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CN-122000088-A - VR-based exercise prescription rehabilitation guidance system and method

CN122000088ACN 122000088 ACN122000088 ACN 122000088ACN-122000088-A

Abstract

The invention provides a VR-based exercise prescription rehabilitation guidance system and a VR-based exercise prescription rehabilitation guidance method, which relate to the technical field of medical rehabilitation and comprise a patient terminal and a doctor terminal; the medical terminal comprises a personal information acquisition module, a rehabilitation process monitoring module, a first control module and a multi-stage VR virtual rehabilitation training module, and the medical terminal comprises a motion prescription generation module, a second control module and a motion scheme database module.

Inventors

  • LIAO YOULIANG
  • LI YANLIN
  • REN PENG
  • YUAN JING

Assignees

  • 四川程康科技有限公司
  • 昆明医科大学第一附属医院(云南省皮肤病医院)

Dates

Publication Date
20260508
Application Date
20260306

Claims (9)

  1. 1. The VR-based exercise prescription rehabilitation guidance system is characterized by comprising a patient terminal (1) and a doctor terminal (2); the patient terminal (1) comprises a personal information acquisition module (11), a rehabilitation process monitoring module (12), a first control module (13) and a multi-stage VR virtual rehabilitation training module (14); the doctor terminal (2) comprises a sport prescription generation module (21), a second control module (22) and a sport scheme database module (23); the personal information acquisition module (11) and the rehabilitation process monitoring module (12) are connected with the first control module (13), and the multi-stage VR virtual rehabilitation training module (14) is connected with the first control module (13) and the rehabilitation process monitoring module (12); The second control module (22) is connected with the personal information acquisition module (11), the first control module (13) and the exercise prescription generation module (21), and the exercise prescription generation module (21) is connected with the exercise scheme database module (23).
  2. 2. The VR based athletic prescription rehabilitation guidance system of claim 1, wherein said doctor terminal (2) further comprises: -an athletic prescription adjustment module (24), the athletic prescription adjustment module (24) being connected with the rehabilitation process monitoring module (12) and the athletic prescription generation module (21).
  3. 3. The VR based athletic prescription rehabilitation guidance system of claim 1, wherein said patient terminal (1) further comprises: and the visualization module (15) is connected with the multi-stage VR virtual rehabilitation training module (14).
  4. 4. A VR based sports prescription rehabilitation guidance system as claimed in claim 3, characterized in that said patient terminal (1) further comprises an alarm module (16), said alarm module (16) being connected with said first control module (13).
  5. 5. The VR-based athletic prescription rehabilitation guidance system of claim 1, wherein said personal information acquisition module (11) comprises a surgical data acquisition unit (111), a personal information acquisition unit (112), and a physiological parameter acquisition unit (113).
  6. 6. The VR-based athletic prescription rehabilitation guidance system of claim 1, wherein said rehabilitation process monitoring module (12) comprises an inertial measurement unit (121), a surface electromyography measurement unit (122), an action modality acquisition unit (123), and a limb displacement acquisition unit (124).
  7. 7. The VR-based athletic prescription rehabilitation guidance system of claim 6, wherein said first control module (13) includes a preprocessing unit (131) and an parsing unit (132) connected in sequence; The preprocessing unit (131) is connected with the inertia measuring unit (121), the surface myoelectricity measuring unit (122), the action form collecting unit (123) and the limb displacement collecting unit (124), and the analyzing unit (132) is connected with the second control module (22) and the multistage VR virtual rehabilitation training module (14).
  8. 8. The VR based athletic prescription rehabilitation guidance system of claim 1, wherein said multi-stage VR virtual rehabilitation training module (14) comprises a primary virtual training unit (141), a middle stage virtual training unit (142), and an advanced virtual training unit (143).
  9. 9. A method of using the VR based athletic prescription rehabilitation guidance system of any of claims 1-8, comprising the steps of: Acquiring and analyzing operation information, personal information and physiological parameters of a patient, and matching from a motion scheme database module (23) according to analysis results to obtain a corresponding motion prescription; the exercise prescription is sent to a patient terminal (1), and the patient terminal (1) generates a corresponding virtual scene by using a multi-stage VR virtual rehabilitation training module (14) after receiving the exercise prescription for exercise rehabilitation; Collecting monitoring data of a patient in the exercise rehabilitation process in real time, and preprocessing the monitoring data; The preprocessed monitoring data are sent to a doctor terminal (2), the doctor terminal (2) analyzes the preprocessed monitoring data to determine whether the exercise prescription needs to be adjusted, and if yes, the adjusted exercise prescription is sent to a patient terminal (1) until the patient finishes rehabilitation training.

Description

VR-based exercise prescription rehabilitation guidance system and method Technical Field The invention relates to the technical field of medical rehabilitation, in particular to a VR-based exercise prescription rehabilitation guidance system and method. Background At present, after the bone surgery is performed on a patient, the follow-up sports rehabilitation therapy is also important. However, there are various influencing factors in the exercise rehabilitation process, and along with the continuous progress of the rehabilitation process, the exercise prescription does not necessarily conform to the subsequent state change of the patient, and meanwhile, the safety of the patient in the exercise rehabilitation process cannot be ensured. Therefore, how to provide a sports prescription rehabilitation guidance system capable of solving the above problems is a problem that needs to be solved by those skilled in the art. Disclosure of Invention In view of the above, the invention provides a VR-based exercise prescription rehabilitation guidance system and a VR-based exercise prescription rehabilitation guidance method, which realize intelligent creation of accurate data of an exercise prescription, simplify a complex operation flow of a doctor, effectively improve remote supervision efficiency and quality, and improve the utilization rate of medical resources. In order to achieve the above purpose, the present invention adopts the following technical scheme: a VR-based exercise prescription rehabilitation guidance system comprises a patient terminal and a doctor terminal; The patient terminal comprises a personal information acquisition module, a rehabilitation process monitoring module, a first control module and a multi-stage VR virtual rehabilitation training module; The doctor terminal comprises a sport prescription generation module, a second control module and a sport scheme database module; the personal information acquisition module and the rehabilitation process monitoring module are connected with the first control module, and the multistage VR virtual rehabilitation training module is connected with the first control module and the rehabilitation process monitoring module; the second control module is connected with the personal information acquisition module, the first control module and the exercise prescription generation module, and the exercise prescription generation module is connected with the exercise scheme database module. Preferably, the doctor terminal further includes: the exercise prescription adjusting module is connected with the rehabilitation process monitoring module and the exercise prescription generating module. Preferably, the patient terminal further comprises: and the visualization module is connected with the multi-stage VR virtual rehabilitation training module. Preferably, the patient terminal further comprises an alarm module, and the alarm module is connected with the first control module. Preferably, the personal information acquisition module comprises a surgical data acquisition unit, a personal information acquisition unit and a physiological parameter acquisition unit. Preferably, the rehabilitation process monitoring module comprises an inertia measuring unit, a surface myoelectricity measuring unit, an action form collecting unit and a limb displacement collecting unit. Preferably, the first control module comprises a preprocessing unit and an analysis unit which are sequentially connected; the preprocessing unit is connected with the inertia measuring unit, the surface myoelectricity measuring unit, the action form collecting unit and the limb displacement collecting unit, and the analyzing unit is connected with the second control module and the multistage VR virtual rehabilitation training module. Preferably, the multistage VR virtual rehabilitation training module comprises a primary virtual training unit, a middle-stage virtual training unit and a high-stage virtual training unit. The invention also provides a method of the VR-based exercise prescription rehabilitation guidance system, which comprises the following steps: Acquiring and analyzing the operation information, personal information and physiological parameters of a patient, and matching from a motion scheme database module according to the analysis result to obtain a corresponding motion prescription; the exercise prescription is sent to a patient terminal, and the patient terminal generates a corresponding virtual scene by using a multi-stage VR virtual rehabilitation training module to perform exercise rehabilitation after receiving the exercise prescription; Collecting monitoring data of a patient in the exercise rehabilitation process in real time, and preprocessing the monitoring data; And sending the preprocessed monitoring data to a doctor terminal, analyzing the preprocessed monitoring data through the doctor terminal, determining whether the exercise prescription needs to be adjusted, and