442 results about "Hospital information system" patented technology

An information system for use in a hospital includes a mobile terminal for inputting and outputting data relating to medical activities at an execution site of the medical activities in the hospital, a hospital information management system for managing information in the hospital, and a server for controlling communications of data relating to medical activities between the mobile terminal and the hospital information management system.

A care management system in which the management of the administration of care for patients is automated. Hospital information systems are monitored and the information from those systems is used in verifying the administrations of care to patients. The care management system monitors ongoing administrations for progress and automatically updates records and provides alarms when necessary. The care management system is modular in nature but is fully integrated among its modules. Particular lists of data, such as the termination times of all ongoing infusions, provide hospital staff current information for increased accuracy and efficiency in planning. Features include the automatic provision of infusion parameters to pumps for accurate and efficient configuration of the pump, and providing an alarm when an unscheduled suspension of an infusion exceeds a predetermined length of time. A passive recognition system for identifying patients and care givers is provided.

The present invention provides a workflow for patient scheduling in a Hospital Information System (HIS). While diagnosing a medical problem of a patient, a referring physician may refer a patient for certain exams. The referring physician places a request for ordering the exams with a scheduler that sent to the scheduler in the form of a decision tree. The decision tree includes a first set of exams and additional exams to be performed on a patient. The scheduler orders the exams by scheduling the exams with an acquisition modality and informs the patient about the schedule of the exams. The exams are performed on the patient and medical information from the exams is stored in an archive. The information is also sent to an analyst for analysis. The analyst analyzes the medical images and orders additional exams mentioned in the decision tree based on the results of an exam. The analyst requests additional exams until an end of the decision tree is reached.

A system integrates diagnostic, therapeutic, monitoring and other devices commonly found in a healthcare environment into a Hospital Information System (HIS) to improve the delivery of healthcare. The system uses intelligent, networked diagnostic, therapeutic, monitoring and other devices to provide device performance and availability information. A medical device management system includes a repository of patient medical records and a scheduling system for use in scheduling of a medical procedure for a particular patient. A configuration manager in bidirectional communication with a medical device automatically initiates pre-configuration of the medical device for use in the medical procedure using medical record information of the particular patient derived from the repository, in response to scheduling of the particular patient to receive the medical procedure.

The invention relates to a system and a method for drug placement, distribution and source tracing based on digital tags. The system is formed by connecting the following devices in a wired local network and a wireless local network inside a hospital: a drug placement, distribution and source tracing application server connected with a service database, a plurality of drug placing terminals, a single drug distributing terminal, a source tracing management terminal and an HIS (Hospital Information System) interface terminal interacting information with an HIS system. The system is a set of information system for drug placement, distribution and source tracing constructed by adopting a computer technology, an RFID (Radio Frequency Identification Devices) technology and a two-dimensional code technology. The information system is used for supporting hospital staff to complete two operating steps of drug placement in pharmacies and drug distribution in sick rooms during the drug circulation inside the hospital based on the digital tags, providing scientific and visualized examination means and tools and monitoring and checking each key link during drug placement and distribution. The system can realize the safe control mechanism of drugs for treating patients during the circulation inside the hospital and can reduce the accident potential caused by human mistakes.

A medical diagnosis system based on big data comprises a diagnosis and treatment scheme database.Information of the diagnosis and treatment scheme database and information of a patient inspection result are combined and transmitted to a prescription generation module.The prescription generation module transmits the information to a patient drug-use module.The patient drug-use module transmits the information to an information feedback module.The information feedback module transmits the information to the diagnosis and treatment scheme database.The patient inspection result can also be transmitted to a patient information base.The diagnosis and treatment scheme database and the patient information base transmit the information to a hospital information system.The big data technology is utilized for building the diagnosis and treatment scheme data, the prescription generation module can synthesize all inspection result data and automatically give out prescription or treatment schemes, drug effect conflicts or drug-use contraindication among drugs can be avoided, curative effect feedback information of a patient is included, communications between a doctor and the patient can be increased, more treatment reference information can be given to the doctor, the patient can go to the doctor conveniently, and medical accidents can be reduced.

The invention relates to a medical guide information service system based on event driving, which is additionally provided with the following devices on the basis of a wired local area network and a wireless local area network in a hospital: a medical guide application server connected with a business database, a HIS (Hospital Information System) interface terminal for establishing information interaction relationship for the system and a HIS, and a communication interface terminal for establishing information interaction relationship for the system and a mobile communication network, wherein the medical guide application server is provided with four units including a business flow control unit, a data processing flow control unit, an intelligent analysis unit and a policy management unit, as well as three data interface units respectively connected with the business database, the HIS interface terminal and the communication interface terminal. The medical guide information service provided by the system is characterized by centering on decreasing the waiting time of the patients and providing the internal medical guide information of the hospital according to the medical service event sequence of the patients in the diagnosis and treatment process so that the patients can complete the whole diagnosis and treatment process by getting to the diagnosis and treatment departments, the laboratory, the pricing and paying window or the dispensing window via suitable paths at the right time.

This invention discloses a large scale integrated hospital information system including a hospital information management system HIS, an electronic case history system EMR, an image transmission and storage system PACS, a check network information system LIS and an office automation system HOS, a combined enquiry and analysis system, a manpower resource management sub-system and a foreign information interface and exchange part, in which, all systems are connected by exchanges to transmit information. This invented device applies at least two stages of exchange structure and a server cluster mode fiber to connect to the floors, and the server includes an IBM520 optical channel disc array small computer, an IBM365 optical channel disc array double heat-standby server, an IBM 440 disc array double motor heat-standby server, a PACS cluster load balance server set and a WEB server.

The invention discloses a mobile phone appointment guiding payment system for medical diagnosis, comprising a mobile phone termination, a server, a hospital information system and a bank, social security and third party payment interface, wherein the hospital information system comprises an appointment registration subsystem and a medical expense payment subsystem; the mobile phone termination is connected with the server in a communication way; the server is connected with the hospital information system and the bank, social security and third party payment interface in a wireless communication way; and the mobile phone termination comprises an out-patient appointment module, a diagnosis guiding module and a medical expense payment module, wherein the out-patient appointment module is used for importing the appointment registration subsystem of the hospital information system after identity authentication and displaying through a user interface and selecting an appointment, the diagnosis guiding module is used for displaying medical expense information and diagnosis steps and guiding a user to pay medical expenses according to the diagnosis steps and finish the diagnosis process, and the medical expense payment module is used for binding various bank cards or third part payment account numbers and communicating with the medical expense payment subsystem to finish medical expense payment subsystem. The mobile phone appointment guiding payment system is convenient to operate, high in work efficiency and strong in practical applicability.

The invention provides an intelligent health monitoring system based on cloud services. The intelligent health monitoring system based on the cloud services comprises monitoring terminals, a community service center and a hospital information system, wherein an intelligent terminal and family medical devices are utilized for monitoring human body physiological data, and the collected data are stored in resident health files and corresponding community cloud storage devices in real time; the community service center gathers the monitored data to generate a real-time data report, the real-time data report is recorded to electronic health files of users, and abnormal physiological data are fed back to families or individuals in time; the hospital information system reads the electronic health files through a community sharing platform, individual electronic medical records are generated, remote registering appointment is received, and remote medical services are provided. The medical healthcare service system is built through the cloud calculation idea in the medical service field, it is ensured that health data of patients can be collected, analyzed, transmitted and stored anytime and anywhere in the non-fixed health monitoring environment except for families, communities and hospitals, and the remote medical services are achieved.

The invention discloses a medical health service system which is connected with a hospital information system (HIS) server. The medical health service system comprises a user interface, an identification module, a control module and a storage module, wherein the user interface collects authentication information input by a user via a WEB server or a mobile proxy server, collects a medical resource use request, a medical resource query request, consultation information and an evaluation record which are input by a valid patient user, collects response to the consultation information and evaluation record by a valid management user, and sends response to the medical resource use request and the medical resource query request to the valid patient user; the identification module receives the authentication information collected by the user interface, and identifies the validity of the user according to the authentication information; and the control module sends control signals to different parts, obtains corresponding medical resource information from the HIS server according to the medical resource use request collected by the user interface, and sends the medical resource information to the user interface. The medical health service system provided by the invention can provide optimal medical service for residents.

The invention discloses a method and system for realizing clinical data sharing through a blockchain. Front servers request and cache data of electronic medical records from hospital information systems; the front servers perform block processing of the data of the electronic medical records, so that multiple medical record blocks are generated; the front servers upload the medical record blocks to a master server connected to all the front servers; and the master server generates new blockchain data according to the stored blockchain data and medical record blocks. By adoption of a blockchaintechnology, due to encryption and data blocking, the security and the tamper-proof characteristic in the medical data sharing process can be effectively improved; and thus, security sharing of splitmedical data can be realized.

The invention relates to a clinical method and a clinical system for a patient to acquire right to know medical treatment, and belongs to the technical field of information. The system comprises a patient terminal, a platform server, a hospital information system (HIS) interface server, a database server, a doctor work station and a network, and is characterized in that: the patient terminal, the platform server, the HIS interface server, the database server and the doctor work station are connected with one another through the network; and the HIS interface server is connected with an HIS through the network and acquires diagnosis and treatment data. The patient logs in the platform server through the patient terminal, and the platform server verifies the identity of the patient, acquires data from the database server and the HIS interface server and sends the data to the patient terminal. Multiple kinds of related information is provided for the patient, the problem of unequal doctor and patient information is solved, the patient acquires the right to know the medical treatment, and doctor and patient conflicts are furthest reduced.

The invention discloses a supply chain service platform of a medical appliance and a control method thereof. The platform is connected with a hospital information system and a supplier information system, and comprises an inventory module, an order generating module, a first judging module, a delivery release module, a second judging module, an ex-warehouse module, an allocating and transferring module, a purchase order generating module, a third judging module, a checking module, a barcode generating module and a generating module. The control method includes the following steps: checking, order generating, and the judging of whether the inventory of a branch warehouse is sufficient. If the inventory of the branch warehouse is sufficient, delivery can be directly carried out; if the inventory of the branch warehouse is insufficient, whether the allocating and transferring from a master warehouse are needed is further judged; if the allocating and transferring from the master warehouse are needed, the delivery is carried out after the allocating and transferring; if the inventory of the master warehouse is insufficient, goods are directly obtained from a supplier and a purchasing command is sent. The invention not only solves the problems of logistics management and the like in market circulation of the medical appliance industry, but also saves large quantities of manual labor and management cost, and realizes automation of a supply chain of the medical appliance.

The invention relates to a basic service system for medical large data application, which is characterized in that the system comprises a large data cloud ETL subsystem, a large data basic kernel subsystem, a medical large data analysis mining subsystem and a system running management monitoring subsystem, wherein the large data cloud ETL subsystem is responsible for extracting, cleaning and converting and loading related datum of a hospital information system; the large data basic kernel subsystem takes the advantage of technologies such as Storm stream calculation, MapReduce batch calculation, Spark, medical large data metadata and HBASE semi-structured data storage used in large data basic capacity to realize storage, calculation and analysis to medical large datum; the medical large data analysis is used to analyze the datum stored in a medical large data basic kernel platform by utilizing data exploration, mining modeling and model evaluation; and the management monitoring subsystem is responsible for providing support, monitoring, configuration and safety service for the whole medical large data application platform.

The present invention relates to an automatic computer control and management method and a system for drugstores. An automatic drugstore server automatically creates a medicine replenishment list according to prescription information transmitted from a hospital information system or stock details and realizes automatic position and quantity distribution based on a principle of first entry and prior take-out. A controller controls a moving unit to move to a distributed position. A moving mechanism takes out or stores a distributed quantity. Medicine take-out is conducted according to hospital prescription information. As a medicine is lower than a specific quantity during medicine take-out, medicine replenishment starts. While prescription information emerges in the process of medicine replenishment as above, priority is given to the medicine take-out. In addition, the automatic drugstore server modifies stock details according to completion information fed back by the controller and treats unmatched medicine information. The technic proposal of the present invention realizes automatic medicine management, takes out medicines quickly and accurately according to patients' prescriptions and efficiently completes prescribed medicine dispatch and warehousing for outpatient service drugstores and medicine management.

The invention provides a rapid emergency dispatching system, aiming at solving the problem of low efficiency of the traditional manual dispatching mode. The system is mainly developed in specific to the integral dispatching flow and the management of emergency events and provides a series of intelligent treatments including incoming call positioning, HER / HIS (Electronic Health Record / Hospital Information System) access, commanding and dispatching, vehicle monitoring, information service, query and statistics and the like in the entire process starting from call incoming by dialing 120 to emergency vehicle dispatching to a field. The rapid emergency dispatching system not only improves the dispatching and vehicle dispatching efficiency, but also ensures that vehicles and hospitals are sufficiently prepared in advance for receiving patients, so that precious rescue time is saved, the data of an overall emergency process can be completely preserved, reliable guarantee is provided to patient treatment and the acquisition of complete patient information by the doctors, and flow reformation and resource integration are realized to improve rescue efficiency.

Software and a system created by the software with its application are applied in the healthcare setting for various patients corresponding to the CMS or JCAHO core measures. The software and its system captures necessary patient data related to future P4P initiatives designed by federal authorities, private payors or other organizations plus report safety events. The software allows real-time data entry at the bedside, during patient care processes, from admission to discharge. The system provides real-time feedback to practitioners on their performance as well as hospital benchmarking. The software can be used on a variety of hardware devices, and may gather data from various hospital information systems.

The invention discloses a mobile phone all-in-one card intelligent medical service system. The system comprises a mobile phone application terminal, a self-help medical foreground server, a personal identity authentication system, a payment system and a bank front-end processor. The system is formed by the linkage of a mobile phone and a hospital information system (HIS) of a hospital. A patient can finish self-help registration, payment, medical service appointment, health service consultation and various self-help inquiry services through the mobile phone, and the mobile phone is endowed with the functions of a hospital service window, which effectively reduces the pressure of a hospital outpatient window, effectively improves work efficiency, enhances the medical service quality of the hospital, solves the problems of registration difficulty and medical treatment difficulty of the hospital, and simultaneously better protects the privacy of the patient.

The invention discloses a cloud-computing-based medical data service system which comprises a hospital information system, a hospital data management system, a cloud data management system, a cloud storage server and an inquiry platform. The hospital information system provides medical data and transmits the same to the cloud storage server through the hospital data management system and the cloud data management system, and the inquiry platform is connected with the cloud storage server and used for interacting with a patient and displaying inquiry results. By the cloud-computing-based medical data service system, sharing of the medical data can be realized, the patient can inquire examination results without going out, and printing of the examination results by using paper and films is not needed, so that hospital cost is lowered, and hospital hardware equipment input and maintenance cost is saved.

The invention relates to a teaching system for recording and broadcasting an operation video. The teaching system comprises operation recording and broadcasting servers which are connected with at least one panorama camera, at least one operation field camera, an endoscope camera and a heartbeat monitor. Each operation recording and broadcasting server is connected with at least four large-screen displays and is provided with a multi-channel coding card for performing synchronous compression coding. The operation recording and broadcasting servers are connected with a plurality of operation teaching servers through the Ethernet. A teaching room operation video moving display is connected with the operation teaching servers through a multi-picture dividing device. The Ethernet is further connected with a viewing and emulating work station, an operation video storage server, a hospital information system and a medical image information system. A digital operation room formed by the teaching system can restore situations under various forms of one operation by performing signal recording on different terminals with signal collection by multiple ways of video equipment and medical device dynamic images relevant to signal collection.

The invention relates to a medical ward intelligent terminal based on internet of things technology, comprising a bed-head sensing layer, an information transmission layer and an application processing layer; the bed-head sensing layer comprises an intelligent bed-head terminal positioned on a bed-head wall and at least one extension unit electrically connected to the intelligent bed-head terminal, the information transmission layer comprises a wired and / or wireless network interface and a data interaction server, the intelligent bed-head terminal is connected to the data interaction server through a wired network interface, the data interaction server is connected to an existing network of a hospital information system through a wired and / or wireless network interface, and the application processing layer comprises a management and service module running on the intelligent bed-head terminal; the intelligent bed-head terminal comprises a master control HMI (human-machine interface) main unit and a touch interactive screen. The medical ward intelligent terminal has high automatic integrity and high extensibility, is effective in assisting medical staff in providing precise, accurate, elaborate nursing, nursing skill level of medical staff is increased, nursing information and intelligence levels are increased.

A system comprising a switching entity disposed between healthcare data processing resources and non-healthcare data processing resources. The switching entity is capable of operation in a first state in which an end user device is communicatively coupled to the healthcare data processing resources to support a healthcare session and a second state in which the end user device is communicatively coupled to the non-healthcare data processing resources to support a non-healthcare session. If the authentication request message is received while the switching entity is operating in the second state and a particular non-healthcare session is in progress, and the selected authentication entity is the healthcare authentication entity, initiating a memory purge at the end user device. Attacks on the healthcare data processing resources, both from the non-healthcare resources directly and via the end user device, are thus prevented.

This invention discloses a hospital information system including HIS, PACS and LIS, in which, all the systems are connected by exchanges to realize information transmission and exchange.

The invention discloses an intelligent system for automatically discharging and dispensing traditional Chinese medicines. The intelligent system comprises a HIS (Hospital Information System) interface system, a prescription analyzing and processing system and a pharmacy processing system, wherein the HIS interface system is used for receiving an electronic prescription and distributing medicine dispensing tasks according to a priority; and the prescription analyzing and processing system comprises a prescription database and a master control computer; and the pharmacy processing system comprises a RFID (Radio Frequency Identification) electronic tag module, a RFID identifying and reading equipment module and an intelligent automatic medicine dispensing cabinet module. By use of the intelligent system for automatically discharging and dispensing traditional Chinese medicines, the automatic medicine dispensing and discharging of most traditional Chinese medicines can be solved, the non-overshoot control of medicine quantitative weighing and patient-oriented confusion-free pharmacy management control can be realized, the intelligent system is applied to the automated pharmacy of traditional Chinese medicines, the processing efficiency of a traditional Chinese medicine prescription and the medicine discharging accuracy of the traditional Chinese medicines can be greatly improved, the labor intensity of manual work is lowered, and cost is saved.

A system is disclosed in which a plurality of in-vitro diagnostic (IVD) devices each include a network communication device for connecting to a publicly accessible data network. For example, IVD devices are provided with a cellular modern for connecting to a public cellular network. These IVD devices connect to the data network upon completion of a diagnostic test, and upload results of the test, as well as other appropriate data, to a remote device which is also on the network. The IVD devices also download appropriate data from remote network elements. The remote network element may be a network element such as a Hospital Information System (HIS) or Laboratory Information System (LIS) database. Alternatively, the remote device may be a remote server or another IVD device. This connectivity enables the system to accumulate diagnostic test data, and to analyze, report, and / or update the IVD devices based on the accumulated data.

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.

The invention relates to a system and method for realizing performance evaluation of doctors of operating departments of a hospital. The system comprises an information acquisition sub system, a data storage sub system, a performance calculation sub system, a performance rule sub system, and an operation evaluation sub system. To be specific, the information acquisition sub system is used for collecting data from a hospital information system group; the data storage sub system is used for storing the data collected by the information acquisition sub system; the performance calculation sub system is used for simulating performance calculation of all departments, carrying out evaluation and examination on all performances in advance, and adjusting and calibrating a performance examination model; the performance rule sub system is used for forming respective performance calculation formulas of all departments based on the calibrated performance examination model; and the operation evaluation sub system is used for displaying performance evaluation results of all departments. According to the system and method, from the perspective of third-party evaluation of the hospital, the result of department ranking is more objective than that obtained by investigation by experts and development of current graded diagnosis services can be realized well, so that the method and system have the broad application prospects.

A system comprising a switching entity disposed between healthcare data processing resources and non-healthcare data processing resources. The switching entity is capable of operation in a first state in which an end user device is communicatively coupled to the healthcare data processing resources to support a healthcare session and a second state in which the end user device is communicatively coupled to the non-healthcare data processing resources to support a non-healthcare session. If the authentication request message is received while the switching entity is operating in the second state and a particular non-healthcare session is in progress, and the selected authentication entity is the healthcare authentication entity, initiating a memory purge at the end user device. Attacks on the healthcare data processing resources, both from the non-healthcare resources directly and via the end user device, are thus prevented.