A ward intelligent monitoring system and method based on VR technology

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An intelligent monitoring and ward technology, applied in the field of VR, can solve problems such as the inability to communicate with voice, the influence of the patient's normal rest, and the influence of the patient's recovery process.

Active Publication Date: 2020-11-24

SUZHOU YUDESHUI ELECTRIC TECH CO LTD

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Problems solved by technology

[0003] 1. The existing intelligent monitoring system for wards based on VR technology can only monitor the wards in real time, but whether it is doctor rounds or family visits, it is necessary to communicate with patients. The communication between patients helps to better understand the patient's condition, and the communication of family visits helps family members to better care for their loved ones, but the existing intelligent monitoring system for wards based on VR technology cannot carry out voice communication;

[0004] 2. When using the existing intelligent monitoring system for wards based on VR technology, it can only convert the state of the ward into a three-dimensional model and display it using VR technology, but cannot monitor the ward in a straight line. When visiting relatives, There are many people, not only will open and close the ward door frequently, but also there will be a lot of noise. At this time, someone needs to report to the medical staff to stop it. If it cannot be stopped in time, it will affect the normal rest of other patients. Cause impact, frequent entry and exit of the ward will also carry germs into the ward, which will affect the normal recovery process of the patient;

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Embodiment 1

[0086] The noise decibel value detected by the noise sensor is X=70dB, and the threshold value set by the noise decibel value is a=60dB;

[0087]X≥a, the noise decibel value in the ward is relatively high, which will affect the normal rest of the patient. The programmable controller controls the voice broadcast unit to broadcast the voice, for example: "Please keep quiet relatives", and the loudspeaker will respond to the voice of the broadcast. to amplify;

[0088] The distance value detected by the distance sensor is Y, and the distance value detected by the distance sensor each time the door of the ward is opened forms a set Y={Y 1 ,Y 2 ,Y 3 ,...,Y n}={55,58,70,42,53,45}, the time recorded by the timer is T=1.5h, and the number of times that the distance value detected by the distance sensor is not equal to 0 is M=6 times;

[0089] According to the formula:

[0090] (times / hour);

[0091]

[0092] Wherein, Z=2 (times / hour) represents the frequency of ward door op...