Automatic infusion heat preservation nursing control system for operating room

Abstract

The invention discloses an automatic infusion heat preservation nursing control system for operating room which comprises a shell. The sides of the internal cavity of the shell are provided with a temperature sensor and a level sensor respectively. A spiral heating coil is wound on the interlayer of the shell A pressure boosting pump communicating with the shell is arranged on the upper portion of the shell. One side of the shell is provided fixedly with an electrical box which contains a storage battery, a processor and a communication device. The other side of the shell is provided with control switches. The bottom of the internal cavity of the shell is provided with averaged distributed liquid outlets. The lower side of the liquid outlet is communicated with a connection tube and a buffer bucket. The internal of the liquid outlet is provided with a solenoid valve. The bottom of the buffer bucket is provided with a liquid discharging tube. The lower portion of the internal of the liquid discharging tube is provided with a check valve. The automatic system can check the infusion environment and regulate the infusion process based on the checking result. The infusion condition can also be controlled by a remote terminal through the communication device. The operation is convenient.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to an automatic control system for infusion heat preservation and nursing care in an operating room. Background technique [0002] Patients need infusion during surgery in the operating room, and the quality of the infusion during the operation has a great impact on the patient's physical characteristics. In severe cases, it can determine the success of the patient's operation. different medicines have different requirements on the flow rate and temperature of the liquid medicine. In the busy operating room, nurses are prone to infusion control errors, which will bring hidden dangers to the patient's health. After the infusion is completed, If the dressing is not changed or the needle tube is not removed in time, it will cause blood backflow in the patient at least, and endanger the life of the patient at worst. The existing infusion control system of Tomato cannot prevent t...

AI Technical Summary

Problems solved by technology

[0002] Patients need infusion during surgery in the operating room, and the quality of the infusion during the operation has a great impact on the patient's physical characteristics. In severe cases, it can determine the success of the patient's operation. different medicines have different requirements on the flow rate and temperature of the liquid medicine. In the busy operating room, nurses are prone to infusion control errors, which will bring hidden dangers to the patient's health. After the infusion is completed, If the dressing is not changed or the needle tube is not removed in time, it will cause blood backflow in the patient at least, and endanger the life of the patient at worst. The existing infusion control system of Tomato cannot prevent the blood backflow. Therefore, we propose a Self-controlled operating room transfusion heat preservation nursing control system

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