CN114582478A - Internet-based magnetic resonance room detection management system - Google Patents
Internet-based magnetic resonance room detection management system Download PDFInfo
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- CN114582478A CN114582478A CN202111401005.1A CN202111401005A CN114582478A CN 114582478 A CN114582478 A CN 114582478A CN 202111401005 A CN202111401005 A CN 202111401005A CN 114582478 A CN114582478 A CN 114582478A
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- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
- G16H40/40—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the management of medical equipment or devices, e.g. scheduling maintenance or upgrades
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
- G16H40/20—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the management or administration of healthcare resources or facilities, e.g. managing hospital staff or surgery rooms
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
- G16H40/60—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the operation of medical equipment or devices
- G16H40/63—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the operation of medical equipment or devices for local operation
Abstract
The invention discloses an internet-based magnetic resonance room detection management system, relates to the technical field of magnetic resonance room detection management, solves the technical problem that the prior art can not accurately analyze the operation and non-operation environments of a magnetic resonance room, performs detection management on the magnetic resonance room, analyzes the magnetic resonance room and the corresponding influence, thereby judging whether the magnetic resonance room is qualified or not, improving the safety of inspectors and medical staff, performing area analysis on the interior of the magnetic resonance room, judging whether the movement ranges of the inspectors and the medical staff in the magnetic resonance room are qualified or not, analyzing the operation efficiency of the magnetic resonance room, judging whether the current inspection efficiency of the magnetic resonance room is qualified or not, preventing the inspection efficiency from being abnormal or not meeting the current requirements due to the inspection efficiency, improving the quality of the magnetic resonance inspection of the inspectors, and simultaneously performing real-time detection on the inspection efficiency of the magnetic resonance room, the operating efficiency of the magnetic resonance chamber is improved.
Description
Technical Field
The invention relates to the technical field of magnetic resonance room detection management, in particular to a magnetic resonance room detection management system based on the Internet.
Background
Magnetic resonance examination is one of examination methods in imaging, is commonly used in clinic at present, generally uses a magnetic resonance phenomenon to generate a magnetic resonance signal to form nuclear magnetic examination of an image, has no damage to a human body and radioactivity, so that the examination can be performed on pregnant women, but the examination can be performed on the avoidance of metal objects in the body, for example, a patient with a cardiac pacemaker, a patient with a steel nail in an orthopedic operation or a patient with an intrauterine device in the body cannot be performed;
in the prior art, the running and non-running environments of the magnetic resonance chamber cannot be accurately analyzed, so that the real-time environment analysis accuracy of the magnetic resonance chamber is reduced, whether the current magnetic resonance chamber can meet the requirements or not cannot be reasonably judged, and the uniform distribution of medical resources cannot be ensured; in addition, the magnetic resonance room with high working strength cannot accurately analyze whether other departments have influences, so that the operating efficiency of other departments is influenced;
in view of the above technical drawbacks, a solution is proposed.
Disclosure of Invention
The invention aims to solve the problems and provides an internet-based magnetic resonance room detection management system, which analyzes the indoor area of a magnetic resonance room and judges whether the moving ranges of inspectors and medical care personnel in the magnetic resonance room are qualified or not so as to judge whether the inspection efficiency is normal or not; analyzing the operating efficiency of the magnetic resonance chamber, judging whether the current inspection efficiency of the magnetic resonance chamber is qualified or not, preventing the inspection efficiency from being abnormal or preventing the inspection efficiency from being incapable of meeting the current requirement, improving the quality of magnetic resonance inspection of inspectors, and simultaneously detecting the inspection efficiency of the magnetic resonance chamber in real time, so that the operating efficiency of the magnetic resonance chamber is improved; the influence analysis is carried out on the magnetic resonance room, the detection strength of the magnetic resonance room is improved, the normal operation of other departments is ensured, and the slowing down of the operation efficiency of other departments caused by too many people in the queue outside the magnetic resonance room is avoided.
The purpose of the invention can be realized by the following technical scheme:
a magnetic resonance room detection management system based on the Internet comprises a detection management platform, wherein a server is arranged in the detection management platform, and the server is in communication connection with an operation parameter analysis unit, an influence analysis unit, an indoor analysis unit and an operation efficiency analysis unit;
the detection management platform is used for detecting and managing the magnetic resonance room, the server generates an operation parameter analysis signal and sends the operation parameter analysis signal to the operation parameter analysis unit, the operation parameter analysis unit analyzes the operation parameters in the magnetic resonance room in real time, the server generates an indoor analysis signal and sends the indoor analysis signal to the indoor analysis unit, and the indoor analysis unit analyzes the indoor area of the magnetic resonance room; the server generates an operation efficiency analysis signal and sends the operation efficiency analysis signal to the operation efficiency analysis unit, and the operation efficiency analysis unit analyzes the operation efficiency of the magnetic resonance chamber; and the server generates an influence analysis signal, sends the influence analysis signal to the influence analysis unit, and analyzes the influence of the magnetic resonance chamber corresponding to the abnormal operating efficiency analysis signal through the influence analysis unit.
As a preferred embodiment of the present invention, the operation parameter analyzing process of the operation parameter analyzing unit is as follows:
selecting a historical operation time period of the magnetic resonance chamber, and judging that the operation of the magnetic resonance chamber is qualified if a secondary inspection is not performed within a rechecking time threshold value after the detection of detection personnel in the magnetic resonance chamber is completed in the historical operation time period; collecting the indoor temperature when the magnetic resonance chamber is checked, marking the collected indoor temperature as the indoor operating temperature, and setting a mark YWD; acquiring the highest indoor operating temperature and the lowest indoor operating temperature in a historical operating time period, and acquiring an indoor operating temperature interval of the magnetic resonance chamber according to the highest indoor operating temperature and the lowest indoor operating temperature; collecting the indoor temperature when the magnetic resonance chamber is not checked, marking the collected indoor temperature as the indoor non-operating temperature, and setting a mark FWD; acquiring the highest indoor non-operating temperature and the lowest indoor non-operating temperature in a historical operating time period, and acquiring an indoor non-operating temperature interval of the magnetic resonance chamber through the highest indoor non-operating temperature and the lowest indoor non-operating temperature;
acquiring the time for converting the indoor non-operating temperature and the indoor operating temperature in the historical operating time period, marking the corresponding time as an operating buffering time threshold, converting the highest indoor non-operating temperature and the lowest indoor operating temperature at the operating buffering time threshold, and acquiring the lowest speed of the temperature regulation of the magnetic resonance chamber;
comparing the non-operation real-time indoor temperature of the magnetic resonance chamber with an indoor non-operation temperature interval, if the non-operation real-time indoor temperature of the magnetic resonance chamber is not in the indoor non-operation temperature interval, judging that the non-operation temperature of the magnetic resonance chamber is abnormal, generating a non-operation temperature abnormal signal and sending the non-operation temperature abnormal signal to a server; if the non-operation real-time indoor temperature of the magnetic resonance chamber is in the indoor non-operation temperature interval, judging that the non-operation temperature of the magnetic resonance chamber is normal, generating a normal signal of the non-operation temperature and sending the normal signal of the non-operation temperature to a server;
comparing the real-time indoor temperature and the real-time temperature regulation speed of the magnetic resonance chamber with the indoor operating temperature interval and the lowest speed of the magnetic resonance chamber temperature regulation respectively: if the real-time indoor temperature of the magnetic resonance chamber is not in the indoor operating temperature interval or the operating temperature regulation speed is lower than the lowest speed of the magnetic resonance chamber temperature regulation, judging that the operating temperature of the magnetic resonance chamber is abnormal, generating an operating temperature abnormal signal and sending the operating temperature abnormal signal to a server; and if the real-time indoor temperature of the magnetic resonance chamber is in the indoor operating temperature interval and the operating temperature regulation speed is higher than the lowest speed of the magnetic resonance chamber, judging that the operating temperature of the magnetic resonance chamber is normal, generating a normal operating temperature signal and sending the normal operating temperature signal to the server.
As a preferred embodiment of the present invention, the indoor analysis process of the indoor analysis unit is as follows:
the ratio of the movable area to the total area in the magnetic resonance chamber and the ratio of the monitoring area to the total area in the magnetic resonance chamber are collected, and the ratio of the movable area to the total area in the magnetic resonance chamber and the ratio of the monitoring area to the total area in the magnetic resonance chamber are respectively compared with a movable area ratio threshold value and a monitoring area ratio threshold value:
if the ratio of the movable area to the total area in the magnetic resonance chamber is greater than the movable area ratio threshold value, and the ratio of the monitoring area to the total area in the magnetic resonance chamber is greater than the monitoring area ratio threshold value, determining that the analysis in the magnetic resonance chamber is qualified, generating an indoor analysis qualified signal and sending the indoor analysis qualified signal to a server; if the ratio of the movable area to the total area in the magnetic resonance chamber is smaller than the movable area ratio threshold value or the ratio of the monitoring area to the total area in the magnetic resonance chamber is smaller than the monitoring area ratio threshold value, determining that the analysis in the magnetic resonance chamber is unqualified, generating an indoor analysis unqualified signal and sending the indoor analysis unqualified signal to a server; after the server receives the unqualified indoor analysis signal, an indoor rectification signal is generated and sent to a mobile phone terminal of medical personnel, and the medical personnel plan the position of the equipment in the magnetic resonance room and adjust the monitoring angle.
As a preferred embodiment of the present invention, the efficiency analysis process of the operation efficiency analysis unit is as follows:
the average time consumed for the examination of the examination personnel in the magnetic resonance room and the average number of people waiting for the examination personnel outside the magnetic resonance room every day are collected, and the average time consumed for the examination of the examination personnel in the magnetic resonance room and the average number of people waiting for the examination personnel outside the magnetic resonance room every day are respectively compared with an examination average time consumption threshold value and a waiting average number threshold value:
if the average time consumption for the inspectors in the magnetic resonance room to perform inspection is greater than the inspection average time consumption threshold value or the average number of people waiting for the inspectors outside the magnetic resonance room every day is greater than the waiting average number of people, judging that the analysis of the running efficiency of the magnetic resonance room is abnormal, generating a running efficiency analysis abnormal signal and sending the running efficiency analysis abnormal signal to a server; after receiving the operating efficiency analysis abnormal signal, the server audits medical personnel in the magnetic resonance room, and if the medical personnel passes the audit, a history window of the magnetic resonance room is opened;
and if the average time consumed for the inspection personnel in the magnetic resonance room to perform the inspection is less than the inspection average time consumption threshold value and the average number of people waiting for the inspection personnel outside the magnetic resonance room every day is less than the waiting average number of people, judging that the running efficiency analysis of the magnetic resonance room is normal, generating a running efficiency analysis normal signal and sending the running efficiency analysis normal signal to the server.
As a preferred embodiment of the present invention, the influence analysis process of the influence analysis unit is as follows:
collecting a magnetic resonance chamber corresponding to the abnormal operating efficiency analysis signal and marking the magnetic resonance chamber as an influence analysis object, collecting the average hourly human flow of the position of the influence analysis object and the channel area of the position of the influence analysis object, and respectively marking the average hourly human flow of the position of the influence analysis object and the channel area of the position of the influence analysis object as RL and MJ; acquiring a maximum floating difference value of the speed of the passerby of the channel influencing the position of the analysis object, and marking the maximum floating difference value of the speed of the passerby of the channel influencing the position of the analysis object as FD; acquiring an influence analysis coefficient XY of an influence analysis object through analysis; comparing an influence analysis coefficient affecting an object of analysis with an influence analysis coefficient threshold:
if the influence analysis coefficient of the influence analysis object is larger than or equal to the influence analysis coefficient threshold value, judging that the influence analysis object has influence, generating an influence existence signal and sending the influence existence signal to a server, and after receiving the influence existence signal, the server generates a position change signal and sends the position change signal and the corresponding magnetic resonance chamber to a mobile phone terminal of a medical worker; and if the influence analysis coefficient of the influence analysis object is less than the influence analysis coefficient threshold value, judging that the influence analysis object has no influence, generating an influence absence signal and sending the influence absence signal to the server.
Compared with the prior art, the invention has the beneficial effects that:
according to the invention, the magnetic resonance chamber is detected and managed, and the magnetic resonance chamber and the corresponding influence are analyzed, so that whether the magnetic resonance chamber is qualified or not is judged, the safety of inspectors and medical staff is improved, and the operating efficiency of the magnetic resonance chamber is enhanced; analyzing the area of the interior of the magnetic resonance chamber, and judging whether the moving ranges of inspectors and medical staff in the magnetic resonance chamber are qualified or not, so as to judge whether the inspection efficiency is normal or not; analyzing the operating efficiency of the magnetic resonance chamber, judging whether the current inspection efficiency of the magnetic resonance chamber is qualified or not, preventing the inspection efficiency from being abnormal or preventing the inspection efficiency from being incapable of meeting the current requirement, improving the quality of magnetic resonance inspection of inspectors, and simultaneously detecting the inspection efficiency of the magnetic resonance chamber in real time, so that the operating efficiency of the magnetic resonance chamber is improved; the influence analysis is carried out on the magnetic resonance room, the detection strength of the magnetic resonance room is improved, the normal operation of other departments is ensured, and the slowing down of the operation efficiency of other departments caused by too many people in the queue outside the magnetic resonance room is avoided.
Drawings
To facilitate understanding for those skilled in the art, the present invention will be further described with reference to the accompanying drawings.
Fig. 1 is a schematic block diagram of the present invention.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, an internet-based magnetic resonance room detection management system includes a detection management platform, a server is disposed in the detection management platform, and the server is in communication connection with an operation parameter analysis unit, an influence analysis unit, an indoor analysis unit, and an operation efficiency analysis unit;
the detection management platform is used for detecting and managing the magnetic resonance room, analyze the magnetic resonance room and correspond the influence, thereby judge whether the magnetic resonance room is qualified, the security of inspection personnel and medical personnel has been improved, the operating efficiency of the magnetic resonance room has been strengthened simultaneously, the server generates the operating parameter analysis signal and sends the operating parameter analysis signal to the operating parameter analysis unit, the operating parameter analysis unit is used for the interior operating parameter of magnetic resonance room to carry out real-time analysis, ensure the environmental stability in the magnetic resonance room, thereby the stability of the operating efficiency of the magnetic resonance room has been improved, the influence of the environment on the operation of the magnetic resonance room has been reduced, concrete operating parameter analysis process is as follows:
selecting a historical operation time period of the magnetic resonance chamber, and judging that the operation of the magnetic resonance chamber is qualified if a secondary inspection is not performed within a rechecking time threshold value after the detection of detection personnel in the magnetic resonance chamber is completed in the historical operation time period; collecting the indoor temperature when the magnetic resonance chamber is checked, marking the collected indoor temperature as the indoor operating temperature, and setting a mark YWD; acquiring the highest indoor operating temperature and the lowest indoor operating temperature in a historical operating time period, and acquiring an indoor operating temperature interval of the magnetic resonance chamber according to the highest indoor operating temperature and the lowest indoor operating temperature; collecting the indoor temperature when the magnetic resonance chamber is not checked, marking the collected indoor temperature as the indoor non-operating temperature, and setting a mark FWD; acquiring the highest indoor non-operating temperature and the lowest indoor non-operating temperature in a historical operating time period, and acquiring an indoor non-operating temperature interval of the magnetic resonance chamber through the highest indoor non-operating temperature and the lowest indoor non-operating temperature;
acquiring the time for converting the indoor non-operating temperature and the indoor operating temperature in the historical operating time period, marking the corresponding time as an operating buffering time threshold, converting the highest indoor non-operating temperature and the lowest indoor operating temperature at the operating buffering time threshold, and acquiring the lowest speed of the temperature regulation of the magnetic resonance chamber;
comparing the non-operation real-time indoor temperature of the magnetic resonance chamber with an indoor non-operation temperature interval, if the non-operation real-time indoor temperature of the magnetic resonance chamber is not in the indoor non-operation temperature interval, judging that the non-operation temperature of the magnetic resonance chamber is abnormal, generating a non-operation temperature abnormal signal and sending the non-operation temperature abnormal signal to a server; if the non-operation real-time indoor temperature of the magnetic resonance chamber is in the indoor non-operation temperature interval, judging that the non-operation temperature of the magnetic resonance chamber is normal, generating a normal signal of the non-operation temperature and sending the normal signal of the non-operation temperature to a server;
comparing the real-time indoor temperature and the real-time temperature regulation speed of the magnetic resonance chamber with the indoor operating temperature interval and the lowest speed of the magnetic resonance chamber temperature regulation respectively: if the real-time indoor temperature of the magnetic resonance chamber is not in the indoor operating temperature interval or the operating temperature regulation speed is lower than the lowest speed of the magnetic resonance chamber temperature regulation, judging that the operating temperature of the magnetic resonance chamber is abnormal, generating an operating temperature abnormal signal and sending the operating temperature abnormal signal to a server; if the real-time indoor temperature of the magnetic resonance chamber is in an indoor operating temperature interval and the operating temperature regulation speed is higher than the lowest speed of the magnetic resonance chamber, judging that the operating temperature of the magnetic resonance chamber is normal, generating a normal operating temperature signal and sending the normal operating temperature signal to a server;
after receiving the non-operation temperature abnormal signal and the operation temperature abnormal signal, the server suspends the inspection work of the magnetic resonance room and controls the indoor temperature; after the server receives the normal signal of non-operating temperature and the normal signal of operating temperature, generate indoor analysis signal and with indoor analysis signal transmission to indoor analysis unit, indoor analysis unit is used for carrying out the area analysis to the indoor of magnetic resonance room, judges whether the home range of inspector and medical personnel in the magnetic resonance room is qualified to judge whether check efficiency is normal, concrete indoor analysis process as follows:
the ratio of the movable area to the total area in the magnetic resonance chamber and the ratio of the monitoring area to the total area in the magnetic resonance chamber are collected, and the ratio of the movable area to the total area in the magnetic resonance chamber and the ratio of the monitoring area to the total area in the magnetic resonance chamber are respectively compared with a movable area ratio threshold value and a monitoring area ratio threshold value:
if the ratio of the movable area to the total area in the magnetic resonance chamber is greater than the movable area ratio threshold value, and the ratio of the monitoring area to the total area in the magnetic resonance chamber is greater than the monitoring area ratio threshold value, determining that the analysis in the magnetic resonance chamber is qualified, generating an indoor analysis qualified signal and sending the indoor analysis qualified signal to a server; if the ratio of the movable area to the total area in the magnetic resonance chamber is smaller than the movable area ratio threshold value or the ratio of the monitoring area to the total area in the magnetic resonance chamber is smaller than the monitoring area ratio threshold value, determining that the analysis in the magnetic resonance chamber is unqualified, generating an indoor analysis unqualified signal and sending the indoor analysis unqualified signal to a server; after receiving the unqualified indoor analysis signal, the server generates an indoor rectification signal and sends the indoor rectification signal to a mobile phone terminal of medical personnel, and the medical personnel plan the position of equipment in the magnetic resonance room and adjust a monitoring angle;
the server generates an operation efficiency analysis signal and sends the operation efficiency analysis signal to the operation efficiency analysis unit, the operation efficiency analysis unit is used for analyzing the operation efficiency of the magnetic resonance chamber, judge whether the current checking efficiency of the magnetic resonance chamber is qualified or not, prevent that the checking efficiency from appearing unusually or the checking efficiency can not satisfy the current demand, the quality of the magnetic resonance check of inspectors is improved, simultaneously, the real-time detection is carried out on the checking efficiency of the magnetic resonance chamber, the operation efficiency of the magnetic resonance chamber is improved, the specific efficiency analysis process is as follows:
the average time consumed for the examination of the examination personnel in the magnetic resonance room and the average number of people waiting for the examination personnel outside the magnetic resonance room every day are collected, and the average time consumed for the examination of the examination personnel in the magnetic resonance room and the average number of people waiting for the examination personnel outside the magnetic resonance room every day are respectively compared with an examination average time consumption threshold value and a waiting average number threshold value:
if the average time consumption for the inspectors in the magnetic resonance room to perform inspection is greater than the inspection average time consumption threshold value or the average number of people waiting for the inspectors outside the magnetic resonance room every day is greater than the waiting average number of people, judging that the analysis of the running efficiency of the magnetic resonance room is abnormal, generating a running efficiency analysis abnormal signal and sending the running efficiency analysis abnormal signal to a server; after receiving the operating efficiency analysis abnormal signal, the server audits medical personnel in the magnetic resonance room, and if the medical personnel passes the audit, a history window of the magnetic resonance room is opened;
if the average time consumed for the inspection of the inspectors in the magnetic resonance room is less than the inspection average time consumption threshold value and the average number of people waiting for the inspection of the inspectors outside the magnetic resonance room every day is less than the waiting average number of people threshold value, judging that the operation efficiency analysis of the magnetic resonance room is normal, generating an operation efficiency analysis normal signal and sending the operation efficiency analysis normal signal to a server;
the server receives the abnormal operating efficiency analysis signal and then generates an influence analysis signal, the influence analysis signal is sent to the influence analysis unit, the influence analysis unit is used for carrying out influence analysis on the magnetic resonance room corresponding to the abnormal operating efficiency analysis signal, the detection strength of the magnetic resonance room is improved, the normal operation of other departments is ensured, the phenomenon that the number of people in the magnetic resonance room is too many to lead to the slowing down of the operating efficiency of other departments is avoided, and the specific influence analysis process is as follows:
collecting a magnetic resonance chamber corresponding to the abnormal operating efficiency analysis signal, marking the magnetic resonance chamber as an influence analysis object, collecting the average hourly human flow of the position of the influence analysis object and the channel area of the position of the influence analysis object, and marking the average hourly human flow of the position of the influence analysis object and the channel area of the position of the influence analysis object as RL and MJ respectively; acquiring a maximum floating difference value of the speed of the passerby of the channel influencing the position of the analysis object, and marking the maximum floating difference value of the speed of the passerby of the channel influencing the position of the analysis object as FD;
by the formula
Acquiring an influence analysis coefficient XY of an influence analysis object, wherein a1, a2 and a3 are preset proportionality coefficients, a1 is more than a2 is more than a3 is more than 0, and beta is an error correction factor and takes the value of 1.23; comparing an influence analysis coefficient affecting an object of analysis with an influence analysis coefficient threshold:
if the influence analysis coefficient of the influence analysis object is larger than or equal to the influence analysis coefficient threshold value, judging that the influence analysis object has influence, generating an influence existence signal and sending the influence existence signal to a server, and after receiving the influence existence signal, the server generates a position change signal and sends the position change signal and the corresponding magnetic resonance chamber to a mobile phone terminal of a medical worker; and if the influence analysis coefficient of the influence analysis object is less than the influence analysis coefficient threshold value, judging that the influence analysis object has no influence, generating an influence absence signal and sending the influence absence signal to the server.
The formulas are obtained by acquiring a large amount of data and performing software simulation, and the coefficients in the formulas are set by the technicians in the field according to actual conditions;
when the system is used, the magnetic resonance chamber is detected and managed through the detection and management platform, the server generates an operation parameter analysis signal and sends the operation parameter analysis signal to the operation parameter analysis unit, the operation parameters in the magnetic resonance chamber are analyzed in real time through the operation parameter analysis unit, the server generates an indoor analysis signal and sends the indoor analysis signal to the indoor analysis unit, and the indoor area of the magnetic resonance chamber is analyzed through the indoor analysis unit; the server generates an operation efficiency analysis signal and sends the operation efficiency analysis signal to the operation efficiency analysis unit, and the operation efficiency analysis unit analyzes the operation efficiency of the magnetic resonance chamber; and the server generates an influence analysis signal, sends the influence analysis signal to the influence analysis unit, and analyzes the influence of the magnetic resonance chamber corresponding to the abnormal operating efficiency analysis signal through the influence analysis unit.
The preferred embodiments of the invention disclosed above are intended to be illustrative only. The preferred embodiments are not intended to be exhaustive or to limit the invention to the precise forms disclosed. Obviously, many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles of the invention and the practical application, to thereby enable others skilled in the art to best utilize the invention. The invention is limited only by the claims and their full scope and equivalents.
Claims (5)
1. A magnetic resonance room detection management system based on the Internet is characterized by comprising a detection management platform, wherein a server is arranged in the detection management platform, and the server is in communication connection with an operation parameter analysis unit, an influence analysis unit, an indoor analysis unit and an operation efficiency analysis unit;
the detection management platform is used for detecting and managing the magnetic resonance room, the server generates an operation parameter analysis signal and sends the operation parameter analysis signal to the operation parameter analysis unit, the operation parameter analysis unit analyzes the operation parameters in the magnetic resonance room in real time, the server generates an indoor analysis signal and sends the indoor analysis signal to the indoor analysis unit, and the indoor analysis unit analyzes the indoor area of the magnetic resonance room; the server generates an operation efficiency analysis signal and sends the operation efficiency analysis signal to the operation efficiency analysis unit, and the operation efficiency analysis unit analyzes the operation efficiency of the magnetic resonance chamber; and the server generates an influence analysis signal, sends the influence analysis signal to the influence analysis unit, and analyzes the influence of the magnetic resonance chamber corresponding to the abnormal operation efficiency analysis signal through the influence analysis unit.
2. The internet-based detection management system for magnetic resonance rooms as claimed in claim 1, wherein the operation parameter analysis process of the operation parameter analysis unit is as follows:
selecting a historical operation time period of the magnetic resonance chamber, and judging that the operation of the magnetic resonance chamber is qualified if a secondary inspection is not performed within a rechecking time threshold value after the detection of detection personnel in the magnetic resonance chamber is completed in the historical operation time period; collecting the indoor temperature when the magnetic resonance chamber is checked, marking the collected indoor temperature as the indoor operating temperature, and setting a mark YWD; acquiring the highest indoor operating temperature and the lowest indoor operating temperature in a historical operating time period, and acquiring an indoor operating temperature interval of the magnetic resonance chamber according to the highest indoor operating temperature and the lowest indoor operating temperature; collecting the indoor temperature when the magnetic resonance chamber is not checked, marking the collected indoor temperature as the indoor non-operating temperature, and setting a mark FWD; acquiring the highest indoor non-operating temperature and the lowest indoor non-operating temperature in a historical operating time period, and acquiring an indoor non-operating temperature interval of the magnetic resonance chamber through the highest indoor non-operating temperature and the lowest indoor non-operating temperature;
acquiring the time for converting the indoor non-operating temperature and the indoor operating temperature in the historical operating time period, marking the corresponding time as an operating buffering time threshold, converting the highest indoor non-operating temperature and the lowest indoor operating temperature at the operating buffering time threshold, and acquiring the lowest speed of the temperature regulation of the magnetic resonance chamber;
comparing the non-operation real-time indoor temperature of the magnetic resonance chamber with an indoor non-operation temperature interval, if the non-operation real-time indoor temperature of the magnetic resonance chamber is not in the indoor non-operation temperature interval, judging that the non-operation temperature of the magnetic resonance chamber is abnormal, generating a non-operation temperature abnormal signal and sending the non-operation temperature abnormal signal to a server; if the non-operation real-time indoor temperature of the magnetic resonance chamber is in the indoor non-operation temperature interval, judging that the non-operation temperature of the magnetic resonance chamber is normal, generating a normal signal of the non-operation temperature and sending the normal signal of the non-operation temperature to a server;
comparing the real-time indoor temperature and the real-time temperature regulation speed of the magnetic resonance chamber with the indoor operating temperature interval and the lowest speed of the magnetic resonance chamber temperature regulation respectively: if the real-time indoor temperature of the magnetic resonance chamber is not in the indoor operating temperature interval or the operating temperature regulation speed is lower than the lowest speed of the magnetic resonance chamber temperature regulation, judging that the operating temperature of the magnetic resonance chamber is abnormal, generating an operating temperature abnormal signal and sending the operating temperature abnormal signal to a server; and if the real-time indoor temperature of the operation of the magnetic resonance chamber is in the indoor operation temperature interval and the temperature regulation speed during the operation is greater than the lowest speed of the temperature regulation of the magnetic resonance chamber, judging that the operation temperature of the magnetic resonance chamber is normal, generating an operation temperature normal signal and sending the operation temperature normal signal to the server.
3. The internet-based detection management system for magnetic resonance rooms as claimed in claim 1, wherein the indoor analysis process of the indoor analysis unit is as follows:
the ratio of the movable area to the total area in the magnetic resonance chamber and the ratio of the monitoring area to the total area in the magnetic resonance chamber are collected, and the ratio of the movable area to the total area in the magnetic resonance chamber and the ratio of the monitoring area to the total area in the magnetic resonance chamber are respectively compared with a movable area ratio threshold value and a monitoring area ratio threshold value:
if the ratio of the movable area to the total area in the magnetic resonance chamber is greater than the movable area ratio threshold value, and the ratio of the monitoring area to the total area in the magnetic resonance chamber is greater than the monitoring area ratio threshold value, determining that the analysis in the magnetic resonance chamber is qualified, generating an indoor analysis qualified signal and sending the indoor analysis qualified signal to a server; if the ratio of the movable area to the total area in the magnetic resonance chamber is smaller than the movable area ratio threshold value or the ratio of the monitoring area to the total area in the magnetic resonance chamber is smaller than the monitoring area ratio threshold value, determining that the analysis in the magnetic resonance chamber is unqualified, generating an indoor analysis unqualified signal and sending the indoor analysis unqualified signal to a server; after the server receives the unqualified indoor analysis signal, an indoor rectification signal is generated and sent to a mobile phone terminal of medical personnel, and the medical personnel plan the position of the equipment in the magnetic resonance room and adjust the monitoring angle.
4. The internet-based detection management system for magnetic resonance rooms as claimed in claim 1, wherein the efficiency analysis process of the operation efficiency analysis unit is as follows:
the average time consumed for the examination of the examination personnel in the magnetic resonance room and the average number of people waiting for the examination personnel outside the magnetic resonance room every day are collected, and the average time consumed for the examination of the examination personnel in the magnetic resonance room and the average number of people waiting for the examination personnel outside the magnetic resonance room every day are respectively compared with an examination average time consumption threshold value and a waiting average number threshold value:
if the average consumed time for the inspectors in the magnetic resonance room to inspect is larger than the average consumed time threshold value for inspecting or the average number of people waiting for the inspectors outside the magnetic resonance room every day is larger than the average number of people waiting for inspecting, judging that the analysis of the running efficiency of the magnetic resonance room is abnormal, generating an abnormal running efficiency analysis signal and sending the abnormal running efficiency analysis signal to a server; after receiving the operating efficiency analysis abnormal signal, the server audits medical personnel in the magnetic resonance room, and if the medical personnel passes the audit, a history window of the magnetic resonance room is opened;
and if the average time consumed for the inspection personnel in the magnetic resonance room to perform the inspection is less than the inspection average time consumption threshold value and the average number of people waiting for the inspection personnel outside the magnetic resonance room every day is less than the waiting average number of people, judging that the running efficiency analysis of the magnetic resonance room is normal, generating a running efficiency analysis normal signal and sending the running efficiency analysis normal signal to the server.
5. The internet-based magnetic resonance room detection management system according to claim 1, wherein the influence analysis process of the influence analysis unit is as follows:
collecting a magnetic resonance chamber corresponding to the abnormal operating efficiency analysis signal, marking the magnetic resonance chamber as an influence analysis object, collecting the average hourly human flow of the position of the influence analysis object and the channel area of the position of the influence analysis object, and marking the average hourly human flow of the position of the influence analysis object and the channel area of the position of the influence analysis object as RL and MJ respectively; acquiring a maximum floating difference value of the speed of the passerby of the channel influencing the position of the analysis object, and marking the maximum floating difference value of the speed of the passerby of the channel influencing the position of the analysis object as FD; acquiring an influence analysis coefficient XY of an influence analysis object through analysis; comparing an impact analysis coefficient affecting an object of analysis with an impact analysis coefficient threshold:
if the influence analysis coefficient of the influence analysis object is larger than or equal to the influence analysis coefficient threshold value, judging that the influence analysis object has influence, generating an influence existence signal and sending the influence existence signal to a server, and after receiving the influence existence signal, the server generates a position change signal and sends the position change signal and the corresponding magnetic resonance chamber to a mobile phone terminal of a medical worker; and if the influence analysis coefficient of the influence analysis object is less than the influence analysis coefficient threshold value, judging that the influence analysis object has no influence, generating an influence absence signal and sending the influence absence signal to the server.
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