Method for process management and equipment operation of a radiotherapy system

Abstract

A method for process management and equipment operation of a radiotherapy system, which relates to a method for management and operation of a medical system. The structure of the method is as follows: 1. Create a radiotherapy process management and equipment operation queue model in the TIMPS-QS system; 2. Integrate patient data and hospital staff data in the hospital information system; The system obtains relevant data information and takes corresponding necessary actions anytime and anywhere; 4. The TIMPS‑QS system provides accurate management, monitoring, event alarms and reports on the operating status and patient service process; 5. The client of the TIMPS‑QS system passes through the cloud The computing platform accesses the server; Sixth, the TIMPS-QS system provides follow-up services for patients. It can manage, monitor, warn and report the patient's treatment process and equipment operation status in real time, eliminating the chance of human error.

Description

technical field [0001] The invention relates to a method for managing and operating a medical system, in particular to a method for process management and equipment operation of a radiotherapy system. Background technique [0002] Radiation therapy includes particle beam therapy and traditional radiation therapy, and is a treatment technique for cancer and benign tumors. A particle beam therapy system usually includes an ion source system, an entry orbit, an acceleration system, a beam delivery system, several irradiation systems, and several treatment planning systems. Particles generated from the ion source system, such as protons and ions (such as helium ions, carbon ions, oxygen ions, etc.), flow into the acceleration system through the orbit, reach a predetermined energy through the synchrotron or cyclotron, and then pass through the beam transmission system, Finally, the particle beam is sent to the treatment irradiation system, and the particle beam reaches the irrad...

AI Technical Summary

Problems solved by technology

The complexity of the process has led to the need to invest a lot of energy to make the entire process run efficiently and accurately. In the actual operation process, we can record the operation of the entire process in written form, but the biggest challenge we face is how to verify the process. Whether each stage is correctly connected according to the complex data relationship behind it. For example, it is necessary to analyze the relationship between the implicit dependency relationship and the data saved based on the previous configuration, such as the initiation of medical services in each step. and the exact time of completion, which creates inconvenience for patients and staff

Images