166 results about "Out of hospital" patented technology

A self-service system and user interface supports a patient in initiating, monitoring, and managing administration of admission, discharge and scheduling activity and in accessing medical information. A system supports patient access to medical information of the patient. The system includes an interface processor for receiving patient identification information and a database linking a patient identifier derived using the patient identification information, with prescription information identifying a medication for the patient. A data processor accesses the database to retrieve the prescription information. A display processor initiates generation of data representing an image including the prescription information, in response to the received patient identification information and a request by the patient to access the prescription.

The present disclosure pertains to a system and method for monitoring usage of a respiratory medicament delivery device. Regular use of a respiratory medicament delivery device at intervals prescribed by a doctor may be critical to a subject's health. The system described herein is configured to monitor usage of a respiratory medicament delivery device such that manual tracking of a patient's adherence to a dosage plan by a doctor, for example, is not required. Monitoring usage of the medicament device delivery device may allow the doctor to judge the adherence of the subject to the dosage plan and encourage increased adherence. Improved adherence by the subject may result in improvement in the condition of the subject and economic benefits including reducing costs associated with re-hospitalization after discharge. In some embodiments, the system comprises a medicament delivery device and a usage event monitoring device.

A system for managing medical equipment is described. The system includes an equipment tracking module to maintain equipment records corresponding to medical equipment that are shipped from a medical equipment manufacturer to a medical center. The system also includes a patient information tracking module to maintain patient records corresponding to patients of the medical center and to associate the patient records with the equipment records when the patients are equipped with the medical equipment. In addition, the system includes a mapping module to provide locations of medical facilities capable of providing support for the medical equipment for patients that have been discharged from the medical center. Other embodiments are also described.

The invention discloses a rehabilitation cycle data monitoring system and monitoring method. The rehabilitation cycle data monitoring system comprises rehabilitation equipment, a remote server and a mobile application terminal. The rehabilitation equipment is used for creating patient medical records, controlling hand movement of a patient and collecting movement parameters and electromyographic signals of the hand and uploading the collected movement parameters and electromyographic signals to the remote server wirelessly and storing the collected movement parameters and electromyographic signals to the corresponding patient medical records; and the mobile application terminal is communicated with the remote server and is used for querying the patient medical records and rehabilitation guidance information and carrying out on-line interaction with doctors. By collecting the movement parameters and the electromyographic signals generated in the patient training process and uploading the collected movement parameters and electromyographic signals to the remote server for storage, the follow-up patients can search the relevant data and rehabilitation guidance information in the remote server through the mobile application terminal, thereby solving the problems of difficult hospital second-level follow-up examination and inconvenient out-of-hospital rehabilitation guidance of the patients.

The invention discloses an internet-based community healthcare interaction system and an implementation method. The system comprises a client side, a medical are side and a server side, wherein the client side is used for acquiring user information, transmitting the user information to the server side and acquiring display information from the server side; the medical care side is used for acquiring medical care information, transmitting the medical care information to the server side and acquiring the display information from the server side; the server side is used for converting the acquired user information and the medical care information into the display information and providing a communication channel for the user side and the medical care side. An information interaction platform for real-time health communication, health consultation, self-medication, health mutual aid, hospital guide, home nursing and out-of-hospital rehabilitation is provided for people, and health information service such as daily nursing, children and pregnant women guide and emergency aid and treatment of children, women, old people and special patients is provided, so that good interaction relation is established between medical workers and patients of surrounding communities, and link and implementation of on-line and off-line health care service are realized.

A medication information acquisition system facilitates collection and accurate consolidation of home medication history from data sources providing data of varying degrees of accuracy. A medication information acquisition system automatically acquires patient medication information from multiple different sources. The system includes an acquisition processor for, in response to user command, automatically interrogating multiple different information sources for acquiring and collating medication data to provide patient medication history data indicating medications a patient received prior to admission to a healthcare provider facility. The multiple different information sources include at least two of, (a) a pharmacy benefit management system, (b) a healthcare information system indicating medications a patient was receiving at the most recent time of discharge of the patient from a healthcare provider facility and (c) medication information derived by questioning the patient. A display processor initiates generation of data representing a display image identifying the medications the patient received prior to admission and enabling a user to individually select medications to be continued or canceled.

A system, method and computer program for electronic documentation of information, such as medical information, on problem-specific templates that can be validated, in real-time, for completeness. The invention allows the user to organize, display, validate, archive, and export documentation of medical information on such problem-specific templates. By use of a recording device such as a digital pen, the invention combines the speed, ease of use, and familiarity of pen on paper with the data capture, real-time documentation validation, and real-time best practice prompts of traditional EMR systems. Interactive chart validation can be performed at will, rather than the traditional method of medical quality assurance, which consisted of chart review after for the patient had been cared for and discharged. The invention automatically tabulates the number of pre-specified fields with documentation and provides validation to ensure that each documented template has met the pre-specified documentation requirements, documentation suggestions and best health practices guideline prompts.

The invention relates to a non-invasive attached telemetering electrocardiographic recording method having an ultra-long record period and an ultra-high storage capacity. By using the method, characteristic values of electrocardiographic waves can be safely, stably and clearly acquired under the natural physiological state of a human body within a long period (more than 15 days), microvolt-level measurements of T-wave alternans can be acquired, and the collection, processing and high-capacity storage of electrocardiographic waves can be completed; and multiple electrocardiographic recording pasters can be used to realize the simultaneous recording of multi-channel body surface electrocardiograms, and a computer data processing and analysis system can complete the data monitoring and analysis, image display, data storage and printing and output of the recorded signals and realize the networking transmission of the electrocardiosignals. The clinical indications of the device include: symptoms related to suspected arrhythmia; determination of arrhythmia property, and completion of reasonably evaluating anti-arrhythmia treatment and monitoring myocardial ischemia; evaluation of anemic heart disease treatment measures; instructions to acute myocardial infarction patients before leaving hospital and during convalescence; and installation, detection and function assessment of sudden cardiac death and heart pacemakers.

The invention discloses an Internet-of-Things based method used for conducting intelligent home nursing after a postoperative patient in an intensive care unit leaves hospital and returns home. Through a wireless network, a medical care bed provided with a wireless data transmission module, a physiological data acquisition module, a data diagnosis and warning module and a wireless video transmission module is connected with a hospital system, the medical care bed monitors physiological parameters of a user in real time, and data analysis and abnormity warning are conducted through the data diagnosis and warning module. A doctor observes the real-time status of the user through the wireless video transmission module, and directs relatives of the user to conduct first aid. Through the intelligent medical care bed, on-line and real-time inquiring and monitoring of physiological data of the user are achieved among the hospital, a community and the home, transfer treatment and a rehabilitation programme of the user are well carried out between the hospital and the community, and cooperative nursing of the user is achieved.

A system and method of managing the logistics of trays and lots of medical inventory, from the manufacturer's initial release until final discharge by the end user healthcare provider. The system is driven by one or more software applications running on a central, secure server accessible by remote handheld telecommunication devices. The system comprises software modules providing functionality for the management of specific medical cases, the billing process, warehouse reconciliation of used inventory, a loaner program for borrowing otherwise unavailable inventory, and many other processes. Additional features of the system include a geographic map, an inventory list of medical devices, an imaging assembly to read barcodes or other optic identifiers, an Food and Drug Administration news assembly incorporating a live RSS news feed for releases about product defects or recalls.

Apparatus and associated methods related to determining medical services appropriate to a patient in response to a patient lifecycle event: presenting the medical services to the patient for selection; optionally scheduling the selected medical services; and automatically presenting the selected services for prepayment. The patient lifecycle event may be, for example, a doctor's order, diagnosis, condition change, payment, admission, or discharge. The services presented to the patient may be determined in response to, and as a function of, the lifecycle event. For example, the services presented may include procedures determined after the lifecycle event, in view of patient medical history. In an illustrative example, the services presented may be based on medical indication, contraindication, provider or facility availability, or patient scheduling preference, advantageously permitting more medically relevant, beneficial, convenient, or cost-effective services. Various examples may advantageously provide a discount for a service bundle provided at a particular time or facility or by an affiliated physician or medical group.

Apparatus and associated methods related to determining medical services appropriate to a patient in response to a patient lifecycle event: presenting the medical services to the patient for selection; optionally scheduling the selected medical services; and automatically presenting the selected services for prepayment. The patient lifecycle event may be, for example, a doctor's order, diagnosis, condition change, payment, admission, or discharge. The services presented to the patient may be determined in response to, and as a function of, the lifecycle event. For example, the services presented may include procedures determined after the lifecycle event, in view of patient medical history. In an illustrative example, the services presented may be based on medical indication, contraindication, provider or facility availability, or patient scheduling preference, advantageously permitting more medically relevant, beneficial, convenient, or cost-effective services. Various examples may advantageously provide a discount for a service bundle provided at a particular time or facility or by an affiliated physician or medical group.

The embodiment of the invention discloses a defibrillation rhythm recognition device based on a sequential pool convolution neural network and a recurrent neural network, which processes the originalelectrocardiogram signal through a sliding window. The band-pass filtering and waveform slope calculation of each sliding window ECG data are realized by convolution layer. Extracting the distributioncharacteristics of ECG data slope of each sliding window; the characteristics of slope distribution are input into recurrent neural network, and the defibrillation rhythm is identified by the dynamictime series of slope distribution. The heart rhythm recognition model aims at minimizing the recognition error; based on optimization of ECG signal preprocessing, feature extraction and classification, by making full use of the dynamic information of the slope distribution of ECG signal, the device realizes the end-to-end learning from the original ECG signal to the cardiac rhythm class marker, and can automatically adjust the parameters of band-pass filter and slope calculation, thus providing more accurate criteria for out-of-hospital cardiac defibrillation first aid, reducing the demand for ECG detection time and improving the first aid efficiency.

The invention discloses an electronic medical record information correction method and system. The method comprises the steps of establishing a medical knowledge graph; receiving first disease courserecord information input based on the admission record, the latest examination result and doctor's advice information of a patient; receiving first ward round disease course record information input based on the first disease course record, the latest examination result and the doctor's advice information; receiving subsequent disease course record information input based on the previous two disease course records, the latest examination result and the doctor's advice information of the patient; receiving and displaying discharge record information input based on the admission record, all disease course records, the latest examination result and doctor's advice of the patient. In the process, the admission record information, the first disease course record information, the first ward round disease course record information, the subsequent disease course record information and the discharge record information of the secondary patient are subjected to information correction by using themedical knowledge graph, and the correction result is displayed, so that the efficiency of writing medical records by doctors is effectively improved.

The invention provides an out-of-hospital disease management intelligent application system based on an inpatient medical advice mode. The out-of-hospital disease management intelligent application system comprises a server, a doctor intelligent terminal and a patient terminal. The server, the doctor intelligent terminal and the patient terminal are in communication connection with one another. The doctor intelligent terminal uses the WEB or a mobile terminal to realize the medical service tracking and the online communication of a doctor on a patient. The patient terminal is used for the patient to purchase the doctor service, receiving the medical service information sent by the doctor intelligent terminal and feeding back a result to the corresponding doctor intelligent terminal. In this way, the time-crossing and empty timely connection between a doctor and a patient is achieved. The basic mode that medical advices are transmitted through the mouth of the doctor, the mouth of a nurse and paper tapes in the past is changed. The disease management after the patient leaves a hospital is facilitated.

The invention discloses a quantitative prediction and intervention method for long-term prognosis of a patient. The method comprises: newly added patient information is inputted to update a database;a risk factor is selected by using a training database; COX risk grading and LCA risk grading are combined to obtain a comprehensive risk grade of the patient and a risk score calculation method of the patient is determined; a comprehensive risk grade and a risk score of the patient are calculated; and when the patient is discharged from hospital, the doctor carries out intervention based on the comprehensive risk grade and the risk score. In addition, the invention also provides a quantitative prediction and intervention system for long-term prognosis of a patient. The method and system havethe following beneficial effects: variable selection is carried out and estimation randomness is considered fully; the model is reliable; correction and supplementing are carried out by using the LCArisk grading and COX risk grading, so that grading focuses on the own characteristics of the patient; the grading method is reliable; the influence of low reliability of occurrence of adverse events of the patient for long time is eliminated; discharge education and doctor intervention are carried out on the patient effectively; and thus the risk of the patient after discharge from the hospital isreduced.

Systems and methods for managing patient temperature are disclosed. Temperature management systems that are suitable for an out-of-hospital setting are disclosed. Temperature management systems having a low power requirement are disclosed. Temperature management systems that include a disposable, single-use reservoir are disclosed.

The invention discloses a medical safety tracing method and system based on a block chain. The method includes the following steps: S1, medical data is saved to a main node of a block chain; S2, medical institutions collect medical data during medical treatment; S3, experts and doctors make medical plans according to the medical data and sign the medical plans, and the record is saved to the blockchain and broadcasted; S4, the state of illness is judged; if the illness is mild, a patient gets medicines and then goes to the nurse station for transfusion to complete treatment; or, surgical treatment is arranged, preoperative physical examination is carried out, the result is saved to the block chain, and the method goes to S5; S5, surgical treatment is carried out, and the signature data during operation is saved to the block chain; S6, after treatment is completed, the medication and vital signs of the patient are recorded regularly, saved to the block chain and updated in real time; and S7, after the patient is discharged from the hospital, the daily medication of the patient is recorded in real time and saved to the block chain. The method and the system have the advantage that:through the information anonymity and decentralization of the block chain technology, medical institutions can obtain medical data through private keys under the permission of patients to achieve information sharing.

The invention provides a method for carrying out DRGs grouping on medical record data. The method comprises the following steps: judging whether any code of an operation and treatment mode is matchedwith MDCA group information or not: if so, entering an MDCA group, or else, entering the next step of classification; judging age or out-of-hospital diagnosis: if age is less than or equal to 1 and ifyes, entering the next step of classification, or else, performing checking and correcting diagnosis; screening out data conforming to the MDCP disease encoding information, and classifying the datainto an MDCP group; dividing the data of the MDCA group and the MDCP group into corresponding first-stage ADRGs groups according to the operation and operation codes; and combining the obtained first-stage ADRGs groups according to clinical knowledge to obtain a second-stage ADRGs group class. According to the method, the accuracy of the processed data is greatly improved, and subsequent secondaryclassification through an algorithm is facilitated; the grouping scheme is more flexible, the problem of current Chinese medical record home page data quality is fully considered, and the formed grouping scheme better meets related requirements of prefecture and municipal medical insurance bureau and is more suitable for prefecture and municipal medical current situations.

The invention provides a system for multistage remote diagnosis, treatment and nursing of bran death patients. The system comprises a patient mobile terminal and a doctor terminal, wherein the doctor terminal of the system comprises multiple stages of doctor terminals connected with each other; each doctor terminal is connected with the patient mobile terminal; the patient mobile terminal is preferably connected with a low-stage doctor terminal; the low-stage doctor terminal opens the connection between the next-stage doctor terminal and the patient mobile terminal step by step; the system furthermore comprises a nursing terminal and a caregiver mobile terminal; and the nursing terminal and the caregiver mobile terminal are connected with the patient mobile terminal and the doctor terminals. Through the multistage multi-person system, good conditions are provided for the remote diagnosis, treatment and recovery of the patients after hospital discharge. When the low-stage doctor cannot solve the patient problem and a diagnosis and treatment scheme is given, the relation between the next-stage doctor and the patient is opened; and according to the system, the doctors can be optimally used, and the patients can obtain most reasonable treatment and nursing schemes, so that the system makes much sense to solve the problem that the patients of the country are difficult to see doctors and the see the doctors expensively.

The invention is a system for providing decision-assisted critical care to a patient in medical emergency situations in an out of hospital setting. The system comprises: a ventilator comprising a pressure generator and oxygen / air delivery means; an Automated External Defibrillator (AED) comprising a battery and primary electrocardiogram (ECG) sensors configured as chest pads that are configured to be connected to the chest of the patient and to both sense ECG and to deliver an electric shock to the patient's heart; at least one secondary ECG sensor configured to sense ECG but not to deliver electric shock and to be connected to the body of the patient at a location other than the chest; and a controller, configured to activate or instruct a caregiver to activate, the AED and to place the chest pads on the chest of the patient upon detection of shockable cardiac arrhythmias by at least one of the at least one secondary ECG sensors.

The invention discloses a medical insurance integrated management system and management method based on DRG / DIP full-process medical quality supervision. On one hand, the medical insurance integrated management system based on DRG / DIP full-process medical quality supervision comprises a DRG / DIP analysis unit, a single disease type auditing unit, a hospital entry and exit auditing unit, a medical record home page auditing unit and a commodity price charging auditing unit which are connected with a hospital HIS system in real time, and provides data management support for all departments of a hospital. On the other hand, the invention further provides a management method of the medical insurance comprehensive management system based on DRG / DIP full-process medical quality supervision, the DIP medical insurance service of the hospital end is divided into a plurality of units in the data process for service processing for the first time, and the fine management capacity of the hospital is improved. The system has the advantages of performing full-process management and analysis on hospital DIP medical insurance service data, automatically querying and auditing suspicious illegal medical insurance data and maintaining the safety of medical insurance funds.

The invention relates to the technical field of medical instruments, in particular to an auxiliary device for orthopedics and traumatology department rehabilitation. The device comprises a supportingplate, a supporting box body is slidably connected to the supporting plate, a seat plate is arranged on the supporting box body, and a massage mechanism matched with the seat plate is arranged in theseat plate; a pedal mechanism is slidably connected to the supporting plate, a pair of supporting arms are fixedly connected to the supporting plate, and movable arms are rotatably connected to the supporting arms; through pipes are arranged in the supporting arms and the movable arms; a pull rope is arranged in the through pipe, one end of the pull rope is fixedly connected with a pull ring, andthe other end of the pull rope is connected with a reciprocating adjusting mechanism; moving wheels and a brake are arranged below the supporting plate. The problems that the patient cannot effectively exercise the coordination of the limbs of the orthopedic patient and the orthopedic patient needs a period of time to do body coordination exercise after leaving the hospital are effectively solved;and meanwhile, the four limbs of the patient are exercised, so that the problems of muscle atrophy and the like of other parts due to the fact that the patient only exercises the upper limbs or the lower limbs and ignores exercise of other parts during illness are solved.

The invention discloses a clinical research data integration platform, which comprises the following modules: a data acquisition module, wherein the module comprises an established data set; the established data set comprises the following information: patient basic information and patient treatment records; the patient basic information comprises a certificate number, a patient name and a birth month, and a patient identifier is formed; the patient treatment record comprises a request mechanism, the registration time, the hospital admission time, the hospital discharge time and the patient identifier (FKI), and a patient treatment identifier is formed; and the patient basic information further comprises a patient examination report and a test report. The platform has the advantages that the data acquisition is comprehensive and complete by means of data acquisition, interconnection, data centralization, data management and an application layer, the data is centralized and processed toform a label, and later observation and learning are facilitated.

The invention relates to the field of network techniques for medical certificate application, in particular to an online electronic accompanying certificate application and using method. The method comprises the following steps of S1, collecting an accompanying request of an accompanying person, and verifying the accompanying request; S2, after the accompanying request passes the verification, generating an electronic accompanying certificate with a unique identifier; S3, enabling the electronic accompanying card to be in one-to-one correspondence with medical information, judging whether discharge information exists in the medical information uniquely corresponding to the electronic accompanying card or not in real time, and canceling the electronic accompanying card when judging that thedischarge information exists. According to the invention, the electronic accompanying card is logged out according to the discharge information in the medical information, so the logout of the electronic accompanying card is more timely, and the use of the card is more convenient.

A device (100) for measuring a plurality of parameters of a patient subject to a treatment with radiopharmaceuticals comprises a main body (101) constrained to the patient's body (50) in such a way that the measurement device (100) is of wearable type. The device (100) comprises a plurality of measurement modules, for example a first module (70) and a second module (71), each of which is equipped with a respective sensor (110,111), configured to measure a predetermined parameter of the patient (50). The device (100) is also equipped with a microprocessor (150) configured to process a plurality of data measured by the plurality of sensors (110,111), obtaining a plurality of processed data. Furthermore, a transmission means is provided of wireless type arranged to send via wireless communication the data processed by the microprocessor (150) to a remote control unit (250). The device (100) provides at least one measurement module (70) of radiations. This is equipped with a sensor (110) of radiations configured to measure the radiations emitted by the patient's body in a predetermined time range At and to determine the time of discharge tb of said patient subject to said radiopharmaceutical treatment.

The present invention relates generally to healthcare, and more specifically to a process for more completely and more accurately reporting a patient diagnosis under the Diagnosis-Related Group (“DRG”) system promulgated by the United States Centers for Medicare and Medicaid Services (“CMS”). In particular, the invention relates to a method for reviewing hospital discharge charts; identifying diagnosis codes which may be inaccurate or inadequately documented; gathering a set of clinical guidelines related to the medical conditions represented by such inaccurately or inadequately documented diagnosis codes; and presenting the identified codes with the gathered clinical guidelines to a treating healthcare provider for the provider's review and possible alteration.

The invention discloses an atrial fibrillation management method and system, wherein the method comprises the steps: acquiring, by a server, patients' medical records, survey forms and physiological data parameters to generate the patients' electronic files; generating, by the server, scoring results for the patients' anti-clotting assessment according to the electronic files; performing risk ranking on the patients according to the scoring results; generating corresponding medical care plans for the patients of different risk levels; acquiring the corresponding medical care plans for patientuser terminals, and controlling the medical care plans; acquiring, by the server, the patients' current feedback records, generating assessment results according to preset rules, and updating the electronic files according to the feedback records and the assessment results; updating the medical care plans by the server according to the updated electronic files. In the invention, post-discharged continued nursing is performed according to the medical care plans matched with the patients' risk levels after the patients are out of hospital, corresponding monitoring is taken in feedback manner through the patient user terminals, and therefore, the risk of bleeding is reduced for the patients.

The invention provides a medical out-of-hospital remote management system. The medical out-of-hospital remote management system comprises a health information monitoring subsystem, a user terminal and a remote management platform; the health information monitoring subsystem and the user terminal both are connected with the remote management platform; the health information monitoring subsystem is used for collecting physiological parameter measuring data of a user, and sending the physiological parameter measuring data to the remote management platform; and the remote management platform is used for storing the physiological parameter measuring data, establishing a health record for the user and providing doctor appointment, doctor consultation and health assessment services. The medical out-of-hospital remote management system provided by the invention has the following beneficial effects: the physiological data of the user can be stored by the remote management platform and is shared with a hospital information system, so when the user sees a doctor, a health condition of the user is recorded by the health information monitoring subsystem, the doctor can know the physiological parameter measuring data of the user via the remote management platform, and the user and his / her relatives also can know a change of an illness, thereby taking measures early.

The present invention discloses systems and methods for monitoring patients with a chronic disease such as heart failure. The system may include a physiological sensor circuit to sense physiological signals and generate signal metrics from the physiological signals. The system may include a health status analyzer circuit to use the signal metrics to generate one or more stability indicators of patient health status, such as stability of heart failure status. The system may additionally generate one or more health status indicators indicating patient health status such as heart failure progression. A patient disposition decision may be generated using the health status indicators and the stability indicators to provide an indication of readiness for patient discharge from or a risk of admission to a hospital.