Health condition monitoring system

Abstract

The invention relates to the technical field of monitoring systems, and discloses a health condition monitoring system, which solves the problem that the health conditions of old people and patients are inconvenient to monitor in real time at present, and comprises a master control terminal, a cloud control system, a remote monitoring terminal and a plurality of health monitoring wearable devices, the cloud control system, the remote monitoring terminal and the plurality of health monitoring wearable devices are all in wireless connection with the master control terminal, each health monitoring wearable device is composed of a close-fitting wearable garment and a wearable bracelet, and the close-fitting wearable garment and the wearable bracelet are both in wireless connection with the master control terminal; by means of the health condition monitoring system, the health conditions of old people and patients in the nursing homes and the rehabilitation hospitals can be monitored in real time, the physical state and the mental state are judged by monitoring physical indexes and behavior actions, the purposes of early discovering and early treating diseases are achieved, and the physical health of the old people and the patients is guaranteed.

Description

Technical Field

[0001] The invention belongs to the technical field of monitoring systems, and in particular relates to a health status monitoring system. Background Art

[0003] At present, patients with chronic diseases are easily affected by factors such as the environment, themselves, and living habits in their daily lives, which may lead to recurring illnesses. In the existing technology, patients will regularly go to medical institutions for follow-up visits to understand changes in their health status. However, in the intervals between follow-up visits, patients cannot obtain relevant information in a timely manner, which may easily lead to the condition being detected only when it becomes serious, causing damage to the patient's health. Especially in places with a large number of people such as nursing homes and rehabilitation hospitals, it is difficult to monitor the health status of the elderly and patients in real time. Summary of the invention

[0004] In view of the above situation, in order to overcome the defects of the prior art, the present invention provides a health status monitoring system, which effectively solves the problem that it is currently inconvenient to monitor the health status of the elderly and patients in real time.

[0005] To achieve the above-mentioned purpose, the present invention provides the following technical solutions: a health status monitoring system, comprising a general control terminal, a cloud control system, a remote monitoring terminal and a number of health monitoring wearable devices, wherein the cloud control system, the remote monitoring terminal and the number of health monitoring wearable devices are all wirelessly connected to the general control terminal, and the health monitoring wearable devices are composed of close-fitting wearable clothes and wearable bracelets, and the close-fitting wearable clothes and the wearable bracelets are both wirelessly connected to the general control terminal.

[0006] Preferably, the close-fitting wearable clothing consists of a top, pants, a shoulder combination sensor, a plurality of wrist combination sensors and a plurality of ankle combination sensors, the shoulder combination sensor is installed at the collar of the top, the wrist combination sensor is installed at the sleeves of the top, and the ankle combination sensor is installed at the bottom of the pants, and the shoulder combination sensor, the wrist combination sensor and the ankle combination sensor are all detachable structures.

[0007] Preferably, the shoulder combination sensor, wrist combination sensor and ankle combination sensor are all composed of a data coordination transmission module, a positioning sensor, a swing number sensor, a swing frequency sensor, a body surface temperature sensor, a sensitive word monitoring sensor, an acceleration sensor and a body posture sensor, and the positioning sensor, the swing number sensor, the swing frequency sensor, the body surface temperature sensor, the sensitive word monitoring sensor, the acceleration sensor and the body posture sensor are all connected to the data coordination transmission module.

[0008] Preferably, the wearable bracelet is composed of an intelligent control module, a call unit, a self-service alarm unit, an automatic alarm unit, a heart rate monitoring unit, a blood pressure monitoring unit, a blood oxygen monitoring unit, a blood glucose monitoring unit, a vascular elasticity monitoring unit, a wrist temperature monitoring sensor and a sleep assessment sensor; the call unit, the self-service alarm unit, the automatic alarm unit, the heart rate monitoring unit, the blood pressure monitoring unit, the blood oxygen monitoring unit, the blood glucose monitoring unit, the vascular elasticity monitoring unit, the wrist temperature monitoring sensor and the sleep assessment sensor are all connected to the intelligent control module.

[0009] Preferably, the general control terminal is composed of an intelligent controller, a wireless data transmission module, a monitoring bracelet linkage module, a sensitive word monitoring module, a limb state analysis module, a behavior analysis module, a psychological activity analysis module, a psychological disease analysis module, a motion status analysis module, a waveform graph generation module, a motion area analysis module, a route map generation module, a crowd gathering analysis module, a gathering dot graph generation module, a terminal database, a data storage module and an alarm module; the wireless data transmission module, the monitoring bracelet linkage module, the sensitive word monitoring module, the limb state analysis module, the psychological disease analysis module, the motion status analysis module, the waveform graph generation module, the motion area analysis module, the route map generation module, the crowd gathering analysis module, the gathering dot graph generation module, the terminal database, the data storage module and the alarm module are all connected to the intelligent controller, the behavior analysis module and the psychological activity analysis module are both connected to the psychological disease analysis module, the motion status analysis module is connected to the waveform graph generation module, the motion area analysis module is connected to the route map generation module, the crowd gathering analysis module is connected to the gathering dot graph generation module, and the motion area analysis module, the crowd gathering analysis module, the gathering dot graph generation module and the sensitive word monitoring module are all connected to the behavior analysis module and the psychological activity analysis module.

[0010] Preferably, the mental illness analysis module is composed of an anxiety condition analysis unit, a depression condition analysis unit, a loneliness condition analysis unit, a mania condition analysis unit and a mental stability analysis unit.

[0011] Preferably, the motion status analysis module is composed of a motion law integration unit, a motion intensity analysis unit, a motion time analysis unit, a motion continuity analysis unit, a motion periodicity analysis unit and a motion item analysis unit, and the motion intensity analysis unit, the motion time analysis unit, the motion continuity analysis unit, the motion periodicity analysis unit and the motion item analysis unit are all connected to the motion law integration unit.

[0012] Preferably, the cloud control system is composed of a cloud data processing center, a data interconnection module, a cloud data storage module, a treatment plan retrieval module, a case analysis module, a medical online communication platform and a case database. The cloud data processing center is connected to the National Center for Mental Illness, and the data interconnection module, the cloud data storage module, the treatment plan retrieval module, the case analysis module, the medical online communication platform and the case database are all connected to the cloud data processing center.

[0013] Preferably, the remote monitoring terminal includes a mobile phone, a tablet computer and a smart watch.

[0014] Compared with the prior art, the present invention has the following beneficial effects:

[0015] (1) During work, by providing a wearable bracelet and a close-fitting wearable garment consisting of a top, pants, shoulder combined sensors, a plurality of wrist combined sensors and a plurality of ankle combined sensors, the body indicators and behavioral movements of the monitored person can be monitored in real time around the clock. By providing a general control terminal consisting of an intelligent controller, a wireless data transmission module, a monitoring bracelet linkage module, a sensitive word monitoring module, a limb state analysis module, a behavior analysis module, a psychological activity analysis module, a psychological disease analysis module, a motion state analysis module, a waveform graph generation module, a motion area analysis module, a route map generation module, a crowd gathering analysis module, a gathering dot graph generation module, a terminal database, a data storage module and an alarm module, the monitored data can be identified, analyzed and judged, thereby being able to evaluate the physical and mental conditions of the monitored person. When the monitoring data is abnormal, the monitored person can be treated as soon as possible to avoid delaying the best treatment time and ensure the physical health of the monitored person.

[0016] (2) By setting up a cloud control system consisting of a cloud data processing center, a data interconnection module, a cloud data storage module, a treatment plan retrieval module, a case analysis module, an online medical communication platform and a case database, open communication on difficult diseases can be achieved and the best treatment plan can be found. By setting up a remote monitoring terminal, the physical indicators of the monitored person can be remotely monitored. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] The accompanying drawings are used to provide further understanding of the present invention and constitute a part of the specification. They are used to explain the present invention together with the embodiments of the present invention and do not constitute a limitation of the present invention.

[0018] In the attached picture:

[0019] Figure 1 This is a schematic diagram of a health status monitoring system of the present invention;

[0020] Figure 2This is a schematic diagram of the health monitoring wearable device of the present invention;

[0021] Figure 3 This is a schematic diagram of the internal modules of the combined sensor of the present invention;

[0022] Figure 4 This is a schematic diagram of the internal modules of the wearable bracelet of the present invention;

[0023] Figure 5 This is a schematic diagram of the internal modules of the general control terminal of the present invention;

[0024] Figure 6 This is a schematic diagram of the internal units of the mental illness analysis module of the present invention;

[0025] Figure 7 This is a schematic diagram of the internal units of the motion status analysis module of the present invention;

[0026] Figure 8 This is a schematic diagram of the cloud control system of the present invention;

[0027] In the figure: 1. General control terminal; 2. Cloud control system; 3. Remote monitoring terminal; 4. Health monitoring wearable device; 5. Close-fitting wearable clothing; 6. Wearable bracelet; 7. Top; 8. Pants; 9. Shoulder combined sensor; 10. Wrist combined sensor; 11. Ankle combined sensor; 12. Data coordination transmission module; 13. Positioning sensor; 14. Swing number sensor; 15. Swing frequency sensor; 16. Body surface temperature sensor; 17. Sensitive word monitoring sensor; 18. Acceleration sensor; 19. Body posture sensor state sensor; 20. Intelligent control module; 21. Call unit; 22. Self-service alarm unit; 23. Automatic alarm unit; 24. Heart rate monitoring unit; 25. Blood pressure monitoring unit; 26. Blood oxygen monitoring unit; 27. Blood glucose monitoring unit; 28. Vascular elasticity monitoring unit; 29. ​​Wrist temperature monitoring sensor; 30. Sleep assessment sensor; 31. Intelligent controller; 32. Wireless data transmission module; 33. Monitoring bracelet linkage module; 34. Sensitive word monitoring module; 35. Limb state analysis module; 36. Behavior analysis module ; 37. Psychological activity analysis module; 38. Psychological disease analysis module; 39. Movement status analysis module; 40. Waveform generation module; 41. Movement area analysis module; 42. Route map generation module; 43. Crowd gathering analysis module; 44. Aggregation point diagram generation module; 45. Terminal database; 46. Data storage module; 47. Alarm module; 48. Anxiety status analysis unit; 49. Depression status analysis unit; 50. Loneliness status analysis unit; 51. Mania status analysis unit; 52. Mental stability analysis unit; 53. Exercise pattern integration unit; 54. Exercise intensity analysis unit; 55. Exercise time analysis unit; 56. Exercise continuity analysis unit; 57. Exercise periodicity analysis unit; 58. Exercise project analysis unit; 59. Cloud data processing center; 60. Data interconnection module; 61. Cloud data storage module; 62. Treatment plan retrieval module; 63. Case analysis module; 64. Medical and nursing online communication platform; 65. Case database; 66. National Center for Mental Illness; 67. Mobile phone; 68. Tablet computer; 69. Smart watch. DETAILED DESCRIPTION

[0028] The technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments; based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work are within the scope of protection of the present invention.

[0029] Embodiment 1, by Figure 1 and Figure 2The present invention provides a health monitoring system, which includes a general control terminal 1, a cloud control system 2, a remote monitoring terminal 3 and a plurality of health monitoring wearable devices 4, wherein the cloud control system 2, the remote monitoring terminal 3 and the plurality of health monitoring wearable devices 4 are all wirelessly connected to the general control terminal 1, and the health monitoring wearable device 4 is composed of a close-fitting wearable garment 5 and a wearable bracelet 6, and the close-fitting wearable garment 5 and the wearable bracelet 6 are all wirelessly connected to the general control terminal 1;

[0030] When in use, the close-fitting wearable garment 5 is worn on the monitored person, and the wearable bracelet 6 is worn on the wrist. The close-fitting wearable garment 5 and the wearable bracelet 6 are used to monitor the various physical indicators of the monitored person in real time, and the monitoring data is sent to the general control terminal 1. The general control terminal 1 analyzes and judges the monitoring data, thereby evaluating the physical condition of the monitored person, and remote monitoring can be achieved through the remote monitoring terminal 3;

[0031] Embodiment 2, based on embodiment 1, Figures 2 to 4 It is given that the close-fitting wearable clothing 5 is composed of a top 7, trousers 8, a shoulder combination sensor 9, a plurality of wrist combination sensors 10 and a plurality of ankle combination sensors 11. The shoulder combination sensor 9 is installed at the collar of the top 7, the wrist combination sensor 10 is installed at the sleeve of the top 7, and the ankle combination sensor 11 is installed at the bottom of the trousers 8. The shoulder combination sensor 9, the wrist combination sensor 10 and the ankle combination sensor 11 are all detachable structures. The shoulder combination sensor 9, the wrist combination sensor 10 and the ankle combination sensor 11 are all composed of a data coordination transmission module 12, a positioning sensor 13, a swing number sensor 14, a swing frequency sensor 15, a body surface temperature sensor 16, a sensitive word monitoring sensor 17, an acceleration sensor 18 and a body posture sensor 19. The positioning sensor 13, the swing number sensor 14, the swing frequency sensor 15, the body surface temperature sensor 16, the sensitive word monitoring sensor 17, the acceleration sensor 18 and the body posture sensor 19 The frequency sensor 14, the swing frequency sensor 15, the body surface temperature sensor 16, the sensitive word monitoring sensor 17, the acceleration sensor 18 and the body posture sensor 19 are all connected to the data coordination transmission module 12, and the wearable bracelet 6 is composed of an intelligent control module 20, a call unit 21, a self-service alarm unit 22, an automatic alarm unit 23, a heart rate monitoring unit 24, a blood pressure monitoring unit 25, a blood oxygen monitoring unit 26, a blood sugar monitoring unit 27, a vascular elasticity monitoring unit 28, a wrist temperature monitoring sensor 29 and a sleep evaluation sensor 30. The call unit 21, the self-service alarm unit 22, the automatic alarm unit 23, the heart rate monitoring unit 24, the blood pressure monitoring unit 25, the blood oxygen monitoring unit 26, the blood sugar monitoring unit 27, the vascular elasticity monitoring unit 28, the wrist temperature monitoring sensor 29 and the sleep evaluation sensor 30 are all connected to the intelligent control module 20;

[0032] Through the data coordination transmission module 12, the positioning sensor 13, the swing frequency sensor 14, the swing frequency sensor 15, the body surface temperature sensor 16, the sensitive word monitoring sensor 17, the acceleration sensor 18 and the body posture sensor 19, the movement data of the shoulders, wrists and ankles of the monitored person can be monitored. The positioning sensor 13 can detect the position, the swing frequency sensor 14 can detect the movement state, the acceleration sensor 18 and the body posture sensor 19 can determine whether the monitored person falls, and the sensitive word monitoring sensor 17 can monitor sensitive words, so as to analyze the psychological state of the monitored person. The heart rate monitoring unit 24, the blood pressure monitoring unit 25, the blood oxygen monitoring unit 26, the blood sugar monitoring unit 27, the vascular elasticity monitoring unit 28, the wrist temperature monitoring sensor 29 and the sleep assessment sensor 30 can monitor various physical indicators of the monitored person. When the monitored person feels unwell, he can alarm himself, and the monitoring device will also automatically alarm according to the abnormal indicators monitored;

[0033] Embodiment 3, based on embodiment 1, Figure 1 , Figure 5 , Figure 6 and Figure 7It is given that the general control terminal 1 is composed of an intelligent controller 31, a wireless data transmission module 32, a monitoring bracelet linkage module 33, a sensitive word monitoring module 34, a limb state analysis module 35, a behavior analysis module 36, a psychological activity analysis module 37, a psychological disease analysis module 38, a motion status analysis module 39, a waveform generation module 40, a motion area analysis module 41, a route map generation module 42, a crowd gathering analysis module 43, a gathering point diagram generation module 44, a terminal database 45, a data storage module 46 and an alarm module 47. The wireless data transmission module 32, the monitoring bracelet linkage module 33, the sensitive word monitoring module 34, the limb state analysis module 35, the psychological disease analysis module 38, the motion status analysis module 39, the waveform generation module 40, the motion area analysis module 41, the route map generation module 42, the crowd gathering analysis module 43, the gathering point diagram generation module 44, the terminal database 45, the data storage module 46 and the alarm module 47 are all connected to the intelligent controller 31, and the behavior analysis module 36 and the psychological activity analysis module 37 are all connected to the psychological disease analysis module Module 38 is connected, the motion status analysis module 39 is connected with the waveform graph generation module 40, the motion area analysis module 41 is connected with the route map generation module 42, the crowd gathering analysis module 43 is connected with the gathering dot graph generation module 44, the motion area analysis module 41, the crowd gathering analysis module 43, the gathering dot graph generation module 44 and the sensitive word monitoring module 34 are all connected with the behavior analysis module 36 and the psychological activity analysis module 37, the psychological disease analysis module 38 is composed of the anxiety status analysis unit 48, the depression status analysis unit 49, the loneliness status analysis unit 50, the mania status analysis unit 51 and the mental stability analysis unit 52, the motion status analysis module 39 is composed of the motion law integration unit 53, the motion intensity analysis unit 54, the motion time analysis unit 55, the motion continuity analysis unit 56, the motion periodicity analysis unit 57 and the motion project analysis unit 58, and the motion intensity analysis unit 54, the motion time analysis unit 55, the motion continuity analysis unit 56, the motion periodicity analysis unit 57 and the motion project analysis unit 58 are all connected with the motion law integration unit 53;

[0034] The wireless data transmission module 32 receives various monitoring data, and the motion status analysis module 39, the motion area analysis module 41 and the crowd gathering analysis module 43 analyze the motion intensity, motion time, sports items, motion cycles, motion duration, motion area and gathering state of the monitored person, and respectively generate intuitive image data through the waveform generation module 40, the route map generation module 42 and the gathering point diagram generation module 44, and analyze the behavior and psychology of the monitored person through the behavior analysis module 36 and the psychological activity analysis module 37 according to the generated data, and finally determine whether the monitored person suffers from psychological and mental diseases through the psychological disease analysis module 38, and then analyze the type of psychological disease suffered by the monitored person through the anxiety status analysis unit 48, the depression status analysis unit 49, the loneliness status analysis unit 50, the mania status analysis unit 51 and the mental stability analysis unit 52, so as to achieve targeted treatment;

[0035] Embodiment 4, based on embodiment 1, Figure 1 and Figure 8 It is given that the cloud control system 2 is composed of a cloud data processing center 59, a data interconnection module 60, a cloud data storage module 61, a treatment plan retrieval module 62, a case analysis module 63, a medical online communication platform 64 and a case database 65. The cloud data processing center 59 is connected to the National Center for Mental Illness 66, and the data interconnection module 60, the cloud data storage module 61, the treatment plan retrieval module 62, the case analysis module 63, the medical online communication platform 64 and the case database 65 are all connected to the cloud data processing center 59. The remote monitoring terminal 3 includes a mobile phone 67, a tablet computer 68 and a smart watch 69;

[0036] The monitored data and analysis data are stored in the cloud through the cloud data storage module 61. By analyzing the disease type, the treatment plan retrieval module 62 can retrieve previous cases to achieve targeted treatment. For difficult diseases, case analysis and communication can be achieved through the medical online communication platform 64 to find the best solution.

[0037] During work, by providing a wearable bracelet and a close-fitting wearable garment consisting of a top, pants, shoulder combined sensors, several wrist combined sensors and several ankle combined sensors, the body indicators and behavioral movements of the monitored person can be monitored in real time around the clock. By providing an intelligent controller, a wireless data transmission module, a monitoring bracelet linkage module, a sensitive word monitoring module, a limb state analysis module, a behavior analysis module, a psychological activity analysis module, a psychological disease analysis module, a motion status analysis module, a waveform graph generation module, a motion area analysis module, a route map generation module, a crowd gathering analysis module, a gathering point graph generation module, a terminal database, and a data storage module The general control terminal composed of the cloud data processing center, data interconnection module, cloud data storage module, treatment plan retrieval module, case analysis module, medical online communication platform and case database is set up to form a cloud control system, which can realize open communication on difficult diseases and facilitate the search for the best treatment plan. By setting up a remote monitoring terminal, the physical indicators of the monitored person can be remotely monitored.

Claims

1. A health status monitoring system, comprising a master control terminal (1), a cloud control system (2), a remote monitoring terminal (3) and a plurality of health monitoring wearable devices (4), characterized in that: The cloud control system (2), the remote monitoring terminal (3) and a plurality of health monitoring wearable devices (4) are all wirelessly connected to the main control terminal (1); the health monitoring wearable device (4) is composed of a close-fitting wearable garment (5) and a wearable bracelet (6); and the close-fitting wearable garment (5) and the wearable bracelet (6) are all wirelessly connected to the main control terminal (1).

2. A health status monitoring system according to claim 1, characterized in that: The close-fitting wearable garment (5) is composed of a top (7), trousers (8), a shoulder combination sensor (9), a plurality of wrist combination sensors (10) and a plurality of ankle combination sensors (11); the shoulder combination sensor (9) is mounted on the collar of the top (7), the wrist combination sensor (10) is mounted on the sleeve of the top (7), and the ankle combination sensor (11) is mounted on the bottom of the trousers (8); the shoulder combination sensor (9), the wrist combination sensor (10) and the ankle combination sensor (11) are all detachable structures.

3. A health status monitoring system according to claim 2, characterized in that: The shoulder combined sensor (9), the wrist combined sensor (10) and the ankle combined sensor (11) are all composed of a data coordinated transmission module (12), a positioning sensor (13), a swing frequency sensor (14), a swing frequency sensor (15), a body surface temperature sensor (16), a sensitive word monitoring sensor (17), an acceleration sensor (18) and a body posture sensor (19); the positioning sensor (13), the swing frequency sensor (14), the swing frequency sensor (15), the body surface temperature sensor (16), the sensitive word monitoring sensor (17), the acceleration sensor (18) and the body posture sensor (19) are all connected to the data coordinated transmission module (12).

4. A health status monitoring system according to claim 1, characterized in that: The wearable bracelet (6) is composed of an intelligent control module (20), a communication unit (21), a self-service alarm unit (22), an automatic alarm unit (23), a heart rate monitoring unit (24), a blood pressure monitoring unit (25), a blood oxygen monitoring unit (26), a blood sugar monitoring unit (27), a vascular elasticity monitoring unit (28), a wrist temperature monitoring sensor (29) and a sleep assessment sensor (30); the communication unit (21), the self-service alarm unit (22), the automatic alarm unit (23), the heart rate monitoring unit (24), the blood pressure monitoring unit (25), the blood oxygen monitoring unit (26), the blood sugar monitoring unit (27), the vascular elasticity monitoring unit (28), the wrist temperature monitoring sensor (29) and the sleep assessment sensor (30) are all connected to the intelligent control module (20).

5. A health status monitoring system according to claim 1, characterized in that: The general control terminal (1) is composed of an intelligent controller (31), a wireless data transmission module (32), a monitoring bracelet linkage module (33), a sensitive word monitoring module (34), a limb state analysis module (35), a behavior analysis module (36), a psychological activity analysis module (37), a psychological disease analysis module (38), a motion status analysis module (39), a waveform generation module (40), a motion area analysis module (41), a route map generation module (42), a crowd gathering analysis module (43), a gathering point diagram generation module (44), a terminal database (45), a data storage module (46) and an alarm module (47). The wireless data transmission module (32), the monitoring bracelet linkage module (33), the sensitive word monitoring module (34), the limb state analysis module (35), the psychological disease analysis module (38), the motion status analysis module (39), the waveform generation module (40), the motion area analysis module (41), the route map generation module (42), the crowd gathering analysis module (43), the gathering point diagram generation module (44), the terminal database (45), the data storage module (46) and the alarm module (47). The block (40), the motion area analysis module (41), the route map generation module (42), the crowd gathering analysis module (43), the gathering dot graph generation module (44), the terminal database (45), the data storage module (46) and the alarm module (47) are all connected to the intelligent controller (31), the behavior analysis module (36) and the psychological activity analysis module (37) are all connected to the psychological disease analysis module (38), the motion status analysis module (39) is connected to the waveform generation module (40), the motion area analysis module (41) is connected to the route map generation module (42), the crowd gathering analysis module (43) is connected to the gathering dot graph generation module (44), and the motion area analysis module (41), the crowd gathering analysis module (43), the gathering dot graph generation module (44) and the sensitive word monitoring module (34) are all connected to the behavior analysis module (36) and the psychological activity analysis module (37).

6. A health status monitoring system according to claim 5, characterized in that: The mental illness analysis module (38) is composed of an anxiety condition analysis unit (48), a depression condition analysis unit (49), a loneliness condition analysis unit (50), a mania condition analysis unit (51) and a mental stability analysis unit (52).

7. A health status monitoring system according to claim 5, characterized in that: The motion status analysis module (39) is composed of a motion law integration unit (53), a motion intensity analysis unit (54), a motion time analysis unit (55), a motion continuity analysis unit (56), a motion periodicity analysis unit (57) and a motion item analysis unit (58); the motion intensity analysis unit (54), the motion time analysis unit (55), the motion continuity analysis unit (56), the motion periodicity analysis unit (57) and the motion item analysis unit (58) are all connected to the motion law integration unit (53).

8. A health status monitoring system according to claim 1, characterized in that: The cloud control system (2) is composed of a cloud data processing center (59), a data interconnection module (60), a cloud data storage module (61), a treatment plan retrieval module (62), a case analysis module (63), a medical online communication platform (64) and a case database (65). The cloud data processing center (59) is connected to the National Center for Mental Illness (66), and the data interconnection module (60), the cloud data storage module (61), the treatment plan retrieval module (62), the case analysis module (63), the medical online communication platform (64) and the case database (65) are all connected to the cloud data processing center (59).

9. A health status monitoring system according to claim 1, characterized in that: The remote monitoring terminal (3) comprises a mobile phone (67), a tablet computer (68) and a smart watch (69).

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