Membrane oxygenator homing state recognition platform

Abstract

The invention relates to a membrane oxygenator homing state recognition platform, and the platform comprises a treatment vehicle body which is located in a treatment ward of a gas exchanger, is disposed at one side of a sickbed of a patient needing the treatment of the gas exchanger, and is used for placing all parts of the gas exchanger; a manual brake arranged on a base of the treatment vehiclebody and used for locking the treatment vehicle body under manual operation so as to prevent the treatment vehicle body from sliding; a signal capturing mechanism located on the roof of the treatmentward of the gas exchanger and used for capturing image signals of the environment where the treatment vehicle body is located so as to obtain corresponding images around the vehicle body. The membraneoxygenator homing state recognition platform is effective in monitoring and compact in structure. Due to the fact that whether the membrane oxygenator is normally located on the treatment vehicle body where all components of the gas exchanger are placed or not can be monitored in real time in the process that the gas exchanger is used for treating a patient, on-site alarming is executed when themembrane oxygenator does not normally return to the original position.

Description

technical field [0001] The invention relates to the field of gas exchangers, in particular to a homing state identification platform for a membrane oxygenator. Background technique [0002] The principle of the membrane oxygenator is to draw the venous blood in the body out of the body, exchange oxygen and carbon dioxide into arterial blood after passing through the membrane oxygenator, and then reinfuse the patient's arterial system to maintain the supply of oxygenated blood to human organs and tissues. It can temporarily replace the role of the lungs during the operation, providing doctors with a quiet, bloodless, and clear operating environment for easy operation. The mainstream membrane oxygenator is generally composed of two cylindrical chambers: an oxygenation chamber and a variable temperature chamber. [0003] There is an oxygenator in the oxygenation room. The oxygenator is an important part of the membrane oxygenator. Its main function is to exchange gas, oxygenat...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the technical problems in the related field, the present invention provides a membrane oxygenator homing status identification platform, which can check whether the membrane oxygenator is normally positioned to place gas during the process of using the gas exchanger to treat the patient. Real-time monitoring is carried out on the treatment car body of each part of the exchanger, and an on-site alarm is executed when the membrane oxygenator is not in normal position

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