A patient ward environment monitoring system and method based on smart medical care

Abstract

The invention belongs to the field of smart medical technology, and specifically discloses a patient ward environment monitoring system and method based on smart medical treatment. The patient ward environment monitoring system includes a data collection module, a model building module, a data processing module and an operation execution module. The present invention It is scientific and reasonable, safe and convenient to use. It can count the original total number of people in the patient ward, count the number of people entering and leaving the ward, and check the movement trajectory of people in the patient ward, so as to realize the total number of people in the patient ward. According to statistics, when the total number of patients in the ward increases in a certain period of time, and the activity track is frequent, the opening of the windows of the ward can be controlled in time, the internal environment of the ward can be ventilated, and the air environment of the ward can be effectively improved. In the case of many people visiting, provide a good recovery environment for patients.

Description

Technical field[0001]The present invention relates to the field of smart medical technology, in particular a ward-based environmental monitoring system and method for patients with smart medical care.Background technique[0002]With the continuous development of technology, the level of medical level is also increasing. It can be treated in a variety of incurable diseases. However, while surgery can play a good treatment, the rehabilitation after surgery. It also plays a vital role. If there is no very good environment after surgery, it will lead to increased postoperative complications, extend the patient's rehabilitation cycle and bring pain to patients;[0003]Today, today, after the surgical stay, relatives and friends will go to the hospital to visit the hospital, but with the increase in the number of visits, the environment inside the ward is also deteriorated, and various pathogers are brought into the ward. And it will cause the air environment of the ward, which seriously affe...

AI Technical Summary

Problems solved by technology

[0002] With the continuous development of science and technology, the level of medical treatment is also constantly improving. Surgery can also be used to treat various difficult and miscellaneous diseases. However, although surgery can achieve a good therapeutic effect, the rehabilitation after surgery It also plays a vital role. If there is no good environment for rest after the operation, it will lead to more complications after the operation, prolong the recovery period of the patient and bring pain to the patient;

[0003] In today's humane society, when staying in hospital for observation after surgery, relatives and friends will go to the hospital to visit the patient. However, with the increase in the number of visits, the environment inside the ward is also deteriorating, and various germs are brought into the ward. And it will lead to the deterioration of the air environment in the ward, which seriously affects the recovery of the patient. In the prior art, the detection equipment is used to detect the bacterial content inside the ward. When the detected bacterial content is greater than the equipment threshold, the window is automatically controlled to open. Ventilation treatment, however, on the one hand, the detection of bacteria can only detect a small area of ​​the ward, which cannot represent the entire ward, and random opening of windows for ventilation will also bring discomfort to the patient; on the other hand, when visiting personnel in the ward When it increases, it does not necessarily lead to an increase in bacteria. Then, the gas that people breathe is discharged into the air, which will lead to the deterioration of the air environment in the room. At this time, the detection equipment cannot control the windows to open automatically for ventilation. Therefore, people There is an urgent need for a patient ward environment monitoring system and method based on smart medical care to approach the above problems

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