an infusion system

Abstract

The invention provides a transfusion system. The transfusion system comprises a first CPU, a second CPU, a bubble detection module and an alarm module, wherein the first CPU is used for sending out a detection command to the bubble detection module when a system start command is detected, receiving the bubble content transmitted by the bubble detection module, determining whether the bubble content is more than a preset threshold value or not, and controlling the alarm module to alarm when the bubble content is more than the preset threshold value; and the second CPU is used for receiving the bubble content transmitted by the bubble detection module, determining whether the bubble content is more than the preset threshold value or not, and controlling the alarm module to alarm when the bubble content is more than the preset value and the alarm module does not send out an alarm. By implementing the technical scheme, two-way monitoring for the whole transfusing process can be realized, the transfusion function and other additional functions can be effectively decoupled, and the safety of a transfusion pump can be improved.

Description

technical field [0001] The invention relates to the medical field, in particular to an infusion system. Background technique [0002] The infusion pump is a medical device that controls the operation of the motor and other mechanical components to achieve the purpose of controlling the infusion speed. With the development of technology, more and more sensors are used to detect the operation of electromechanical devices on infusion pumps. Information network communication and man-machine interface have brought more and more complex software, resulting in more failures of infusion pumps and a decline in safety. Contents of the invention [0003] The embodiment of the present invention provides an infusion system, through the dual-channel monitoring, dual-channel control, and dual-channel alarm of the entire infusion process, thereby effectively decoupling the failure of the infusion function and other additional functions, thereby improving the safety of the infusion pump. ...

AI Technical Summary

Problems solved by technology

With the development of technology, more and more sensors are used to detect the operation of electromechanical devices on infusion pumps, and information network communication, human-machine interface, etc. have brought more and more complex software, resulting in more failures of infusion pumps and a decline in safety.

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