Hospital equipment safety stereoscopic monitoring cloud platform, system and method

Abstract

The invention discloses a hospital stereoscopic monitoring cloud platform, system and method. The hospital stereoscopic monitoring system comprises an intelligent monitoring terminal, the cloud platform and a user terminal, wherein the intelligent monitoring terminal obtains equipment real-time operation data and equipment surrounding environment safety factor data and sends the equipment real-time operation data and the equipment surrounding environment safety factor data to the cloud platform, an image obtaining command sent by the cloud platform is received through a full-view camera, and current equipment image data are obtained and sent to the cloud platform; the cloud platform receives the data sent by the intelligent monitoring terminal, synthesizes the equipment real-time operationdata and the equipment surrounding environment safety factor data to monitor the operating state of the equipment in real time, generates alarming information when the data are abnormal, meanwhile sends the image obtaining command to the intelligent monitoring terminal, and receives the current equipment image data to be sent to the user terminal; and the user terminal receives alarming information and the current equipment image data sent by the cloud platform to be displayed.

Description

technical field [0001] The disclosure belongs to the field of medical equipment monitoring, and in particular relates to a cloud platform, system and method for three-dimensional monitoring of hospital equipment safety. Background technique [0002] Hospitals are densely populated places with dense buildings and concentrated equipment. Inflammable and explosive materials such as pressure vessels, chemical reagents, and bedding paper have a large flow of people, and most of them are vulnerable groups. Once a fire or other accident occurs, there will be huge casualties and property losses. Therefore, it is particularly important to maintain the safe operation of hospital equipment. [0003] In order to avoid the occurrence of safety accidents, existing hospitals usually use manual inspections to inspect the equipment status. However, there are many problems in manual inspections: due to the quality of personnel and management level, the manual inspection process is serious; so...

AI Technical Summary

Problems solved by technology

[0003] In order to avoid the occurrence of safety accidents, existing hospitals usually use manual inspections to inspect the equipment status. However, there are many problems in manual inspections: due to the quality of personnel and management level, the manual inspection process is serious; some Electrical hidden dangers are difficult to find with the naked eye; some electrical equipment is installed in a concealed location, which is inconvenient for manual inspection, and there are inspection blind spots; electrical safety cannot be guaranteed during manual inspection intervals or at night, etc.

Although there have been related technologies that monitor real-time operating data of equipment, the acquired operating data are all point data, which only represent the operating status of a certain location of the equipment, and many equipment failures are caused by the surrounding environment. , For example, there is a basin of water next to it, there is a cigarette butt, etc., which will cause the device to be damp or overheated, which will cause a malfunction

If this is the case, if only real-time operation data is monitored, it is impossible to ensure that potential safety hazards are discovered in time, and it is still necessary to combine traditional regular inspection and maintenance methods

[0004] Moreover, the general cultural quality and professional technical ability of hospital logistics personnel are generally low at present, and many failures cannot be handled independently, and they need to rely on third-party maintenance personnel. In this case, when an emergency occurs in the hospital, the logistics personnel cannot deal with it. The maintenance personnel cannot be notified in time, and the problem cannot be solved in time, which is not conducive to the safe and stable operation of the hospital equipment; moreover, the hospital logistics personnel are highly mobile, and it cannot be guaranteed that the logistics personnel are very familiar with the electrical equipment scenes in each area of ​​the hospital. When arriving at the site for inspection and maintenance, logistics personnel often cannot arrive at the site in time because they are not familiar with the scene lines

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