Reproduction test service apparatus for medical systems, maintenance support information management apparatus, X-ray CT system, and maintenance service center apparatus
View Patent ↗In order to reproduce the past operations of a medical system, a reproduction test service apparatus stores a plurality of past log files directly or indirectly supplied from the medical system in a log file storage unit and reproduces the past operations of the medical system on a pseudo X-ray CT system in accordance with the stored log files.
1. A maintenance support information management apparatus connected to a plurality of medical systems and at least one maintenance service apparatus through electronic communications circuits, comprising:
a unit configured to receive a plurality of log files representing a record of test plans from each of the medical systems;
a unit configured to store the log files;
a unit configured to analyze the stored log files to determine a frequency of use of each test plan and a frequency of occurrence of faults, and to calculate a degree of seriousness of faults based on the frequency of use of each test plan and the frequency of occurrence of faults;
a unit configured to provide the degree of seriousness of faults to the maintenance service apparatus;
a unit configured to determine restrictions on operations of the medical systems based on the seriousness of faults; and
a unit configured to transfer the restrictions on the operations to the medical systems.
2. The apparatus according to claim 1 , wherein the log files are stored cumulatively.
3. The apparatus according to claim 1 , wherein a priority of maintenance service on a fault is determined based on the frequency of use of each test plan and the frequency of occurrence of the fault.
4. The apparatus according to claim 3 , wherein the determined priority of maintenance service is provided as requested by the maintenance service apparatus.
5. The apparatus according to claim 1 , wherein the test plans include one or more of scanogram imaging, single scan, multi-slice scan, helical scan, real preparation scan, CT fluoroscopy, and three-section fluoroscopy.
6. The apparatus according to claim 1 , wherein analysis of the faults is performed remotely.
7. A maintenance support information management apparatus connected to a plurality of medical systems and at least one maintenance service apparatus through electronic communications circuits, comprising:
a unit configured to receive a plurality of log files representing a record of test plans from each of the medical systems;
a unit configured to store the log files;
a unit configured to analyze the stored log files to determine a frequency of use of each test plan and a frequency of occurrence of faults, and to calculate a degree of seriousness of faults based on the frequency of use of each test plan and the frequency of occurrence of faults; and
a unit configured to provide the degree of seriousness of faults to the maintenance service apparatus,
wherein the degree of seriousness of faults is calculated from a recurrence index and a hospital specialty index, wherein the recurrence index is calculated based on the frequency of occurrence of a same fault based on log files, and the hospital specialty index is calculated based on a frequency of use of a same plan based on log files.
8. The apparatus according to claim 7 , wherein each of the recurrence index and hospital specialty index are multiplied by a respective weighting coefficient.
9. The apparatus according to claim 8 , wherein the respective weighting coefficients are different from each other.
10. A maintenance support information management apparatus connected to a plurality of medical systems and at least one maintenance service apparatus through electronic communications circuits, comprising:
a unit configured to receive a plurality of log files representing a record of test plans from each of the medical systems;
a unit configured to store the log files;
a unit configured to analyze the stored log files to determine a frequency of use of each test plan and a frequency of occurrence of faults, and to calculate a degree of seriousness of faults based on the frequency of use of each test plan and the frequency of occurrence of faults; and
a unit configured to provide the degree of seriousness of faults to the maintenance service apparatus,
wherein maintenance priority is calculated based on the degree of seriousness of the fault and an importance of the customer.