Liquid drip wireless monitor

Abstract

The invention discloses a liquid drip wireless monitor comprising a left buckle portion and a right buckle portion which are in detachable buckled connection with each other, as well as semicircular pipe grooves formed in the left buckle portion and the right buckle portion respectively. The two semicircular pipe grooves form a dropper groove for passing through an infusion dropper, an infrared transmitter and an infrared receiver are symmetrically mounted on the two sides of the dropper groove respectively, the infrared transmitter and the infrared receiver are mounted inside the left buckleportion and the right buckle portion respectively, the left buckle portion or the right buckle portion is provided with a blocking device for clamping the infusion dropper, the blocking device includes a driving motor mounted in the left buckle portion or the right buckle portion and a blocking part connected with the driving motor and swinging towards the dropper groove, and a control board connected with the infrared transmitter, the infrared receiver and the blocking device is arranged in the left buckle portion or the right buckle portion. The infusion is monitored, an alarm is made when the infusion is over, so that a nurse can handle the situation timely, and the nurse's patrol time is greatly saved.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to a wireless liquid monitor. Background technique [0002] Intravenous infusion is a common clinical medical method. With the widespread use of intravenous infusion, problems during the infusion process also bring us some inconvenience. During the infusion process, nurses are often required to constantly observe whether the patient's infusion is completed. If the nurse does not deal with it in time after the infusion is over, it will threaten the safety of the patient and cause a safety accident. However, the infusion process is long, and the observation of the infusion situation by medical personnel is not real-time, so there will be potential safety hazards mentioned above. The existing drip alarm only has an alarm function, but when the alarm prompts that the drip is over, the nurse will be temporarily absent from the post. At this time, if the nurse returns for too long, it wi...

AI Technical Summary

Problems solved by technology

However, the infusion process is long, and the observation of the infusion situation by medical personnel is not real-time, so there will be potential safety hazards mentioned above

The existing drip alarm only has an alarm function, but when the alarm prompts that the drip is over, the nurse will be temporarily absent from the post. At this time, if the nurse returns for too long, it will cause backflow of the patient's infusion tube, causing the patient There is a possibility of secondary injury

In addition, the existing drip alarms are all powered by button batteries, but there are two disadvantages in using button batteries. The first may run out of power during use, which makes the alarm unable to operate normally; the second is the trouble of loading and unloading. , when it is urgently needed, the loading and unloading time is longer

[0003] At present, the existing alarm products are divided into two types, one is a simple and compact type, its function is only an alarm function, which can play a short-distance reminder effect, so that nurses can understand the patient's infusion situation without really effectively changing , just let the patient know that his infusion has been completed, and tell the nurse to pull out the needle

The second type is complex in structure and large in size, but has complete functions, can monitor and adjust the flow rate of droplets, and can heat droplets to a certain temperature, but its price is relatively high, which is not conducive to comprehensive popularization, and is only used for critically ill patients. Infusion use

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