Multi-means combined treatment center and application method

Abstract

The invention provides a multi-means combined treatment center and an application method. One side of the first multifunctional treatment room is connected with the MR room, the other side of the first multifunctional treatment room is connected with the second multifunctional treatment room, the BNCT double-treatment-room public hall and the CT room are connected, the first multifunctional treatment room, the MR room and the second multifunctional treatment room are provided with embedded hanging rails, the movable CT is connected to the embedded hanging rails in a sliding and hanging mode, and a cross-shaped ground rail is arranged in the first multifunctional treatment room. One end of the cross ground rail extends to the MR chamber to be connected with a fixed MR, and the other end of the cross ground rail extends to the multifunctional treatment chamber II to be connected with a vertical 90-degree proton / heavy ion beam outlet, a horizontal BNCT beam outlet I and a horizontal 45-degree photon / electron beam outlet; one end of a cross ground rail located in the first multifunctional treatment chamber is connected with a vertical 45-degree proton / heavy ion beam outlet and a horizontal photon / electron beam outlet, one end of the cross ground rail extends to the CT chamber, and a treatment bed is connected to the cross ground rail in a sliding mode.

Description

Technical Field

[0001] The present invention belongs to the technical field of medical facilities, and relates to a tumor treatment center layout, in particular to a multi-method combined treatment center and an application method. Background Art

[0002] Malignant tumors are a major public health problem that threatens human health. Surgery, radiotherapy, and chemotherapy are the three conventional methods of tumor treatment. However, after the three conventional methods of treatment, immune damage and / or large-area trauma will cause tumor patients to be in a state of low immunity and extreme weakness. If there are residual tumor cells in the patient's body, it will cause tumor recurrence and metastasis, seriously threatening the patient's life. Combination therapy can give full play to the advantages of various treatment methods, so that tumor cells can be killed more comprehensively and effectively, and the number of "slipping through the net" can be minimized. Therefore, it can be said that combination therapy is the fundamental way out for the recovery of tumor patients.

[0003] Intraoperative radiotherapy refers to directly exposing the tumor or tumor-infiltrated area during surgery and performing radiotherapy, while shielding the normal tissue around the treatment area to reduce its radiation dose. It is a technology that combines surgery and radiotherapy to treat tumors. This technology not only greatly improves the treatment effect of tumors, effectively reduces the recurrence rate and metastasis rate of tumors, but also saves treatment time and reduces treatment costs.

[0004] Traditional intraoperative radiotherapy is to install a modified conventional accelerator in or near a multifunctional operating room. This method not only takes up a lot of space due to the large size of the equipment, but also requires special buildings and materials for radiation protection, which is expensive. According to the requirements, doctors and medical staff must stand 2 meters away from the patient during intraoperative radiotherapy, but in practice, doctors and medical staff often leave, which undoubtedly increases the risk of treatment.

[0005] The above factors have limited the clinical application of traditional intraoperative radiotherapy technology. The current situation is that after the tumor tissue is removed from the patient, the patient is transported to the radiotherapy room as soon as possible under anesthesia through long-distance transportation, and then the patient is transported back to the multi-functional operating room for subsequent surgery. This method is very prone to infection and has a high risk. Summary of the invention

[0006] The purpose of the present invention is to address the above-mentioned problems in the existing technology and to propose a multi-means combined treatment center and an application method.

[0007] The object of the present invention can be achieved by the following technical scheme: a multi-means combined treatment center, which is provided with a BNCT treatment room entrance maze, a BNCT double treatment room public lobby, a CT room, and a multifunctional treatment room 1, one side of the multifunctional treatment room 1 is connected to the MR room, and the other side of the multifunctional treatment room 1 is connected to the multifunctional treatment room 2, and a pre-buried hanging rail is arranged to connect the BNCT double treatment room public lobby, the CT room, the multifunctional treatment room 1, the MR room and the multifunctional treatment room 2, and a mobile CT is slidably hung on the pre-buried hanging rail, a cross ground rail is arranged in the multifunctional treatment room 1, one end of the cross ground rail extends to the MR room to connect the fixed MR, and the other end of the cross ground rail extends to the multifunctional treatment room 2 to connect the vertical 90° proton / A heavy ion beam outlet, a horizontal BNCT beam outlet one and a horizontal 45° photon / electron beam outlet, one end of a cross ground rail located in the multifunctional treatment room one is connected to the vertical 45° proton / heavy ion beam outlet and the horizontal photon / electron beam outlet, one end of the cross ground rail extends to the CT room, the cross ground rail is slidably connected to the treatment bed, a surgical robot is arranged beside the treatment bed, a shielding door is arranged on the entrance and exit between the public antechamber of the BNCT double treatment room and the CT room, a shielding door is arranged on the entrance and exit between the CT room and the multifunctional treatment room one, a shielding door is arranged on the entrance and exit between the multifunctional treatment room one and the MR room, and a shielding door is arranged on the entrance and exit between the multifunctional treatment room one and the multifunctional treatment room two.

[0008] Preferably, the BNCT double treatment room public lobby is also connected to the BNCT horizontal treatment room 2, the multifunctional treatment room 2 is also connected to the BNCT accelerator hall, the BNCT accelerator hall is connected to the BNCT accelerator hall entrance maze, the BNCT accelerator hall is connected to the BNCT horizontal treatment room 2, and is also connected to the horizontal BNCT beam outlet 1 and the horizontal BNCT beam outlet 2.

[0009] Preferably, a BNCT accelerator is arranged in the BNCT accelerator hall, and the BNCT accelerator is connected to the multifunctional treatment room 2 and the horizontal BNCT treatment room 2.

[0010] Preferably, a proton / heavy ion accelerator is arranged outside the multifunctional treatment room, and the proton / heavy ion accelerator is connected to the vertical 90° proton / heavy ion beam outlet, the horizontal BNCT outlet one and the horizontal 45° photon / electron beam outlet, and the proton / heavy ion accelerator is also connected to the vertical 45° proton / heavy ion beam outlet and the horizontal photon / electron beam outlet; a photon / electron accelerator is also arranged outside the multifunctional treatment room, and the photon / electron accelerator is connected to the horizontal 45° photon / electron beam outlet, the vertical 90° proton / heavy ion beam outlet and the horizontal BNCT outlet one, and the photon / electron accelerator is also connected to the horizontal photon / electron beam outlet and the vertical 45° proton / heavy ion beam outlet.

[0011] Preferably, the CT room is also connected to the CT control room and the CT patient channel, and a CT equipment room is arranged next to the CT control room; the MR room is also connected to the MR control room and the MR patient channel, and a MR equipment room is arranged next to the MR control room.

[0012] Preferably, the multifunctional treatment room 1 is also connected to the preoperative preparation room, in which a nurse station and a preoperative waiting area are arranged, and the preoperative preparation room is also connected to a waste corridor, a pre-anesthesia room, a bed-changing room, a family chat area, a doctor talk area, a buffer zone 1, a male medical changing room and a shower room, a female medical changing room and a shower room, a shoe-changing area, a buffer zone 2, a medical corridor, a sterile instrument room, a sterile dressing room, a disposable item room, an anesthetic drug room and a recovery room.

[0013] Preferably, a BNCT treatment pre-preparation room, a BNCT treatment control room and a BNCT accelerator control hall are arranged next to the BNCT horizontal treatment room 2.

[0014] An application method of a multi-modality combined treatment center, including the above-mentioned multi-modality combined treatment center, the application method includes the following contents:

[0015] A. When performing surgical treatment: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After the patient is simulated and positioned, move the treatment bed to the multifunctional treatment room 1 through the cross ground rail to perform surgical treatment on the patient.

[0016] B. When carrying out photon / electron therapy: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the horizontal photon / electron beam outlet in the multifunctional treatment room 1, or the horizontal 45° photon / electron beam outlet in the multifunctional treatment room 2 through the cross ground rail, and carry out photon / electron therapy on the patient.

[0017] C. When carrying out proton / heavy ion therapy: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the vertical 90° proton / heavy ion beam outlet in the multifunctional treatment room 1, or the vertical 45° proton / heavy ion beam outlet in the multifunctional treatment room 2 through the cross ground rail, and carry out proton / heavy ion therapy on the patient.

[0018] D. When carrying out BNCT treatment: first, move the mobile CT from the CT room to the multifunctional treatment room 2 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail, simulate the patient's positioning, and then move the treatment bed to the horizontal BNCT beam outlet 1 in the multifunctional treatment room 2 through the cross ground rail; or after simulating the patient's positioning, move the treatment bed to the horizontal BNCT beam outlet 2 in the BNCT horizontal treatment room 2, and perform BNCT treatment on the patient;

[0019] E. When conducting intraoperative photon / electron therapy: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the horizontal photon / electron beam outlet in the multifunctional treatment room 1, or the horizontal 45° photon / electron beam outlet in the multifunctional treatment room 2 through the cross ground rail, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment;

[0020] F. When conducting intraoperative proton / heavy ion therapy: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the vertical 45° proton / heavy ion beam outlet in the multifunctional treatment room 1, or the vertical 90° proton / heavy ion beam outlet in the multifunctional treatment room 2 through the cross ground rail, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment;

[0021] G. When performing intraoperative BNCT treatment: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the horizontal BNCT beam outlet 1 in the multifunctional treatment room 2 through the cross ground rail, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment;

[0022] H. When performing intraoperative photon / electron + proton / heavy ion therapy: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the vertical 45° proton / heavy ion beam outlet and horizontal photon / electron beam outlet in the multifunctional treatment room 1, or the vertical 90° proton / heavy ion beam outlet and horizontal 45° photon / electron beam outlet in the multifunctional treatment room 2 through the cross ground rail, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment;

[0023] I. When performing intraoperative photon / electron+BNCT treatment: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the horizontal 45° photon / electron beam outlet and horizontal BNCT beam outlet 1 in the multifunctional treatment room 2 through the cross ground rail, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment;

[0024] J. When performing intraoperative proton / heavy ion + BNCT treatment: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the vertical 90° proton / heavy ion beam outlet and horizontal BNCT beam outlet 1 in the multifunctional treatment room 2 through the cross ground rail, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment;

[0025] K. When performing intraoperative photon / electron+proton / heavy ion+BNCT treatment: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the vertical 90° proton / heavy ion beam outlet, horizontal 45° photon / electron beam outlet, and horizontal BNCT outlet 1 in the multifunctional treatment room 2 through the cross ground rail, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment;

[0026] L. When carrying out photon / electron + proton / heavy ion therapy: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the positioning of the patient, move the treatment bed to the horizontal photon / electron beam outlet and the vertical 45° proton / heavy ion beam outlet in the multifunctional treatment room 1, or the horizontal 45° photon / electron beam outlet and the vertical 90° proton / heavy ion beam outlet in the multifunctional treatment room 2 through the cross ground rail, and carry out photon / electron + proton / heavy ion therapy on the patient;

[0027] M. When carrying out photon / electron+BNCT treatment: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After the patient is simulated and positioned, move the treatment bed to the horizontal 45° photon / electron beam outlet and horizontal BNCT beam outlet 1 in the multifunctional treatment room 2 through the cross ground rail, and carry out photon / electron+BNCT treatment on the patient.

[0028] N. When carrying out proton / heavy ion + BNCT treatment: first move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the vertical 90° proton / heavy ion beam outlet and horizontal BNCT beam outlet 1 in the multifunctional treatment room 2 through the cross ground rail, and carry out proton / heavy ion + BNCT treatment on the patient.

[0029] O. When conducting photon / electron + proton / heavy ion + BNCT treatment: first move the mobile CT from the CT room to the multi-functional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulated positioning of the patient, move the treatment bed to the vertical 90° proton / heavy ion beam exit port, horizontal 45° photon / electron beam exit port and horizontal BNCT beam exit port 1 in the multi-functional treatment room 2 through the cross ground rail, and implement photon / electron + proton / heavy ion + BNCT treatment on the patient.

[0030] Preferably, before treating the patient, the treatment bed or treatment bed is transferred to the MR room via a cross ground track, and the patient is simulated positioned using a fixed MR; or the patient enters the MR room through the MR patient channel, and the patient is diagnosed using a fixed MR.

[0031] Preferably, the patient first enters the bed-changing room through the buffer zone one, then enters the pre-anesthesia room, and finally enters the multifunctional treatment room one or the multifunctional treatment room two to receive treatment; the medical staff first enters the shoe-changing room through the buffer zone two, then enters the sterile instrument room, sterile dressing room, disposable item room and anesthetic drug room through the medical corridor as needed, then enters the preoperative waiting area, and finally enters the multifunctional treatment room one or the multifunctional treatment room two to provide treatment to the patient.

[0032] Compared with the existing technology, the multi-modality combined treatment center and application method have the following beneficial effects:

[0033] 1. The present invention adds a new multifunctional treatment room on the basis of the existing large-scale radiotherapy equipment, and is equipped with radiotherapy equipment such as photons / electrons, protons / heavy ions, and BNCT accelerators. It can realize various forms of intraoperative radiotherapy and combined treatment with various radiotherapy methods, and meet the needs of intraoperative radiotherapy without leaving the surgical environment and reaching the particle beam outlet at a close distance.

[0034] 2. The present invention uses hanging rails to realize multi-room close-range mobile operations of CT, and uses floor rails to realize multi-room close-range mobile treatment of treatment beds, forming a special operating room that can not only meet the sterility requirements of ordinary operations, but also provide appropriate shielding and protection for the radiation generated during intraoperative radiotherapy. The transfer of patients from the treatment bed to the treatment room is achieved through a slide rail system, which not only reduces the chance of patients being exposed to pathogens during the transfer process, but also improves the safety of the transfer; the multi-level shielding doors and radiation isolation measures in the design ensure the radiation safety between various areas during the treatment process in the event of an emergency. Doctors and treatment teams can respond quickly to emergencies in a safe area while ensuring the safety of patients and the quality of treatment. This provides medical institutions with more efficient emergency response capabilities and radiation protection measures.

[0035] 3. The present invention can realize remote operation of surgical robots and intraoperative radiotherapy. Doctors can monitor the entire treatment process in real time to implement emergency treatment in emergency situations, ensure timely response when unexpected situations occur, ensure the safety of patients, and reduce the incidence of medical accidents.

[0036] 4. Effective combination of multiple treatment methods: Through the joint design of multiple particle beam outlets and treatment areas, a combination of multiple treatment methods such as intraoperative photon / electron therapy, proton / heavy ion therapy, and BNCT therapy is achieved. This diversified treatment method can flexibly select the most suitable treatment method for different types of tumors or diseases, thereby improving the accuracy and effectiveness of treatment. Through the combination of surgical treatment, photon / electron therapy, proton / heavy ion therapy, BNCT therapy, and other treatment methods, patients can be treated more accurately and comprehensively, reducing the side effects of traditional treatment methods and damage to normal tissues.

[0037] 5. Improve the accuracy and flexibility of treatment: Through the design of the track system such as the cross ground track and the embedded hanging track, the treatment bed, mobile CT and other equipment can be smoothly and accurately transferred between different treatment rooms. This structural design allows the patient to smoothly transition to various treatment areas without leaving the operating environment, avoiding the risk of infection caused by repeated transfer of patients, and also achieving precise positioning in each treatment link, thereby improving the accuracy and efficiency of treatment.

[0038] 6. Radiation protection and safety assurance: The treatment center uses a shielded door design to form effective radiation isolation between different treatment areas. Doctors, nurses and other staff can monitor the treatment process at close range while ensuring radiation protection. This design not only effectively reduces the harm of radioactive radiation to staff, but also improves the work efficiency and safety of medical staff.

[0039] 7. Seamless combination of surgery and radiotherapy: The joint design of the multifunctional treatment room and treatment area allows conventional surgery, robotic surgery and radiotherapy to be smoothly combined in the same environment. Patients do not need to be repeatedly transferred between multiple treatment rooms, avoiding possible infection risks. This flexible layout not only improves treatment efficiency, but also provides more possibilities for emergency treatment and the handling of complex cases.

[0040] 8. Optimize the use of medical resources: The design of the center rationally arranges different functional areas so that each treatment link can operate efficiently, reducing time waste during treatment and optimizing the utilization efficiency of medical resources. In addition, through a unified layout and integrated treatment equipment, the hospital can achieve resource sharing among multiple treatment areas, reducing the idle rate of equipment and operation and maintenance costs.

[0041] 9. Improve patient comfort and treatment experience: The multi-modality combined treatment center integrates multiple functional areas such as operating rooms, treatment rooms, and preoperative preparation rooms, allowing patients to receive multiple treatments in a relatively fixed environment. Through the smooth transfer of treatment beds between different treatment areas, patients avoid frequent transfers and waiting, improve the continuity of treatment, and reduce anxiety and discomfort caused by environmental changes.

[0042] 10. Improve the collaboration efficiency of the medical team: The design of the treatment center efficiently integrates multiple treatment links, equipment and space, so that medical staff can respond quickly and work together in a relatively centralized environment. The medical team can use modern information technology, such as remote operation and real-time monitoring, to improve work efficiency and treatment quality, reduce cumbersome operations and unnecessary steps, and optimize the collaboration process between teams.

[0043] 11. Flexible implementation of comprehensive treatment plans: Through the combined application of multiple treatment methods, this treatment center can flexibly adjust the treatment plan at the operation site according to the specific conditions of different patients. This customized treatment plan helps to improve the treatment effect, especially when treating complex and difficult-to-treat emergencies, and can choose the best treatment combination according to the individual differences of patients.

[0044] In summary, this multi-modality combined treatment center not only improves the accuracy, efficiency and safety of treatment through its advanced equipment, design and layout, but also provides patients with a more comfortable and coherent treatment experience. At the same time, the flexibility and versatility of the treatment center enable the medical team to develop personalized treatment plans based on patient needs, thereby achieving better treatment results. BRIEF DESCRIPTION OF THE DRAWINGS

[0045] Figure 1 This is the overall floor plan of this multi-modality combined treatment center.

[0046] Figure 2 This is a partial key plan structure diagram of this multi-modality combined treatment center.

[0047] In the figure, 1. Waste corridor; 2. Pre-anesthesia room; 3. Bed changing room; 4. Family chat area; 5. Doctor talk area; 6. Buffer zone 1; 7. Male medical staff changing and shower room; 8. Female medical staff changing and shower room; 9. Shoe changing area; 10. Buffer zone 2; 11. Medical corridor; 12. Sterile instrument room; 13. Sterile dressing room; 14. Disposable items room; 15. Anesthesia room; 16. Recovery room; 17. Nurse station; 18. Preoperative waiting area; 19. CT equipment room; 20. CT room; 21. CT control room; 22. CT patient passage; 23. BNCT treatment room entrance maze; 24. BNCT double treatment room public lobby; 25. BNCT treatment pre-preparation room; 26. BNCT horizontal treatment room 2; 27. BNCT treatment control room; 28. BNCT plus 1. Accelerator control hall; 2. BNCT accelerator hall; 3. BNCT accelerator hall entrance maze; 3. Multifunctional treatment room 2; 3. Multifunctional treatment room 1; 3. MR room; 3. MR control room; 3. MR equipment room; 3. MR patient passage; 3. Shielding door; 3. Mobile CT; 3. Pre-buried hanging rail; 4. BNCT accelerator; 4. Cross ground rail; 4. Treatment bed; 4. Proton / heavy ion accelerator; 4. Fixed MR; 4. Photon / electron accelerator; 4. Horizontal BNCT beam outlet 2; 4. Vertical 90° proton / heavy ion beam outlet, horizontal BNCT beam outlet 1 and horizontal 45° photon / electron beam outlet; 4. Vertical 45° proton / heavy ion beam outlet and horizontal photon / electron beam outlet. DETAILED DESCRIPTION

[0048] The following are specific embodiments of the present invention and the accompanying drawings to further describe the technical solution of the present invention, but the present invention is not limited to these embodiments.

[0049] like Figure 1 and 2 As shown, the multi-modality combined treatment center is provided with a BNCT treatment room entrance maze 23, a BNCT double treatment room public lobby 24, a CT room 20, and a multifunctional treatment room 1 32. One side of the multifunctional treatment room 1 32 is connected to the MR room 33, and the other side of the multifunctional treatment room 1 32 is connected to the multifunctional treatment room 2 31. The multifunctional treatment room 1 32 is also connected to the preoperative preparation room, in which a nurse station 17 and a preoperative waiting area 18 are arranged. The preoperative preparation room is also connected to the waste corridor 1, the pre-anesthesia room 2, the bed changing room 3, the family chat area 4, the doctor chat area 5, the buffer zone 1 6, the male medical and nursing changing and shower room 7, the female medical and nursing changing and shower room 8, the shoe changing area 9, the buffer zone 2 10, the medical corridor 11, the sterile instrument room 12, the sterile dressing room 13, the disposable item room 14, the anesthetic drug room 15 and the awakening room 16.

[0050] Preferably, the CT room 20 is also connected to the CT control room 21 and the CT patient channel 22, and a CT equipment room 19 is arranged next to the CT control room 21; the MR room 33 is also connected to the MR control room 34 and the MR patient channel 36, and a MR equipment room 35 is arranged next to the MR control room 34.

[0051] Preferably, a BNCT treatment pre-preparation room 25, a BNCT treatment control room 27 and a BNCT accelerator control hall 28 are arranged beside the BNCT horizontal treatment room 26. The BNCT treatment pre-preparation room 25 has the function of injecting drugs and observing patients.

[0052] Preferably, a pre-buried hanging rail 39 is arranged to connect the public antechamber 24 of the BNCT double treatment rooms, the CT room 20, the multifunctional treatment room 1 32, the MR room 33 and the multifunctional treatment room 2 31, and a movable CT 38 is slidably hung on the pre-buried hanging rail 39. A cross ground rail 41 is arranged in the multifunctional treatment room 1 32, and one end of the cross ground rail 41 extends to the MR room 33 to connect the fixed MR 44, and the other end of the cross ground rail 41 extends to the multifunctional treatment room 2 31 to connect the vertical 90° proton / heavy ion beam outlet, the horizontal BNCT beam outlet 1 and the horizontal 45° photon / electron beam outlet 47. The cross ground rail 41 located in the multifunctional treatment room 1 32 is One end is connected to the vertical 45° proton / heavy ion beam outlet and the horizontal photon / electron beam outlet 48, one end of the cross ground rail 41 extends to the CT room 20, and the cross ground rail 41 is slidably connected to the treatment bed 42. A surgical robot is arranged beside the treatment bed 42, and a shielding door 37 is arranged at the entrance and exit between the public lobby 24 of the BNCT double treatment room and the CT room 20, a shielding door 37 is arranged at the entrance and exit between the CT room 20 and the multifunctional treatment room 1 32, a shielding door 37 is arranged at the entrance and exit between the multifunctional treatment room 1 32 and the MR room 33, and a shielding door 37 is arranged at the entrance and exit between the multifunctional treatment room 1 32 and the multifunctional treatment room 2 31.

[0053] In the multifunctional treatment room 2 31 , intraoperative horizontal BNCT treatment, intraoperative 90° proton / heavy ion treatment, 90° proton / heavy ion treatment and BNCT horizontal treatment can be performed. In the multifunctional treatment room 1 32 , robotic surgery, conventional surgery, intraoperative proton / heavy ion treatment, intraoperative photon / electron treatment, intraoperative CT positioning and intraoperative MR preposition can be performed.

[0054] Perform intraoperative photon / electron therapy through the horizontal photon / electron beam outlet and the horizontal 45° photon / electron beam outlet. Perform intraoperative proton / heavy ion therapy through the vertical 90° proton / heavy ion beam outlet and the vertical 45° proton / heavy ion beam outlet 47. Perform intraoperative BNCT therapy through BNCT outlet 1. Further, through the coordination of multiple particle beam outlets, multiple radiotherapy methods can be combined for treatment, such as photon / electron + proton / heavy ion therapy, proton / heavy ion + BNCT therapy, etc.

[0055] The shielding door 37 is used to isolate radiation in different rooms, thereby providing radiation protection for doctors to monitor treatment in real time at close range. The cross rail 41 includes intersecting horizontal rails and vertical rails, one end of the horizontal rail extends to the MR room 33, and the other end extends to the multifunctional treatment room 2 31; one end of the vertical rail is located in the multifunctional treatment room 1 32, and the other end extends to the CT room 20. The cross rail 41 can be used to conveniently transfer the treatment bed 42 between multiple rooms to meet different treatment needs.

[0056] The treatment bed 42 can slide directly between the CT room 20, the multifunctional treatment room 1 32, the MR room 33 and the multifunctional treatment room 2 31 at a close distance, meeting the patient's needs of receiving intraoperative radiotherapy without leaving the operating environment and reaching the particle beam outlet, so as to avoid the risk of intraoperative infection; at the same time, the surgical robot can be remotely operated, and the doctor can monitor the entire treatment process in real time, so that the treatment center has functions such as intraoperative radiotherapy and conventional surgery, and can meet the doctor's emergency treatment and radiation protection requirements in emergency situations.

[0057] Preferably, the BNCT double treatment room public lobby 24 is also connected to the BNCT horizontal treatment room 26 , the multifunctional treatment room 2 is also connected to the BNCT accelerator hall 29 , the BNCT accelerator hall 29 is connected to the BNCT accelerator hall entrance maze 30 , and the BNCT accelerator hall 29 is connected to the BNCT horizontal treatment room 26 .

[0058] Preferably, a BNCT accelerator 40 is provided in the BNCT accelerator hall 29, and the BNCT accelerator 40 is connected to the multifunctional treatment room 2 31 and the horizontal BNCT treatment room 2.

[0059] Preferably, a proton / heavy ion accelerator 43 is arranged outside the multifunctional treatment room 32, and the proton / heavy ion accelerator 43 is connected to the vertical 90° proton / heavy ion beam outlet, the horizontal BNCT beam outlet 1 and the horizontal 45° photon / electron beam outlet 47, and the proton / heavy ion accelerator 43 is also connected to the vertical 45° proton / heavy ion beam outlet and the horizontal photon / electron beam outlet 48; a photon / electron accelerator 45 is also arranged outside the multifunctional treatment room 32, and the photon / electron accelerator 45 is connected to the horizontal 45° photon / electron beam outlet, the vertical 90° proton / heavy ion beam outlet and the horizontal BNCT beam outlet 47, and the photon / electron accelerator 45 is also connected to the horizontal photon / electron beam outlet and the vertical 45° proton / heavy ion beam outlet 48.

[0060] An application method of a multi-modality combined treatment center, including the above-mentioned multi-modality combined treatment center, the application method includes the following contents:

[0061] A. When performing surgical treatment: first, the mobile CT 38 is moved from the CT room 20 to the multifunctional treatment room 1 32 via the pre-buried hanging rail 39, or the treatment bed 42 is moved to the CT room 20 or the MR room 33 via the cross ground rail 41. After the patient is simulated and positioned, the treatment bed 42 is moved to the multifunctional treatment room 1 32 via the cross ground rail 41 to perform surgical treatment on the patient;

[0062] B. When carrying out photon / electron therapy: first, the mobile CT 38 is moved from the CT room 20 to the multifunctional treatment room 1 32 via the pre-buried hanging rail 39, or the treatment bed 42 is moved to the CT room 20 or the MR room 33 via the cross ground rail 41. After the patient is simulated and positioned, the treatment bed 42 is moved to the horizontal photon / electron beam outlet 48 in the multifunctional treatment room 1 32, or the horizontal 45° photon / electron beam outlet 47 in the multifunctional treatment room 2 31 via the cross ground rail 41, and the photon / electron therapy is carried out on the patient;

[0063] C. When carrying out proton / heavy ion therapy: first, the mobile CT 38 is moved from the CT room 20 to the multifunctional treatment room 1 32 via the pre-buried hanging rail 39, or the treatment bed 42 is moved to the CT room 20 or the MR room 33 via the cross ground rail 41. After the patient is simulated positioned, the treatment bed 42 is moved to the vertical 90° proton / heavy ion beam outlet 48 in the multifunctional treatment room 1 32, or the vertical 45° proton / heavy ion beam outlet 47 in the multifunctional treatment room 2 31 via the cross ground rail 41, and the proton / heavy ion therapy is carried out on the patient;

[0064] D. When carrying out BNCT treatment: first, the mobile CT 38 is moved from the CT room 20 to the multifunctional treatment room 2 31 through the pre-buried hanging rail 39, or the treatment bed 42 is transferred to the CT room 20 or the MR room 33 through the cross ground rail 41, and after the patient is simulated positioned, the treatment bed 42 is transferred to the horizontal BNCT beam outlet 1 47 in the multifunctional treatment room 2 31 through the cross ground rail 41; or after the patient is simulated positioned, the treatment bed 42 is transferred to the horizontal BNCT beam outlet 2 46 in the BNCT horizontal treatment room 26, and the BNCT treatment is carried out on the patient;

[0065] E. When performing intraoperative photon / electron therapy: first, the mobile CT 38 is moved from the CT room 20 to the multifunctional treatment room 1 32 via the pre-buried hanging rail 39, or the treatment bed 42 is moved to the CT room 20 or the MR room 33 via the cross ground rail 41. After the patient is simulated and positioned, the treatment bed 42 is moved to the horizontal photon / electron beam outlet 48 in the multifunctional treatment room 1 32, or the horizontal 45° photon / electron beam outlet 47 in the multifunctional treatment room 2 31 via the cross ground rail 41, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment;

[0066] F. When performing intraoperative proton / heavy ion therapy: first, the mobile CT 38 is moved from the CT room 20 to the multifunctional treatment room 1 32 via the pre-buried hanging rail 39, or the treatment bed 42 is moved to the CT room 20 or the MR room 33 via the cross ground rail 41. After the patient is simulated positioned, the treatment bed 42 is moved to the vertical 45° proton / heavy ion beam outlet 48 in the multifunctional treatment room 1 32, or the vertical 90° proton / heavy ion beam outlet 47 in the multifunctional treatment room 2 31 via the cross ground rail 41, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment;

[0067] G. When performing intraoperative BNCT treatment: first, the mobile CT 38 is moved from the CT room 20 to the multifunctional treatment room 1 32 through the pre-buried hanging rail 39, or the treatment bed 42 is moved to the CT room 20 or the MR room 33 through the cross ground rail 41. After the patient is simulated and positioned, the treatment bed 42 is moved to the horizontal BNCT beam outlet 1 47 in the multifunctional treatment room 2 31 through the cross ground rail 41, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment;

[0068] H. When performing intraoperative photon / electron+proton / heavy ion therapy: first, the mobile CT 38 is moved from the CT room 20 to the multifunctional treatment room 1 32 via the pre-buried hanging rail 39, or the treatment bed 42 is transferred to the CT room 20 or the MR room 33 via the cross ground rail 41. After simulated positioning of the patient, the treatment bed 42 is transferred to the vertical 45° proton / heavy ion beam outlet and the horizontal photon / electron beam outlet 48 in the multifunctional treatment room 1 32, or the vertical 90° proton / heavy ion beam outlet and the horizontal 45° photon / electron beam outlet 47 in the multifunctional treatment room 2 31 via the cross ground rail 41, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment;

[0069] I. When performing intraoperative photon / electron+BNCT treatment: first, the mobile CT 38 is moved from the CT room 20 to the multifunctional treatment room 1 32 through the pre-buried hanging rail 39, or the treatment bed 42 is moved to the CT room 20 or the MR room 33 through the cross ground rail 41. After the patient is simulated and positioned, the treatment bed 42 is moved to the horizontal 45° photon / electron beam outlet and the horizontal BNCT beam outlet 47 in the multifunctional treatment room 2 31 through the cross ground rail 41, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment;

[0070] J. When performing intraoperative proton / heavy ion + BNCT treatment: first, the mobile CT 38 is moved from the CT room 20 to the multifunctional treatment room 1 32 through the pre-buried hanging rail 39, or the treatment bed 42 is moved to the CT room 20 or the MR room 33 through the cross ground rail 41. After the patient is simulated and positioned, the treatment bed 42 is moved to the vertical 90° proton / heavy ion beam outlet and the horizontal BNCT beam outlet 47 in the multifunctional treatment room 2 31 through the cross ground rail 41, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment;

[0071] K. When performing intraoperative photon / electron+proton / heavy ion+BNCT treatment: first, the mobile CT 38 is moved from the CT room 20 to the multifunctional treatment room 1 32 through the pre-buried hanging rail 39, or the treatment bed 42 is transferred to the CT room 20 or the MR room 33 through the cross ground rail 41. After the patient is simulated and positioned, the treatment bed 42 is transferred to the vertical 90° proton / heavy ion beam outlet, the horizontal 45° photon / electron beam outlet and the horizontal BNCT beam outlet 47 in the multifunctional treatment room 2 31 through the cross ground rail 41, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment;

[0072] L. When carrying out photon / electron+proton / heavy ion therapy: first, the mobile CT 38 is moved from the CT room 20 to the multifunctional treatment room 1 32 through the pre-buried hanging rail 39, or the treatment bed 42 is moved to the CT room 20 or the MR room 33 through the cross ground rail 41, and after the patient is simulated positioned, the treatment bed 42 is moved to the horizontal photon / electron beam outlet and the vertical 45° proton / heavy ion beam outlet 48 in the multifunctional treatment room 1 32, or the horizontal 45° photon / electron beam outlet and the vertical 90° proton / heavy ion beam outlet 47 in the multifunctional treatment room 2 31 through the cross ground rail 41, and the patient is subjected to photon / electron+proton / heavy ion therapy;

[0073] M. When carrying out photon / electron+BNCT treatment: first, the mobile CT 38 is moved from the CT room 20 to the multifunctional treatment room 1 32 through the pre-buried hanging rail 39, or the treatment bed 42 is moved to the CT room 20 or the MR room 33 through the cross ground rail 41. After the patient is simulated positioned, the treatment bed 42 is moved to the horizontal 45° photon / electron beam outlet and the horizontal BNCT beam outlet 47 in the multifunctional treatment room 2 31 through the cross ground rail 41, and the photon / electron+BNCT treatment is carried out on the patient;

[0074] N. When carrying out proton / heavy ion + BNCT treatment: first, the mobile CT 38 is moved from the CT room 20 to the multifunctional treatment room 1 32 through the pre-buried hanging rail 39, or the treatment bed 42 is moved to the CT room 20 or the MR room 33 through the cross ground rail 41. After the patient is simulated positioned, the treatment bed 42 is moved to the vertical 90° proton / heavy ion beam outlet and the horizontal BNCT beam outlet 47 in the multifunctional treatment room 2 31 through the cross ground rail 41, and the proton / heavy ion + BNCT treatment is carried out on the patient;

[0075] O. When carrying out photon / electron+proton / heavy ion+BNCT treatment: first, move the mobile CT 38 from the CT room 20 to the multifunctional treatment room 1 32 through the pre-buried hanging rail 39, or transfer the treatment bed 42 to the CT room 20 or the MR room 33 through the cross ground rail 41. After simulated positioning of the patient, transfer the treatment bed 42 to the vertical 90° proton / heavy ion beam outlet, the horizontal 45° photon / electron beam outlet and the horizontal BNCT beam outlet 47 in the multifunctional treatment room 2 31 through the cross ground rail 41, and implement photon / electron+proton / heavy ion+BNCT treatment on the patient.

[0076] Preferably, before treating the patient, the treatment bed 42 or the treatment bed 42 is transferred to the MR room 33 via the cross ground rail 41, and the patient is simulated positioned using the fixed MR 44; or the patient enters the MR room 33 through the MR patient channel 36, and the patient is diagnosed using the fixed MR 44.

[0077] Preferably, the patient first enters the bed changing room 3 through the buffer zone 1 6, then enters the pre-anesthesia room 2, and finally enters the multifunctional treatment room 1 32 or the multifunctional treatment room 2 31 to receive treatment; the medical staff first enters the shoe changing room through the buffer zone 2 10, and then enters the sterile instrument room 12, the sterile dressing room 13, the disposable item room 14 and the anesthetic drug room 15 through the medical corridor 11 as needed, and then enters the preoperative waiting area 18, and finally enters the multifunctional treatment room 1 32 or the multifunctional treatment room 2 31 to treat the patient.

[0078] The specific embodiments described herein are merely examples of the spirit of the present invention. Those skilled in the art may make various modifications or additions to the specific embodiments described or replace them in similar ways, but they will not deviate from the spirit of the present invention or exceed the scope defined by the appended claims.

[0079] In the description of the present invention, it should be noted that, unless otherwise clearly specified and limited, the terms "installed", "connected", and "connected" should be understood in a broad sense, for example, it can be a fixed connection, a detachable connection, or an integral connection; it can be a mechanical connection or an electrical connection; it can be a direct connection, or it can be indirectly connected through an intermediate medium, or it can be the internal communication of two components. For ordinary technicians in this field, the specific meanings of the above terms in the present invention can be understood according to specific circumstances.

Claims

1. A multi-modality combined treatment center, which is equipped with a BNCT treatment room entrance maze, a BNCT double treatment room public lobby, a CT room, and a multi-functional treatment room 1, one side of which is connected to an MR room, and the other side of which is connected to a multi-functional treatment room 2, characterized in that: A pre-buried hanging rail is arranged to connect the public antechamber of the BNCT double treatment rooms, the CT room, the multifunctional treatment room 1, the MR room and the multifunctional treatment room 2. The pre-buried hanging rail is slidably connected to the mobile CT. A cross ground rail is arranged in the multifunctional treatment room 1. One end of the cross ground rail extends to the MR room to connect the fixed MR. The other end of the cross ground rail extends to the multifunctional treatment room 2 to connect the vertical 90° proton / heavy ion beam outlet, the horizontal BNCT beam outlet 1 and the horizontal 45° photon / electron beam outlet. One end of the cross ground rail in the multifunctional treatment room 1 is connected to the vertical 90° proton / heavy ion beam outlet, the horizontal BNCT beam outlet 1 and the horizontal 45° photon / electron beam outlet. A vertical 45° proton / heavy ion beam outlet and a horizontal photon / electron beam outlet are connected, one end of the cross ground rail extends to the CT room, a treatment bed is slidably connected to the cross ground rail, a surgical robot is arranged beside the treatment bed, a shielding door is arranged on the entrance and exit between the public antechamber of the BNCT double treatment room and the CT room, a shielding door is arranged on the entrance and exit between the CT room and the multifunctional treatment room 1, a shielding door is arranged on the entrance and exit between the multifunctional treatment room 1 and the MR room, and a shielding door is arranged on the entrance and exit between the multifunctional treatment room 1 and the multifunctional treatment room 2.

2. The multi-modality combined treatment center according to claim 1, characterized in that: The public lobby of the BNCT double treatment room is also connected to the BNCT horizontal treatment room 2, the multifunctional treatment room 2 is also connected to the BNCT accelerator hall, the BNCT accelerator hall is connected to the BNCT accelerator hall entrance maze, and the BNCT accelerator hall is connected to the BNCT horizontal treatment room 2.

3. The multi-modality combined treatment center as claimed in claim 2, characterized in that: A BNCT accelerator is arranged in the BNCT accelerator hall, and the BNCT accelerator is connected to the multifunctional treatment room 2 and the horizontal BNCT treatment room 2, and is also connected to the horizontal BNCT beam outlet 1 and the horizontal BNCT beam outlet 2.

4. The multi-modality combined treatment center according to claim 1, characterized in that: A proton / heavy ion accelerator is arranged outside the multifunctional treatment room, and the proton / heavy ion accelerator is connected to the vertical 90° proton / heavy ion beam outlet, the horizontal BNCT outlet one and the horizontal 45° photon / electron beam outlet, and the proton / heavy ion accelerator is also connected to the vertical 45° proton / heavy ion beam outlet and the horizontal photon / electron beam outlet; a photon / electron accelerator is also arranged outside the multifunctional treatment room, and the photon / electron accelerator is connected to the horizontal 45° photon / electron beam outlet, the vertical 90° proton / heavy ion beam outlet and the horizontal BNCT outlet one, and the photon / electron accelerator is also connected to the horizontal photon / electron beam outlet and the vertical 45° proton / heavy ion beam outlet.

5. The multi-modality combined treatment center according to claim 1, characterized in that: The CT room is also connected to the CT control room and the CT patient channel, and a CT equipment room is arranged next to the CT control room; the MR room is also connected to the MR control room and the MR patient channel, and a MR equipment room is arranged next to the MR control room.

6. The multi-modality combined treatment center according to claim 1, characterized in that: The multifunctional treatment room 1 is also connected to the preoperative preparation room, in which a nurse station and a preoperative waiting area are arranged. The preoperative preparation room is also connected to a waste corridor, a pre-anesthesia room, a bed-changing room, a family chat area, a doctor talk area, a buffer zone 1, a male medical changing room and a shower room, a female medical changing room and a shower room, a shoe-changing area, a buffer zone 2, a medical corridor, a sterile instrument room, a sterile dressing room, a disposable item room, an anesthetic drug room and a recovery room.

7. The multi-modality combined treatment center according to claim 1, characterized in that: A BNCT treatment pre-preparation room, a BNCT treatment control room and a BNCT accelerator control hall are arranged beside the BNCT horizontal treatment room II.

8. An application method of a multi-modality combined treatment center, comprising the multi-modality combined treatment center according to any one of claims 1 to 7, characterized in that: Application methods include the following: A. When performing surgical treatment: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After the patient is simulated and positioned, move the treatment bed to the multifunctional treatment room 1 through the cross ground rail to perform surgical treatment on the patient. B. When carrying out photon / electron therapy: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the horizontal photon / electron beam outlet in the multifunctional treatment room 1, or the horizontal 45° photon / electron beam outlet in the multifunctional treatment room 2 through the cross ground rail, and carry out photon / electron therapy on the patient. C. When carrying out proton / heavy ion therapy: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the vertical 90° proton / heavy ion beam outlet in the multifunctional treatment room 1, or the vertical 45° proton / heavy ion beam outlet in the multifunctional treatment room 2 through the cross ground rail, and carry out proton / heavy ion therapy on the patient; D. When carrying out BNCT treatment: first, move the mobile CT from the CT room to the multifunctional treatment room 2 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail, simulate the patient's positioning, and then move the treatment bed to the horizontal BNCT beam outlet 1 in the multifunctional treatment room 2 through the cross ground rail; or after simulating the patient's positioning, move the treatment bed to the horizontal BNCT beam outlet 2 in the BNCT horizontal treatment room 2, and perform BNCT treatment on the patient; E. When conducting intraoperative photon / electron therapy: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the horizontal photon / electron beam outlet in the multifunctional treatment room 1, or the horizontal 45° photon / electron beam outlet in the multifunctional treatment room 2 through the cross ground rail, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment; F. When conducting intraoperative proton / heavy ion therapy: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the vertical 45° proton / heavy ion beam outlet in the multifunctional treatment room 1, or the vertical 90° proton / heavy ion beam outlet in the multifunctional treatment room 2 through the cross ground rail, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment; G. When performing intraoperative BNCT treatment: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the horizontal BNCT beam outlet 1 in the multifunctional treatment room 2 through the cross ground rail, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment; H. When performing intraoperative photon / electron + proton / heavy ion therapy: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the vertical 45° proton / heavy ion beam outlet and horizontal photon / electron beam outlet in the multifunctional treatment room 1, or the vertical 90° proton / heavy ion beam outlet and horizontal 45° photon / electron beam outlet in the multifunctional treatment room 2 through the cross ground rail, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment; I. When performing intraoperative photon / electron+BNCT treatment: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the horizontal 45° photon / electron beam outlet and horizontal BNCT beam outlet 1 in the multifunctional treatment room 2 through the cross ground rail, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment; J. When performing intraoperative proton / heavy ion + BNCT treatment: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the vertical 90° proton / heavy ion beam outlet and horizontal BNCT beam outlet 1 in the multifunctional treatment room 2 through the cross ground rail, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment; K. When performing intraoperative photon / electron+proton / heavy ion+BNCT treatment: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the vertical 90° proton / heavy ion beam outlet, horizontal 45° photon / electron beam outlet, and horizontal BNCT outlet 1 in the multifunctional treatment room 2 through the cross ground rail, so as to meet the patient's need to reach the particle beam outlet for intraoperative radiotherapy without leaving the surgical environment; L. When carrying out photon / electron + proton / heavy ion therapy: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the positioning of the patient, move the treatment bed to the horizontal photon / electron beam outlet and the vertical 45° proton / heavy ion beam outlet in the multifunctional treatment room 1, or the horizontal 45° photon / electron beam outlet and the vertical 90° proton / heavy ion beam outlet in the multifunctional treatment room 2 through the cross ground rail, and carry out photon / electron + proton / heavy ion therapy on the patient; M. When carrying out photon / electron+BNCT treatment: first, move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After the patient is simulated and positioned, move the treatment bed to the horizontal 45° photon / electron beam outlet and horizontal BNCT beam outlet 1 in the multifunctional treatment room 2 through the cross ground rail, and carry out photon / electron+BNCT treatment on the patient. N. When carrying out proton / heavy ion + BNCT treatment: first move the mobile CT from the CT room to the multifunctional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulating the patient's positioning, move the treatment bed to the vertical 90° proton / heavy ion beam outlet and horizontal BNCT beam outlet 1 in the multifunctional treatment room 2 through the cross ground rail, and carry out proton / heavy ion + BNCT treatment on the patient. O. When conducting photon / electron + proton / heavy ion + BNCT treatment: first move the mobile CT from the CT room to the multi-functional treatment room 1 through the pre-buried hanging rail, or move the treatment bed to the CT room or MR room through the cross ground rail. After simulated positioning of the patient, move the treatment bed to the vertical 90° proton / heavy ion beam exit port, horizontal 45° photon / electron beam exit port and horizontal BNCT beam exit port 1 in the multi-functional treatment room 2 through the cross ground rail, and implement photon / electron + proton / heavy ion + BNCT treatment on the patient.

9. The application method of the multi-modality combined treatment center as claimed in claim 8, characterized in that: Before the patient is treated, the treatment bed is transferred to the MR room via a cross-track, and the patient is simulated and positioned using a fixed MR; or the patient enters the MR room through the MR patient channel, and the patient is diagnosed using a fixed MR.

10. The application method of the multi-modality combined treatment center as claimed in claim 8, characterized in that: The patient first enters the bed-changing room through the buffer zone one, then enters the pre-anesthesia room, and finally enters the multifunctional treatment room one or the multifunctional treatment room two to receive treatment; the medical staff first enters the shoe-changing room through the buffer zone two, then enters the sterile instrument room, sterile dressing room, disposable item room and anesthetic drug room through the medical corridor as needed, then enters the preoperative waiting area, and finally enters the multifunctional treatment room one or the multifunctional treatment room two to provide treatment to the patient.

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