and frequent replacement will increase the risk of bleeding and infection for patients

Method used

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  • Nanometer double-resisting deep venous catheter
  • Nanometer double-resisting deep venous catheter
  • Nanometer double-resisting deep venous catheter

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0041] This Example 1 provides a nano-dual anti-deep venous conduit, including a deep vein catheter body 100;

[0042] The deep venous catheter body 100 is composed of a deep venous catheter body 110, a deep intravenous tube outer bundling layer 120, and a deep intravenous ductin sustained release layer 130;

[0043] The deep venous catheter body 100 has a medium communication line having a protective head 101, and the other end is mounted with a splitter 10, and the first branch 10, the second branch pipe 12, and the third branch are achieved by the splitter 10. 13 Subcomition communication with the deep venous catheter body 100;

[0044] In order to achieve the end of the input first branch 11 of different injection drugs having the injection terminal 11-1, the end of the second branch tube 12 has the injection terminal 12-1, the end of the third branch 13 has injection terminals 13-1, in addition to the implementation The control of the branch can also be equipped with a valve ...

Embodiment 2

[0053] This Example 2 provides a nano-dual anti-deep intravenous catheter, including a deep venous catheter body 100;

[0054] The deep venous catheter body 100 is composed of a deep venous catheter body 110, a deep intravenous tube outer bundling layer 120, and a deep intravenous ductin sustained release layer 130;

[0055] The deep venous catheter body 100 has a medium communication line having a protective head 101, and the other end is mounted with a splitter 10, and the first branch 10, the second branch pipe 12, and the third branch are achieved by the splitter 10. 13 Subcomition communication with the deep venous catheter body 100;

[0056]In order to achieve the end of the input first branch 11 of different injection drugs having the injection terminal 11-1, the end of the second branch tube 12 has the injection terminal 12-1, the end of the third branch 13 has injection terminals 13-1, in addition to the implementation The control of the branch can also be equipped with a...

Embodiment 3

[0069] This Example 3 provides a nano-dual anti-deep venous catheter, including a deep venous catheter body 100;

[0070] The deep venous catheter body 100 is composed of a deep venous catheter body 110, a deep intravenous tube outer bundling layer 120, and a deep intravenous ductin sustained release layer 130;

[0071] The deep venous catheter body 100 has a medium communication line having a protective head 101, and the other end is mounted with a splitter 10, and the first branch 10, the second branch pipe 12, and the third branch are achieved by the splitter 10. 13 Subcomition communication with the deep venous catheter body 100;

[0072] In order to achieve the end of the input first branch 11 of different injection drugs having the injection terminal 11-1, the end of the second branch tube 12 has the injection terminal 12-1, the end of the third branch 13 has injection terminals 13-1, in addition to the implementation The control of the branch can also be equipped with a val...

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Abstract

The invention provides a nanometer double-resisting deep venous catheter. The deep venous catheter is characterized by comprising a deep venous catheter body; wherein the deep venous catheter body is composed of a deep venous catheter main body, a deep venous catheter outer sustained-release layer and a deep venous catheter inner sustained-release layer; the deep venous catheter main body is provided with a through pipeline; the deep venous catheter outer sustained-release layer is located on the outer surface of the deep venous catheter main body; the deep venous catheter inner sustained-release layer is located on the inner surface of the deep venous catheter main body; the deep venous catheter outer sustained-release layer is used for slowly releasing drugs with anti-infection and/or antithrombotic effects; and the deep venous catheter inner sustained-release layer is used for slowly releasing drugs with anti-infection and/or antithrombotic effects. The deep venous catheter can resist infection and thrombus, has dual functions, can prolong the catheter indwelling time, and can reduce the damage to the body of a patient by reducing the infection and thrombus formation of the patient.

Description

Technical field [0001] The present invention relates to a medical device, and more particularly to a nano-dual anti-depth venous catheter. Background technique [0002] The clinical deep venous catheter is mainly used in critically ill patients and perioperative patients, but the tube time should not be too long, there will be the risk of increasing infection and thrombosis, generally replaced according to the difference of 5-14 days depending on the puncture site. The puncture tube itself is creative operation, often replacing the risk of patient bleeding and infection. Inventive content [0003] The present invention is intended to overcome the above defects, providing a venous catheter that is capable of infection, and anti-thrombus, which can not only extend the tube time, but also reduce patient infection and thrombosis. Reduce damage to the patient's body. [0004] The present invention provides a nano-dual anti-deep venous catheter, characterized in that: comprising a dee...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A61M25/00
CPCA61M25/0045A61M2025/0057
Inventor 张伸何斌祝敏芳沈培明余开颜李赛琪
Owner SHANGHAI CHEST HOSPITAL
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