52 results about "One chronic disease" patented technology

The invention provides a chronic disease management system, for solving the problem that a patient cannot accurately take medicines in a timing manner. The chronic disease management system comprises an identity authentication module, a medicine taking information obtaining module, a reminding information arranging module and a medicine taking reminding module, wherein the identity authentication module is used for performing identity authentication on a user through a fingerprint, a password, or an ID card with user information; the medicine taking information obtaining module is used for registering, after the approval of the identity authentication, a server for obtaining the user medicine taking information approved by the identity authentication; and the reminding information arranging module is used for setting medicine taking reminding information according to the medicine taking information; and the medicine taking reminding module is used for reminding the user to take medicines according to the medicine taking reminding information. The chronic disease management system can be used for a long time for accurately reminding the patient to take medicines in a timing manner.

The invention provides a chronic disease integrated management platform which comprises an integrated care organization management diagnosis-and-treatment system, an individual health management system and a background service system. The integrated care organization management diagnosis-and-treatment system performs graded management on organizations in different grades. Classified management isperformed on the chronic disease according to disease kind, and performing layered management on the doctor authority; establishing a personal archive by the individual health management system according to the individual ID, and realizing prevention and screening of the chronic disease through acquiring, storing and analyzing the health data; wherein the background service system is used for supporting operation management of the whole platform and performs management of a database server, user accounts and authority and supplies an auxiliary decision function of the chronic disease. According to the platform, X chronic diseases are managed around two lines in three levels through the chronic disease management platform, thereby realizing protection and diagnosis-and-treatment of the individuals, ensuring data gathering of the patient in a community, a home and a hospital, and performing close observation and treatment on the chronic disease.

The invention provides a method and device for evaluating the efficacy of a chronic disease drug. The method includes the steps of determining a clustering method; clustering real feature data of a case according to the clustering method, and obtaining drug use information and diagnostic information corresponding to different categories; and analyzing the efficacy of each drug according to the drug use information and diagnostic information corresponding to the different categories. The method provided by the invention can be applied to the theoretical research related to the evaluation of theefficacy of the chronic disease drug, and can also be applied to the prediction, early warning and drug recommendation of the clinical disease complications simultaneously. The analysis results are detailed, accurate, small in error. The larger the number of data samples is, the greater the credibility of the analysis results is. Great convenience is brought to medical workers in analyzing and judging the treatment of chronic diseases. The method is of great significance for the analysis of biological and medical related fields.

The invention discloses a chronic disease assistant decision-making patient data visualization method and system, and the method comprises the steps: building a chronic disease knowledge graph, building a hyperplane management data model graph of a patient through combining with the static data and dynamic data of the patient, and projecting the hyperplane management data model graph to a two-dimensional plane; and comparing the Euclidean distance between the features of the patient information model on the two-dimensional planar graph with the distance difference between the standard features, and generating and recommending a management scheme in combination with path node concepts and attribute relationships between the concepts. The patient information model and the chronic disease knowledge graph are fused, semantic information of all characteristics can be fully utilized, and the importance and association of all risk factors are comprehensively and systematically displayed on atwo-dimensional plane in the modes of positions, colors and the like. The effect of chronic disease management of the patient is evaluated through the geometric position, and then a personalized patient health management scheme is formulated by using the path to help the patient to improve the chronic disease management ability from multiple dimensions.

The invention discloses a chronic disease refinement management platform. Through Internet, the data acquisition terminal of information transmission, a chronic disease management system and a drug delivery system are realized. A data acquisition system transmits the collected health basic data to the chronic disease management system so that a doctor can consult and diagnose. The doctor gives a patient treatment suggestion and a formula through the chronic disease management system and feeds the suggestion and the formula back to the data acquisition terminal so that a patient can check, andsimultaneously, the treatment suggestion and the formula are used to deliver drugs to the patient through the drug delivery system. Through the above mode, the patient can know the condition at any time and acquires beneficial health guidance from the system; and a health level can be increased and the cost of chronic disease treatment is reduced.

The invention discloses a chronic disease tracking service and automatic reminding system. Sign data and/or motion data of a chronic disease patient are detected through a smart mobile terminal, and are uploaded to a data server through a communication network; the sign data and/or motion data are collected from a the data server through a doctor server side and visually displayed, and under the operation of a doctor, a first prewarning value and a collection time interval of the sign data and/or motion data are set, and an alarm signal is generated when the sign data and/or motion data exceedthe first prewarning value; and the alarm signal is received via the communication network through a patient reminding equipment, and the chronic disease patient is continuously reminded according tothe alarm signal in a preset reminding mode at the collection time interval till the sign data and/or motion data of the chronic disease patient exceed the first prewarning value through treatment and control means, so that the chronic disease patient knows the state of the disease in real time and adjusts the treatment and control method in time, and delay of the disease is not caused.

The invention belongs to the technical field of medical equipment, and particularly discloses a leg training device for preventing chronic diseases. The leg training device solves the problems that training devices are complicated in structure, inconvenient to use, incapable of being used by users at home conveniently and low in practicability. The leg training device comprises a transverse plate,symmetrical support columns are connected to the four corners of the outer wall of the top of the transverse plate through bolts, stabilizing plates are welded to the outer walls of the bottoms of the four support columns, and non-slip pads are bonded to the outer walls of the bottoms of the stabilizing plates; a second soft pad is bonded to the outer wall of the top of the transverse plate, anda backup plate is connected to one side of the outer wall of the top of the transverse plate through bolts. According to the leg training device, through the movement of first placement plates and second placement plates, electric idler wheels are controlled by controllers in controller boxes to drive sliding plates to move back and forth, the interiors of airbags are inflated or deflated by air pumps, when a user uses the device, the legs can be moved and massaged, the practicality of the device is effectively improved, and the effect of preventing the chronic diseases is improved.

The invention discloses a recipe recommendation method for patients with chronic diseases, and the method comprises the steps: determining a diet label corresponding to a patient from a preset diet label set according to the feature data of the patient; querying and obtaining recommended recipe data from a recipe database according to the diet label corresponding to the patient; and pushing the recommended recipe data. According to the invention, intelligent and personalized recipe recommendation can be realized.

The invention discloses a chronic disease medication big data intelligent management and monitoring system, which comprises a data acquisition end, a database server, an early warning module and a service display, the database server carries out processing to obtain the medicine use condition, the disease number change condition, the medicine price trend and the chronic disease change trend, the early warning module sends an early warning signal to the service displayer according to a received signal, and the service displayer displays the medicine use condition data and the disease number change condition data in real time and preferentially displays the early warning signal. According to the system, medicine use information and medicine prices are monitored, data summarization is carried out, big data intelligent management and monitoring are realized, chronic disease medicine use condition data are acquired regionally and accurately, regional public health source tracing is facilitated, the medicine use condition and the medicine prices can be displayed, managed and monitored visually, market transparency is guaranteed, and market competitiveness is improved. And market supervision of a supervision mechanism is facilitated.

The invention discloses a method for chronic disease early period electrophysiological detection. The method comprises the following steps of according to the chronic disease early period electrophysiological detection item, marking a measuring part; arranging a plurality of electrodes at the marked measuring part; adopting measuring signals at different frequencies, and according to the preset body resistance network combination, measuring the resistance value between the electrodes at the measuring part corresponding to each group of body resistance network; according to the measured change amount of the resistance value between the electrodes at the measuring part corresponding to the body resistance network at different frequencies, determining and displaying the electrophysiological detection result by the preset detection standard. The invention also discloses a corresponding system. The method has the advantages that the disease or the health condition of the local body tissue can be measured in a targeted way, so the chronic disease early period electrophysiological detection result is more accurate; a measured person does not need to do much exercise before measuring, so the measuring efficiency is higher.

An embodiment of the invention provides a chronic disease follow-up surveying method which comprises the steps of acquiring a follow-up surveying problem that is input by a doctor terminal and is made to a patient; classifying the follow-up surveying problem; transmitting a corresponding problem engine and the follow-up surveying problem to a patient terminal according to a classifying result; acquiring an answer of the patient according to the problem engine for aiming at the follow-up surveying problem from the patient terminal; identifying the answer for acquiring meaning of the patient; and performing feedback according to the meaning for supplying a suggestion to the patient. The chronic disease follow-up surveying method has advantages of realizing real-time monitoring to the patient health and generating a corresponding treatment plan by the doctor, improving follow-up surveying completing degree, performing real-time feedback to the user question, improving communication between the patient and the doctor, and reducing follow-up surveying cost.

The invention provides a processing method and device for chronic disease information, equipment and a storage medium, belonging to the technical field of medical information processing. The method comprises the following steps: acquiring first health information of a patient; generating a follow-up visit plan for the chronic disease of the patient according to the first health information, wherein the follow-up visit plan comprises subsequent visit time; sending a subsequent visit prompt message according to the follow-up visit plan and the subsequent visit time; receiving subsequent visit information of the patient; adding the subsequent visit information to the first health information of the patient to obtain second health information; and updating the follow-up visit plan according tothe second health information. According to the method, the health information and the diagnosis and treatment information of the patient are automatically analyzed and processed, the follow-up visitplan is automatically generated and updated, and the problem that a family doctor cannot see the complete historical diagnosis and treatment data of the patient due to the fact that a public health platform system does not communicate with HIS data in related technologies is solved.

The invention discloses a chronic disease early warning system and method, and the system comprises a client which is used for receiving body health information sent by a user and/or health test data sent by the user through an application program; and the cloud server is used for receiving the body health information and/or the health test data sent by the client, performing data processing according to a preset chronic disease database, and generating a user prescription within a preset time. According to the invention, the body health information can be sent to the cloud server through the client of the user, then the cloud server performs data processing according to the information data, and then obtains the chronic disease type of the user according to the chronic disease database, so that the corresponding user prescription is generated; according to the technical scheme, the user can detect whether the chronic disease exists or not through the client side of the user, the user does not need to go to a hospital, meanwhile, the user prescription for improving the chronic disease can be obtained, the chronic disease condition of the user can be improved, and the predicted health deterioration condition can be avoided or relieved.

The invention provides an electronic medicine box for intelligent reminder of chronic diseases, which includes a temperature control switch, a second storage battery, a refrigerator, a cover, a fluorescent plate, a partition plate 1, a screw rod 1, a box body, a partition plate 2 and a screw rod 2, and a fluorescent plate Set at the rear end of the cover body, a refrigerator is installed on the inner rear wall of the cover body, a temperature control switch and a second battery are installed on the lower side of the refrigerator, and the second battery is assembled on the right side of the temperature control switch. This design can provide a good For storage space, there are screw 1 and screw 2 inside the box, screw 1 is installed on the left side of screw 2, screw 1 is equipped with partition 1, screw 2 is installed with partition 2, partition 2 It is arranged on the right side of partition 1, and partition 2 and screw rod 2 are assembled inside the box body. This design can adjust the positions of partition 1 and partition 2. The invention is easy to use, easy to operate, good in stability and reliable High for increased flexibility.

The invention discloses a use method of an intelligent data acquisition system of a chronic disease management robot. The use method comprises the steps of detecting whether a user wearing an intelligent bracelet is present in a first preset distance, acquiring an ID (identity) number of the intelligent bracelet if so, calculating a printing sequence number for printing a chronic disease detectionreport, generating a printing identification code corresponding to the chronic disease detection report, transmitting the printing sequence number and the printing identification code to the intelligent bracelet, allowing a first touch screen to display the printing sequence number and the printing identification code, activating a camera to shoot a second head portrait of a current printing person, judging whether a first head portrait is the same as the second head portrait, allowing a second touch screen to pop up an entry interface if so, judging whether the printing identification code is entered from keyboard keys, and allowing a printer to print the chronic disease detection report corresponding to the printing identification code if so. With the adoption of the mode, the method allows the chronic disease management robot to have high privacy, and only a detection person can print the chronic disease detection report.

The invention discloses a health management system for chronic diseases. The health management system comprises a server management module, a user management module and a background management module; the user management module and the background management module are managed through the server management module; the user management module is logged in by a user, performs information collection and illness state collection on a patient, automatically generates an electronic medical record of the patient, stores patient data into a background server, and shares the illness state of the patient based on the Internet; the background management module is provided; the physicians, the hospitals and the communities log in the management background; the management background carries out statistics on all patients, carries out multi-disclosure analysis on the same type of patients and automatically generates reports, and a background manager carries out diagnosis and treatment analysis on different illness states and tracks and contacts information of the patients. According to the invention, a traditional chronic disease management system is improved, statistical classification and tracking are performed on patient information, chronic diseases are managed, and the occurrence rate of the chronic diseases is reduced.

The invention discloses a chronic disease monitoring and prevention system, which comprises a data monitoring module, a data analysis module, and a medication module, the data monitoring module comprises a manual monitoring module and an automatic monitoring module, and the medication module comprises a medication planning module and a medication reminding module. The invention further discloses the usage method of the chronic disease monitoring and prevention system, the user carries out software and hardware connection by means of a terminal operation device and a matched chronic disease detection hardware device, detection is then carried out, and detection data are automatically uploaded or data are manually inputted; after being received by a background cloud, the data are analyzed and an analysis result is obtained, and corresponding reminding and suggestion are given; and according to need, the user set a medication plan and obtain medication reminding information. The inventionprovides a complete set of chronic disease monitoring and prevention solution to portably monitoring the symptom of a chronic systemic disease in real time, providing real-time chronic disease monitoring data and carrying out the medication plan and medication reminding in real time, so that the health of citizens can be improved as a whole.

The invention relates to the field of big data processing and discloses a chronic disease treatment effect assessment method, a device, equipment and a storage medium. The method comprises the steps of acquiring diagnosis and treatment data in a chronic disease treatment process from a family doctor, screening the diagnosis and treatment data according to a chronic disease index screening strategyconfigured in advance to acquire a corresponding assessment index, performing performance scoring on the assessment index according to an index scoring criterion corresponding to the assessment index, and obtaining a performance score result. The diagnosis and treatment data in the chronic disease treatment process is acquired from the family doctor on line, the assessment index is screened fromthe diagnosis and treatment data, and the performance scoring is performed on the assessment index according to the index scoring criterion corresponding to the assessment index to form the performance score result, so that a performance assessment procedure is simplified, an assessment period is shortened, the influence of subjective factors on an assessment result during manual assessment is avoided, and the accuracy of the assessment result is guaranteed as compared with the existing manual off-line assessment manner.

Methods and systems for managing at least one chronic disease in a population of patients by collecting information from the population of patients and prescribing courses of medical action based on collaboration between human beings and artificial intelligence (AI). Sensors are placed within the human bodies of the population of patients to continuously sense and monitor at least one physiological parameter and generate data corresponding to the physiological parameter, and the data are transmitted via the Internet and stored in a database. Artificial intelligence is then used to prescribe a course of medical action in an individual patient if the data indicates a medical condition that is within the database and known by the artificial intelligence. The artificial intelligence is also used to request an individualized course of medical action from a medical provider if the data indicates a medical condition not within the database or known by the artificial intelligence.

The invention discloses a chronic-disease personalized precise medication guiding method and system. The method and the system are designed in order to realize a virtual reality simulation environmentunder a remote condition. The chronic-disease personalized precise medication guiding method comprises the following steps of predetermining a plurality of factors affecting the medication efficacy,the safety, the economy, and the tolerance of a patient, and presetting the quantitative criteria of each factor; carrying out crowd characteristic classification on each factor, and scoring crowds with different characteristic classifications under the different factors; and carrying out the crowd characteristic qualitative performance of each factor on the patient, and carrying out correspondingmean value and suitability degree calculation according to corresponding scores, and obtaining a drug with high efficacy and safety for the patient. In the invention, a guiding advice on the suitability of the drug for the patient is provided, and a reference and an application basis are provided for the assistant research and realization of other medical intelligent decisions.

The present invention relates to a monitoring and management system, and particularly to a monitoring and management system of chronic diseases. The monitoring and management system comprises a healthrecord unit, a resource sharing unit, a data monitoring unit, an information management unit, a treatment management unit and a medication management unit, the health record unit comprises a personalinformation module, a physical examination information module, a diagnosis information module, a treatment information module and a clinical information module, the resource sharing unit comprises anappointment management module, a consultation management module, an expert management module and a consultation auxiliary module, the treatment management unit comprises a motion management module and a diet management module, and the medication management unit comprises a medication planning module and a medication reminding module. The monitoring and management system can quickly search basic information of patients, is convenient for doctors and patients to carry out early warning, medium-term control and later treatment on some symptoms, complications, dangerous factors and the like, canconduct remote consultation, diagnosis, treatment and rehabilitation guidance, and also enables data collection to be more complete.

The invention discloses a chronic disease medicine taking behavior risk quantification analysis method and application, and the method comprises the steps: defining the risk level of a medicine takingbehavior, i.e., firstly setting the medicine taking time which is the time for suggesting a patient to take medicine in a treatment scheme, building a risk model through employing the medicine takingtime and the actual medicine taking time of the patient as parameters, and forming various applications of risk grade axis, risk quantitative calculation of medicine taking behaviors and risk quantitative analysis of the medicine taking behaviors. The problems that in the medicine taking process of a chronic disease patient, the risk brought to treatment by illegal medicine taking behaviors cannot be clearly or timely known, the actual medicine taking situation cannot be timely adjusted, correct treatment of the disease is delayed, and a treatment scheme is not personalized, humanized or reasonable enough are solved; and the method can be widely applied to the field of chronic disease treatment and supervision technology application.

The invention discloses a chronic disease informatization management method and system and a storage medium, and the method comprises the following steps: constructing a database which is internally provided with a plurality of health records; constructing a visual platform, and setting a query tag and a file editing button group in the visual platform; acquiring to-be-retrieved information input by a user in the file query window, matching a corresponding name and/or file number in the database according to the to-be-retrieved information, and displaying the health file corresponding to the name and/or file number in the visual platform; and in response to the operation on the file editing button group, adding, deleting and modifying the personal basic information table, the laboratory inspection information, the diagnosis information and the treatment information in the health file. The system realizes informatization and centralized management of chronic diseases, has the capabilities of long-time storage and multi-terminal reading, and can enable a user to efficiently and intuitively check the health archive of a person needing to be managed in a multi-terminal manner.

The invention discloses a chronic disease patient health care device and a nursing frame. The chronic disease patient health care device comprises a supporting seat and two rehabilitation training assemblies; the supporting seat is used for lifting and restraining legs of a patient; each of the two rehabilitation training assemblies comprises a hand training piece and a rolling massaging piece; the two hand training pieces are oppositely arranged left and right; the rear ends of the two hand training pieces are in sliding connection with the left end and the right end of the supporting seat respectively; a sliding supporting piece is arranged at the bottom of the front end of each hand training piece; the rolling massaging pieces are arranged between the two hand training pieces; and whenthe hand training pieces are manually driven to move in a front-back direction, the rolling massaging pieces move back and forth along with the hand training pieces respectively. According to the chronic disease patient health care device and the nursing frame provided by the invention, proper exercise on hands of the patient in a sickbed can be facilitated, and feet of the patient can be massagedat the same time, so that recovery of the patient is facilitated.

The invention discloses a chronic disease remote monitoring and evaluating system and relates to the application of an IoT system. The chronic disease remote monitoring and evaluating system includesa server and a client. The server communicates with the client. The server includes a diagnostic module, a feedback module, a cloud storage module, and a cloud communication module. The client includes a connection module, an analysis module, a personal storage module, a display module, and a terminal communication module. The server and the client communicate with the terminal communication module through the cloud communication module. The chronic disease remote monitoring and evaluating system has beneficial effects that a hospital can regularly obtain the physical information of patients with chronic diseases by a technical means, and makes a qualified diagnosis for the patients with chronic diseases based on the information; and the patients with chronic diseases can receive feedbackfrom the hospital in time to well understand their own physical conditions and well maintain their bodies. In addition, the chronic disease remote monitoring and evaluating system reduces the frequency of patients with chronic diseases going to the hospital and reduces the pressure on the hospital.

A chronic disease management system disclosed by the present invention comprises a client for collecting patient information and a server for a doctor to monitor patient conditions, the client and the server are connected through a wireless communication module, and a signal receiving circuit, a differential compensation circuit and a filtering detection output circuit are arranged between the wireless communication module and the server. The signal receiving circuit receives the frequency signal received by the wireless communication module and sends the frequency signal to the differential compensation circuit; the differential compensation circuit carries out differential amplification compensation on the frequency signal and then transmits the signal to the filtering detection circuit, and the filtering detection circuit carries out filtering processing on the signal and then transmits the signal to a server. According to the invention, the temperature drift can be effectively suppressed, and the accuracy of data transmission is effectively improved while the signal is detected and compensated.