Infusion bracket capable of automatically alarming

Abstract

The invention discloses an infusion bracket capable of automatically alarming, comprising a movable hook rod, wherein the movable hook rod is arranged in a roof sliding groove; the bottom end of the movable hook rod is provided with a central disc; the central disc is provided with a plurality of transverse rods; the end head of each transverse rod is provided with a hook. Each hook is provided with a sensor; the central disc is provided with a signal acquisition module and a signal sending module; the sensors are connected with the signal acquisition module; the signal sending module is connected with the signal acquisition module. Each sensor is arranged in the lowest position of the bent part of the corresponding hook; each sensor is connected with the signal acquisition module through lines in the corresponding hook and in the corresponding transverse rod; the signal acquisition module acquires signals of the sensors, and sends the signals to the signal sending module; the signal sending module receives the signals sent by the signal acquisition module, and sends the signals to a nurse station terminal or a nurse portable terminal. The infusion bracket capable of automatically alarming is formed by means of performing structure improvement on the existing sickroom infusion bracket, so that the automatic alarming in the infusion process is realized, the workload of nurses is greatly relieved, the nervous emotions of patients are released, more rest time is given to accompanying personnel, and the intelligent management level of a hospital is improved.

Description

Technical field [0001] The invention relates to medical infrastructure, in particular to the structure of an infusion stand that can automatically alarm. Background technique [0002] At present, the patient's infusion needs to be accompanied by an escort to observe the progress of the infusion, or the patient himself observes the progress, and when the infusion is about to end, communicate with the nurse to change the infusion or stop the infusion. However, the patient is often in a physical state that requires rest, and it is impossible to keep an eye on the progress of the infusion. Even the escort sometimes needs to rest. It is difficult to avoid negligence in observation, and it is prone to failure of replacement or blood backflow, which will cause the patient’s condition. influences. Therefore, improvements are needed to liberate the nervousness of patients, at the same time, to give more rest time to the caregivers, and to improve the degree of intelligent management of t...

AI Technical Summary

Problems solved by technology

The patent has a detailed description of the digital monitoring solution, but it does not describe the front-end of signal acquisition. There is no description of how to install the weight / tension sensor, where to install it, and whether the existing ward infrastructure needs to be modified. do describe

If the front-end signal acquisition cannot be implemented easily, successfully, and at low cost, no matter how detailed the following plan is, it cannot be finally applied

The patent of CN101785886B introduces in detail the detailed steps of using weight detection raw materials to realize infusion monitoring and alarming, but there is no description on the front end of signal collection

Patents with publication numbers CN203220641U, CN2850625, and CN101073680 are also modified on the infusion set (including the infusion set body, infusion tube, and infusion switch) to realize monitoring and alarming, and the structure is complex, and the process difficulty and cost will be greatly increased

[0007] The patent with the publication number CN103285442A records an infusion stand, which is monitored by detecting the number of infusion drops through a photoelectric sensor. This method is not accurate and cannot be applied to the slidable infusion hook fixed on the roof of the ward

[0008] To sum up, in order to realize the automatic alarm of infusion, most of the existing technologies are complex detection and monitoring devices, which are either installed on the infusion set or modified in the infusion set; and most of the schemes only record the detection and monitoring methods, It is the back end, mostly a theoretical monitoring block diagram, and there is no detailed scheme design for the front end, especially the sensor position design.

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