195 results about "Hospital system" patented technology

A data processing tool for the viewing of real-time, critical patient data on remote and / or mobile devices. The tool efficiently renders graphical data on the screen of the remote device in a manner that makes it practical for the health care provider to accurately and timely review the data for the purpose of making an informed decision about the condition of the patient. Charting control is established and implemented using the latest GDI+, GAPI and PDA drawing techniques. The charting components provide landscape support, an ability to overlay patient data and patient images, zoom in / zoom out, custom variable speed scrolling, split screen support, and formatting control. The methodology operates as an asynchronous application, without sacrificing crucial processing time in the mobile / handheld device. The methodology allows the critical patient data to be streamed in real-time to the handheld device while conserving enough CPU power to simultaneously allow the end user to interact at will with the responsive display application. The methodology is structured using object oriented concepts and design patterns. Each logical tier of the methodology, from the data access objects and the charting control objects, to the user interface objects, is structured with precise interfaces. Finally, the methodology implements an IT management console that allows system managers to monitor the exchange of data between hospital systems and the primary database, including all patient data packets, notifications and alerts, connected remote devices, etc.

A data-processing tool for displaying real-time patient data on remote and / or mobile devices. The tool renders graphical data on the screen of the remote device in a manner that makes it practical for the health care provider to review the data. Charting components provide landscape support, an ability to overlay patient data and patient images, zoom in / zoom out, custom variable speed scrolling, split screen support, and formatting control. The methodology operates as an asynchronous application, allowing patient data to be streamed in real-time to the handheld device while conserving enough CPU power to simultaneously allow the end user to interact at will with the responsive display application. Finally, the methodology implements an IT management console that allows system managers to monitor the exchange of data between hospital systems and the primary database, including all patient data packets, notifications and alerts, connected remote devices, etc.

An operating room control system that is soft configurable allowing a user to completely configure the control and function of the system. The system includes a touchscreen that provides a video display received from a video endoscope and presents icons on the touchscreen allowing the user to control and interface with the tools / equipment in the operating room as well as hospital systems. The controls, displays, tools, equipment, etc. are configured to be operated from a single centralized platform.

A system for collecting, managing and disseminating information relating to medical procedures includes a central computer and a plurality of medical devices each in communication with an injector, a scanner, a hospital system and / or at least one other device. Each medical device receives (I) before a procedure is performed, patient identification information from a user interface, the scanner and / or the hospital system and (II) during and / or after the procedure, injection information from the injector and imaging study information from the scanner. Each medical device has an associated database for storing as a record therein the patient identification information, the injection information and the imaging study information for each procedure performed on each patient. The central computer remotely links to each medical device for accessing, collecting and storing in a related database the records transmitted therefrom and for analyzing the records and creating therefrom at least one related entry based thereon.

A system and method for providing efficient DICOM image transfer and PPS information management in a mobile RAD system. Various aspects of the present invention provide a method that comprises a mobile RAD system performing radiology examination activities (e.g., including acquiring X-ray image and / or PPS information). Such performance of radiology examination activities may, for example and without limitation, comprise utilizing a command protocol similar to that utilized on a fixed RAD station. While performing such examination activities, it is determined whether there is a network connection between the mobile RAD system and a hospital system. Such hospital systems may, for example, comprise a PACS, HIS and / or RIS. If it is determined that there is a network connection between the mobile RAD system and the hospital system, image information and / or PPS information stored in the mobile RAD system is automatically transferred to the hospital system (i.e., without human intervention).

A system for remote management of patients and medical devices is provided. The system comprises one or more medical devices configured to measure one or more patient's health parameters. Further, the system comprises a personal health gateway configured to receive the one or more measured patient's health parameters. The personal health gateway further comprises a management module. Furthermore, the system comprises a public network configured to connect the one or more personal health gateways to a managed patient services platform. The managed patient services platform is configured to facilitate remote management of the one or more medical devices and patients. The managed patient services platform further comprises a management module. The system comprises a hospital system configured to facilitate one or more functionality of a healthcare facility. The management module facilitates medical device management and remote health management by embedding a healthcare protocol with a device management protocol.

The invention discloses an intelligent health management system. The intelligent health management system is characterized by comprising an intelligent hospital system, a regional health system and a family health system. Through the intelligent health management system, intercommunication and sharing of medical information and / or health information between families, communities, hospitals, medical scientific research institutions and health supervision and management departments can be achieved, and the intelligent health management system can deal with mass data processing.

A system or method to authenticate with a medical device, identify the device, and subsequently communicate with any existing or newly added medical devices is presented. The system also is capable of gathering, analyzing and evaluating information from medical devices connected to a health care network. The present disclose leverages embedded device servers to transmit information from medical devices to a hospital information system for further evaluation, or action when required. A module or embedded device may be associated with any specific medical device such that communication between the device and the hospital system may take place whereby information may be received by the hospital information system to evaluate medical device functionality and other important characteristics as desired by the administrator.

This invention relates to a network hospital system keeping contact directly with easy-ill people or patients characterizing that said network hospital system includes a network server, a wire and / or wireless network, terminals(desk computers, notebook computers, palm computers or intelligent cell phones), devices(the mono-chip processor system includes information testing process and satellite locating functions in ECG, blood pressure, blood sugar, blood-fat, temperature, breath and blood oxygen), a medical treatment service system( drug-stores, distribution station, a test and a physical examination center and a emergency center), in which, the device timely communicates with the server about the situations of the easy-ill people and patients by the terminal and network, at the same time, the system is connected with traditional hospitals, community hospitals, drug-stores, emergency centers, banks and government departments to provide various medical services.

The invention relates to a novel mobile hospital system which is characterized in that: the system is composed of six mobile medical treatment units including an on-site first aid group (1), an outpatient service group (2), a surgical treatment group (3), an on-site ward group (4), a sorting inspection group (5) and medical technologies guarantee group (6); each mobile medical treatment unit is respectively composed of one to more than two cars provided with medical treatment function, each car is composed of a car chassis, a carriage and medical treatment facilities and medical drugs arranged in the carriage; at least three carriages of the mobile medical treatment units are expandable carriages which are provided with one-side expansion structure or two-side expansion structure; adjacent carriages are connected to form a multi-functional diagnosis and treatment platform which is easy to assemble and disassemble. The invention can finish out-patient reception, realize mobile inspection and diagnosis, perform basic surgical operation and carry out ward and rehabilitation on the patients in postoperative period, provide medicaments and medical facilities, and provide food, water and electricity for patients and hospital staff, etc.

A data-processing tool for displaying real-time patient data on remote and / or mobile devices. The tool renders graphical data on the screen of the remote device in a manner that makes it practical for the health care provider to review the data. Charting components provide landscape support, an ability to overlay patient data and patient images, zoom in / zoom out, custom variable speed scrolling, split screen support, and formatting control. The methodology operates as an asynchronous application, allowing patient data to be streamed in real-time to the handheld device while conserving enough CPU power to simultaneously allow the end user to interact at will with the responsive display application. Finally, the methodology implements an IT management console that allows system managers to monitor the exchange of data between hospital systems and the primary database, including all patient data packets, notifications and alerts, connected remote devices, etc.

Embodiments of the invention provide a medical knowledge graph creation method and a related device. The method comprises: obtaining the medical data of at least one hospital in a target region in a hospital system; extracting a plurality of medical entities from the medical data; establishing an association relationship among the plurality of medical entities through a preset association relationship establishing method among the medical entities. According to the association relationship among the plurality of medical entities, the medical knowledge graph is created according to the preset knowledge graph creation method, so that the management difficulty of the medical data can be reduced, and the use convenience of the medical data is improved.

The invention discloses a control method of an intelligent health-regulation running system based on the Internet of Things. The control method is characterized in that a wireless data transmission module and a data early warning management module are added to a running machine function module, a blood pressure and blood oxygen data acquisition function is added to an original data transmission module to form a new running system, and the new running system is connected with a background system server and a hospital database through a wireless network. Data recorded by the new running system are wirelessly transmitted to the background system server and stored in a personal electronic health record in a hospital system, so that centralized management of dispersedly measured data of user is realized, a data analysis report is generated every time the user finishes running, and basic data service is provided for medical care of the user. The user can synchronously transmit the data recorded by the running system to a mobile, a tablet computer and other devices through Bluetooth, so that close-range wireless transmission without a network is realized. The running system gives an early warning according to the heart rate of the user so that the user can find out the problem in time and conduct regulation.

A system and method for tracking emergency room patients, resources and queues and for providing a unified graphical interface structure for facilitating process flow improvements and resource management. The system has a graphical user interface adapted to display in a first screen, the graphical interface having a triage region, bed status region, and patient arrival and acuity surge regions. The specific structure and layout of the graphical user interface aids the hospital staff in quickly and efficiently providing a graphical and unified view of hospital process bottlenecks and resource availability and opportunities. The system analyzes resources and predicts needed actions and alerts appropriate staff and notifies of prescribed actions.

The invention discloses a communicable network monitoring system control method based on the Internet of Things. The control method is characterized in that a monitor instrument with a wireless data transmission module, a communication module and an alarm module is connected with a background system server and a hospital system through a wireless network; the monitor instrument is used for measuring and monitoring a user's physiological parameters, and uploading the physiological parameters to the internet; the background system server generates a diagnostic report or a health management report according to uploaded data; the user and the hospital can query the report through the internet; the user's medical data can be transmitted real-timely through the internet when the user needs referral between hospitals; the alarm module of the monitor instrument compares the measured data with a preset threshold value, sends an alarm when finding data abnormality, and can realize communication between a monitored person and rescue force through the communication module; the user can send a help signal through a help button specifically arranged on the communication module when the user is incapable of making sound for communication.

The present invention relates to a mutually-selected network hospital system, comprising a hospital terminal, a client terminal and a doctor terminal. The hospital terminal is connected with the client terminal and the doctor terminal, extracts symptoms and physical sign information, which correspond to different diseases, from electronic medical records stored in a hospital database to generate a pre-diagnosis information classification table and transmits the classification table to the doctor terminal and the client terminal to display; the doctor terminal is connected with the client terminal, is used for acquiring personal symptoms and physical sign information of users at the client terminal and giving feedback and is provided with a display module for displaying the pre-diagnosis information classification table and an information interaction module for communicating with the client terminal; and the client terminal comprises a data transmission module and a data display module, which are respectively used for receiving the pre-diagnosis information classification table and used for the user to select the personal symptoms and the physical sign information. The present invention further provides an information interaction method. The information interaction method is very convenient and quick to use according to the system.

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.

The invention discloses a movable emergency monitoring system which comprises a movable terminal and a hospital system terminal. The movable terminal is provided with a medical clinical facility, a collecting facility and a movable digital terminal. The system terminal comprises a server and a client terminal. The collecting facility mainly collects medical clinical information produced by the medical clinical facility and the information is connected with internet through mobile technology, and then the collected data of a patient is transferred to the server terminal and is transmitted to the client terminal. The mobile data terminal reads the existing data in the system terminal server through a wireless network. The mobile emergency monitoring system of the invention which has interactivity and real-time property can collect patient data at the mobile terminal in real time and can obtain the existing data of the patient at the hospital system terminal simultaneously in time, achieving dynamic monitoring the changeable state of the illness of the patient being salved, improving salving efficiency and winning time for salving.

The present invention provides a card hospital diagnosis management system, whose structure is composed of a system data storage server, information enquiry computer terminals, and diagnosis and treatment check computer terminals, wherein, the system data storage server is provided in the hospital system, the information enquiry computer terminals with card reader and printer are mounded in the allure, and computer terminals with card reader are mounted in every out-patient clinic and inspection departments; every computer terminals are connected with the system data storage server through wired or wireless mode to form a local area network; and the system data storage server is connected with to the server of the network operation company through internet. Compared with the prior technology, the card hospital diagnosis management system optimizes the flow of hospital services, reduces the workload of the out-patient departments and inspection departments, improved work efficiency, improves the patients' right to know, and will bring more social and economic benefits to hospitals.

A hospital operations system is provided which centralizes, processes, prioritizes, and presents vast data generated by hospital systems and software applications and partially controls devices, alerts, and overall patient care within hospital systems for greater efficiency and provision of improved patient care, patient safety, and hospital efficiency beyond what currently exists. The hospital operations system capabilities are enabled via dedicated workstation computing devices located in a single location with a video wall for displaying important information from all workstation computing devices. The hospital operations system includes a software product for centralizing decentralized hospital systems by providing instructions allowing software applications on the hospital systems to communicate with a user interface and with each other. The hospital operations capabilities include, without limitation, management and / or monitoring of: patient flow from admission to discharge; hospital network, equipment and software performance; patient physiological data; hospital resources; provision of an infrastructure for telemedicine; near misses and adverse events; situational awareness of hospital-wide data; coordination of emergency crisis responses; and an interface between operations and a hospital simulation center.

The invention discloses a medical system with an intelligent diagnosis function. The system is characterized by comprising a hospital system, a family system and a remote monitoring center, wherein the hospital system comprises a medical examination apparatus, a patient state grading module, an intelligent diagnosis module and a data integration server; and the family system comprises a portable monitoring apparatus.

The invention discloses a network hospital system and an implementation method thereof. The network hospital system comprises medical detection equipment used for collecting physical sign data, an intelligent terminal used for sending the physical sign data to a network hospital server, and the network hospital server used for feeding back corresponding diagnostic data according to the physical sign data, wherein the medical detection equipment is connected with the network hospital server through the intelligent terminal. The diagnosis accuracy and the treatment effect are greatly improved; meanwhile, patients can conveniently seek medical care, the medical care experience can be improved, and great convenience is brought to users.

The invention belongs to the technical field of medical images, and discloses an intelligent AI PACS system and an examination report information processing method thereof. The intelligent AI PACS system comprises a patient information acquisition module, an image acquisition module, an image classification module, a central control module, a measurement module, an image processing module, an image analysis module, a report generation module, a compression encryption module, a wireless communication module, a data storage module, a terminal module, a synchronous updating module and a display module. All voxel data of a focus can be comprehensively collected through the measurement module, the measurement result is closer to the real volume of the focus, and objectivity and accuracy are high; through the synchronization module, image data of all hospital PACS systems can be synchronized with low cost, a convenient mode is provided for patient transfer, storage and management of self-image data by a patient are realized, and complete image data of the patient are provided for diagnosis of clinicians.

A cyber hospital system is connected to a remote terminal through a network. The cyber hospital system includes an input unit, a first processor, and a transmitter. The input unit is configured to input patient condition information from the remote terminal through the network. The first processor is configured to collect first doctor information based on the patient condition information. The transmitter is configured to transmit the first doctor information to the remote terminal.

A hospital system and method for providing medical care and patient referral in which a clinic is located off-site from a hospital at a facility which is open to the public for non-medical activity. The clinic is affiliated with the hospital such that the clinic provides medical care of a type and quality required by the hospital and is obligated to refer patients to said hospital. Patrons at the facility can seek and receive medical care at the clinic and can be referred by the clinic to the hospital.

The invention discloses an intelligent medicine service system based on the Internet of things and its working method. The system includes a medicine box, a hospital system platform and an intelligentbracelet; the intelligent bracelet is used for users to wear, the medicine box includes a medicine box body, and the medicine box body is provided with a controller, a touch screen, a key module anda first wireless communication module; the intelligent bracelet includes a microprocessor, a display screen, a vibration module, a body temperature module, a blood pressure detection module, a heart rate detection module and a second wireless communication module, wherein the body temperature module is used for detecting the temperature of the human body, the blood pressure detection module is used for detecting the blood pressure of the human body, and the heart rate detection module is used for detecting the heart rate of the human body; the controller is electrically connected with the touch screen, the key module and the first wireless communication module respectively, and the microprocessor is electrically connected with the display screen, the vibration module, the body temperaturemodule, the blood pressure detection module, the heart rate detection module and the second wireless communication module respectively. The system can remind the users to take medicines when it is time for taking the medicines and monitor the physical conditions of the users after the users take the medicines.

The invention relates to a network hospital system based on big data applications. The system comprises a hospital terminal, a doctor terminal and a client terminal, and the hospital terminal is connected to the doctor terminal and the client terminal. The hospital terminal comprises a central processing unit used for extracting symptom and sign information, corresponding to different diseases, from electronic medical records stored in a database; generating pre-diagnosis information classification charts; and transmitting the classification charts to a data display module, of the client terminal, for displaying so as to provide selection for users. The client terminal comprises a data transmission module serving as a data transmission hub. The data transmission module is connected to the central processing unit and the data display module. The data transmission module is used for receiving the pre-diagnosis information classification charts transmitted by the central processing unit, transmitting the pre-diagnosis information classification charts to the data display module, receiving pre-diagnosis information which is selected by the users according to the pre-diagnosis information classification charts, forming personal symptom and sign information of the users, and sending the information to the doctor terminal. The invention also relates to a data application method for the database corresponding to the system mentioned above, thereby bringing convenience for the users to use the system.

The invention provides an intelligent hospital system based on digital twinning and a construction method thereof. The intelligent hospital system comprises a physical hospital, a virtual hospital, ahospital service system and hospital twinning data. The physical hospital meets intelligent hospital construction through a series of sensors and an information system; the virtual hospital is essentially a set of models after digitization of each element of the physical hospital; the hospital service system is a set of various service system functions driven by data, and is used for providing system support and service for hospital intelligent management and control under the driving of hospital twin data; the hospital twinning data comprises data related to the physical hospital, the virtualhospital and the hospital service system and data generated by fusing the three. Through the two-way real mapping and real-time interaction of the physical hospital and the virtual hospital, the dynamic changes of the physical hospital and the virtual hospital can be mastered in time, the response is made in real time, and the integration and fusion of all the parts provides comprehensive data support and high-quality information service for hospital operation.

The invention provides a method for automatically online learning and intelligently assisting in annotating medical images, and relates to the technical field. The method comprises the steps: enablingan intelligent annotation system to be connected to a hospital PACS system, and carrying out the data screening, data cleaning and exporting; performing manual annotation, data division, model training, auxiliary recommendation annotation generation, model testing, index calculation, data set perfection and the like. According to the invention, the system is directly connected into a hospital system, and patient cases to be annotated can be automatically screened according to conditions; case images can be automatically cleaned, and the defect that in the prior art, needed data need to be manually collected and cleaned is overcome. According to the invention, the examination report and the pathological report can be automatically scanned to generate auxiliary labeling information. Meanwhile, recommended annotation can be intelligently prompted in the annotation process of a doctor, the training model is continuously optimized in the annotation process of the doctor, the online training of the model is achieved, and the method is different from the mode that in the prior art, model training is conducted after data set annotation is completed.

The invention relates to the medical image loading and display technology, and in particular to an Html5-based high-performance Web image loading and display system. The Html5-based high-performance Web image loading and display system provided by the invention achieves the efficient loading of DICOM data from the cloud to a front end browser page through various loading modes, different loading modes have their own advantages to meet the data reading requirements in different scenes, and the data loading efficiency can also be improved in a hybrid manner, and an image archiving module realizes the ability of DICOM data transmission and sharing, completes rapid data access, and can realize the sharing of image data, thereby facilitating the integration of other third party hospital systems.