Remote monitoring system of medical CT device

Abstract

The invention provides a remote monitoring system of a medical CT device. The remote monitoring system comprises a temperature monitoring device, a voltage monitoring device, a local main controller, a server and a remote operation platform. The temperature monitoring device and the voltage monitoring device are used for respectively acquiring temperature value and voltage value of a device, and feed the acquired temperature value and the voltage value back to the local main controller. The local main controller transports the acquired temperature value and the voltage value to the server. The remote operation platform obtains the temperature value and the voltage value via the server and manages the local main controller. According to the invention, the temperature monitoring device and the voltage monitoring device can be used for performing temperature and voltage monitoring for the whole CT device and bulb tube parts so as to protect the CT device against temperature and voltage abnormity, and precisely feedback the working operation states of the CT device in real time. The remote monitoring system is convenient to operate and proper in structure; service lifetime of the CT device is greatly extended; maintenance work for the CT device is easy to perform; and load of workers is reduced.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular, the invention relates to a remote monitoring system of medical CT equipment. Background technique [0002] CT is the abbreviation of Computed Tomography, that is, computerized tomography technology, which is a scanning method that uses computer technology to reconstruct the tomographic image of the measured object to obtain a three-dimensional tomographic image. The scanning method is to penetrate the measured object through the rays of a single axis, and according to the different absorption and transmittance of each part of the measured object, the transmitted rays are collected by the computer and imaged through three-dimensional reconstruction. [0003] However, CT equipment is often a large-scale equipment in hospitals. When CT equipment fails, it is difficult for hospital staff to find out the location of the problem without guidance from the manufacturer and a third party. M...

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Problems solved by technology

[0003] However, CT equipment is often a large-scale equipment in hospitals. When CT equipment fails, it is difficult for hospital staff to find out the location of the problem without guidance from the manufacturer and a third party. More often, professional engineers are required to arrive at the scene. For CT equipment diagnosis, on-site diagnosis often delays the travel time of professional engineers, the examination of patients in hospitals, and even misses the golden time for rescue. According to past experience, when CT equipment fails, it is usually due to equipment failure. Caused by unstable voltage or poor heat dissipation of the whole equipment and components

[0004] Among them, taking the tube in CT equipment as an example, there are multiple X-ray tubes in CT equipment, that is, X-ray tube devices. X-ray tubes have always been a relatively important and expensive part in medical CT equipment. At present, most X-ray tubes have cooling devices, but the local cooling effect of X-ray tubes is not good enough, which greatly shortens the life of X-ray tubes

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