Infrared intravenous drip warning system based on ZigBee Internet of Things technique

Abstract

The invention discloses an infrared intravenous drip warning system based on a ZigBee Internet of Things technique. The infrared intravenous drip warning system comprises a plurality of intravenous drip pipes as well as an infrared correlation sensor arranged on each intravenous drip pipe, and an intravenous drip automatic closing device arranged on each intravenous drip pipe, a floating ball is arranged in each intravenous drip pipe, each infrared correlation sensor is arranged at the corresponding intravenous drip pipe, and each intravenous drip automatic closing device is fixed at a transfusion pipe at the lower part of the corresponding intravenous drip pipe; an electromagnet is arranged in each intravenous drip automatic closing device, each infrared correlation sensor and each electromagnet in the corresponding intravenous drip automatic closing device are connected with a corresponding single-chip microcomputer through wire wiring harnesses, a power switch is connected to the single-chip microcomputers, and the power switch is connected to 220V alternating current through a cell phone charger; and a ZigBee module is connected to each single-chip microcomputer, and a plurality of ZigBee modules are in mutual communication through a ZigBee technique, and mutually communicate with a ZigBee module arranged on a nurse station or supervisor in a monitoring room through the ZigBee technique. The infrared intravenous drip warning system disclosed by the invention is simple to design and manufacture and low in cost.

Description

technical field [0001] The invention belongs to the technical field of medical equipment, and in particular relates to an infrared drip alarm system based on the ZigBee Internet of Things technology. Background technique [0002] With the development of automation and network technology, medical technology has begun to use these technologies to promote the modernization and efficiency of medical treatment, including the infusion process. At present, the monitoring method of the drip process in hospitals still uses manual monitoring. Medical staff must always pay attention to whether the pharmaceutical industry has finished transfusion. Especially in multi-bed wards or at night, care about whether the fluid has been infused has long troubled the escort and medical workers. A little carelessness may cause the fluid to fail to continue or the phenomenon of blood return. Contents of the invention [0003] The technical problem to be solved by the present invention is to provid...

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Problems solved by technology

[0002] With the development of automation and network technology, medical technology has begun to use these technologies to promote the modernization and efficiency of medical treatment, including the infusion process. At present, the monitoring method of the drip process in hospitals still uses manual monitoring. Medical staff must always pay attention to whether the pharmaceutical industry has finished transfusion. Especially in multi-bed wards or at night, care about whether the liquid is transfused has long troubled the escort and medical workers. A little carelessness may cause the liquid to fail to continue or blood to return.

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