This invention provides a connection device for multiple organ
extracorporeal life support devices, including connecting pipelines and a monitoring module. The connecting pipelines include a first pipeline, a second pipeline, and a third pipeline, each connected to a regulating valve. The inner ends of the three pipelines converge and are connected, with spiral connectors at their outer ends. The monitoring module includes a main module and two sub-modules, with the main module and sub-modules communicatively connected. One of the three pipelines passes through a first
pressure sensor and a first pipeline clamp in the main module for fixed engagement, and its outer end passes through a first blood leakage
detector in the main module to connect to the
extracorporeal life support device. The remaining two pipelines pass through a second
pressure sensor and a second pipeline clamp in one of the sub-modules for fixed engagement, and the outer end of each pipeline passes through a second blood leakage
detector in the sub-module to connect to the
extracorporeal life support device. This device can connect multiple extracorporeal life support devices and provide pressure and blood leakage alarms.