Novel visual-audio gravity venous transfusion monitor

Abstract

The invention discloses a novel visual-audio gravity venous transfusion monitor which controls the venous transfusion flow rate through sound and is capable of transmitting live images of a dynamic transfusion video of a sound dropping bucket in real time. The novel visual-audio gravity venous transfusion monitor is characterized in that a transfusion rod, an audio-visual monitor and the sound dropping bucket are designed into a system working assembly body. The control and set for the gravity venous transfusion dropping speed and the wire transmission or wireless transmission for the live videos of the dynamic pictures of the dropping bucket can be realized through gathering the fluid dropping sound feedback from the sound dropping bucket and the relative fixed position thereof. The novel visual-audio gravity venous transfusion monitor realizes the program control for the gravity venous transfusion flow rate, the remote control for the video transmission, and the transfusion nursing informatization, systematization, normalization and standardization.

Description

technical field [0001] The invention relates to a new type of intravenous infusion monitor, in particular to a gravity intravenous infusion sound volume monitor which utilizes the principle of gravity and the drip sound driving power device for collecting intravenous infusion to cooperate with image transmission to realize the monitoring and flow control of intravenous infusion. Background technique [0002] In the field of intravenous infusion, the infusion mode has not improved with the progress and development of society and the improvement of people's living standards. The traditional infusion mode is still used. Family members, nurses and nurses in the hospital take care of the patient's infusion, observe the progress of the infusion repeatedly, and notify or call the nurse to change the dressing when the infusion is approaching. This model can no longer meet the requirements of modern medical care. The reason is that the traditional infusion mode takes up a lot of hum...

AI Technical Summary

Problems solved by technology

This model can no longer meet the requirements of modern medical care

The reason is that the traditional infusion mode takes up a lot of human resources for monotonous and low-efficiency care, which is a huge waste of human resources in society now that labor is scarce. At the same time, it is necessary to frequently observe the infusion situation during the infusion process, and there is an inevitable mental burden: On the other hand, with the advancement of medical technology, the control of infusion speed and dosage is becoming more and more precise and strict, which puts forward higher requirements for infusion equipment. It is urgent to realize the infusion speed from hundreds of drops per minute to The precise control of a few drops per minute of slow infusion, so this infusion mode that reduces labor and can efficiently and accurately infuse requires new infusion equipment to provide technical support for it

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