Intelligent control and monitoring system for thoracic / coeliac drainage

Abstract

An intelligent control and monitoring system for thoracic / coeliac drainage is composed of a core processor (1), a flow control device (2), a drop counting sensor (3), a pressure sensor (4), a coloridentification sensor (5), a communication module (6), a pipeline squeezing device (8), a radio frequency identification device (9) and a human-computer interaction interface (11). The intelligentcontrol and monitoring system for the thoracic / coeliac drainage not only greatly enhances the safety of the thoracic / coeliac drainage, but also greatly reduces the work strength of nursing and improves the effectiveness of hospital information management.

Description

technical field [0001] The invention relates to an intelligent thoracic / peritoneal drainage control and monitoring system, which belongs to the medical equipment used by medical units. Background technique [0002] Chest drainage is widely used in the drainage of hemothorax, pneumothorax, empyema, etc. and after thoracotomy. It plays a very important role in the treatment of diseases. Put it into a water-sealed bottle to expel air or collect fluid in the chest cavity, allowing the lung tissue to reopen and restore function. Peritoneal drainage is the placement of a drainage catheter in the abdominal cavity to drain fluid out of the body to prevent blood, digestive juices, exudates, etc. from accumulating in the abdominal cavity. Thoracic / peritoneal drainage has many common characteristics in operation techniques, and at the same time, existing drainage techniques also have many common shortcomings. -Squeeze the pipeline once every 2 hours, which is labor-intensive for nurs...

AI Technical Summary

Problems solved by technology

Thoracic / peritoneal drainage has many common characteristics in operation techniques, and at the same time, existing drainage techniques also have many common shortcomings. -Squeeze the pipeline once every 2 hours, which is labor-intensive for nursing; (2) The drainage fluid needs to be measured manually, and the drainage volume, drainage volume and flow speed cannot be automatically controlled; (3) The dynamic monitoring and automatic control of the drainage pressure cannot be realized; (4) When the color of the drainage fluid is abnormal (turning red or green), it is impossible to warn the medical staff in time to deal with it

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