Hospital ward environment intelligent monitoring system

Abstract

The invention provides a hospital ward environment intelligent monitoring system. The hospital ward environment intelligent monitoring system comprises an operation and maintenance controller, an environment monitoring unit used for monitoring an environmental state in a ward, and a personnel monitoring unit used for detecting a personnel flow condition in the ward. The environment monitoring unit comprises a sensor module, a data acquisition card, an environmental controller, and an environmental control execution module. The output end of the sensor module is connected with the data acquisition card, which is connected with the environmental controller. The environmental controller is connected with a BIM operation and maintenance controller in a communicated manner, and the environmental control execution module is connected with the environmental controller. The personnel monitoring unit comprises an RFID nameplate used for recording personnel identity information and a reader-writer, and the reader-writer is connected with the BIM operation and maintenance controller. By adopting the above mentioned structure, the all-weather monitoring of the hospital ward is realized, accurate monitoring parameters are output, and the environment in the ward is adjusted automatically.

Description

technical field [0001] The invention relates to a monitoring system, in particular to an intelligent monitoring system for a hospital ward environment. Background technique [0002] Due to the complex personnel of the hospital, it is difficult to manage the operation and maintenance of the hospital. In the existing technology, the management of the hospital wards is mainly carried out manually, and the medical staff perform manual monitoring and tracking. Since the wards have high requirements for the environment, such as Temperature, humidity, light conditions, etc. need to be strictly implemented in accordance with the regulations, and only the regular monitoring of medical staff cannot meet the requirements of the ward, and the subjectivity and individual differences of medical staff are often inaccurate in monitoring results, which affects the quality of patients. On the other hand, the supervision of the floating personnel in the ward is not in place, and the personnel ...

AI Technical Summary

Problems solved by technology

[0002] Due to the complex personnel of the hospital, it is difficult to manage the operation and maintenance of the hospital. In the existing technology, the management of the hospital wards is mainly carried out manually, and the medical staff perform manual monitoring and tracking. Since the wards have high requirements for the environment, such as Temperature, humidity, light conditions, etc. need to be strictly implemented in accordance with the regulations, and only the regular monitoring of medical staff cannot meet the requirements of the ward, and the subjectivity and individual differences of medical staff are often inaccurate in monitoring results, which affects the quality of patients. On the other hand, the supervision of the floating personnel in the ward is not in place, and the personnel entering the ward cannot be effectively managed, thus causing potential risks to the patient's health

[0003] Therefore, in order to solve the above technical problems, it is urgent to propose a monitoring system that can realize all-weather monitoring of hospital wards, output accurate monitoring parameters and automatically adjust the environment in the ward, effectively eliminating the subjectivity and individual differences of medical staff The resulting inaccurate test results can effectively monitor the personnel entering the ward, and can effectively track the activities of patients in the hospital, so as to ensure the safety of patients

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