Magnetic resonance imaging room safety cloud platform system based on double-column ferromagnetic detection device

Abstract

The invention discloses a magnetic resonance imaging room safety cloud platform system based on a double-column ferromagnetic detection device. According to the magnetic resonance imaging room safetycloud platform system, the ferromagnetic detection device, a video monitoring device, a voice player and an oxygen detector are all connected with a control management center, the control management center is in bidirectional signal connection with a cloud platform server, and the cloud platform server is in bidirectional signal connection with a mobile phone client side. According to the magneticresonance imaging room safety cloud platform system based on the double-column ferromagnetic detection device, the ferromagnetic detection device, the video monitoring device, the voice player and the oxygen detector are all connected with the control management center through a wireless gateway so that detected information can be transmitted to the control management center in real time, and thecontrol management center displays all videos and alarming information through a large screen of the cloud platform server; besides, the cloud platform server can be connected to the mobile phone client side, and related doctors are reminded of related safety information data through the mobile phone client side. The magnetic resonance imaging room safety cloud platform system based on the double-column ferromagnetic detection device can further have an extension function of accessing other monitoring videos and can even access a security department of a hospital, and magnetic resonance imaging room safety networked all-round management is achieved.

Description

technical field [0001] The invention relates to a magnetic resonance room safety cloud platform system based on a double-column ferromagnetic detection device. Background technique [0002] Magnetic resonance imaging (MRI) is one of the most advanced imaging diagnostic equipment today. The hydrogen nuclei in the human tissue are magnetized under the action of a strong external magnetic field. It absorbs energy and resonates to form magnetic resonance signals, which are collected and processed by a computer to form tomographic images. Therefore, it is named "nuclear magnetic resonance", or magnetic resonance for short. [0003] Magnetic resonance examination has the advantages of safety, no radiation, and accuracy. However, in the magnetic resonance room of most hospitals, patients, family members and even hospital staff often inadvertently put coins, umbrellas, mobile phones, and even magnetic oxygen cylinders and hospital beds. , wheelchairs, etc. are brought into the mag...

AI Technical Summary

Problems solved by technology

[0003] Magnetic resonance examination has the advantages of safety, no radiation, and accuracy. However, in the magnetic resonance room of most hospitals, patients, family members and even hospital staff often inadvertently put coins, umbrellas, mobile phones, and even magnetic oxygen cylinders and hospital beds. , wheelchairs, etc. are brought into the magnetic resonance room, and these items may be directly sucked into the magnetic hole, resulting in a major safety accident

At the same time, with the advancement of medicine, implanted devices such as magnetic pacemakers and stents on patients will have unpredictable consequences once they are accidentally brought into the magnetic hole by the patient.

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