Household ambulatory blood pressure monitoring and intelligent regulation and control device for hypertensive patient

Abstract

The invention provides a household ambulatory blood pressure monitoring and intelligent regulation and control device for hypertensive patients, and belongs to the technical field of medical equipments.The ambulatory blood pressure monitoring module of the device adopts a non-invasive comfort technology to conduct 24-hour continuous or timed automatic measurement, and blood pressure fluctuation caused by factors such as daily activities and emotions of the patients can be accurately captured; the intelligent analysis and treatment scheme regulation and control module can provide comprehensive real data for doctors to accurately evaluate the illness state, the touch screen or voice interaction mode of the user interaction module improves the usability of the equipment, patients, especially elderly patients can conveniently check data and adjust settings, and the intelligent analysis and treatment scheme regulation and control module can individually adjust the medicine dosage or physical treatment means in real time. And the remote communication module facilitates remote monitoring management and timely intervention of a doctor and provides professional guidance, so that the doctor can manage the patient conveniently, the patient can be helped in time, the treatment safety and effectiveness are improved, the life quality of the patient is improved, and the patient can be professionally nursed at home.

Description

Technical Field

[0001] The present invention belongs to the technical field of medical equipment, and in particular relates to a home-based dynamic blood pressure monitoring and intelligent control device for hypertensive patients. Background Art

[0002] Hypertension is a common chronic disease that poses a serious threat to patients' health. Currently, the diagnosis and treatment of hypertension in clinical practice mainly rely on intermittent blood pressure measurements performed by patients in specific places such as hospitals or clinics. However, this measurement method has certain limitations.

[0003] First, intermittent measurements cannot accurately reflect the patient's actual blood pressure changes in daily life. The patient's blood pressure may fluctuate due to various factors such as mood, activity, diet, etc. Relying solely on blood pressure values ​​measured in the hospital for a short period of time may miss some important blood pressure change information, thereby affecting the accurate assessment of the condition and the formulation of treatment plans. Secondly, traditional blood pressure monitoring equipment is often complicated to operate and is not suitable for patients to use at home. For patients with hypertension, especially those who need long-term blood pressure monitoring, it is very important to be able to monitor blood pressure conveniently and accurately at home and obtain effective treatment advice. In addition, in terms of treatment, adjustments to existing treatment plans often rely on patients to go to the hospital for regular follow-up visits, and doctors make judgments and adjustments based on the blood pressure values ​​measured at the time. This method is not timely and flexible enough, and there may be a lag in the adjustment of drug dosages, and physical therapy methods are difficult to make personalized adjustments based on the patient's real-time blood pressure changes.

[0004] With the continuous development of science and technology, people have higher and higher requirements for the intelligence and convenience of medical equipment. In order to meet the needs of hypertensive patients to monitor blood pressure changes in real time and accurately, and to adjust treatment plans in a timely and automatic manner according to the monitoring results, while facilitating patients to operate at home and realize remote monitoring and management by doctors, it is particularly necessary to develop a home dynamic blood pressure monitoring and intelligent control device for hypertensive patients. This device can make up for the shortcomings of traditional blood pressure monitoring and treatment methods, and improve the treatment effect and quality of life of hypertensive patients. Summary of the Invention

[0005] The purpose of the present invention is to provide a home dynamic blood pressure monitoring and intelligent control device for hypertensive patients, aiming to solve the problems in the prior art.

[0006] To achieve the above object, the present invention provides the following technical solutions:

[0007] A home dynamic blood pressure monitoring and intelligent control device for patients with hypertension includes a blood pressure meter. The surface of the blood pressure meter is provided with an interactive interface. The interior of the blood pressure meter is provided with a dynamic blood pressure monitoring module, an intelligent analysis algorithm module, a user interaction module, a treatment plan control module and a remote communication module. The surface of the blood pressure meter is connected to an electric wire, and the end of the electric wire is connected to a cuff.

[0008] As a preferred solution of the present invention, the dynamic blood pressure monitoring module adopts non-invasive and comfortable blood pressure monitoring technology and can be a cuff-type or wrist-type blood pressure monitor, which can achieve 24-hour continuous monitoring or automatic measurement at set time intervals.

[0009] As a preferred solution of the present invention, the intelligent analysis algorithm module can collect and analyze blood pressure data, identify abnormal conditions such as hypertension, hypotension and blood pressure fluctuations, and can perform personalized analysis based on the patient's historical blood pressure data, age, gender, weight and other personal information.

[0010] As a preferred solution of the present invention, the treatment plan control module can automatically adjust the drug dosage recommendation based on the intelligent analysis results and integrate physical treatment methods, such as automatically adjusting physical therapy parameters such as massage and hot compress.

[0011] As a preferred solution of the present invention, the user interaction module adopts a touch screen or voice interaction method to facilitate patients to view blood pressure data and adjust settings, and can provide clear treatment suggestions and reminder functions.

[0012] As a preferred solution of the present invention, the remote communication module supports uploading data to the cloud or doctor's workstation to achieve remote monitoring and management, allowing doctors to remotely adjust treatment plans and provide timely professional guidance.

[0013] Compared with the prior art, the present invention has the following beneficial effects:

[0014] First, in terms of the accuracy and comprehensiveness of blood pressure monitoring, its dynamic blood pressure monitoring module adopts non-invasive and comfortable technology. Whether it is a cuff-type or wrist blood pressure monitor, it can achieve 24-hour continuous monitoring or automatic measurement at set time intervals. Compared with traditional intermittent measurement, it can accurately capture the blood pressure fluctuations caused by various factors in the patient's daily life, providing doctors with more comprehensive and true blood pressure data, which helps to accurately assess the condition. For example, when the patient experiences different activities and emotional changes during the day, the device can record blood pressure changes in real time, and will not miss important information such as increased blood pressure after meals or blood pressure fluctuations when nervous. Secondly, from the perspective of patient convenience, the user interaction module uses a touch screen or voice interaction method to facilitate patients to view blood pressure data and adjust settings. This greatly improves the ease of use of the device for patients who may not be familiar with complex operations, especially elderly patients. They can easily master their blood pressure conditions and how to use the device without the effort of learning tedious operating procedures. They can operate it by themselves at home, enhancing the patient's self-management ability. Thirdly, in terms of the timeliness of treatment plan adjustment and In terms of personalization, the intelligent analysis algorithm module can collect and analyze blood pressure data and perform personalized analysis based on the patient's personal information. The treatment plan control module can automatically adjust drug dosage recommendations or initiate physical therapy methods based on the analysis results. Compared with the traditional method of relying on regular follow-up visits to adjust the treatment plan, this real-time and personalized adjustment has more advantages. When the patient's blood pressure changes abnormally, the device can respond quickly and automatically adjust the drug dosage or physical therapy parameters. For example, it automatically adjusts the massage intensity or hot compress temperature according to the patient's real-time blood pressure, making the treatment more accurate and effective, reducing the lag in drug dosage adjustment, and improving the treatment effect. Finally, the setting of the remote communication module enables remote monitoring and management by doctors. Doctors can use this module to promptly understand the patient's blood pressure changes and perform remote intervention when necessary to provide patients with timely professional guidance. This not only facilitates doctors' management of patients, but also allows patients to obtain professional help in time when they encounter problems, further improving the safety and effectiveness of treatment, but also improving the patient's quality of life, allowing patients to receive professional care like in a hospital in a home environment. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0016] Figure 1 This is a three-dimensional structural diagram of a home dynamic blood pressure monitoring and intelligent control device for hypertensive patients according to the present invention. DETAILED DESCRIPTION

[0017] The following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative efforts are within the scope of protection of the present invention.

[0018] Example 1

[0019] See also Figure 1 , the present invention provides the following technical solutions:

[0020] A home dynamic blood pressure monitoring and intelligent control device for patients with hypertension includes a blood pressure meter 1. The surface of the blood pressure meter 1 is provided with an interactive interface 2. The interior of the blood pressure meter 1 is provided with a dynamic blood pressure monitoring module, an intelligent analysis algorithm module, a user interaction module, a treatment plan control module and a remote communication module. The surface of the blood pressure meter 1 is connected to an electric wire 3, and the end of the electric wire 3 is connected to a cuff 4.

[0021] In a specific embodiment of the present invention, the sphygmomanometer is integrated with multiple functional modules to achieve device versatility. The interactive interface on the surface of the sphygmomanometer provides patients with an intuitive and convenient operation method, allowing patients to easily interact with the device. The internal dynamic blood pressure monitoring module, intelligent analysis algorithm module, treatment plan control module, and remote communication module work together to build a complete blood pressure monitoring and control system. This integrated design avoids the tediousness of patients using multiple separate devices and improves the overall usability of the device. The dynamic blood pressure monitoring module can measure blood pressure continuously or periodically. Compared with traditional intermittent measurement, it can more comprehensively record the patient's blood pressure changes in different life scenarios. For example, during daily activities, whether the patient is doing light housework or more intense exercise, the module can accurately monitor the real-time changes in blood pressure, providing an accurate data basis for subsequent analysis and treatment. At the same time, the intelligent analysis algorithm module can conduct in-depth analysis of this rich data and, combined with the patient's personal information, such as age, gender, and weight, provide a more accurate basis for the formulation of treatment plans. For example, for patients of different age groups, the normal range and change trend of blood pressure may vary. The module can be used to These characteristics can be analyzed individually to accurately identify abnormalities, improving diagnostic accuracy. The treatment plan control module makes treatment more timely and personalized. When the intelligent analysis algorithm module identifies abnormal blood pressure, the treatment plan control module can respond quickly, automatically adjusting drug dosage recommendations or initiating physical therapy. For example, if a patient's blood pressure suddenly rises, the module can automatically adjust the drug dosage based on the patient's specific situation, avoiding the trouble of frequent visits to the hospital for medication adjustments due to blood pressure fluctuations. The integration of physical therapy methods also provides patients with more treatment options. For example, by automatically adjusting physical therapy parameters such as massage and hot compresses, it can help lower blood pressure and improve patient comfort. The remote communication module enables doctors to remotely monitor and manage patients. Patients can upload their blood pressure data to the cloud or doctor's workstation, allowing doctors to understand the patient's blood pressure changes in real time and provide timely professional guidance and advice. This is especially important for patients with limited mobility or living in remote areas. They can get the doctor's attention and treatment advice without having to frequently visit the hospital, improving the accessibility of medical resources. At the same time, the doctor's remote intervention can further optimize the treatment plan to ensure that patients receive the most effective treatment.

[0022] Specifically, the dynamic blood pressure monitoring module uses non-invasive and comfortable blood pressure monitoring technology. It can be a cuff-type or wrist-type blood pressure monitor, which can achieve 24-hour continuous monitoring or automatic measurement at set time intervals.

[0023] In this embodiment: From the perspective of patient experience, non-invasive and comfortable monitoring technology, whether it is a cuff-type or wrist blood pressure monitor, minimizes the discomfort of patients during the measurement process. For hypertensive patients who need to monitor their blood pressure for a long time, a comfortable measurement method can improve their compliance. For example, the design of the cuff-type blood pressure monitor pays more attention to the softness and fit of the material, so that the patient will not feel tight or uncomfortable when wearing the cuff for measurement. The wrist blood pressure monitor is lighter and more flexible. The patient can wear it at any time during daily activities without affecting normal hand activities. This comfortable experience helps patients adhere to long-term blood pressure monitoring and thus better understand their blood pressure changes. In terms of monitoring accuracy, the 24-hour continuous monitoring function has an irreplaceable advantage. It can capture the patient's blood pressure changes throughout the day, including the blood pressure during sleep at night. For example, some patients may have abnormal blood pressure fluctuations at night, and such fluctuations are easily ignored in traditional intermittent measurements. Through continuous monitoring, doctors can have a more comprehensive understanding of the patient's blood pressure dynamics. , accurately determine whether the patient has problems such as nocturnal hypertension, and provide a basis for formulating more appropriate treatment plans. At the same time, the automatic measurement function at set time intervals is also very practical. Patients can set the measurement interval according to their own living habits and needs, which not only ensures the timeliness of the data, but also does not cause too much interference with the patient's daily life. For example, for some busy patients, they can choose to perform automatic measurements during work breaks, which can not only understand the blood pressure situation but also does not affect their work. In addition, this dynamic blood pressure monitoring method can also provide doctors with richer data samples. Compared with traditional single or intermittent measurements, continuous monitoring or timed automatic measurement can accumulate a large amount of blood pressure data. Doctors can more accurately evaluate the patient's disease progression and treatment effect by analyzing these data. For example, by observing the changing trend of blood pressure data over a period of time, doctors can determine whether the current treatment plan is effective and whether it is necessary to adjust the drug dosage or treatment methods. This helps to improve the targeted and effectiveness of treatment and reduce misdiagnosis or improper treatment due to insufficient data.

[0024] Specifically, the intelligent analysis algorithm module can collect and analyze blood pressure data, identify abnormal conditions such as hypertension, hypotension, and blood pressure fluctuations, and can perform personalized analysis based on the patient's historical blood pressure data, age, gender, weight and other personal information.

[0025] In this embodiment: In terms of data collection and analysis, the module can comprehensively collect the patient's blood pressure data, conduct in-depth analysis of these data, and accurately identify abnormal conditions such as hypertension, hypotension, and blood pressure fluctuations. This is like installing an accurate "detector" for the patient's blood pressure condition. For example, it can detect a sharp change in the patient's blood pressure in a short period of time, or a long-term slow increase or decrease trend through analysis of continuous monitoring data. This accurate identification of abnormal blood pressure conditions helps patients and doctors to promptly discover potential health problems and take appropriate measures to intervene. Another major advantage is personalized analysis based on the patient's personal information. Taking into account the patient's historical blood pressure data, age, gender, weight and other factors, it can provide a more accurate basis for diagnosis and treatment. For example, for older patients, as their body functions decline, vascular elasticity may decrease, and the normal range and change trend of blood pressure are different from those of young people. The intelligent analysis algorithm module will more accurately assess whether the patient's blood pressure is normal based on the patient's age characteristics. For example, patients with overweight are more likely to have high blood pressure problems. This module will comprehensively consider the impact of weight on blood pressure. When abnormal blood pressure is found, it can provide analysis results that are more in line with the patient's individual situation. This personalized analysis can also improve the pertinence of treatment plans. By comprehensively considering a variety of personal information, doctors can develop more appropriate treatment plans for patients. For example, for a male patient with a family history of hypertension and over 40 years old, the intelligent analysis algorithm module will combine his family medical history, age and current blood pressure data and other factors to develop a personalized treatment plan for him. If his blood pressure has a tendency to gradually increase in the near future, the module may recommend appropriate lifestyle adjustments on the basis of drug treatment, such as increasing exercise and controlling diet. At the same time, for patients of different genders, due to differences in physiological characteristics, the changes in blood pressure are also different. This module can conduct a more detailed analysis of the blood pressure changes of female patients during special periods such as menstruation and pregnancy, and provide them with more appropriate treatment recommendations.

[0026] Specifically, the treatment plan control module can automatically adjust drug dosage recommendations based on intelligent analysis results and integrate physical therapy methods, such as automatically adjusting physical therapy parameters such as massage and hot compress.

[0027] In this embodiment: In terms of drug dosage adjustment, the function of automatically adjusting drug dosage recommendations based on intelligent analysis results is highly practical. For patients with hypertension, drug treatment is one of the important means of controlling blood pressure. However, the patient's blood pressure changes dynamically, and traditional fixed-dose drug treatment may not meet actual needs. This module can automatically adjust drug dosage recommendations in real time based on the patient's blood pressure changes and intelligent analysis results. For example, when the patient's blood pressure continues to rise for a period of time and exceeds the normal range, the module will calculate a suitable drug dosage adjustment plan based on the patient's specific situation, such as age, physical condition and other factors. This avoids the trouble of patients frequently going to the hospital to adjust drug dosages due to blood pressure fluctuations, and also improves the accuracy and effectiveness of drug treatment. The function of integrating physical therapy methods and automatically adjusting their parameters provides patients with diversified treatment options. Physical therapy such as massage and hot compress can help lower blood pressure and improve the patient's physical condition. When the patient's blood pressure is abnormal, the function of automatically adjusting physical therapy parameters such as massage intensity, frequency and hot compress temperature can also be used to adjust the dosage of drugs. For example, if the patient's blood pressure fluctuates greatly and needs to be relieved by massage, the module can automatically increase the strength and frequency of the massage according to the specific situation of the blood pressure. When the patient feels cold and blood vessel contraction may cause high blood pressure, automatically adjusting the temperature of the hot compress can promote blood circulation and help lower blood pressure. This method of automatically adjusting physical therapy parameters according to the patient's real-time blood pressure makes physical therapy more personalized and precise, improves the treatment effect, and also increases the patient's comfort. In addition, the combination of drug dosage adjustment and physical therapy can provide patients with a more comprehensive treatment plan. In some cases, relying solely on drug treatment may have certain limitations, and physical therapy can be used as an auxiliary means to cooperate with drug treatment to better control blood pressure. For example, for some patients with mild hypertension, appropriate physical therapy may reduce the use of drugs to a certain extent and reduce the risk of drug side effects. For some patients with poor drug tolerance, adjustment of physical therapy methods can help control blood pressure fluctuations without increasing drug dosage.

[0028] Specifically, the user interaction module uses a touch screen or voice interaction method to facilitate patients to view blood pressure data and adjust settings, and can provide clear treatment recommendations and reminders.

[0029] In this embodiment, from the perspective of operational convenience, the touch screen or voice interaction method greatly improves the interaction efficiency between the patient and the device. For patients in modern society, they are more accustomed to using intuitive and convenient operation methods. The touch screen interaction allows patients to easily view blood pressure data and set the device through simple clicks, slides, etc. For example, patients can intuitively see their blood pressure change curves in different time periods on the touch screen to understand the fluctuations in blood pressure. The voice interaction method provides convenience for patients who are not convenient to operate the touch screen, such as some patients with poor eyesight or inconvenient hand movements. They can complete various operations such as asking for the current blood pressure value and adjusting the measurement time interval simply through voice commands. This diverse interaction method meets the needs of different patients and improves the versatility and ease of use of the device. In terms of viewing blood pressure data, the clear and intuitive display method allows patients to better understand their health status. Patients can view real-time blood pressure data, historical blood pressure records and other information at any time through the interactive interface. For example, the interactive interface can display the patient's blood pressure change trend within a week in the form of a chart, allowing patients to see at a glance whether their blood pressure is stable and whether there is any abnormal increase or decrease. At the same time, the device can also provide some simple analysis and interpretation based on the patient's blood pressure data to help patients better understand their health status. The blood pressure condition of patients can be enhanced, and the patients' attention to their own health and self-management ability can be enhanced. The adjustment setting function provides patients with a personalized usage experience. Patients can set the device according to their own needs and living habits, such as adjusting the measurement frequency, setting reminder functions, etc. For example, if patients want to measure their blood pressure after getting up in the morning and before going to bed at night, they can customize the measurement time through the setting function. The reminder function is also very practical. It can remind patients to measure their blood pressure on time, take medicine on time, etc. For some patients who easily forget to measure their blood pressure or take medicine, this function can help them develop good health management habits, improve treatment compliance, and provide clear treatment suggestions and reminders. The function has important guiding significance for the treatment of patients. After the intelligent analysis algorithm module and the treatment plan control module obtain the analysis results and treatment recommendations, the user interaction module can clearly convey this information to the patient. For example, if the device recommends adjusting the drug dosage based on the patient's blood pressure, the interactive interface will clearly display the specific plan for drug adjustment, including whether to increase or decrease the dosage, the adjusted medication time, etc. At the same time, for situations where physical therapy needs to be initiated, the physical therapy methods and precautions will also be explained in detail. The reminder function can also issue an alarm in time when the patient's blood pressure is abnormal, reminding the patient to take timely measures or contact a doctor to ensure the patient's health and safety.

[0030] Specifically, the remote communication module supports uploading data to the cloud or doctor's workstation to achieve remote monitoring and management, allowing doctors to remotely adjust treatment plans and provide timely professional guidance.

[0031] In this embodiment: in terms of data transmission and remote monitoring, the patient's blood pressure data is uploaded to the cloud or the doctor's workstation, so that the doctor can understand the patient's blood pressure changes in real time, breaking the limitations of time and space. No matter whether the patient is at home, at work or traveling, the doctor can view his or her blood pressure data at any time through the Internet. For example, for some patients who need to travel for a long time, the doctor can remotely monitor their blood pressure and discover potential health problems in time. This remote monitoring method can more comprehensively grasp the patient's blood pressure dynamics and provide a strong basis for accurate diagnosis and treatment. At the same time, by storing data in the cloud, long-term storage and analysis of data can also be achieved. Doctors can understand the development trend of the patient's condition by comparing data from different time periods, and adjust the treatment plan to be more scientific and reasonable. The remote management function brings great convenience to doctors and patients. Doctors can manage the patient's equipment through the remote communication module, such as checking the operating status of the equipment, updating software, etc., to ensure that the equipment is always in good working condition, to provide guarantees for accurate blood pressure measurement and accurate analysis results. For patients, there is no need to go to the hospital in person for equipment maintenance and management, saving time. Remote management can also enable remote adjustments to patients' treatment plans. When doctors discover that a patient's treatment plan needs to be adjusted based on remotely monitored blood pressure data, such as an increase or decrease in medication dosage or a change in physical therapy parameters, they can directly adjust the treatment plan through the remote communication module, avoiding the inconvenience of patients having to frequently visit the hospital due to treatment plan adjustments, thereby improving the timeliness and effectiveness of treatment. Another important advantage of this module is that doctors can provide timely professional guidance remotely. When patients have questions about their blood pressure or treatment plan, they can consult their doctors at any time through the remote communication module. Doctors can provide personalized professional guidance based on the patient's specific situation. For example, if a patient finds that their blood pressure suddenly rises on a certain day, through remote consultation, the doctor can understand the patient's diet, activities, etc. that day, analyze the cause of the increase in blood pressure, and give corresponding suggestions, such as whether to temporarily adjust medication dosage or whether to rest. This timely professional guidance can allow patients to quickly get solutions when they encounter problems, enhance their confidence in treatment, improve their compliance, and thus better control their blood pressure and improve their health.

[0032] Specifically, device initialization: when the patient uses it for the first time, he / she enters personal information such as age, gender, weight, etc.

[0033] Blood pressure monitoring: The device starts to continuously or periodically monitor blood pressure and uploads the data to the intelligent analysis algorithm module in real time.

[0034] Intelligent Analysis: Algorithms analyze blood pressure data, identify abnormalities, and combine personal information for personalized assessment.

[0035] Treatment plan adjustment: Based on the analysis results, the device automatically adjusts the drug dosage recommendation or initiates physical therapy.

[0036] User feedback: Patients review treatment recommendations through the interactive interface and adjust settings or consult their doctor as needed.

[0037] Remote monitoring: Doctors monitor patients' blood pressure changes through remote communication modules and perform remote intervention when necessary.

[0038] In this embodiment: First, the patient enters personal information for the first time as the basis for intelligent analysis, which helps to achieve accurate personalized analysis. The device self-checks to ensure that each module is working properly, laying the foundation for subsequent accurate monitoring and analysis. The continuous or timed blood pressure monitoring mode can comprehensively and accurately obtain the patient's blood pressure data, and can transmit it in real time regardless of the situation, ensuring the timeliness of the data. The intelligent analysis algorithm module combines multi-factor analysis to more accurately judge the blood pressure condition. The treatment plan control module makes timely adjustments based on the analysis results to improve the pertinence and effectiveness of the treatment. The interaction channel between patients and doctors is improved, which improves the safety of treatment and the quality of life of patients. In short, the process of right 7 ensures the efficient and accurate operation of the entire device. From data collection to treatment adjustment, to doctor-patient communication, it provides convenience and protection for hypertensive patients in all aspects, promotes the recovery of patients and improves their quality of life. It enables patients to enjoy comprehensive and professional medical services at home, reduces the inconvenience of frequent medical treatment, and also improves the doctor's ability to control the patient's condition, achieving a win-win situation for doctors and patients, which is of great significance to the treatment and management of hypertensive patients.

[0039] The working principle and use process of the present invention:

[0040] When the patient uses the device for the first time, he needs to enter personal information such as age, gender, weight, etc. through the interactive interface of the blood pressure monitor. This information will serve as an important basis for the subsequent personalized analysis of the intelligent analysis algorithm module. At this time, the device will perform self-inspections on its own modules to ensure that the dynamic blood pressure monitoring module, intelligent analysis algorithm module, treatment plan control module, user interaction module and remote communication module are in normal working condition. The device starts to monitor blood pressure according to the set mode. If the 24-hour continuous monitoring mode is selected, the cuff will continue to measure the patient's blood pressure at a certain frequency and transmit the data to the dynamic blood pressure monitoring module in the blood pressure monitor in real time through the wires. If the automatic measurement mode is set at a set time interval, such as measuring every hour, the blood pressure will be measured at a certain frequency. Each time you measure your blood pressure, the cuff will accurately measure your blood pressure and transmit the data at the corresponding time point. During this process, the dynamic blood pressure monitoring module will preliminarily organize and record the data, and the intelligent analysis algorithm module will start to collect the data from the dynamic blood pressure monitoring module. It will first identify abnormal conditions such as hypertension, hypotension, and blood pressure fluctuations in the blood pressure data. Then, it will conduct a comprehensive personalized analysis based on the patient's historical blood pressure data, age, gender, weight and other personal information entered. For example, if the patient is an older and overweight male, the algorithm will take into account the impact of these factors on blood pressure and comprehensively judge the significance of the current blood pressure data. If it is found that the blood pressure continues to rise within a certain period of time and exceeds the normal range of the patient, the algorithm will mark it as In abnormal situations, based on the results of intelligent analysis, the treatment plan control module begins to work. If the analysis shows that the patient's blood pressure is high and there is room for adjustment of the drug dosage, it will automatically adjust the drug dosage recommendation. At the same time, if physical therapy needs to be initiated, such as when the patient's blood pressure fluctuates greatly and needs to be relieved by massage or hot compress, it will automatically adjust the massage intensity, frequency, and temperature of the hot compress and other physical therapy parameters. For example, when blood pressure rises significantly, the intensity and frequency of massage may be increased, or the temperature of the hot compress may be appropriately increased to promote blood circulation and help lower blood pressure. Patients can view treatment recommendations through the touch screen or voice interaction of the user interaction module. The interactive interface will clearly display the recommendations for drug dosage adjustment and whether it is needed. Initiate physical therapy and other information. Patients can adjust the settings as needed according to their actual situation, such as whether to accept the drug dosage adjustment suggestion, or choose the appropriate physical therapy time, etc. If there are any questions about the treatment suggestions, patients can also consult the doctor through the remote communication module. The doctor can monitor the patient's blood pressure changes in real time through the remote communication module. The doctor can view the patient's detailed blood pressure data and analysis results in the cloud or doctor's workstation. When the patient's blood pressure is found to have abnormal fluctuations or the treatment plan needs further adjustment, the doctor can intervene remotely. For example, the doctor can fine-tune the drug dosage recommendations automatically generated by the device based on more comprehensive clinical experience, or further optimize the physical therapy parameters according to the patient's special situation. At the same time,Doctors can also communicate with patients through the remote communication module, answer their questions, and provide more personalized professional guidance to ensure that patients receive the most effective treatment, improve the safety and effectiveness of treatment, and enhance their quality of life. In short, through this complete and closely coordinated operational process, the device achieves accurate blood pressure monitoring, intelligent analysis, timely adjustment of treatment plans, and effective remote monitoring and management for hypertensive patients, bringing great convenience and protection to the treatment and life of hypertensive patients.

[0041] Finally, it should be noted that the above are merely preferred embodiments of the present invention and are not intended to limit the present invention. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art will be able to modify the technical solutions described in the aforementioned embodiments or substitute equivalents for some of the technical features. Any modifications, equivalent substitutions, and improvements made within the spirit and principles of the present invention shall be included within the scope of protection of the present invention.

Claims

1. A home dynamic blood pressure monitoring and intelligent control device for patients with hypertension, characterized in that: The invention comprises a blood pressure meter (1), wherein an interactive interface (2) is arranged on the surface of the blood pressure meter (1), a dynamic blood pressure monitoring module, an intelligent analysis algorithm module, a user interaction module, a treatment plan control module and a remote communication module are arranged inside the blood pressure meter (1), and an electric wire (3) is connected to the surface of the blood pressure meter (1), and a cuff (4) is connected to the end of the electric wire (3).

2. A home dynamic blood pressure monitoring and intelligent control device for patients with hypertension according to claim 1, characterized in that: The dynamic blood pressure monitoring module adopts non-invasive and comfortable blood pressure monitoring technology, and can be a cuff-type or wrist-type blood pressure monitor, which can realize 24-hour continuous monitoring or automatic measurement at set time intervals.

3. A home dynamic blood pressure monitoring and intelligent control device for hypertensive patients according to claim 2, characterized in that: The intelligent analysis algorithm module can collect and analyze blood pressure data, identify abnormal conditions such as hypertension, hypotension and blood pressure fluctuations, and can perform personalized analysis based on the patient's historical blood pressure data, age, gender, weight and other personal information.

4. A home dynamic blood pressure monitoring and intelligent control device for hypertensive patients according to claim 3, characterized in that: The treatment plan control module can automatically adjust drug dosage recommendations based on intelligent analysis results and integrate physical therapy methods, such as automatic adjustment of physical therapy parameters such as massage and hot compress.

5. A home dynamic blood pressure monitoring and intelligent control device for patients with hypertension according to claim 4, characterized in that: The user interaction module uses touch screen or voice interaction to facilitate patients to view blood pressure data and adjust settings, and can provide clear treatment recommendations and reminders.

6. A home dynamic blood pressure monitoring and intelligent control device for patients with hypertension according to claim 5, characterized in that: The remote communication module supports uploading data to the cloud or doctor's workstation to achieve remote monitoring and management, allowing doctors to remotely adjust treatment plans and provide timely professional guidance.

7. The working process of the device for dynamic blood pressure monitoring and intelligent control for patients with hypertension at home according to claim 6 is characterized by: Device initialization: When the patient uses it for the first time, he / she enters personal information such as age, gender, weight, etc. Blood pressure monitoring: The device starts to continuously or periodically monitor blood pressure and uploads the data to the intelligent analysis algorithm module in real time. Intelligent analysis: Algorithms analyze blood pressure data, identify abnormalities, and combine personal information for personalized assessment. Treatment plan adjustment: Based on the analysis results, the device automatically adjusts the drug dosage recommendation or initiates physical therapy. User feedback: Patients view treatment recommendations through an interactive interface and adjust settings or consult a doctor as needed. Remote monitoring: Doctors monitor the patient's blood pressure changes through the remote communication module and perform remote intervention when necessary.

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