Multifunctional auxiliary infusion box

Abstract

The invention discloses a multifunctional auxiliary infusion box, which comprises an intravenous developing system and an infusion alarm system, wherein the intravenous developing system comprises a near-infrared transmitter, a near-infrared receiving and image processor, a liquid crystal display, a power supply, a support arm, a base and a plurality of leads, wherein the near-infrared receiving and image processor is arranged at the top end of the support arm in a hinged mode; the bottom end of the support arm is hinged with the base; the near-infrared receiving and image processor is in charge of receiving a light signal and is used for processing and converting the light signal into an electric signal, and the near-infrared receiving and image processor is connected to an input end of the liquid crystal display; the near-infrared transmitter and the near-infrared receiving and image processor are connected to the power supply by virtue of the leads; and the power supply and the liquid crystal display are arranged on the base. The infusion alarm system comprises an infusion monitoring terminal, a coordinator, a repeater and a handheld terminal. With the application of the infusion box, intravenous puncture can be rapidly implemented just by a few of nursing personnel, and patients' infusion information can be monitored in batch in real time, so that a smooth and effective infusion process is guaranteed, working efficiency of nurses is greatly improved, a rescuing effect is improved and patients' lives are saved.

Description

technical field [0001] The present invention relates to the field of medical equipment, and more specifically, relates to a multifunctional auxiliary infusion box, which assists nurses to quickly perform venipuncture and efficiently manage infusion patients. Background technique [0002] As a common treatment method, intravenous infusion is widely used in the clinical treatment process of medical and health institutions at all levels. At present, venipuncture is the most widely used method for transfusion, and to a large extent, it relies on visual observation or touch to select a suitable vein. The success rate of puncture mainly depends on the proficiency and experience of medical personnel. However, when natural disasters or major public events occur, there is no source of light, and the number of wounded and sick is large, the rescue task is heavy, and time is tight. How to quickly establish life-saving venous access for patients is particularly important. [0003] Ther...

AI Technical Summary

Problems solved by technology

However, in the event of natural disasters or major public events, there is no source of light, and the number of wounded and sick is large, the rescue task is heavy, and time is tight. How to quickly establish life-saving venous access for patients is particularly important.

[0003] There are still the following problems when nursing the wounded and sick in batches, such as: counting the number of infusion drops with a watch is not accurate and the speed is slow; manually calculate the hourly infusion volume and the total amount of infusion through the infusion drip speed when a large number of wounded and sick are infused at the same time Impossible; the total duration of the infusion is not clear; the nurse cannot find out in time when the infusion is over or when the liquid is added, and the wounded and sick need to call the nurse; the nurse does not know the situation of all the wounded and sick during the infusion and cannot plan the work well, making the work blind and busy. Lead to problems affecting the efficiency and effectiveness of rescue

[0004] At present, there are many medical devices related to vein imaging devices and infusion alarm devices in my country, but the multifunctional auxiliary infusion box composed of real-time monitoring and alarming of the whole infusion process and a portable vein imaging device has not been reported.

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