Dripping speed counting and emergency alarm hanging meter for medical personnel

Abstract

The invention provides a dripping speed counting and emergency alarm hanging meter for medical personnel. The hanging meter comprises a hanging meter main body. The hanging meter main body is an electronic hanging meter capable of timing; the hanging meter main body comprises a shell, an adjusting button, a clock chip, a power supply and a display screen; a single-chip microcomputer and a camera shooting unit are further arranged in the shell; and the adjusting button, the clock chip and the display screen are connected with the single-chip microcomputer, the camera shooting unit is connectedto the power supply, the display screen is installed on the upper surface of the shell, a clamping part is fixed to the lower surface of the shell, and a rapid dripping monitoring device is arranged in the clamping part and connected to the single-chip microcomputer. In the invention, droplet counting is carried out through the rapid dripping monitoring device; and a problem that manual dripping speed counting is not accurate enough can be solved, meanwhile, a workload of a medical staff can be reduced, the time of the medical staff can be saved, security personnel can be reminded of medical disturbance or violent events and the like in time, the security personnel can conveniently and quickly know the situation and give an alarm in time, and the life safety of the medical staff is guaranteed.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to a meter for counting drops and emergency alarm for medical personnel. Background technique [0002] The most daily labor of medical staff at work is intravenous infusion and replacement of infusion. Some medicines have a limited infusion rate. Nurses often need to count against the wall watch for more than half a minute to adjust the appropriate infusion rate. When the clinic is particularly busy, counting the infusion rate is a very time-consuming part of it, and sometimes there may even be chaos in the middle of the rush. Phenomenon, it is necessary to count the infusion rate again, wasting more time. At the same time, some nurses will estimate the infusion rate, resulting in a large difference between the infusion time and the expected time. Now many hospitals use mobile nursing systems to monitor the infusion time of patients. For monitoring, the nurse fills in the infusion ra...

AI Technical Summary

Problems solved by technology

Some medicines have a limited infusion rate. Nurses often need to count against the wall watch for more than half a minute to adjust the appropriate infusion rate. When the clinic is particularly busy, counting the infusion rate is a very time-consuming part of it, and sometimes there may even be chaos in the middle of the rush. Phenomenon, it is necessary to count the infusion rate again, wasting more time. At the same time, some nurses will estimate the infusion rate, resulting in a large difference between the infusion time and the expected time. Now many hospitals use mobile nursing systems to monitor the infusion time of patients. For monitoring, the nurse fills in the infusion rate as required. According to the amount of infusion, the nursing system will calculate the infusion time, which puts forward higher requirements for the accuracy of the infusion rate. The estimated infusion time against

[0003] In addition, when there is no camera in the medical environment, once encountering medical trouble or violence, how the medical staff can effectively protect themselves and how to quickly notify the security personnel is very important. At the same time, in an environment without cameras, it is not convenient for the police to collect evidence

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