IV Administration Devices and IV Administration Systems

Abstract

The invention provides an intravenous infusion management device and an intravenous infusion management system constituted by the intravenous infusion management device. The intravenous infusion management device comprises a center machine which is arranged on a nurse station and is in charge of management and monitoring; a host machine (terminal) and a signal transmission relay box arranged beside a patient's bed in a ward; a doctor's advice management and intravenous infusion plan customizing module, a drug incompatibility module and an infusion monitoring and alarming module arranged in the center machine; and an infusion dripping speed regulating and controlling and infusion monitoring and alarming module arranged in the host machine (terminal). With the application of the intravenous infusion management device and the intravenous infusion management system provided by the invention, intravenous infusion is more scientific, more effective and safer, and a patient, accepting the intravenous infusion, feels more relieved and assured and takes a better rest; and nursing quality of a hospital can be improved and workload of nurses can be relieved.

Description

technical field [0001] The invention relates to the technical field of medical equipment, in particular to an intravenous infusion management device and an intravenous infusion management system. Background technique [0002] At present, intravenous infusion is very common in clinical medicine, but intravenous infusion itself has many risks. [0003] Risks of infusion speed: (1) According to the characteristics of the drug, in order to achieve the curative effect and avoid side effects, there is a requirement for the infusion speed. For example, if the infusion of hypoglycemic and hypotensive drugs is too fast, there will be risks of hypoglycemia and hypotension. On the contrary, rapid infusion of mannitol is needed to achieve the effect of dehydration and lowering intracranial pressure during the rescue of cerebral edema. If the infusion is too slow, it will only have diuretic effect without reducing intracranial pressure. (2) Rapid infusion of the elderly, cardiopulmonary...

AI Technical Summary

Problems solved by technology

If the infection is serious, antibiotics should be infused first, and antibiotics have a specified interval (6 hours, 8 hours, or 12 hours, etc.), infusion not in sequence will not only affect the curative effect but also increase the toxicity

(2) Some two drugs have incompatibility. If they are infused successively in the Murphy dropper, they will cause adverse reactions, so they must be separated when arranging the order.

Its disadvantages are: (1) It is large in size and heavy in weight, requiring a special floor-mounted fixing frame, and it is inconvenient to move

(2) Expensive (imported tens of thousands of yuan each, and domestically produced over 10,000 yuan each)

(3) Murphy's dropper clip is only suitable for intravenous infusion sets with a Murphy's dropper diameter of 16mm. Imported foreign products must also use matching intravenous infusion sets, which are expensive and limited in clinical application.

(4) The most important thing is that the system cannot be formed through the local area network, and the unified management function of all intravenous infusion patients in the general department cannot be realized

[0017] The motor of the drip speed control device used in the early research of the applicant for the intravenous infusion device is large in size, and the function cannot meet the speed regulation accuracy, speed

When the slider squeezes the infusion tube, it is easy to make the infusion tube slide and cause the speed to be unable to be adjusted

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