Chronic disease prevention and treatment health state supervision and evaluation method and system

Abstract

The invention discloses a chronic disease prevention and treatment hygienic state supervision and evaluation method and system, and relates to the technical field of chronic disease prevention and treatment hygiene. Determining a first induction factor and a second induction factor for inducing the disease of the chronic disease patient according to the disease category information of the chronic disease patient; processing and analyzing the types of the first induction factors and the average content of the first induction factors of the corresponding types to obtain a first health state evaluation value; processing and analyzing according to the walking path track information of the chronic disease patient, the position information of the second induction factor, the type of the second induction factor and the volume of the corresponding type of the second induction factor to obtain a second health state evaluation value; and evaluating the chronic disease prevention and treatment health state according to the first health state evaluation value and the second health state evaluation value. The method has the effect that the health state can be evaluated and supervised more accurately and comprehensively.

Description

Technical Field

[0001] The present invention relates to the field of chronic disease prevention and treatment health technology, and more specifically, to a chronic disease prevention and treatment health status supervision and evaluation method and system. Background Art

[0002] Chronic diseases (such as cardiovascular disease, diabetes, cancer, etc.) have become a global health challenge. Effective prevention and control measures and supervision are crucial to reducing the morbidity and mortality of chronic diseases. Chronic disease prevention and control strategies usually rely on regular health checks, patient education and drug treatment. Since there are many triggering factors for chronic disease patients, some of them are floating in the air, and some are fixed in position. However, the existing chronic disease prevention and control health status supervision and assessment methods do not comprehensively evaluate the chronic disease prevention and control health status of the triggering factors in multiple states, and therefore cannot accurately and comprehensively evaluate the supervision health status. Summary of the invention

[0003] In view of the shortcomings of the prior art, the purpose of the present invention is to provide a method and system for monitoring and evaluating health status for chronic disease prevention and treatment.

[0004] To achieve the above object, the present invention provides the following technical solutions:

[0005] A method for monitoring and evaluating health status for chronic disease prevention and treatment, the method comprising the following steps:

[0006] Acquire the symptom category information of the chronic disease patient, and determine the first inducing factor and the second inducing factor that induce the symptom of the chronic disease patient according to the symptom category information of the chronic disease patient; wherein the first inducing factor is an inducing factor that is in a floating state in the air, and the second inducing factor is an inducing factor that is in a fixed position;

[0007] Obtain the environmental information of chronic disease patients and the walking path trajectory information of chronic disease patients;

[0008] Determine whether the environmental information of the chronic disease patient has the first inducing factor. If the environmental information of the chronic disease patient has the first inducing factor, calibrate the detection trajectory of the chronic disease patient, obtain the first inducing factor type and the corresponding type of the first inducing factor average content of the detection trajectory of the chronic disease patient, and then perform processing and analysis based on the first inducing factor type and the corresponding type of the first inducing factor average content to obtain a first health status assessment value;

[0009] Determine whether the environmental information of the chronic disease patient contains the second inducing factor, and if the environmental information of the chronic disease patient contains the second inducing factor, obtain the position information of the second inducing factor, the type of the second inducing factor, and the volume of the corresponding type of the second inducing factor;

[0010] The second health status assessment value is obtained by processing and analyzing the walking path trajectory information of the chronic disease patient, the location information of the second inducing factor, the type of the second inducing factor and the volume of the corresponding type of the second inducing factor;

[0011] The chronic disease prevention and treatment health status is evaluated based on the first health status evaluation value and the second health status evaluation value.

[0012] Preferably, calibrating the detection trajectory of chronic disease patients specifically includes the following steps:

[0013] If the environmental information of the chronic disease patient contains the first inducing factor, then obtaining the content value of the same type of the first inducing factor at at least two locations in the area where the chronic disease patient is located;

[0014] If the content values ​​of the same type of first inducing factor at at least two locations are equal, the walking path trajectory position of the chronic disease patient is marked as the detection trajectory;

[0015] If the content values ​​of the first inducing factor of the same type at at least two locations are not equal, it is determined whether there is air flow in the area where the chronic disease patient is located;

[0016] If there is no air flow in the room where the chronic disease patient lives, the walking path trajectory position of the chronic disease patient is calibrated as the detection trajectory;

[0017] If there is air flow in the room where the chronic disease patient lives, then obtain the air flow direction information in the room where the chronic disease patient lives; wherein the air flow direction information includes air flow speed information and air flow direction information;

[0018] The walking speed information and initial position information of chronic disease patients along the walking path indoors are obtained, and the airflow direction information, walking speed information and initial position information in the room where the chronic disease patients live are processed, analyzed and calibrated to detect the trajectory.

[0019] Preferably, the airflow direction information, walking speed information and initial position information in the room where the chronic disease patient lives are processed, analyzed and calibrated to determine the detection trajectory, which specifically includes the following steps:

[0020] According to the walking speed information and the initial position information, the walking time value of the chronic disease patient to each position on the walking path trajectory is obtained;

[0021] The air flow distance value is calculated according to the walking time value and the air flow speed information, and the position on the walking path trajectory away from the air flow distance value is calibrated as the detection trajectory according to the air flow direction information.

[0022] Preferably, the first inducing factor types of the detection trajectory of the chronic disease patient are valued and marked to obtain the total number of first inducing factor types n;

[0023] The average content of each type of first inducing factor on the indoor detection track of the chronic disease patient is taken and marked to obtain the average content value U of each first inducing factor i , where i represents the index of the first inducing factor type:

[0024] By the first calculation formula The first hygiene status evaluation value P1 is calculated.

[0025] Preferably, the second health status assessment value is obtained by processing and analyzing the walking path trajectory information of the chronic disease patient, the location information of the second inducing factor, the type of the second inducing factor and the volume of the corresponding type of the second inducing factor, which specifically includes the following steps:

[0026] The distance value between the second inducing factor and each walking position on the walking path trajectory is calculated according to the position information of the second inducing factor and the walking path trajectory information of the chronic disease patient and marked as the first distance value;

[0027] determining an impact distance value of the second inducing factor according to the type of the second inducing factor and marking it as a second distance value;

[0028] Based on the indoor walking path trajectory of the chronic disease patient, the first distance value and the second distance value are compared to obtain the influential indoor walking path trajectory of the chronic disease patient;

[0029] The path trajectory influencing factor is obtained by calculating the ratio of the influential path trajectory distance of chronic disease patients walking indoors to the walking path trajectory distance of chronic disease patients;

[0030] The second hygiene status evaluation value is obtained according to the path trajectory influencing factor, the type of the second inducing factor and the volume of the corresponding type of the second inducing factor.

[0031] Preferably, the first distance value and the second distance value are compared to obtain an influential path trajectory of a chronic disease patient walking indoors, specifically comprising the following steps:

[0032] Mark the walking path trajectory corresponding to the first distance value ≤ the second distance value as an influential path trajectory;

[0033] The walking path trajectory corresponding to the first distance value> the second distance value is marked as a non-influenced path trajectory.

[0034] Preferably, the path trajectory influencing factor is obtained by calculating the ratio of the influential path trajectory distance of the chronic disease patient walking indoors to the walking path trajectory distance of the chronic disease patient, which is specifically:

[0035] Obtain the influential path trajectory distance value L1 of the chronic disease patient walking indoors, and obtain the walking path trajectory distance value L2 of the chronic disease patient;

[0036] By the second calculation formula The path trajectory influence factor a is calculated.

[0037] Preferably, obtaining the second health status evaluation value according to the path trajectory influencing factor, the type of the second inducing factor and the volume of the corresponding type of the second inducing factor specifically includes the following steps:

[0038] The total number of types of the second inducing factor is taken and marked to obtain a total number of types of the second inducing factor m;

[0039] The volume of each type of second inducing factor on the path trajectory is taken and marked to obtain the volume value W of each second inducing factor j , where j represents the number of the second inducing factor type;

[0040] By the third calculation formula The second hygiene status evaluation value P2 is calculated.

[0041] Preferably, the chronic disease prevention and treatment health status is evaluated according to the first health status evaluation value and the second health status evaluation value, specifically comprising the following steps:

[0042] The total health assessment value Q is calculated by the fourth calculation formula Q=P1+P2;

[0043] Compare the total health assessment value Q with the preset health assessment threshold K:

[0044] If the total health assessment value Q ≥ the preset health assessment threshold K, it means that the health status supervision of chronic disease prevention and treatment is unqualified;

[0045] If the total health assessment value Q is less than the preset health assessment threshold K, it means that the health status supervision of chronic disease prevention and control is unqualified.

[0046] A chronic disease prevention and health status supervision and evaluation system, comprising:

[0047] The first acquisition module acquires the symptom category information of the chronic disease patient, and determines the first inducing factor and the second inducing factor that induce the symptom of the chronic disease patient according to the symptom category information of the chronic disease patient; wherein the first inducing factor is an inducing factor in a floating state in the air, and the second inducing factor is an inducing factor in a fixed position;

[0048] The second acquisition module acquires the environment information of the chronic disease patient and the walking path trajectory information of the chronic disease patient;

[0049] The first judgment module judges whether the environmental information of the chronic disease patient has the first inducing factor. If the environmental information of the chronic disease patient has the first inducing factor, the detection trajectory of the chronic disease patient is calibrated to obtain the first inducing factor type and the corresponding type of the first inducing factor average content of the detection trajectory of the chronic disease patient, so as to obtain the first health status assessment value by processing and analyzing the first inducing factor type and the corresponding type of the first inducing factor average content;

[0050] The second judgment module judges whether the environmental information of the chronic disease patient contains the second inducing factor. If the environmental information of the chronic disease patient contains the second inducing factor, the position information of the second inducing factor, the type of the second inducing factor and the volume of the corresponding type of the second inducing factor are obtained;

[0051] A processing and analysis module performs processing and analysis based on the walking path trajectory information of the chronic disease patient, the location information of the second inducing factor, the type of the second inducing factor and the volume of the corresponding type of the second inducing factor to obtain a second health status assessment value;

[0052] The evaluation module evaluates the health status of chronic disease prevention and treatment according to the first health status evaluation value and the second health status evaluation value.

[0053] Compared with the prior art, the present invention has the following beneficial effects:

[0054] In the present invention, the first and second inducing factors that induce the symptoms of chronic disease patients can be determined according to the symptom category information of the chronic disease patients, and the first health status evaluation value can be obtained by processing and analyzing the type of the first inducing factor and the average content of the first inducing factor of the corresponding type. The second health status evaluation value is obtained by processing and analyzing the walking path trajectory information of the chronic disease patient, the position information of the second inducing factor, the type of the second inducing factor and the volume of the second inducing factor of the corresponding type. The total health assessment value Q is compared with the preset health assessment threshold K to determine whether the health status supervision of chronic disease prevention and treatment is in a qualified state. Therefore, the present application can more accurately and comprehensively evaluate and supervise the health status. Since the chronic disease patients are not always in a state of unchanged position, but the chronic disease patients can be in a walking state, and there are more indoor spaces, although there are inducing factors in some places indoors, the inducing factors that are far away from the walking path trajectory of the chronic disease patients will not induce the symptoms of the chronic disease patients. If the inducing factors are close to the walking path trajectory of the chronic disease patients, they will induce the symptoms of the chronic disease patients. Therefore, considering the walking path trajectory of the chronic disease patients, the indoor health status can be more accurately evaluated. BRIEF DESCRIPTION OF THE DRAWINGS

[0055] Figure 1 A flow chart of a method for monitoring and evaluating health status for chronic disease prevention and treatment is proposed in the present invention;

[0056] Figure 2 A module schematic diagram of a chronic disease prevention and health status supervision and evaluation system is proposed for the present invention. DETAILED DESCRIPTION

[0057] Reference Figure 1 to Figure 2 .

[0058] The embodiment further illustrates a method and system for monitoring and evaluating health status for chronic disease prevention and treatment proposed by the present invention.

[0059] A method for monitoring and evaluating health status for chronic disease prevention and treatment, the method comprising the following steps:

[0060] Acquire the symptom category information of the chronic disease patient, and determine the first inducing factor and the second inducing factor that induce the symptom of the chronic disease patient according to the symptom category information of the chronic disease patient; wherein the first inducing factor is an inducing factor in a floating state in the air, and the second inducing factor is an inducing factor in a fixed position;

[0061] It should be noted that since there are many types of symptoms among chronic disease patients, it is necessary to first determine the symptom category information of the chronic disease patients, and then determine the first and second inducing factors that induce the chronic disease patients' symptoms based on the symptom category information. For example, if the chronic disease patient's disease is chronic rhinitis, the first inducing factor can be determined to be the symptom-inducing pollen floating in the air, and the second inducing factor can be determined to be plants placed indoors that can induce chronic diseases.

[0062] Obtain the environmental information of chronic disease patients and the walking path trajectory information of chronic disease patients;

[0063] Since patients with chronic diseases do not always stay in the same position, but can be walking, and there is more space indoors, although there are inducing factors in some places indoors, the inducing factors that are far away from the walking path of chronic disease patients will not induce the symptoms of chronic disease patients. If the inducing factors are close to the walking path of chronic disease patients, they will induce the symptoms of chronic disease patients. Therefore, considering the walking path of chronic disease patients can more accurately assess the indoor hygiene status.

[0064] In addition, patients with chronic diseases can input the destination they need to reach while walking, and by locating the patients, information about the walking path they take to reach their destination can be obtained.

[0065] Determine whether the environmental information of the chronic disease patient has the first inducing factor. If the environmental information of the chronic disease patient has the first inducing factor, calibrate the detection trajectory of the chronic disease patient, obtain the first inducing factor type and the corresponding type of the first inducing factor average content of the detection trajectory of the chronic disease patient, and then perform processing and analysis based on the first inducing factor type and the corresponding type of the first inducing factor average content to obtain a first health status assessment value;

[0066] Determine whether the environmental information of the chronic disease patient contains the second inducing factor, and if the environmental information of the chronic disease patient contains the second inducing factor, obtain the position information of the second inducing factor, the type of the second inducing factor, and the volume of the corresponding type of the second inducing factor;

[0067] The second health status assessment value is obtained by processing and analyzing the walking path trajectory information of the chronic disease patient, the location information of the second inducing factor, the type of the second inducing factor and the volume of the corresponding type of the second inducing factor;

[0068] The chronic disease prevention and treatment health status is evaluated based on the first health status evaluation value and the second health status evaluation value.

[0069] The present application evaluates the sanitary status for chronic disease prevention and treatment by comprehensively weighing the first inducing factor and the second inducing factor, which can more accurately and comprehensively evaluate the sanitary status and thus determine whether the sanitary status is qualified.

[0070] The specific steps of calibrating the detection trajectory of chronic disease patients include:

[0071] If the environmental information of the chronic disease patient contains the first inducing factor, then obtaining the content value of the same type of the first inducing factor at at least two locations in the area where the chronic disease patient is located;

[0072] If the content values ​​of the same type of first inducing factor at at least two locations are equal, the walking path trajectory position of the chronic disease patient is marked as the detection trajectory;

[0073] If the content values ​​of the first inducing factor of the same type at at least two locations are not equal, it is determined whether there is air flow in the area where the chronic disease patient is located;

[0074] If there is no air flow in the room where the chronic disease patient lives, the walking path trajectory position of the chronic disease patient is calibrated as the detection trajectory;

[0075] If there is air flow in the room where the chronic disease patient lives, then obtain the air flow direction information in the room where the chronic disease patient lives; wherein the air flow direction information includes air flow speed information and air flow direction information;

[0076] The walking speed information and initial position information of chronic disease patients along the walking path indoors are obtained, and the airflow direction information, walking speed information and initial position information in the room where the chronic disease patients live are processed, analyzed and calibrated to detect the trajectory.

[0077] It should be noted that if the environmental information of the chronic disease patient has the first inducing factor, the content values ​​of the same type of first inducing factor are obtained at at least two locations in the area where the chronic disease patient is located, so as to determine whether the content of the same type of first inducing factor in the area where the chronic disease patient is located is uniform; if the content of the same type of first inducing factor in the area where the chronic disease patient is located is uniformly equal, the walking path trajectory position of the chronic disease patient is calibrated as the detection trajectory, that is, the type of first inducing factor and the average content of the corresponding type of first inducing factor on the detection trajectory.

[0078] For example, when a chronic disease patient walks from position A indoors to position B indoors, the walking path trajectory is determined to be C, and the first inducing factor types of the same type in the indoor area are uniformly equal, then the walking path trajectory position of the chronic disease patient is calibrated as the detection trajectory, that is, the first inducing factor type on the detection trajectory and the average content of the first inducing factor of the corresponding type.

[0079] If the content values ​​of the same type of first inducing factor at at least two locations are not equal, it means that the content of the first inducing factor in the area where the chronic disease patient is located is uneven. Then, it is judged whether there is air flow in the area where the chronic disease patient is located, that is, whether there is wind in the area where the chronic disease patient is located. If there is no air flow, it means that the first inducing factor in the area where the chronic disease patient is located is in a non-flowing state. Therefore, the walking path trajectory position of the chronic disease patient is calibrated as the detection trajectory.

[0080] If the content values ​​of the same type of first inducing factor at at least two locations are not equal, it means that the content of the first inducing factor in the area where the chronic disease patients are located is uneven, then it is judged whether there is air flow in the area where the chronic disease patients are located, that is, whether there is wind in the area where the chronic disease patients are located. If there is air flow, it means that the first inducing factor in the area where the chronic disease patients are located is in a flowing state, then the detection trajectory is calibrated based on the airflow direction information, walking speed information and initial position information in the room where the chronic disease patients live.

[0081] The airflow direction information, walking speed information and initial position information in the room where the chronic disease patient lives are processed, analyzed and calibrated to obtain the detection trajectory, which specifically includes the following steps:

[0082] According to the walking speed information and the initial position information, the walking time value of the chronic disease patient to each position on the walking path trajectory is obtained;

[0083] The air flow distance value is calculated according to the walking time value and the air flow speed information, and the position on the walking path trajectory away from the air flow distance value is calibrated as the detection trajectory according to the air flow direction information.

[0084] It should be noted that after obtaining the initial position and walking speed of the chronic disease patient, the walking time value required for the chronic disease patient at each position on the walking path trajectory is calculated. The air flow distance value can be calculated based on the walking time value and the air flow speed information, and then the position on the walking path trajectory away from the air flow distance value can be calibrated as the detection trajectory through the air flow direction information.

[0085] For example, if the walking speed of a chronic disease patient is 1m / s, and the distance from position C to position D on the walking path trajectory of the chronic disease patient is 3m, then the walking time required for the chronic disease patient to walk from position C to position D on the walking path trajectory is calculated to be 3s, and the air flow speed is 2m / s, then the air flow distance when the chronic disease patient reaches position D from position C on the walking path trajectory is calculated to be 6m. If the air flow direction is from due south to due north, then the point 6m away from due south on the walking path trajectory is used as the detection point, and all detection points are combined to form a detection trajectory.

[0086] The first inducing factor types of the detection trajectory of the chronic disease patient are valued and marked to obtain the total number of first inducing factor types n;

[0087] The average content of each type of first inducing factor on the indoor detection track of the chronic disease patient is taken and marked to obtain the average content value U of each first inducing factor i , where i represents the index of the first inducing factor type:

[0088] By the first calculation formula The first hygiene status evaluation value P1 is calculated.

[0089] It should be noted that the present application accumulates and calculates the average content values ​​of all types of first inducing factors on the detection trajectory to obtain the first health status evaluation value P1. The first health status evaluation value P1 can be used to obtain the content of all types of first inducing factors when the chronic disease patient walks on the walking path trajectory.

[0090] The second health status assessment value is obtained by processing and analyzing the walking path trajectory information of the chronic disease patient, the location information of the second inducing factor, the type of the second inducing factor and the volume of the corresponding type of the second inducing factor, which specifically includes the following steps:

[0091] The distance value between the second inducing factor and each walking position on the walking path trajectory is calculated according to the position information of the second inducing factor and the walking path trajectory information of the chronic disease patient and marked as the first distance value;

[0092] determining an impact distance value of the second inducing factor according to the type of the second inducing factor and marking it as a second distance value;

[0093] It should be noted that since the second inducing factor cannot float with the air, that is, the second inducing factor is in a fixed position and does not change, but the odor of the second inducing factor can induce symptoms in patients with chronic diseases, the impact distance value of the odor of the second inducing factor is marked as the second distance value.

[0094] Based on the indoor walking path trajectory of the chronic disease patient, the first distance value and the second distance value are compared to obtain the influential indoor walking path trajectory of the chronic disease patient;

[0095] The path trajectory influencing factor is obtained by calculating the ratio of the influential path trajectory distance of chronic disease patients walking indoors to the walking path trajectory distance of chronic disease patients;

[0096] The second hygiene status evaluation value is obtained according to the path trajectory influencing factor, the type of the second inducing factor and the volume of the corresponding type of the second inducing factor.

[0097] It should be noted that the present application obtains the path trajectory influence factor by dividing the distance of the influential path trajectory of chronic disease patients walking indoors by the ratio of the distance of the walking path trajectory of chronic disease patients, and obtains the second health status assessment value according to the path trajectory influence factor, the type of the second inducing factor and the volume of the corresponding type of the second inducing factor, so that the health status can be evaluated by the second inducing factor.

[0098] Comparing the first distance value with the second distance value to obtain an influential path trajectory of a chronic disease patient walking indoors specifically includes the following steps:

[0099] Mark the walking path trajectory corresponding to the first distance value ≤ the second distance value as an influential path trajectory;

[0100] The walking path trajectory corresponding to the first distance value> the second distance value is marked as a non-influenced path trajectory.

[0101] The path trajectory influencing factor is obtained by calculating the proportion of the influential path trajectory distance of chronic disease patients walking indoors and the walking path trajectory distance of chronic disease patients, which is:

[0102] Obtain the influential path trajectory distance value L1 of the chronic disease patient walking indoors, and obtain the walking path trajectory distance value L2 of the chronic disease patient;

[0103] By the second calculation formula The path trajectory influence factor a is calculated.

[0104] Obtaining a second health status evaluation value according to the path trajectory influencing factor, the type of the second inducing factor and the volume of the corresponding type of the second inducing factor specifically includes the following steps:

[0105] The total number of types of the second inducing factor is taken and marked to obtain a total number of types of the second inducing factor m;

[0106] The volume of each type of second inducing factor on the path trajectory is taken and marked to obtain the volume value W of each second inducing factor j , where j represents the number of the second inducing factor type;

[0107] By the third calculation formula The second hygiene status evaluation value P2 is calculated.

[0108] Since the larger the volume of the second inducing factor is, the greater the impact of the second inducing factor on the symptoms of chronic disease patients is, the larger the second health status assessment value P2 is.

[0109] The chronic disease prevention and treatment health status is evaluated according to the first health status evaluation value and the second health status evaluation value, specifically including the following steps:

[0110] The total health assessment value Q is calculated by the fourth calculation formula Q=P1+P2;

[0111] Compare the total health assessment value Q with the preset health assessment threshold K:

[0112] If the total health assessment value Q ≥ the preset health assessment threshold K, it means that the health status supervision of chronic disease prevention and treatment is unqualified;

[0113] If the total health assessment value Q is less than the preset health assessment threshold K, it means that the health status supervision of chronic disease prevention and control is unqualified.

[0114] The preset health assessment threshold K here can be adjusted according to actual conditions.

[0115] A chronic disease prevention and health status supervision and evaluation system, comprising:

[0116] The first acquisition module acquires the symptom category information of the chronic disease patient, and determines the first inducing factor and the second inducing factor that induce the symptom of the chronic disease patient according to the symptom category information of the chronic disease patient; wherein the first inducing factor is an inducing factor in a floating state in the air, and the second inducing factor is an inducing factor in a fixed position;

[0117] The second acquisition module acquires the environment information of the chronic disease patient and the walking path trajectory information of the chronic disease patient;

[0118] The first judgment module judges whether the environmental information of the chronic disease patient has the first inducing factor. If the environmental information of the chronic disease patient has the first inducing factor, the detection trajectory of the chronic disease patient is calibrated to obtain the first inducing factor type and the corresponding type of the first inducing factor average content of the detection trajectory of the chronic disease patient, so as to obtain the first health status assessment value by processing and analyzing the first inducing factor type and the corresponding type of the first inducing factor average content;

[0119] The second judgment module judges whether the environmental information of the chronic disease patient contains the second inducing factor. If the environmental information of the chronic disease patient contains the second inducing factor, the position information of the second inducing factor, the type of the second inducing factor and the volume of the corresponding type of the second inducing factor are obtained;

[0120] A processing and analysis module performs processing and analysis based on the walking path trajectory information of the chronic disease patient, the location information of the second inducing factor, the type of the second inducing factor and the volume of the corresponding type of the second inducing factor to obtain a second health status assessment value;

[0121] The evaluation module evaluates the health status of chronic disease prevention and treatment according to the first health status evaluation value and the second health status evaluation value.

[0122] The device embodiments described above are merely illustrative, wherein the units described as separate components may or may not be physically separated, and the components displayed as units may or may not be physical units, that is, they may be located in one place, or they may be distributed on multiple network units. Some or all of the modules may be selected according to actual needs to achieve the purpose of the scheme of this embodiment. Ordinary technicians in this field can understand and implement it without paying creative labor.

[0123] Through the description of the above implementation methods, those skilled in the art can clearly understand that each implementation method can be implemented by means of software plus a necessary general hardware platform, and of course, it can also be implemented by hardware. Based on this understanding, the above technical solution is essentially or the part that contributes to the prior art can be embodied in the form of a software product, and the computer software product can be stored in a computer-readable storage medium, such as ROM / RAM, a disk, an optical disk, etc., including a number of instructions for a computer device (which can be a personal computer, a server, or a network device, etc.) to execute the methods described in each embodiment or some parts of the embodiments.

[0124] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit it. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that they can still modify the technical solutions described in the aforementioned embodiments, or make equivalent replacements for some of the technical features therein. However, these modifications or replacements do not deviate the essence of the corresponding technical solutions from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims

1. A method for monitoring and evaluating health status for chronic disease prevention and treatment, characterized in that: The method comprises the following steps: Acquire the symptom category information of the chronic disease patient, and determine the first inducing factor and the second inducing factor that induce the symptom of the chronic disease patient according to the symptom category information of the chronic disease patient; wherein the first inducing factor is an inducing factor that is in a floating state in the air, and the second inducing factor is an inducing factor that is in a fixed position; Obtain the environmental information of chronic disease patients and the walking path trajectory information of chronic disease patients; Determine whether the environmental information of the chronic disease patient has the first inducing factor. If the environmental information of the chronic disease patient has the first inducing factor, calibrate the detection trajectory of the chronic disease patient, obtain the first inducing factor type and the corresponding type of the first inducing factor average content of the detection trajectory of the chronic disease patient, and then perform processing and analysis based on the first inducing factor type and the corresponding type of the first inducing factor average content to obtain a first health status assessment value; Determine whether the environmental information of the chronic disease patient contains the second inducing factor, and if the environmental information of the chronic disease patient contains the second inducing factor, obtain the position information of the second inducing factor, the type of the second inducing factor, and the volume of the corresponding type of the second inducing factor; The second health status assessment value is obtained by processing and analyzing the walking path trajectory information of the chronic disease patient, the location information of the second inducing factor, the type of the second inducing factor and the volume of the corresponding type of the second inducing factor; The chronic disease prevention and treatment health status is evaluated based on the first health status evaluation value and the second health status evaluation value.

2. According to claim 1, a method for monitoring and evaluating health status for chronic disease prevention and treatment, characterized in that: The specific steps of calibrating the detection trajectory of chronic disease patients include: If the environmental information of the chronic disease patient contains the first inducing factor, then obtaining the content value of the same type of the first inducing factor at at least two locations in the area where the chronic disease patient is located; If the content values ​​of the same type of first inducing factor at at least two locations are equal, the walking path trajectory position of the chronic disease patient is marked as the detection trajectory; If the content values ​​of the first inducing factor of the same type at at least two locations are not equal, it is determined whether there is air flow in the area where the chronic disease patient is located; If there is no air flow in the room where the chronic disease patient lives, the walking path trajectory position of the chronic disease patient is calibrated as the detection trajectory; If there is air flow in the room where the chronic disease patient lives, then obtain the air flow direction information in the room where the chronic disease patient lives; wherein the air flow direction information includes air flow speed information and air flow direction information; The walking speed information and initial position information of chronic disease patients along the walking path indoors are obtained, and the airflow direction information, walking speed information and initial position information in the room where the chronic disease patients live are processed, analyzed and calibrated to detect the trajectory.

3. A method for monitoring and evaluating health status for chronic disease prevention and treatment according to claim 2, characterized in that: The airflow direction information, walking speed information and initial position information in the room where the chronic disease patient lives are processed, analyzed and calibrated to obtain the detection trajectory, which specifically includes the following steps: The walking time value of the chronic disease patient to each position on the walking path trajectory is obtained according to the walking speed information and the initial position information; The air flow distance value is calculated according to the walking time value and the air flow speed information, and the position on the walking path trajectory away from the air flow distance value is calibrated as the detection trajectory according to the air flow direction information.

4. A method for monitoring and evaluating health status for chronic disease prevention and treatment according to claim 3, characterized in that: The first inducing factor types of the detection trajectory of the chronic disease patient are valued and marked to obtain the total number of first inducing factor types n; The average content of each type of first inducing factor on the indoor detection track of the chronic disease patient is taken and marked to obtain the average content value U of each first inducing factor i , where i represents the index of the first inducing factor type: By the first calculation formula The first hygiene status evaluation value P1 is calculated.

5. A method for monitoring and evaluating health status for chronic disease prevention and treatment according to claim 4, characterized in that: The second health status assessment value is obtained by processing and analyzing the walking path trajectory information of the chronic disease patient, the location information of the second inducing factor, the type of the second inducing factor and the volume of the corresponding type of the second inducing factor, which specifically includes the following steps: The distance value between the second inducing factor and each walking position on the walking path trajectory is calculated according to the position information of the second inducing factor and the walking path trajectory information of the chronic disease patient and marked as the first distance value; determining an impact distance value of the second inducing factor according to the type of the second inducing factor and marking it as a second distance value; Based on the indoor walking path trajectory of the chronic disease patient, the first distance value and the second distance value are compared to obtain the influential indoor walking path trajectory of the chronic disease patient; The path trajectory influencing factor is obtained by calculating the ratio of the influential path trajectory distance of chronic disease patients walking indoors to the walking path trajectory distance of chronic disease patients; The second hygiene status evaluation value is obtained according to the path trajectory influencing factor, the type of the second inducing factor and the volume of the corresponding type of the second inducing factor.

6. A method for monitoring and evaluating health status for chronic disease prevention and treatment according to claim 5, characterized in that: Comparing the first distance value with the second distance value to obtain an influential path trajectory of a chronic disease patient walking indoors specifically includes the following steps: Mark the walking path trajectory corresponding to the first distance value ≤ the second distance value as an influential path trajectory; The walking path trajectory corresponding to the first distance value> the second distance value is marked as a non-influenced path trajectory.

7. A method for monitoring and evaluating health status for chronic disease prevention and treatment according to claim 6, characterized in that: The path trajectory influencing factor is obtained by calculating the proportion of the influential path trajectory distance of chronic disease patients walking indoors and the walking path trajectory distance of chronic disease patients, which is: Obtain the influential path trajectory distance value L1 of the chronic disease patient walking indoors, and obtain the walking path trajectory distance value L2 of the chronic disease patient; By the second calculation formula The path trajectory influence factor a is calculated.

8. A method for monitoring and evaluating health status for chronic disease prevention and treatment according to claim 7, characterized in that: Obtaining a second health status evaluation value according to the path trajectory influencing factor, the type of the second inducing factor and the volume of the corresponding type of the second inducing factor specifically includes the following steps: The total number of types of the second inducing factor is taken and marked to obtain a total number of types of the second inducing factor m; The volume of each type of second inducing factor on the path trajectory is taken and marked to obtain the volume value W of each second inducing factor j , where j represents the number of the second inducing factor type; By the third calculation formula The second hygiene status evaluation value P2 is calculated.

9. A method for monitoring and evaluating health status for chronic disease prevention and treatment according to claim 8, characterized in that: The chronic disease prevention and treatment health status is evaluated according to the first health status evaluation value and the second health status evaluation value, specifically including the following steps: The total health assessment value Q is calculated by the fourth calculation formula Q=P1+P2; Compare the total health assessment value Q with the preset health assessment threshold K: If the total health assessment value Q ≥ the preset health assessment threshold K, it means that the health status supervision of chronic disease prevention and treatment is unqualified; If the total health assessment value Q is less than the preset health assessment threshold K, it means that the health status supervision of chronic disease prevention and control is unqualified.

10. A chronic disease prevention and health status supervision and evaluation system, applied to a chronic disease prevention and health status supervision and evaluation method according to any one of claims 1 to 9, characterized in that: include: The first acquisition module acquires the symptom category information of the chronic disease patient, and determines the first inducing factor and the second inducing factor that induce the symptom of the chronic disease patient according to the symptom category information of the chronic disease patient; wherein the first inducing factor is an inducing factor in a floating state in the air, and the second inducing factor is an inducing factor in a fixed position; The second acquisition module acquires the environment information of the chronic disease patient and the walking path trajectory information of the chronic disease patient; The first judgment module judges whether the environmental information of the chronic disease patient has the first inducing factor. If the environmental information of the chronic disease patient has the first inducing factor, the detection trajectory of the chronic disease patient is calibrated to obtain the first inducing factor type and the corresponding type of the first inducing factor average content of the detection trajectory of the chronic disease patient, so as to obtain the first health status assessment value by processing and analyzing the first inducing factor type and the corresponding type of the first inducing factor average content; The second judgment module judges whether the environmental information of the chronic disease patient contains the second inducing factor. If the environmental information of the chronic disease patient contains the second inducing factor, the position information of the second inducing factor, the type of the second inducing factor and the volume of the corresponding type of the second inducing factor are obtained; A processing and analysis module performs processing and analysis based on the walking path trajectory information of the chronic disease patient, the location information of the second inducing factor, the type of the second inducing factor and the volume of the corresponding type of the second inducing factor to obtain a second health status assessment value; The evaluation module evaluates the health status of chronic disease prevention and treatment according to the first health status evaluation value and the second health status evaluation value.

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